File Source for tcpdf.php

com-tecnick-tcpdf

# Source for file tcpdf.php

Documentation is available at tcpdf.php

1. <?php
2. //============================================================+
3. // File name : tcpdf.php
4. // Version : 5.9.009
5. // Begin : 2002-08-03
6. // Last Update : 2010-10-21
7. // Author : Nicola Asuni - Tecnick.com S.r.l - Via Della Pace, 11 - 09044 - Quartucciu (CA) - ITALY - www.tecnick.com - info@tecnick.com
8. // License : GNU-LGPL v3 (http://www.gnu.org/copyleft/lesser.html)
9. // -------------------------------------------------------------------
10. // Copyright (C) 2002-2010 Nicola Asuni - Tecnick.com S.r.l.
11. //
12. // This file is part of TCPDF software library.
13. //
14. // TCPDF is free software: you can redistribute it and/or modify it
15. // under the terms of the GNU Lesser General Public License as
16. // published by the Free Software Foundation, either version 3 of the
17. // License, or (at your option) any later version.
18. //
19. // TCPDF is distributed in the hope that it will be useful, but
20. // WITHOUT ANY WARRANTY; without even the implied warranty of
21. // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
22. // See the GNU Lesser General Public License for more details.
23. //
24. // You should have received a copy of the GNU Lesser General Public License
25. // along with TCPDF. If not, see <http://www.gnu.org/licenses/>.
26. //
27. // See LICENSE.TXT file for more information.
28. // -------------------------------------------------------------------
29. //
30. // Description : This is a PHP class for generating PDF documents without
31. // requiring external extensions.
32. //
33. // NOTE:
34. // This class was originally derived in 2002 from the Public
35. // Domain FPDF class by Olivier Plathey (http://www.fpdf.org),
36. // but now is almost entirely rewritten and contains thousands of
37. // new lines of code and hundreds new features.
38. //
39. // Main features:
40. // * no external libraries are required for the basic functions;
41. // * all standard page formats, custom page formats, custom margins and units of measure;
42. // * UTF-8 Unicode and Right-To-Left languages;
43. // * TrueTypeUnicode, OpenTypeUnicode, TrueType, OpenType, Type1 and CID-0 fonts;
44. // * font subsetting;
45. // * methods to publish some XHTML + CSS code, Javascript and Forms;
46. // * images, graphic (geometric figures) and transformation methods;
47. // * supports JPEG, PNG and SVG images natively, all images supported by GD (GD, GD2, GD2PART, GIF, JPEG, PNG, BMP, XBM, XPM) and all images supported via ImagMagick (http://www.imagemagick.org/www/formats.html)
48. // * 1D and 2D barcodes: CODE 39, ANSI MH10.8M-1983, USD-3, 3 of 9, CODE 93, USS-93, Standard 2 of 5, Interleaved 2 of 5, CODE 128 A/B/C, 2 and 5 Digits UPC-Based Extention, EAN 8, EAN 13, UPC-A, UPC-E, MSI, POSTNET, PLANET, RMS4CC (Royal Mail 4-state Customer Code), CBC (Customer Bar Code), KIX (Klant index - Customer index), Intelligent Mail Barcode, Onecode, USPS-B-3200, CODABAR, CODE 11, PHARMACODE, PHARMACODE TWO-TRACKS, QR-Code, PDF417;
49. // * Grayscale, RGB, CMYK, Spot Colors and Transparencies;
50. // * automatic page header and footer management;
51. // * document encryption up to 256 bit and digital signature certifications;
52. // * transactions to UNDO commands;
53. // * PDF annotations, including links, text and file attachments;
54. // * text rendering modes (fill, stroke and clipping);
55. // * multiple columns mode;
56. // * no-write page regions;
57. // * bookmarks and table of content;
58. // * text hyphenation;
59. // * text stretching and spacing (tracking/kerning);
60. // * automatic page break, line break and text alignments including justification;
61. // * automatic page numbering and page groups;
62. // * move and delete pages;
63. // * page compression (requires php-zlib extension);
64. // * XOBject Templates;
65. //
66. // -----------------------------------------------------------
67. // THANKS TO:
68. //
69. // Olivier Plathey (http://www.fpdf.org) for original FPDF.
70. // Efthimios Mavrogeorgiadis (emavro@yahoo.com) for suggestions on RTL language support.
71. // Klemen Vodopivec (http://www.fpdf.de/downloads/addons/37/) for Encryption algorithm.
72. // Warren Sherliker (wsherliker@gmail.com) for better image handling.
73. // dullus for text Justification.
74. // Bob Vincent (pillarsdotnet@users.sourceforge.net) for <li> value attribute.
75. // Patrick Benny for text stretch suggestion on Cell().
76. // Johannes Güntert for JavaScript support.
77. // Denis Van Nuffelen for Dynamic Form.
78. // Jacek Czekaj for multibyte justification
79. // Anthony Ferrara for the reintroduction of legacy image methods.
80. // Sourceforge user 1707880 (hucste) for line-trough mode.
81. // Larry Stanbery for page groups.
82. // Martin Hall-May for transparency.
83. // Aaron C. Spike for Polycurve method.
84. // Mohamad Ali Golkar, Saleh AlMatrafe, Charles Abbott for Arabic and Persian support.
85. // Moritz Wagner and Andreas Wurmser for graphic functions.
86. // Andrew Whitehead for core fonts support.
87. // Esteban Joël Marín for OpenType font conversion.
88. // Teus Hagen for several suggestions and fixes.
89. // Yukihiro Nakadaira for CID-0 CJK fonts fixes.
90. // Kosmas Papachristos for some CSS improvements.
91. // Marcel Partap for some fixes.
92. // Won Kyu Park for several suggestions, fixes and patches.
93. // Dominik Dzienia for QR-code support.
94. // Laurent Minguet for some suggestions.
95. // Christian Deligant for some suggestions and fixes.
96. // Anyone that has reported a bug or sent a suggestion.
97. //============================================================+
99. /**
100. * This is a PHP class for generating PDF documents without requiring external extensions.<br>
101. * TCPDF project (http://www.tcpdf.org) was originally derived in 2002 from the Public Domain FPDF class by Olivier Plathey (http://www.fpdf.org), but now is almost entirely rewritten.<br>
102. * <h3>TCPDF main features are:</h3>
103. * <ul>
104. * <li>no external libraries are required for the basic functions;</li>
105. * <li>all standard page formats, custom page formats, custom margins and units of measure;</li>
106. * <li>UTF-8 Unicode and Right-To-Left languages;</li>
107. * <li>TrueTypeUnicode, OpenTypeUnicode, TrueType, OpenType, Type1 and CID-0 fonts;</li>
108. * <li>font subsetting;</li>
109. * <li>methods to publish some XHTML + CSS code, Javascript and Forms;</li>
110. * <li>images, graphic (geometric figures) and transformation methods;
111. * <li>supports JPEG, PNG and SVG images natively, all images supported by GD (GD, GD2, GD2PART, GIF, JPEG, PNG, BMP, XBM, XPM) and all images supported via ImagMagick (http://www.imagemagick.org/www/formats.html)</li>
112. * <li>1D and 2D barcodes: CODE 39, ANSI MH10.8M-1983, USD-3, 3 of 9, CODE 93, USS-93, Standard 2 of 5, Interleaved 2 of 5, CODE 128 A/B/C, 2 and 5 Digits UPC-Based Extention, EAN 8, EAN 13, UPC-A, UPC-E, MSI, POSTNET, PLANET, RMS4CC (Royal Mail 4-state Customer Code), CBC (Customer Bar Code), KIX (Klant index - Customer index), Intelligent Mail Barcode, Onecode, USPS-B-3200, CODABAR, CODE 11, PHARMACODE, PHARMACODE TWO-TRACKS, QR-Code, PDF417;</li>
113. * <li>Grayscale, RGB, CMYK, Spot Colors and Transparencies;</li>
114. * <li>automatic page header and footer management;</li>
115. * <li>document encryption up to 256 bit and digital signature certifications;</li>
116. * <li>transactions to UNDO commands;</li>
117. * <li>PDF annotations, including links, text and file attachments;</li>
118. * <li>text rendering modes (fill, stroke and clipping);</li>
119. * <li>multiple columns mode;</li>
120. * <li>no-write page regions;</li>
121. * <li>bookmarks and table of content;</li>
122. * <li>text hyphenation;</li>
123. * <li>text stretching and spacing (tracking/kerning);</li>
124. * <li>automatic page break, line break and text alignments including justification;</li>
125. * <li>automatic page numbering and page groups;</li>
126. * <li>move and delete pages;</li>
127. * <li>page compression (requires php-zlib extension);</li>
128. * <li>XOBject Templates;</li>
129. * </ul>
130. * Tools to encode your unicode fonts are on fonts/utils directory.</p>
131. * @package com.tecnick.tcpdf
132. * @abstract Class for generating PDF files on-the-fly without requiring external extensions.
133. * @author Nicola Asuni
134. * @copyright 2002-2010 Nicola Asuni - Tecnick.com S.r.l (www.tecnick.com) Via Della Pace, 11 - 09044 - Quartucciu (CA) - ITALY - www.tecnick.com - info@tecnick.com
135. * @link http://www.tcpdf.org
136. * @license http://www.gnu.org/copyleft/lesser.html LGPL
137. * @version 5.9.009
138. */
140. /**
141. * main configuration file
142. * (define the K_TCPDF_EXTERNAL_CONFIG constant to skip this file)
143. */
144. require_once(dirname(__FILE__).'/config/tcpdf_config.php');
146. /**
147. * define default PDF document producer
148. */
149. define('PDF_PRODUCER', 'TCPDF 5.9.009 (http://www.tcpdf.org)');
151. /**
152. * This is a PHP class for generating PDF documents without requiring external extensions.<br>
153. * TCPDF project (http://www.tcpdf.org) has been originally derived in 2002 from the Public Domain FPDF class by Olivier Plathey (http://www.fpdf.org), but now is almost entirely rewritten.<br>
154. * @name TCPDF
155. * @package com.tecnick.tcpdf
156. * @version 5.9.009
157. * @author Nicola Asuni - info@tecnick.com
158. * @link http://www.tcpdf.org
159. * @license http://www.gnu.org/copyleft/lesser.html LGPL
160. */
161. class TCPDF {
163. // Protected properties
165. /**
166. * @var current page number
167. * @access protected
168. */
169. protected $page;
171. /**
172. * @var current object number
173. * @access protected
174. */
175. protected $n;
177. /**
178. * @var array of object offsets
179. * @access protected
180. */
181. protected $offsets;
183. /**
184. * @var buffer holding in-memory PDF
185. * @access protected
186. */
187. protected $buffer;
189. /**
190. * @var array containing pages
191. * @access protected
192. */
193. protected $pages = array();
195. /**
196. * @var current document state
197. * @access protected
198. */
199. protected $state;
201. /**
202. * @var compression flag
203. * @access protected
204. */
205. protected $compress;
207. /**
208. * @var current page orientation (P = Portrait, L = Landscape)
209. * @access protected
210. */
211. protected $CurOrientation;
213. /**
214. * @var Page dimensions
215. * @access protected
216. */
217. protected $pagedim = array();
219. /**
220. * @var scale factor (number of points in user unit)
221. * @access protected
222. */
223. protected $k;
225. /**
226. * @var width of page format in points
227. * @access protected
228. */
229. protected $fwPt;
231. /**
232. * @var height of page format in points
233. * @access protected
234. */
235. protected $fhPt;
237. /**
238. * @var current width of page in points
239. * @access protected
240. */
241. protected $wPt;
243. /**
244. * @var current height of page in points
245. * @access protected
246. */
247. protected $hPt;
249. /**
250. * @var current width of page in user unit
251. * @access protected
252. */
253. protected $w;
255. /**
256. * @var current height of page in user unit
257. * @access protected
258. */
259. protected $h;
261. /**
262. * @var left margin
263. * @access protected
264. */
265. protected $lMargin;
267. /**
268. * @var top margin
269. * @access protected
270. */
271. protected $tMargin;
273. /**
274. * @var right margin
275. * @access protected
276. */
277. protected $rMargin;
279. /**
280. * @var page break margin
281. * @access protected
282. */
283. protected $bMargin;
285. /**
286. * @var array of cell internal paddings ('T' => top, 'R' => right, 'B' => bottom, 'L' => left)
287. * @since 5.9.000 (2010-10-03)
288. * @access protected
289. */
290. protected $cell_padding = array('T' => 0, 'R' => 0, 'B' => 0, 'L' => 0);
292. /**
293. * @var array of cell margins ('T' => top, 'R' => right, 'B' => bottom, 'L' => left)
294. * @since 5.9.000 (2010-10-04)
295. * @access protected
296. */
297. protected $cell_margin = array('T' => 0, 'R' => 0, 'B' => 0, 'L' => 0);
299. /**
300. * @var current horizontal position in user unit for cell positioning
301. * @access protected
302. */
303. protected $x;
305. /**
306. * @var current vertical position in user unit for cell positioning
307. * @access protected
308. */
309. protected $y;
311. /**
312. * @var height of last cell printed
313. * @access protected
314. */
315. protected $lasth;
317. /**
318. * @var line width in user unit
319. * @access protected
320. */
321. protected $LineWidth;
323. /**
324. * @var array of standard font names
325. * @access protected
326. */
327. protected $CoreFonts;
329. /**
330. * @var array of used fonts
331. * @access protected
332. */
333. protected $fonts = array();
335. /**
336. * @var array of font files
337. * @access protected
338. */
339. protected $FontFiles = array();
341. /**
342. * @var array of encoding differences
343. * @access protected
344. */
345. protected $diffs = array();
347. /**
348. * @var array of used images
349. * @access protected
350. */
351. protected $images = array();
353. /**
354. * @var array of Annotations in pages
355. * @access protected
356. */
357. protected $PageAnnots = array();
359. /**
360. * @var array of internal links
361. * @access protected
362. */
363. protected $links = array();
365. /**
366. * @var current font family
367. * @access protected
368. */
369. protected $FontFamily;
371. /**
372. * @var current font style
373. * @access protected
374. */
375. protected $FontStyle;
377. /**
378. * @var current font ascent (distance between font top and baseline)
379. * @access protected
380. * @since 2.8.000 (2007-03-29)
381. */
382. protected $FontAscent;
384. /**
385. * @var current font descent (distance between font bottom and baseline)
386. * @access protected
387. * @since 2.8.000 (2007-03-29)
388. */
389. protected $FontDescent;
391. /**
392. * @var underlining flag
393. * @access protected
394. */
395. protected $underline;
397. /**
398. * @var overlining flag
399. * @access protected
400. */
401. protected $overline;
403. /**
404. * @var current font info
405. * @access protected
406. */
407. protected $CurrentFont;
409. /**
410. * @var current font size in points
411. * @access protected
412. */
413. protected $FontSizePt;
415. /**
416. * @var current font size in user unit
417. * @access protected
418. */
419. protected $FontSize;
421. /**
422. * @var commands for drawing color
423. * @access protected
424. */
425. protected $DrawColor;
427. /**
428. * @var commands for filling color
429. * @access protected
430. */
431. protected $FillColor;
433. /**
434. * @var commands for text color
435. * @access protected
436. */
437. protected $TextColor;
439. /**
440. * @var indicates whether fill and text colors are different
441. * @access protected
442. */
443. protected $ColorFlag;
445. /**
446. * @var automatic page breaking
447. * @access protected
448. */
449. protected $AutoPageBreak;
451. /**
452. * @var threshold used to trigger page breaks
453. * @access protected
454. */
455. protected $PageBreakTrigger;
457. /**
458. * @var flag set when processing footer
459. * @access protected
460. */
461. protected $InFooter = false;
463. /**
464. * @var zoom display mode
465. * @access protected
466. */
467. protected $ZoomMode;
469. /**
470. * @var layout display mode
471. * @access protected
472. */
473. protected $LayoutMode;
475. /**
476. * @var title
477. * @access protected
478. */
479. protected $title = '';
481. /**
482. * @var subject
483. * @access protected
484. */
485. protected $subject = '';
487. /**
488. * @var author
489. * @access protected
490. */
491. protected $author = '';
493. /**
494. * @var keywords
495. * @access protected
496. */
497. protected $keywords = '';
499. /**
500. * @var creator
501. * @access protected
502. */
503. protected $creator = '';
505. /**
506. * @var alias for total number of pages
507. * @access protected
508. */
509. protected $AliasNbPages = '{nb}';
511. /**
512. * @var alias for page number
513. * @access protected
514. */
515. protected $AliasNumPage = '{pnb}';
517. /**
518. * @var right-bottom corner X coordinate of inserted image
519. * @since 2002-07-31
520. * @author Nicola Asuni
521. * @access protected
522. */
523. protected $img_rb_x;
525. /**
526. * @var right-bottom corner Y coordinate of inserted image
527. * @since 2002-07-31
528. * @author Nicola Asuni
529. * @access protected
530. */
531. protected $img_rb_y;
533. /**
534. * @var adjusting factor to convert pixels to user units.
535. * @since 2004-06-14
536. * @author Nicola Asuni
537. * @access protected
538. */
539. protected $imgscale = 1;
541. /**
542. * @var boolean set to true when the input text is unicode (require unicode fonts)
543. * @since 2005-01-02
544. * @author Nicola Asuni
545. * @access protected
546. */
547. protected $isunicode = false;
549. /**
550. * @var object containing unicode data
551. * @since 5.9.004 (2010-10-18)
552. * @author Nicola Asuni
553. * @access protected
554. */
555. protected $unicode;
557. /**
558. * @var PDF version
559. * @since 1.5.3
560. * @access protected
561. */
562. protected $PDFVersion = '1.7';
564. /**
565. * @var Minimum distance between header and top page margin.
566. * @access protected
567. */
568. protected $header_margin;
570. /**
571. * @var Minimum distance between footer and bottom page margin.
572. * @access protected
573. */
574. protected $footer_margin;
576. /**
577. * @var original left margin value
578. * @access protected
579. * @since 1.53.0.TC013
580. */
581. protected $original_lMargin;
583. /**
584. * @var original right margin value
585. * @access protected
586. * @since 1.53.0.TC013
587. */
588. protected $original_rMargin;
590. /**
591. * @var Header font.
592. * @access protected
593. */
594. protected $header_font;
596. /**
597. * @var Footer font.
598. * @access protected
599. */
600. protected $footer_font;
602. /**
603. * @var Language templates.
604. * @access protected
605. */
606. protected $l;
608. /**
609. * @var Barcode to print on page footer (only if set).
610. * @access protected
611. */
612. protected $barcode = false;
614. /**
615. * @var If true prints header
616. * @access protected
617. */
618. protected $print_header = true;
620. /**
621. * @var If true prints footer.
622. * @access protected
623. */
624. protected $print_footer = true;
626. /**
627. * @var Header image logo.
628. * @access protected
629. */
630. protected $header_logo = '';
632. /**
633. * @var Header image logo width in mm.
634. * @access protected
635. */
636. protected $header_logo_width = 30;
638. /**
639. * @var String to print as title on document header.
640. * @access protected
641. */
642. protected $header_title = '';
644. /**
645. * @var String to print on document header.
646. * @access protected
647. */
648. protected $header_string = '';
650. /**
651. * @var Default number of columns for html table.
652. * @access protected
653. */
654. protected $default_table_columns = 4;
656. // variables for html parser
658. /**
659. * @var HTML PARSER: array to store current link and rendering styles.
660. * @access protected
661. */
662. protected $HREF = array();
664. /**
665. * @var store a list of available fonts on filesystem.
666. * @access protected
667. */
668. protected $fontlist = array();
670. /**
671. * @var current foreground color
672. * @access protected
673. */
674. protected $fgcolor;
676. /**
677. * @var HTML PARSER: array of boolean values, true in case of ordered list (OL), false otherwise.
678. * @access protected
679. */
680. protected $listordered = array();
682. /**
683. * @var HTML PARSER: array count list items on nested lists.
684. * @access protected
685. */
686. protected $listcount = array();
688. /**
689. * @var HTML PARSER: current list nesting level.
690. * @access protected
691. */
692. protected $listnum = 0;
694. /**
695. * @var HTML PARSER: indent amount for lists.
696. * @access protected
697. */
698. protected $listindent = 0;
700. /**
701. * @var HTML PARSER: current list indententation level.
702. * @access protected
703. */
704. protected $listindentlevel = 0;
706. /**
707. * @var current background color
708. * @access protected
709. */
710. protected $bgcolor;
712. /**
713. * @var Store temporary font size in points.
714. * @access protected
715. */
716. protected $tempfontsize = 10;
718. /**
719. * @var spacer for LI tags.
720. * @access protected
721. */
722. protected $lispacer = '';
724. /**
725. * @var default encoding
726. * @access protected
727. * @since 1.53.0.TC010
728. */
729. protected $encoding = 'UTF-8';
731. /**
732. * @var PHP internal encoding
733. * @access protected
734. * @since 1.53.0.TC016
735. */
736. protected $internal_encoding;
738. /**
739. * @var indicates if the document language is Right-To-Left
740. * @access protected
741. * @since 2.0.000
742. */
743. protected $rtl = false;
745. /**
746. * @var used to force RTL or LTR string inversion
747. * @access protected
748. * @since 2.0.000
749. */
750. protected $tmprtl = false;
752. // --- Variables used for document encryption:
754. /**
755. * Indicates whether document is protected
756. * @access protected
757. * @since 2.0.000 (2008-01-02)
758. */
759. protected $encrypted;
761. /**
762. * Array containing encryption settings
763. * @access protected
764. * @since 5.0.005 (2010-05-11)
765. */
766. protected $encryptdata = array();
768. /**
769. * last RC4 key encrypted (cached for optimisation)
770. * @access protected
771. * @since 2.0.000 (2008-01-02)
772. */
773. protected $last_enc_key;
775. /**
776. * last RC4 computed key
777. * @access protected
778. * @since 2.0.000 (2008-01-02)
779. */
780. protected $last_enc_key_c;
782. /**
783. * Encryption padding
784. * @access protected
785. */
786. protected $enc_padding = "\x28\xBF\x4E\x5E\x4E\x75\x8A\x41\x64\x00\x4E\x56\xFF\xFA\x01\x08\x2E\x2E\x00\xB6\xD0\x68\x3E\x80\x2F\x0C\xA9\xFE\x64\x53\x69\x7A";
788. /**
789. * File ID (used on trailer)
790. * @access protected
791. * @since 5.0.005 (2010-05-12)
792. */
793. protected $file_id;
795. // --- bookmark ---
797. /**
798. * Outlines for bookmark
799. * @access protected
800. * @since 2.1.002 (2008-02-12)
801. */
802. protected $outlines = array();
804. /**
805. * Outline root for bookmark
806. * @access protected
807. * @since 2.1.002 (2008-02-12)
808. */
809. protected $OutlineRoot;
811. // --- javascript and form ---
813. /**
814. * javascript code
815. * @access protected
816. * @since 2.1.002 (2008-02-12)
817. */
818. protected $javascript = '';
820. /**
821. * javascript counter
822. * @access protected
823. * @since 2.1.002 (2008-02-12)
824. */
825. protected $n_js;
827. /**
828. * line trough state
829. * @access protected
830. * @since 2.8.000 (2008-03-19)
831. */
832. protected $linethrough;
834. /**
835. * Array with additional document-wide usage rights for the document.
836. * @access protected
837. * @since 5.8.014 (2010-08-23)
838. */
839. protected $ur = array();
841. /**
842. * Dot Per Inch Document Resolution (do not change)
843. * @access protected
844. * @since 3.0.000 (2008-03-27)
845. */
846. protected $dpi = 72;
848. /**
849. * Array of page numbers were a new page group was started
850. * @access protected
851. * @since 3.0.000 (2008-03-27)
852. */
853. protected $newpagegroup = array();
855. /**
856. * Contains the number of pages of the groups
857. * @access protected
858. * @since 3.0.000 (2008-03-27)
859. */
860. protected $pagegroups;
862. /**
863. * Contains the alias of the current page group
864. * @access protected
865. * @since 3.0.000 (2008-03-27)
866. */
867. protected $currpagegroup;
869. /**
870. * Restrict the rendering of some elements to screen or printout.
871. * @access protected
872. * @since 3.0.000 (2008-03-27)
873. */
874. protected $visibility = 'all';
876. /**
877. * Print visibility.
878. * @access protected
879. * @since 3.0.000 (2008-03-27)
880. */
881. protected $n_ocg_print;
883. /**
884. * View visibility.
885. * @access protected
886. * @since 3.0.000 (2008-03-27)
887. */
888. protected $n_ocg_view;
890. /**
891. * Array of transparency objects and parameters.
892. * @access protected
893. * @since 3.0.000 (2008-03-27)
894. */
895. protected $extgstates;
897. /**
898. * Set the default JPEG compression quality (1-100)
899. * @access protected
900. * @since 3.0.000 (2008-03-27)
901. */
902. protected $jpeg_quality;
904. /**
905. * Default cell height ratio.
906. * @access protected
907. * @since 3.0.014 (2008-05-23)
908. */
909. protected $cell_height_ratio = K_CELL_HEIGHT_RATIO;
911. /**
912. * PDF viewer preferences.
913. * @access protected
914. * @since 3.1.000 (2008-06-09)
915. */
916. protected $viewer_preferences;
918. /**
919. * A name object specifying how the document should be displayed when opened.
920. * @access protected
921. * @since 3.1.000 (2008-06-09)
922. */
923. protected $PageMode;
925. /**
926. * Array for storing gradient information.
927. * @access protected
928. * @since 3.1.000 (2008-06-09)
929. */
930. protected $gradients = array();
932. /**
933. * Array used to store positions inside the pages buffer.
934. * keys are the page numbers
935. * @access protected
936. * @since 3.2.000 (2008-06-26)
937. */
938. protected $intmrk = array();
940. /**
941. * Array used to store positions inside the pages buffer.
942. * keys are the page numbers
943. * @access protected
944. * @since 5.7.000 (2010-08-03)
945. */
946. protected $bordermrk = array();
948. /**
949. * Array used to store page positions to track empty pages.
950. * keys are the page numbers
951. * @access protected
952. * @since 5.8.007 (2010-08-18)
953. */
954. protected $emptypagemrk = array();
956. /**
957. * Array used to store content positions inside the pages buffer.
958. * keys are the page numbers
959. * @access protected
960. * @since 4.6.021 (2009-07-20)
961. */
962. protected $cntmrk = array();
964. /**
965. * Array used to store footer positions of each page.
966. * @access protected
967. * @since 3.2.000 (2008-07-01)
968. */
969. protected $footerpos = array();
971. /**
972. * Array used to store footer length of each page.
973. * @access protected
974. * @since 4.0.014 (2008-07-29)
975. */
976. protected $footerlen = array();
978. /**
979. * True if a newline is created.
980. * @access protected
981. * @since 3.2.000 (2008-07-01)
982. */
983. protected $newline = true;
985. /**
986. * End position of the latest inserted line
987. * @access protected
988. * @since 3.2.000 (2008-07-01)
989. */
990. protected $endlinex = 0;
992. /**
993. * PDF string for last line width
994. * @access protected
995. * @since 4.0.006 (2008-07-16)
996. */
997. protected $linestyleWidth = '';
999. /**
1000. * PDF string for last line width
1001. * @access protected
1002. * @since 4.0.006 (2008-07-16)
1003. */
1004. protected $linestyleCap = '0 J';
1006. /**
1007. * PDF string for last line width
1008. * @access protected
1009. * @since 4.0.006 (2008-07-16)
1010. */
1011. protected $linestyleJoin = '0 j';
1013. /**
1014. * PDF string for last line width
1015. * @access protected
1016. * @since 4.0.006 (2008-07-16)
1017. */
1018. protected $linestyleDash = '[] 0 d';
1020. /**
1021. * True if marked-content sequence is open
1022. * @access protected
1023. * @since 4.0.013 (2008-07-28)
1024. */
1025. protected $openMarkedContent = false;
1027. /**
1028. * Count the latest inserted vertical spaces on HTML
1029. * @access protected
1030. * @since 4.0.021 (2008-08-24)
1031. */
1032. protected $htmlvspace = 0;
1034. /**
1035. * Array of Spot colors
1036. * @access protected
1037. * @since 4.0.024 (2008-09-12)
1038. */
1039. protected $spot_colors = array();
1041. /**
1042. * Symbol used for HTML unordered list items
1043. * @access protected
1044. * @since 4.0.028 (2008-09-26)
1045. */
1046. protected $lisymbol = '';
1048. /**
1049. * String used to mark the beginning and end of EPS image blocks
1050. * @access protected
1051. * @since 4.1.000 (2008-10-18)
1052. */
1053. protected $epsmarker = 'x#!#EPS#!#x';
1055. /**
1056. * Array of transformation matrix
1057. * @access protected
1058. * @since 4.2.000 (2008-10-29)
1059. */
1060. protected $transfmatrix = array();
1062. /**
1063. * Current key for transformation matrix
1064. * @access protected
1065. * @since 4.8.005 (2009-09-17)
1066. */
1067. protected $transfmatrix_key = 0;
1069. /**
1070. * Booklet mode for double-sided pages
1071. * @access protected
1072. * @since 4.2.000 (2008-10-29)
1073. */
1074. protected $booklet = false;
1076. /**
1077. * Epsilon value used for float calculations
1078. * @access protected
1079. * @since 4.2.000 (2008-10-29)
1080. */
1081. protected $feps = 0.005;
1083. /**
1084. * Array used for custom vertical spaces for HTML tags
1085. * @access protected
1086. * @since 4.2.001 (2008-10-30)
1087. */
1088. protected $tagvspaces = array();
1090. /**
1091. * @var HTML PARSER: custom indent amount for lists.
1092. * Negative value means disabled.
1093. * @access protected
1094. * @since 4.2.007 (2008-11-12)
1095. */
1096. protected $customlistindent = -1;
1098. /**
1099. * @var if true keeps the border open for the cell sides that cross the page.
1100. * @access protected
1101. * @since 4.2.010 (2008-11-14)
1102. */
1103. protected $opencell = true;
1105. /**
1106. * @var array of files to embedd
1107. * @access protected
1108. * @since 4.4.000 (2008-12-07)
1109. */
1110. protected $embeddedfiles = array();
1112. /**
1113. * @var boolean true when inside html pre tag
1114. * @access protected
1115. * @since 4.4.001 (2008-12-08)
1116. */
1117. protected $premode = false;
1119. /**
1120. * Array used to store positions of graphics transformation blocks inside the page buffer.
1121. * keys are the page numbers
1122. * @access protected
1123. * @since 4.4.002 (2008-12-09)
1124. */
1125. protected $transfmrk = array();
1127. /**
1128. * Default color for html links
1129. * @access protected
1130. * @since 4.4.003 (2008-12-09)
1131. */
1132. protected $htmlLinkColorArray = array(0, 0, 255);
1134. /**
1135. * Default font style to add to html links
1136. * @access protected
1137. * @since 4.4.003 (2008-12-09)
1138. */
1139. protected $htmlLinkFontStyle = 'U';
1141. /**
1142. * Counts the number of pages.
1143. * @access protected
1144. * @since 4.5.000 (2008-12-31)
1145. */
1146. protected $numpages = 0;
1148. /**
1149. * Array containing page lengths in bytes.
1150. * @access protected
1151. * @since 4.5.000 (2008-12-31)
1152. */
1153. protected $pagelen = array();
1155. /**
1156. * Counts the number of pages.
1157. * @access protected
1158. * @since 4.5.000 (2008-12-31)
1159. */
1160. protected $numimages = 0;
1162. /**
1163. * Store the image keys.
1164. * @access protected
1165. * @since 4.5.000 (2008-12-31)
1166. */
1167. protected $imagekeys = array();
1169. /**
1170. * Length of the buffer in bytes.
1171. * @access protected
1172. * @since 4.5.000 (2008-12-31)
1173. */
1174. protected $bufferlen = 0;
1176. /**
1177. * If true enables disk caching.
1178. * @access protected
1179. * @since 4.5.000 (2008-12-31)
1180. */
1181. protected $diskcache = false;
1183. /**
1184. * Counts the number of fonts.
1185. * @access protected
1186. * @since 4.5.000 (2009-01-02)
1187. */
1188. protected $numfonts = 0;
1190. /**
1191. * Store the font keys.
1192. * @access protected
1193. * @since 4.5.000 (2009-01-02)
1194. */
1195. protected $fontkeys = array();
1197. /**
1198. * Store the font object IDs.
1199. * @access protected
1200. * @since 4.8.001 (2009-09-09)
1201. */
1202. protected $font_obj_ids = array();
1204. /**
1205. * Store the fage status (true when opened, false when closed).
1206. * @access protected
1207. * @since 4.5.000 (2009-01-02)
1208. */
1209. protected $pageopen = array();
1211. /**
1212. * Default monospaced font
1213. * @access protected
1214. * @since 4.5.025 (2009-03-10)
1215. */
1216. protected $default_monospaced_font = 'courier';
1218. /**
1219. * Used to store a cloned copy of the current class object
1220. * @access protected
1221. * @since 4.5.029 (2009-03-19)
1222. */
1223. protected $objcopy;
1225. /**
1226. * Array used to store the lengths of cache files
1227. * @access protected
1228. * @since 4.5.029 (2009-03-19)
1229. */
1230. protected $cache_file_length = array();
1232. /**
1233. * Table header content to be repeated on each new page
1234. * @access protected
1235. * @since 4.5.030 (2009-03-20)
1236. */
1237. protected $thead = '';
1239. /**
1240. * Margins used for table header.
1241. * @access protected
1242. * @since 4.5.030 (2009-03-20)
1243. */
1244. protected $theadMargins = array();
1246. /**
1247. * Cache array for UTF8StringToArray() method.
1248. * @access protected
1249. * @since 4.5.037 (2009-04-07)
1250. */
1251. protected $cache_UTF8StringToArray = array();
1253. /**
1254. * Maximum size of cache array used for UTF8StringToArray() method.
1255. * @access protected
1256. * @since 4.5.037 (2009-04-07)
1257. */
1258. protected $cache_maxsize_UTF8StringToArray = 8;
1260. /**
1261. * Current size of cache array used for UTF8StringToArray() method.
1262. * @access protected
1263. * @since 4.5.037 (2009-04-07)
1264. */
1265. protected $cache_size_UTF8StringToArray = 0;
1267. /**
1268. * If true enables document signing
1269. * @access protected
1270. * @since 4.6.005 (2009-04-24)
1271. */
1272. protected $sign = false;
1274. /**
1275. * Signature data
1276. * @access protected
1277. * @since 4.6.005 (2009-04-24)
1278. */
1279. protected $signature_data = array();
1281. /**
1282. * Signature max length
1283. * @access protected
1284. * @since 4.6.005 (2009-04-24)
1285. */
1286. protected $signature_max_length = 11742;
1288. /**
1289. * data for signature appearance
1290. * @access protected
1291. * @since 5.3.011 (2010-06-16)
1292. */
1293. protected $signature_appearance = array('page' => 1, 'rect' => '0 0 0 0');
1295. /**
1296. * Regular expression used to find blank characters used for word-wrapping.
1297. * @access protected
1298. * @since 4.6.006 (2009-04-28)
1299. */
1300. protected $re_spaces = '/[^\S\xa0]/';
1302. /**
1303. * Array of parts $re_spaces
1304. * @access protected
1305. * @since 5.5.011 (2010-07-09)
1306. */
1307. protected $re_space = array('p' => '[^\S\xa0]', 'm' => '');
1309. /**
1310. * Signature object ID
1311. * @access protected
1312. * @since 4.6.022 (2009-06-23)
1313. */
1314. protected $sig_obj_id = 0;
1316. /**
1317. * ByteRange placemark used during signature process.
1318. * @access protected
1319. * @since 4.6.028 (2009-08-25)
1320. */
1321. protected $byterange_string = '/ByteRange[0 ********** ********** **********]';
1323. /**
1324. * Placemark used during signature process.
1325. * @access protected
1326. * @since 4.6.028 (2009-08-25)
1327. */
1328. protected $sig_annot_ref = '***SIGANNREF*** 0 R';
1330. /**
1331. * ID of page objects
1332. * @access protected
1333. * @since 4.7.000 (2009-08-29)
1334. */
1335. protected $page_obj_id = array();
1337. /**
1338. * List of form annotations IDs
1339. * @access protected
1340. * @since 4.8.000 (2009-09-07)
1341. */
1342. protected $form_obj_id = array();
1344. /**
1345. * Deafult Javascript field properties. Possible values are described on official Javascript for Acrobat API reference. Annotation options can be directly specified using the 'aopt' entry.
1346. * @access protected
1347. * @since 4.8.000 (2009-09-07)
1348. */
1349. protected $default_form_prop = array('lineWidth'=>1, 'borderStyle'=>'solid', 'fillColor'=>array(255, 255, 255), 'strokeColor'=>array(128, 128, 128));
1351. /**
1352. * Javascript objects array
1353. * @access protected
1354. * @since 4.8.000 (2009-09-07)
1355. */
1356. protected $js_objects = array();
1358. /**
1359. * Current form action (used during XHTML rendering)
1360. * @access protected
1361. * @since 4.8.000 (2009-09-07)
1362. */
1363. protected $form_action = '';
1365. /**
1366. * Current form encryption type (used during XHTML rendering)
1367. * @access protected
1368. * @since 4.8.000 (2009-09-07)
1369. */
1370. protected $form_enctype = 'application/x-www-form-urlencoded';
1372. /**
1373. * Current method to submit forms.
1374. * @access protected
1375. * @since 4.8.000 (2009-09-07)
1376. */
1377. protected $form_mode = 'post';
1379. /**
1380. * List of fonts used on form fields (fontname => fontkey).
1381. * @access protected
1382. * @since 4.8.001 (2009-09-09)
1383. */
1384. protected $annotation_fonts = array();
1386. /**
1387. * List of radio buttons parent objects.
1388. * @access protected
1389. * @since 4.8.001 (2009-09-09)
1390. */
1391. protected $radiobutton_groups = array();
1393. /**
1394. * List of radio group objects IDs
1395. * @access protected
1396. * @since 4.8.001 (2009-09-09)
1397. */
1398. protected $radio_groups = array();
1400. /**
1401. * Text indentation value (used for text-indent CSS attribute)
1402. * @access protected
1403. * @since 4.8.006 (2009-09-23)
1404. */
1405. protected $textindent = 0;
1407. /**
1408. * Store page number when startTransaction() is called.
1409. * @access protected
1410. * @since 4.8.006 (2009-09-23)
1411. */
1412. protected $start_transaction_page = 0;
1414. /**
1415. * Store Y position when startTransaction() is called.
1416. * @access protected
1417. * @since 4.9.001 (2010-03-28)
1418. */
1419. protected $start_transaction_y = 0;
1421. /**
1422. * True when we are printing the thead section on a new page
1423. * @access protected
1424. * @since 4.8.027 (2010-01-25)
1425. */
1426. protected $inthead = false;
1428. /**
1429. * Array of column measures (width, space, starting Y position)
1430. * @access protected
1431. * @since 4.9.001 (2010-03-28)
1432. */
1433. protected $columns = array();
1435. /**
1436. * Number of colums
1437. * @access protected
1438. * @since 4.9.001 (2010-03-28)
1439. */
1440. protected $num_columns = 1;
1442. /**
1443. * Current column number
1444. * @access protected
1445. * @since 4.9.001 (2010-03-28)
1446. */
1447. protected $current_column = 0;
1449. /**
1450. * Starting page for columns
1451. * @access protected
1452. * @since 4.9.001 (2010-03-28)
1453. */
1454. protected $column_start_page = 0;
1456. /**
1457. * Maximum page and column selected
1458. * @access protected
1459. * @since 5.8.000 (2010-08-11)
1460. */
1461. protected $maxselcol = array('page' => 0, 'column' => 0);
1463. /**
1464. * Array of: X difference between table cell x start and starting page margin, cellspacing, cellpadding
1465. * @access protected
1466. * @since 5.8.000 (2010-08-11)
1467. */
1468. protected $colxshift = array('x' => 0, 's' => 0, 'p' => 0);
1470. /**
1471. * Text rendering mode: 0 = Fill text; 1 = Stroke text; 2 = Fill, then stroke text; 3 = Neither fill nor stroke text (invisible); 4 = Fill text and add to path for clipping; 5 = Stroke text and add to path for clipping; 6 = Fill, then stroke text and add to path for clipping; 7 = Add text to path for clipping.
1472. * @access protected
1473. * @since 4.9.008 (2010-04-03)
1474. */
1475. protected $textrendermode = 0;
1477. /**
1478. * Text stroke width in doc units
1479. * @access protected
1480. * @since 4.9.008 (2010-04-03)
1481. */
1482. protected $textstrokewidth = 0;
1484. /**
1485. * @var current stroke color
1486. * @access protected
1487. * @since 4.9.008 (2010-04-03)
1488. */
1489. protected $strokecolor;
1491. /**
1492. * @var default unit of measure for document
1493. * @access protected
1494. * @since 5.0.000 (2010-04-22)
1495. */
1496. protected $pdfunit = 'mm';
1498. /**
1499. * @var true when we are on TOC (Table Of Content) page
1500. * @access protected
1501. */
1502. protected $tocpage = false;
1504. /**
1505. * @var If true convert vector images (SVG, EPS) to raster image using GD or ImageMagick library.
1506. * @access protected
1507. * @since 5.0.000 (2010-04-26)
1508. */
1509. protected $rasterize_vector_images = false;
1511. /**
1512. * @var If true enables font subsetting by default
1513. * @access protected
1514. * @since 5.3.002 (2010-06-07)
1515. */
1516. protected $font_subsetting = true;
1518. /**
1519. * @var Array of default graphic settings
1520. * @access protected
1521. * @since 5.5.008 (2010-07-02)
1522. */
1523. protected $default_graphic_vars = array();
1525. /**
1526. * @var Array of XObjects
1527. * @access protected
1528. * @since 5.8.014 (2010-08-23)
1529. */
1530. protected $xobjects = array();
1532. /**
1533. * @var boolean true when we are inside an XObject
1534. * @access protected
1535. * @since 5.8.017 (2010-08-24)
1536. */
1537. protected $inxobj = false;
1539. /**
1540. * @var current XObject ID
1541. * @access protected
1542. * @since 5.8.017 (2010-08-24)
1543. */
1544. protected $xobjid = '';
1546. /**
1547. * @var percentage of character stretching
1548. * @access protected
1549. * @since 5.9.000 (2010-09-29)
1550. */
1551. protected $font_stretching = 100;
1553. /**
1554. * @var increases or decreases the space between characters in a text by the specified amount (tracking/kerning).
1555. * @access protected
1556. * @since 5.9.000 (2010-09-29)
1557. */
1558. protected $font_spacing = 0;
1560. /**
1561. * @var array of no-write regions
1562. * ('page' => page number or empy for current page, 'xt' => X top, 'yt' => Y top, 'xb' => X bottom, 'yb' => Y bottom, 'side' => page side 'L' = left or 'R' = right)
1563. * @access protected
1564. * @since 5.9.003 (2010-10-14)
1565. */
1566. protected $page_regions = array();
1568. /**
1569. * @var array containing HTML color names and values
1570. * @access protected
1571. * @since 5.9.004 (2010-10-18)
1572. */
1573. protected $webcolor = array();
1575. /**
1576. * @var directory used for the last SVG image
1577. * @access protected
1578. * @since 5.0.000 (2010-05-05)
1579. */
1580. protected $svgdir = '';
1582. /**
1583. * @var Deafult unit of measure for SVG
1584. * @access protected
1585. * @since 5.0.000 (2010-05-02)
1586. */
1587. protected $svgunit = 'px';
1589. /**
1590. * @var array of SVG gradients
1591. * @access protected
1592. * @since 5.0.000 (2010-05-02)
1593. */
1594. protected $svggradients = array();
1596. /**
1597. * @var ID of last SVG gradient
1598. * @access protected
1599. * @since 5.0.000 (2010-05-02)
1600. */
1601. protected $svggradientid = 0;
1603. /**
1604. * @var true when in SVG defs group
1605. * @access protected
1606. * @since 5.0.000 (2010-05-02)
1607. */
1608. protected $svgdefsmode = false;
1610. /**
1611. * @var array of SVG defs
1612. * @access protected
1613. * @since 5.0.000 (2010-05-02)
1614. */
1615. protected $svgdefs = array();
1617. /**
1618. * @var true when in SVG clipPath tag
1619. * @access protected
1620. * @since 5.0.000 (2010-04-26)
1621. */
1622. protected $svgclipmode = false;
1624. /**
1625. * @var array of SVG clipPath commands
1626. * @access protected
1627. * @since 5.0.000 (2010-05-02)
1628. */
1629. protected $svgclippaths = array();
1631. /**
1632. * @var array of SVG clipPath tranformation matrix
1633. * @access protected
1634. * @since 5.8.022 (2010-08-31)
1635. */
1636. protected $svgcliptm = array();
1638. /**
1639. * @var ID of last SVG clipPath
1640. * @access protected
1641. * @since 5.0.000 (2010-05-02)
1642. */
1643. protected $svgclipid = 0;
1645. /**
1646. * @var svg text
1647. * @access protected
1648. * @since 5.0.000 (2010-05-02)
1649. */
1650. protected $svgtext = '';
1652. /**
1653. * @var svg text properties
1654. * @access protected
1655. * @since 5.8.013 (2010-08-23)
1656. */
1657. protected $svgtextmode = array();
1659. /**
1660. * @var array of hinheritable SVG properties
1661. * @access protected
1662. * @since 5.0.000 (2010-05-02)
1663. */
1664. protected $svginheritprop = array('clip-rule', 'color', 'color-interpolation', 'color-interpolation-filters', 'color-profile', 'color-rendering', 'cursor', 'direction', 'fill', 'fill-opacity', 'fill-rule', 'font', 'font-family', 'font-size', 'font-size-adjust', 'font-stretch', 'font-style', 'font-variant', 'font-weight', 'glyph-orientation-horizontal', 'glyph-orientation-vertical', 'image-rendering', 'kerning', 'letter-spacing', 'marker', 'marker-end', 'marker-mid', 'marker-start', 'pointer-events', 'shape-rendering', 'stroke', 'stroke-dasharray', 'stroke-dashoffset', 'stroke-linecap', 'stroke-linejoin', 'stroke-miterlimit', 'stroke-opacity', 'stroke-width', 'text-anchor', 'text-rendering', 'visibility', 'word-spacing', 'writing-mode');
1666. /**
1667. * @var array of SVG properties
1668. * @access protected
1669. * @since 5.0.000 (2010-05-02)
1670. */
1671. protected $svgstyles = array(array(
1672. 'alignment-baseline' => 'auto',
1673. 'baseline-shift' => 'baseline',
1674. 'clip' => 'auto',
1675. 'clip-path' => 'none',
1676. 'clip-rule' => 'nonzero',
1677. 'color' => 'black',
1678. 'color-interpolation' => 'sRGB',
1679. 'color-interpolation-filters' => 'linearRGB',
1680. 'color-profile' => 'auto',
1681. 'color-rendering' => 'auto',
1682. 'cursor' => 'auto',
1683. 'direction' => 'ltr',
1684. 'display' => 'inline',
1685. 'dominant-baseline' => 'auto',
1686. 'enable-background' => 'accumulate',
1687. 'fill' => 'black',
1688. 'fill-opacity' => 1,
1689. 'fill-rule' => 'nonzero',
1690. 'filter' => 'none',
1691. 'flood-color' => 'black',
1692. 'flood-opacity' => 1,
1693. 'font' => '',
1694. 'font-family' => 'helvetica',
1695. 'font-size' => 'medium',
1696. 'font-size-adjust' => 'none',
1697. 'font-stretch' => 'normal',
1698. 'font-style' => 'normal',
1699. 'font-variant' => 'normal',
1700. 'font-weight' => 'normal',
1701. 'glyph-orientation-horizontal' => '0deg',
1702. 'glyph-orientation-vertical' => 'auto',
1703. 'image-rendering' => 'auto',
1704. 'kerning' => 'auto',
1705. 'letter-spacing' => 'normal',
1706. 'lighting-color' => 'white',
1707. 'marker' => '',
1708. 'marker-end' => 'none',
1709. 'marker-mid' => 'none',
1710. 'marker-start' => 'none',
1711. 'mask' => 'none',
1712. 'opacity' => 1,
1713. 'overflow' => 'auto',
1714. 'pointer-events' => 'visiblePainted',
1715. 'shape-rendering' => 'auto',
1716. 'stop-color' => 'black',
1717. 'stop-opacity' => 1,
1718. 'stroke' => 'none',
1719. 'stroke-dasharray' => 'none',
1720. 'stroke-dashoffset' => 0,
1721. 'stroke-linecap' => 'butt',
1722. 'stroke-linejoin' => 'miter',
1723. 'stroke-miterlimit' => 4,
1724. 'stroke-opacity' => 1,
1725. 'stroke-width' => 1,
1726. 'text-anchor' => 'start',
1727. 'text-decoration' => 'none',
1728. 'text-rendering' => 'auto',
1729. 'unicode-bidi' => 'normal',
1730. 'visibility' => 'visible',
1731. 'word-spacing' => 'normal',
1732. 'writing-mode' => 'lr-tb',
1733. 'text-color' => 'black',
1734. 'transfmatrix' => array(1, 0, 0, 1, 0, 0)
1735. ));
1737. //------------------------------------------------------------
1738. // METHODS
1739. //------------------------------------------------------------
1741. /**
1742. * This is the class constructor.
1743. * It allows to set up the page format, the orientation and the measure unit used in all the methods (except for the font sizes).
1744. * @param string $orientation page orientation. Possible values are (case insensitive):<ul><li>P or Portrait (default)</li><li>L or Landscape</li><li>'' (empty string) for automatic orientation</li></ul>
1745. * @param string $unit User measure unit. Possible values are:<ul><li>pt: point</li><li>mm: millimeter (default)</li><li>cm: centimeter</li><li>in: inch</li></ul><br />A point equals 1/72 of inch, that is to say about 0.35 mm (an inch being 2.54 cm). This is a very common unit in typography; font sizes are expressed in that unit.
1746. * @param mixed $format The format used for pages. It can be either: one of the string values specified at getPageSizeFromFormat() or an array of parameters specified at setPageFormat().
1747. * @param boolean $unicode TRUE means that the input text is unicode (default = true)
1748. * @param boolean $diskcache if TRUE reduce the RAM memory usage by caching temporary data on filesystem (slower).
1749. * @param String $encoding charset encoding; default is UTF-8
1750. * @access public
1751. * @see getPageSizeFromFormat(), setPageFormat()
1752. */
1753. public function __construct($orientation='P', $unit='mm', $format='A4', $unicode=true, $encoding='UTF-8', $diskcache=false) {
1754. /* Set internal character encoding to ASCII */
1755. if ( function_exists('mb_internal_encoding') AND mb_internal_encoding()) {
1756. $this-> internal_encoding = mb_internal_encoding();
1757. mb_internal_encoding('ASCII');
1758. }
1759. require( dirname(__FILE__).'/htmlcolors.php');
1760. $this-> webcolor = $webcolor;
1761. require_once( dirname(__FILE__).'/unicode_data.php');
1762. $this-> unicode = new TCPDF_UNICODE_DATA();
1763. $this-> font_obj_ids = array();
1764. $this-> page_obj_id = array();
1765. $this-> form_obj_id = array();
1766. // set disk caching
1767. $this-> diskcache = $diskcache ? true : false;
1768. // set language direction
1769. $this-> rtl = false;
1770. $this-> tmprtl = false;
1771. // some checks
1772. $this->_dochecks();
1773. // initialization of properties
1774. $this-> isunicode = $unicode;
1775. $this-> page = 0;
1776. $this-> transfmrk[0] = array();
1777. $this-> pagedim = array();
1778. $this-> n = 2;
1779. $this-> buffer = '';
1780. $this-> pages = array();
1781. $this-> state = 0;
1782. $this-> fonts = array();
1783. $this-> FontFiles = array();
1784. $this-> diffs = array();
1785. $this-> images = array();
1786. $this-> links = array();
1787. $this-> gradients = array();
1788. $this-> InFooter = false;
1789. $this-> lasth = 0;
1790. $this-> FontFamily = 'helvetica';
1791. $this-> FontStyle = '';
1792. $this-> FontSizePt = 12;
1793. $this-> underline = false;
1794. $this-> overline = false;
1795. $this-> linethrough = false;
1796. $this-> DrawColor = '0 G';
1797. $this-> FillColor = '0 g';
1798. $this-> TextColor = '0 g';
1799. $this-> ColorFlag = false;
1800. // encryption values
1801. $this-> encrypted = false;
1802. $this-> last_enc_key = '';
1803. // standard Unicode fonts
1804. $this-> CoreFonts = array(
1805. 'courier'=>'Courier',
1806. 'courierB'=>'Courier-Bold',
1807. 'courierI'=>'Courier-Oblique',
1808. 'courierBI'=>'Courier-BoldOblique',
1809. 'helvetica'=>'Helvetica',
1810. 'helveticaB'=>'Helvetica-Bold',
1811. 'helveticaI'=>'Helvetica-Oblique',
1812. 'helveticaBI'=>'Helvetica-BoldOblique',
1813. 'times'=>'Times-Roman',
1814. 'timesB'=>'Times-Bold',
1815. 'timesI'=>'Times-Italic',
1816. 'timesBI'=>'Times-BoldItalic',
1817. 'symbol'=>'Symbol',
1818. 'zapfdingbats'=>'ZapfDingbats'
1819. );
1820. // set scale factor
1821. $this-> setPageUnit($unit);
1822. // set page format and orientation
1823. $this-> setPageFormat($format, $orientation);
1824. // page margins (1 cm)
1825. $margin = 28.35 / $this-> k;
1826. $this-> SetMargins($margin, $margin);
1827. // internal cell padding
1828. $cpadding = $margin / 10;
1829. $this-> setCellPaddings($cpadding, 0, $cpadding, 0);
1830. // cell margins
1831. $this-> setCellMargins(0, 0, 0, 0);
1832. // line width (0.2 mm)
1833. $this-> LineWidth = 0.57 / $this-> k;
1834. $this-> linestyleWidth = sprintf('%.2F w', ($this-> LineWidth * $this-> k));
1835. $this-> linestyleCap = '0 J';
1836. $this-> linestyleJoin = '0 j';
1837. $this-> linestyleDash = '[] 0 d';
1838. // automatic page break
1839. $this-> SetAutoPageBreak(true, (2 * $margin));
1840. // full width display mode
1841. $this-> SetDisplayMode('fullwidth');
1842. // compression
1843. $this-> SetCompression(true);
1844. // set default PDF version number
1845. $this-> PDFVersion = '1.7';
1846. $this-> encoding = $encoding;
1847. $this-> HREF = array();
1848. $this-> getFontsList();
1849. $this-> fgcolor = array('R' => 0, 'G' => 0, 'B' => 0);
1850. $this-> strokecolor = array('R' => 0, 'G' => 0, 'B' => 0);
1851. $this-> bgcolor = array('R' => 255, 'G' => 255, 'B' => 255);
1852. $this-> extgstates = array();
1853. // user's rights
1854. $this-> sign = false;
1855. $this-> ur['enabled'] = false;
1856. $this-> ur['document'] = '/FullSave';
1857. $this-> ur['annots'] = '/Create/Delete/Modify/Copy/Import/Export';
1858. $this-> ur['form'] = '/Add/Delete/FillIn/Import/Export/SubmitStandalone/SpawnTemplate';
1859. $this-> ur['signature'] = '/Modify';
1860. $this-> ur['ef'] = '/Create/Delete/Modify/Import';
1861. $this-> ur['formex'] = '';
1862. $this-> signature_appearance = array('page' => 1, 'rect' => '0 0 0 0');
1863. // set default JPEG quality
1864. $this-> jpeg_quality = 75;
1865. // initialize some settings
1866. $this-> utf8Bidi(array(''), '');
1867. // set default font
1868. $this-> SetFont($this-> FontFamily, $this-> FontStyle, $this-> FontSizePt);
1869. // check if PCRE Unicode support is enabled
1870. if ($this-> isunicode AND (@ preg_match('/\pL/u', 'a') == 1)) {
1871. // PCRE unicode support is turned ON
1872. // \p{Z} or \p{Separator}: any kind of Unicode whitespace or invisible separator.
1873. // \p{Lo} or \p{Other_Letter}: a Unicode letter or ideograph that does not have lowercase and uppercase variants.
1874. // \p{Lo} is needed because Chinese characters are packed next to each other without spaces in between.
1875. //$this->setSpacesRE('/[^\S\P{Z}\P{Lo}\xa0]/u');
1876. $this-> setSpacesRE('/[^\S\P{Z}\xa0]/u');
1877. } else {
1878. // PCRE unicode support is turned OFF
1879. $this-> setSpacesRE('/[^\S\xa0]/');
1880. }
1881. $this-> default_form_prop = array('lineWidth'=>1, 'borderStyle'=>'solid', 'fillColor'=>array(255, 255, 255), 'strokeColor'=>array(128, 128, 128));
1882. // set file ID for trailer
1883. $this-> file_id = md5($this-> getRandomSeed('TCPDF'.$orientation.$unit.$format.$encoding));
1884. // get default graphic vars
1885. $this-> default_graphic_vars = $this-> getGraphicVars();
1886. }
1888. /**
1889. * Default destructor.
1890. * @access public
1891. * @since 1.53.0.TC016
1892. */
1893. public function __destruct() {
1894. // restore internal encoding
1895. if (isset($this-> internal_encoding) AND ! empty($this-> internal_encoding)) {
1896. mb_internal_encoding($this-> internal_encoding);
1897. }
1898. // unset all class variables
1899. $this->_destroy(true);
1900. }
1902. /**
1903. * Set the units of measure for the document.
1904. * @param string $unit User measure unit. Possible values are:<ul><li>pt: point</li><li>mm: millimeter (default)</li><li>cm: centimeter</li><li>in: inch</li></ul><br />A point equals 1/72 of inch, that is to say about 0.35 mm (an inch being 2.54 cm). This is a very common unit in typography; font sizes are expressed in that unit.
1905. * @access public
1906. * @since 3.0.015 (2008-06-06)
1907. */
1908. public function setPageUnit($unit) {
1909. $unit = strtolower($unit);
1910. //Set scale factor
1911. switch ($unit) {
1912. // points
1913. case 'px':
1914. case 'pt': {
1915. $this-> k = 1;
1916. break;
1917. }
1918. // millimeters
1919. case 'mm': {
1920. $this-> k = $this-> dpi / 25.4;
1921. break;
1922. }
1923. // centimeters
1924. case 'cm': {
1925. $this-> k = $this-> dpi / 2.54;
1926. break;
1927. }
1928. // inches
1929. case 'in': {
1930. $this-> k = $this-> dpi;
1931. break;
1932. }
1933. // unsupported unit
1934. default : {
1935. $this-> Error('Incorrect unit: '.$unit);
1936. break;
1937. }
1938. }
1939. $this-> pdfunit = $unit;
1940. if (isset($this-> CurOrientation)) {
1941. $this-> setPageOrientation($this-> CurOrientation);
1942. }
1943. }
1945. /**
1946. * Get page dimensions from format name.
1947. * @param mixed $format The format name. It can be: <ul>
1948. * <li><b>ISO 216 A Series + 2 SIS 014711 extensions</b></li>
1949. * <li>A0 (841x1189 mm ; 33.11x46.81 in)</li>
1950. * <li>A1 (594x841 mm ; 23.39x33.11 in)</li>
1951. * <li>A2 (420x594 mm ; 16.54x23.39 in)</li>
1952. * <li>A3 (297x420 mm ; 11.69x16.54 in)</li>
1953. * <li>A4 (210x297 mm ; 8.27x11.69 in)</li>
1954. * <li>A5 (148x210 mm ; 5.83x8.27 in)</li>
1955. * <li>A6 (105x148 mm ; 4.13x5.83 in)</li>
1956. * <li>A7 (74x105 mm ; 2.91x4.13 in)</li>
1957. * <li>A8 (52x74 mm ; 2.05x2.91 in)</li>
1958. * <li>A9 (37x52 mm ; 1.46x2.05 in)</li>
1959. * <li>A10 (26x37 mm ; 1.02x1.46 in)</li>
1960. * <li>A11 (18x26 mm ; 0.71x1.02 in)</li>
1961. * <li>A12 (13x18 mm ; 0.51x0.71 in)</li>
1962. * <li><b>ISO 216 B Series + 2 SIS 014711 extensions</b></li>
1963. * <li>B0 (1000x1414 mm ; 39.37x55.67 in)</li>
1964. * <li>B1 (707x1000 mm ; 27.83x39.37 in)</li>
1965. * <li>B2 (500x707 mm ; 19.69x27.83 in)</li>
1966. * <li>B3 (353x500 mm ; 13.90x19.69 in)</li>
1967. * <li>B4 (250x353 mm ; 9.84x13.90 in)</li>
1968. * <li>B5 (176x250 mm ; 6.93x9.84 in)</li>
1969. * <li>B6 (125x176 mm ; 4.92x6.93 in)</li>
1970. * <li>B7 (88x125 mm ; 3.46x4.92 in)</li>
1971. * <li>B8 (62x88 mm ; 2.44x3.46 in)</li>
1972. * <li>B9 (44x62 mm ; 1.73x2.44 in)</li>
1973. * <li>B10 (31x44 mm ; 1.22x1.73 in)</li>
1974. * <li>B11 (22x31 mm ; 0.87x1.22 in)</li>
1975. * <li>B12 (15x22 mm ; 0.59x0.87 in)</li>
1976. * <li><b>ISO 216 C Series + 2 SIS 014711 extensions + 2 EXTENSION</b></li>
1977. * <li>C0 (917x1297 mm ; 36.10x51.06 in)</li>
1978. * <li>C1 (648x917 mm ; 25.51x36.10 in)</li>
1979. * <li>C2 (458x648 mm ; 18.03x25.51 in)</li>
1980. * <li>C3 (324x458 mm ; 12.76x18.03 in)</li>
1981. * <li>C4 (229x324 mm ; 9.02x12.76 in)</li>
1982. * <li>C5 (162x229 mm ; 6.38x9.02 in)</li>
1983. * <li>C6 (114x162 mm ; 4.49x6.38 in)</li>
1984. * <li>C7 (81x114 mm ; 3.19x4.49 in)</li>
1985. * <li>C8 (57x81 mm ; 2.24x3.19 in)</li>
1986. * <li>C9 (40x57 mm ; 1.57x2.24 in)</li>
1987. * <li>C10 (28x40 mm ; 1.10x1.57 in)</li>
1988. * <li>C11 (20x28 mm ; 0.79x1.10 in)</li>
1989. * <li>C12 (14x20 mm ; 0.55x0.79 in)</li>
1990. * <li>C76 (81x162 mm ; 3.19x6.38 in)</li>
1991. * <li>DL (110x220 mm ; 4.33x8.66 in)</li>
1992. * <li><b>SIS 014711 E Series</b></li>
1993. * <li>E0 (879x1241 mm ; 34.61x48.86 in)</li>
1994. * <li>E1 (620x879 mm ; 24.41x34.61 in)</li>
1995. * <li>E2 (440x620 mm ; 17.32x24.41 in)</li>
1996. * <li>E3 (310x440 mm ; 12.20x17.32 in)</li>
1997. * <li>E4 (220x310 mm ; 8.66x12.20 in)</li>
1998. * <li>E5 (155x220 mm ; 6.10x8.66 in)</li>
1999. * <li>E6 (110x155 mm ; 4.33x6.10 in)</li>
2000. * <li>E7 (78x110 mm ; 3.07x4.33 in)</li>
2001. * <li>E8 (55x78 mm ; 2.17x3.07 in)</li>
2002. * <li>E9 (39x55 mm ; 1.54x2.17 in)</li>
2003. * <li>E10 (27x39 mm ; 1.06x1.54 in)</li>
2004. * <li>E11 (19x27 mm ; 0.75x1.06 in)</li>
2005. * <li>E12 (13x19 mm ; 0.51x0.75 in)</li>
2006. * <li><b>SIS 014711 G Series</b></li>
2007. * <li>G0 (958x1354 mm ; 37.72x53.31 in)</li>
2008. * <li>G1 (677x958 mm ; 26.65x37.72 in)</li>
2009. * <li>G2 (479x677 mm ; 18.86x26.65 in)</li>
2010. * <li>G3 (338x479 mm ; 13.31x18.86 in)</li>
2011. * <li>G4 (239x338 mm ; 9.41x13.31 in)</li>
2012. * <li>G5 (169x239 mm ; 6.65x9.41 in)</li>
2013. * <li>G6 (119x169 mm ; 4.69x6.65 in)</li>
2014. * <li>G7 (84x119 mm ; 3.31x4.69 in)</li>
2015. * <li>G8 (59x84 mm ; 2.32x3.31 in)</li>
2016. * <li>G9 (42x59 mm ; 1.65x2.32 in)</li>
2017. * <li>G10 (29x42 mm ; 1.14x1.65 in)</li>
2018. * <li>G11 (21x29 mm ; 0.83x1.14 in)</li>
2019. * <li>G12 (14x21 mm ; 0.55x0.83 in)</li>
2020. * <li><b>ISO Press</b></li>
2021. * <li>RA0 (860x1220 mm ; 33.86x48.03 in)</li>
2022. * <li>RA1 (610x860 mm ; 24.02x33.86 in)</li>
2023. * <li>RA2 (430x610 mm ; 16.93x24.02 in)</li>
2024. * <li>RA3 (305x430 mm ; 12.01x16.93 in)</li>
2025. * <li>RA4 (215x305 mm ; 8.46x12.01 in)</li>
2026. * <li>SRA0 (900x1280 mm ; 35.43x50.39 in)</li>
2027. * <li>SRA1 (640x900 mm ; 25.20x35.43 in)</li>
2028. * <li>SRA2 (450x640 mm ; 17.72x25.20 in)</li>
2029. * <li>SRA3 (320x450 mm ; 12.60x17.72 in)</li>
2030. * <li>SRA4 (225x320 mm ; 8.86x12.60 in)</li>
2031. * <li><b>German DIN 476</b></li>
2032. * <li>4A0 (1682x2378 mm ; 66.22x93.62 in)</li>
2033. * <li>2A0 (1189x1682 mm ; 46.81x66.22 in)</li>
2034. * <li><b>Variations on the ISO Standard</b></li>
2035. * <li>A2_EXTRA (445x619 mm ; 17.52x24.37 in)</li>
2036. * <li>A3+ (329x483 mm ; 12.95x19.02 in)</li>
2037. * <li>A3_EXTRA (322x445 mm ; 12.68x17.52 in)</li>
2038. * <li>A3_SUPER (305x508 mm ; 12.01x20.00 in)</li>
2039. * <li>SUPER_A3 (305x487 mm ; 12.01x19.17 in)</li>
2040. * <li>A4_EXTRA (235x322 mm ; 9.25x12.68 in)</li>
2041. * <li>A4_SUPER (229x322 mm ; 9.02x12.68 in)</li>
2042. * <li>SUPER_A4 (227x356 mm ; 8.94x14.02 in)</li>
2043. * <li>A4_LONG (210x348 mm ; 8.27x13.70 in)</li>
2044. * <li>F4 (210x330 mm ; 8.27x12.99 in)</li>
2045. * <li>SO_B5_EXTRA (202x276 mm ; 7.95x10.87 in)</li>
2046. * <li>A5_EXTRA (173x235 mm ; 6.81x9.25 in)</li>
2047. * <li><b>ANSI Series</b></li>
2048. * <li>ANSI_E (864x1118 mm ; 34.00x44.00 in)</li>
2049. * <li>ANSI_D (559x864 mm ; 22.00x34.00 in)</li>
2050. * <li>ANSI_C (432x559 mm ; 17.00x22.00 in)</li>
2051. * <li>ANSI_B (279x432 mm ; 11.00x17.00 in)</li>
2052. * <li>ANSI_A (216x279 mm ; 8.50x11.00 in)</li>
2053. * <li><b>Traditional 'Loose' North American Paper Sizes</b></li>
2054. * <li>LEDGER, USLEDGER (432x279 mm ; 17.00x11.00 in)</li>
2055. * <li>TABLOID, USTABLOID, BIBLE, ORGANIZERK (279x432 mm ; 11.00x17.00 in)</li>
2056. * <li>LETTER, USLETTER, ORGANIZERM (216x279 mm ; 8.50x11.00 in)</li>
2057. * <li>LEGAL, USLEGAL (216x356 mm ; 8.50x14.00 in)</li>
2058. * <li>GLETTER, GOVERNMENTLETTER (203x267 mm ; 8.00x10.50 in)</li>
2059. * <li>JLEGAL, JUNIORLEGAL (203x127 mm ; 8.00x5.00 in)</li>
2060. * <li><b>Other North American Paper Sizes</b></li>
2061. * <li>QUADDEMY (889x1143 mm ; 35.00x45.00 in)</li>
2062. * <li>SUPER_B (330x483 mm ; 13.00x19.00 in)</li>
2063. * <li>QUARTO (229x279 mm ; 9.00x11.00 in)</li>
2064. * <li>FOLIO, GOVERNMENTLEGAL (216x330 mm ; 8.50x13.00 in)</li>
2065. * <li>EXECUTIVE, MONARCH (184x267 mm ; 7.25x10.50 in)</li>
2066. * <li>MEMO, STATEMENT, ORGANIZERL (140x216 mm ; 5.50x8.50 in)</li>
2067. * <li>FOOLSCAP (210x330 mm ; 8.27x13.00 in)</li>
2068. * <li>COMPACT (108x171 mm ; 4.25x6.75 in)</li>
2069. * <li>ORGANIZERJ (70x127 mm ; 2.75x5.00 in)</li>
2070. * <li><b>Canadian standard CAN 2-9.60M</b></li>
2071. * <li>P1 (560x860 mm ; 22.05x33.86 in)</li>
2072. * <li>P2 (430x560 mm ; 16.93x22.05 in)</li>
2073. * <li>P3 (280x430 mm ; 11.02x16.93 in)</li>
2074. * <li>P4 (215x280 mm ; 8.46x11.02 in)</li>
2075. * <li>P5 (140x215 mm ; 5.51x8.46 in)</li>
2076. * <li>P6 (107x140 mm ; 4.21x5.51 in)</li>
2077. * <li><b>North American Architectural Sizes</b></li>
2078. * <li>ARCH_E (914x1219 mm ; 36.00x48.00 in)</li>
2079. * <li>ARCH_E1 (762x1067 mm ; 30.00x42.00 in)</li>
2080. * <li>ARCH_D (610x914 mm ; 24.00x36.00 in)</li>
2081. * <li>ARCH_C, BROADSHEET (457x610 mm ; 18.00x24.00 in)</li>
2082. * <li>ARCH_B (305x457 mm ; 12.00x18.00 in)</li>
2083. * <li>ARCH_A (229x305 mm ; 9.00x12.00 in)</li>
2084. * <li><b>Announcement Envelopes</b></li>
2085. * <li>ANNENV_A2 (111x146 mm ; 4.37x5.75 in)</li>
2086. * <li>ANNENV_A6 (121x165 mm ; 4.75x6.50 in)</li>
2087. * <li>ANNENV_A7 (133x184 mm ; 5.25x7.25 in)</li>
2088. * <li>ANNENV_A8 (140x206 mm ; 5.50x8.12 in)</li>
2089. * <li>ANNENV_A10 (159x244 mm ; 6.25x9.62 in)</li>
2090. * <li>ANNENV_SLIM (98x225 mm ; 3.87x8.87 in)</li>
2091. * <li><b>Commercial Envelopes</b></li>
2092. * <li>COMMENV_N6_1/4 (89x152 mm ; 3.50x6.00 in)</li>
2093. * <li>COMMENV_N6_3/4 (92x165 mm ; 3.62x6.50 in)</li>
2094. * <li>COMMENV_N8 (98x191 mm ; 3.87x7.50 in)</li>
2095. * <li>COMMENV_N9 (98x225 mm ; 3.87x8.87 in)</li>
2096. * <li>COMMENV_N10 (105x241 mm ; 4.12x9.50 in)</li>
2097. * <li>COMMENV_N11 (114x263 mm ; 4.50x10.37 in)</li>
2098. * <li>COMMENV_N12 (121x279 mm ; 4.75x11.00 in)</li>
2099. * <li>COMMENV_N14 (127x292 mm ; 5.00x11.50 in)</li>
2100. * <li><b>Catalogue Envelopes</b></li>
2101. * <li>CATENV_N1 (152x229 mm ; 6.00x9.00 in)</li>
2102. * <li>CATENV_N1_3/4 (165x241 mm ; 6.50x9.50 in)</li>
2103. * <li>CATENV_N2 (165x254 mm ; 6.50x10.00 in)</li>
2104. * <li>CATENV_N3 (178x254 mm ; 7.00x10.00 in)</li>
2105. * <li>CATENV_N6 (191x267 mm ; 7.50x10.50 in)</li>
2106. * <li>CATENV_N7 (203x279 mm ; 8.00x11.00 in)</li>
2107. * <li>CATENV_N8 (210x286 mm ; 8.25x11.25 in)</li>
2108. * <li>CATENV_N9_1/2 (216x267 mm ; 8.50x10.50 in)</li>
2109. * <li>CATENV_N9_3/4 (222x286 mm ; 8.75x11.25 in)</li>
2110. * <li>CATENV_N10_1/2 (229x305 mm ; 9.00x12.00 in)</li>
2111. * <li>CATENV_N12_1/2 (241x318 mm ; 9.50x12.50 in)</li>
2112. * <li>CATENV_N13_1/2 (254x330 mm ; 10.00x13.00 in)</li>
2113. * <li>CATENV_N14_1/4 (286x311 mm ; 11.25x12.25 in)</li>
2114. * <li>CATENV_N14_1/2 (292x368 mm ; 11.50x14.50 in)</li>
2115. * <li><b>Japanese (JIS P 0138-61) Standard B-Series</b></li>
2116. * <li>JIS_B0 (1030x1456 mm ; 40.55x57.32 in)</li>
2117. * <li>JIS_B1 (728x1030 mm ; 28.66x40.55 in)</li>
2118. * <li>JIS_B2 (515x728 mm ; 20.28x28.66 in)</li>
2119. * <li>JIS_B3 (364x515 mm ; 14.33x20.28 in)</li>
2120. * <li>JIS_B4 (257x364 mm ; 10.12x14.33 in)</li>
2121. * <li>JIS_B5 (182x257 mm ; 7.17x10.12 in)</li>
2122. * <li>JIS_B6 (128x182 mm ; 5.04x7.17 in)</li>
2123. * <li>JIS_B7 (91x128 mm ; 3.58x5.04 in)</li>
2124. * <li>JIS_B8 (64x91 mm ; 2.52x3.58 in)</li>
2125. * <li>JIS_B9 (45x64 mm ; 1.77x2.52 in)</li>
2126. * <li>JIS_B10 (32x45 mm ; 1.26x1.77 in)</li>
2127. * <li>JIS_B11 (22x32 mm ; 0.87x1.26 in)</li>
2128. * <li>JIS_B12 (16x22 mm ; 0.63x0.87 in)</li>
2129. * <li><b>PA Series</b></li>
2130. * <li>PA0 (840x1120 mm ; 33.07x44.09 in)</li>
2131. * <li>PA1 (560x840 mm ; 22.05x33.07 in)</li>
2132. * <li>PA2 (420x560 mm ; 16.54x22.05 in)</li>
2133. * <li>PA3 (280x420 mm ; 11.02x16.54 in)</li>
2134. * <li>PA4 (210x280 mm ; 8.27x11.02 in)</li>
2135. * <li>PA5 (140x210 mm ; 5.51x8.27 in)</li>
2136. * <li>PA6 (105x140 mm ; 4.13x5.51 in)</li>
2137. * <li>PA7 (70x105 mm ; 2.76x4.13 in)</li>
2138. * <li>PA8 (52x70 mm ; 2.05x2.76 in)</li>
2139. * <li>PA9 (35x52 mm ; 1.38x2.05 in)</li>
2140. * <li>PA10 (26x35 mm ; 1.02x1.38 in)</li>
2141. * <li><b>Standard Photographic Print Sizes</b></li>
2142. * <li>PASSPORT_PHOTO (35x45 mm ; 1.38x1.77 in)</li>
2143. * <li>E (82x120 mm ; 3.25x4.72 in)</li>
2144. * <li>3R, L (89x127 mm ; 3.50x5.00 in)</li>
2145. * <li>4R, KG (102x152 mm ; 4.02x5.98 in)</li>
2146. * <li>4D (120x152 mm ; 4.72x5.98 in)</li>
2147. * <li>5R, 2L (127x178 mm ; 5.00x7.01 in)</li>
2148. * <li>6R, 8P (152x203 mm ; 5.98x7.99 in)</li>
2149. * <li>8R, 6P (203x254 mm ; 7.99x10.00 in)</li>
2150. * <li>S8R, 6PW (203x305 mm ; 7.99x12.01 in)</li>
2151. * <li>10R, 4P (254x305 mm ; 10.00x12.01 in)</li>
2152. * <li>S10R, 4PW (254x381 mm ; 10.00x15.00 in)</li>
2153. * <li>11R (279x356 mm ; 10.98x14.02 in)</li>
2154. * <li>S11R (279x432 mm ; 10.98x17.01 in)</li>
2155. * <li>12R (305x381 mm ; 12.01x15.00 in)</li>
2156. * <li>S12R (305x456 mm ; 12.01x17.95 in)</li>
2157. * <li><b>Common Newspaper Sizes</b></li>
2158. * <li>NEWSPAPER_BROADSHEET (750x600 mm ; 29.53x23.62 in)</li>
2159. * <li>NEWSPAPER_BERLINER (470x315 mm ; 18.50x12.40 in)</li>
2160. * <li>NEWSPAPER_COMPACT, NEWSPAPER_TABLOID (430x280 mm ; 16.93x11.02 in)</li>
2161. * <li><b>Business Cards</b></li>
2162. * <li>CREDIT_CARD, BUSINESS_CARD, BUSINESS_CARD_ISO7810 (54x86 mm ; 2.13x3.37 in)</li>
2163. * <li>BUSINESS_CARD_ISO216 (52x74 mm ; 2.05x2.91 in)</li>
2164. * <li>BUSINESS_CARD_IT, BUSINESS_CARD_UK, BUSINESS_CARD_FR, BUSINESS_CARD_DE, BUSINESS_CARD_ES (55x85 mm ; 2.17x3.35 in)</li>
2165. * <li>BUSINESS_CARD_US, BUSINESS_CARD_CA (51x89 mm ; 2.01x3.50 in)</li>
2166. * <li>BUSINESS_CARD_JP (55x91 mm ; 2.17x3.58 in)</li>
2167. * <li>BUSINESS_CARD_HK (54x90 mm ; 2.13x3.54 in)</li>
2168. * <li>BUSINESS_CARD_AU, BUSINESS_CARD_DK, BUSINESS_CARD_SE (55x90 mm ; 2.17x3.54 in)</li>
2169. * <li>BUSINESS_CARD_RU, BUSINESS_CARD_CZ, BUSINESS_CARD_FI, BUSINESS_CARD_HU, BUSINESS_CARD_IL (50x90 mm ; 1.97x3.54 in)</li>
2170. * <li><b>Billboards</b></li>
2171. * <li>4SHEET (1016x1524 mm ; 40.00x60.00 in)</li>
2172. * <li>6SHEET (1200x1800 mm ; 47.24x70.87 in)</li>
2173. * <li>12SHEET (3048x1524 mm ; 120.00x60.00 in)</li>
2174. * <li>16SHEET (2032x3048 mm ; 80.00x120.00 in)</li>
2175. * <li>32SHEET (4064x3048 mm ; 160.00x120.00 in)</li>
2176. * <li>48SHEET (6096x3048 mm ; 240.00x120.00 in)</li>
2177. * <li>64SHEET (8128x3048 mm ; 320.00x120.00 in)</li>
2178. * <li>96SHEET (12192x3048 mm ; 480.00x120.00 in)</li>
2179. * <li><b>Old Imperial English (some are still used in USA)</b></li>
2180. * <li>EN_EMPEROR (1219x1829 mm ; 48.00x72.00 in)</li>
2181. * <li>EN_ANTIQUARIAN (787x1346 mm ; 31.00x53.00 in)</li>
2182. * <li>EN_GRAND_EAGLE (730x1067 mm ; 28.75x42.00 in)</li>
2183. * <li>EN_DOUBLE_ELEPHANT (679x1016 mm ; 26.75x40.00 in)</li>
2184. * <li>EN_ATLAS (660x864 mm ; 26.00x34.00 in)</li>
2185. * <li>EN_COLOMBIER (597x876 mm ; 23.50x34.50 in)</li>
2186. * <li>EN_ELEPHANT (584x711 mm ; 23.00x28.00 in)</li>
2187. * <li>EN_DOUBLE_DEMY (572x902 mm ; 22.50x35.50 in)</li>
2188. * <li>EN_IMPERIAL (559x762 mm ; 22.00x30.00 in)</li>
2189. * <li>EN_PRINCESS (546x711 mm ; 21.50x28.00 in)</li>
2190. * <li>EN_CARTRIDGE (533x660 mm ; 21.00x26.00 in)</li>
2191. * <li>EN_DOUBLE_LARGE_POST (533x838 mm ; 21.00x33.00 in)</li>
2192. * <li>EN_ROYAL (508x635 mm ; 20.00x25.00 in)</li>
2193. * <li>EN_SHEET, EN_HALF_POST (495x597 mm ; 19.50x23.50 in)</li>
2194. * <li>EN_SUPER_ROYAL (483x686 mm ; 19.00x27.00 in)</li>
2195. * <li>EN_DOUBLE_POST (483x775 mm ; 19.00x30.50 in)</li>
2196. * <li>EN_MEDIUM (445x584 mm ; 17.50x23.00 in)</li>
2197. * <li>EN_DEMY (445x572 mm ; 17.50x22.50 in)</li>
2198. * <li>EN_LARGE_POST (419x533 mm ; 16.50x21.00 in)</li>
2199. * <li>EN_COPY_DRAUGHT (406x508 mm ; 16.00x20.00 in)</li>
2200. * <li>EN_POST (394x489 mm ; 15.50x19.25 in)</li>
2201. * <li>EN_CROWN (381x508 mm ; 15.00x20.00 in)</li>
2202. * <li>EN_PINCHED_POST (375x470 mm ; 14.75x18.50 in)</li>
2203. * <li>EN_BRIEF (343x406 mm ; 13.50x16.00 in)</li>
2204. * <li>EN_FOOLSCAP (343x432 mm ; 13.50x17.00 in)</li>
2205. * <li>EN_SMALL_FOOLSCAP (337x419 mm ; 13.25x16.50 in)</li>
2206. * <li>EN_POTT (318x381 mm ; 12.50x15.00 in)</li>
2207. * <li><b>Old Imperial Belgian</b></li>
2208. * <li>BE_GRAND_AIGLE (700x1040 mm ; 27.56x40.94 in)</li>
2209. * <li>BE_COLOMBIER (620x850 mm ; 24.41x33.46 in)</li>
2210. * <li>BE_DOUBLE_CARRE (620x920 mm ; 24.41x36.22 in)</li>
2211. * <li>BE_ELEPHANT (616x770 mm ; 24.25x30.31 in)</li>
2212. * <li>BE_PETIT_AIGLE (600x840 mm ; 23.62x33.07 in)</li>
2213. * <li>BE_GRAND_JESUS (550x730 mm ; 21.65x28.74 in)</li>
2214. * <li>BE_JESUS (540x730 mm ; 21.26x28.74 in)</li>
2215. * <li>BE_RAISIN (500x650 mm ; 19.69x25.59 in)</li>
2216. * <li>BE_GRAND_MEDIAN (460x605 mm ; 18.11x23.82 in)</li>
2217. * <li>BE_DOUBLE_POSTE (435x565 mm ; 17.13x22.24 in)</li>
2218. * <li>BE_COQUILLE (430x560 mm ; 16.93x22.05 in)</li>
2219. * <li>BE_PETIT_MEDIAN (415x530 mm ; 16.34x20.87 in)</li>
2220. * <li>BE_RUCHE (360x460 mm ; 14.17x18.11 in)</li>
2221. * <li>BE_PROPATRIA (345x430 mm ; 13.58x16.93 in)</li>
2222. * <li>BE_LYS (317x397 mm ; 12.48x15.63 in)</li>
2223. * <li>BE_POT (307x384 mm ; 12.09x15.12 in)</li>
2224. * <li>BE_ROSETTE (270x347 mm ; 10.63x13.66 in)</li>
2225. * <li><b>Old Imperial French</b></li>
2226. * <li>FR_UNIVERS (1000x1300 mm ; 39.37x51.18 in)</li>
2227. * <li>FR_DOUBLE_COLOMBIER (900x1260 mm ; 35.43x49.61 in)</li>
2228. * <li>FR_GRANDE_MONDE (900x1260 mm ; 35.43x49.61 in)</li>
2229. * <li>FR_DOUBLE_SOLEIL (800x1200 mm ; 31.50x47.24 in)</li>
2230. * <li>FR_DOUBLE_JESUS (760x1120 mm ; 29.92x44.09 in)</li>
2231. * <li>FR_GRAND_AIGLE (750x1060 mm ; 29.53x41.73 in)</li>
2232. * <li>FR_PETIT_AIGLE (700x940 mm ; 27.56x37.01 in)</li>
2233. * <li>FR_DOUBLE_RAISIN (650x1000 mm ; 25.59x39.37 in)</li>
2234. * <li>FR_JOURNAL (650x940 mm ; 25.59x37.01 in)</li>
2235. * <li>FR_COLOMBIER_AFFICHE (630x900 mm ; 24.80x35.43 in)</li>
2236. * <li>FR_DOUBLE_CAVALIER (620x920 mm ; 24.41x36.22 in)</li>
2237. * <li>FR_CLOCHE (600x800 mm ; 23.62x31.50 in)</li>
2238. * <li>FR_SOLEIL (600x800 mm ; 23.62x31.50 in)</li>
2239. * <li>FR_DOUBLE_CARRE (560x900 mm ; 22.05x35.43 in)</li>
2240. * <li>FR_DOUBLE_COQUILLE (560x880 mm ; 22.05x34.65 in)</li>
2241. * <li>FR_JESUS (560x760 mm ; 22.05x29.92 in)</li>
2242. * <li>FR_RAISIN (500x650 mm ; 19.69x25.59 in)</li>
2243. * <li>FR_CAVALIER (460x620 mm ; 18.11x24.41 in)</li>
2244. * <li>FR_DOUBLE_COURONNE (460x720 mm ; 18.11x28.35 in)</li>
2245. * <li>FR_CARRE (450x560 mm ; 17.72x22.05 in)</li>
2246. * <li>FR_COQUILLE (440x560 mm ; 17.32x22.05 in)</li>
2247. * <li>FR_DOUBLE_TELLIERE (440x680 mm ; 17.32x26.77 in)</li>
2248. * <li>FR_DOUBLE_CLOCHE (400x600 mm ; 15.75x23.62 in)</li>
2249. * <li>FR_DOUBLE_POT (400x620 mm ; 15.75x24.41 in)</li>
2250. * <li>FR_ECU (400x520 mm ; 15.75x20.47 in)</li>
2251. * <li>FR_COURONNE (360x460 mm ; 14.17x18.11 in)</li>
2252. * <li>FR_TELLIERE (340x440 mm ; 13.39x17.32 in)</li>
2253. * <li>FR_POT (310x400 mm ; 12.20x15.75 in)</li>
2254. * </ul>
2255. * @return array containing page width and height in points
2256. * @access public
2257. * @since 5.0.010 (2010-05-17)
2258. */
2259. public function getPageSizeFromFormat($format) {
2260. // Paper cordinates are calculated in this way: (inches * 72) where (1 inch = 25.4 mm)
2261. switch ( strtoupper($format)) {
2262. // ISO 216 A Series + 2 SIS 014711 extensions
2263. case 'A0' : {$pf = array( 2383.937, 3370.394); break;}
2264. case 'A1' : {$pf = array( 1683.780, 2383.937); break;}
2265. case 'A2' : {$pf = array( 1190.551, 1683.780); break;}
2266. case 'A3' : {$pf = array( 841.890, 1190.551); break;}
2267. case 'A4' : {$pf = array( 595.276, 841.890); break;}
2268. case 'A5' : {$pf = array( 419.528, 595.276); break;}
2269. case 'A6' : {$pf = array( 297.638, 419.528); break;}
2270. case 'A7' : {$pf = array( 209.764, 297.638); break;}
2271. case 'A8' : {$pf = array( 147.402, 209.764); break;}
2272. case 'A9' : {$pf = array( 104.882, 147.402); break;}
2273. case 'A10': {$pf = array( 73.701, 104.882); break;}
2274. case 'A11': {$pf = array( 51.024, 73.701); break;}
2275. case 'A12': {$pf = array( 36.850, 51.024); break;}
2276. // ISO 216 B Series + 2 SIS 014711 extensions
2277. case 'B0' : {$pf = array( 2834.646, 4008.189); break;}
2278. case 'B1' : {$pf = array( 2004.094, 2834.646); break;}
2279. case 'B2' : {$pf = array( 1417.323, 2004.094); break;}
2280. case 'B3' : {$pf = array( 1000.630, 1417.323); break;}
2281. case 'B4' : {$pf = array( 708.661, 1000.630); break;}
2282. case 'B5' : {$pf = array( 498.898, 708.661); break;}
2283. case 'B6' : {$pf = array( 354.331, 498.898); break;}
2284. case 'B7' : {$pf = array( 249.449, 354.331); break;}
2285. case 'B8' : {$pf = array( 175.748, 249.449); break;}
2286. case 'B9' : {$pf = array( 124.724, 175.748); break;}
2287. case 'B10': {$pf = array( 87.874, 124.724); break;}
2288. case 'B11': {$pf = array( 62.362, 87.874); break;}
2289. case 'B12': {$pf = array( 42.520, 62.362); break;}
2290. // ISO 216 C Series + 2 SIS 014711 extensions + 2 EXTENSION
2291. case 'C0' : {$pf = array( 2599.370, 3676.535); break;}
2292. case 'C1' : {$pf = array( 1836.850, 2599.370); break;}
2293. case 'C2' : {$pf = array( 1298.268, 1836.850); break;}
2294. case 'C3' : {$pf = array( 918.425, 1298.268); break;}
2295. case 'C4' : {$pf = array( 649.134, 918.425); break;}
2296. case 'C5' : {$pf = array( 459.213, 649.134); break;}
2297. case 'C6' : {$pf = array( 323.150, 459.213); break;}
2298. case 'C7' : {$pf = array( 229.606, 323.150); break;}
2299. case 'C8' : {$pf = array( 161.575, 229.606); break;}
2300. case 'C9' : {$pf = array( 113.386, 161.575); break;}
2301. case 'C10': {$pf = array( 79.370, 113.386); break;}
2302. case 'C11': {$pf = array( 56.693, 79.370); break;}
2303. case 'C12': {$pf = array( 39.685, 56.693); break;}
2304. case 'C76': {$pf = array( 229.606, 459.213); break;}
2305. case 'DL' : {$pf = array( 311.811, 623.622); break;}
2306. // SIS 014711 E Series
2307. case 'E0' : {$pf = array( 2491.654, 3517.795); break;}
2308. case 'E1' : {$pf = array( 1757.480, 2491.654); break;}
2309. case 'E2' : {$pf = array( 1247.244, 1757.480); break;}
2310. case 'E3' : {$pf = array( 878.740, 1247.244); break;}
2311. case 'E4' : {$pf = array( 623.622, 878.740); break;}
2312. case 'E5' : {$pf = array( 439.370, 623.622); break;}
2313. case 'E6' : {$pf = array( 311.811, 439.370); break;}
2314. case 'E7' : {$pf = array( 221.102, 311.811); break;}
2315. case 'E8' : {$pf = array( 155.906, 221.102); break;}
2316. case 'E9' : {$pf = array( 110.551, 155.906); break;}
2317. case 'E10': {$pf = array( 76.535, 110.551); break;}
2318. case 'E11': {$pf = array( 53.858, 76.535); break;}
2319. case 'E12': {$pf = array( 36.850, 53.858); break;}
2320. // SIS 014711 G Series
2321. case 'G0' : {$pf = array( 2715.591, 3838.110); break;}
2322. case 'G1' : {$pf = array( 1919.055, 2715.591); break;}
2323. case 'G2' : {$pf = array( 1357.795, 1919.055); break;}
2324. case 'G3' : {$pf = array( 958.110, 1357.795); break;}
2325. case 'G4' : {$pf = array( 677.480, 958.110); break;}
2326. case 'G5' : {$pf = array( 479.055, 677.480); break;}
2327. case 'G6' : {$pf = array( 337.323, 479.055); break;}
2328. case 'G7' : {$pf = array( 238.110, 337.323); break;}
2329. case 'G8' : {$pf = array( 167.244, 238.110); break;}
2330. case 'G9' : {$pf = array( 119.055, 167.244); break;}
2331. case 'G10': {$pf = array( 82.205, 119.055); break;}
2332. case 'G11': {$pf = array( 59.528, 82.205); break;}
2333. case 'G12': {$pf = array( 39.685, 59.528); break;}
2334. // ISO Press
2335. case 'RA0': {$pf = array( 2437.795, 3458.268); break;}
2336. case 'RA1': {$pf = array( 1729.134, 2437.795); break;}
2337. case 'RA2': {$pf = array( 1218.898, 1729.134); break;}
2338. case 'RA3': {$pf = array( 864.567, 1218.898); break;}
2339. case 'RA4': {$pf = array( 609.449, 864.567); break;}
2340. case 'SRA0': {$pf = array( 2551.181, 3628.346); break;}
2341. case 'SRA1': {$pf = array( 1814.173, 2551.181); break;}
2342. case 'SRA2': {$pf = array( 1275.591, 1814.173); break;}
2343. case 'SRA3': {$pf = array( 907.087, 1275.591); break;}
2344. case 'SRA4': {$pf = array( 637.795, 907.087); break;}
2345. // German DIN 476
2346. case '4A0': {$pf = array( 4767.874, 6740.787); break;}
2347. case '2A0': {$pf = array( 3370.394, 4767.874); break;}
2348. // Variations on the ISO Standard
2349. case 'A2_EXTRA' : {$pf = array( 1261.417, 1754.646); break;}
2350. case 'A3+' : {$pf = array( 932.598, 1369.134); break;}
2351. case 'A3_EXTRA' : {$pf = array( 912.756, 1261.417); break;}
2352. case 'A3_SUPER' : {$pf = array( 864.567, 1440.000); break;}
2353. case 'SUPER_A3' : {$pf = array( 864.567, 1380.472); break;}
2354. case 'A4_EXTRA' : {$pf = array( 666.142, 912.756); break;}
2355. case 'A4_SUPER' : {$pf = array( 649.134, 912.756); break;}
2356. case 'SUPER_A4' : {$pf = array( 643.465, 1009.134); break;}
2357. case 'A4_LONG' : {$pf = array( 595.276, 986.457); break;}
2358. case 'F4' : {$pf = array( 595.276, 935.433); break;}
2359. case 'SO_B5_EXTRA': {$pf = array( 572.598, 782.362); break;}
2360. case 'A5_EXTRA' : {$pf = array( 490.394, 666.142); break;}
2361. // ANSI Series
2362. case 'ANSI_E': {$pf = array( 2448.000, 3168.000); break;}
2363. case 'ANSI_D': {$pf = array( 1584.000, 2448.000); break;}
2364. case 'ANSI_C': {$pf = array( 1224.000, 1584.000); break;}
2365. case 'ANSI_B': {$pf = array( 792.000, 1224.000); break;}
2366. case 'ANSI_A': {$pf = array( 612.000, 792.000); break;}
2367. // Traditional 'Loose' North American Paper Sizes
2368. case 'USLEDGER':
2369. case 'LEDGER' : {$pf = array( 1224.000, 792.000); break;}
2370. case 'ORGANIZERK':
2371. case 'BIBLE':
2372. case 'USTABLOID':
2373. case 'TABLOID': {$pf = array( 792.000, 1224.000); break;}
2374. case 'ORGANIZERM':
2375. case 'USLETTER':
2376. case 'LETTER' : {$pf = array( 612.000, 792.000); break;}
2377. case 'USLEGAL':
2378. case 'LEGAL' : {$pf = array( 612.000, 1008.000); break;}
2379. case 'GOVERNMENTLETTER':
2380. case 'GLETTER': {$pf = array( 576.000, 756.000); break;}
2381. case 'JUNIORLEGAL':
2382. case 'JLEGAL' : {$pf = array( 576.000, 360.000); break;}
2383. // Other North American Paper Sizes
2384. case 'QUADDEMY': {$pf = array( 2520.000, 3240.000); break;}
2385. case 'SUPER_B': {$pf = array( 936.000, 1368.000); break;}
2386. case 'QUARTO': {$pf = array( 648.000, 792.000); break;}
2387. case 'GOVERNMENTLEGAL':
2388. case 'FOLIO': {$pf = array( 612.000, 936.000); break;}
2389. case 'MONARCH':
2390. case 'EXECUTIVE': {$pf = array( 522.000, 756.000); break;}
2391. case 'ORGANIZERL':
2392. case 'STATEMENT':
2393. case 'MEMO': {$pf = array( 396.000, 612.000); break;}
2394. case 'FOOLSCAP': {$pf = array( 595.440, 936.000); break;}
2395. case 'COMPACT': {$pf = array( 306.000, 486.000); break;}
2396. case 'ORGANIZERJ': {$pf = array( 198.000, 360.000); break;}
2397. // Canadian standard CAN 2-9.60M
2398. case 'P1': {$pf = array( 1587.402, 2437.795); break;}
2399. case 'P2': {$pf = array( 1218.898, 1587.402); break;}
2400. case 'P3': {$pf = array( 793.701, 1218.898); break;}
2401. case 'P4': {$pf = array( 609.449, 793.701); break;}
2402. case 'P5': {$pf = array( 396.850, 609.449); break;}
2403. case 'P6': {$pf = array( 303.307, 396.850); break;}
2404. // North American Architectural Sizes
2405. case 'ARCH_E' : {$pf = array( 2592.000, 3456.000); break;}
2406. case 'ARCH_E1': {$pf = array( 2160.000, 3024.000); break;}
2407. case 'ARCH_D' : {$pf = array( 1728.000, 2592.000); break;}
2408. case 'BROADSHEET':
2409. case 'ARCH_C' : {$pf = array( 1296.000, 1728.000); break;}
2410. case 'ARCH_B' : {$pf = array( 864.000, 1296.000); break;}
2411. case 'ARCH_A' : {$pf = array( 648.000, 864.000); break;}
2412. // --- North American Envelope Sizes ---
2413. // - Announcement Envelopes
2414. case 'ANNENV_A2' : {$pf = array( 314.640, 414.000); break;}
2415. case 'ANNENV_A6' : {$pf = array( 342.000, 468.000); break;}
2416. case 'ANNENV_A7' : {$pf = array( 378.000, 522.000); break;}
2417. case 'ANNENV_A8' : {$pf = array( 396.000, 584.640); break;}
2418. case 'ANNENV_A10' : {$pf = array( 450.000, 692.640); break;}
2419. case 'ANNENV_SLIM': {$pf = array( 278.640, 638.640); break;}
2420. // - Commercial Envelopes
2421. case 'COMMENV_N6_1/4': {$pf = array( 252.000, 432.000); break;}
2422. case 'COMMENV_N6_3/4': {$pf = array( 260.640, 468.000); break;}
2423. case 'COMMENV_N8' : {$pf = array( 278.640, 540.000); break;}
2424. case 'COMMENV_N9' : {$pf = array( 278.640, 638.640); break;}
2425. case 'COMMENV_N10' : {$pf = array( 296.640, 684.000); break;}
2426. case 'COMMENV_N11' : {$pf = array( 324.000, 746.640); break;}
2427. case 'COMMENV_N12' : {$pf = array( 342.000, 792.000); break;}
2428. case 'COMMENV_N14' : {$pf = array( 360.000, 828.000); break;}
2429. // - Catalogue Envelopes
2430. case 'CATENV_N1' : {$pf = array( 432.000, 648.000); break;}
2431. case 'CATENV_N1_3/4' : {$pf = array( 468.000, 684.000); break;}
2432. case 'CATENV_N2' : {$pf = array( 468.000, 720.000); break;}
2433. case 'CATENV_N3' : {$pf = array( 504.000, 720.000); break;}
2434. case 'CATENV_N6' : {$pf = array( 540.000, 756.000); break;}
2435. case 'CATENV_N7' : {$pf = array( 576.000, 792.000); break;}
2436. case 'CATENV_N8' : {$pf = array( 594.000, 810.000); break;}
2437. case 'CATENV_N9_1/2' : {$pf = array( 612.000, 756.000); break;}
2438. case 'CATENV_N9_3/4' : {$pf = array( 630.000, 810.000); break;}
2439. case 'CATENV_N10_1/2': {$pf = array( 648.000, 864.000); break;}
2440. case 'CATENV_N12_1/2': {$pf = array( 684.000, 900.000); break;}
2441. case 'CATENV_N13_1/2': {$pf = array( 720.000, 936.000); break;}
2442. case 'CATENV_N14_1/4': {$pf = array( 810.000, 882.000); break;}
2443. case 'CATENV_N14_1/2': {$pf = array( 828.000, 1044.000); break;}
2444. // Japanese (JIS P 0138-61) Standard B-Series
2445. case 'JIS_B0' : {$pf = array( 2919.685, 4127.244); break;}
2446. case 'JIS_B1' : {$pf = array( 2063.622, 2919.685); break;}
2447. case 'JIS_B2' : {$pf = array( 1459.843, 2063.622); break;}
2448. case 'JIS_B3' : {$pf = array( 1031.811, 1459.843); break;}
2449. case 'JIS_B4' : {$pf = array( 728.504, 1031.811); break;}
2450. case 'JIS_B5' : {$pf = array( 515.906, 728.504); break;}
2451. case 'JIS_B6' : {$pf = array( 362.835, 515.906); break;}
2452. case 'JIS_B7' : {$pf = array( 257.953, 362.835); break;}
2453. case 'JIS_B8' : {$pf = array( 181.417, 257.953); break;}
2454. case 'JIS_B9' : {$pf = array( 127.559, 181.417); break;}
2455. case 'JIS_B10': {$pf = array( 90.709, 127.559); break;}
2456. case 'JIS_B11': {$pf = array( 62.362, 90.709); break;}
2457. case 'JIS_B12': {$pf = array( 45.354, 62.362); break;}
2458. // PA Series
2459. case 'PA0' : {$pf = array( 2381.102, 3174.803,); break;}
2460. case 'PA1' : {$pf = array( 1587.402, 2381.102); break;}
2461. case 'PA2' : {$pf = array( 1190.551, 1587.402); break;}
2462. case 'PA3' : {$pf = array( 793.701, 1190.551); break;}
2463. case 'PA4' : {$pf = array( 595.276, 793.701); break;}
2464. case 'PA5' : {$pf = array( 396.850, 595.276); break;}
2465. case 'PA6' : {$pf = array( 297.638, 396.850); break;}
2466. case 'PA7' : {$pf = array( 198.425, 297.638); break;}
2467. case 'PA8' : {$pf = array( 147.402, 198.425); break;}
2468. case 'PA9' : {$pf = array( 99.213, 147.402); break;}
2469. case 'PA10': {$pf = array( 73.701, 99.213); break;}
2470. // Standard Photographic Print Sizes
2471. case 'PASSPORT_PHOTO': {$pf = array( 99.213, 127.559); break;}
2472. case 'E' : {$pf = array( 233.858, 340.157); break;}
2473. case 'L':
2474. case '3R' : {$pf = array( 252.283, 360.000); break;}
2475. case 'KG':
2476. case '4R' : {$pf = array( 289.134, 430.866); break;}
2477. case '4D' : {$pf = array( 340.157, 430.866); break;}
2478. case '2L':
2479. case '5R' : {$pf = array( 360.000, 504.567); break;}
2480. case '8P':
2481. case '6R' : {$pf = array( 430.866, 575.433); break;}
2482. case '6P':
2483. case '8R' : {$pf = array( 575.433, 720.000); break;}
2484. case '6PW':
2485. case 'S8R' : {$pf = array( 575.433, 864.567); break;}
2486. case '4P':
2487. case '10R' : {$pf = array( 720.000, 864.567); break;}
2488. case '4PW':
2489. case 'S10R': {$pf = array( 720.000, 1080.000); break;}
2490. case '11R' : {$pf = array( 790.866, 1009.134); break;}
2491. case 'S11R': {$pf = array( 790.866, 1224.567); break;}
2492. case '12R' : {$pf = array( 864.567, 1080.000); break;}
2493. case 'S12R': {$pf = array( 864.567, 1292.598); break;}
2494. // Common Newspaper Sizes
2495. case 'NEWSPAPER_BROADSHEET': {$pf = array( 2125.984, 1700.787); break;}
2496. case 'NEWSPAPER_BERLINER' : {$pf = array( 1332.283, 892.913); break;}
2497. case 'NEWSPAPER_TABLOID':
2498. case 'NEWSPAPER_COMPACT' : {$pf = array( 1218.898, 793.701); break;}
2499. // Business Cards
2500. case 'CREDIT_CARD':
2501. case 'BUSINESS_CARD':
2502. case 'BUSINESS_CARD_ISO7810': {$pf = array( 153.014, 242.646); break;}
2503. case 'BUSINESS_CARD_ISO216' : {$pf = array( 147.402, 209.764); break;}
2504. case 'BUSINESS_CARD_IT':
2505. case 'BUSINESS_CARD_UK':
2506. case 'BUSINESS_CARD_FR':
2507. case 'BUSINESS_CARD_DE':
2508. case 'BUSINESS_CARD_ES' : {$pf = array( 155.906, 240.945); break;}
2509. case 'BUSINESS_CARD_CA':
2510. case 'BUSINESS_CARD_US' : {$pf = array( 144.567, 252.283); break;}
2511. case 'BUSINESS_CARD_JP' : {$pf = array( 155.906, 257.953); break;}
2512. case 'BUSINESS_CARD_HK' : {$pf = array( 153.071, 255.118); break;}
2513. case 'BUSINESS_CARD_AU':
2514. case 'BUSINESS_CARD_DK':
2515. case 'BUSINESS_CARD_SE' : {$pf = array( 155.906, 255.118); break;}
2516. case 'BUSINESS_CARD_RU':
2517. case 'BUSINESS_CARD_CZ':
2518. case 'BUSINESS_CARD_FI':
2519. case 'BUSINESS_CARD_HU':
2520. case 'BUSINESS_CARD_IL' : {$pf = array( 141.732, 255.118); break;}
2521. // Billboards
2522. case '4SHEET' : {$pf = array( 2880.000, 4320.000); break;}
2523. case '6SHEET' : {$pf = array( 3401.575, 5102.362); break;}
2524. case '12SHEET': {$pf = array( 8640.000, 4320.000); break;}
2525. case '16SHEET': {$pf = array( 5760.000, 8640.000); break;}
2526. case '32SHEET': {$pf = array(11520.000, 8640.000); break;}
2527. case '48SHEET': {$pf = array(17280.000, 8640.000); break;}
2528. case '64SHEET': {$pf = array(23040.000, 8640.000); break;}
2529. case '96SHEET': {$pf = array(34560.000, 8640.000); break;}
2530. // Old European Sizes
2531. // - Old Imperial English Sizes
2532. case 'EN_EMPEROR' : {$pf = array( 3456.000, 5184.000); break;}
2533. case 'EN_ANTIQUARIAN' : {$pf = array( 2232.000, 3816.000); break;}
2534. case 'EN_GRAND_EAGLE' : {$pf = array( 2070.000, 3024.000); break;}
2535. case 'EN_DOUBLE_ELEPHANT' : {$pf = array( 1926.000, 2880.000); break;}
2536. case 'EN_ATLAS' : {$pf = array( 1872.000, 2448.000); break;}
2537. case 'EN_COLOMBIER' : {$pf = array( 1692.000, 2484.000); break;}
2538. case 'EN_ELEPHANT' : {$pf = array( 1656.000, 2016.000); break;}
2539. case 'EN_DOUBLE_DEMY' : {$pf = array( 1620.000, 2556.000); break;}
2540. case 'EN_IMPERIAL' : {$pf = array( 1584.000, 2160.000); break;}
2541. case 'EN_PRINCESS' : {$pf = array( 1548.000, 2016.000); break;}
2542. case 'EN_CARTRIDGE' : {$pf = array( 1512.000, 1872.000); break;}
2543. case 'EN_DOUBLE_LARGE_POST': {$pf = array( 1512.000, 2376.000); break;}
2544. case 'EN_ROYAL' : {$pf = array( 1440.000, 1800.000); break;}
2545. case 'EN_SHEET':
2546. case 'EN_HALF_POST' : {$pf = array( 1404.000, 1692.000); break;}
2547. case 'EN_SUPER_ROYAL' : {$pf = array( 1368.000, 1944.000); break;}
2548. case 'EN_DOUBLE_POST' : {$pf = array( 1368.000, 2196.000); break;}
2549. case 'EN_MEDIUM' : {$pf = array( 1260.000, 1656.000); break;}
2550. case 'EN_DEMY' : {$pf = array( 1260.000, 1620.000); break;}
2551. case 'EN_LARGE_POST' : {$pf = array( 1188.000, 1512.000); break;}
2552. case 'EN_COPY_DRAUGHT' : {$pf = array( 1152.000, 1440.000); break;}
2553. case 'EN_POST' : {$pf = array( 1116.000, 1386.000); break;}
2554. case 'EN_CROWN' : {$pf = array( 1080.000, 1440.000); break;}
2555. case 'EN_PINCHED_POST' : {$pf = array( 1062.000, 1332.000); break;}
2556. case 'EN_BRIEF' : {$pf = array( 972.000, 1152.000); break;}
2557. case 'EN_FOOLSCAP' : {$pf = array( 972.000, 1224.000); break;}
2558. case 'EN_SMALL_FOOLSCAP' : {$pf = array( 954.000, 1188.000); break;}
2559. case 'EN_POTT' : {$pf = array( 900.000, 1080.000); break;}
2560. // - Old Imperial Belgian Sizes
2561. case 'BE_GRAND_AIGLE' : {$pf = array( 1984.252, 2948.031); break;}
2562. case 'BE_COLOMBIER' : {$pf = array( 1757.480, 2409.449); break;}
2563. case 'BE_DOUBLE_CARRE': {$pf = array( 1757.480, 2607.874); break;}
2564. case 'BE_ELEPHANT' : {$pf = array( 1746.142, 2182.677); break;}
2565. case 'BE_PETIT_AIGLE' : {$pf = array( 1700.787, 2381.102); break;}
2566. case 'BE_GRAND_JESUS' : {$pf = array( 1559.055, 2069.291); break;}
2567. case 'BE_JESUS' : {$pf = array( 1530.709, 2069.291); break;}
2568. case 'BE_RAISIN' : {$pf = array( 1417.323, 1842.520); break;}
2569. case 'BE_GRAND_MEDIAN': {$pf = array( 1303.937, 1714.961); break;}
2570. case 'BE_DOUBLE_POSTE': {$pf = array( 1233.071, 1601.575); break;}
2571. case 'BE_COQUILLE' : {$pf = array( 1218.898, 1587.402); break;}
2572. case 'BE_PETIT_MEDIAN': {$pf = array( 1176.378, 1502.362); break;}
2573. case 'BE_RUCHE' : {$pf = array( 1020.472, 1303.937); break;}
2574. case 'BE_PROPATRIA' : {$pf = array( 977.953, 1218.898); break;}
2575. case 'BE_LYS' : {$pf = array( 898.583, 1125.354); break;}
2576. case 'BE_POT' : {$pf = array( 870.236, 1088.504); break;}
2577. case 'BE_ROSETTE' : {$pf = array( 765.354, 983.622); break;}
2578. // - Old Imperial French Sizes
2579. case 'FR_UNIVERS' : {$pf = array( 2834.646, 3685.039); break;}
2580. case 'FR_DOUBLE_COLOMBIER' : {$pf = array( 2551.181, 3571.654); break;}
2581. case 'FR_GRANDE_MONDE' : {$pf = array( 2551.181, 3571.654); break;}
2582. case 'FR_DOUBLE_SOLEIL' : {$pf = array( 2267.717, 3401.575); break;}
2583. case 'FR_DOUBLE_JESUS' : {$pf = array( 2154.331, 3174.803); break;}
2584. case 'FR_GRAND_AIGLE' : {$pf = array( 2125.984, 3004.724); break;}
2585. case 'FR_PETIT_AIGLE' : {$pf = array( 1984.252, 2664.567); break;}
2586. case 'FR_DOUBLE_RAISIN' : {$pf = array( 1842.520, 2834.646); break;}
2587. case 'FR_JOURNAL' : {$pf = array( 1842.520, 2664.567); break;}
2588. case 'FR_COLOMBIER_AFFICHE': {$pf = array( 1785.827, 2551.181); break;}
2589. case 'FR_DOUBLE_CAVALIER' : {$pf = array( 1757.480, 2607.874); break;}
2590. case 'FR_CLOCHE' : {$pf = array( 1700.787, 2267.717); break;}
2591. case 'FR_SOLEIL' : {$pf = array( 1700.787, 2267.717); break;}
2592. case 'FR_DOUBLE_CARRE' : {$pf = array( 1587.402, 2551.181); break;}
2593. case 'FR_DOUBLE_COQUILLE' : {$pf = array( 1587.402, 2494.488); break;}
2594. case 'FR_JESUS' : {$pf = array( 1587.402, 2154.331); break;}
2595. case 'FR_RAISIN' : {$pf = array( 1417.323, 1842.520); break;}
2596. case 'FR_CAVALIER' : {$pf = array( 1303.937, 1757.480); break;}
2597. case 'FR_DOUBLE_COURONNE' : {$pf = array( 1303.937, 2040.945); break;}
2598. case 'FR_CARRE' : {$pf = array( 1275.591, 1587.402); break;}
2599. case 'FR_COQUILLE' : {$pf = array( 1247.244, 1587.402); break;}
2600. case 'FR_DOUBLE_TELLIERE' : {$pf = array( 1247.244, 1927.559); break;}
2601. case 'FR_DOUBLE_CLOCHE' : {$pf = array( 1133.858, 1700.787); break;}
2602. case 'FR_DOUBLE_POT' : {$pf = array( 1133.858, 1757.480); break;}
2603. case 'FR_ECU' : {$pf = array( 1133.858, 1474.016); break;}
2604. case 'FR_COURONNE' : {$pf = array( 1020.472, 1303.937); break;}
2605. case 'FR_TELLIERE' : {$pf = array( 963.780, 1247.244); break;}
2606. case 'FR_POT' : {$pf = array( 878.740, 1133.858); break;}
2607. // DEFAULT ISO A4
2608. default: {$pf = array( 595.276, 841.890); break;}
2609. }
2610. return $pf;
2611. }
2613. /**
2614. * Change the format of the current page
2615. * @param mixed $format The format used for pages. It can be either: one of the string values specified at getPageSizeFromFormat() documentation or an array of two numners (width, height) or an array containing the following measures and options:<ul>
2616. * <li>['format'] = page format name (one of the above);</li>
2617. * <li>['Rotate'] : The number of degrees by which the page shall be rotated clockwise when displayed or printed. The value shall be a multiple of 90.</li>
2618. * <li>['PZ'] : The page's preferred zoom (magnification) factor.</li>
2619. * <li>['MediaBox'] : the boundaries of the physical medium on which the page shall be displayed or printed:</li>
2620. * <li>['MediaBox']['llx'] : lower-left x coordinate in points</li>
2621. * <li>['MediaBox']['lly'] : lower-left y coordinate in points</li>
2622. * <li>['MediaBox']['urx'] : upper-right x coordinate in points</li>
2623. * <li>['MediaBox']['ury'] : upper-right y coordinate in points</li>
2624. * <li>['CropBox'] : the visible region of default user space:</li>
2625. * <li>['CropBox']['llx'] : lower-left x coordinate in points</li>
2626. * <li>['CropBox']['lly'] : lower-left y coordinate in points</li>
2627. * <li>['CropBox']['urx'] : upper-right x coordinate in points</li>
2628. * <li>['CropBox']['ury'] : upper-right y coordinate in points</li>
2629. * <li>['BleedBox'] : the region to which the contents of the page shall be clipped when output in a production environment:</li>
2630. * <li>['BleedBox']['llx'] : lower-left x coordinate in points</li>
2631. * <li>['BleedBox']['lly'] : lower-left y coordinate in points</li>
2632. * <li>['BleedBox']['urx'] : upper-right x coordinate in points</li>
2633. * <li>['BleedBox']['ury'] : upper-right y coordinate in points</li>
2634. * <li>['TrimBox'] : the intended dimensions of the finished page after trimming:</li>
2635. * <li>['TrimBox']['llx'] : lower-left x coordinate in points</li>
2636. * <li>['TrimBox']['lly'] : lower-left y coordinate in points</li>
2637. * <li>['TrimBox']['urx'] : upper-right x coordinate in points</li>
2638. * <li>['TrimBox']['ury'] : upper-right y coordinate in points</li>
2639. * <li>['ArtBox'] : the extent of the page's meaningful content:</li>
2640. * <li>['ArtBox']['llx'] : lower-left x coordinate in points</li>
2641. * <li>['ArtBox']['lly'] : lower-left y coordinate in points</li>
2642. * <li>['ArtBox']['urx'] : upper-right x coordinate in points</li>
2643. * <li>['ArtBox']['ury'] : upper-right y coordinate in points</li>
2644. * <li>['BoxColorInfo'] :specify the colours and other visual characteristics that should be used in displaying guidelines on the screen for each of the possible page boundaries other than the MediaBox:</li>
2645. * <li>['BoxColorInfo'][BOXTYPE]['C'] : an array of three numbers in the range 0-255, representing the components in the DeviceRGB colour space.</li>
2646. * <li>['BoxColorInfo'][BOXTYPE]['W'] : the guideline width in default user units</li>
2647. * <li>['BoxColorInfo'][BOXTYPE]['S'] : the guideline style: S = Solid; D = Dashed</li>
2648. * <li>['BoxColorInfo'][BOXTYPE]['D'] : dash array defining a pattern of dashes and gaps to be used in drawing dashed guidelines</li>
2649. * <li>['trans'] : the style and duration of the visual transition to use when moving from another page to the given page during a presentation</li>
2650. * <li>['trans']['Dur'] : The page's display duration (also called its advance timing): the maximum length of time, in seconds, that the page shall be displayed during presentations before the viewer application shall automatically advance to the next page.</li>
2651. * <li>['trans']['S'] : transition style : Split, Blinds, Box, Wipe, Dissolve, Glitter, R, Fly, Push, Cover, Uncover, Fade</li>
2652. * <li>['trans']['D'] : The duration of the transition effect, in seconds.</li>
2653. * <li>['trans']['Dm'] : (Split and Blinds transition styles only) The dimension in which the specified transition effect shall occur: H = Horizontal, V = Vertical. Default value: H.</li>
2654. * <li>['trans']['M'] : (Split, Box and Fly transition styles only) The direction of motion for the specified transition effect: I = Inward from the edges of the page, O = Outward from the center of the pageDefault value: I.</li>
2655. * <li>['trans']['Di'] : (Wipe, Glitter, Fly, Cover, Uncover and Push transition styles only) The direction in which the specified transition effect shall moves, expressed in degrees counterclockwise starting from a left-to-right direction. If the value is a number, it shall be one of: 0 = Left to right, 90 = Bottom to top (Wipe only), 180 = Right to left (Wipe only), 270 = Top to bottom, 315 = Top-left to bottom-right (Glitter only). If the value is a name, it shall be None, which is relevant only for the Fly transition when the value of SS is not 1.0. Default value: 0.</li>
2656. * <li>['trans']['SS'] : (Fly transition style only) The starting or ending scale at which the changes shall be drawn. If M specifies an inward transition, the scale of the changes drawn shall progress from SS to 1.0 over the course of the transition. If M specifies an outward transition, the scale of the changes drawn shall progress from 1.0 to SS over the course of the transition. Default: 1.0.</li>
2657. * <li>['trans']['B'] : (Fly transition style only) If true, the area that shall be flown in is rectangular and opaque. Default: false.</li>
2658. * </ul>
2659. * @param string $orientation page orientation. Possible values are (case insensitive):<ul>
2660. * <li>P or Portrait (default)</li>
2661. * <li>L or Landscape</li>
2662. * <li>'' (empty string) for automatic orientation</li>
2663. * </ul>
2664. * @access protected
2665. * @since 3.0.015 (2008-06-06)
2666. * @see getPageSizeFromFormat()
2667. */
2668. protected function setPageFormat($format, $orientation='P') {
2669. if (! empty($format) AND isset($this-> pagedim[$this-> page])) {
2670. // remove inherited values
2671. unset($this-> pagedim[$this-> page]);
2672. }
2673. if ( is_string($format)) {
2674. // get page measures from format name
2675. $pf = $this-> getPageSizeFromFormat($format);
2676. $this-> fwPt = $pf[0];
2677. $this-> fhPt = $pf[1];
2678. } else {
2679. // the boundaries of the physical medium on which the page shall be displayed or printed
2680. if (isset($format['MediaBox'])) {
2681. $this-> setPageBoxes($this-> page, 'MediaBox', $format['MediaBox']['llx'], $format['MediaBox']['lly'], $format['MediaBox']['urx'], $format['MediaBox']['ury'], false);
2682. $this-> fwPt = (($format['MediaBox']['urx'] - $format['MediaBox']['llx']) * $this-> k);
2683. $this-> fhPt = (($format['MediaBox']['ury'] - $format['MediaBox']['lly']) * $this-> k);
2684. } else {
2685. if (isset($format[0]) AND is_numeric($format[0]) AND isset($format[1]) AND is_numeric($format[1])) {
2686. $pf = array(($format[0] * $this-> k), ($format[1] * $this-> k));
2687. } else {
2688. if (!isset($format['format'])) {
2689. // default value
2690. $format['format'] = 'A4';
2691. }
2692. $pf = $this-> getPageSizeFromFormat($format['format']);
2693. }
2694. $this-> fwPt = $pf[0];
2695. $this-> fhPt = $pf[1];
2696. $this-> setPageBoxes($this-> page, 'MediaBox', 0, 0, $this-> fwPt, $this-> fhPt, true);
2697. }
2698. // the visible region of default user space
2699. if (isset($format['CropBox'])) {
2700. $this-> setPageBoxes($this-> page, 'CropBox', $format['CropBox']['llx'], $format['CropBox']['lly'], $format['CropBox']['urx'], $format['CropBox']['ury'], false);
2701. }
2702. // the region to which the contents of the page shall be clipped when output in a production environment
2703. if (isset($format['BleedBox'])) {
2704. $this-> setPageBoxes($this-> page, 'BleedBox', $format['BleedBox']['llx'], $format['BleedBox']['lly'], $format['BleedBox']['urx'], $format['BleedBox']['ury'], false);
2705. }
2706. // the intended dimensions of the finished page after trimming
2707. if (isset($format['TrimBox'])) {
2708. $this-> setPageBoxes($this-> page, 'TrimBox', $format['TrimBox']['llx'], $format['TrimBox']['lly'], $format['TrimBox']['urx'], $format['TrimBox']['ury'], false);
2709. }
2710. // the page's meaningful content (including potential white space)
2711. if (isset($format['ArtBox'])) {
2712. $this-> setPageBoxes($this-> page, 'ArtBox', $format['ArtBox']['llx'], $format['ArtBox']['lly'], $format['ArtBox']['urx'], $format['ArtBox']['ury'], false);
2713. }
2714. // specify the colours and other visual characteristics that should be used in displaying guidelines on the screen for the various page boundaries
2715. if (isset($format['BoxColorInfo'])) {
2716. $this-> pagedim[$this-> page]['BoxColorInfo'] = $format['BoxColorInfo'];
2717. }
2718. if (isset($format['Rotate']) AND (($format['Rotate'] % 90) == 0)) {
2719. // The number of degrees by which the page shall be rotated clockwise when displayed or printed. The value shall be a multiple of 90.
2720. $this-> pagedim[$this-> page]['Rotate'] = intval($format['Rotate']);
2721. }
2722. if (isset($format['PZ'])) {
2723. // The page's preferred zoom (magnification) factor
2724. $this-> pagedim[$this-> page]['PZ'] = floatval($format['PZ']);
2725. }
2726. if (isset($format['trans'])) {
2727. // The style and duration of the visual transition to use when moving from another page to the given page during a presentation
2728. if (isset($format['trans']['Dur'])) {
2729. // The page's display duration
2730. $this-> pagedim[$this-> page]['trans']['Dur'] = floatval($format['trans']['Dur']);
2731. }
2732. $stansition_styles = array('Split', 'Blinds', 'Box', 'Wipe', 'Dissolve', 'Glitter', 'R', 'Fly', 'Push', 'Cover', 'Uncover', 'Fade');
2733. if (isset($format['trans']['S']) AND in_array($format['trans']['S'], $stansition_styles)) {
2734. // The transition style that shall be used when moving to this page from another during a presentation
2735. $this-> pagedim[$this-> page]['trans']['S'] = $format['trans']['S'];
2736. $valid_effect = array('Split', 'Blinds');
2737. $valid_vals = array('H', 'V');
2738. if (isset($format['trans']['Dm']) AND in_array($format['trans']['S'], $valid_effect) AND in_array($format['trans']['Dm'], $valid_vals)) {
2739. $this-> pagedim[$this-> page]['trans']['Dm'] = $format['trans']['Dm'];
2740. }
2741. $valid_effect = array('Split', 'Box', 'Fly');
2742. $valid_vals = array('I', 'O');
2743. if (isset($format['trans']['M']) AND in_array($format['trans']['S'], $valid_effect) AND in_array($format['trans']['M'], $valid_vals)) {
2744. $this-> pagedim[$this-> page]['trans']['M'] = $format['trans']['M'];
2745. }
2746. $valid_effect = array('Wipe', 'Glitter', 'Fly', 'Cover', 'Uncover', 'Push');
2747. if (isset($format['trans']['Di']) AND in_array($format['trans']['S'], $valid_effect)) {
2748. if (((($format['trans']['Di'] == 90) OR ($format['trans']['Di'] == 180)) AND ($format['trans']['S'] == 'Wipe'))
2749. OR (($format['trans']['Di'] == 315) AND ($format['trans']['S'] == 'Glitter'))
2750. OR (($format['trans']['Di'] == 0) OR ($format['trans']['Di'] == 270))) {
2751. $this-> pagedim[$this-> page]['trans']['Di'] = intval($format['trans']['Di']);
2752. }
2753. }
2754. if (isset($format['trans']['SS']) AND ($format['trans']['S'] == 'Fly')) {
2755. $this-> pagedim[$this-> page]['trans']['SS'] = floatval($format['trans']['SS']);
2756. }
2757. if (isset($format['trans']['B']) AND ($format['trans']['B'] === true) AND ($format['trans']['S'] == 'Fly')) {
2758. $this-> pagedim[$this-> page]['trans']['B'] = 'true';
2759. }
2760. } else {
2761. $this-> pagedim[$this-> page]['trans']['S'] = 'R';
2762. }
2763. if (isset($format['trans']['D'])) {
2764. // The duration of the transition effect, in seconds
2765. $this-> pagedim[$this-> page]['trans']['D'] = floatval($format['trans']['D']);
2766. } else {
2767. $this-> pagedim[$this-> page]['trans']['D'] = 1;
2768. }
2769. }
2770. }
2771. $this-> setPageOrientation($orientation);
2772. }
2774. /**
2775. * Set page boundaries.
2776. * @param int $page page number
2777. * @param string $type valid values are: <ul><li>'MediaBox' : the boundaries of the physical medium on which the page shall be displayed or printed;</li><li>'CropBox' : the visible region of default user space;</li><li>'BleedBox' : the region to which the contents of the page shall be clipped when output in a production environment;</li><li>'TrimBox' : the intended dimensions of the finished page after trimming;</li><li>'ArtBox' : the page's meaningful content (including potential white space).</li></ul>
2778. * @param float $llx lower-left x coordinate in user units
2779. * @param float $lly lower-left y coordinate in user units
2780. * @param float $urx upper-right x coordinate in user units
2781. * @param float $ury upper-right y coordinate in user units
2782. * @param boolean $points if true uses user units as unit of measure, otherwise uses PDF points
2783. * @access public
2784. * @since 5.0.010 (2010-05-17)
2785. */
2786. public function setPageBoxes($page, $type, $llx, $lly, $urx, $ury, $points=false) {
2787. if (!isset($this-> pagedim[$page])) {
2788. // initialize array
2789. $this-> pagedim[$page] = array();
2790. }
2791. $pageboxes = array('MediaBox', 'CropBox', 'BleedBox', 'TrimBox', 'ArtBox');
2792. if (! in_array($type, $pageboxes)) {
2793. return;
2794. }
2795. if ($points) {
2796. $k = 1;
2797. } else {
2798. $k = $this-> k;
2799. }
2800. $this-> pagedim[$page][$type]['llx'] = ($llx * $k);
2801. $this-> pagedim[$page][$type]['lly'] = ($lly * $k);
2802. $this-> pagedim[$page][$type]['urx'] = ($urx * $k);
2803. $this-> pagedim[$page][$type]['ury'] = ($ury * $k);
2804. }
2806. /**
2807. * Swap X and Y coordinates of page boxes (change page boxes orientation).
2808. * @param int $page page number
2809. * @access protected
2810. * @since 5.0.010 (2010-05-17)
2811. */
2812. protected function swapPageBoxCoordinates($page) {
2813. $pageboxes = array('MediaBox', 'CropBox', 'BleedBox', 'TrimBox', 'ArtBox');
2814. foreach ($pageboxes as $type) {
2815. // swap X and Y coordinates
2816. if (isset($this-> pagedim[$page][$type])) {
2817. $tmp = $this-> pagedim[$page][$type]['llx'];
2818. $this-> pagedim[$page][$type]['llx'] = $this-> pagedim[$page][$type]['lly'];
2819. $this-> pagedim[$page][$type]['lly'] = $tmp;
2820. $tmp = $this-> pagedim[$page][$type]['urx'];
2821. $this-> pagedim[$page][$type]['urx'] = $this-> pagedim[$page][$type]['ury'];
2822. $this-> pagedim[$page][$type]['ury'] = $tmp;
2823. }
2824. }
2825. }
2827. /**
2828. * Set page orientation.
2829. * @param string $orientation page orientation. Possible values are (case insensitive):<ul><li>P or Portrait (default)</li><li>L or Landscape</li><li>'' (empty string) for automatic orientation</li></ul>
2830. * @param boolean $autopagebreak Boolean indicating if auto-page-break mode should be on or off.
2831. * @param float $bottommargin bottom margin of the page.
2832. * @access public
2833. * @since 3.0.015 (2008-06-06)
2834. */
2835. public function setPageOrientation($orientation, $autopagebreak='', $bottommargin='') {
2836. if (!isset($this-> pagedim[$this-> page]['MediaBox'])) {
2837. // the boundaries of the physical medium on which the page shall be displayed or printed
2838. $this-> setPageBoxes($this-> page, 'MediaBox', 0, 0, $this-> fwPt, $this-> fhPt, true);
2839. }
2840. if (!isset($this-> pagedim[$this-> page]['CropBox'])) {
2841. // the visible region of default user space
2842. $this-> setPageBoxes($this-> page, 'CropBox', $this-> pagedim[$this-> page]['MediaBox']['llx'], $this-> pagedim[$this-> page]['MediaBox']['lly'], $this-> pagedim[$this-> page]['MediaBox']['urx'], $this-> pagedim[$this-> page]['MediaBox']['ury'], true);
2843. }
2844. if (!isset($this-> pagedim[$this-> page]['BleedBox'])) {
2845. // the region to which the contents of the page shall be clipped when output in a production environment
2846. $this-> setPageBoxes($this-> page, 'BleedBox', $this-> pagedim[$this-> page]['CropBox']['llx'], $this-> pagedim[$this-> page]['CropBox']['lly'], $this-> pagedim[$this-> page]['CropBox']['urx'], $this-> pagedim[$this-> page]['CropBox']['ury'], true);
2847. }
2848. if (!isset($this-> pagedim[$this-> page]['TrimBox'])) {
2849. // the intended dimensions of the finished page after trimming
2850. $this-> setPageBoxes($this-> page, 'TrimBox', $this-> pagedim[$this-> page]['CropBox']['llx'], $this-> pagedim[$this-> page]['CropBox']['lly'], $this-> pagedim[$this-> page]['CropBox']['urx'], $this-> pagedim[$this-> page]['CropBox']['ury'], true);
2851. }
2852. if (!isset($this-> pagedim[$this-> page]['ArtBox'])) {
2853. // the page's meaningful content (including potential white space)
2854. $this-> setPageBoxes($this-> page, 'ArtBox', $this-> pagedim[$this-> page]['CropBox']['llx'], $this-> pagedim[$this-> page]['CropBox']['lly'], $this-> pagedim[$this-> page]['CropBox']['urx'], $this-> pagedim[$this-> page]['CropBox']['ury'], true);
2855. }
2856. if (!isset($this-> pagedim[$this-> page]['Rotate'])) {
2857. // The number of degrees by which the page shall be rotated clockwise when displayed or printed. The value shall be a multiple of 90.
2858. $this-> pagedim[$this-> page]['Rotate'] = 0;
2859. }
2860. if (!isset($this-> pagedim[$this-> page]['PZ'])) {
2861. // The page's preferred zoom (magnification) factor
2862. $this-> pagedim[$this-> page]['PZ'] = 1;
2863. }
2864. if ($this-> fwPt > $this-> fhPt) {
2865. // landscape
2866. $default_orientation = 'L';
2867. } else {
2868. // portrait
2869. $default_orientation = 'P';
2870. }
2871. $valid_orientations = array('P', 'L');
2872. if (empty($orientation)) {
2873. $orientation = $default_orientation;
2874. } else {
2875. $orientation = strtoupper($orientation{0});
2876. }
2877. if ( in_array($orientation, $valid_orientations) AND ($orientation != $default_orientation)) {
2878. $this-> CurOrientation = $orientation;
2879. $this-> wPt = $this-> fhPt;
2880. $this-> hPt = $this-> fwPt;
2881. } else {
2882. $this-> CurOrientation = $default_orientation;
2883. $this-> wPt = $this-> fwPt;
2884. $this-> hPt = $this-> fhPt;
2885. }
2886. if (( abs($this-> pagedim[$this-> page]['MediaBox']['urx'] - $this-> hPt) < $this-> feps) AND ( abs($this-> pagedim[$this-> page]['MediaBox']['ury'] - $this-> wPt) < $this-> feps)){
2887. // swap X and Y coordinates (change page orientation)
2888. $this-> swapPageBoxCoordinates($this-> page);
2889. }
2890. $this-> w = $this-> wPt / $this-> k;
2891. $this-> h = $this-> hPt / $this-> k;
2892. if ($this-> empty_string($autopagebreak)) {
2893. if (isset($this-> AutoPageBreak)) {
2894. $autopagebreak = $this-> AutoPageBreak;
2895. } else {
2896. $autopagebreak = true;
2897. }
2898. }
2899. if ($this-> empty_string($bottommargin)) {
2900. if (isset($this-> bMargin)) {
2901. $bottommargin = $this-> bMargin;
2902. } else {
2903. // default value = 2 cm
2904. $bottommargin = 2 * 28.35 / $this-> k;
2905. }
2906. }
2907. $this-> SetAutoPageBreak($autopagebreak, $bottommargin);
2908. // store page dimensions
2909. $this-> pagedim[$this-> page]['w'] = $this-> wPt;
2910. $this-> pagedim[$this-> page]['h'] = $this-> hPt;
2911. $this-> pagedim[$this-> page]['wk'] = $this-> w;
2912. $this-> pagedim[$this-> page]['hk'] = $this-> h;
2913. $this-> pagedim[$this-> page]['tm'] = $this-> tMargin;
2914. $this-> pagedim[$this-> page]['bm'] = $bottommargin;
2915. $this-> pagedim[$this-> page]['lm'] = $this-> lMargin;
2916. $this-> pagedim[$this-> page]['rm'] = $this-> rMargin;
2917. $this-> pagedim[$this-> page]['pb'] = $autopagebreak;
2918. $this-> pagedim[$this-> page]['or'] = $this-> CurOrientation;
2919. $this-> pagedim[$this-> page]['olm'] = $this-> original_lMargin;
2920. $this-> pagedim[$this-> page]['orm'] = $this-> original_rMargin;
2921. }
2923. /**
2924. * Set regular expression to detect withespaces or word separators.
2925. * The pattern delimiter must be the forward-slash character '/'.
2926. * Some example patterns are:
2927. * <pre>
2928. * Non-Unicode or missing PCRE unicode support: '/[^\S\xa0]/'
2929. * Unicode and PCRE unicode support: '/[^\S\P{Z}\xa0]/u'
2930. * Unicode and PCRE unicode support in Chinese mode: '/[^\S\P{Z}\P{Lo}\xa0]/u'
2931. * if PCRE unicode support is turned ON (\P is the negate class of \p):
2932. * \p{Z} or \p{Separator}: any kind of Unicode whitespace or invisible separator.
2933. * \p{Lo} or \p{Other_Letter}: a Unicode letter or ideograph that does not have lowercase and uppercase variants.
2934. * \p{Lo} is needed for Chinese characters because are packed next to each other without spaces in between.
2935. * </pre>
2936. * @param string $re regular expression (leave empty for default).
2937. * @access public
2938. * @since 4.6.016 (2009-06-15)
2939. */
2940. public function setSpacesRE($re='/[^\S\xa0]/') {
2941. $this-> re_spaces = $re;
2942. $re_parts = explode('/', $re);
2943. // get pattern parts
2944. $this-> re_space = array();
2945. if (isset($re_parts[1]) AND ! empty($re_parts[1])) {
2946. $this-> re_space['p'] = $re_parts[1];
2947. } else {
2948. $this-> re_space['p'] = '[\s]';
2949. }
2950. // set pattern modifiers
2951. if (isset($re_parts[2]) AND ! empty($re_parts[2])) {
2952. $this-> re_space['m'] = $re_parts[2];
2953. } else {
2954. $this-> re_space['m'] = '';
2955. }
2956. }
2958. /**
2959. * Enable or disable Right-To-Left language mode
2960. * @param Boolean $enable if true enable Right-To-Left language mode.
2961. * @param Boolean $resetx if true reset the X position on direction change.
2962. * @access public
2963. * @since 2.0.000 (2008-01-03)
2964. */
2965. public function setRTL($enable, $resetx=true) {
2966. $enable = $enable ? true : false;
2967. $resetx = ($resetx AND ($enable != $this-> rtl));
2968. $this-> rtl = $enable;
2969. $this-> tmprtl = false;
2970. if ($resetx) {
2971. $this-> Ln(0);
2972. }
2973. }
2975. /**
2976. * Return the RTL status
2977. * @return boolean
2978. * @access public
2979. * @since 4.0.012 (2008-07-24)
2980. */
2981. public function getRTL() {
2982. return $this-> rtl;
2983. }
2985. /**
2986. * Force temporary RTL language direction
2987. * @param mixed $mode can be false, 'L' for LTR or 'R' for RTL
2988. * @access public
2989. * @since 2.1.000 (2008-01-09)
2990. */
2991. public function setTempRTL($mode) {
2992. $newmode = false;
2993. switch ( strtoupper($mode)) {
2994. case 'LTR':
2995. case 'L': {
2996. if ($this-> rtl) {
2997. $newmode = 'L';
2998. }
2999. break;
3000. }
3001. case 'RTL':
3002. case 'R': {
3003. if (!$this-> rtl) {
3004. $newmode = 'R';
3005. }
3006. break;
3007. }
3008. case false:
3009. default: {
3010. $newmode = false;
3011. break;
3012. }
3013. }
3014. $this-> tmprtl = $newmode;
3015. }
3017. /**
3018. * Return the current temporary RTL status
3019. * @return boolean
3020. * @access public
3021. * @since 4.8.014 (2009-11-04)
3022. */
3023. public function isRTLTextDir() {
3024. return ($this-> rtl OR ($this-> tmprtl == 'R'));
3025. }
3027. /**
3028. * Set the last cell height.
3029. * @param float $h cell height.
3030. * @author Nicola Asuni
3031. * @access public
3032. * @since 1.53.0.TC034
3033. */
3034. public function setLastH($h) {
3035. $this-> lasth = $h;
3036. }
3038. /**
3039. * Reset the last cell height.
3040. * @access public
3041. * @since 5.9.000 (2010-10-03)
3042. */
3043. public function resetLastH() {
3044. $this-> lasth = ($this-> FontSize * $this-> cell_height_ratio) + $this-> cell_padding['T'] + $this-> cell_padding['B'];
3045. }
3047. /**
3048. * Get the last cell height.
3049. * @return last cell height
3050. * @access public
3051. * @since 4.0.017 (2008-08-05)
3052. */
3053. public function getLastH() {
3054. return $this-> lasth;
3055. }
3057. /**
3058. * Set the adjusting factor to convert pixels to user units.
3059. * @param float $scale adjusting factor to convert pixels to user units.
3060. * @author Nicola Asuni
3061. * @access public
3062. * @since 1.5.2
3063. */
3064. public function setImageScale($scale) {
3065. $this-> imgscale = $scale;
3066. }
3068. /**
3069. * Returns the adjusting factor to convert pixels to user units.
3070. * @return float adjusting factor to convert pixels to user units.
3071. * @author Nicola Asuni
3072. * @access public
3073. * @since 1.5.2
3074. */
3075. public function getImageScale() {
3076. return $this-> imgscale;
3077. }
3079. /**
3080. * Returns an array of page dimensions:
3081. * <ul><li>$this->pagedim[$this->page]['w'] = page width in points</li><li>$this->pagedim[$this->page]['h'] = height in points</li><li>$this->pagedim[$this->page]['wk'] = page width in user units</li><li>$this->pagedim[$this->page]['hk'] = page height in user units</li><li>$this->pagedim[$this->page]['tm'] = top margin</li><li>$this->pagedim[$this->page]['bm'] = bottom margin</li><li>$this->pagedim[$this->page]['lm'] = left margin</li><li>$this->pagedim[$this->page]['rm'] = right margin</li><li>$this->pagedim[$this->page]['pb'] = auto page break</li><li>$this->pagedim[$this->page]['or'] = page orientation</li><li>$this->pagedim[$this->page]['olm'] = original left margin</li><li>$this->pagedim[$this->page]['orm'] = original right margin</li><li>$this->pagedim[$this->page]['Rotate'] = The number of degrees by which the page shall be rotated clockwise when displayed or printed. The value shall be a multiple of 90.</li><li>$this->pagedim[$this->page]['PZ'] = The page's preferred zoom (magnification) factor.</li><li>$this->pagedim[$this->page]['trans'] : the style and duration of the visual transition to use when moving from another page to the given page during a presentation<ul><li>$this->pagedim[$this->page]['trans']['Dur'] = The page's display duration (also called its advance timing): the maximum length of time, in seconds, that the page shall be displayed during presentations before the viewer application shall automatically advance to the next page.</li><li>$this->pagedim[$this->page]['trans']['S'] = transition style : Split, Blinds, Box, Wipe, Dissolve, Glitter, R, Fly, Push, Cover, Uncover, Fade</li><li>$this->pagedim[$this->page]['trans']['D'] = The duration of the transition effect, in seconds.</li><li>$this->pagedim[$this->page]['trans']['Dm'] = (Split and Blinds transition styles only) The dimension in which the specified transition effect shall occur: H = Horizontal, V = Vertical. Default value: H.</li><li>$this->pagedim[$this->page]['trans']['M'] = (Split, Box and Fly transition styles only) The direction of motion for the specified transition effect: I = Inward from the edges of the page, O = Outward from the center of the pageDefault value: I.</li><li>$this->pagedim[$this->page]['trans']['Di'] = (Wipe, Glitter, Fly, Cover, Uncover and Push transition styles only) The direction in which the specified transition effect shall moves, expressed in degrees counterclockwise starting from a left-to-right direction. If the value is a number, it shall be one of: 0 = Left to right, 90 = Bottom to top (Wipe only), 180 = Right to left (Wipe only), 270 = Top to bottom, 315 = Top-left to bottom-right (Glitter only). If the value is a name, it shall be None, which is relevant only for the Fly transition when the value of SS is not 1.0. Default value: 0.</li><li>$this->pagedim[$this->page]['trans']['SS'] = (Fly transition style only) The starting or ending scale at which the changes shall be drawn. If M specifies an inward transition, the scale of the changes drawn shall progress from SS to 1.0 over the course of the transition. If M specifies an outward transition, the scale of the changes drawn shall progress from 1.0 to SS over the course of the transition. Default: 1.0. </li><li>$this->pagedim[$this->page]['trans']['B'] = (Fly transition style only) If true, the area that shall be flown in is rectangular and opaque. Default: false.</li></ul></li><li>$this->pagedim[$this->page]['MediaBox'] : the boundaries of the physical medium on which the page shall be displayed or printed<ul><li>$this->pagedim[$this->page]['MediaBox']['llx'] = lower-left x coordinate in points</li><li>$this->pagedim[$this->page]['MediaBox']['lly'] = lower-left y coordinate in points</li><li>$this->pagedim[$this->page]['MediaBox']['urx'] = upper-right x coordinate in points</li><li>$this->pagedim[$this->page]['MediaBox']['ury'] = upper-right y coordinate in points</li></ul></li><li>$this->pagedim[$this->page]['CropBox'] : the visible region of default user space<ul><li>$this->pagedim[$this->page]['CropBox']['llx'] = lower-left x coordinate in points</li><li>$this->pagedim[$this->page]['CropBox']['lly'] = lower-left y coordinate in points</li><li>$this->pagedim[$this->page]['CropBox']['urx'] = upper-right x coordinate in points</li><li>$this->pagedim[$this->page]['CropBox']['ury'] = upper-right y coordinate in points</li></ul></li><li>$this->pagedim[$this->page]['BleedBox'] : the region to which the contents of the page shall be clipped when output in a production environment<ul><li>$this->pagedim[$this->page]['BleedBox']['llx'] = lower-left x coordinate in points</li><li>$this->pagedim[$this->page]['BleedBox']['lly'] = lower-left y coordinate in points</li><li>$this->pagedim[$this->page]['BleedBox']['urx'] = upper-right x coordinate in points</li><li>$this->pagedim[$this->page]['BleedBox']['ury'] = upper-right y coordinate in points</li></ul></li><li>$this->pagedim[$this->page]['TrimBox'] : the intended dimensions of the finished page after trimming<ul><li>$this->pagedim[$this->page]['TrimBox']['llx'] = lower-left x coordinate in points</li><li>$this->pagedim[$this->page]['TrimBox']['lly'] = lower-left y coordinate in points</li><li>$this->pagedim[$this->page]['TrimBox']['urx'] = upper-right x coordinate in points</li><li>$this->pagedim[$this->page]['TrimBox']['ury'] = upper-right y coordinate in points</li></ul></li><li>$this->pagedim[$this->page]['ArtBox'] : the extent of the page's meaningful content<ul><li>$this->pagedim[$this->page]['ArtBox']['llx'] = lower-left x coordinate in points</li><li>$this->pagedim[$this->page]['ArtBox']['lly'] = lower-left y coordinate in points</li><li>$this->pagedim[$this->page]['ArtBox']['urx'] = upper-right x coordinate in points</li><li>$this->pagedim[$this->page]['ArtBox']['ury'] = upper-right y coordinate in points</li></ul></li></ul>
3082. * @param int $pagenum page number (empty = current page)
3083. * @return array of page dimensions.
3084. * @author Nicola Asuni
3085. * @access public
3086. * @since 4.5.027 (2009-03-16)
3087. */
3088. public function getPageDimensions($pagenum='') {
3089. if (empty($pagenum)) {
3090. $pagenum = $this-> page;
3091. }
3092. return $this-> pagedim[$pagenum];
3093. }
3095. /**
3096. * Returns the page width in units.
3097. * @param int $pagenum page number (empty = current page)
3098. * @return int page width.
3099. * @author Nicola Asuni
3100. * @access public
3101. * @since 1.5.2
3102. * @see getPageDimensions()
3103. */
3104. public function getPageWidth($pagenum='') {
3105. if (empty($pagenum)) {
3106. return $this-> w;
3107. }
3108. return $this-> pagedim[$pagenum]['w'];
3109. }
3111. /**
3112. * Returns the page height in units.
3113. * @param int $pagenum page number (empty = current page)
3114. * @return int page height.
3115. * @author Nicola Asuni
3116. * @access public
3117. * @since 1.5.2
3118. * @see getPageDimensions()
3119. */
3120. public function getPageHeight($pagenum='') {
3121. if (empty($pagenum)) {
3122. return $this-> h;
3123. }
3124. return $this-> pagedim[$pagenum]['h'];
3125. }
3127. /**
3128. * Returns the page break margin.
3129. * @param int $pagenum page number (empty = current page)
3130. * @return int page break margin.
3131. * @author Nicola Asuni
3132. * @access public
3133. * @since 1.5.2
3134. * @see getPageDimensions()
3135. */
3136. public function getBreakMargin($pagenum='') {
3137. if (empty($pagenum)) {
3138. return $this-> bMargin;
3139. }
3140. return $this-> pagedim[$pagenum]['bm'];
3141. }
3143. /**
3144. * Returns the scale factor (number of points in user unit).
3145. * @return int scale factor.
3146. * @author Nicola Asuni
3147. * @access public
3148. * @since 1.5.2
3149. */
3150. public function getScaleFactor() {
3151. return $this-> k;
3152. }
3154. /**
3155. * Defines the left, top and right margins.
3156. * @param float $left Left margin.
3157. * @param float $top Top margin.
3158. * @param float $right Right margin. Default value is the left one.
3159. * @param boolean $keepmargins if true overwrites the default page margins
3160. * @access public
3161. * @since 1.0
3162. * @see SetLeftMargin(), SetTopMargin(), SetRightMargin(), SetAutoPageBreak()
3163. */
3164. public function SetMargins($left, $top, $right=-1, $keepmargins=false) {
3165. //Set left, top and right margins
3166. $this-> lMargin = $left;
3167. $this-> tMargin = $top;
3168. if ($right == -1) {
3169. $right = $left;
3170. }
3171. $this-> rMargin = $right;
3172. if ($keepmargins) {
3173. // overwrite original values
3174. $this-> original_lMargin = $this-> lMargin;
3175. $this-> original_rMargin = $this-> rMargin;
3176. }
3177. }
3179. /**
3180. * Defines the left margin. The method can be called before creating the first page. If the current abscissa gets out of page, it is brought back to the margin.
3181. * @param float $margin The margin.
3182. * @access public
3183. * @since 1.4
3184. * @see SetTopMargin(), SetRightMargin(), SetAutoPageBreak(), SetMargins()
3185. */
3186. public function SetLeftMargin($margin) {
3187. //Set left margin
3188. $this-> lMargin = $margin;
3189. if (($this-> page > 0) AND ($this-> x < $margin)) {
3190. $this-> x = $margin;
3191. }
3192. }
3194. /**
3195. * Defines the top margin. The method can be called before creating the first page.
3196. * @param float $margin The margin.
3197. * @access public
3198. * @since 1.5
3199. * @see SetLeftMargin(), SetRightMargin(), SetAutoPageBreak(), SetMargins()
3200. */
3201. public function SetTopMargin($margin) {
3202. //Set top margin
3203. $this-> tMargin = $margin;
3204. if (($this-> page > 0) AND ($this-> y < $margin)) {
3205. $this-> y = $margin;
3206. }
3207. }
3209. /**
3210. * Defines the right margin. The method can be called before creating the first page.
3211. * @param float $margin The margin.
3212. * @access public
3213. * @since 1.5
3214. * @see SetLeftMargin(), SetTopMargin(), SetAutoPageBreak(), SetMargins()
3215. */
3216. public function SetRightMargin($margin) {
3217. $this-> rMargin = $margin;
3218. if (($this-> page > 0) AND ($this-> x > ($this-> w - $margin))) {
3219. $this-> x = $this-> w - $margin;
3220. }
3221. }
3223. /**
3224. * Set the same internal Cell padding for top, right, bottom, left-
3225. * @param float $pad internal padding.
3226. * @access public
3227. * @since 2.1.000 (2008-01-09)
3228. * @see getCellPaddings(), setCellPaddings()
3229. */
3230. public function SetCellPadding($pad) {
3231. if ($pad >= 0) {
3232. $this-> cell_padding['L'] = $pad;
3233. $this-> cell_padding['T'] = $pad;
3234. $this-> cell_padding['R'] = $pad;
3235. $this-> cell_padding['B'] = $pad;
3236. }
3237. }
3239. /**
3240. * Set the internal Cell paddings.
3241. * @param float $left left padding
3242. * @param float $top top padding
3243. * @param float $right right padding
3244. * @param float $bottom bottom padding
3245. * @access public
3246. * @since 5.9.000 (2010-10-03)
3247. * @see getCellPaddings(), SetCellPadding()
3248. */
3249. public function setCellPaddings($left='', $top='', $right='', $bottom='') {
3250. if (($left !== '') AND ($left >= 0)) {
3251. $this-> cell_padding['L'] = $left;
3252. }
3253. if (($top !== '') AND ($top >= 0)) {
3254. $this-> cell_padding['T'] = $top;
3255. }
3256. if (($right !== '') AND ($right >= 0)) {
3257. $this-> cell_padding['R'] = $right;
3258. }
3259. if (($bottom !== '') AND ($bottom >= 0)) {
3260. $this-> cell_padding['B'] = $bottom;
3261. }
3262. }
3264. /**
3265. * Get the internal Cell padding array.
3266. * @return array of padding values
3267. * @access public
3268. * @since 5.9.000 (2010-10-03)
3269. * @see setCellPaddings(), SetCellPadding()
3270. */
3271. public function getCellPaddings() {
3272. return $this-> cell_padding;
3273. }
3275. /**
3276. * Set the internal Cell margins.
3277. * @param float $left left margin
3278. * @param float $top top margin
3279. * @param float $right right margin
3280. * @param float $bottom bottom margin
3281. * @access public
3282. * @since 5.9.000 (2010-10-03)
3283. * @see getCellMargins()
3284. */
3285. public function setCellMargins($left='', $top='', $right='', $bottom='') {
3286. if (($left !== '') AND ($left >= 0)) {
3287. $this-> cell_margin['L'] = $left;
3288. }
3289. if (($top !== '') AND ($top >= 0)) {
3290. $this-> cell_margin['T'] = $top;
3291. }
3292. if (($right !== '') AND ($right >= 0)) {
3293. $this-> cell_margin['R'] = $right;
3294. }
3295. if (($bottom !== '') AND ($bottom >= 0)) {
3296. $this-> cell_margin['B'] = $bottom;
3297. }
3298. }
3300. /**
3301. * Get the internal Cell margin array.
3302. * @return array of margin values
3303. * @access public
3304. * @since 5.9.000 (2010-10-03)
3305. * @see setCellMargins()
3306. */
3307. public function getCellMargins() {
3308. return $this-> cell_margin;
3309. }
3311. /**
3312. * Adjust the internal Cell padding array to take account of the line width.
3313. * @param mixed $brd Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
3314. * @return array of adjustments
3315. * @access public
3316. * @since 5.9.000 (2010-10-03)
3317. */
3318. protected function adjustCellPadding($brd=0) {
3319. if (empty($brd)) {
3320. return;
3321. }
3322. if ( is_string($brd)) {
3323. // convert string to array
3324. $slen = strlen($brd);
3325. $newbrd = array();
3326. for ($i = 0; $i < $slen; ++$i) {
3327. $newbrd[$brd{$i}] = true;
3328. }
3329. $brd = $newbrd;
3330. } elseif (($brd === 1) OR ($brd === true) OR ( is_numeric($brd) AND ( intval($brd) > 0))) {
3331. $brd = array('LRTB' => true);
3332. }
3333. if (! is_array($brd)) {
3334. return;
3335. }
3336. // store current cell padding
3337. $cp = $this-> cell_padding;
3338. // select border mode
3339. if (isset($brd['mode'])) {
3340. $mode = $brd['mode'];
3341. unset($brd['mode']);
3342. } else {
3343. $mode = 'normal';
3344. }
3345. // process borders
3346. foreach ($brd as $border => $style) {
3347. $line_width = $this-> LineWidth;
3348. if ( is_array($style) AND isset($style['width'])) {
3349. // get border width
3350. $line_width = $style['width'];
3351. }
3352. $adj = 0; // line width inside the cell
3353. switch ($mode) {
3354. case 'ext': {
3355. $adj = 0;
3356. break;
3357. }
3358. case 'int': {
3359. $adj = $line_width;
3360. break;
3361. }
3362. case 'normal':
3363. default: {
3364. $adj = ($line_width / 2);
3365. break;
3366. }
3367. }
3368. // correct internal cell padding if required to avoid overlap between text and lines
3369. if (( strpos($border,'T') !== false) AND ($this-> cell_padding['T'] < $adj)) {
3370. $this-> cell_padding['T'] = $adj;
3371. }
3372. if (( strpos($border,'R') !== false) AND ($this-> cell_padding['R'] < $adj)) {
3373. $this-> cell_padding['R'] = $adj;
3374. }
3375. if (( strpos($border,'B') !== false) AND ($this-> cell_padding['B'] < $adj)) {
3376. $this-> cell_padding['B'] = $adj;
3377. }
3378. if (( strpos($border,'L') !== false) AND ($this-> cell_padding['L'] < $adj)) {
3379. $this-> cell_padding['L'] = $adj;
3380. }
3381. }
3382. return array('T' => ($this-> cell_padding['T'] - $cp['T']), 'R' => ($this-> cell_padding['R'] - $cp['R']), 'B' => ($this-> cell_padding['B'] - $cp['B']), 'L' => ($this-> cell_padding['L'] - $cp['L']));
3383. }
3385. /**
3386. * Enables or disables the automatic page breaking mode. When enabling, the second parameter is the distance from the bottom of the page that defines the triggering limit. By default, the mode is on and the margin is 2 cm.
3387. * @param boolean $auto Boolean indicating if mode should be on or off.
3388. * @param float $margin Distance from the bottom of the page.
3389. * @access public
3390. * @since 1.0
3391. * @see Cell(), MultiCell(), AcceptPageBreak()
3392. */
3393. public function SetAutoPageBreak($auto, $margin=0) {
3394. //Set auto page break mode and triggering margin
3395. $this-> AutoPageBreak = $auto;
3396. $this-> bMargin = $margin;
3397. $this-> PageBreakTrigger = $this-> h - $margin;
3398. }
3400. /**
3401. * Defines the way the document is to be displayed by the viewer.
3402. * @param mixed $zoom The zoom to use. It can be one of the following string values or a number indicating the zooming factor to use. <ul><li>fullpage: displays the entire page on screen </li><li>fullwidth: uses maximum width of window</li><li>real: uses real size (equivalent to 100% zoom)</li><li>default: uses viewer default mode</li></ul>
3403. * @param string $layout The page layout. Possible values are:<ul><li>SinglePage Display one page at a time</li><li>OneColumn Display the pages in one column</li><li>TwoColumnLeft Display the pages in two columns, with odd-numbered pages on the left</li><li>TwoColumnRight Display the pages in two columns, with odd-numbered pages on the right</li><li>TwoPageLeft (PDF 1.5) Display the pages two at a time, with odd-numbered pages on the left</li><li>TwoPageRight (PDF 1.5) Display the pages two at a time, with odd-numbered pages on the right</li></ul>
3404. * @param string $mode A name object specifying how the document should be displayed when opened:<ul><li>UseNone Neither document outline nor thumbnail images visible</li><li>UseOutlines Document outline visible</li><li>UseThumbs Thumbnail images visible</li><li>FullScreen Full-screen mode, with no menu bar, window controls, or any other window visible</li><li>UseOC (PDF 1.5) Optional content group panel visible</li><li>UseAttachments (PDF 1.6) Attachments panel visible</li></ul>
3405. * @access public
3406. * @since 1.2
3407. */
3408. public function SetDisplayMode($zoom, $layout='SinglePage', $mode='UseNone') {
3409. //Set display mode in viewer
3410. if (($zoom == 'fullpage') OR ($zoom == 'fullwidth') OR ($zoom == 'real') OR ($zoom == 'default') OR (! is_string($zoom))) {
3411. $this-> ZoomMode = $zoom;
3412. } else {
3413. $this-> Error('Incorrect zoom display mode: '.$zoom);
3414. }
3415. switch ($layout) {
3416. case 'default':
3417. case 'single':
3418. case 'SinglePage': {
3419. $this-> LayoutMode = 'SinglePage';
3420. break;
3421. }
3422. case 'continuous':
3423. case 'OneColumn': {
3424. $this-> LayoutMode = 'OneColumn';
3425. break;
3426. }
3427. case 'two':
3428. case 'TwoColumnLeft': {
3429. $this-> LayoutMode = 'TwoColumnLeft';
3430. break;
3431. }
3432. case 'TwoColumnRight': {
3433. $this-> LayoutMode = 'TwoColumnRight';
3434. break;
3435. }
3436. case 'TwoPageLeft': {
3437. $this-> LayoutMode = 'TwoPageLeft';
3438. break;
3439. }
3440. case 'TwoPageRight': {
3441. $this-> LayoutMode = 'TwoPageRight';
3442. break;
3443. }
3444. default: {
3445. $this-> LayoutMode = 'SinglePage';
3446. }
3447. }
3448. switch ($mode) {
3449. case 'UseNone': {
3450. $this-> PageMode = 'UseNone';
3451. break;
3452. }
3453. case 'UseOutlines': {
3454. $this-> PageMode = 'UseOutlines';
3455. break;
3456. }
3457. case 'UseThumbs': {
3458. $this-> PageMode = 'UseThumbs';
3459. break;
3460. }
3461. case 'FullScreen': {
3462. $this-> PageMode = 'FullScreen';
3463. break;
3464. }
3465. case 'UseOC': {
3466. $this-> PageMode = 'UseOC';
3467. break;
3468. }
3469. case '': {
3470. $this-> PageMode = 'UseAttachments';
3471. break;
3472. }
3473. default: {
3474. $this-> PageMode = 'UseNone';
3475. }
3476. }
3477. }
3479. /**
3480. * Activates or deactivates page compression. When activated, the internal representation of each page is compressed, which leads to a compression ratio of about 2 for the resulting document. Compression is on by default.
3481. * Note: the Zlib extension is required for this feature. If not present, compression will be turned off.
3482. * @param boolean $compress Boolean indicating if compression must be enabled.
3483. * @access public
3484. * @since 1.4
3485. */
3486. public function SetCompression($compress) {
3487. //Set page compression
3488. if ( function_exists('gzcompress')) {
3489. $this-> compress = $compress ? true : false;
3490. } else {
3491. $this-> compress = false;
3492. }
3493. }
3495. /**
3496. * Defines the title of the document.
3497. * @param string $title The title.
3498. * @access public
3499. * @since 1.2
3500. * @see SetAuthor(), SetCreator(), SetKeywords(), SetSubject()
3501. */
3502. public function SetTitle($title) {
3503. //Title of document
3504. $this-> title = $title;
3505. }
3507. /**
3508. * Defines the subject of the document.
3509. * @param string $subject The subject.
3510. * @access public
3511. * @since 1.2
3512. * @see SetAuthor(), SetCreator(), SetKeywords(), SetTitle()
3513. */
3514. public function SetSubject($subject) {
3515. //Subject of document
3516. $this-> subject = $subject;
3517. }
3519. /**
3520. * Defines the author of the document.
3521. * @param string $author The name of the author.
3522. * @access public
3523. * @since 1.2
3524. * @see SetCreator(), SetKeywords(), SetSubject(), SetTitle()
3525. */
3526. public function SetAuthor($author) {
3527. //Author of document
3528. $this-> author = $author;
3529. }
3531. /**
3532. * Associates keywords with the document, generally in the form 'keyword1 keyword2 ...'.
3533. * @param string $keywords The list of keywords.
3534. * @access public
3535. * @since 1.2
3536. * @see SetAuthor(), SetCreator(), SetSubject(), SetTitle()
3537. */
3538. public function SetKeywords($keywords) {
3539. //Keywords of document
3540. $this-> keywords = $keywords;
3541. }
3543. /**
3544. * Defines the creator of the document. This is typically the name of the application that generates the PDF.
3545. * @param string $creator The name of the creator.
3546. * @access public
3547. * @since 1.2
3548. * @see SetAuthor(), SetKeywords(), SetSubject(), SetTitle()
3549. */
3550. public function SetCreator($creator) {
3551. //Creator of document
3552. $this-> creator = $creator;
3553. }
3555. /**
3556. * This method is automatically called in case of fatal error; it simply outputs the message and halts the execution. An inherited class may override it to customize the error handling but should always halt the script, or the resulting document would probably be invalid.
3557. * 2004-06-11 :: Nicola Asuni : changed bold tag with strong
3558. * @param string $msg The error message
3559. * @access public
3560. * @since 1.0
3561. */
3562. public function Error($msg) {
3563. // unset all class variables
3564. $this->_destroy(true);
3565. // exit program and print error
3566. die('<strong>TCPDF ERROR: </strong>'.$msg);
3567. }
3569. /**
3570. * This method begins the generation of the PDF document.
3571. * It is not necessary to call it explicitly because AddPage() does it automatically.
3572. * Note: no page is created by this method
3573. * @access public
3574. * @since 1.0
3575. * @see AddPage(), Close()
3576. */
3577. public function Open() {
3578. //Begin document
3579. $this-> state = 1;
3580. }
3582. /**
3583. * Terminates the PDF document.
3584. * It is not necessary to call this method explicitly because Output() does it automatically.
3585. * If the document contains no page, AddPage() is called to prevent from getting an invalid document.
3586. * @access public
3587. * @since 1.0
3588. * @see Open(), Output()
3589. */
3590. public function Close() {
3591. if ($this-> state == 3) {
3592. return;
3593. }
3594. if ($this-> page == 0) {
3595. $this-> AddPage();
3596. }
3597. // save current graphic settings
3598. $gvars = $this-> getGraphicVars();
3599. $this->lastpage(true);
3600. $this-> SetAutoPageBreak(false);
3601. $this-> x = 0;
3602. $this-> y = $this-> h - (1 / $this-> k);
3603. $this-> lMargin = 0;
3604. $this->_out('q');
3605. $this-> setVisibility('screen');
3606. $this-> SetFont('helvetica', '', 1);
3607. $this-> SetTextColor(255, 255, 255);
3608. $msg = "\x50\x6f\x77\x65\x72\x65\x64\x20\x62\x79\x20\x54\x43\x50\x44\x46\x20\x28\x77\x77\x77\x2e\x74\x63\x70\x64\x66\x2e\x6f\x72\x67\x29";
3609. $lnk = "\x68\x74\x74\x70\x3a\x2f\x2f\x77\x77\x77\x2e\x74\x63\x70\x64\x66\x2e\x6f\x72\x67";
3610. $this-> Cell(0, 0, $msg, 0, 0, 'L', 0, $lnk, 0, false, 'D', 'B');
3611. $this-> setVisibility('all');
3612. $this->_out('Q');
3613. // restore graphic settings
3614. $this-> setGraphicVars($gvars);
3615. // close page
3616. $this-> endPage();
3617. // close document
3618. $this->_enddoc();
3619. // unset all class variables (except critical ones)
3620. $this->_destroy(false);
3621. }
3623. /**
3624. * Move pointer at the specified document page and update page dimensions.
3625. * @param int $pnum page number (1 ... numpages)
3626. * @param boolean $resetmargins if true reset left, right, top margins and Y position.
3627. * @access public
3628. * @since 2.1.000 (2008-01-07)
3629. * @see getPage(), lastpage(), getNumPages()
3630. */
3631. public function setPage($pnum, $resetmargins=false) {
3632. if (($pnum == $this-> page) AND ($this-> state == 2)) {
3633. return;
3634. }
3635. if (($pnum > 0) AND ($pnum <= $this-> numpages)) {
3636. $this-> state = 2;
3637. // save current graphic settings
3638. //$gvars = $this->getGraphicVars();
3639. $oldpage = $this-> page;
3640. $this-> page = $pnum;
3641. $this-> wPt = $this-> pagedim[$this-> page]['w'];
3642. $this-> hPt = $this-> pagedim[$this-> page]['h'];
3643. $this-> w = $this-> pagedim[$this-> page]['wk'];
3644. $this-> h = $this-> pagedim[$this-> page]['hk'];
3645. $this-> tMargin = $this-> pagedim[$this-> page]['tm'];
3646. $this-> bMargin = $this-> pagedim[$this-> page]['bm'];
3647. $this-> original_lMargin = $this-> pagedim[$this-> page]['olm'];
3648. $this-> original_rMargin = $this-> pagedim[$this-> page]['orm'];
3649. $this-> AutoPageBreak = $this-> pagedim[$this-> page]['pb'];
3650. $this-> CurOrientation = $this-> pagedim[$this-> page]['or'];
3651. $this-> SetAutoPageBreak($this-> AutoPageBreak, $this-> bMargin);
3652. // restore graphic settings
3653. //$this->setGraphicVars($gvars);
3654. if ($resetmargins) {
3655. $this-> lMargin = $this-> pagedim[$this-> page]['olm'];
3656. $this-> rMargin = $this-> pagedim[$this-> page]['orm'];
3657. $this-> SetY($this-> tMargin);
3658. } else {
3659. // account for booklet mode
3660. if ($this-> pagedim[$this-> page]['olm'] != $this-> pagedim[$oldpage]['olm']) {
3661. $deltam = $this-> pagedim[$this-> page]['olm'] - $this-> pagedim[$this-> page]['orm'];
3662. $this-> lMargin += $deltam;
3663. $this-> rMargin -= $deltam;
3664. }
3665. }
3666. } else {
3667. $this-> Error('Wrong page number on setPage() function: '.$pnum);
3668. }
3669. }
3671. /**
3672. * Reset pointer to the last document page.
3673. * @param boolean $resetmargins if true reset left, right, top margins and Y position.
3674. * @access public
3675. * @since 2.0.000 (2008-01-04)
3676. * @see setPage(), getPage(), getNumPages()
3677. */
3678. public function lastPage($resetmargins=false) {
3679. $this-> setPage($this-> getNumPages(), $resetmargins);
3680. }
3682. /**
3683. * Get current document page number.
3684. * @return int page number
3685. * @access public
3686. * @since 2.1.000 (2008-01-07)
3687. * @see setPage(), lastpage(), getNumPages()
3688. */
3689. public function getPage() {
3690. return $this-> page;
3691. }
3693. /**
3694. * Get the total number of insered pages.
3695. * @return int number of pages
3696. * @access public
3697. * @since 2.1.000 (2008-01-07)
3698. * @see setPage(), getPage(), lastpage()
3699. */
3700. public function getNumPages() {
3701. return $this-> numpages;
3702. }
3704. /**
3705. * Adds a new TOC (Table Of Content) page to the document.
3706. * @param string $orientation page orientation.
3707. * @param boolean $keepmargins if true overwrites the default page margins with the current margins
3708. * @access public
3709. * @since 5.0.001 (2010-05-06)
3710. * @see AddPage(), startPage(), endPage(), endTOCPage()
3711. */
3712. public function addTOCPage($orientation='', $format='', $keepmargins=false) {
3713. $this-> AddPage($orientation, $format, $keepmargins, true);
3714. }
3716. /**
3717. * Terminate the current TOC (Table Of Content) page
3718. * @access public
3719. * @since 5.0.001 (2010-05-06)
3720. * @see AddPage(), startPage(), endPage(), addTOCPage()
3721. */
3722. public function endTOCPage() {
3723. $this-> endPage(true);
3724. }
3726. /**
3727. * Adds a new page to the document. If a page is already present, the Footer() method is called first to output the footer (if enabled). Then the page is added, the current position set to the top-left corner according to the left and top margins (or top-right if in RTL mode), and Header() is called to display the header (if enabled).
3728. * The origin of the coordinate system is at the top-left corner (or top-right for RTL) and increasing ordinates go downwards.
3729. * @param string $orientation page orientation. Possible values are (case insensitive):<ul><li>P or PORTRAIT (default)</li><li>L or LANDSCAPE</li></ul>
3730. * @param mixed $format The format used for pages. It can be either: one of the string values specified at getPageSizeFromFormat() or an array of parameters specified at setPageFormat().
3731. * @param boolean $keepmargins if true overwrites the default page margins with the current margins
3732. * @param boolean $tocpage if true set the tocpage state to true (the added page will be used to display Table Of Content).
3733. * @access public
3734. * @since 1.0
3735. * @see startPage(), endPage(), addTOCPage(), endTOCPage(), getPageSizeFromFormat(), setPageFormat()
3736. */
3737. public function AddPage($orientation='', $format='', $keepmargins=false, $tocpage=false) {
3738. if ($this-> inxobj) {
3739. // we are inside an XObject template
3740. return;
3741. }
3742. if (!isset($this-> original_lMargin) OR $keepmargins) {
3743. $this-> original_lMargin = $this-> lMargin;
3744. }
3745. if (!isset($this-> original_rMargin) OR $keepmargins) {
3746. $this-> original_rMargin = $this-> rMargin;
3747. }
3748. // terminate previous page
3749. $this-> endPage();
3750. // start new page
3751. $this-> startPage($orientation, $format, $tocpage);
3752. }
3754. /**
3755. * Terminate the current page
3756. * @param boolean $tocpage if true set the tocpage state to false (end the page used to display Table Of Content).
3757. * @access public
3758. * @since 4.2.010 (2008-11-14)
3759. * @see AddPage(), startPage(), addTOCPage(), endTOCPage()
3760. */
3761. public function endPage($tocpage=false) {
3762. // check if page is already closed
3763. if (($this-> page == 0) OR ($this-> numpages > $this-> page) OR (!$this-> pageopen[$this-> page])) {
3764. return;
3765. }
3766. $this-> InFooter = true;
3767. // print page footer
3768. $this-> setFooter();
3769. // close page
3770. $this->_endpage();
3771. // mark page as closed
3772. $this-> pageopen[$this-> page] = false;
3773. $this-> InFooter = false;
3774. if ($tocpage) {
3775. $this-> tocpage = false;
3776. }
3777. }
3779. /**
3780. * Starts a new page to the document. The page must be closed using the endPage() function.
3781. * The origin of the coordinate system is at the top-left corner and increasing ordinates go downwards.
3782. * @param string $orientation page orientation. Possible values are (case insensitive):<ul><li>P or PORTRAIT (default)</li><li>L or LANDSCAPE</li></ul>
3783. * @param mixed $format The format used for pages. It can be either: one of the string values specified at getPageSizeFromFormat() or an array of parameters specified at setPageFormat().
3784. * @access public
3785. * @since 4.2.010 (2008-11-14)
3786. * @see AddPage(), endPage(), addTOCPage(), endTOCPage(), getPageSizeFromFormat(), setPageFormat()
3787. */
3788. public function startPage($orientation='', $format='', $tocpage=false) {
3789. if ($tocpage) {
3790. $this-> tocpage = true;
3791. }
3792. if ($this-> numpages > $this-> page) {
3793. // this page has been already added
3794. $this-> setPage($this-> page + 1);
3795. $this-> SetY($this-> tMargin);
3796. return;
3797. }
3798. // start a new page
3799. if ($this-> state == 0) {
3800. $this-> Open();
3801. }
3802. ++$this-> numpages;
3803. $this-> swapMargins($this-> booklet);
3804. // save current graphic settings
3805. $gvars = $this-> getGraphicVars();
3806. // start new page
3807. $this->_beginpage($orientation, $format);
3808. // mark page as open
3809. $this-> pageopen[$this-> page] = true;
3810. // restore graphic settings
3811. $this-> setGraphicVars($gvars);
3812. // mark this point
3813. $this-> setPageMark();
3814. // print page header
3815. $this-> setHeader();
3816. // restore graphic settings
3817. $this-> setGraphicVars($gvars);
3818. // mark this point
3819. $this-> setPageMark();
3820. // print table header (if any)
3821. $this-> setTableHeader();
3822. // set mark for empty page check
3823. $this-> emptypagemrk[$this-> page]= $this-> pagelen[$this-> page];
3824. }
3826. /**
3827. * Set start-writing mark on current page stream used to put borders and fills.
3828. * Borders and fills are always created after content and inserted on the position marked by this method.
3829. * This function must be called after calling Image() function for a background image.
3830. * Background images must be always inserted before calling Multicell() or WriteHTMLCell() or WriteHTML() functions.
3831. * @access public
3832. * @since 4.0.016 (2008-07-30)
3833. */
3834. public function setPageMark() {
3835. $this-> intmrk[$this-> page] = $this-> pagelen[$this-> page];
3836. $this-> bordermrk[$this-> page] = $this-> intmrk[$this-> page];
3837. $this-> setContentMark();
3838. }
3840. /**
3841. * Set start-writing mark on selected page.
3842. * Borders and fills are always created after content and inserted on the position marked by this method.
3843. * @param int $page page number (default is the current page)
3844. * @access protected
3845. * @since 4.6.021 (2009-07-20)
3846. */
3847. protected function setContentMark($page=0) {
3848. if ($page <= 0) {
3849. $page = $this-> page;
3850. }
3851. if (isset($this-> footerlen[$page])) {
3852. $this-> cntmrk[$page] = $this-> pagelen[$page] - $this-> footerlen[$page];
3853. } else {
3854. $this-> cntmrk[$page] = $this-> pagelen[$page];
3855. }
3856. }
3858. /**
3859. * Set header data.
3860. * @param string $ln header image logo
3861. * @param string $lw header image logo width in mm
3862. * @param string $ht string to print as title on document header
3863. * @param string $hs string to print on document header
3864. * @access public
3865. */
3866. public function setHeaderData($ln='', $lw=0, $ht='', $hs='') {
3867. $this-> header_logo = $ln;
3868. $this-> header_logo_width = $lw;
3869. $this-> header_title = $ht;
3870. $this-> header_string = $hs;
3871. }
3873. /**
3874. * Returns header data:
3875. * <ul><li>$ret['logo'] = logo image</li><li>$ret['logo_width'] = width of the image logo in user units</li><li>$ret['title'] = header title</li><li>$ret['string'] = header description string</li></ul>
3876. * @return array()
3877. * @access public
3878. * @since 4.0.012 (2008-07-24)
3879. */
3880. public function getHeaderData() {
3881. $ret = array();
3882. $ret['logo'] = $this-> header_logo;
3883. $ret['logo_width'] = $this-> header_logo_width;
3884. $ret['title'] = $this-> header_title;
3885. $ret['string'] = $this-> header_string;
3886. return $ret;
3887. }
3889. /**
3890. * Set header margin.
3891. * (minimum distance between header and top page margin)
3892. * @param int $hm distance in user units
3893. * @access public
3894. */
3895. public function setHeaderMargin($hm=10) {
3896. $this-> header_margin = $hm;
3897. }
3899. /**
3900. * Returns header margin in user units.
3901. * @return float
3902. * @since 4.0.012 (2008-07-24)
3903. * @access public
3904. */
3905. public function getHeaderMargin() {
3906. return $this-> header_margin;
3907. }
3909. /**
3910. * Set footer margin.
3911. * (minimum distance between footer and bottom page margin)
3912. * @param int $fm distance in user units
3913. * @access public
3914. */
3915. public function setFooterMargin($fm=10) {
3916. $this-> footer_margin = $fm;
3917. }
3919. /**
3920. * Returns footer margin in user units.
3921. * @return float
3922. * @since 4.0.012 (2008-07-24)
3923. * @access public
3924. */
3925. public function getFooterMargin() {
3926. return $this-> footer_margin;
3927. }
3928. /**
3929. * Set a flag to print page header.
3930. * @param boolean $val set to true to print the page header (default), false otherwise.
3931. * @access public
3932. */
3933. public function setPrintHeader($val=true) {
3934. $this-> print_header = $val;
3935. }
3937. /**
3938. * Set a flag to print page footer.
3939. * @param boolean $value set to true to print the page footer (default), false otherwise.
3940. * @access public
3941. */
3942. public function setPrintFooter($val=true) {
3943. $this-> print_footer = $val;
3944. }
3946. /**
3947. * Return the right-bottom (or left-bottom for RTL) corner X coordinate of last inserted image
3948. * @return float
3949. * @access public
3950. */
3951. public function getImageRBX() {
3952. return $this-> img_rb_x;
3953. }
3955. /**
3956. * Return the right-bottom (or left-bottom for RTL) corner Y coordinate of last inserted image
3957. * @return float
3958. * @access public
3959. */
3960. public function getImageRBY() {
3961. return $this-> img_rb_y;
3962. }
3964. /**
3965. * This method is used to render the page header.
3966. * It is automatically called by AddPage() and could be overwritten in your own inherited class.
3967. * @access public
3968. */
3969. public function Header() {
3970. $ormargins = $this-> getOriginalMargins();
3971. $headerfont = $this-> getHeaderFont();
3972. $headerdata = $this-> getHeaderData();
3973. if (($headerdata['logo']) AND ($headerdata['logo'] != K_BLANK_IMAGE)) {
3974. $this-> Image( K_PATH_IMAGES.$headerdata['logo'], '', '', $headerdata['logo_width']);
3975. $imgy = $this-> getImageRBY();
3976. } else {
3977. $imgy = $this-> GetY();
3978. }
3979. $cell_height = round(($this-> getCellHeightRatio() * $headerfont[2]) / $this-> getScaleFactor(), 2);
3980. // set starting margin for text data cell
3981. if ($this-> getRTL()) {
3982. $header_x = $ormargins['right'] + ($headerdata['logo_width'] * 1.1);
3983. } else {
3984. $header_x = $ormargins['left'] + ($headerdata['logo_width'] * 1.1);
3985. }
3986. $this-> SetTextColor(0, 0, 0);
3987. // header title
3988. $this-> SetFont($headerfont[0], 'B', $headerfont[2] + 1);
3989. $this-> SetX($header_x);
3990. $this-> Cell(0, $cell_height, $headerdata['title'], 0, 1, '', 0, '', 0);
3991. // header string
3992. $this-> SetFont($headerfont[0], $headerfont[1], $headerfont[2]);
3993. $this-> SetX($header_x);
3994. $this-> MultiCell(0, $cell_height, $headerdata['string'], 0, '', 0, 1, '', '', true, 0, false);
3995. // print an ending header line
3996. $this-> SetLineStyle(array('width' => 0.85 / $this-> getScaleFactor(), 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)));
3997. $this-> SetY((2.835 / $this-> getScaleFactor()) + max($imgy, $this-> GetY()));
3998. if ($this-> getRTL()) {
3999. $this-> SetX($ormargins['right']);
4000. } else {
4001. $this-> SetX($ormargins['left']);
4002. }
4003. $this-> Cell(0, 0, '', 'T', 0, 'C');
4004. }
4006. /**
4007. * This method is used to render the page footer.
4008. * It is automatically called by AddPage() and could be overwritten in your own inherited class.
4009. * @access public
4010. */
4011. public function Footer() {
4012. $cur_y = $this-> GetY();
4013. $ormargins = $this-> getOriginalMargins();
4014. $this-> SetTextColor(0, 0, 0);
4015. //set style for cell border
4016. $line_width = 0.85 / $this-> getScaleFactor();
4017. $this-> SetLineStyle(array('width' => $line_width, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)));
4018. //print document barcode
4019. $barcode = $this-> getBarcode();
4020. if (! empty($barcode)) {
4021. $this-> Ln($line_width);
4022. $barcode_width = round(($this-> getPageWidth() - $ormargins['left'] - $ormargins['right']) / 3);
4023. $style = array(
4024. 'position' => $this-> rtl?'R':'L',
4025. 'align' => $this-> rtl?'R':'L',
4026. 'stretch' => false,
4027. 'fitwidth' => true,
4028. 'cellfitalign' => '',
4029. 'border' => false,
4030. 'padding' => 0,
4031. 'fgcolor' => array(0,0,0),
4032. 'bgcolor' => false,
4033. 'text' => false
4034. );
4035. $this-> write1DBarcode($barcode, 'C128B', '', $cur_y + $line_width, '', (($this-> getFooterMargin() / 3) - $line_width), 0.3, $style, '');
4036. }
4037. if (empty($this-> pagegroups)) {
4038. $pagenumtxt = $this-> l['w_page'].' '.$this-> getAliasNumPage().' / '.$this-> getAliasNbPages();
4039. } else {
4040. $pagenumtxt = $this-> l['w_page'].' '.$this-> getPageNumGroupAlias().' / '.$this-> getPageGroupAlias();
4041. }
4042. $this-> SetY($cur_y);
4043. //Print page number
4044. if ($this-> getRTL()) {
4045. $this-> SetX($ormargins['right']);
4046. $this-> Cell(0, 0, $pagenumtxt, 'T', 0, 'L');
4047. } else {
4048. $this-> SetX($ormargins['left']);
4049. $this-> Cell(0, 0, $pagenumtxt, 'T', 0, 'R');
4050. }
4051. }
4053. /**
4054. * This method is used to render the page header.
4055. * @access protected
4056. * @since 4.0.012 (2008-07-24)
4057. */
4058. protected function setHeader() {
4059. if ($this-> print_header) {
4060. $this-> setGraphicVars($this-> default_graphic_vars);
4061. $temp_thead = $this-> thead;
4062. $temp_theadMargins = $this-> theadMargins;
4063. $lasth = $this-> lasth;
4064. $this->_out('q');
4065. $this-> rMargin = $this-> original_rMargin;
4066. $this-> lMargin = $this-> original_lMargin;
4067. $this-> SetCellPadding(0);
4068. //set current position
4069. if ($this-> rtl) {
4070. $this-> SetXY($this-> original_rMargin, $this-> header_margin);
4071. } else {
4072. $this-> SetXY($this-> original_lMargin, $this-> header_margin);
4073. }
4074. $this-> SetFont($this-> header_font[0], $this-> header_font[1], $this-> header_font[2]);
4075. $this-> Header();
4076. //restore position
4077. if ($this-> rtl) {
4078. $this-> SetXY($this-> original_rMargin, $this-> tMargin);
4079. } else {
4080. $this-> SetXY($this-> original_lMargin, $this-> tMargin);
4081. }
4082. $this->_out('Q');
4083. $this-> lasth = $lasth;
4084. $this-> thead = $temp_thead;
4085. $this-> theadMargins = $temp_theadMargins;
4086. $this-> newline = false;
4087. }
4088. }
4090. /**
4091. * This method is used to render the page footer.
4092. * @access protected
4093. * @since 4.0.012 (2008-07-24)
4094. */
4095. protected function setFooter() {
4096. //Page footer
4097. // save current graphic settings
4098. $gvars = $this-> getGraphicVars();
4099. // mark this point
4100. $this-> footerpos[$this-> page] = $this-> pagelen[$this-> page];
4101. $this->_out("\n");
4102. if ($this-> print_footer) {
4103. $this-> setGraphicVars($this-> default_graphic_vars);
4104. $this-> current_column = 0;
4105. $this-> num_columns = 1;
4106. $temp_thead = $this-> thead;
4107. $temp_theadMargins = $this-> theadMargins;
4108. $lasth = $this-> lasth;
4109. $this->_out('q');
4110. $this-> rMargin = $this-> original_rMargin;
4111. $this-> lMargin = $this-> original_lMargin;
4112. $this-> SetCellPadding(0);
4113. //set current position
4114. $footer_y = $this-> h - $this-> footer_margin;
4115. if ($this-> rtl) {
4116. $this-> SetXY($this-> original_rMargin, $footer_y);
4117. } else {
4118. $this-> SetXY($this-> original_lMargin, $footer_y);
4119. }
4120. $this-> SetFont($this-> footer_font[0], $this-> footer_font[1], $this-> footer_font[2]);
4121. $this-> Footer();
4122. //restore position
4123. if ($this-> rtl) {
4124. $this-> SetXY($this-> original_rMargin, $this-> tMargin);
4125. } else {
4126. $this-> SetXY($this-> original_lMargin, $this-> tMargin);
4127. }
4128. $this->_out('Q');
4129. $this-> lasth = $lasth;
4130. $this-> thead = $temp_thead;
4131. $this-> theadMargins = $temp_theadMargins;
4132. }
4133. // restore graphic settings
4134. $this-> setGraphicVars($gvars);
4135. $this-> current_column = $gvars['current_column'];
4136. $this-> num_columns = $gvars['num_columns'];
4137. // calculate footer length
4138. $this-> footerlen[$this-> page] = $this-> pagelen[$this-> page] - $this-> footerpos[$this-> page] + 1;
4139. }
4141. /**
4142. * This method is used to render the table header on new page (if any).
4143. * @access protected
4144. * @since 4.5.030 (2009-03-25)
4145. */
4146. protected function setTableHeader() {
4147. if ($this-> num_columns > 1) {
4148. // multi column mode
4149. return;
4150. }
4151. if (isset($this-> theadMargins['top'])) {
4152. // restore the original top-margin
4153. $this-> tMargin = $this-> theadMargins['top'];
4154. $this-> pagedim[$this-> page]['tm'] = $this-> tMargin;
4155. $this-> y = $this-> tMargin;
4156. }
4157. if (!$this-> empty_string($this-> thead) AND (!$this-> inthead)) {
4158. // set margins
4159. $prev_lMargin = $this-> lMargin;
4160. $prev_rMargin = $this-> rMargin;
4161. $prev_cell_padding = $this-> cell_padding;
4162. $this-> lMargin = $this-> theadMargins['lmargin'] + ($this-> pagedim[$this-> page]['olm'] - $this-> pagedim[$this-> theadMargins['page']]['olm']);
4163. $this-> rMargin = $this-> theadMargins['rmargin'] + ($this-> pagedim[$this-> page]['orm'] - $this-> pagedim[$this-> theadMargins['page']]['orm']);
4164. $this-> cell_padding = $this-> theadMargins['cell_padding'];
4165. if ($this-> rtl) {
4166. $this-> x = $this-> w - $this-> rMargin;
4167. } else {
4168. $this-> x = $this-> lMargin;
4169. }
4170. // print table header
4171. $this-> writeHTML($this-> thead, false, false, false, false, '');
4172. // set new top margin to skip the table headers
4173. if (!isset($this-> theadMargins['top'])) {
4174. $this-> theadMargins['top'] = $this-> tMargin;
4175. }
4176. $this-> tMargin = $this-> y;
4177. $this-> pagedim[$this-> page]['tm'] = $this-> tMargin;
4178. $this-> lasth = 0;
4179. $this-> lMargin = $prev_lMargin;
4180. $this-> rMargin = $prev_rMargin;
4181. $this-> cell_padding = $prev_cell_padding;
4182. }
4183. }
4185. /**
4186. * Returns the current page number.
4187. * @return int page number
4188. * @access public
4189. * @since 1.0
4190. * @see AliasNbPages(), getAliasNbPages()
4191. */
4192. public function PageNo() {
4193. return $this-> page;
4194. }
4196. /**
4197. * Defines a new spot color.
4198. * It can be expressed in RGB components or gray scale.
4199. * The method can be called before the first page is created and the value is retained from page to page.
4200. * @param int $c Cyan color for CMYK. Value between 0 and 255
4201. * @param int $m Magenta color for CMYK. Value between 0 and 255
4202. * @param int $y Yellow color for CMYK. Value between 0 and 255
4203. * @param int $k Key (Black) color for CMYK. Value between 0 and 255
4204. * @access public
4205. * @since 4.0.024 (2008-09-12)
4206. * @see SetDrawSpotColor(), SetFillSpotColor(), SetTextSpotColor()
4207. */
4208. public function AddSpotColor($name, $c, $m, $y, $k) {
4209. if (!isset($this-> spot_colors[$name])) {
4210. $i = 1 + count($this-> spot_colors);
4211. $this-> spot_colors[$name] = array('i' => $i, 'c' => $c, 'm' => $m, 'y' => $y, 'k' => $k);
4212. }
4213. }
4215. /**
4216. * Defines the color used for all drawing operations (lines, rectangles and cell borders).
4217. * It can be expressed in RGB components or gray scale.
4218. * The method can be called before the first page is created and the value is retained from page to page.
4219. * @param array $color array of colors
4220. * @param boolean $ret if true do not send the command.
4221. * @return string the PDF command
4222. * @access public
4223. * @since 3.1.000 (2008-06-11)
4224. * @see SetDrawColor()
4225. */
4226. public function SetDrawColorArray($color, $ret=false) {
4227. if ( is_array($color)) {
4228. $color = array_values($color);
4229. $r = isset($color[0]) ? $color[0] : -1;
4230. $g = isset($color[1]) ? $color[1] : -1;
4231. $b = isset($color[2]) ? $color[2] : -1;
4232. $k = isset($color[3]) ? $color[3] : -1;
4233. if ($r >= 0) {
4234. return $this-> SetDrawColor($r, $g, $b, $k, $ret);
4235. }
4236. }
4237. return '';
4238. }
4240. /**
4241. * Defines the color used for all drawing operations (lines, rectangles and cell borders). It can be expressed in RGB components or gray scale. The method can be called before the first page is created and the value is retained from page to page.
4242. * @param int $col1 Gray level for single color, or Red color for RGB, or Cyan color for CMYK. Value between 0 and 255
4243. * @param int $col2 Green color for RGB, or Magenta color for CMYK. Value between 0 and 255
4244. * @param int $col3 Blue color for RGB, or Yellow color for CMYK. Value between 0 and 255
4245. * @param int $col4 Key (Black) color for CMYK. Value between 0 and 255
4246. * @param boolean $ret if true do not send the command.
4247. * @return string the PDF command
4248. * @access public
4249. * @since 1.3
4250. * @see SetDrawColorArray(), SetFillColor(), SetTextColor(), Line(), Rect(), Cell(), MultiCell()
4251. */
4252. public function SetDrawColor($col1=0, $col2=-1, $col3=-1, $col4=-1, $ret=false) {
4253. // set default values
4254. if (! is_numeric($col1)) {
4255. $col1 = 0;
4256. }
4257. if (! is_numeric($col2)) {
4258. $col2 = -1;
4259. }
4260. if (! is_numeric($col3)) {
4261. $col3 = -1;
4262. }
4263. if (! is_numeric($col4)) {
4264. $col4 = -1;
4265. }
4266. //Set color for all stroking operations
4267. if (($col2 == -1) AND ($col3 == -1) AND ($col4 == -1)) {
4268. // Grey scale
4269. $this-> DrawColor = sprintf('%.3F G', $col1/255);
4270. $this-> strokecolor = array('G' => $col1);
4271. } elseif ($col4 == -1) {
4272. // RGB
4273. $this-> DrawColor = sprintf('%.3F %.3F %.3F RG', $col1/255, $col2/255, $col3/255);
4274. $this-> strokecolor = array('R' => $col1, 'G' => $col2, 'B' => $col3);
4275. } else {
4276. // CMYK
4277. $this-> DrawColor = sprintf('%.3F %.3F %.3F %.3F K', $col1/100, $col2/100, $col3/100, $col4/100);
4278. $this-> strokecolor = array('C' => $col1, 'M' => $col2, 'Y' => $col3, 'K' => $col4);
4279. }
4280. if ($this-> page > 0) {
4281. if (!$ret) {
4282. $this->_out($this-> DrawColor);
4283. }
4284. return $this-> DrawColor;
4285. }
4286. return '';
4287. }
4289. /**
4290. * Defines the spot color used for all drawing operations (lines, rectangles and cell borders).
4291. * @param string $name name of the spot color
4292. * @param int $tint the intensity of the color (from 0 to 100 ; 100 = full intensity by default).
4293. * @access public
4294. * @since 4.0.024 (2008-09-12)
4295. * @see AddSpotColor(), SetFillSpotColor(), SetTextSpotColor()
4296. */
4297. public function SetDrawSpotColor($name, $tint=100) {
4298. if (!isset($this-> spot_colors[$name])) {
4299. $this-> Error('Undefined spot color: '.$name);
4300. }
4301. $this-> DrawColor = sprintf('/CS%d CS %.3F SCN', $this-> spot_colors[$name]['i'], $tint/100);
4302. if ($this-> page > 0) {
4303. $this->_out($this-> DrawColor);
4304. }
4305. }
4307. /**
4308. * Defines the color used for all filling operations (filled rectangles and cell backgrounds).
4309. * It can be expressed in RGB components or gray scale.
4310. * The method can be called before the first page is created and the value is retained from page to page.
4311. * @param array $color array of colors
4312. * @access public
4313. * @since 3.1.000 (2008-6-11)
4314. * @see SetFillColor()
4315. */
4316. public function SetFillColorArray($color) {
4317. if ( is_array($color)) {
4318. $color = array_values($color);
4319. $r = isset($color[0]) ? $color[0] : -1;
4320. $g = isset($color[1]) ? $color[1] : -1;
4321. $b = isset($color[2]) ? $color[2] : -1;
4322. $k = isset($color[3]) ? $color[3] : -1;
4323. if ($r >= 0) {
4324. $this-> SetFillColor($r, $g, $b, $k);
4325. }
4326. }
4327. }
4329. /**
4330. * Defines the color used for all filling operations (filled rectangles and cell backgrounds). It can be expressed in RGB components or gray scale. The method can be called before the first page is created and the value is retained from page to page.
4331. * @param int $col1 Gray level for single color, or Red color for RGB, or Cyan color for CMYK. Value between 0 and 255
4332. * @param int $col2 Green color for RGB, or Magenta color for CMYK. Value between 0 and 255
4333. * @param int $col3 Blue color for RGB, or Yellow color for CMYK. Value between 0 and 255
4334. * @param int $col4 Key (Black) color for CMYK. Value between 0 and 255
4335. * @access public
4336. * @since 1.3
4337. * @see SetFillColorArray(), SetDrawColor(), SetTextColor(), Rect(), Cell(), MultiCell()
4338. */
4339. public function SetFillColor($col1=0, $col2=-1, $col3=-1, $col4=-1) {
4340. // set default values
4341. if (! is_numeric($col1)) {
4342. $col1 = 0;
4343. }
4344. if (! is_numeric($col2)) {
4345. $col2 = -1;
4346. }
4347. if (! is_numeric($col3)) {
4348. $col3 = -1;
4349. }
4350. if (! is_numeric($col4)) {
4351. $col4 = -1;
4352. }
4353. //Set color for all filling operations
4354. if (($col2 == -1) AND ($col3 == -1) AND ($col4 == -1)) {
4355. // Grey scale
4356. $this-> FillColor = sprintf('%.3F g', $col1/255);
4357. $this-> bgcolor = array('G' => $col1);
4358. } elseif ($col4 == -1) {
4359. // RGB
4360. $this-> FillColor = sprintf('%.3F %.3F %.3F rg', $col1/255, $col2/255, $col3/255);
4361. $this-> bgcolor = array('R' => $col1, 'G' => $col2, 'B' => $col3);
4362. } else {
4363. // CMYK
4364. $this-> FillColor = sprintf('%.3F %.3F %.3F %.3F k', $col1/100, $col2/100, $col3/100, $col4/100);
4365. $this-> bgcolor = array('C' => $col1, 'M' => $col2, 'Y' => $col3, 'K' => $col4);
4366. }
4367. $this-> ColorFlag = ($this-> FillColor != $this-> TextColor);
4368. if ($this-> page > 0) {
4369. $this->_out($this-> FillColor);
4370. }
4371. }
4373. /**
4374. * Defines the spot color used for all filling operations (filled rectangles and cell backgrounds).
4375. * @param string $name name of the spot color
4376. * @param int $tint the intensity of the color (from 0 to 100 ; 100 = full intensity by default).
4377. * @access public
4378. * @since 4.0.024 (2008-09-12)
4379. * @see AddSpotColor(), SetDrawSpotColor(), SetTextSpotColor()
4380. */
4381. public function SetFillSpotColor($name, $tint=100) {
4382. if (!isset($this-> spot_colors[$name])) {
4383. $this-> Error('Undefined spot color: '.$name);
4384. }
4385. $this-> FillColor = sprintf('/CS%d cs %.3F scn', $this-> spot_colors[$name]['i'], $tint/100);
4386. $this-> ColorFlag = ($this-> FillColor != $this-> TextColor);
4387. if ($this-> page > 0) {
4388. $this->_out($this-> FillColor);
4389. }
4390. }
4392. /**
4393. * Defines the color used for text. It can be expressed in RGB components or gray scale.
4394. * The method can be called before the first page is created and the value is retained from page to page.
4395. * @param array $color array of colors
4396. * @access public
4397. * @since 3.1.000 (2008-6-11)
4398. * @see SetFillColor()
4399. */
4400. public function SetTextColorArray($color) {
4401. if ( is_array($color)) {
4402. $color = array_values($color);
4403. $r = isset($color[0]) ? $color[0] : -1;
4404. $g = isset($color[1]) ? $color[1] : -1;
4405. $b = isset($color[2]) ? $color[2] : -1;
4406. $k = isset($color[3]) ? $color[3] : -1;
4407. if ($r >= 0) {
4408. $this-> SetTextColor($r, $g, $b, $k);
4409. }
4410. }
4411. }
4413. /**
4414. * Defines the color used for text. It can be expressed in RGB components or gray scale. The method can be called before the first page is created and the value is retained from page to page.
4415. * @param int $col1 Gray level for single color, or Red color for RGB, or Cyan color for CMYK. Value between 0 and 255
4416. * @param int $col2 Green color for RGB, or Magenta color for CMYK. Value between 0 and 255
4417. * @param int $col3 Blue color for RGB, or Yellow color for CMYK. Value between 0 and 255
4418. * @param int $col4 Key (Black) color for CMYK. Value between 0 and 255
4419. * @access public
4420. * @since 1.3
4421. * @see SetTextColorArray(), SetDrawColor(), SetFillColor(), Text(), Cell(), MultiCell()
4422. */
4423. public function SetTextColor($col1=0, $col2=-1, $col3=-1, $col4=-1) {
4424. // set default values
4425. if (! is_numeric($col1)) {
4426. $col1 = 0;
4427. }
4428. if (! is_numeric($col2)) {
4429. $col2 = -1;
4430. }
4431. if (! is_numeric($col3)) {
4432. $col3 = -1;
4433. }
4434. if (! is_numeric($col4)) {
4435. $col4 = -1;
4436. }
4437. //Set color for text
4438. if (($col2 == -1) AND ($col3 == -1) AND ($col4 == -1)) {
4439. // Grey scale
4440. $this-> TextColor = sprintf('%.3F g', $col1/255);
4441. $this-> fgcolor = array('G' => $col1);
4442. } elseif ($col4 == -1) {
4443. // RGB
4444. $this-> TextColor = sprintf('%.3F %.3F %.3F rg', $col1/255, $col2/255, $col3/255);
4445. $this-> fgcolor = array('R' => $col1, 'G' => $col2, 'B' => $col3);
4446. } else {
4447. // CMYK
4448. $this-> TextColor = sprintf('%.3F %.3F %.3F %.3F k', $col1/100, $col2/100, $col3/100, $col4/100);
4449. $this-> fgcolor = array('C' => $col1, 'M' => $col2, 'Y' => $col3, 'K' => $col4);
4450. }
4451. $this-> ColorFlag = ($this-> FillColor != $this-> TextColor);
4452. }
4454. /**
4455. * Defines the spot color used for text.
4456. * @param string $name name of the spot color
4457. * @param int $tint the intensity of the color (from 0 to 100 ; 100 = full intensity by default).
4458. * @access public
4459. * @since 4.0.024 (2008-09-12)
4460. * @see AddSpotColor(), SetDrawSpotColor(), SetFillSpotColor()
4461. */
4462. public function SetTextSpotColor($name, $tint=100) {
4463. if (!isset($this-> spot_colors[$name])) {
4464. $this-> Error('Undefined spot color: '.$name);
4465. }
4466. $this-> TextColor = sprintf('/CS%d cs %.3F scn', $this-> spot_colors[$name]['i'], $tint/100);
4467. $this-> ColorFlag = ($this-> FillColor != $this-> TextColor);
4468. if ($this-> page > 0) {
4469. $this->_out($this-> TextColor);
4470. }
4471. }
4473. /**
4474. * Returns the length of a string in user unit. A font must be selected.<br>
4475. * @param string $s The string whose length is to be computed
4476. * @param string $fontname Family font. It can be either a name defined by AddFont() or one of the standard families. It is also possible to pass an empty string, in that case, the current family is retained.
4477. * @param string $fontstyle Font style. Possible values are (case insensitive):<ul><li>empty string: regular</li><li>B: bold</li><li>I: italic</li><li>U: underline</li><li>D: line-trough</li><li>O: overline</li></ul> or any combination. The default value is regular.
4478. * @param float $fontsize Font size in points. The default value is the current size.
4479. * @param boolean $getarray if true returns an array of characters widths, if false returns the total length.
4480. * @return mixed int total string length or array of characted widths
4481. * @author Nicola Asuni
4482. * @access public
4483. * @since 1.2
4484. */
4485. public function GetStringWidth($s, $fontname='', $fontstyle='', $fontsize=0, $getarray=false) {
4486. return $this-> GetArrStringWidth($this-> utf8Bidi($this-> UTF8StringToArray($s), $s, $this-> tmprtl), $fontname, $fontstyle, $fontsize, $getarray);
4487. }
4489. /**
4490. * Returns the string length of an array of chars in user unit or an array of characters widths. A font must be selected.<br>
4491. * @param string $sa The array of chars whose total length is to be computed
4492. * @param string $fontname Family font. It can be either a name defined by AddFont() or one of the standard families. It is also possible to pass an empty string, in that case, the current family is retained.
4493. * @param string $fontstyle Font style. Possible values are (case insensitive):<ul><li>empty string: regular</li><li>B: bold</li><li>I: italic</li><li>U: underline</li><li>D: line trough</li><li>O: overline</li></ul> or any combination. The default value is regular.
4494. * @param float $fontsize Font size in points. The default value is the current size.
4495. * @param boolean $getarray if true returns an array of characters widths, if false returns the total length.
4496. * @return mixed int total string length or array of characted widths
4497. * @author Nicola Asuni
4498. * @access public
4499. * @since 2.4.000 (2008-03-06)
4500. */
4501. public function GetArrStringWidth($sa, $fontname='', $fontstyle='', $fontsize=0, $getarray=false) {
4502. // store current values
4503. if (!$this-> empty_string($fontname)) {
4504. $prev_FontFamily = $this-> FontFamily;
4505. $prev_FontStyle = $this-> FontStyle;
4506. $prev_FontSizePt = $this-> FontSizePt;
4507. $this-> SetFont($fontname, $fontstyle, $fontsize);
4508. }
4509. // convert UTF-8 array to Latin1 if required
4510. $sa = $this-> UTF8ArrToLatin1($sa);
4511. $w = 0; // total width
4512. $wa = array(); // array of characters widths
4513. foreach ($sa as $ck => $char) {
4514. // character width
4515. $cw = $this-> GetCharWidth($char, isset($sa[($ck + 1)]));
4516. $wa[] = $cw;
4517. $w += $cw;
4518. }
4519. // restore previous values
4520. if (!$this-> empty_string($fontname)) {
4521. $this-> SetFont($prev_FontFamily, $prev_FontStyle, $prev_FontSizePt);
4522. }
4523. if ($getarray) {
4524. return $wa;
4525. }
4526. return $w;
4527. }
4529. /**
4530. * Returns the length of the char in user unit for the current font considering current stretching and spacing (tracking/kerning).
4531. * @param int $char The char code whose length is to be returned
4532. * @param boolean $notlast set to false for the latest character on string, true otherwise (default)
4533. * @return float char width
4534. * @author Nicola Asuni
4535. * @access public
4536. * @since 2.4.000 (2008-03-06)
4537. */
4538. public function GetCharWidth($char, $notlast=true) {
4539. // get raw width
4540. $chw = $this-> getRawCharWidth($char);
4541. if (($this-> font_spacing != 0) AND $notlast) {
4542. // increase/decrease font spacing
4543. $chw += $this-> font_spacing;
4544. }
4545. if ($this-> font_stretching != 100) {
4546. // fixed stretching mode
4547. $chw *= ($this-> font_stretching / 100);
4548. }
4549. return $chw;
4550. }
4552. /**
4553. * Returns the length of the char in user unit for the current font.
4554. * @param int $char The char code whose length is to be returned
4555. * @return float char width
4556. * @author Nicola Asuni
4557. * @access public
4558. * @since 5.9.000 (2010-09-28)
4559. */
4560. public function getRawCharWidth($char) {
4561. if ($char == 173) {
4562. // SHY character will not be printed
4563. return (0);
4564. }
4565. $cw = &$this-> CurrentFont['cw'];
4566. if (isset($cw[$char])) {
4567. $w = $cw[$char];
4568. } elseif (isset($this-> CurrentFont['dw'])) {
4569. // default width
4570. $w = $this-> CurrentFont['dw'];
4571. } elseif (isset($cw[32])) {
4572. // default width
4573. $w = $cw[32];
4574. } else {
4575. $w = 600;
4576. }
4577. return ($w * $this-> FontSize / 1000);
4578. }
4580. /**
4581. * Returns the numbero of characters in a string.
4582. * @param string $s The input string.
4583. * @return int number of characters
4584. * @access public
4585. * @since 2.0.0001 (2008-01-07)
4586. */
4587. public function GetNumChars($s) {
4588. if ($this-> isUnicodeFont()) {
4589. return count($this-> UTF8StringToArray($s));
4590. }
4591. return strlen($s);
4592. }
4594. /**
4595. * Fill the list of available fonts ($this->fontlist).
4596. * @access protected
4597. * @since 4.0.013 (2008-07-28)
4598. */
4599. protected function getFontsList() {
4600. $fontsdir = opendir($this->_getfontpath());
4601. while (($file = readdir($fontsdir)) !== false) {
4602. if ( substr($file, -4) == '.php') {
4603. array_push($this-> fontlist, strtolower( basename($file, '.php')));
4604. }
4605. }
4606. closedir($fontsdir);
4607. }
4609. /**
4610. * Imports a TrueType, Type1, core, or CID0 font and makes it available.
4611. * It is necessary to generate a font definition file first (read /fonts/utils/README.TXT).
4612. * The definition file (and the font file itself when embedding) must be present either in the current directory or in the one indicated by K_PATH_FONTS if the constant is defined. If it could not be found, the error "Could not include font definition file" is generated.
4613. * @param string $family Font family. The name can be chosen arbitrarily. If it is a standard family name, it will override the corresponding font.
4614. * @param string $style Font style. Possible values are (case insensitive):<ul><li>empty string: regular (default)</li><li>B: bold</li><li>I: italic</li><li>BI or IB: bold italic</li></ul>
4615. * @param string $fontfile The font definition file. By default, the name is built from the family and style, in lower case with no spaces.
4616. * @return array containing the font data, or false in case of error.
4617. * @param mixed $subset if true embedd only a subset of the font (stores only the information related to the used characters); if false embedd full font; if 'default' uses the default value set using setFontSubsetting(). This option is valid only for TrueTypeUnicode fonts. If you want to enable users to change the document, set this parameter to false. If you subset the font, the person who receives your PDF would need to have your same font in order to make changes to your PDF. The file size of the PDF would also be smaller because you are embedding only part of a font.
4618. * @access public
4619. * @since 1.5
4620. * @see SetFont(), setFontSubsetting()
4621. */
4622. public function AddFont($family, $style='', $fontfile='', $subset='default') {
4623. if ($subset === 'default') {
4624. $subset = $this-> font_subsetting;
4625. }
4626. if ($this-> empty_string($family)) {
4627. if (!$this-> empty_string($this-> FontFamily)) {
4628. $family = $this-> FontFamily;
4629. } else {
4630. $this-> Error('Empty font family');
4631. }
4632. }
4633. // move embedded styles on $style
4634. if ( substr($family, -1) == 'I') {
4635. $style .= 'I';
4636. $family = substr($family, 0, -1);
4637. }
4638. if ( substr($family, -1) == 'B') {
4639. $style .= 'B';
4640. $family = substr($family, 0, -1);
4641. }
4642. // normalize family name
4643. $family = strtolower($family);
4644. if ((!$this-> isunicode) AND ($family == 'arial')) {
4645. $family = 'helvetica';
4646. }
4647. if (($family == 'symbol') OR ($family == 'zapfdingbats')) {
4648. $style = '';
4649. }
4650. $tempstyle = strtoupper($style);
4651. $style = '';
4652. // underline
4653. if ( strpos($tempstyle, 'U') !== false) {
4654. $this-> underline = true;
4655. } else {
4656. $this-> underline = false;
4657. }
4658. // line-through (deleted)
4659. if ( strpos($tempstyle, 'D') !== false) {
4660. $this-> linethrough = true;
4661. } else {
4662. $this-> linethrough = false;
4663. }
4664. // overline
4665. if ( strpos($tempstyle, 'O') !== false) {
4666. $this-> overline = true;
4667. } else {
4668. $this-> overline = false;
4669. }
4670. // bold
4671. if ( strpos($tempstyle, 'B') !== false) {
4672. $style .= 'B';
4673. }
4674. // oblique
4675. if ( strpos($tempstyle, 'I') !== false) {
4676. $style .= 'I';
4677. }
4678. $bistyle = $style;
4679. $fontkey = $family.$style;
4680. $font_style = $style.($this-> underline ? 'U' : '').($this-> linethrough ? 'D' : '').($this-> overline ? 'O' : '');
4681. $fontdata = array('fontkey' => $fontkey, 'family' => $family, 'style' => $font_style);
4682. // check if the font has been already added
4683. $fb = $this-> getFontBuffer($fontkey);
4684. if ($fb !== false) {
4685. if ($this-> inxobj) {
4686. // we are inside an XObject template
4687. $this-> xobjects[$this-> xobjid]['fonts'][$fontkey] = $fb['i'];
4688. }
4689. return $fontdata;
4690. }
4691. if (isset($type)) {
4692. unset($type);
4693. }
4694. if (isset($cw)) {
4695. unset($cw);
4696. }
4697. // get specified font directory (if any)
4698. $fontdir = false;
4699. if (!$this-> empty_string($fontfile)) {
4700. $fontdir = dirname($fontfile);
4701. if ($this-> empty_string($fontdir) OR ($fontdir == '.')) {
4702. $fontdir = '';
4703. } else {
4704. $fontdir .= '/';
4705. }
4706. }
4707. // search and include font file
4708. if ($this-> empty_string($fontfile) OR (! file_exists($fontfile))) {
4709. // build a standard filenames for specified font
4710. $fontfile1 = str_replace(' ', '', $family).strtolower($style).'.php';
4711. $fontfile2 = str_replace(' ', '', $family).'.php';
4712. // search files on various directories
4713. if (($fontdir !== false) AND file_exists($fontdir.$fontfile1)) {
4714. $fontfile = $fontdir.$fontfile1;
4715. } elseif ( file_exists($this->_getfontpath().$fontfile1)) {
4716. $fontfile = $this->_getfontpath().$fontfile1;
4717. } elseif ( file_exists($fontfile1)) {
4718. $fontfile = $fontfile1;
4719. } elseif (($fontdir !== false) AND file_exists($fontdir.$fontfile2)) {
4720. $fontfile = $fontdir.$fontfile2;
4721. } elseif ( file_exists($this->_getfontpath().$fontfile2)) {
4722. $fontfile = $this->_getfontpath().$fontfile2;
4723. } else {
4724. $fontfile = $fontfile2;
4725. }
4726. }
4727. // include font file
4728. if ( file_exists($fontfile)) {
4729. include($fontfile);
4730. } else {
4731. $this-> Error('Could not include font definition file: '.$family.'');
4732. }
4733. // check font parameters
4734. if ((!isset($type)) OR (!isset($cw))) {
4735. $this-> Error('The font definition file has a bad format: '.$fontfile.'');
4736. }
4737. // SET default parameters
4738. if (!isset($file) OR $this-> empty_string($file)) {
4739. $file = '';
4740. }
4741. if (!isset($enc) OR $this-> empty_string($enc)) {
4742. $enc = '';
4743. }
4744. if (!isset($cidinfo) OR $this-> empty_string($cidinfo)) {
4745. $cidinfo = array('Registry'=>'Adobe','Ordering'=>'Identity','Supplement'=>0);
4746. $cidinfo['uni2cid'] = array();
4747. }
4748. if (!isset($ctg) OR $this-> empty_string($ctg)) {
4749. $ctg = '';
4750. }
4751. if (!isset($desc) OR $this-> empty_string($desc)) {
4752. $desc = array();
4753. }
4754. if (!isset($up) OR $this-> empty_string($up)) {
4755. $up = -100;
4756. }
4757. if (!isset($ut) OR $this-> empty_string($ut)) {
4758. $ut = 50;
4759. }
4760. if (!isset($cw) OR $this-> empty_string($cw)) {
4761. $cw = array();
4762. }
4763. if (!isset($dw) OR $this-> empty_string($dw)) {
4764. // set default width
4765. if (isset($desc['MissingWidth']) AND ($desc['MissingWidth'] > 0)) {
4766. $dw = $desc['MissingWidth'];
4767. } elseif (isset($cw[32])) {
4768. $dw = $cw[32];
4769. } else {
4770. $dw = 600;
4771. }
4772. }
4773. ++$this-> numfonts;
4774. if ($type == 'cidfont0') {
4775. // register CID font (all styles at once)
4776. $styles = array('' => '', 'B' => ',Bold', 'I' => ',Italic', 'BI' => ',BoldItalic');
4777. $sname = $name.$styles[$bistyle];
4778. // artificial bold
4779. if ( strpos($bistyle, 'B') !== false) {
4780. if (isset($desc['StemV'])) {
4781. $desc['StemV'] *= 2;
4782. } else {
4783. $desc['StemV'] = 120;
4784. }
4785. }
4786. // artificial italic
4787. if ( strpos($bistyle, 'I') !== false) {
4788. if (isset($desc['ItalicAngle'])) {
4789. $desc['ItalicAngle'] -= 11;
4790. } else {
4791. $desc['ItalicAngle'] = -11;
4792. }
4793. }
4794. } elseif ($type == 'core') {
4795. $name = $this-> CoreFonts[$fontkey];
4796. $subset = false;
4797. } elseif (($type == 'TrueType') OR ($type == 'Type1')) {
4798. $subset = false;
4799. } elseif ($type == 'TrueTypeUnicode') {
4800. $enc = 'Identity-H';
4801. } else {
4802. $this-> Error('Unknow font type: '.$type.'');
4803. }
4804. // initialize subsetchars to contain default ASCII values (0-255)
4805. $subsetchars = array_fill(0, 256, true);
4806. $this-> setFontBuffer($fontkey, array('fontkey' => $fontkey, 'i' => $this-> numfonts, 'type' => $type, 'name' => $name, 'desc' => $desc, 'up' => $up, 'ut' => $ut, 'cw' => $cw, 'dw' => $dw, 'enc' => $enc, 'cidinfo' => $cidinfo, 'file' => $file, 'ctg' => $ctg, 'subset' => $subset, 'subsetchars' => $subsetchars));
4807. if ($this-> inxobj) {
4808. // we are inside an XObject template
4809. $this-> xobjects[$this-> xobjid]['fonts'][$fontkey] = $this-> numfonts;
4810. }
4811. if (isset($diff) AND (! empty($diff))) {
4812. //Search existing encodings
4813. $d = 0;
4814. $nb = count($this-> diffs);
4815. for ($i=1; $i <= $nb; ++$i) {
4816. if ($this-> diffs[$i] == $diff) {
4817. $d = $i;
4818. break;
4819. }
4820. }
4821. if ($d == 0) {
4822. $d = $nb + 1;
4823. $this-> diffs[$d] = $diff;
4824. }
4825. $this-> setFontSubBuffer($fontkey, 'diff', $d);
4826. }
4827. if (!$this-> empty_string($file)) {
4828. if (!isset($this-> FontFiles[$file])) {
4829. if (( strcasecmp($type,'TrueType') == 0) OR ( strcasecmp($type, 'TrueTypeUnicode') == 0)) {
4830. $this-> FontFiles[$file] = array('length1' => $originalsize, 'fontdir' => $fontdir, 'subset' => $subset, 'fontkeys' => array($fontkey));
4831. } elseif ($type != 'core') {
4832. $this-> FontFiles[$file] = array('length1' => $size1, 'length2' => $size2, 'fontdir' => $fontdir, 'subset' => $subset, 'fontkeys' => array($fontkey));
4833. }
4834. } else {
4835. // update fontkeys that are sharing this font file
4836. $this-> FontFiles[$file]['subset'] = ($this-> FontFiles[$file]['subset'] AND $subset);
4837. if (! in_array($fontkey, $this-> FontFiles[$file]['fontkeys'])) {
4838. $this-> FontFiles[$file]['fontkeys'][] = $fontkey;
4839. }
4840. }
4841. }
4842. return $fontdata;
4843. }
4845. /**
4846. * Sets the font used to print character strings.
4847. * The font can be either a standard one or a font added via the AddFont() method. Standard fonts use Windows encoding cp1252 (Western Europe).
4848. * The method can be called before the first page is created and the font is retained from page to page.
4849. * If you just wish to change the current font size, it is simpler to call SetFontSize().
4850. * Note: for the standard fonts, the font metric files must be accessible. There are three possibilities for this:<ul><li>They are in the current directory (the one where the running script lies)</li><li>They are in one of the directories defined by the include_path parameter</li><li>They are in the directory defined by the K_PATH_FONTS constant</li></ul><br />
4851. * @param string $family Family font. It can be either a name defined by AddFont() or one of the standard Type1 families (case insensitive):<ul><li>times (Times-Roman)</li><li>timesb (Times-Bold)</li><li>timesi (Times-Italic)</li><li>timesbi (Times-BoldItalic)</li><li>helvetica (Helvetica)</li><li>helveticab (Helvetica-Bold)</li><li>helveticai (Helvetica-Oblique)</li><li>helveticabi (Helvetica-BoldOblique)</li><li>courier (Courier)</li><li>courierb (Courier-Bold)</li><li>courieri (Courier-Oblique)</li><li>courierbi (Courier-BoldOblique)</li><li>symbol (Symbol)</li><li>zapfdingbats (ZapfDingbats)</li></ul> It is also possible to pass an empty string. In that case, the current family is retained.
4852. * @param string $style Font style. Possible values are (case insensitive):<ul><li>empty string: regular</li><li>B: bold</li><li>I: italic</li><li>U: underline</li><li>D: line trough</li><li>O: overline</li></ul> or any combination. The default value is regular. Bold and italic styles do not apply to Symbol and ZapfDingbats basic fonts or other fonts when not defined.
4853. * @param float $size Font size in points. The default value is the current size. If no size has been specified since the beginning of the document, the value taken is 12
4854. * @param string $fontfile The font definition file. By default, the name is built from the family and style, in lower case with no spaces.
4855. * @param mixed $subset if true embedd only a subset of the font (stores only the information related to the used characters); if false embedd full font; if 'default' uses the default value set using setFontSubsetting(). This option is valid only for TrueTypeUnicode fonts. If you want to enable users to change the document, set this parameter to false. If you subset the font, the person who receives your PDF would need to have your same font in order to make changes to your PDF. The file size of the PDF would also be smaller because you are embedding only part of a font.
4856. * @author Nicola Asuni
4857. * @access public
4858. * @since 1.0
4859. * @see AddFont(), SetFontSize()
4860. */
4861. public function SetFont($family, $style='', $size=0, $fontfile='', $subset='default') {
4862. //Select a font; size given in points
4863. if ($size == 0) {
4864. $size = $this-> FontSizePt;
4865. }
4866. // try to add font (if not already added)
4867. $fontdata = $this-> AddFont($family, $style, $fontfile, $subset);
4868. $this-> FontFamily = $fontdata['family'];
4869. $this-> FontStyle = $fontdata['style'];
4870. $this-> CurrentFont = $this-> getFontBuffer($fontdata['fontkey']);
4871. $this-> SetFontSize($size);
4872. }
4874. /**
4875. * Defines the size of the current font.
4876. * @param float $size The size (in points)
4877. * @param boolean $out if true output the font size command, otherwise only set the font properties.
4878. * @access public
4879. * @since 1.0
4880. * @see SetFont()
4881. */
4882. public function SetFontSize($size, $out=true) {
4883. // font size in points
4884. $this-> FontSizePt = $size;
4885. // font size in user units
4886. $this-> FontSize = $size / $this-> k;
4887. // calculate some font metrics
4888. if (isset($this-> CurrentFont['desc']['FontBBox'])) {
4889. $bbox = explode(' ', substr($this-> CurrentFont['desc']['FontBBox'], 1, -1));
4890. $font_height = (( intval($bbox[3]) - intval($bbox[1])) * $size / 1000);
4891. } else {
4892. $font_height = $size * 1.219;
4893. }
4894. if (isset($this-> CurrentFont['desc']['Ascent']) AND ($this-> CurrentFont['desc']['Ascent'] > 0)) {
4895. $font_ascent = ($this-> CurrentFont['desc']['Ascent'] * $size / 1000);
4896. }
4897. if (isset($this-> CurrentFont['desc']['Descent']) AND ($this-> CurrentFont['desc']['Descent'] <= 0)) {
4898. $font_descent = (- $this-> CurrentFont['desc']['Descent'] * $size / 1000);
4899. }
4900. if (!isset($font_ascent) AND !isset($font_descent)) {
4901. // core font
4902. $font_ascent = 0.76 * $font_height;
4903. $font_descent = $font_height - $font_ascent;
4904. } elseif (!isset($font_descent)) {
4905. $font_descent = $font_height - $font_ascent;
4906. } elseif (!isset($font_ascent)) {
4907. $font_ascent = $font_height - $font_descent;
4908. }
4909. $this-> FontAscent = $font_ascent / $this-> k;
4910. $this-> FontDescent = $font_descent / $this-> k;
4911. if ($out AND ($this-> page > 0) AND (isset($this-> CurrentFont['i']))) {
4912. $this->_out( sprintf('BT /F%d %.2F Tf ET', $this-> CurrentFont['i'], $this-> FontSizePt));
4913. }
4914. }
4916. /**
4917. * Return the font descent value
4918. * @param string $font font name
4919. * @param string $style font style
4920. * @param float $size The size (in points)
4921. * @return int font descent
4922. * @access public
4923. * @author Nicola Asuni
4924. * @since 4.9.003 (2010-03-30)
4925. */
4926. public function getFontDescent($font, $style='', $size=0) {
4927. $fontdata = $this-> AddFont($font, $style);
4928. $fontinfo = $this-> getFontBuffer($fontdata['fontkey']);
4929. if (isset($fontinfo['desc']['Descent']) AND ($fontinfo['desc']['Descent'] <= 0)) {
4930. $descent = (- $fontinfo['desc']['Descent'] * $size / 1000);
4931. } else {
4932. $descent = 1.219 * 0.24 * $size;
4933. }
4934. return ($descent / $this-> k);
4935. }
4937. /**
4938. * Return the font ascent value
4939. * @param string $font font name
4940. * @param string $style font style
4941. * @param float $size The size (in points)
4942. * @return int font ascent
4943. * @access public
4944. * @author Nicola Asuni
4945. * @since 4.9.003 (2010-03-30)
4946. */
4947. public function getFontAscent($font, $style='', $size=0) {
4948. $fontdata = $this-> AddFont($font, $style);
4949. $fontinfo = $this-> getFontBuffer($fontdata['fontkey']);
4950. if (isset($fontinfo['desc']['Ascent']) AND ($fontinfo['desc']['Ascent'] > 0)) {
4951. $ascent = ($fontinfo['desc']['Ascent'] * $size / 1000);
4952. } else {
4953. $ascent = 1.219 * 0.76 * $size;
4954. }
4955. return ($ascent / $this-> k);
4956. }
4958. /**
4959. * Defines the default monospaced font.
4960. * @param string $font Font name.
4961. * @access public
4962. * @since 4.5.025
4963. */
4964. public function SetDefaultMonospacedFont($font) {
4965. $this-> default_monospaced_font = $font;
4966. }
4968. /**
4969. * Creates a new internal link and returns its identifier. An internal link is a clickable area which directs to another place within the document.<br />
4970. * The identifier can then be passed to Cell(), Write(), Image() or Link(). The destination is defined with SetLink().
4971. * @access public
4972. * @since 1.5
4973. * @see Cell(), Write(), Image(), Link(), SetLink()
4974. */
4975. public function AddLink() {
4976. //Create a new internal link
4977. $n = count($this-> links) + 1;
4978. $this-> links[$n] = array(0, 0);
4979. return $n;
4980. }
4982. /**
4983. * Defines the page and position a link points to.
4984. * @param int $link The link identifier returned by AddLink()
4985. * @param float $y Ordinate of target position; -1 indicates the current position. The default value is 0 (top of page)
4986. * @param int $page Number of target page; -1 indicates the current page. This is the default value
4987. * @access public
4988. * @since 1.5
4989. * @see AddLink()
4990. */
4991. public function SetLink($link, $y=0, $page=-1) {
4992. if ($y == -1) {
4993. $y = $this-> y;
4994. }
4995. if ($page == -1) {
4996. $page = $this-> page;
4997. }
4998. $this-> links[$link] = array($page, $y);
4999. }
5001. /**
5002. * Puts a link on a rectangular area of the page.
5003. * Text or image links are generally put via Cell(), Write() or Image(), but this method can be useful for instance to define a clickable area inside an image.
5004. * @param float $x Abscissa of the upper-left corner of the rectangle
5005. * @param float $y Ordinate of the upper-left corner of the rectangle
5006. * @param float $w Width of the rectangle
5007. * @param float $h Height of the rectangle
5008. * @param mixed $link URL or identifier returned by AddLink()
5009. * @param int $spaces number of spaces on the text to link
5010. * @access public
5011. * @since 1.5
5012. * @see AddLink(), Annotation(), Cell(), Write(), Image()
5013. */
5014. public function Link($x, $y, $w, $h, $link, $spaces=0) {
5015. $this-> Annotation($x, $y, $w, $h, $link, array('Subtype'=>'Link'), $spaces);
5016. }
5018. /**
5019. * Puts a markup annotation on a rectangular area of the page.
5020. * !!!!THE ANNOTATION SUPPORT IS NOT YET FULLY IMPLEMENTED !!!!
5021. * @param float $x Abscissa of the upper-left corner of the rectangle
5022. * @param float $y Ordinate of the upper-left corner of the rectangle
5023. * @param float $w Width of the rectangle
5024. * @param float $h Height of the rectangle
5025. * @param string $text annotation text or alternate content
5026. * @param array $opt array of options (see section 8.4 of PDF reference 1.7).
5027. * @param int $spaces number of spaces on the text to link
5028. * @access public
5029. * @since 4.0.018 (2008-08-06)
5030. */
5031. public function Annotation($x, $y, $w, $h, $text, $opt=array('Subtype'=>'Text'), $spaces=0) {
5032. if ($this-> inxobj) {
5033. // store parameters for later use on template
5034. $this-> xobjects[$this-> xobjid]['annotations'][] = array('x' => $x, 'y' => $y, 'w' => $w, 'h' => $h, 'text' => $text, 'opt' => $opt, 'spaces' => $spaces);
5035. return;
5036. }
5037. if ($x === '') {
5038. $x = $this-> x;
5039. }
5040. if ($y === '') {
5041. $y = $this-> y;
5042. }
5043. // check page for no-write regions and adapt page margins if necessary
5044. $this-> checkPageRegions($h, $x, $y);
5045. // recalculate coordinates to account for graphic transformations
5046. if (isset($this-> transfmatrix) AND ! empty($this-> transfmatrix)) {
5047. for ($i=$this-> transfmatrix_key; $i > 0; --$i) {
5048. $maxid = count($this-> transfmatrix[$i]) - 1;
5049. for ($j=$maxid; $j >= 0; --$j) {
5050. $ctm = $this-> transfmatrix[$i][$j];
5051. if (isset($ctm['a'])) {
5052. $x = $x * $this-> k;
5053. $y = ($this-> h - $y) * $this-> k;
5054. $w = $w * $this-> k;
5055. $h = $h * $this-> k;
5056. // top left
5057. $xt = $x;
5058. $yt = $y;
5059. $x1 = ($ctm['a'] * $xt) + ($ctm['c'] * $yt) + $ctm['e'];
5060. $y1 = ($ctm['b'] * $xt) + ($ctm['d'] * $yt) + $ctm['f'];
5061. // top right
5062. $xt = $x + $w;
5063. $yt = $y;
5064. $x2 = ($ctm['a'] * $xt) + ($ctm['c'] * $yt) + $ctm['e'];
5065. $y2 = ($ctm['b'] * $xt) + ($ctm['d'] * $yt) + $ctm['f'];
5066. // bottom left
5067. $xt = $x;
5068. $yt = $y - $h;
5069. $x3 = ($ctm['a'] * $xt) + ($ctm['c'] * $yt) + $ctm['e'];
5070. $y3 = ($ctm['b'] * $xt) + ($ctm['d'] * $yt) + $ctm['f'];
5071. // bottom right
5072. $xt = $x + $w;
5073. $yt = $y - $h;
5074. $x4 = ($ctm['a'] * $xt) + ($ctm['c'] * $yt) + $ctm['e'];
5075. $y4 = ($ctm['b'] * $xt) + ($ctm['d'] * $yt) + $ctm['f'];
5076. // new coordinates (rectangle area)
5077. $x = min($x1, $x2, $x3, $x4);
5078. $y = max($y1, $y2, $y3, $y4);
5079. $w = ( max($x1, $x2, $x3, $x4) - $x) / $this-> k;
5080. $h = ($y - min($y1, $y2, $y3, $y4)) / $this-> k;
5081. $x = $x / $this-> k;
5082. $y = $this-> h - ($y / $this-> k);
5083. }
5084. }
5085. }
5086. }
5087. if ($this-> page <= 0) {
5088. $page = 1;
5089. } else {
5090. $page = $this-> page;
5091. }
5092. if (!isset($this-> PageAnnots[$page])) {
5093. $this-> PageAnnots[$page] = array();
5094. }
5095. ++$this-> n;
5096. $this-> PageAnnots[$page][] = array('n' => $this-> n, 'x' => $x, 'y' => $y, 'w' => $w, 'h' => $h, 'txt' => $text, 'opt' => $opt, 'numspaces' => $spaces);
5097. if ((($opt['Subtype'] == 'FileAttachment') OR ($opt['Subtype'] == 'Sound')) AND (!$this-> empty_string($opt['FS'])) AND file_exists($opt['FS']) AND (!isset($this-> embeddedfiles[ basename($opt['FS'])]))) {
5098. ++$this-> n;
5099. $this-> embeddedfiles[ basename($opt['FS'])] = array('n' => $this-> n, 'file' => $opt['FS']);
5100. }
5101. // Add widgets annotation's icons
5102. if (isset($opt['mk']['i']) AND file_exists($opt['mk']['i'])) {
5103. $this-> Image($opt['mk']['i'], '', '', 10, 10, '', '', '', false, 300, '', false, false, 0, false, true);
5104. }
5105. if (isset($opt['mk']['ri']) AND file_exists($opt['mk']['ri'])) {
5106. $this-> Image($opt['mk']['ri'], '', '', 0, 0, '', '', '', false, 300, '', false, false, 0, false, true);
5107. }
5108. if (isset($opt['mk']['ix']) AND file_exists($opt['mk']['ix'])) {
5109. $this-> Image($opt['mk']['ix'], '', '', 0, 0, '', '', '', false, 300, '', false, false, 0, false, true);
5110. }
5111. }
5113. /**
5114. * Embedd the attached files.
5115. * @since 4.4.000 (2008-12-07)
5116. * @access protected
5117. * @see Annotation()
5118. */
5119. protected function _putEmbeddedFiles() {
5120. reset($this-> embeddedfiles);
5121. foreach ($this-> embeddedfiles as $filename => $filedata) {
5122. $data = file_get_contents($filedata['file']);
5123. $filter = '';
5124. if ($this-> compress) {
5125. $data = gzcompress($data);
5126. $filter = ' /Filter /FlateDecode';
5127. }
5128. $stream = $this->_getrawstream($data, $filedata['n']);
5129. $out = $this->_getobj($filedata['n'])."\n";
5130. $out .= '<< /Type /EmbeddedFile'.$filter.' /Length '.strlen($stream).' >>';
5131. $out .= ' stream'."\n".$stream."\n".'endstream';
5132. $out .= "\n".'endobj';
5133. $this->_out($out);
5134. }
5135. }
5137. /**
5138. * Prints a text cell at the specified position.
5139. * The origin is on the left of the first charcter, on the baseline.
5140. * This method allows to place a string precisely on the page.
5141. * @param float $x Abscissa of the cell origin
5142. * @param float $y Ordinate of the cell origin
5143. * @param string $txt String to print
5144. * @param int $fstroke outline size in user units (false = disable)
5145. * @param boolean $fclip if true activate clipping mode (you must call StartTransform() before this function and StopTransform() to stop the clipping tranformation).
5146. * @param boolean $ffill if true fills the text
5147. * @param mixed $border Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
5148. * @param int $ln Indicates where the current position should go after the call. Possible values are:<ul><li>0: to the right (or left for RTL languages)</li><li>1: to the beginning of the next line</li><li>2: below</li></ul>Putting 1 is equivalent to putting 0 and calling Ln() just after. Default value: 0.
5149. * @param string $align Allows to center or align the text. Possible values are:<ul><li>L or empty string: left align (default value)</li><li>C: center</li><li>R: right align</li><li>J: justify</li></ul>
5150. * @param boolean $fill Indicates if the cell background must be painted (true) or transparent (false).
5151. * @param mixed $link URL or identifier returned by AddLink().
5152. * @param int $stretch font stretch mode: <ul><li>0 = disabled</li><li>1 = horizontal scaling only if text is larger than cell width</li><li>2 = forced horizontal scaling to fit cell width</li><li>3 = character spacing only if text is larger than cell width</li><li>4 = forced character spacing to fit cell width</li></ul> General font stretching and scaling values will be preserved when possible.
5153. * @param boolean $ignore_min_height if true ignore automatic minimum height value.
5154. * @param string $calign cell vertical alignment relative to the specified Y value. Possible values are:<ul><li>T : cell top</li><li>A : font top</li><li>L : font baseline</li><li>D : font bottom</li><li>B : cell bottom</li></ul>
5155. * @param string $valign text vertical alignment inside the cell. Possible values are:<ul><li>T : top</li><li>C : center</li><li>B : bottom</li></ul>
5156. * @param boolean $rtloff if true uses the page top-left corner as origin of axis for $x and $y initial position.
5157. * @access public
5158. * @since 1.0
5159. * @see Cell(), Write(), MultiCell(), WriteHTML(), WriteHTMLCell()
5160. */
5161. public function Text($x, $y, $txt, $fstroke=false, $fclip=false, $ffill=true, $border=0, $ln=0, $align='', $fill=false, $link='', $stretch=0, $ignore_min_height=false, $calign='T', $valign='M', $rtloff=false) {
5162. $textrendermode = $this-> textrendermode;
5163. $textstrokewidth = $this-> textstrokewidth;
5164. $this-> setTextRenderingMode($fstroke, $ffill, $fclip);
5165. $this-> SetXY($x, $y, $rtloff);
5166. $this-> Cell(0, 0, $txt, $border, $ln, $align, $fill, $link, $stretch, $ignore_min_height, $calign, $valign);
5167. // restore previous rendering mode
5168. $this-> textrendermode = $textrendermode;
5169. $this-> textstrokewidth = $textstrokewidth;
5170. }
5172. /**
5173. * Whenever a page break condition is met, the method is called, and the break is issued or not depending on the returned value.
5174. * The default implementation returns a value according to the mode selected by SetAutoPageBreak().<br />
5175. * This method is called automatically and should not be called directly by the application.
5176. * @return boolean
5177. * @access public
5178. * @since 1.4
5179. * @see SetAutoPageBreak()
5180. */
5181. public function AcceptPageBreak() {
5182. if ($this-> num_columns > 1) {
5183. // multi column mode
5184. if($this-> current_column < ($this-> num_columns - 1)) {
5185. // go to next column
5186. $this-> selectColumn($this-> current_column + 1);
5187. } else {
5188. // add a new page
5189. $this-> AddPage();
5190. // set first column
5191. $this-> selectColumn(0);
5192. }
5193. // avoid page breaking from checkPageBreak()
5194. return false;
5195. }
5196. return $this-> AutoPageBreak;
5197. }
5199. /**
5200. * Add page if needed.
5201. * @param float $h Cell height. Default value: 0.
5202. * @param mixed $y starting y position, leave empty for current position.
5203. * @param boolean $addpage if true add a page, otherwise only return the true/false state
5204. * @return boolean true in case of page break, false otherwise.
5205. * @since 3.2.000 (2008-07-01)
5206. * @access protected
5207. */
5208. protected function checkPageBreak($h=0, $y='', $addpage=true) {
5209. if ($this-> empty_string($y)) {
5210. $y = $this-> y;
5211. }
5212. $current_page = $this-> page;
5213. if ((($y + $h) > $this-> PageBreakTrigger) AND (!$this-> InFooter) AND ($this-> AcceptPageBreak())) {
5214. if ($addpage) {
5215. //Automatic page break
5216. $x = $this-> x;
5217. $this-> AddPage($this-> CurOrientation);
5218. $this-> y = $this-> tMargin;
5219. $oldpage = $this-> page - 1;
5220. if ($this-> rtl) {
5221. if ($this-> pagedim[$this-> page]['orm'] != $this-> pagedim[$oldpage]['orm']) {
5222. $this-> x = $x - ($this-> pagedim[$this-> page]['orm'] - $this-> pagedim[$oldpage]['orm']);
5223. } else {
5224. $this-> x = $x;
5225. }
5226. } else {
5227. if ($this-> pagedim[$this-> page]['olm'] != $this-> pagedim[$oldpage]['olm']) {
5228. $this-> x = $x + ($this-> pagedim[$this-> page]['olm'] - $this-> pagedim[$oldpage]['olm']);
5229. } else {
5230. $this-> x = $x;
5231. }
5232. }
5233. }
5234. $this-> newline = true;
5235. return true;
5236. }
5237. if ($current_page != $this-> page) {
5238. // account for columns mode
5239. $this-> newline = true;
5240. return true;
5241. }
5242. return false;
5243. }
5245. /**
5246. * Removes SHY characters from text.
5247. * Unicode Data:<ul>
5248. * <li>Name : SOFT HYPHEN, commonly abbreviated as SHY</li>
5249. * <li>HTML Entity (decimal): &amp;#173;</li>
5250. * <li>HTML Entity (hex): &amp;#xad;</li>
5251. * <li>HTML Entity (named): &amp;shy;</li>
5252. * <li>How to type in Microsoft Windows: [Alt +00AD] or [Alt 0173]</li>
5253. * <li>UTF-8 (hex): 0xC2 0xAD (c2ad)</li>
5254. * <li>UTF-8 character: chr(194).chr(173)</li>
5255. * </ul>
5256. * @param string $txt input string
5257. * @return string without SHY characters.
5258. * @access public
5259. * @since (4.5.019) 2009-02-28
5260. */
5261. public function removeSHY($txt='') {
5262. $txt = preg_replace('/([\\xc2]{1}[\\xad]{1})/', '', $txt);
5263. if (!$this-> isunicode) {
5264. $txt = preg_replace('/([\\xad]{1})/', '', $txt);
5265. }
5266. return $txt;
5267. }
5269. /**
5270. * Prints a cell (rectangular area) with optional borders, background color and character string. The upper-left corner of the cell corresponds to the current position. The text can be aligned or centered. After the call, the current position moves to the right or to the next line. It is possible to put a link on the text.<br />
5271. * If automatic page breaking is enabled and the cell goes beyond the limit, a page break is done before outputting.
5272. * @param float $w Cell width. If 0, the cell extends up to the right margin.
5273. * @param float $h Cell height. Default value: 0.
5274. * @param string $txt String to print. Default value: empty string.
5275. * @param mixed $border Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
5276. * @param int $ln Indicates where the current position should go after the call. Possible values are:<ul><li>0: to the right (or left for RTL languages)</li><li>1: to the beginning of the next line</li><li>2: below</li></ul> Putting 1 is equivalent to putting 0 and calling Ln() just after. Default value: 0.
5277. * @param string $align Allows to center or align the text. Possible values are:<ul><li>L or empty string: left align (default value)</li><li>C: center</li><li>R: right align</li><li>J: justify</li></ul>
5278. * @param boolean $fill Indicates if the cell background must be painted (true) or transparent (false).
5279. * @param mixed $link URL or identifier returned by AddLink().
5280. * @param int $stretch font stretch mode: <ul><li>0 = disabled</li><li>1 = horizontal scaling only if text is larger than cell width</li><li>2 = forced horizontal scaling to fit cell width</li><li>3 = character spacing only if text is larger than cell width</li><li>4 = forced character spacing to fit cell width</li></ul> General font stretching and scaling values will be preserved when possible.
5281. * @param boolean $ignore_min_height if true ignore automatic minimum height value.
5282. * @param string $calign cell vertical alignment relative to the specified Y value. Possible values are:<ul><li>T : cell top</li><li>C : center</li><li>B : cell bottom</li><li>A : font top</li><li>L : font baseline</li><li>D : font bottom</li></ul>
5283. * @param string $valign text vertical alignment inside the cell. Possible values are:<ul><li>T : top</li><li>C : center</li><li>B : bottom</li></ul>
5284. * @access public
5285. * @since 1.0
5286. * @see SetFont(), SetDrawColor(), SetFillColor(), SetTextColor(), SetLineWidth(), AddLink(), Ln(), MultiCell(), Write(), SetAutoPageBreak()
5287. */
5288. public function Cell($w, $h=0, $txt='', $border=0, $ln=0, $align='', $fill=false, $link='', $stretch=0, $ignore_min_height=false, $calign='T', $valign='M') {
5289. $prev_cell_margin = $this-> cell_margin;
5290. $prev_cell_padding = $this-> cell_padding;
5291. $this-> adjustCellPadding($border);
5292. if (!$ignore_min_height) {
5293. $min_cell_height = ($this-> FontSize * $this-> cell_height_ratio) + $this-> cell_padding['T'] + $this-> cell_padding['B'];
5294. if ($h < $min_cell_height) {
5295. $h = $min_cell_height;
5296. }
5297. }
5298. $this-> checkPageBreak($h + $this-> cell_margin['T'] + $this-> cell_margin['B']);
5299. $this->_out($this-> getCellCode($w, $h, $txt, $border, $ln, $align, $fill, $link, $stretch, true, $calign, $valign));
5300. $this-> cell_padding = $prev_cell_padding;
5301. $this-> cell_margin = $prev_cell_margin;
5302. }
5304. /**
5305. * Returns the PDF string code to print a cell (rectangular area) with optional borders, background color and character string. The upper-left corner of the cell corresponds to the current position. The text can be aligned or centered. After the call, the current position moves to the right or to the next line. It is possible to put a link on the text.<br />
5306. * If automatic page breaking is enabled and the cell goes beyond the limit, a page break is done before outputting.
5307. * @param float $w Cell width. If 0, the cell extends up to the right margin.
5308. * @param float $h Cell height. Default value: 0.
5309. * @param string $txt String to print. Default value: empty string.
5310. * @param mixed $border Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
5311. * @param int $ln Indicates where the current position should go after the call. Possible values are:<ul><li>0: to the right (or left for RTL languages)</li><li>1: to the beginning of the next line</li><li>2: below</li></ul>Putting 1 is equivalent to putting 0 and calling Ln() just after. Default value: 0.
5312. * @param string $align Allows to center or align the text. Possible values are:<ul><li>L or empty string: left align (default value)</li><li>C: center</li><li>R: right align</li><li>J: justify</li></ul>
5313. * @param boolean $fill Indicates if the cell background must be painted (true) or transparent (false).
5314. * @param mixed $link URL or identifier returned by AddLink().
5315. * @param int $stretch font stretch mode: <ul><li>0 = disabled</li><li>1 = horizontal scaling only if text is larger than cell width</li><li>2 = forced horizontal scaling to fit cell width</li><li>3 = character spacing only if text is larger than cell width</li><li>4 = forced character spacing to fit cell width</li></ul> General font stretching and scaling values will be preserved when possible.
5316. * @param boolean $ignore_min_height if true ignore automatic minimum height value.
5317. * @param string $calign cell vertical alignment relative to the specified Y value. Possible values are:<ul><li>T : cell top</li><li>C : center</li><li>B : cell bottom</li><li>A : font top</li><li>L : font baseline</li><li>D : font bottom</li></ul>
5318. * @param string $valign text vertical alignment inside the cell. Possible values are:<ul><li>T : top</li><li>M : middle</li><li>B : bottom</li></ul>
5319. * @return string containing cell code
5320. * @access protected
5321. * @since 1.0
5322. * @see Cell()
5323. */
5324. protected function getCellCode($w, $h=0, $txt='', $border=0, $ln=0, $align='', $fill=false, $link='', $stretch=0, $ignore_min_height=false, $calign='T', $valign='M') {
5325. $prev_cell_margin = $this-> cell_margin;
5326. $prev_cell_padding = $this-> cell_padding;
5327. $txt = $this-> removeSHY($txt);
5328. $rs = ''; //string to be returned
5329. $this-> adjustCellPadding($border);
5330. if (!$ignore_min_height) {
5331. $min_cell_height = ($this-> FontSize * $this-> cell_height_ratio) + $this-> cell_padding['T'] + $this-> cell_padding['B'];
5332. if ($h < $min_cell_height) {
5333. $h = $min_cell_height;
5334. }
5335. }
5336. // check page for no-write regions and adapt page margins if necessary
5337. $this-> checkPageRegions($h);
5338. $k = $this-> k;
5339. if ($this-> rtl) {
5340. $x = $this-> x - $this-> cell_margin['R'];
5341. } else {
5342. $x = $this-> x + $this-> cell_margin['L'];
5343. }
5344. $y = $this-> y + $this-> cell_margin['T'];
5345. $prev_font_stretching = $this-> font_stretching;
5346. $prev_font_spacing = $this-> font_spacing;
5347. // cell vertical alignment
5348. switch ($calign) {
5349. case 'A': {
5350. // font top
5351. switch ($valign) {
5352. case 'T': {
5353. // top
5354. $y -= $this-> cell_padding['T'];
5355. break;
5356. }
5357. case 'B': {
5358. // bottom
5359. $y -= ($h - $this-> cell_padding['B'] - $this-> FontAscent - $this-> FontDescent);
5360. break;
5361. }
5362. default:
5363. case 'C':
5364. case 'M': {
5365. // center
5366. $y -= (($h - $this-> FontAscent - $this-> FontDescent) / 2);
5367. break;
5368. }
5369. }
5370. break;
5371. }
5372. case 'L': {
5373. // font baseline
5374. switch ($valign) {
5375. case 'T': {
5376. // top
5377. $y -= ($this-> cell_padding['T'] + $this-> FontAscent);
5378. break;
5379. }
5380. case 'B': {
5381. // bottom
5382. $y -= ($h - $this-> cell_padding['B'] - $this-> FontDescent);
5383. break;
5384. }
5385. default:
5386. case 'C':
5387. case 'M': {
5388. // center
5389. $y -= (($h + $this-> FontAscent - $this-> FontDescent) / 2);
5390. break;
5391. }
5392. }
5393. break;
5394. }
5395. case 'D': {
5396. // font bottom
5397. switch ($valign) {
5398. case 'T': {
5399. // top
5400. $y -= ($this-> cell_padding['T'] + $this-> FontAscent + $this-> FontDescent);
5401. break;
5402. }
5403. case 'B': {
5404. // bottom
5405. $y -= ($h - $this-> cell_padding['B']);
5406. break;
5407. }
5408. default:
5409. case 'C':
5410. case 'M': {
5411. // center
5412. $y -= (($h + $this-> FontAscent + $this-> FontDescent) / 2);
5413. break;
5414. }
5415. }
5416. break;
5417. }
5418. case 'B': {
5419. // cell bottom
5420. $y -= $h;
5421. break;
5422. }
5423. case 'C':
5424. case 'M': {
5425. // cell center
5426. $y -= ($h / 2);
5427. break;
5428. }
5429. default:
5430. case 'T': {
5431. // cell top
5432. break;
5433. }
5434. }
5435. // text vertical alignment
5436. switch ($valign) {
5437. case 'T': {
5438. // top
5439. $yt = $y + $this-> cell_padding['T'];
5440. break;
5441. }
5442. case 'B': {
5443. // bottom
5444. $yt = $y + $h - $this-> cell_padding['B'] - $this-> FontAscent - $this-> FontDescent;
5445. break;
5446. }
5447. default:
5448. case 'C':
5449. case 'M': {
5450. // center
5451. $yt = $y + (($h - $this-> FontAscent - $this-> FontDescent) / 2);
5452. break;
5453. }
5454. }
5455. $basefonty = $yt + $this-> FontAscent;
5456. if ($this-> empty_string($w) OR ($w <= 0)) {
5457. if ($this-> rtl) {
5458. $w = $x - $this-> lMargin;
5459. } else {
5460. $w = $this-> w - $this-> rMargin - $x;
5461. }
5462. }
5463. $s = '';
5464. // fill and borders
5465. if ( is_string($border) AND ( strlen($border) == 4)) {
5466. // full border
5467. $border = 1;
5468. }
5469. if ($fill OR ($border == 1)) {
5470. if ($fill) {
5471. $op = ($border == 1) ? 'B' : 'f';
5472. } else {
5473. $op = 'S';
5474. }
5475. if ($this-> rtl) {
5476. $xk = (($x - $w) * $k);
5477. } else {
5478. $xk = ($x * $k);
5479. }
5480. $s .= sprintf('%.2F %.2F %.2F %.2F re %s ', $xk, (($this-> h - $y) * $k), ($w * $k), (-$h * $k), $op);
5481. }
5482. // draw borders
5483. $s .= $this-> getCellBorder($x, $y, $w, $h, $border);
5484. if ($txt != '') {
5485. $txt2 = $txt;
5486. if ($this-> isunicode) {
5487. if (($this-> CurrentFont['type'] == 'core') OR ($this-> CurrentFont['type'] == 'TrueType') OR ($this-> CurrentFont['type'] == 'Type1')) {
5488. $txt2 = $this-> UTF8ToLatin1($txt2);
5489. } else {
5490. $unicode = $this-> UTF8StringToArray($txt); // array of UTF-8 unicode values
5491. $unicode = $this-> utf8Bidi($unicode, '', $this-> tmprtl);
5492. if ( defined('K_THAI_TOPCHARS') AND ( K_THAI_TOPCHARS == true)) {
5493. // ---- Fix for bug #2977340 "Incorrect Thai characters position arrangement" ----
5494. // NOTE: this doesn't work with HTML justification
5495. // Symbols that could overlap on the font top (only works in LTR)
5496. $topchar = array(3611, 3613, 3615, 3650, 3651, 3652); // chars that extends on top
5497. $topsym = array(3633, 3636, 3637, 3638, 3639, 3655, 3656, 3657, 3658, 3659, 3660, 3661, 3662); // symbols with top position
5498. $numchars = count($unicode); // number of chars
5499. $unik = 0;
5500. $uniblock = array();
5501. $uniblock[$unik] = array();
5502. $uniblock[$unik][] = $unicode[0];
5503. // resolve overlapping conflicts by splitting the string in several parts
5504. for ($i = 1; $i < $numchars; ++$i) {
5505. // check if symbols overlaps at top
5506. if ( in_array($unicode[$i], $topsym) AND ( in_array($unicode[($i - 1)], $topsym) OR in_array($unicode[($i - 1)], $topchar))) {
5507. // move symbols to another array
5508. ++$unik;
5509. $uniblock[$unik] = array();
5510. $uniblock[$unik][] = $unicode[$i];
5511. ++$unik;
5512. $uniblock[$unik] = array();
5513. $unicode[$i] = 0x200b; // Unicode Character 'ZERO WIDTH SPACE' (DEC:8203, U+200B)
5514. } else {
5515. $uniblock[$unik][] = $unicode[$i];
5516. }
5517. }
5518. // ---- END OF Fix for bug #2977340
5519. }
5520. $txt2 = $this-> arrUTF8ToUTF16BE($unicode, false);
5521. }
5522. }
5523. $txt2 = $this->_escape($txt2);
5524. // get current text width (considering general font stretching and spacing)
5525. $txwidth = $this-> GetStringWidth($txt);
5526. $width = $txwidth;
5527. // check for stretch mode
5528. if ($stretch > 0) {
5529. // calculate ratio between cell width and text width
5530. if ($width <= 0) {
5531. $ratio = 1;
5532. } else {
5533. $ratio = (($w - $this-> cell_padding['L'] - $this-> cell_padding['R']) / $width);
5534. }
5535. // check if stretching is required
5536. if (($ratio < 1) OR (($ratio > 1) AND (($stretch % 2) == 0))) {
5537. // the text will be stretched to fit cell width
5538. if ($stretch > 2) {
5539. // set new character spacing
5540. $this-> font_spacing += ($w - $this-> cell_padding['L'] - $this-> cell_padding['R'] - $width) / ( max(($this-> GetNumChars($txt) - 1), 1) * ($this-> font_stretching / 100));
5541. } else {
5542. // set new horizontal stretching
5543. $this-> font_stretching *= $ratio;
5544. }
5545. // recalculate text width (the text fills the entire cell)
5546. $width = $w - $this-> cell_padding['L'] - $this-> cell_padding['R'];
5547. // reset alignment
5548. $align = '';
5549. }
5550. }
5551. if ($this-> font_stretching != 100) {
5552. // apply font stretching
5553. $rs .= sprintf('BT %.2F Tz ET ', $this-> font_stretching);
5554. }
5555. if ($this-> font_spacing != 0) {
5556. // increase/decrease font spacing
5557. $rs .= sprintf('BT %.2F Tc ET ', ($this-> font_spacing * $this-> k));
5558. }
5559. if ($this-> ColorFlag) {
5560. $s .= 'q '.$this-> TextColor.' ';
5561. }
5562. // rendering mode
5563. $s .= sprintf('BT %d Tr %.2F w ET ', $this-> textrendermode, $this-> textstrokewidth);
5564. // count number of spaces
5565. $ns = substr_count($txt, chr(32));
5566. // Justification
5567. $spacewidth = 0;
5568. if (($align == 'J') AND ($ns > 0)) {
5569. if ($this-> isUnicodeFont()) {
5570. // get string width without spaces
5571. $width = $this-> GetStringWidth( str_replace(' ', '', $txt));
5572. // calculate average space width
5573. $spacewidth = -1000 * ($w - $width - $this-> cell_padding['L'] - $this-> cell_padding['R']) / ($ns?$ns:1) / $this-> FontSize;
5574. if ($this-> font_stretching != 100) {
5575. // word spacing is affected by stretching
5576. $spacewidth /= ($this-> font_stretching / 100);
5577. }
5578. // set word position to be used with TJ operator
5579. $txt2 = str_replace( chr(0).chr(32), ') '.sprintf('%.3F', $spacewidth).' (', $txt2);
5580. $unicode_justification = true;
5581. } else {
5582. // get string width
5583. $width = $txwidth;
5584. // new space width
5585. $spacewidth = (($w - $width - $this-> cell_padding['L'] - $this-> cell_padding['R']) / ($ns?$ns:1)) * $this-> k;
5586. if ($this-> font_stretching != 100) {
5587. // word spacing (Tw) is affected by stretching
5588. $spacewidth /= ($this-> font_stretching / 100);
5589. }
5590. // set word spacing
5591. $rs .= sprintf('BT %.3F Tw ET ', $spacewidth);
5592. }
5593. $width = $w - $this-> cell_padding['L'] - $this-> cell_padding['R'];
5594. }
5595. // replace carriage return characters
5596. $txt2 = str_replace("\r", ' ', $txt2);
5597. switch ($align) {
5598. case 'C': {
5599. $dx = ($w - $width) / 2;
5600. break;
5601. }
5602. case 'R': {
5603. if ($this-> rtl) {
5604. $dx = $this-> cell_padding['R'];
5605. } else {
5606. $dx = $w - $width - $this-> cell_padding['R'];
5607. }
5608. break;
5609. }
5610. case 'L': {
5611. if ($this-> rtl) {
5612. $dx = $w - $width - $this-> cell_padding['L'];
5613. } else {
5614. $dx = $this-> cell_padding['L'];
5615. }
5616. break;
5617. }
5618. case 'J':
5619. default: {
5620. if ($this-> rtl) {
5621. $dx = $this-> cell_padding['R'];
5622. } else {
5623. $dx = $this-> cell_padding['L'];
5624. }
5625. break;
5626. }
5627. }
5628. if ($this-> rtl) {
5629. $xdx = $x - $dx - $width;
5630. } else {
5631. $xdx = $x + $dx;
5632. }
5633. $xdk = $xdx * $k;
5634. // print text
5635. $s .= sprintf('BT %.2F %.2F Td [(%s)] TJ ET', $xdk, (($this-> h - $basefonty) * $k), $txt2);
5636. if (isset($uniblock)) {
5637. // print overlapping characters as separate string
5638. $xshift = 0; // horizontal shift
5639. $ty = (($this-> h - $basefonty + (0.2 * $this-> FontSize)) * $k);
5640. $spw = (($w - $txwidth - $this-> cell_padding['L'] - $this-> cell_padding['R']) / ($ns?$ns:1));
5641. foreach ($uniblock as $uk => $uniarr) {
5642. if (($uk % 2) == 0) {
5643. // x space to skip
5644. if ($spacewidth != 0) {
5645. // justification shift
5646. $xshift += ( count( array_keys($uniarr, 32)) * $spw);
5647. }
5648. $xshift += $this-> GetArrStringWidth($uniarr); // + shift justification
5649. } else {
5650. // character to print
5651. $topchr = $this-> arrUTF8ToUTF16BE($uniarr, false);
5652. $topchr = $this->_escape($topchr);
5653. $s .= sprintf(' BT %.2F %.2F Td [(%s)] TJ ET', ($xdk + ($xshift * $k)), $ty, $topchr);
5654. }
5655. }
5656. }
5657. if ($this-> underline) {
5658. $s .= ' '.$this->_dounderlinew($xdx, $basefonty, $width);
5659. }
5660. if ($this-> linethrough) {
5661. $s .= ' '.$this->_dolinethroughw($xdx, $basefonty, $width);
5662. }
5663. if ($this-> overline) {
5664. $s .= ' '.$this->_dooverlinew($xdx, $basefonty, $width);
5665. }
5666. if ($this-> ColorFlag) {
5667. $s .= ' Q';
5668. }
5669. if ($link) {
5670. $this-> Link($xdx, $yt, $width, ($this-> FontAscent + $this-> FontDescent), $link, $ns);
5671. }
5672. }
5673. // output cell
5674. if ($s) {
5675. // output cell
5676. $rs .= $s;
5677. if ($this-> font_spacing != 0) {
5678. // reset font spacing mode
5679. $rs .= ' BT 0 Tc ET';
5680. }
5681. if ($this-> font_stretching != 100) {
5682. // reset font stretching mode
5683. $rs .= ' BT 100 Tz ET';
5684. }
5685. }
5686. // reset word spacing
5687. if (!$this-> isUnicodeFont() AND ($align == 'J')) {
5688. $rs .= ' BT 0 Tw ET';
5689. }
5690. // reset stretching and spacing
5691. $this-> font_stretching = $prev_font_stretching;
5692. $this-> font_spacing = $prev_font_spacing;
5693. $this-> lasth = $h;
5694. if ($ln > 0) {
5695. //Go to the beginning of the next line
5696. $this-> y = $y + $h + $this-> cell_margin['B'];
5697. if ($ln == 1) {
5698. if ($this-> rtl) {
5699. $this-> x = $this-> w - $this-> rMargin;
5700. } else {
5701. $this-> x = $this-> lMargin;
5702. }
5703. }
5704. } else {
5705. // go left or right by case
5706. if ($this-> rtl) {
5707. $this-> x = $x - $w - $this-> cell_margin['L'];
5708. } else {
5709. $this-> x = $x + $w + $this-> cell_margin['R'];
5710. }
5711. }
5712. $gstyles = ''.$this-> linestyleWidth.' '.$this-> linestyleCap.' '.$this-> linestyleJoin.' '.$this-> linestyleDash.' '.$this-> DrawColor.' '.$this-> FillColor."\n";
5713. $rs = $gstyles.$rs;
5714. $this-> cell_padding = $prev_cell_padding;
5715. $this-> cell_margin = $prev_cell_margin;
5716. return $rs;
5717. }
5719. /**
5720. * Returns the code to draw the cell border
5721. * @param float $x X coordinate.
5722. * @param float $y Y coordinate.
5723. * @param float $w Cell width.
5724. * @param float $h Cell height.
5725. * @param mixed $brd Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
5726. * @param string $mode border position respect the square edge: normal: centered; ext: external; int: internal;
5727. * @return string containing cell border code
5728. * @access protected
5729. * @see SetLineStyle()
5730. * @since 5.7.000 (2010-08-02)
5731. */
5732. protected function getCellBorder($x, $y, $w, $h, $brd) {
5733. $s = ''; // string to be returned
5734. if (empty($brd)) {
5735. return $s;
5736. }
5737. if ($brd == 1) {
5738. $brd = array('LRTB' => true);
5739. }
5740. // calculate coordinates for border
5741. $k = $this-> k;
5742. if ($this-> rtl) {
5743. $xeL = ($x - $w) * $k;
5744. $xeR = $x * $k;
5745. } else {
5746. $xeL = $x * $k;
5747. $xeR = ($x + $w) * $k;
5748. }
5749. $yeL = (($this-> h - ($y + $h)) * $k);
5750. $yeT = (($this-> h - $y) * $k);
5751. $xeT = $xeL;
5752. $xeB = $xeR;
5753. $yeR = $yeT;
5754. $yeB = $yeL;
5755. if ( is_string($brd)) {
5756. // convert string to array
5757. $slen = strlen($brd);
5758. $newbrd = array();
5759. for ($i = 0; $i < $slen; ++$i) {
5760. $newbrd[$brd{$i}] = array('cap' => 'square', 'join' => 'miter');
5761. }
5762. $brd = $newbrd;
5763. }
5764. if (isset($brd['mode'])) {
5765. $mode = $brd['mode'];
5766. unset($brd['mode']);
5767. } else {
5768. $mode = 'normal';
5769. }
5770. foreach ($brd as $border => $style) {
5771. if ( is_array($style) AND ! empty($style)) {
5772. // apply border style
5773. $prev_style = $this-> linestyleWidth.' '.$this-> linestyleCap.' '.$this-> linestyleJoin.' '.$this-> linestyleDash.' '.$this-> DrawColor.' ';
5774. $s .= $this-> SetLineStyle($style, true)."\n";
5775. }
5776. switch ($mode) {
5777. case 'ext': {
5778. $off = (($this-> LineWidth / 2) * $k);
5779. $xL = $xeL - $off;
5780. $xR = $xeR + $off;
5781. $yT = $yeT + $off;
5782. $yL = $yeL - $off;
5783. $xT = $xL;
5784. $xB = $xR;
5785. $yR = $yT;
5786. $yB = $yL;
5787. $w += $this-> LineWidth;
5788. $h += $this-> LineWidth;
5789. break;
5790. }
5791. case 'int': {
5792. $off = ($this-> LineWidth / 2) * $k;
5793. $xL = $xeL + $off;
5794. $xR = $xeR - $off;
5795. $yT = $yeT - $off;
5796. $yL = $yeL + $off;
5797. $xT = $xL;
5798. $xB = $xR;
5799. $yR = $yT;
5800. $yB = $yL;
5801. $w -= $this-> LineWidth;
5802. $h -= $this-> LineWidth;
5803. break;
5804. }
5805. case 'normal':
5806. default: {
5807. $xL = $xeL;
5808. $xT = $xeT;
5809. $xB = $xeB;
5810. $xR = $xeR;
5811. $yL = $yeL;
5812. $yT = $yeT;
5813. $yB = $yeB;
5814. $yR = $yeR;
5815. break;
5816. }
5817. }
5818. // draw borders by case
5819. if ( strlen($border) == 4) {
5820. $s .= sprintf('%.2F %.2F %.2F %.2F re S ', $xT, $yT, ($w * $k), (-$h * $k));
5821. } elseif ( strlen($border) == 3) {
5822. if ( strpos($border,'B') === false) { // LTR
5823. $s .= sprintf('%.2F %.2F m ', $xL, $yL);
5824. $s .= sprintf('%.2F %.2F l ', $xT, $yT);
5825. $s .= sprintf('%.2F %.2F l ', $xR, $yR);
5826. $s .= sprintf('%.2F %.2F l ', $xB, $yB);
5827. $s .= 'S ';
5828. } elseif ( strpos($border,'L') === false) { // TRB
5829. $s .= sprintf('%.2F %.2F m ', $xT, $yT);
5830. $s .= sprintf('%.2F %.2F l ', $xR, $yR);
5831. $s .= sprintf('%.2F %.2F l ', $xB, $yB);
5832. $s .= sprintf('%.2F %.2F l ', $xL, $yL);
5833. $s .= 'S ';
5834. } elseif ( strpos($border,'T') === false) { // RBL
5835. $s .= sprintf('%.2F %.2F m ', $xR, $yR);
5836. $s .= sprintf('%.2F %.2F l ', $xB, $yB);
5837. $s .= sprintf('%.2F %.2F l ', $xL, $yL);
5838. $s .= sprintf('%.2F %.2F l ', $xT, $yT);
5839. $s .= 'S ';
5840. } elseif ( strpos($border,'R') === false) { // BLT
5841. $s .= sprintf('%.2F %.2F m ', $xB, $yB);
5842. $s .= sprintf('%.2F %.2F l ', $xL, $yL);
5843. $s .= sprintf('%.2F %.2F l ', $xT, $yT);
5844. $s .= sprintf('%.2F %.2F l ', $xR, $yR);
5845. $s .= 'S ';
5846. }
5847. } elseif ( strlen($border) == 2) {
5848. if (( strpos($border,'L') !== false) AND ( strpos($border,'T') !== false)) { // LT
5849. $s .= sprintf('%.2F %.2F m ', $xL, $yL);
5850. $s .= sprintf('%.2F %.2F l ', $xT, $yT);
5851. $s .= sprintf('%.2F %.2F l ', $xR, $yR);
5852. $s .= 'S ';
5853. } elseif (( strpos($border,'T') !== false) AND ( strpos($border,'R') !== false)) { // TR
5854. $s .= sprintf('%.2F %.2F m ', $xT, $yT);
5855. $s .= sprintf('%.2F %.2F l ', $xR, $yR);
5856. $s .= sprintf('%.2F %.2F l ', $xB, $yB);
5857. $s .= 'S ';
5858. } elseif (( strpos($border,'R') !== false) AND ( strpos($border,'B') !== false)) { // RB
5859. $s .= sprintf('%.2F %.2F m ', $xR, $yR);
5860. $s .= sprintf('%.2F %.2F l ', $xB, $yB);
5861. $s .= sprintf('%.2F %.2F l ', $xL, $yL);
5862. $s .= 'S ';
5863. } elseif (( strpos($border,'B') !== false) AND ( strpos($border,'L') !== false)) { // BL
5864. $s .= sprintf('%.2F %.2F m ', $xB, $yB);
5865. $s .= sprintf('%.2F %.2F l ', $xL, $yL);
5866. $s .= sprintf('%.2F %.2F l ', $xT, $yT);
5867. $s .= 'S ';
5868. } elseif (( strpos($border,'L') !== false) AND ( strpos($border,'R') !== false)) { // LR
5869. $s .= sprintf('%.2F %.2F m ', $xL, $yL);
5870. $s .= sprintf('%.2F %.2F l ', $xT, $yT);
5871. $s .= 'S ';
5872. $s .= sprintf('%.2F %.2F m ', $xR, $yR);
5873. $s .= sprintf('%.2F %.2F l ', $xB, $yB);
5874. $s .= 'S ';
5875. } elseif (( strpos($border,'T') !== false) AND ( strpos($border,'B') !== false)) { // TB
5876. $s .= sprintf('%.2F %.2F m ', $xT, $yT);
5877. $s .= sprintf('%.2F %.2F l ', $xR, $yR);
5878. $s .= 'S ';
5879. $s .= sprintf('%.2F %.2F m ', $xB, $yB);
5880. $s .= sprintf('%.2F %.2F l ', $xL, $yL);
5881. $s .= 'S ';
5882. }
5883. } else { // strlen($border) == 1
5884. if ( strpos($border,'L') !== false) { // L
5885. $s .= sprintf('%.2F %.2F m ', $xL, $yL);
5886. $s .= sprintf('%.2F %.2F l ', $xT, $yT);
5887. $s .= 'S ';
5888. } elseif ( strpos($border,'T') !== false) { // T
5889. $s .= sprintf('%.2F %.2F m ', $xT, $yT);
5890. $s .= sprintf('%.2F %.2F l ', $xR, $yR);
5891. $s .= 'S ';
5892. } elseif ( strpos($border,'R') !== false) { // R
5893. $s .= sprintf('%.2F %.2F m ', $xR, $yR);
5894. $s .= sprintf('%.2F %.2F l ', $xB, $yB);
5895. $s .= 'S ';
5896. } elseif ( strpos($border,'B') !== false) { // B
5897. $s .= sprintf('%.2F %.2F m ', $xB, $yB);
5898. $s .= sprintf('%.2F %.2F l ', $xL, $yL);
5899. $s .= 'S ';
5900. }
5901. }
5902. if ( is_array($style) AND ! empty($style)) {
5903. // reset border style to previous value
5904. $s .= "\n".$this-> linestyleWidth.' '.$this-> linestyleCap.' '.$this-> linestyleJoin.' '.$this-> linestyleDash.' '.$this-> DrawColor."\n";
5905. }
5906. }
5907. return $s;
5908. }
5910. /**
5911. * This method allows printing text with line breaks.
5912. * They can be automatic (as soon as the text reaches the right border of the cell) or explicit (via the \n character). As many cells as necessary are output, one below the other.<br />
5913. * Text can be aligned, centered or justified. The cell block can be framed and the background painted.
5914. * @param float $w Width of cells. If 0, they extend up to the right margin of the page.
5915. * @param float $h Cell minimum height. The cell extends automatically if needed.
5916. * @param string $txt String to print
5917. * @param mixed $border Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
5918. * @param string $align Allows to center or align the text. Possible values are:<ul><li>L or empty string: left align</li><li>C: center</li><li>R: right align</li><li>J: justification (default value when $ishtml=false)</li></ul>
5919. * @param boolean $fill Indicates if the cell background must be painted (true) or transparent (false).
5920. * @param int $ln Indicates where the current position should go after the call. Possible values are:<ul><li>0: to the right</li><li>1: to the beginning of the next line [DEFAULT]</li><li>2: below</li></ul>
5921. * @param float $x x position in user units
5922. * @param float $y y position in user units
5923. * @param boolean $reseth if true reset the last cell height (default true).
5924. * @param int $stretch font stretch mode: <ul><li>0 = disabled</li><li>1 = horizontal scaling only if text is larger than cell width</li><li>2 = forced horizontal scaling to fit cell width</li><li>3 = character spacing only if text is larger than cell width</li><li>4 = forced character spacing to fit cell width</li></ul> General font stretching and scaling values will be preserved when possible.
5925. * @param boolean $ishtml set to true if $txt is HTML content (default = false).
5926. * @param boolean $autopadding if true, uses internal padding and automatically adjust it to account for line width.
5927. * @param float $maxh maximum height. It should be >= $h and less then remaining space to the bottom of the page, or 0 for disable this feature. This feature works only when $ishtml=false.
5928. * @param string $valign Vertical alignment of text (requires $maxh = $h > 0). Possible values are:<ul><li>T: TOP</li><li>M: middle</li><li>B: bottom</li></ul>. This feature works only when $ishtml=false.
5929. * @param boolean $fitcell if true attempt to fit all the text within the cell by reducing the font size.
5930. * @return int Return the number of cells or 1 for html mode.
5931. * @access public
5932. * @since 1.3
5933. * @see SetFont(), SetDrawColor(), SetFillColor(), SetTextColor(), SetLineWidth(), Cell(), Write(), SetAutoPageBreak()
5934. */
5935. public function MultiCell($w, $h, $txt, $border=0, $align='J', $fill=false, $ln=1, $x='', $y='', $reseth=true, $stretch=0, $ishtml=false, $autopadding=true, $maxh=0, $valign='T', $fitcell=false) {
5936. $prev_cell_margin = $this-> cell_margin;
5937. $prev_cell_padding = $this-> cell_padding;
5938. // adjust internal padding
5939. $this-> adjustCellPadding($border);
5940. $mc_padding = $this-> cell_padding;
5941. $mc_margin = $this-> cell_margin;
5942. $this-> cell_padding['T'] = 0;
5943. $this-> cell_padding['B'] = 0;
5944. $this-> setCellMargins(0, 0, 0, 0);
5945. if ($this-> empty_string($this-> lasth) OR $reseth) {
5946. // reset row height
5947. $this-> resetLastH();
5948. }
5949. if (!$this-> empty_string($y)) {
5950. $this-> SetY($y);
5951. } else {
5952. $y = $this-> GetY();
5953. }
5954. $resth = 0;
5955. if ((!$this-> InFooter) AND (($y + $h + $mc_margin['T'] + $mc_margin['B']) > $this-> PageBreakTrigger)) {
5956. // spit cell in more pages/columns
5957. $newh = $this-> PageBreakTrigger - $y;
5958. $resth = $h - $newh; // cell to be printed on the next page/column
5959. $h = $newh;
5960. }
5961. // get current page number
5962. $startpage = $this-> page;
5963. // get current column
5964. $startcolumn = $this-> current_column;
5965. if (!$this-> empty_string($x)) {
5966. $this-> SetX($x);
5967. } else {
5968. $x = $this-> GetX();
5969. }
5970. // check page for no-write regions and adapt page margins if necessary
5971. $this-> checkPageRegions(0, $x, $y);
5972. // apply margins
5973. $oy = $y + $mc_margin['T'];
5974. if ($this-> rtl) {
5975. $ox = $this-> w - $x - $mc_margin['R'];
5976. } else {
5977. $ox = $x + $mc_margin['L'];
5978. }
5979. $this-> x = $ox;
5980. $this-> y = $oy;
5981. // set width
5982. if ($this-> empty_string($w) OR ($w <= 0)) {
5983. if ($this-> rtl) {
5984. $w = $this-> x - $this-> lMargin - $mc_margin['L'];
5985. } else {
5986. $w = $this-> w - $this-> x - $this-> rMargin - $mc_margin['R'];
5987. }
5988. }
5989. // store original margin values
5990. $lMargin = $this-> lMargin;
5991. $rMargin = $this-> rMargin;
5992. if ($this-> rtl) {
5993. $this-> rMargin = $this-> w - $this-> x;
5994. $this-> lMargin = $this-> x - $w;
5995. } else {
5996. $this-> lMargin = $this-> x;
5997. $this-> rMargin = $this-> w - $this-> x - $w;
5998. }
5999. if ($autopadding) {
6000. // add top padding
6001. $this-> y += $mc_padding['T'];
6002. }
6003. if ($ishtml) { // ******* Write HTML text
6004. $this-> writeHTML($txt, true, 0, $reseth, true, $align);
6005. $nl = 1;
6006. } else { // ******* Write simple text
6007. // vertical alignment
6008. if ($maxh > 0) {
6009. // get text height
6010. $text_height = $this-> getStringHeight($w, $txt, $reseth, $autopadding, $mc_padding, $border);
6011. if ($fitcell) {
6012. $prev_FontSizePt = $this-> FontSizePt;
6013. // try to reduce font size to fit text on cell (use a quick search algorithm)
6014. $fmin = 1;
6015. $fmax = $this-> FontSizePt;
6016. $prev_text_height = $text_height;
6017. $maxit = 100; // max number of iterations
6018. while ($maxit > 0) {
6019. $fmid = (($fmax + $fmin) / 2);
6020. $this-> SetFontSize($fmid, false);
6021. $this-> resetLastH();
6022. $text_height = $this-> getStringHeight($w, $txt, $reseth, $autopadding, $mc_padding, $border);
6023. if (($text_height == $maxh) OR (($text_height < $maxh) AND ($fmin >= ($fmax - 0.01)))) {
6024. break;
6025. } elseif ($text_height < $maxh) {
6026. $fmin = $fmid;
6027. } else {
6028. $fmax = $fmid;
6029. }
6030. --$maxit;
6031. }
6032. $this-> SetFontSize($this-> FontSizePt);
6033. }
6034. if ($text_height < $maxh) {
6035. if ($valign == 'M') {
6036. // text vertically centered
6037. $this-> y += (($maxh - $text_height) / 2);
6038. } elseif ($valign == 'B') {
6039. // text vertically aligned on bottom
6040. $this-> y += ($maxh - $text_height);
6041. }
6042. }
6043. }
6044. $nl = $this-> Write($this-> lasth, $txt, '', 0, $align, true, $stretch, false, true, $maxh, 0, $mc_margin);
6045. if ($fitcell) {
6046. // restore font size
6047. $this-> SetFontSize($prev_FontSizePt);
6048. }
6049. }
6050. if ($autopadding) {
6051. // add bottom padding
6052. $this-> y += $mc_padding['B'];
6053. }
6054. // Get end-of-text Y position
6055. $currentY = $this-> y;
6056. // get latest page number
6057. $endpage = $this-> page;
6058. if ($resth > 0) {
6059. $skip = ($endpage - $startpage);
6060. $tmpresth = $resth;
6061. while ($tmpresth > 0) {
6062. if ($skip <= 0) {
6063. // add a page (or trig AcceptPageBreak() for multicolumn mode)
6064. $this-> checkPageBreak($this-> PageBreakTrigger + 1);
6065. }
6066. if ($this-> num_columns > 1) {
6067. $tmpresth -= ($this-> h - $this-> y - $this-> bMargin);
6068. } else {
6069. $tmpresth -= ($this-> h - $this-> tMargin - $this-> bMargin);
6070. }
6071. --$skip;
6072. }
6073. $currentY = $this-> y;
6074. $endpage = $this-> page;
6075. }
6076. // get latest column
6077. $endcolumn = $this-> current_column;
6078. if ($this-> num_columns == 0) {
6079. $this-> num_columns = 1;
6080. }
6081. // get border modes
6082. $border_start = $this-> getBorderMode($border, $position='start');
6083. $border_end = $this-> getBorderMode($border, $position='end');
6084. $border_middle = $this-> getBorderMode($border, $position='middle');
6085. // design borders around HTML cells.
6086. for ($page = $startpage; $page <= $endpage; ++$page) { // for each page
6087. $ccode = '';
6088. $this-> setPage($page);
6089. if ($this-> num_columns < 2) {
6090. // single-column mode
6091. $this-> SetX($x);
6092. $this-> y = $this-> tMargin;
6093. }
6094. // account for margin changes
6095. if ($page > $startpage) {
6096. if (($this-> rtl) AND ($this-> pagedim[$page]['orm'] != $this-> pagedim[$startpage]['orm'])) {
6097. $this-> x -= ($this-> pagedim[$page]['orm'] - $this-> pagedim[$startpage]['orm']);
6098. } elseif ((!$this-> rtl) AND ($this-> pagedim[$page]['olm'] != $this-> pagedim[$startpage]['olm'])) {
6099. $this-> x += ($this-> pagedim[$page]['olm'] - $this-> pagedim[$startpage]['olm']);
6100. }
6101. }
6102. if ($startpage == $endpage) {
6103. // single page
6104. for ($column = $startcolumn; $column <= $endcolumn; ++$column) { // for each column
6105. $this-> selectColumn($column);
6106. if ($this-> rtl) {
6107. $this-> x -= $mc_margin['R'];
6108. } else {
6109. $this-> x += $mc_margin['L'];
6110. }
6111. if ($startcolumn == $endcolumn) { // single column
6112. $cborder = $border;
6113. $h = max($h, ($currentY - $oy));
6114. $this-> y = $oy;
6115. } elseif ($column == $startcolumn) { // first column
6116. $cborder = $border_start;
6117. $this-> y = $oy;
6118. $h = $this-> h - $this-> y - $this-> bMargin;
6119. } elseif ($column == $endcolumn) { // end column
6120. $cborder = $border_end;
6121. $h = $currentY - $this-> y;
6122. if ($resth > $h) {
6123. $h = $resth;
6124. }
6125. } else { // middle column
6126. $cborder = $border_middle;
6127. $h = $this-> h - $this-> y - $this-> bMargin;
6128. $resth -= $h;
6129. }
6130. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
6131. } // end for each column
6132. } elseif ($page == $startpage) { // first page
6133. for ($column = $startcolumn; $column < $this-> num_columns; ++$column) { // for each column
6134. $this-> selectColumn($column);
6135. if ($this-> rtl) {
6136. $this-> x -= $mc_margin['R'];
6137. } else {
6138. $this-> x += $mc_margin['L'];
6139. }
6140. if ($column == $startcolumn) { // first column
6141. $cborder = $border_start;
6142. $this-> y = $oy;
6143. $h = $this-> h - $this-> y - $this-> bMargin;
6144. } else { // middle column
6145. $cborder = $border_middle;
6146. $h = $this-> h - $this-> y - $this-> bMargin;
6147. $resth -= $h;
6148. }
6149. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
6150. } // end for each column
6151. } elseif ($page == $endpage) { // last page
6152. for ($column = 0; $column <= $endcolumn; ++$column) { // for each column
6153. $this-> selectColumn($column);
6154. if ($this-> rtl) {
6155. $this-> x -= $mc_margin['R'];
6156. } else {
6157. $this-> x += $mc_margin['L'];
6158. }
6159. if ($column == $endcolumn) {
6160. // end column
6161. $cborder = $border_end;
6162. $h = $currentY - $this-> y;
6163. if ($resth > $h) {
6164. $h = $resth;
6165. }
6166. } else {
6167. // middle column
6168. $cborder = $border_middle;
6169. $h = $this-> h - $this-> y - $this-> bMargin;
6170. $resth -= $h;
6171. }
6172. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
6173. } // end for each column
6174. } else { // middle page
6175. for ($column = 0; $column < $this-> num_columns; ++$column) { // for each column
6176. $this-> selectColumn($column);
6177. if ($this-> rtl) {
6178. $this-> x -= $mc_margin['R'];
6179. } else {
6180. $this-> x += $mc_margin['L'];
6181. }
6182. $cborder = $border_middle;
6183. $h = $this-> h - $this-> y - $this-> bMargin;
6184. $resth -= $h;
6185. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
6186. } // end for each column
6187. }
6188. if ($cborder OR $fill) {
6189. // draw border and fill
6190. if ($this-> inxobj) {
6191. // we are inside an XObject template
6192. if ( end($this-> xobjects[$this-> xobjid]['transfmrk']) !== false) {
6193. $pagemarkkey = key($this-> xobjects[$this-> xobjid]['transfmrk']);
6194. $pagemark = &$this-> xobjects[$this-> xobjid]['transfmrk'][$pagemarkkey];
6195. } else {
6196. $pagemark = &$this-> xobjects[$this-> xobjid]['intmrk'];
6197. }
6198. $pagebuff = $this-> xobjects[$this-> xobjid]['outdata'];
6199. $pstart = substr($pagebuff, 0, $pagemark);
6200. $pend = substr($pagebuff, $pagemark);
6201. $this-> xobjects[$this-> xobjid]['outdata'] = $pstart.$ccode.$pend;
6202. $pagemark += strlen($ccode);
6203. } else {
6204. if ( end($this-> transfmrk[$this-> page]) !== false) {
6205. $pagemarkkey = key($this-> transfmrk[$this-> page]);
6206. $pagemark = &$this-> transfmrk[$this-> page][$pagemarkkey];
6207. } elseif ($this-> InFooter) {
6208. $pagemark = &$this-> footerpos[$this-> page];
6209. } else {
6210. $pagemark = &$this-> intmrk[$this-> page];
6211. }
6212. $pagebuff = $this-> getPageBuffer($this-> page);
6213. $pstart = substr($pagebuff, 0, $pagemark);
6214. $pend = substr($pagebuff, $pagemark);
6215. $this-> setPageBuffer($this-> page, $pstart.$ccode.$pend);
6216. $pagemark += strlen($ccode);
6217. }
6218. }
6219. } // end for each page
6220. // Get end-of-cell Y position
6221. $currentY = $this-> GetY();
6222. // restore original margin values
6223. $this-> SetLeftMargin($lMargin);
6224. $this-> SetRightMargin($rMargin);
6225. if ($ln > 0) {
6226. //Go to the beginning of the next line
6227. $this-> SetY($currentY + $mc_margin['B']);
6228. if ($ln == 2) {
6229. $this-> SetX($x + $w + $mc_margin['L'] + $mc_margin['R']);
6230. }
6231. } else {
6232. // go left or right by case
6233. $this-> setPage($startpage);
6234. $this-> y = $y;
6235. $this-> SetX($x + $w + $mc_margin['L'] + $mc_margin['R']);
6236. }
6237. $this-> setContentMark();
6238. $this-> cell_padding = $prev_cell_padding;
6239. $this-> cell_margin = $prev_cell_margin;
6240. return $nl;
6241. }
6243. /**
6244. * Get the border mode accounting for multicell position (opens bottom side of multicell crossing pages)
6245. * @param mixed $brd Indicates if borders must be drawn around the cell block. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul>or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
6246. * @param string multicell position: 'start', 'middle', 'end'
6247. * @return border mode array
6248. * @access protected
6249. * @since 4.4.002 (2008-12-09)
6250. */
6251. protected function getBorderMode($brd, $position='start') {
6252. if ((!$this-> opencell) OR empty($brd)) {
6253. return $brd;
6254. }
6255. if ($brd == 1) {
6256. $brd = 'LTRB';
6257. }
6258. if ( is_string($brd)) {
6259. // convert string to array
6260. $slen = strlen($brd);
6261. $newbrd = array();
6262. for ($i = 0; $i < $slen; ++$i) {
6263. $newbrd[$brd{$i}] = array('cap' => 'square', 'join' => 'miter');
6264. }
6265. $brd = $newbrd;
6266. }
6267. foreach ($brd as $border => $style) {
6268. switch ($position) {
6269. case 'start': {
6270. if ( strpos($border, 'B') !== false) {
6271. // remove bottom line
6272. $newkey = str_replace('B', '', $border);
6273. if ( strlen($newkey) > 0) {
6274. $brd[$newkey] = $style;
6275. }
6276. unset($brd[$border]);
6277. }
6278. break;
6279. }
6280. case 'middle': {
6281. if ( strpos($border, 'B') !== false) {
6282. // remove bottom line
6283. $newkey = str_replace('B', '', $border);
6284. if ( strlen($newkey) > 0) {
6285. $brd[$newkey] = $style;
6286. }
6287. unset($brd[$border]);
6288. $border = $newkey;
6289. }
6290. if ( strpos($border, 'T') !== false) {
6291. // remove bottom line
6292. $newkey = str_replace('T', '', $border);
6293. if ( strlen($newkey) > 0) {
6294. $brd[$newkey] = $style;
6295. }
6296. unset($brd[$border]);
6297. }
6298. break;
6299. }
6300. case 'end': {
6301. if ( strpos($border, 'T') !== false) {
6302. // remove bottom line
6303. $newkey = str_replace('T', '', $border);
6304. if ( strlen($newkey) > 0) {
6305. $brd[$newkey] = $style;
6306. }
6307. unset($brd[$border]);
6308. }
6309. break;
6310. }
6311. }
6312. }
6313. return $brd;
6314. }
6316. /**
6317. * This method return the estimated number of lines for print a simple text string using Multicell() method.
6318. * @param string $txt String for calculating his height
6319. * @param float $w Width of cells. If 0, they extend up to the right margin of the page.
6320. * @param boolean $reseth if true reset the last cell height (default false).
6321. * @param boolean $autopadding if true, uses internal padding and automatically adjust it to account for line width (default true).
6322. * @param float $cellpadding Internal cell padding, if empty uses default cell padding.
6323. * @param mixed $border Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
6324. * @return float Return the minimal height needed for multicell method for printing the $txt param.
6325. * @author Alexander Escalona Fernández, Nicola Asuni
6326. * @access public
6327. * @since 4.5.011
6328. */
6329. public function getNumLines($txt, $w=0, $reseth=false, $autopadding=true, $cellpadding='', $border=0) {
6330. if ($txt === '') {
6331. // empty string
6332. return 1;
6333. }
6334. // adjust internal padding
6335. $prev_cell_padding = $this-> cell_padding;
6336. $prev_lasth = $this-> lasth;
6337. if ( is_array($cellpadding)) {
6338. $this-> cell_padding = $cellpadding;
6339. }
6340. $this-> adjustCellPadding($border);
6341. if ($this-> empty_string($w) OR ($w <= 0)) {
6342. if ($this-> rtl) {
6343. $w = $this-> x - $this-> lMargin;
6344. } else {
6345. $w = $this-> w - $this-> rMargin - $this-> x;
6346. }
6347. }
6348. $wmax = $w - $this-> cell_padding['L'] - $this-> cell_padding['R'];
6349. if ($reseth) {
6350. // reset row height
6351. $this-> resetLastH();
6352. }
6353. $lines = 1;
6354. $sum = 0;
6355. $chars = $this-> utf8Bidi($this-> UTF8StringToArray($txt), $txt, $this-> tmprtl);
6356. $charsWidth = $this-> GetArrStringWidth($chars, '', '', 0, true);
6357. $length = count($chars);
6358. $lastSeparator = -1;
6359. for ($i = 0; $i < $length; ++$i) {
6360. $charWidth = $charsWidth[$i];
6361. if ( preg_match($this-> re_spaces, $this-> unichr($chars[$i]))) {
6362. $lastSeparator = $i;
6363. }
6364. if ((($sum + $charWidth) > $wmax) OR ($chars[$i] == 10)) {
6365. ++$lines;
6366. if ($lastSeparator != -1) {
6367. $i = $lastSeparator;
6368. $lastSeparator = -1;
6369. $sum = 0;
6370. } else {
6371. $sum = $charWidth;
6372. }
6373. } else {
6374. $sum += $charWidth;
6375. }
6376. }
6377. if ($chars[($length - 1)] == 10) {
6378. --$lines;
6379. }
6380. $this-> cell_padding = $prev_cell_padding;
6381. $this-> lasth = $prev_lasth;
6382. return $lines;
6383. }
6385. /**
6386. * This method return the estimated needed height for print a simple text string in Multicell() method.
6387. * Generally, if you want to know the exact height for a block of content you can use the following alternative technique:
6388. * <pre>
6389. * // store current object
6390. * $pdf->startTransaction();
6391. * // store starting values
6392. * $start_y = $pdf->GetY();
6393. * $start_page = $pdf->getPage();
6394. * // call your printing functions with your parameters
6395. * // - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
6396. * $pdf->MultiCell($w=0, $h=0, $txt, $border=1, $align='L', $fill=false, $ln=1, $x='', $y='', $reseth=true, $stretch=0, $ishtml=false, $autopadding=true, $maxh=0);
6397. * // - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
6398. * // get the new Y
6399. * $end_y = $pdf->GetY();
6400. * $end_page = $pdf->getPage();
6401. * // calculate height
6402. * $height = 0;
6403. * if ($end_page == $start_page) {
6404. * $height = $end_y - $start_y;
6405. * } else {
6406. * for ($page=$start_page; $page <= $end_page; ++$page) {
6407. * $this->setPage($page);
6408. * if ($page == $start_page) {
6409. * // first page
6410. * $height = $this->h - $start_y - $this->bMargin;
6411. * } elseif ($page == $end_page) {
6412. * // last page
6413. * $height = $end_y - $this->tMargin;
6414. * } else {
6415. * $height = $this->h - $this->tMargin - $this->bMargin;
6416. * }
6417. * }
6418. * }
6419. * // restore previous object
6420. * $pdf = $pdf->rollbackTransaction();
6421. * </pre>
6422. * @param float $w Width of cells. If 0, they extend up to the right margin of the page.
6423. * @param string $txt String for calculating his height
6424. * @param boolean $reseth if true reset the last cell height (default false).
6425. * @param boolean $autopadding if true, uses internal padding and automatically adjust it to account for line width (default true).
6426. * @param float $cellpadding Internal cell padding, if empty uses default cell padding.
6427. * @param mixed $border Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
6428. * @return float Return the minimal height needed for multicell method for printing the $txt param.
6429. * @author Nicola Asuni, Alexander Escalona Fernández
6430. * @access public
6431. */
6432. public function getStringHeight($w, $txt, $reseth=false, $autopadding=true, $cellpadding='', $border=0) {
6433. // adjust internal padding
6434. $prev_cell_padding = $this-> cell_padding;
6435. $prev_lasth = $this-> lasth;
6436. if ( is_array($cellpadding)) {
6437. $this-> cell_padding = $cellpadding;
6438. }
6439. $this-> adjustCellPadding($border);
6440. $lines = $this-> getNumLines($txt, $w, $reseth, $autopadding, $cellpadding, $border);
6441. $height = $lines * ($this-> FontSize * $this-> cell_height_ratio);
6442. if ($autopadding) {
6443. // add top and bottom padding
6444. $height += ($this-> cell_padding['T'] + $this-> cell_padding['B']);
6445. }
6446. $this-> cell_padding = $prev_cell_padding;
6447. $this-> lasth = $prev_lasth;
6448. return $height;
6449. }
6451. /**
6452. * This method prints text from the current position.<br />
6453. * @param float $h Line height
6454. * @param string $txt String to print
6455. * @param mixed $link URL or identifier returned by AddLink()
6456. * @param boolean $fill Indicates if the cell background must be painted (true) or transparent (false).
6457. * @param string $align Allows to center or align the text. Possible values are:<ul><li>L or empty string: left align (default value)</li><li>C: center</li><li>R: right align</li><li>J: justify</li></ul>
6458. * @param boolean $ln if true set cursor at the bottom of the line, otherwise set cursor at the top of the line.
6459. * @param int $stretch font stretch mode: <ul><li>0 = disabled</li><li>1 = horizontal scaling only if text is larger than cell width</li><li>2 = forced horizontal scaling to fit cell width</li><li>3 = character spacing only if text is larger than cell width</li><li>4 = forced character spacing to fit cell width</li></ul> General font stretching and scaling values will be preserved when possible.
6460. * @param boolean $firstline if true prints only the first line and return the remaining string.
6461. * @param boolean $firstblock if true the string is the starting of a line.
6462. * @param float $maxh maximum height. The remaining unprinted text will be returned. It should be >= $h and less then remaining space to the bottom of the page, or 0 for disable this feature.
6463. * @param float $wadj first line width will be reduced by this amount (used in HTML mode).
6464. * @param array $margin margin array of the parent container
6465. * @return mixed Return the number of cells or the remaining string if $firstline = true.
6466. * @access public
6467. * @since 1.5
6468. */
6469. public function Write($h, $txt, $link='', $fill=false, $align='', $ln=false, $stretch=0, $firstline=false, $firstblock=false, $maxh=0, $wadj=0, $margin='') {
6470. // check page for no-write regions and adapt page margins if necessary
6471. $this-> checkPageRegions($h);
6472. if ( strlen($txt) == 0) {
6473. // fix empty text
6474. $txt = ' ';
6475. }
6476. if ($margin === '') {
6477. // set default margins
6478. $margin = $this-> cell_margin;
6479. }
6480. // remove carriage returns
6481. $s = str_replace("\r", '', $txt);
6482. // check if string contains arabic text
6483. if ( preg_match($this-> unicode->uni_RE_PATTERN_ARABIC, $s)) {
6484. $arabic = true;
6485. } else {
6486. $arabic = false;
6487. }
6488. // check if string contains RTL text
6489. if ($arabic OR ($this-> tmprtl == 'R') OR preg_match($this-> unicode->uni_RE_PATTERN_RTL, $s)) {
6490. $rtlmode = true;
6491. } else {
6492. $rtlmode = false;
6493. }
6494. // get a char width
6495. $chrwidth = $this-> GetCharWidth('.');
6496. // get array of unicode values
6497. $chars = $this-> UTF8StringToArray($s);
6498. // get array of chars
6499. $uchars = $this-> UTF8ArrayToUniArray($chars);
6500. // get the number of characters
6501. $nb = count($chars);
6502. // replacement for SHY character (minus symbol)
6503. $shy_replacement = 45;
6504. $shy_replacement_char = $this-> unichr($shy_replacement);
6505. // widht for SHY replacement
6506. $shy_replacement_width = $this-> GetCharWidth($shy_replacement);
6507. // max Y
6508. $maxy = $this-> y + $maxh - $h - $this-> cell_padding['T'] - $this-> cell_padding['B'];
6509. // calculate remaining line width ($w)
6510. if ($this-> rtl) {
6511. $w = $this-> x - $this-> lMargin;
6512. } else {
6513. $w = $this-> w - $this-> rMargin - $this-> x;
6514. }
6515. // max column width
6516. $wmax = $w - $wadj;
6517. if (!$firstline) {
6518. $wmax -= ($this-> cell_padding['L'] + $this-> cell_padding['R']);
6519. }
6520. if ((!$firstline) AND (($chrwidth > $wmax) OR ($this-> GetCharWidth($chars[0]) > $wmax))) {
6521. // a single character do not fit on column
6522. return '';
6523. }
6524. // minimum row height
6525. $row_height = max($h, $this-> FontSize * $this-> cell_height_ratio);
6526. $start_page = $this-> page;
6527. $i = 0; // character position
6528. $j = 0; // current starting position
6529. $sep = -1; // position of the last blank space
6530. $shy = false; // true if the last blank is a soft hypen (SHY)
6531. $l = 0; // current string length
6532. $nl = 0; //number of lines
6533. $linebreak = false;
6534. $pc = 0; // previous character
6535. // for each character
6536. while ($i < $nb) {
6537. if (($maxh > 0) AND ($this-> y >= $maxy) ) {
6538. break;
6539. }
6540. //Get the current character
6541. $c = $chars[$i];
6542. if ($c == 10) { // 10 = "\n" = new line
6543. //Explicit line break
6544. if ($align == 'J') {
6545. if ($this-> rtl) {
6546. $talign = 'R';
6547. } else {
6548. $talign = 'L';
6549. }
6550. } else {
6551. $talign = $align;
6552. }
6553. $tmpstr = $this-> UniArrSubString($uchars, $j, $i);
6554. if ($firstline) {
6555. $startx = $this-> x;
6556. $tmparr = array_slice($chars, $j, ($i - $j));
6557. if ($rtlmode) {
6558. $tmparr = $this-> utf8Bidi($tmparr, $tmpstr, $this-> tmprtl);
6559. }
6560. $linew = $this-> GetArrStringWidth($tmparr);
6561. unset($tmparr);
6562. if ($this-> rtl) {
6563. $this-> endlinex = $startx - $linew;
6564. } else {
6565. $this-> endlinex = $startx + $linew;
6566. }
6567. $w = $linew;
6568. $tmpcellpadding = $this-> cell_padding;
6569. if ($maxh == 0) {
6570. $this-> SetCellPadding(0);
6571. }
6572. }
6573. if ($firstblock AND $this-> isRTLTextDir()) {
6574. $tmpstr = $this-> stringRightTrim($tmpstr);
6575. }
6576. // Skip newlines at the begining of a page or column
6577. if (! empty($tmpstr) OR ($this-> y < ($this-> PageBreakTrigger - $row_height))) {
6578. $this-> Cell($w, $h, $tmpstr, 0, 1, $talign, $fill, $link, $stretch);
6579. }
6580. unset($tmpstr);
6581. if ($firstline) {
6582. $this-> cell_padding = $tmpcellpadding;
6583. return ($this-> UniArrSubString($uchars, $i));
6584. }
6585. ++$nl;
6586. $j = $i + 1;
6587. $l = 0;
6588. $sep = -1;
6589. $shy = false;
6590. // account for margin changes
6591. if ((($this-> y + $this-> lasth) > $this-> PageBreakTrigger) AND (!$this-> InFooter)) {
6592. $this-> AcceptPageBreak();
6593. if ($this-> rtl) {
6594. $this-> x -= $margin['R'];
6595. } else {
6596. $this-> x += $margin['L'];
6597. }
6598. $this-> lMargin += $margin['L'];
6599. $this-> rMargin += $margin['R'];
6600. }
6601. $w = $this-> getRemainingWidth();
6602. $wmax = $w - $this-> cell_padding['L'] - $this-> cell_padding['R'];
6603. } else {
6604. // 160 is the non-breaking space.
6605. // 173 is SHY (Soft Hypen).
6606. // \p{Z} or \p{Separator}: any kind of Unicode whitespace or invisible separator.
6607. // \p{Lo} or \p{Other_Letter}: a Unicode letter or ideograph that does not have lowercase and uppercase variants.
6608. // \p{Lo} is needed because Chinese characters are packed next to each other without spaces in between.
6609. if (($c != 160) AND (($c == 173) OR preg_match($this-> re_spaces, $this-> unichr($c)))) {
6610. // update last blank space position
6611. $sep = $i;
6612. // check if is a SHY
6613. if ($c == 173) {
6614. $shy = true;
6615. if ($pc == 45) {
6616. $tmp_shy_replacement_width = 0;
6617. $tmp_shy_replacement_char = '';
6618. } else {
6619. $tmp_shy_replacement_width = $shy_replacement_width;
6620. $tmp_shy_replacement_char = $shy_replacement_char;
6621. }
6622. } else {
6623. $shy = false;
6624. }
6625. }
6626. // update string length
6627. if ($this-> isUnicodeFont() AND ($arabic)) {
6628. // with bidirectional algorithm some chars may be changed affecting the line length
6629. // *** very slow ***
6630. $l = $this-> GetArrStringWidth($this-> utf8Bidi( array_slice($chars, $j, ($i - $j)), '', $this-> tmprtl));
6631. } else {
6632. $l += $this-> GetCharWidth($c);
6633. }
6634. if (($l > $wmax) OR (($c == 173) AND (($l + $tmp_shy_replacement_width) > $wmax)) ) {
6635. // we have reached the end of column
6636. if ($sep == -1) {
6637. // check if the line was already started
6638. if (($this-> rtl AND ($this-> x <= ($this-> w - $this-> rMargin - $chrwidth)))
6639. OR ((!$this-> rtl) AND ($this-> x >= ($this-> lMargin + $chrwidth)))) {
6640. // print a void cell and go to next line
6641. $this-> Cell($w, $h, '', 0, 1);
6642. $linebreak = true;
6643. if ($firstline) {
6644. return ($this-> UniArrSubString($uchars, $j));
6645. }
6646. } else {
6647. // truncate the word because do not fit on column
6648. $tmpstr = $this-> UniArrSubString($uchars, $j, $i);
6649. if ($firstline) {
6650. $startx = $this-> x;
6651. $tmparr = array_slice($chars, $j, ($i - $j));
6652. if ($rtlmode) {
6653. $tmparr = $this-> utf8Bidi($tmparr, $tmpstr, $this-> tmprtl);
6654. }
6655. $linew = $this-> GetArrStringWidth($tmparr);
6656. unset($tmparr);
6657. if ($this-> rtl) {
6658. $this-> endlinex = $startx - $linew;
6659. } else {
6660. $this-> endlinex = $startx + $linew;
6661. }
6662. $w = $linew;
6663. $tmpcellpadding = $this-> cell_padding;
6664. if ($maxh == 0) {
6665. $this-> SetCellPadding(0);
6666. }
6667. }
6668. if ($firstblock AND $this-> isRTLTextDir()) {
6669. $tmpstr = $this-> stringRightTrim($tmpstr);
6670. }
6671. $this-> Cell($w, $h, $tmpstr, 0, 1, $align, $fill, $link, $stretch);
6672. unset($tmpstr);
6673. if ($firstline) {
6674. $this-> cell_padding = $tmpcellpadding;
6675. return ($this-> UniArrSubString($uchars, $i));
6676. }
6677. $j = $i;
6678. --$i;
6679. }
6680. } else {
6681. // word wrapping
6682. if ($this-> rtl AND (!$firstblock) AND ($sep < $i)) {
6683. $endspace = 1;
6684. } else {
6685. $endspace = 0;
6686. }
6687. if ($shy) {
6688. // add hypen (minus symbol) at the end of the line
6689. $shy_width = $tmp_shy_replacement_width;
6690. if ($this-> rtl) {
6691. $shy_char_left = $tmp_shy_replacement_char;
6692. $shy_char_right = '';
6693. } else {
6694. $shy_char_left = '';
6695. $shy_char_right = $tmp_shy_replacement_char;
6696. }
6697. } else {
6698. $shy_width = 0;
6699. $shy_char_left = '';
6700. $shy_char_right = '';
6701. }
6702. $tmpstr = $this-> UniArrSubString($uchars, $j, ($sep + $endspace));
6703. if ($firstline) {
6704. $startx = $this-> x;
6705. $tmparr = array_slice($chars, $j, (($sep + $endspace) - $j));
6706. if ($rtlmode) {
6707. $tmparr = $this-> utf8Bidi($tmparr, $tmpstr, $this-> tmprtl);
6708. }
6709. $linew = $this-> GetArrStringWidth($tmparr);
6710. unset($tmparr);
6711. if ($this-> rtl) {
6712. $this-> endlinex = $startx - $linew - $shy_width;
6713. } else {
6714. $this-> endlinex = $startx + $linew + $shy_width;
6715. }
6716. $w = $linew;
6717. $tmpcellpadding = $this-> cell_padding;
6718. if ($maxh == 0) {
6719. $this-> SetCellPadding(0);
6720. }
6721. }
6722. // print the line
6723. if ($firstblock AND $this-> isRTLTextDir()) {
6724. $tmpstr = $this-> stringRightTrim($tmpstr);
6725. }
6726. $this-> Cell($w, $h, $shy_char_left.$tmpstr.$shy_char_right, 0, 1, $align, $fill, $link, $stretch);
6727. unset($tmpstr);
6728. if ($firstline) {
6729. // return the remaining text
6730. $this-> cell_padding = $tmpcellpadding;
6731. return ($this-> UniArrSubString($uchars, ($sep + $endspace)));
6732. }
6733. $i = $sep;
6734. $sep = -1;
6735. $shy = false;
6736. $j = ($i+1);
6737. }
6738. // account for margin changes
6739. if ((($this-> y + $this-> lasth) > $this-> PageBreakTrigger) AND (!$this-> InFooter)) {
6740. $this-> AcceptPageBreak();
6741. if ($this-> rtl) {
6742. $this-> x -= $margin['R'];
6743. } else {
6744. $this-> x += $margin['L'];
6745. }
6746. $this-> lMargin += $margin['L'];
6747. $this-> rMargin += $margin['R'];
6748. }
6749. $w = $this-> getRemainingWidth();
6750. $wmax = $w - $this-> cell_padding['L'] - $this-> cell_padding['R'];
6751. if ($linebreak) {
6752. $linebreak = false;
6753. } else {
6754. ++$nl;
6755. $l = 0;
6756. }
6757. }
6758. }
6759. // save last character
6760. $pc = $c;
6761. ++$i;
6762. } // end while i < nb
6763. // print last substring (if any)
6764. if ($l > 0) {
6765. switch ($align) {
6766. case 'J':
6767. case 'C': {
6768. $w = $w;
6769. break;
6770. }
6771. case 'L': {
6772. if ($this-> rtl) {
6773. $w = $w;
6774. } else {
6775. $w = $l;
6776. }
6777. break;
6778. }
6779. case 'R': {
6780. if ($this-> rtl) {
6781. $w = $l;
6782. } else {
6783. $w = $w;
6784. }
6785. break;
6786. }
6787. default: {
6788. $w = $l;
6789. break;
6790. }
6791. }
6792. $tmpstr = $this-> UniArrSubString($uchars, $j, $nb);
6793. if ($firstline) {
6794. $startx = $this-> x;
6795. $tmparr = array_slice($chars, $j, ($nb - $j));
6796. if ($rtlmode) {
6797. $tmparr = $this-> utf8Bidi($tmparr, $tmpstr, $this-> tmprtl);
6798. }
6799. $linew = $this-> GetArrStringWidth($tmparr);
6800. unset($tmparr);
6801. if ($this-> rtl) {
6802. $this-> endlinex = $startx - $linew;
6803. } else {
6804. $this-> endlinex = $startx + $linew;
6805. }
6806. $w = $linew;
6807. $tmpcellpadding = $this-> cell_padding;
6808. if ($maxh == 0) {
6809. $this-> SetCellPadding(0);
6810. }
6811. }
6812. if ($firstblock AND $this-> isRTLTextDir()) {
6813. $tmpstr = $this-> stringRightTrim($tmpstr);
6814. }
6815. $this-> Cell($w, $h, $tmpstr, 0, $ln, $align, $fill, $link, $stretch);
6816. unset($tmpstr);
6817. if ($firstline) {
6818. $this-> cell_padding = $tmpcellpadding;
6819. return ($this-> UniArrSubString($uchars, $nb));
6820. }
6821. ++$nl;
6822. }
6823. if ($firstline) {
6824. return '';
6825. }
6826. return $nl;
6827. }
6829. /**
6830. * Returns the remaining width between the current position and margins.
6831. * @return int Return the remaining width
6832. * @access protected
6833. */
6834. protected function getRemainingWidth() {
6835. $this-> checkPageRegions();
6836. if ($this-> rtl) {
6837. return ($this-> x - $this-> lMargin);
6838. } else {
6839. return ($this-> w - $this-> rMargin - $this-> x);
6840. }
6841. }
6843. /**
6844. * Extract a slice of the $strarr array and return it as string.
6845. * @param string $strarr The input array of characters.
6846. * @param int $start the starting element of $strarr.
6847. * @param int $end first element that will not be returned.
6848. * @return Return part of a string
6849. * @access public
6850. */
6851. public function UTF8ArrSubString($strarr, $start='', $end='') {
6852. if ( strlen($start) == 0) {
6853. $start = 0;
6854. }
6855. if ( strlen($end) == 0) {
6856. $end = count($strarr);
6857. }
6858. $string = '';
6859. for ($i=$start; $i < $end; ++$i) {
6860. $string .= $this-> unichr($strarr[$i]);
6861. }
6862. return $string;
6863. }
6865. /**
6866. * Extract a slice of the $uniarr array and return it as string.
6867. * @param string $uniarr The input array of characters.
6868. * @param int $start the starting element of $strarr.
6869. * @param int $end first element that will not be returned.
6870. * @return Return part of a string
6871. * @access public
6872. * @since 4.5.037 (2009-04-07)
6873. */
6874. public function UniArrSubString($uniarr, $start='', $end='') {
6875. if ( strlen($start) == 0) {
6876. $start = 0;
6877. }
6878. if ( strlen($end) == 0) {
6879. $end = count($uniarr);
6880. }
6881. $string = '';
6882. for ($i=$start; $i < $end; ++$i) {
6883. $string .= $uniarr[$i];
6884. }
6885. return $string;
6886. }
6888. /**
6889. * Convert an array of UTF8 values to array of unicode characters
6890. * @param string $ta The input array of UTF8 values.
6891. * @return Return array of unicode characters
6892. * @access public
6893. * @since 4.5.037 (2009-04-07)
6894. */
6895. public function UTF8ArrayToUniArray($ta) {
6896. return array_map(array($this, 'unichr'), $ta);
6897. }
6899. /**
6900. * Returns the unicode caracter specified by UTF-8 value
6901. * @param int $c UTF-8 value
6902. * @return Returns the specified character.
6903. * @author Miguel Perez, Nicola Asuni
6904. * @access public
6905. * @since 2.3.000 (2008-03-05)
6906. */
6907. public function unichr($c) {
6908. if (!$this-> isunicode) {
6909. return chr($c);
6910. } elseif ($c <= 0x7F) {
6911. // one byte
6912. return chr($c);
6913. } elseif ($c <= 0x7FF) {
6914. // two bytes
6915. return chr(0xC0 | $c >> 6).chr(0x80 | $c & 0x3F);
6916. } elseif ($c <= 0xFFFF) {
6917. // three bytes
6918. return chr(0xE0 | $c >> 12).chr(0x80 | $c >> 6 & 0x3F).chr(0x80 | $c & 0x3F);
6919. } elseif ($c <= 0x10FFFF) {
6920. // four bytes
6921. return chr(0xF0 | $c >> 18).chr(0x80 | $c >> 12 & 0x3F).chr(0x80 | $c >> 6 & 0x3F).chr(0x80 | $c & 0x3F);
6922. } else {
6923. return '';
6924. }
6925. }
6927. /**
6928. * Return the image type given the file name or array returned by getimagesize() function.
6929. * @param string $imgfile image file name
6930. * @param array $iminfo array of image information returned by getimagesize() function.
6931. * @return string image type
6932. * @since 4.8.017 (2009-11-27)
6933. */
6934. public function getImageFileType($imgfile, $iminfo=array()) {
6935. $type = '';
6936. if (isset($iminfo['mime']) AND ! empty($iminfo['mime'])) {
6937. $mime = explode('/', $iminfo['mime']);
6938. if (( count($mime) > 1) AND ($mime[0] == 'image') AND (! empty($mime[1]))) {
6939. $type = strtolower( trim($mime[1]));
6940. }
6941. }
6942. if (empty($type)) {
6943. $fileinfo = pathinfo($imgfile);
6944. if (isset($fileinfo['extension']) AND (!$this-> empty_string($fileinfo['extension']))) {
6945. $type = strtolower( trim($fileinfo['extension']));
6946. }
6947. }
6948. if ($type == 'jpg') {
6949. $type = 'jpeg';
6950. }
6951. return $type;
6952. }
6954. /**
6955. * Set the block dimensions accounting for page breaks and page/column fitting
6956. * @param float $w width
6957. * @param float $h height
6958. * @param float $x X coordinate
6959. * @param float $y Y coodiante
6960. * @param boolean $fitonpage if true the block is resized to not exceed page dimensions.
6961. * @access protected
6962. * @since 5.5.009 (2010-07-05)
6963. */
6964. protected function fitBlock(&$w, &$h, &$x, &$y, $fitonpage=false) {
6965. // resize the block to be vertically contained on a single page or single column
6966. if ($fitonpage OR $this-> AutoPageBreak) {
6967. $ratio_wh = ($w / $h);
6968. if ($h > ($this-> PageBreakTrigger - $this-> tMargin)) {
6969. $h = $this-> PageBreakTrigger - $this-> tMargin;
6970. $w = ($h * $ratio_wh);
6971. }
6972. // resize the block to be horizontally contained on a single page or single column
6973. if ($fitonpage) {
6974. $maxw = ($this-> w - $this-> lMargin - $this-> rMargin);
6975. if ($w > $maxw) {
6976. $w = $maxw;
6977. $h = ($w / $ratio_wh);
6978. }
6979. }
6980. }
6981. // Check whether we need a new page or new column first as this does not fit
6982. $prev_x = $this-> x;
6983. $prev_y = $this-> y;
6984. if ($this-> checkPageBreak($h, $y) OR ($this-> y < $prev_y)) {
6985. $y = $this-> y;
6986. if ($this-> rtl) {
6987. $x += ($prev_x - $this-> x);
6988. } else {
6989. $x += ($this-> x - $prev_x);
6990. }
6991. }
6992. // resize the block to be contained on the remaining available page or column space
6993. if ($fitonpage) {
6994. $ratio_wh = ($w / $h);
6995. if (($y + $h) > $this-> PageBreakTrigger) {
6996. $h = $this-> PageBreakTrigger - $y;
6997. $w = ($h * $ratio_wh);
6998. }
6999. if ((!$this-> rtl) AND (($x + $w) > ($this-> w - $this-> rMargin))) {
7000. $w = $this-> w - $this-> rMargin - $x;
7001. $h = ($w / $ratio_wh);
7002. } elseif (($this-> rtl) AND (($x - $w) < ($this-> lMargin))) {
7003. $w = $x - $this-> lMargin;
7004. $h = ($w / $ratio_wh);
7005. }
7006. }
7007. }
7009. /**
7010. * Puts an image in the page.
7011. * The upper-left corner must be given.
7012. * The dimensions can be specified in different ways:<ul>
7013. * <li>explicit width and height (expressed in user unit)</li>
7014. * <li>one explicit dimension, the other being calculated automatically in order to keep the original proportions</li>
7015. * <li>no explicit dimension, in which case the image is put at 72 dpi</li></ul>
7016. * Supported formats are JPEG and PNG images whitout GD library and all images supported by GD: GD, GD2, GD2PART, GIF, JPEG, PNG, BMP, XBM, XPM;
7017. * The format can be specified explicitly or inferred from the file extension.<br />
7018. * It is possible to put a link on the image.<br />
7019. * Remark: if an image is used several times, only one copy will be embedded in the file.<br />
7020. * @param string $file Name of the file containing the image.
7021. * @param float $x Abscissa of the upper-left corner (LTR) or upper-right corner (RTL).
7022. * @param float $y Ordinate of the upper-left corner (LTR) or upper-right corner (RTL).
7023. * @param float $w Width of the image in the page. If not specified or equal to zero, it is automatically calculated.
7024. * @param float $h Height of the image in the page. If not specified or equal to zero, it is automatically calculated.
7025. * @param string $type Image format. Possible values are (case insensitive): JPEG and PNG (whitout GD library) and all images supported by GD: GD, GD2, GD2PART, GIF, JPEG, PNG, BMP, XBM, XPM;. If not specified, the type is inferred from the file extension.
7026. * @param mixed $link URL or identifier returned by AddLink().
7027. * @param string $align Indicates the alignment of the pointer next to image insertion relative to image height. The value can be:<ul><li>T: top-right for LTR or top-left for RTL</li><li>M: middle-right for LTR or middle-left for RTL</li><li>B: bottom-right for LTR or bottom-left for RTL</li><li>N: next line</li></ul>
7028. * @param mixed $resize If true resize (reduce) the image to fit $w and $h (requires GD or ImageMagick library); if false do not resize; if 2 force resize in all cases (upscaling and downscaling).
7029. * @param int $dpi dot-per-inch resolution used on resize
7030. * @param string $palign Allows to center or align the image on the current line. Possible values are:<ul><li>L : left align</li><li>C : center</li><li>R : right align</li><li>'' : empty string : left for LTR or right for RTL</li></ul>
7031. * @param boolean $ismask true if this image is a mask, false otherwise
7032. * @param mixed $imgmask image object returned by this function or false
7033. * @param mixed $border Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
7034. * @param boolean $fitbox If true scale image dimensions proportionally to fit within the ($w, $h) box.
7035. * @param boolean $hidden if true do not display the image.
7036. * @param boolean $fitonpage if true the image is resized to not exceed page dimensions.
7037. * @return image information
7038. * @access public
7039. * @since 1.1
7040. */
7041. public function Image($file, $x='', $y='', $w=0, $h=0, $type='', $link='', $align='', $resize=false, $dpi=300, $palign='', $ismask=false, $imgmask=false, $border=0, $fitbox=false, $hidden=false, $fitonpage=false) {
7042. if ($x === '') {
7043. $x = $this-> x;
7044. }
7045. if ($y === '') {
7046. $y = $this-> y;
7047. }
7048. // check page for no-write regions and adapt page margins if necessary
7049. $this-> checkPageRegions($h, $x, $y);
7050. $cached_file = false; // true when the file is cached
7051. // get image dimensions
7052. $imsize = @ getimagesize($file);
7053. if ($imsize === FALSE) {
7054. // try to encode spaces on filename
7055. $file = str_replace(' ', '%20', $file);
7056. $imsize = @ getimagesize($file);
7057. if ($imsize === FALSE) {
7058. if ( function_exists('curl_init')) {
7059. // try to get remote file data using cURL
7060. $cs = curl_init(); // curl session
7061. curl_setopt($cs, CURLOPT_URL, $file);
7062. curl_setopt($cs, CURLOPT_BINARYTRANSFER, true);
7063. curl_setopt($cs, CURLOPT_FAILONERROR, true);
7064. curl_setopt($cs, CURLOPT_RETURNTRANSFER, true);
7065. curl_setopt($cs, CURLOPT_CONNECTTIMEOUT, 5);
7066. curl_setopt($cs, CURLOPT_TIMEOUT, 30);
7067. $imgdata = curl_exec($cs);
7068. curl_close($cs);
7069. if($imgdata !== FALSE) {
7070. // copy image to cache
7071. $file = tempnam( K_PATH_CACHE, 'img_');
7072. $fp = fopen($file, 'w');
7073. fwrite($fp, $imgdata);
7074. fclose($fp);
7075. unset($imgdata);
7076. $cached_file = true;
7077. $imsize = @ getimagesize($file);
7078. if ($imsize === FALSE) {
7079. unlink($file);
7080. $cached_file = false;
7081. }
7082. }
7083. } elseif (($w > 0) AND ($h > 0)) {
7084. // get measures from specified data
7085. $pw = $this-> getHTMLUnitToUnits($w, 0, $this-> pdfunit, true) * $this-> imgscale * $this-> k;
7086. $ph = $this-> getHTMLUnitToUnits($h, 0, $this-> pdfunit, true) * $this-> imgscale * $this-> k;
7087. $imsize = array($pw, $ph);
7088. }
7089. }
7090. }
7091. if ($imsize === FALSE) {
7092. $this-> Error('[Image] Unable to get image: '.$file);
7093. }
7094. // get original image width and height in pixels
7095. list($pixw, $pixh) = $imsize;
7096. // calculate image width and height on document
7097. if (($w <= 0) AND ($h <= 0)) {
7098. // convert image size to document unit
7099. $w = $this-> pixelsToUnits($pixw);
7100. $h = $this-> pixelsToUnits($pixh);
7101. } elseif ($w <= 0) {
7102. $w = $h * $pixw / $pixh;
7103. } elseif ($h <= 0) {
7104. $h = $w * $pixh / $pixw;
7105. } elseif ($fitbox AND ($w > 0) AND ($h > 0)) {
7106. // scale image dimensions proportionally to fit within the ($w, $h) box
7107. if ((($w * $pixh) / ($h * $pixw)) < 1) {
7108. $h = $w * $pixh / $pixw;
7109. } else {
7110. $w = $h * $pixw / $pixh;
7111. }
7112. }
7113. // fit the image on available space
7114. $this-> fitBlock($w, $h, $x, $y, $fitonpage);
7115. // calculate new minimum dimensions in pixels
7116. $neww = round($w * $this-> k * $dpi / $this-> dpi);
7117. $newh = round($h * $this-> k * $dpi / $this-> dpi);
7118. // check if resize is necessary (resize is used only to reduce the image)
7119. $newsize = ($neww * $newh);
7120. $pixsize = ($pixw * $pixh);
7121. if ( intval($resize) == 2) {
7122. $resize = true;
7123. } elseif ($newsize >= $pixsize) {
7124. $resize = false;
7125. }
7126. // check if image has been already added on document
7127. $newimage = true;
7128. if ( in_array($file, $this-> imagekeys)) {
7129. $newimage = false;
7130. // get existing image data
7131. $info = $this-> getImageBuffer($file);
7132. // check if the newer image is larger
7133. $oldsize = ($info['w'] * $info['h']);
7134. if ((($oldsize < $newsize) AND ($resize)) OR (($oldsize < $pixsize) AND (!$resize))) {
7135. $newimage = true;
7136. }
7137. }
7138. if ($newimage) {
7139. //First use of image, get info
7140. $type = strtolower($type);
7141. if ($type == '') {
7142. $type = $this-> getImageFileType($file, $imsize);
7143. } elseif ($type == 'jpg') {
7144. $type = 'jpeg';
7145. }
7146. $mqr = $this-> get_mqr();
7147. $this-> set_mqr(false);
7148. // Specific image handlers
7149. $mtd = '_parse'.$type;
7150. // GD image handler function
7151. $gdfunction = 'imagecreatefrom'.$type;
7152. $info = false;
7153. if (( method_exists($this, $mtd)) AND (!($resize AND function_exists($gdfunction)))) {
7154. // TCPDF image functions
7155. $info = $this->$mtd($file);
7156. if ($info == 'pngalpha') {
7157. return $this-> ImagePngAlpha($file, $x, $y, $pixw, $pixh, $w, $h, 'PNG', $link, $align, $resize, $dpi, $palign);
7158. }
7159. }
7160. if (!$info) {
7161. if ( function_exists($gdfunction)) {
7162. // GD library
7163. $img = $gdfunction($file);
7164. if ($resize) {
7165. $imgr = imagecreatetruecolor($neww, $newh);
7166. if (($type == 'gif') OR ($type == 'png')) {
7167. $imgr = $this->_setGDImageTransparency($imgr, $img);
7168. }
7169. imagecopyresampled($imgr, $img, 0, 0, 0, 0, $neww, $newh, $pixw, $pixh);
7170. if (($type == 'gif') OR ($type == 'png')) {
7171. $info = $this->_toPNG($imgr);
7172. } else {
7173. $info = $this->_toJPEG($imgr);
7174. }
7175. } else {
7176. if (($type == 'gif') OR ($type == 'png')) {
7177. $info = $this->_toPNG($img);
7178. } else {
7179. $info = $this->_toJPEG($img);
7180. }
7181. }
7182. } elseif ( extension_loaded('imagick')) {
7183. // ImageMagick library
7184. $img = new Imagick();
7185. if ($type == 'SVG') {
7186. // get SVG file content
7187. $svgimg = file_get_contents($file);
7188. // get width and height
7189. $regs = array();
7190. if ( preg_match('/<svg([^\>]*)>/si', $svgimg, $regs)) {
7191. $svgtag = $regs[1];
7192. $tmp = array();
7193. if ( preg_match('/[\s]+width[\s]*=[\s]*"([^"]*)"/si', $svgtag, $tmp)) {
7194. $ow = $this-> getHTMLUnitToUnits($tmp[1], 1, $this-> svgunit, false);
7195. $owu = sprintf('%.3F', ($ow * $dpi / 72)).$this-> pdfunit;
7196. $svgtag = preg_replace('/[\s]+width[\s]*=[\s]*"[^"]*"/si', ' width="'.$owu.'"', $svgtag, 1);
7197. } else {
7198. $ow = $w;
7199. }
7200. $tmp = array();
7201. if ( preg_match('/[\s]+height[\s]*=[\s]*"([^"]*)"/si', $svgtag, $tmp)) {
7202. $oh = $this-> getHTMLUnitToUnits($tmp[1], 1, $this-> svgunit, false);
7203. $ohu = sprintf('%.3F', ($oh * $dpi / 72)).$this-> pdfunit;
7204. $svgtag = preg_replace('/[\s]+height[\s]*=[\s]*"[^"]*"/si', ' height="'.$ohu.'"', $svgtag, 1);
7205. } else {
7206. $oh = $h;
7207. }
7208. $tmp = array();
7209. if (! preg_match('/[\s]+viewBox[\s]*=[\s]*"[\s]*([0-9\.]+)[\s]+([0-9\.]+)[\s]+([0-9\.]+)[\s]+([0-9\.]+)[\s]*"/si', $svgtag, $tmp)) {
7210. $vbw = ($ow * $this-> imgscale * $this-> k);
7211. $vbh = ($oh * $this-> imgscale * $this-> k);
7212. $vbox = sprintf(' viewBox="0 0 %.3F %.3F" ', $vbw, $vbh);
7213. $svgtag = $vbox.$svgtag;
7214. }
7215. $svgimg = preg_replace('/<svg([^\>]*)>/si', '<svg'.$svgtag.'>', $svgimg, 1);
7216. }
7217. $img->readImageBlob($svgimg);
7218. } else {
7219. $img->readImage($file);
7220. }
7221. if ($resize) {
7222. $img->resizeImage($neww, $newh, 10, 1, false);
7223. }
7224. $img->setCompressionQuality($this-> jpeg_quality);
7225. $img->setImageFormat('jpeg');
7226. $tempname = tempnam( K_PATH_CACHE, 'jpg_');
7227. $img->writeImage($tempname);
7228. $info = $this->_parsejpeg($tempname);
7229. unlink($tempname);
7230. $img->destroy();
7231. } else {
7232. return;
7233. }
7234. }
7235. if ($info === false) {
7236. //If false, we cannot process image
7237. return;
7238. }
7239. $this-> set_mqr($mqr);
7240. if ($ismask) {
7241. // force grayscale
7242. $info['cs'] = 'DeviceGray';
7243. }
7244. $info['i'] = $this-> numimages;
7245. if (! in_array($file, $this-> imagekeys)) {
7246. ++$info['i'];
7247. }
7248. if ($imgmask !== false) {
7249. $info['masked'] = $imgmask;
7250. }
7251. // add image to document
7252. $this-> setImageBuffer($file, $info);
7253. }
7254. if ($cached_file) {
7255. // remove cached file
7256. unlink($file);
7257. }
7258. // set alignment
7259. $this-> img_rb_y = $y + $h;
7260. // set alignment
7261. if ($this-> rtl) {
7262. if ($palign == 'L') {
7263. $ximg = $this-> lMargin;
7264. } elseif ($palign == 'C') {
7265. $ximg = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
7266. } elseif ($palign == 'R') {
7267. $ximg = $this-> w - $this-> rMargin - $w;
7268. } else {
7269. $ximg = $x - $w;
7270. }
7271. $this-> img_rb_x = $ximg;
7272. } else {
7273. if ($palign == 'L') {
7274. $ximg = $this-> lMargin;
7275. } elseif ($palign == 'C') {
7276. $ximg = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
7277. } elseif ($palign == 'R') {
7278. $ximg = $this-> w - $this-> rMargin - $w;
7279. } else {
7280. $ximg = $x;
7281. }
7282. $this-> img_rb_x = $ximg + $w;
7283. }
7284. if ($ismask OR $hidden) {
7285. // image is not displayed
7286. return $info['i'];
7287. }
7288. $xkimg = $ximg * $this-> k;
7289. $this->_out( sprintf('q %.2F 0 0 %.2F %.2F %.2F cm /I%u Do Q', ($w * $this-> k), ($h * $this-> k), $xkimg, (($this-> h - ($y + $h)) * $this-> k), $info['i']));
7290. if (! empty($border)) {
7291. $bx = $this-> x;
7292. $by = $this-> y;
7293. $this-> x = $ximg;
7294. if ($this-> rtl) {
7295. $this-> x += $w;
7296. }
7297. $this-> y = $y;
7298. $this-> Cell($w, $h, '', $border, 0, '', 0, '', 0, true);
7299. $this-> x = $bx;
7300. $this-> y = $by;
7301. }
7302. if ($link) {
7303. $this-> Link($ximg, $y, $w, $h, $link, 0);
7304. }
7305. // set pointer to align the next text/objects
7306. switch($align) {
7307. case 'T': {
7308. $this-> y = $y;
7309. $this-> x = $this-> img_rb_x;
7310. break;
7311. }
7312. case 'M': {
7313. $this-> y = $y + round($h/2);
7314. $this-> x = $this-> img_rb_x;
7315. break;
7316. }
7317. case 'B': {
7318. $this-> y = $this-> img_rb_y;
7319. $this-> x = $this-> img_rb_x;
7320. break;
7321. }
7322. case 'N': {
7323. $this-> SetY($this-> img_rb_y);
7324. break;
7325. }
7326. default:{
7327. break;
7328. }
7329. }
7330. $this-> endlinex = $this-> img_rb_x;
7331. if ($this-> inxobj) {
7332. // we are inside an XObject template
7333. $this-> xobjects[$this-> xobjid]['images'][] = $info['i'];
7334. }
7335. return $info['i'];
7336. }
7338. /**
7339. * Sets the current active configuration setting of magic_quotes_runtime (if the set_magic_quotes_runtime function exist)
7340. * @param boolean $mqr FALSE for off, TRUE for on.
7341. * @since 4.6.025 (2009-08-17)
7342. */
7343. public function set_mqr($mqr) {
7344. if(! defined('PHP_VERSION_ID')) {
7345. $version = PHP_VERSION;
7346. define('PHP_VERSION_ID', (($version{0} * 10000) + ($version{2} * 100) + $version{4}));
7347. }
7348. if (PHP_VERSION_ID < 50300) {
7349. @ set_magic_quotes_runtime($mqr);
7350. }
7351. }
7353. /**
7354. * Gets the current active configuration setting of magic_quotes_runtime (if the get_magic_quotes_runtime function exist)
7355. * @return Returns 0 if magic quotes runtime is off or get_magic_quotes_runtime doesn't exist, 1 otherwise.
7356. * @since 4.6.025 (2009-08-17)
7357. */
7358. public function get_mqr() {
7359. if(! defined('PHP_VERSION_ID')) {
7360. $version = PHP_VERSION;
7361. define('PHP_VERSION_ID', (($version{0} * 10000) + ($version{2} * 100) + $version{4}));
7362. }
7363. if (PHP_VERSION_ID < 50300) {
7364. return @ get_magic_quotes_runtime();
7365. }
7366. return 0;
7367. }
7369. /**
7370. * Convert the loaded image to a JPEG and then return a structure for the PDF creator.
7371. * This function requires GD library and write access to the directory defined on K_PATH_CACHE constant.
7372. * @param string $file Image file name.
7373. * @param image $image Image object.
7374. * return image JPEG image object.
7375. * @access protected
7376. */
7377. protected function _toJPEG($image) {
7378. $tempname = tempnam( K_PATH_CACHE, 'jpg_');
7379. imagejpeg($image, $tempname, $this-> jpeg_quality);
7380. imagedestroy($image);
7381. $retvars = $this->_parsejpeg($tempname);
7382. // tidy up by removing temporary image
7383. unlink($tempname);
7384. return $retvars;
7385. }
7387. /**
7388. * Convert the loaded image to a PNG and then return a structure for the PDF creator.
7389. * This function requires GD library and write access to the directory defined on K_PATH_CACHE constant.
7390. * @param string $file Image file name.
7391. * @param image $image Image object.
7392. * return image PNG image object.
7393. * @access protected
7394. * @since 4.9.016 (2010-04-20)
7395. */
7396. protected function _toPNG($image) {
7397. $tempname = tempnam( K_PATH_CACHE, 'jpg_');
7398. imagepng($image, $tempname);
7399. imagedestroy($image);
7400. $retvars = $this->_parsepng($tempname);
7401. // tidy up by removing temporary image
7402. unlink($tempname);
7403. return $retvars;
7404. }
7406. /**
7407. * Set the transparency for the given GD image.
7408. * @param image $new_image GD image object
7409. * @param image $image GD image object.
7410. * return GD image object.
7411. * @access protected
7412. * @since 4.9.016 (2010-04-20)
7413. */
7414. protected function _setGDImageTransparency($new_image, $image) {
7415. // transparency index
7416. $tid = imagecolortransparent($image);
7417. // default transparency color
7418. $tcol = array('red' => 255, 'green' => 255, 'blue' => 255);
7419. if ($tid >= 0) {
7420. // get the colors for the transparency index
7421. $tcol = imagecolorsforindex($image, $tid);
7422. }
7423. $tid = imagecolorallocate($new_image, $tcol['red'], $tcol['green'], $tcol['blue']);
7424. imagefill($new_image, 0, 0, $tid);
7425. imagecolortransparent($new_image, $tid);
7426. return $new_image;
7427. }
7429. /**
7430. * Extract info from a JPEG file without using the GD library.
7431. * @param string $file image file to parse
7432. * @return array structure containing the image data
7433. * @access protected
7434. */
7435. protected function _parsejpeg($file) {
7436. $a = getimagesize($file);
7437. if (empty($a)) {
7438. $this-> Error('Missing or incorrect image file: '.$file);
7439. }
7440. if ($a[2] != 2) {
7441. $this-> Error('Not a JPEG file: '.$file);
7442. }
7443. if ((!isset($a['channels'])) OR ($a['channels'] == 3)) {
7444. $colspace = 'DeviceRGB';
7445. } elseif ($a['channels'] == 4) {
7446. $colspace = 'DeviceCMYK';
7447. } else {
7448. $colspace = 'DeviceGray';
7449. }
7450. $bpc = isset($a['bits']) ? $a['bits'] : 8;
7451. $data = file_get_contents($file);
7452. return array('w' => $a[0], 'h' => $a[1], 'cs' => $colspace, 'bpc' => $bpc, 'f' => 'DCTDecode', 'data' => $data);
7453. }
7455. /**
7456. * Extract info from a PNG file without using the GD library.
7457. * @param string $file image file to parse
7458. * @return array structure containing the image data
7459. * @access protected
7460. */
7461. protected function _parsepng($file) {
7462. $f = fopen($file, 'rb');
7463. if ($f === false) {
7464. $this-> Error('Can\'t open image file: '.$file);
7465. }
7466. //Check signature
7467. if ( fread($f, 8) != chr(137).'PNG'.chr(13).chr(10).chr(26).chr(10)) {
7468. $this-> Error('Not a PNG file: '.$file);
7469. }
7470. //Read header chunk
7471. fread($f, 4);
7472. if ( fread($f, 4) != 'IHDR') {
7473. $this-> Error('Incorrect PNG file: '.$file);
7474. }
7475. $w = $this->_freadint($f);
7476. $h = $this->_freadint($f);
7477. $bpc = ord( fread($f, 1));
7478. if ($bpc > 8) {
7479. //$this->Error('16-bit depth not supported: '.$file);
7480. fclose($f);
7481. return false;
7482. }
7483. $ct = ord( fread($f, 1));
7484. if ($ct == 0) {
7485. $colspace = 'DeviceGray';
7486. } elseif ($ct == 2) {
7487. $colspace = 'DeviceRGB';
7488. } elseif ($ct == 3) {
7489. $colspace = 'Indexed';
7490. } else {
7491. // alpha channel
7492. fclose($f);
7493. return 'pngalpha';
7494. }
7495. if ( ord( fread($f, 1)) != 0) {
7496. //$this->Error('Unknown compression method: '.$file);
7497. fclose($f);
7498. return false;
7499. }
7500. if ( ord( fread($f, 1)) != 0) {
7501. //$this->Error('Unknown filter method: '.$file);
7502. fclose($f);
7503. return false;
7504. }
7505. if ( ord( fread($f, 1)) != 0) {
7506. //$this->Error('Interlacing not supported: '.$file);
7507. fclose($f);
7508. return false;
7509. }
7510. fread($f, 4);
7511. $parms = '/DecodeParms << /Predictor 15 /Colors '.($ct == 2 ? 3 : 1).' /BitsPerComponent '.$bpc.' /Columns '.$w.' >>';
7512. //Scan chunks looking for palette, transparency and image data
7513. $pal = '';
7514. $trns = '';
7515. $data = '';
7516. do {
7517. $n = $this->_freadint($f);
7518. $type = fread($f, 4);
7519. if ($type == 'PLTE') {
7520. //Read palette
7521. $pal = $this-> rfread($f, $n);
7522. fread($f, 4);
7523. } elseif ($type == 'tRNS') {
7524. //Read transparency info
7525. $t = $this-> rfread($f, $n);
7526. if ($ct == 0) {
7527. $trns = array( ord( substr($t, 1, 1)));
7528. } elseif ($ct == 2) {
7529. $trns = array( ord( substr($t, 1, 1)), ord( substr($t, 3, 1)), ord( substr($t, 5, 1)));
7530. } else {
7531. $pos = strpos($t, chr(0));
7532. if ($pos !== false) {
7533. $trns = array($pos);
7534. }
7535. }
7536. fread($f, 4);
7537. } elseif ($type == 'IDAT') {
7538. //Read image data block
7539. $data .= $this-> rfread($f, $n);
7540. fread($f, 4);
7541. } elseif ($type == 'IEND') {
7542. break;
7543. } else {
7544. $this-> rfread($f, $n + 4);
7545. }
7546. } while ($n);
7547. if (($colspace == 'Indexed') AND (empty($pal))) {
7548. //$this->Error('Missing palette in '.$file);
7549. fclose($f);
7550. return false;
7551. }
7552. fclose($f);
7553. return array('w' => $w, 'h' => $h, 'cs' => $colspace, 'bpc' => $bpc, 'f' => 'FlateDecode', 'parms' => $parms, 'pal' => $pal, 'trns' => $trns, 'data' => $data);
7554. }
7556. /**
7557. * Binary-safe and URL-safe file read.
7558. * Reads up to length bytes from the file pointer referenced by handle. Reading stops as soon as one of the following conditions is met: length bytes have been read; EOF (end of file) is reached.
7559. * @param resource $handle
7560. * @param int $length
7561. * @return Returns the read string or FALSE in case of error.
7562. * @author Nicola Asuni
7563. * @access protected
7564. * @since 4.5.027 (2009-03-16)
7565. */
7566. protected function rfread($handle, $length) {
7567. $data = fread($handle, $length);
7568. if ($data === false) {
7569. return false;
7570. }
7571. $rest = $length - strlen($data);
7572. if ($rest > 0) {
7573. $data .= $this-> rfread($handle, $rest);
7574. }
7575. return $data;
7576. }
7578. /**
7579. * Extract info from a PNG image with alpha channel using the GD library.
7580. * @param string $file Name of the file containing the image.
7581. * @param float $x Abscissa of the upper-left corner.
7582. * @param float $y Ordinate of the upper-left corner.
7583. * @param float $wpx Original width of the image in pixels.
7584. * @param float $hpx original height of the image in pixels.
7585. * @param float $w Width of the image in the page. If not specified or equal to zero, it is automatically calculated.
7586. * @param float $h Height of the image in the page. If not specified or equal to zero, it is automatically calculated.
7587. * @param string $type Image format. Possible values are (case insensitive): JPEG and PNG (whitout GD library) and all images supported by GD: GD, GD2, GD2PART, GIF, JPEG, PNG, BMP, XBM, XPM;. If not specified, the type is inferred from the file extension.
7588. * @param mixed $link URL or identifier returned by AddLink().
7589. * @param string $align Indicates the alignment of the pointer next to image insertion relative to image height. The value can be:<ul><li>T: top-right for LTR or top-left for RTL</li><li>M: middle-right for LTR or middle-left for RTL</li><li>B: bottom-right for LTR or bottom-left for RTL</li><li>N: next line</li></ul>
7590. * @param boolean $resize If true resize (reduce) the image to fit $w and $h (requires GD library).
7591. * @param int $dpi dot-per-inch resolution used on resize
7592. * @param string $palign Allows to center or align the image on the current line. Possible values are:<ul><li>L : left align</li><li>C : center</li><li>R : right align</li><li>'' : empty string : left for LTR or right for RTL</li></ul>
7593. * @author Nicola Asuni
7594. * @access protected
7595. * @since 4.3.007 (2008-12-04)
7596. * @see Image()
7597. */
7598. protected function ImagePngAlpha($file, $x, $y, $wpx, $hpx, $w, $h, $type, $link, $align, $resize, $dpi, $palign) {
7599. // create temp image file (without alpha channel)
7600. $tempfile_plain = tempnam( K_PATH_CACHE, 'mskp_');
7601. // create temp alpha file
7602. $tempfile_alpha = tempnam( K_PATH_CACHE, 'mska_');
7603. if ( extension_loaded('imagick')) { // ImageMagick
7604. // ImageMagick library
7605. $img = new Imagick();
7606. $img->readImage($file);
7607. // clone image object
7608. $imga = $img->clone();
7609. // extract alpha channel
7610. $img->separateImageChannel(imagick:: CHANNEL_ALPHA | imagick:: CHANNEL_OPACITY | imagick:: CHANNEL_MATTE);
7611. $img->negateImage(true);
7612. $img->setImageFormat('png');
7613. $img->writeImage($tempfile_alpha);
7614. // remove alpha channel
7615. $imga->separateImageChannel(imagick:: CHANNEL_ALL & ~(imagick:: CHANNEL_ALPHA | imagick:: CHANNEL_OPACITY | imagick:: CHANNEL_MATTE));
7616. $imga->setImageFormat('png');
7617. $imga->writeImage($tempfile_plain);
7618. } else { // GD library
7619. // generate images
7620. $img = imagecreatefrompng($file);
7621. $imgalpha = imagecreate($wpx, $hpx);
7622. // generate gray scale palette (0 -> 255)
7623. for ($c = 0; $c < 256; ++$c) {
7624. ImageColorAllocate($imgalpha, $c, $c, $c);
7625. }
7626. // extract alpha channel
7627. for ($xpx = 0; $xpx < $wpx; ++$xpx) {
7628. for ($ypx = 0; $ypx < $hpx; ++$ypx) {
7629. $color = imagecolorat($img, $xpx, $ypx);
7630. $alpha = ($color >> 24); // shifts off the first 24 bits (where 8x3 are used for each color), and returns the remaining 7 allocated bits (commonly used for alpha)
7631. $alpha = (((127 - $alpha) / 127) * 255); // GD alpha is only 7 bit (0 -> 127)
7632. $alpha = $this-> getGDgamma($alpha); // correct gamma
7633. imagesetpixel($imgalpha, $xpx, $ypx, $alpha);
7634. }
7635. }
7636. imagepng($imgalpha, $tempfile_alpha);
7637. imagedestroy($imgalpha);
7638. // extract image without alpha channel
7639. $imgplain = imagecreatetruecolor($wpx, $hpx);
7640. imagecopy($imgplain, $img, 0, 0, 0, 0, $wpx, $hpx);
7641. imagepng($imgplain, $tempfile_plain);
7642. imagedestroy($imgplain);
7643. }
7644. // embed mask image
7645. $imgmask = $this-> Image($tempfile_alpha, $x, $y, $w, $h, 'PNG', '', '', $resize, $dpi, '', true, false);
7646. // embed image, masked with previously embedded mask
7647. $this-> Image($tempfile_plain, $x, $y, $w, $h, $type, $link, $align, $resize, $dpi, $palign, false, $imgmask);
7648. // remove temp files
7649. unlink($tempfile_alpha);
7650. unlink($tempfile_plain);
7651. }
7653. /**
7654. * Correct the gamma value to be used with GD library
7655. * @param float $v the gamma value to be corrected
7656. * @access protected
7657. * @since 4.3.007 (2008-12-04)
7658. */
7659. protected function getGDgamma($v) {
7660. return ( pow(($v / 255), 2.2) * 255);
7661. }
7663. /**
7664. * Performs a line break.
7665. * The current abscissa goes back to the left margin and the ordinate increases by the amount passed in parameter.
7666. * @param float $h The height of the break. By default, the value equals the height of the last printed cell.
7667. * @param boolean $cell if true add the current left (or right o for RTL) padding to the X coordinate
7668. * @access public
7669. * @since 1.0
7670. * @see Cell()
7671. */
7672. public function Ln($h='', $cell=false) {
7673. if (($this-> num_columns > 1) AND ($this-> y == $this-> columns[$this-> current_column]['y']) AND isset($this-> columns[$this-> current_column]['x']) AND ($this-> x == $this-> columns[$this-> current_column]['x'])) {
7674. // revove vertical space from the top of the column
7675. return;
7676. }
7677. if ($cell) {
7678. if ($this-> rtl) {
7679. $cellpadding = $this-> cell_padding['R'];
7680. } else {
7681. $cellpadding = $this-> cell_padding['L'];
7682. }
7683. } else {
7684. $cellpadding = 0;
7685. }
7686. if ($this-> rtl) {
7687. $this-> x = $this-> w - $this-> rMargin - $cellpadding;
7688. } else {
7689. $this-> x = $this-> lMargin + $cellpadding;
7690. }
7691. if ( is_string($h)) {
7692. $this-> y += $this-> lasth;
7693. } else {
7694. $this-> y += $h;
7695. }
7696. $this-> newline = true;
7697. }
7699. /**
7700. * Returns the relative X value of current position.
7701. * The value is relative to the left border for LTR languages and to the right border for RTL languages.
7702. * @return float
7703. * @access public
7704. * @since 1.2
7705. * @see SetX(), GetY(), SetY()
7706. */
7707. public function GetX() {
7708. //Get x position
7709. if ($this-> rtl) {
7710. return ($this-> w - $this-> x);
7711. } else {
7712. return $this-> x;
7713. }
7714. }
7716. /**
7717. * Returns the absolute X value of current position.
7718. * @return float
7719. * @access public
7720. * @since 1.2
7721. * @see SetX(), GetY(), SetY()
7722. */
7723. public function GetAbsX() {
7724. return $this-> x;
7725. }
7727. /**
7728. * Returns the ordinate of the current position.
7729. * @return float
7730. * @access public
7731. * @since 1.0
7732. * @see SetY(), GetX(), SetX()
7733. */
7734. public function GetY() {
7735. return $this-> y;
7736. }
7738. /**
7739. * Defines the abscissa of the current position.
7740. * If the passed value is negative, it is relative to the right of the page (or left if language is RTL).
7741. * @param float $x The value of the abscissa.
7742. * @param boolean $rtloff if true always uses the page top-left corner as origin of axis.
7743. * @access public
7744. * @since 1.2
7745. * @see GetX(), GetY(), SetY(), SetXY()
7746. */
7747. public function SetX($x, $rtloff=false) {
7748. if (!$rtloff AND $this-> rtl) {
7749. if ($x >= 0) {
7750. $this-> x = $this-> w - $x;
7751. } else {
7752. $this-> x = abs($x);
7753. }
7754. } else {
7755. if ($x >= 0) {
7756. $this-> x = $x;
7757. } else {
7758. $this-> x = $this-> w + $x;
7759. }
7760. }
7761. if ($this-> x < 0) {
7762. $this-> x = 0;
7763. }
7764. if ($this-> x > $this-> w) {
7765. $this-> x = $this-> w;
7766. }
7767. }
7769. /**
7770. * Moves the current abscissa back to the left margin and sets the ordinate.
7771. * If the passed value is negative, it is relative to the bottom of the page.
7772. * @param float $y The value of the ordinate.
7773. * @param bool $resetx if true (default) reset the X position.
7774. * @param boolean $rtloff if true always uses the page top-left corner as origin of axis.
7775. * @access public
7776. * @since 1.0
7777. * @see GetX(), GetY(), SetY(), SetXY()
7778. */
7779. public function SetY($y, $resetx=true, $rtloff=false) {
7780. if ($resetx) {
7781. //reset x
7782. if (!$rtloff AND $this-> rtl) {
7783. $this-> x = $this-> w - $this-> rMargin;
7784. } else {
7785. $this-> x = $this-> lMargin;
7786. }
7787. }
7788. if ($y >= 0) {
7789. $this-> y = $y;
7790. } else {
7791. $this-> y = $this-> h + $y;
7792. }
7793. if ($this-> y < 0) {
7794. $this-> y = 0;
7795. }
7796. if ($this-> y > $this-> h) {
7797. $this-> y = $this-> h;
7798. }
7799. }
7801. /**
7802. * Defines the abscissa and ordinate of the current position.
7803. * If the passed values are negative, they are relative respectively to the right and bottom of the page.
7804. * @param float $x The value of the abscissa.
7805. * @param float $y The value of the ordinate.
7806. * @param boolean $rtloff if true always uses the page top-left corner as origin of axis.
7807. * @access public
7808. * @since 1.2
7809. * @see SetX(), SetY()
7810. */
7811. public function SetXY($x, $y, $rtloff=false) {
7812. $this-> SetY($y, false, $rtloff);
7813. $this-> SetX($x, $rtloff);
7814. }
7816. /**
7817. * Send the document to a given destination: string, local file or browser.
7818. * In the last case, the plug-in may be used (if present) or a download ("Save as" dialog box) may be forced.<br />
7819. * The method first calls Close() if necessary to terminate the document.
7820. * @param string $name The name of the file when saved. Note that special characters are removed and blanks characters are replaced with the underscore character.
7821. * @param string $dest Destination where to send the document. It can take one of the following values:<ul><li>I: send the file inline to the browser (default). The plug-in is used if available. The name given by name is used when one selects the "Save as" option on the link generating the PDF.</li><li>D: send to the browser and force a file download with the name given by name.</li><li>F: save to a local server file with the name given by name.</li><li>S: return the document as a string. name is ignored.</li><li>FI: equivalent to F + I option</li><li>FD: equivalent to F + D option</li></ul>
7822. * @access public
7823. * @since 1.0
7824. * @see Close()
7825. */
7826. public function Output($name='doc.pdf', $dest='I') {
7827. //Output PDF to some destination
7828. //Finish document if necessary
7829. if ($this-> state < 3) {
7830. $this-> Close();
7831. }
7832. //Normalize parameters
7833. if ( is_bool($dest)) {
7834. $dest = $dest ? 'D' : 'F';
7835. }
7836. $dest = strtoupper($dest);
7837. if ($dest{0} != 'F') {
7838. $name = preg_replace('/[\s]+/', '_', $name);
7839. $name = preg_replace('/[^a-zA-Z0-9_\.-]/', '', $name);
7840. }
7841. if ($this-> sign) {
7842. // *** apply digital signature to the document ***
7843. // get the document content
7844. $pdfdoc = $this-> getBuffer();
7845. // remove last newline
7846. $pdfdoc = substr($pdfdoc, 0, -1);
7847. // Remove the original buffer
7848. if (isset($this-> diskcache) AND $this-> diskcache) {
7849. // remove buffer file from cache
7850. unlink($this-> buffer);
7851. }
7852. unset($this-> buffer);
7853. // remove filler space
7854. $byterange_string_len = strlen($this-> byterange_string);
7855. // define the ByteRange
7856. $byte_range = array();
7857. $byte_range[0] = 0;
7858. $byte_range[1] = strpos($pdfdoc, $this-> byterange_string) + $byterange_string_len + 10;
7859. $byte_range[2] = $byte_range[1] + $this-> signature_max_length + 2;
7860. $byte_range[3] = strlen($pdfdoc) - $byte_range[2];
7861. $pdfdoc = substr($pdfdoc, 0, $byte_range[1]).substr($pdfdoc, $byte_range[2]);
7862. // replace the ByteRange
7863. $byterange = sprintf('/ByteRange[0 %u %u %u]', $byte_range[1], $byte_range[2], $byte_range[3]);
7864. $byterange .= str_repeat(' ', ($byterange_string_len - strlen($byterange)));
7865. $pdfdoc = str_replace($this-> byterange_string, $byterange, $pdfdoc);
7866. // write the document to a temporary folder
7867. $tempdoc = tempnam( K_PATH_CACHE, 'tmppdf_');
7868. $f = fopen($tempdoc, 'wb');
7869. if (!$f) {
7870. $this-> Error('Unable to create temporary file: '.$tempdoc);
7871. }
7872. $pdfdoc_length = strlen($pdfdoc);
7873. fwrite($f, $pdfdoc, $pdfdoc_length);
7874. fclose($f);
7875. // get digital signature via openssl library
7876. $tempsign = tempnam( K_PATH_CACHE, 'tmpsig_');
7877. if (empty($this-> signature_data['extracerts'])) {
7878. openssl_pkcs7_sign($tempdoc, $tempsign, $this-> signature_data['signcert'], array($this-> signature_data['privkey'], $this-> signature_data['password']), array(), PKCS7_BINARY | PKCS7_DETACHED);
7879. } else {
7880. openssl_pkcs7_sign($tempdoc, $tempsign, $this-> signature_data['signcert'], array($this-> signature_data['privkey'], $this-> signature_data['password']), array(), PKCS7_BINARY | PKCS7_DETACHED, $this-> signature_data['extracerts']);
7881. }
7882. unlink($tempdoc);
7883. // read signature
7884. $signature = file_get_contents($tempsign);
7885. unlink($tempsign);
7886. // extract signature
7887. $signature = substr($signature, $pdfdoc_length);
7888. $signature = substr($signature, ( strpos($signature, "%%EOF\n\n------") + 13));
7889. $tmparr = explode("\n\n", $signature);
7890. $signature = $tmparr[1];
7891. unset($tmparr);
7892. // decode signature
7893. $signature = base64_decode( trim($signature));
7894. // convert signature to hex
7895. $signature = current( unpack('H*', $signature));
7896. $signature = str_pad($signature, $this-> signature_max_length, '0');
7897. // Add signature to the document
7898. $pdfdoc = substr($pdfdoc, 0, $byte_range[1]).'<'.$signature.'>'.substr($pdfdoc, $byte_range[1]);
7899. $this-> diskcache = false;
7900. $this-> buffer = &$pdfdoc;
7901. $this-> bufferlen = strlen($pdfdoc);
7902. }
7903. switch($dest) {
7904. case 'I': {
7905. // Send PDF to the standard output
7906. if ( ob_get_contents()) {
7907. $this-> Error('Some data has already been output, can\'t send PDF file');
7908. }
7909. if ( php_sapi_name() != 'cli') {
7910. //We send to a browser
7911. header('Content-Type: application/pdf');
7912. if ( headers_sent()) {
7913. $this-> Error('Some data has already been output to browser, can\'t send PDF file');
7914. }
7915. header('Cache-Control: public, must-revalidate, max-age=0'); // HTTP/1.1
7916. header('Pragma: public');
7917. header('Expires: Sat, 26 Jul 1997 05:00:00 GMT'); // Date in the past
7918. header('Last-Modified: '.gmdate('D, d M Y H:i:s').' GMT');
7919. header('Content-Length: '.$this-> bufferlen);
7920. header('Content-Disposition: inline; filename="'.basename($name).'";');
7921. }
7922. echo $this-> getBuffer();
7923. break;
7924. }
7925. case 'D': {
7926. // Download PDF as file
7927. if ( ob_get_contents()) {
7928. $this-> Error('Some data has already been output, can\'t send PDF file');
7929. }
7930. header('Content-Description: File Transfer');
7931. if ( headers_sent()) {
7932. $this-> Error('Some data has already been output to browser, can\'t send PDF file');
7933. }
7934. header('Cache-Control: public, must-revalidate, max-age=0'); // HTTP/1.1
7935. header('Pragma: public');
7936. header('Expires: Sat, 26 Jul 1997 05:00:00 GMT'); // Date in the past
7937. header('Last-Modified: '.gmdate('D, d M Y H:i:s').' GMT');
7938. // force download dialog
7939. header('Content-Type: application/force-download');
7940. header('Content-Type: application/octet-stream', false);
7941. header('Content-Type: application/download', false);
7942. header('Content-Type: application/pdf', false);
7943. // use the Content-Disposition header to supply a recommended filename
7944. header('Content-Disposition: attachment; filename="'.basename($name).'";');
7945. header('Content-Transfer-Encoding: binary');
7946. header('Content-Length: '.$this-> bufferlen);
7947. echo $this-> getBuffer();
7948. break;
7949. }
7950. case 'F':
7951. case 'FI':
7952. case 'FD': {
7953. // Save PDF to a local file
7954. if ($this-> diskcache) {
7955. copy($this-> buffer, $name);
7956. } else {
7957. $f = fopen($name, 'wb');
7958. if (!$f) {
7959. $this-> Error('Unable to create output file: '.$name);
7960. }
7961. fwrite($f, $this-> getBuffer(), $this-> bufferlen);
7962. fclose($f);
7963. }
7964. if ($dest == 'FI') {
7965. // send headers to browser
7966. header('Content-Type: application/pdf');
7967. header('Cache-Control: public, must-revalidate, max-age=0'); // HTTP/1.1
7968. header('Pragma: public');
7969. header('Expires: Sat, 26 Jul 1997 05:00:00 GMT'); // Date in the past
7970. header('Last-Modified: '.gmdate('D, d M Y H:i:s').' GMT');
7971. header('Content-Length: '.filesize($name));
7972. header('Content-Disposition: inline; filename="'.basename($name).'";');
7973. // send document to the browser
7974. echo file_get_contents($name);
7975. } elseif ($dest == 'FD') {
7976. // send headers to browser
7977. if ( ob_get_contents()) {
7978. $this-> Error('Some data has already been output, can\'t send PDF file');
7979. }
7980. header('Content-Description: File Transfer');
7981. if ( headers_sent()) {
7982. $this-> Error('Some data has already been output to browser, can\'t send PDF file');
7983. }
7984. header('Cache-Control: public, must-revalidate, max-age=0'); // HTTP/1.1
7985. header('Pragma: public');
7986. header('Expires: Sat, 26 Jul 1997 05:00:00 GMT'); // Date in the past
7987. header('Last-Modified: '.gmdate('D, d M Y H:i:s').' GMT');
7988. // force download dialog
7989. header('Content-Type: application/force-download');
7990. header('Content-Type: application/octet-stream', false);
7991. header('Content-Type: application/download', false);
7992. header('Content-Type: application/pdf', false);
7993. // use the Content-Disposition header to supply a recommended filename
7994. header('Content-Disposition: attachment; filename="'.basename($name).'";');
7995. header('Content-Transfer-Encoding: binary');
7996. header('Content-Length: '.filesize($name));
7997. // send document to the browser
7998. echo file_get_contents($name);
7999. }
8000. break;
8001. }
8002. case 'S': {
8003. // Returns PDF as a string
8004. return $this-> getBuffer();
8005. }
8006. default: {
8007. $this-> Error('Incorrect output destination: '.$dest);
8008. }
8009. }
8010. return '';
8011. }
8013. /**
8014. * Unset all class variables except the following critical variables: internal_encoding, state, bufferlen, buffer and diskcache.
8015. * @param boolean $destroyall if true destroys all class variables, otherwise preserves critical variables.
8016. * @param boolean $preserve_objcopy if true preserves the objcopy variable
8017. * @access public
8018. * @since 4.5.016 (2009-02-24)
8019. */
8020. public function _destroy($destroyall=false, $preserve_objcopy=false) {
8021. if ($destroyall AND isset($this-> diskcache) AND $this-> diskcache AND (!$preserve_objcopy) AND (!$this-> empty_string($this-> buffer))) {
8022. // remove buffer file from cache
8023. unlink($this-> buffer);
8024. }
8025. foreach ( array_keys( get_object_vars($this)) as $val) {
8026. if ($destroyall OR (
8027. ($val != 'internal_encoding')
8028. AND ($val != 'state')
8029. AND ($val != 'bufferlen')
8030. AND ($val != 'buffer')
8031. AND ($val != 'diskcache')
8032. AND ($val != 'sign')
8033. AND ($val != 'signature_data')
8034. AND ($val != 'signature_max_length')
8035. AND ($val != 'byterange_string')
8036. )) {
8037. if ((!$preserve_objcopy OR ($val != 'objcopy')) AND isset($this->$val)) {
8038. unset($this->$val);
8039. }
8040. }
8041. }
8042. }
8044. /**
8045. * Check for locale-related bug
8046. * @access protected
8047. */
8048. protected function _dochecks() {
8049. //Check for locale-related bug
8050. if (1.1 == 1) {
8051. $this-> Error('Don\'t alter the locale before including class file');
8052. }
8053. //Check for decimal separator
8054. if ( sprintf('%.1F', 1.0) != '1.0') {
8055. setlocale(LC_NUMERIC, 'C');
8056. }
8057. }
8059. /**
8060. * Return fonts path
8061. * @return string
8062. * @access protected
8063. */
8064. protected function _getfontpath() {
8065. if (! defined('K_PATH_FONTS') AND is_dir( dirname(__FILE__).'/fonts')) {
8066. define('K_PATH_FONTS', dirname(__FILE__).'/fonts/');
8067. }
8068. return defined('K_PATH_FONTS') ? K_PATH_FONTS : '';
8069. }
8071. /**
8072. * Output pages.
8073. * @access protected
8074. */
8075. protected function _putpages() {
8076. $nb = $this-> numpages;
8077. if (! empty($this-> AliasNbPages)) {
8078. $nbs = $this-> formatPageNumber($nb);
8079. $nbu = $this-> UTF8ToUTF16BE($nbs, false); // replacement for unicode font
8080. $alias_a = $this->_escape($this-> AliasNbPages);
8081. $alias_au = $this->_escape('{'.$this-> AliasNbPages.'}');
8082. if ($this-> isunicode) {
8083. $alias_b = $this->_escape($this-> UTF8ToLatin1($this-> AliasNbPages));
8084. $alias_bu = $this->_escape($this-> UTF8ToLatin1('{'.$this-> AliasNbPages.'}'));
8085. $alias_c = $this->_escape($this-> utf8StrRev($this-> AliasNbPages, false, $this-> tmprtl));
8086. $alias_cu = $this->_escape($this-> utf8StrRev('{'.$this-> AliasNbPages.'}', false, $this-> tmprtl));
8087. }
8088. }
8089. if (! empty($this-> AliasNumPage)) {
8090. $alias_pa = $this->_escape($this-> AliasNumPage);
8091. $alias_pau = $this->_escape('{'.$this-> AliasNumPage.'}');
8092. if ($this-> isunicode) {
8093. $alias_pb = $this->_escape($this-> UTF8ToLatin1($this-> AliasNumPage));
8094. $alias_pbu = $this->_escape($this-> UTF8ToLatin1('{'.$this-> AliasNumPage.'}'));
8095. $alias_pc = $this->_escape($this-> utf8StrRev($this-> AliasNumPage, false, $this-> tmprtl));
8096. $alias_pcu = $this->_escape($this-> utf8StrRev('{'.$this-> AliasNumPage.'}', false, $this-> tmprtl));
8097. }
8098. }
8099. $pagegroupnum = 0;
8100. $filter = ($this-> compress) ? '/Filter /FlateDecode ' : '';
8101. for ($n=1; $n <= $nb; ++$n) {
8102. $temppage = $this-> getPageBuffer($n);
8103. if (! empty($this-> pagegroups)) {
8104. if(isset($this-> newpagegroup[$n])) {
8105. $pagegroupnum = 0;
8106. }
8107. ++$pagegroupnum;
8108. foreach ($this-> pagegroups as $k => $v) {
8109. // replace total pages group numbers
8110. $vs = $this-> formatPageNumber($v);
8111. $vu = $this-> UTF8ToUTF16BE($vs, false);
8112. $alias_ga = $this->_escape($k);
8113. $alias_gau = $this->_escape('{'.$k.'}');
8114. if ($this-> isunicode) {
8115. $alias_gb = $this->_escape($this-> UTF8ToLatin1($k));
8116. $alias_gbu = $this->_escape($this-> UTF8ToLatin1('{'.$k.'}'));
8117. $alias_gc = $this->_escape($this-> utf8StrRev($k, false, $this-> tmprtl));
8118. $alias_gcu = $this->_escape($this-> utf8StrRev('{'.$k.'}', false, $this-> tmprtl));
8119. }
8120. $temppage = str_replace($alias_gau, $vu, $temppage);
8121. if ($this-> isunicode) {
8122. $temppage = str_replace($alias_gbu, $vu, $temppage);
8123. $temppage = str_replace($alias_gcu, $vu, $temppage);
8124. $temppage = str_replace($alias_gb, $vs, $temppage);
8125. $temppage = str_replace($alias_gc, $vs, $temppage);
8126. }
8127. $temppage = str_replace($alias_ga, $vs, $temppage);
8128. // replace page group numbers
8129. $pvs = $this-> formatPageNumber($pagegroupnum);
8130. $pvu = $this-> UTF8ToUTF16BE($pvs, false);
8131. $pk = str_replace('{nb', '{pnb', $k);
8132. $alias_pga = $this->_escape($pk);
8133. $alias_pgau = $this->_escape('{'.$pk.'}');
8134. if ($this-> isunicode) {
8135. $alias_pgb = $this->_escape($this-> UTF8ToLatin1($pk));
8136. $alias_pgbu = $this->_escape($this-> UTF8ToLatin1('{'.$pk.'}'));
8137. $alias_pgc = $this->_escape($this-> utf8StrRev($pk, false, $this-> tmprtl));
8138. $alias_pgcu = $this->_escape($this-> utf8StrRev('{'.$pk.'}', false, $this-> tmprtl));
8139. }
8140. $temppage = str_replace($alias_pgau, $pvu, $temppage);
8141. if ($this-> isunicode) {
8142. $temppage = str_replace($alias_pgbu, $pvu, $temppage);
8143. $temppage = str_replace($alias_pgcu, $pvu, $temppage);
8144. $temppage = str_replace($alias_pgb, $pvs, $temppage);
8145. $temppage = str_replace($alias_pgc, $pvs, $temppage);
8146. }
8147. $temppage = str_replace($alias_pga, $pvs, $temppage);
8148. }
8149. }
8150. if (! empty($this-> AliasNbPages)) {
8151. // replace total pages number
8152. $temppage = str_replace($alias_au, $nbu, $temppage);
8153. if ($this-> isunicode) {
8154. $temppage = str_replace($alias_bu, $nbu, $temppage);
8155. $temppage = str_replace($alias_cu, $nbu, $temppage);
8156. $temppage = str_replace($alias_b, $nbs, $temppage);
8157. $temppage = str_replace($alias_c, $nbs, $temppage);
8158. }
8159. $temppage = str_replace($alias_a, $nbs, $temppage);
8160. }
8161. if (! empty($this-> AliasNumPage)) {
8162. // replace page number
8163. $pnbs = $this-> formatPageNumber($n);
8164. $pnbu = $this-> UTF8ToUTF16BE($pnbs, false); // replacement for unicode font
8165. $temppage = str_replace($alias_pau, $pnbu, $temppage);
8166. if ($this-> isunicode) {
8167. $temppage = str_replace($alias_pbu, $pnbu, $temppage);
8168. $temppage = str_replace($alias_pcu, $pnbu, $temppage);
8169. $temppage = str_replace($alias_pb, $pnbs, $temppage);
8170. $temppage = str_replace($alias_pc, $pnbs, $temppage);
8171. }
8172. $temppage = str_replace($alias_pa, $pnbs, $temppage);
8173. }
8174. $temppage = str_replace($this-> epsmarker, '', $temppage);
8175. //Page
8176. $this-> page_obj_id[$n] = $this->_newobj();
8177. $out = '<<';
8178. $out .= ' /Type /Page';
8179. $out .= ' /Parent 1 0 R';
8180. $out .= ' /LastModified '.$this->_datestring();
8181. $out .= ' /Resources 2 0 R';
8182. $boxes = array('MediaBox', 'CropBox', 'BleedBox', 'TrimBox', 'ArtBox');
8183. foreach ($boxes as $box) {
8184. $out .= ' /'.$box;
8185. $out .= sprintf(' [%.2F %.2F %.2F %.2F]', $this-> pagedim[$n][$box]['llx'], $this-> pagedim[$n][$box]['lly'], $this-> pagedim[$n][$box]['urx'], $this-> pagedim[$n][$box]['ury']);
8186. }
8187. if (isset($this-> pagedim[$n]['BoxColorInfo']) AND ! empty($this-> pagedim[$n]['BoxColorInfo'])) {
8188. $out .= ' /BoxColorInfo <<';
8189. foreach ($boxes as $box) {
8190. if (isset($this-> pagedim[$n]['BoxColorInfo'][$box])) {
8191. $out .= ' /'.$box.' <<';
8192. if (isset($this-> pagedim[$n]['BoxColorInfo'][$box]['C'])) {
8193. $color = $this-> pagedim[$n]['BoxColorInfo'][$box]['C'];
8194. $out .= ' /C [';
8195. $out .= sprintf(' %.3F %.3F %.3F', $color[0]/255, $color[1]/255, $color[2]/255);
8196. $out .= ' ]';
8197. }
8198. if (isset($this-> pagedim[$n]['BoxColorInfo'][$box]['W'])) {
8199. $out .= ' /W '.($this-> pagedim[$n]['BoxColorInfo'][$box]['W'] * $this-> k);
8200. }
8201. if (isset($this-> pagedim[$n]['BoxColorInfo'][$box]['S'])) {
8202. $out .= ' /S /'.$this-> pagedim[$n]['BoxColorInfo'][$box]['S'];
8203. }
8204. if (isset($this-> pagedim[$n]['BoxColorInfo'][$box]['D'])) {
8205. $dashes = $this-> pagedim[$n]['BoxColorInfo'][$box]['D'];
8206. $out .= ' /D [';
8207. foreach ($dashes as $dash) {
8208. $out .= sprintf(' %.3F', ($dash * $this-> k));
8209. }
8210. $out .= ' ]';
8211. }
8212. $out .= ' >>';
8213. }
8214. }
8215. $out .= ' >>';
8216. }
8217. $out .= ' /Contents '.($this-> n + 1).' 0 R';
8218. $out .= ' /Rotate '.$this-> pagedim[$n]['Rotate'];
8219. $out .= ' /Group << /Type /Group /S /Transparency /CS /DeviceRGB >>';
8220. if (isset($this-> pagedim[$n]['trans']) AND ! empty($this-> pagedim[$n]['trans'])) {
8221. // page transitions
8222. if (isset($this-> pagedim[$n]['trans']['Dur'])) {
8223. $out .= ' /Dur '.$this-> pagedim[$n]['trans']['Dur'];
8224. }
8225. $out .= ' /Trans <<';
8226. $out .= ' /Type /Trans';
8227. if (isset($this-> pagedim[$n]['trans']['S'])) {
8228. $out .= ' /S /'.$this-> pagedim[$n]['trans']['S'];
8229. }
8230. if (isset($this-> pagedim[$n]['trans']['D'])) {
8231. $out .= ' /D '.$this-> pagedim[$n]['trans']['D'];
8232. }
8233. if (isset($this-> pagedim[$n]['trans']['Dm'])) {
8234. $out .= ' /Dm /'.$this-> pagedim[$n]['trans']['Dm'];
8235. }
8236. if (isset($this-> pagedim[$n]['trans']['M'])) {
8237. $out .= ' /M /'.$this-> pagedim[$n]['trans']['M'];
8238. }
8239. if (isset($this-> pagedim[$n]['trans']['Di'])) {
8240. $out .= ' /Di '.$this-> pagedim[$n]['trans']['Di'];
8241. }
8242. if (isset($this-> pagedim[$n]['trans']['SS'])) {
8243. $out .= ' /SS '.$this-> pagedim[$n]['trans']['SS'];
8244. }
8245. if (isset($this-> pagedim[$n]['trans']['B'])) {
8246. $out .= ' /B '.$this-> pagedim[$n]['trans']['B'];
8247. }
8248. $out .= ' >>';
8249. }
8250. $out .= $this->_getannotsrefs($n);
8251. $out .= ' /PZ '.$this-> pagedim[$n]['PZ'];
8252. $out .= ' >>';
8253. $out .= "\n".'endobj';
8254. $this->_out($out);
8255. //Page content
8256. $p = ($this-> compress) ? gzcompress($temppage) : $temppage;
8257. $this->_newobj();
8258. $p = $this->_getrawstream($p);
8259. $this->_out('<<'.$filter.'/Length '.strlen($p).'>> stream'."\n".$p."\n".'endstream'."\n".'endobj');
8260. if ($this-> diskcache) {
8261. // remove temporary files
8262. unlink($this-> pages[$n]);
8263. }
8264. }
8265. //Pages root
8266. $out = $this->_getobj(1)."\n";
8267. $out .= '<< /Type /Pages /Kids [';
8268. foreach($this-> page_obj_id as $page_obj) {
8269. $out .= ' '.$page_obj.' 0 R';
8270. }
8271. $out .= ' ] /Count '.$nb.' >>';
8272. $out .= "\n".'endobj';
8273. $this->_out($out);
8274. }
8276. /**
8277. * Output references to page annotations
8278. * @param int $n page number
8279. * @access protected
8280. * @author Nicola Asuni
8281. * @since 4.7.000 (2008-08-29)
8282. * @deprecated
8283. */
8284. protected function _putannotsrefs($n) {
8285. $this->_out($this->_getannotsrefs($n));
8286. }
8288. /**
8289. * Get references to page annotations.
8290. * @param int $n page number
8291. * @return string
8292. * @access protected
8293. * @author Nicola Asuni
8294. * @since 5.0.010 (2010-05-17)
8295. */
8296. protected function _getannotsrefs($n) {
8297. if (!(isset($this-> PageAnnots[$n]) OR ($this-> sign AND isset($this-> signature_data['cert_type'])))) {
8298. return '';
8299. }
8300. $out = ' /Annots [';
8301. if (isset($this-> PageAnnots[$n])) {
8302. foreach ($this-> PageAnnots[$n] as $key => $val) {
8303. if (! in_array($val['n'], $this-> radio_groups)) {
8304. $out .= ' '.$val['n'].' 0 R';
8305. }
8306. }
8307. // add radiobutton groups
8308. if (isset($this-> radiobutton_groups[$n])) {
8309. foreach ($this-> radiobutton_groups[$n] as $key => $data) {
8310. if (isset($data['n'])) {
8311. $out .= ' '.$data['n'].' 0 R';
8312. }
8313. }
8314. }
8315. }
8316. if ($this-> sign AND ($n == $this-> signature_appearance['page']) AND isset($this-> signature_data['cert_type'])) {
8317. // set reference for signature object
8318. $out .= ' '.$this-> sig_obj_id.' 0 R';
8319. }
8320. $out .= ' ]';
8321. return $out;
8322. }
8324. /**
8325. * Output annotations objects for all pages.
8326. * !!! THIS METHOD IS NOT YET COMPLETED !!!
8327. * See section 12.5 of PDF 32000_2008 reference.
8328. * @access protected
8329. * @author Nicola Asuni
8330. * @since 4.0.018 (2008-08-06)
8331. */
8332. protected function _putannotsobjs() {
8333. // reset object counter
8334. for ($n=1; $n <= $this-> numpages; ++$n) {
8335. if (isset($this-> PageAnnots[$n])) {
8336. // set page annotations
8337. foreach ($this-> PageAnnots[$n] as $key => $pl) {
8338. $annot_obj_id = $this-> PageAnnots[$n][$key]['n'];
8339. // create annotation object for grouping radiobuttons
8340. if (isset($this-> radiobutton_groups[$n][$pl['txt']]) AND is_array($this-> radiobutton_groups[$n][$pl['txt']])) {
8341. $radio_button_obj_id = $this-> radiobutton_groups[$n][$pl['txt']]['n'];
8342. $annots = '<<';
8343. $annots .= ' /Type /Annot';
8344. $annots .= ' /Subtype /Widget';
8345. $annots .= ' /Rect [0 0 0 0]';
8346. $annots .= ' /T '.$this->_datastring($pl['txt'], $radio_button_obj_id);
8347. $annots .= ' /FT /Btn';
8348. $annots .= ' /Ff 49152';
8349. $annots .= ' /Kids [';
8350. foreach ($this-> radiobutton_groups[$n][$pl['txt']] as $key => $data) {
8351. if ($key !== 'n') {
8352. $annots .= ' '.$data['kid'].' 0 R';
8353. if ($data['def'] !== 'Off') {
8354. $defval = $data['def'];
8355. }
8356. }
8357. }
8358. $annots .= ' ]';
8359. if (isset($defval)) {
8360. $annots .= ' /V /'.$defval;
8361. }
8362. $annots .= ' >>';
8363. $this->_out($this->_getobj($radio_button_obj_id)."\n".$annots."\n".'endobj');
8364. $this-> form_obj_id[] = $radio_button_obj_id;
8365. // store object id to be used on Parent entry of Kids
8366. $this-> radiobutton_groups[$n][$pl['txt']] = $radio_button_obj_id;
8367. }
8368. $formfield = false;
8369. $pl['opt'] = array_change_key_case($pl['opt'], CASE_LOWER);
8370. $a = $pl['x'] * $this-> k;
8371. $b = $this-> pagedim[$n]['h'] - (($pl['y'] + $pl['h']) * $this-> k);
8372. $c = $pl['w'] * $this-> k;
8373. $d = $pl['h'] * $this-> k;
8374. $rect = sprintf('%.2F %.2F %.2F %.2F', $a, $b, $a+$c, $b+$d);
8375. // create new annotation object
8376. $annots = '<</Type /Annot';
8377. $annots .= ' /Subtype /'.$pl['opt']['subtype'];
8378. $annots .= ' /Rect ['.$rect.']';
8379. $ft = array('Btn', 'Tx', 'Ch', 'Sig');
8380. if (isset($pl['opt']['ft']) AND in_array($pl['opt']['ft'], $ft)) {
8381. $annots .= ' /FT /'.$pl['opt']['ft'];
8382. $formfield = true;
8383. }
8384. $annots .= ' /Contents '.$this->_textstring($pl['txt'], $annot_obj_id);
8385. $annots .= ' /P '.$this-> page_obj_id[$n].' 0 R';
8386. $annots .= ' /NM '.$this->_datastring( sprintf('%04u-%04u', $n, $key), $annot_obj_id);
8387. $annots .= ' /M '.$this->_datestring($annot_obj_id);
8388. if (isset($pl['opt']['f'])) {
8389. $val = 0;
8390. if ( is_array($pl['opt']['f'])) {
8391. foreach ($pl['opt']['f'] as $f) {
8392. switch ( strtolower($f)) {
8393. case 'invisible': {
8394. $val += 1 << 0;
8395. break;
8396. }
8397. case 'hidden': {
8398. $val += 1 << 1;
8399. break;
8400. }
8401. case 'print': {
8402. $val += 1 << 2;
8403. break;
8404. }
8405. case 'nozoom': {
8406. $val += 1 << 3;
8407. break;
8408. }
8409. case 'norotate': {
8410. $val += 1 << 4;
8411. break;
8412. }
8413. case 'noview': {
8414. $val += 1 << 5;
8415. break;
8416. }
8417. case 'readonly': {
8418. $val += 1 << 6;
8419. break;
8420. }
8421. case 'locked': {
8422. $val += 1 << 8;
8423. break;
8424. }
8425. case 'togglenoview': {
8426. $val += 1 << 9;
8427. break;
8428. }
8429. case 'lockedcontents': {
8430. $val += 1 << 10;
8431. break;
8432. }
8433. default: {
8434. break;
8435. }
8436. }
8437. }
8438. } else {
8439. $val = intval($pl['opt']['f']);
8440. }
8441. $annots .= ' /F '.intval($val);
8442. }
8443. if (isset($pl['opt']['as']) AND is_string($pl['opt']['as'])) {
8444. $annots .= ' /AS /'.$pl['opt']['as'];
8445. }
8446. if (isset($pl['opt']['ap'])) {
8447. // appearance stream
8448. $annots .= ' /AP <<';
8449. if ( is_array($pl['opt']['ap'])) {
8450. foreach ($pl['opt']['ap'] as $apmode => $apdef) {
8451. // $apmode can be: n = normal; r = rollover; d = down;
8452. $annots .= ' /'.strtoupper($apmode);
8453. if ( is_array($apdef)) {
8454. $annots .= ' <<';
8455. foreach ($apdef as $apstate => $stream) {
8456. // reference to XObject that define the appearance for this mode-state
8457. $apsobjid = $this->_putAPXObject($c, $d, $stream);
8458. $annots .= ' /'.$apstate.' '.$apsobjid.' 0 R';
8459. }
8460. $annots .= ' >>';
8461. } else {
8462. // reference to XObject that define the appearance for this mode
8463. $apsobjid = $this->_putAPXObject($c, $d, $apdef);
8464. $annots .= ' '.$apsobjid.' 0 R';
8465. }
8466. }
8467. } else {
8468. $annots .= $pl['opt']['ap'];
8469. }
8470. $annots .= ' >>';
8471. }
8472. if (isset($pl['opt']['bs']) AND ( is_array($pl['opt']['bs']))) {
8473. $annots .= ' /BS <<';
8474. $annots .= ' /Type /Border';
8475. if (isset($pl['opt']['bs']['w'])) {
8476. $annots .= ' /W '.intval($pl['opt']['bs']['w']);
8477. }
8478. $bstyles = array('S', 'D', 'B', 'I', 'U');
8479. if (isset($pl['opt']['bs']['s']) AND in_array($pl['opt']['bs']['s'], $bstyles)) {
8480. $annots .= ' /S /'.$pl['opt']['bs']['s'];
8481. }
8482. if (isset($pl['opt']['bs']['d']) AND ( is_array($pl['opt']['bs']['d']))) {
8483. $annots .= ' /D [';
8484. foreach ($pl['opt']['bs']['d'] as $cord) {
8485. $annots .= ' '.intval($cord);
8486. }
8487. $annots .= ']';
8488. }
8489. $annots .= ' >>';
8490. } else {
8491. $annots .= ' /Border [';
8492. if (isset($pl['opt']['border']) AND ( count($pl['opt']['border']) >= 3)) {
8493. $annots .= intval($pl['opt']['border'][0]).' ';
8494. $annots .= intval($pl['opt']['border'][1]).' ';
8495. $annots .= intval($pl['opt']['border'][2]);
8496. if (isset($pl['opt']['border'][3]) AND is_array($pl['opt']['border'][3])) {
8497. $annots .= ' [';
8498. foreach ($pl['opt']['border'][3] as $dash) {
8499. $annots .= intval($dash).' ';
8500. }
8501. $annots .= ']';
8502. }
8503. } else {
8504. $annots .= '0 0 0';
8505. }
8506. $annots .= ']';
8507. }
8508. if (isset($pl['opt']['be']) AND ( is_array($pl['opt']['be']))) {
8509. $annots .= ' /BE <<';
8510. $bstyles = array('S', 'C');
8511. if (isset($pl['opt']['be']['s']) AND in_array($pl['opt']['be']['s'], $markups)) {
8512. $annots .= ' /S /'.$pl['opt']['bs']['s'];
8513. } else {
8514. $annots .= ' /S /S';
8515. }
8516. if (isset($pl['opt']['be']['i']) AND ($pl['opt']['be']['i'] >= 0) AND ($pl['opt']['be']['i'] <= 2)) {
8517. $annots .= ' /I '.sprintf(' %.4F', $pl['opt']['be']['i']);
8518. }
8519. $annots .= '>>';
8520. }
8521. if (isset($pl['opt']['c']) AND ( is_array($pl['opt']['c'])) AND ! empty($pl['opt']['c'])) {
8522. $annots .= ' /C [';
8523. foreach ($pl['opt']['c'] as $col) {
8524. $col = intval($col);
8525. $color = $col <= 0 ? 0 : ($col >= 255 ? 1 : $col / 255);
8526. $annots .= sprintf(' %.4F', $color);
8527. }
8528. $annots .= ']';
8529. }
8530. //$annots .= ' /StructParent ';
8531. //$annots .= ' /OC ';
8532. $markups = array('text', 'freetext', 'line', 'square', 'circle', 'polygon', 'polyline', 'highlight', 'underline', 'squiggly', 'strikeout', 'stamp', 'caret', 'ink', 'fileattachment', 'sound');
8533. if ( in_array( strtolower($pl['opt']['subtype']), $markups)) {
8534. // this is a markup type
8535. if (isset($pl['opt']['t']) AND is_string($pl['opt']['t'])) {
8536. $annots .= ' /T '.$this->_textstring($pl['opt']['t'], $annot_obj_id);
8537. }
8538. //$annots .= ' /Popup ';
8539. if (isset($pl['opt']['ca'])) {
8540. $annots .= ' /CA '.sprintf('%.4F', floatval($pl['opt']['ca']));
8541. }
8542. if (isset($pl['opt']['rc'])) {
8543. $annots .= ' /RC '.$this->_textstring($pl['opt']['rc'], $annot_obj_id);
8544. }
8545. $annots .= ' /CreationDate '.$this->_datestring($annot_obj_id);
8546. //$annots .= ' /IRT ';
8547. if (isset($pl['opt']['subj'])) {
8548. $annots .= ' /Subj '.$this->_textstring($pl['opt']['subj'], $annot_obj_id);
8549. }
8550. //$annots .= ' /RT ';
8551. //$annots .= ' /IT ';
8552. //$annots .= ' /ExData ';
8553. }
8554. $lineendings = array('Square', 'Circle', 'Diamond', 'OpenArrow', 'ClosedArrow', 'None', 'Butt', 'ROpenArrow', 'RClosedArrow', 'Slash');
8555. // Annotation types
8556. switch ( strtolower($pl['opt']['subtype'])) {
8557. case 'text': {
8558. if (isset($pl['opt']['open'])) {
8559. $annots .= ' /Open '. ( strtolower($pl['opt']['open']) == 'true' ? 'true' : 'false');
8560. }
8561. $iconsapp = array('Comment', 'Help', 'Insert', 'Key', 'NewParagraph', 'Note', 'Paragraph');
8562. if (isset($pl['opt']['name']) AND in_array($pl['opt']['name'], $iconsapp)) {
8563. $annots .= ' /Name /'.$pl['opt']['name'];
8564. } else {
8565. $annots .= ' /Name /Note';
8566. }
8567. $statemodels = array('Marked', 'Review');
8568. if (isset($pl['opt']['statemodel']) AND in_array($pl['opt']['statemodel'], $statemodels)) {
8569. $annots .= ' /StateModel /'.$pl['opt']['statemodel'];
8570. } else {
8571. $pl['opt']['statemodel'] = 'Marked';
8572. $annots .= ' /StateModel /'.$pl['opt']['statemodel'];
8573. }
8574. if ($pl['opt']['statemodel'] == 'Marked') {
8575. $states = array('Accepted', 'Unmarked');
8576. } else {
8577. $states = array('Accepted', 'Rejected', 'Cancelled', 'Completed', 'None');
8578. }
8579. if (isset($pl['opt']['state']) AND in_array($pl['opt']['state'], $states)) {
8580. $annots .= ' /State /'.$pl['opt']['state'];
8581. } else {
8582. if ($pl['opt']['statemodel'] == 'Marked') {
8583. $annots .= ' /State /Unmarked';
8584. } else {
8585. $annots .= ' /State /None';
8586. }
8587. }
8588. break;
8589. }
8590. case 'link': {
8591. if( is_string($pl['txt'])) {
8592. // external URI link
8593. $annots .= ' /A <</S /URI /URI '.$this->_datastring($this-> unhtmlentities($pl['txt']), $annot_obj_id).'>>';
8594. } else {
8595. // internal link
8596. $l = $this-> links[$pl['txt']];
8597. $annots .= sprintf(' /Dest [%u 0 R /XYZ 0 %.2F null]', $this-> page_obj_id[($l[0])], ($this-> pagedim[$l[0]]['h'] - ($l[1] * $this-> k)));
8598. }
8599. $hmodes = array('N', 'I', 'O', 'P');
8600. if (isset($pl['opt']['h']) AND in_array($pl['opt']['h'], $hmodes)) {
8601. $annots .= ' /H /'.$pl['opt']['h'];
8602. } else {
8603. $annots .= ' /H /I';
8604. }
8605. //$annots .= ' /PA ';
8606. //$annots .= ' /Quadpoints ';
8607. break;
8608. }
8609. case 'freetext': {
8610. if (isset($pl['opt']['da']) AND ! empty($pl['opt']['da'])) {
8611. $annots .= ' /DA ('.$pl['opt']['da'].')';
8612. }
8613. if (isset($pl['opt']['q']) AND ($pl['opt']['q'] >= 0) AND ($pl['opt']['q'] <= 2)) {
8614. $annots .= ' /Q '.intval($pl['opt']['q']);
8615. }
8616. if (isset($pl['opt']['rc'])) {
8617. $annots .= ' /RC '.$this->_textstring($pl['opt']['rc'], $annot_obj_id);
8618. }
8619. if (isset($pl['opt']['ds'])) {
8620. $annots .= ' /DS '.$this->_textstring($pl['opt']['ds'], $annot_obj_id);
8621. }
8622. if (isset($pl['opt']['cl']) AND is_array($pl['opt']['cl'])) {
8623. $annots .= ' /CL [';
8624. foreach ($pl['opt']['cl'] as $cl) {
8625. $annots .= sprintf('%.4F ', $cl * $this-> k);
8626. }
8627. $annots .= ']';
8628. }
8629. $tfit = array('FreeText', 'FreeTextCallout', 'FreeTextTypeWriter');
8630. if (isset($pl['opt']['it']) AND in_array($pl['opt']['it'], $tfit)) {
8631. $annots .= ' /IT /'.$pl['opt']['it'];
8632. }
8633. if (isset($pl['opt']['rd']) AND is_array($pl['opt']['rd'])) {
8634. $l = $pl['opt']['rd'][0] * $this-> k;
8635. $r = $pl['opt']['rd'][1] * $this-> k;
8636. $t = $pl['opt']['rd'][2] * $this-> k;
8637. $b = $pl['opt']['rd'][3] * $this-> k;
8638. $annots .= ' /RD ['.sprintf('%.2F %.2F %.2F %.2F', $l, $r, $t, $b).']';
8639. }
8640. if (isset($pl['opt']['le']) AND in_array($pl['opt']['le'], $lineendings)) {
8641. $annots .= ' /LE /'.$pl['opt']['le'];
8642. }
8643. break;
8644. }
8645. case 'line': {
8646. break;
8647. }
8648. case 'square': {
8649. break;
8650. }
8651. case 'circle': {
8652. break;
8653. }
8654. case 'polygon': {
8655. break;
8656. }
8657. case 'polyline': {
8658. break;
8659. }
8660. case 'highlight': {
8661. break;
8662. }
8663. case 'underline': {
8664. break;
8665. }
8666. case 'squiggly': {
8667. break;
8668. }
8669. case 'strikeout': {
8670. break;
8671. }
8672. case 'stamp': {
8673. break;
8674. }
8675. case 'caret': {
8676. break;
8677. }
8678. case 'ink': {
8679. break;
8680. }
8681. case 'popup': {
8682. break;
8683. }
8684. case 'fileattachment': {
8685. if (!isset($pl['opt']['fs'])) {
8686. break;
8687. }
8688. $filename = basename($pl['opt']['fs']);
8689. if (isset($this-> embeddedfiles[$filename]['n'])) {
8690. $annots .= ' /FS <</Type /Filespec /F '.$this->_datastring($filename, $annot_obj_id).' /EF <</F '.$this-> embeddedfiles[$filename]['n'].' 0 R>> >>';
8691. $iconsapp = array('Graph', 'Paperclip', 'PushPin', 'Tag');
8692. if (isset($pl['opt']['name']) AND in_array($pl['opt']['name'], $iconsapp)) {
8693. $annots .= ' /Name /'.$pl['opt']['name'];
8694. } else {
8695. $annots .= ' /Name /PushPin';
8696. }
8697. }
8698. break;
8699. }
8700. case 'sound': {
8701. if (!isset($pl['opt']['fs'])) {
8702. break;
8703. }
8704. $filename = basename($pl['opt']['fs']);
8705. if (isset($this-> embeddedfiles[$filename]['n'])) {
8706. // ... TO BE COMPLETED ...
8707. // /R /C /B /E /CO /CP
8708. $annots .= ' /Sound <</Type /Filespec /F '.$this->_datastring($filename, $annot_obj_id).' /EF <</F '.$this-> embeddedfiles[$filename]['n'].' 0 R>> >>';
8709. $iconsapp = array('Speaker', 'Mic');
8710. if (isset($pl['opt']['name']) AND in_array($pl['opt']['name'], $iconsapp)) {
8711. $annots .= ' /Name /'.$pl['opt']['name'];
8712. } else {
8713. $annots .= ' /Name /Speaker';
8714. }
8715. }
8716. break;
8717. }
8718. case 'movie': {
8719. break;
8720. }
8721. case 'widget': {
8722. $hmode = array('N', 'I', 'O', 'P', 'T');
8723. if (isset($pl['opt']['h']) AND in_array($pl['opt']['h'], $hmode)) {
8724. $annots .= ' /H /'.$pl['opt']['h'];
8725. }
8726. if (isset($pl['opt']['mk']) AND ( is_array($pl['opt']['mk'])) AND ! empty($pl['opt']['mk'])) {
8727. $annots .= ' /MK <<';
8728. if (isset($pl['opt']['mk']['r'])) {
8729. $annots .= ' /R '.$pl['opt']['mk']['r'];
8730. }
8731. if (isset($pl['opt']['mk']['bc']) AND ( is_array($pl['opt']['mk']['bc']))) {
8732. $annots .= ' /BC [';
8733. foreach($pl['opt']['mk']['bc'] AS $col) {
8734. $col = intval($col);
8735. $color = $col <= 0 ? 0 : ($col >= 255 ? 1 : $col / 255);
8736. $annots .= sprintf(' %.2F', $color);
8737. }
8738. $annots .= ']';
8739. }
8740. if (isset($pl['opt']['mk']['bg']) AND ( is_array($pl['opt']['mk']['bg']))) {
8741. $annots .= ' /BG [';
8742. foreach($pl['opt']['mk']['bg'] AS $col) {
8743. $col = intval($col);
8744. $color = $col <= 0 ? 0 : ($col >= 255 ? 1 : $col / 255);
8745. $annots .= sprintf(' %.2F', $color);
8746. }
8747. $annots .= ']';
8748. }
8749. if (isset($pl['opt']['mk']['ca'])) {
8750. $annots .= ' /CA '.$pl['opt']['mk']['ca'];
8751. }
8752. if (isset($pl['opt']['mk']['rc'])) {
8753. $annots .= ' /RC '.$pl['opt']['mk']['rc'];
8754. }
8755. if (isset($pl['opt']['mk']['ac'])) {
8756. $annots .= ' /AC '.$pl['opt']['mk']['ac'];
8757. }
8758. if (isset($pl['opt']['mk']['i'])) {
8759. $info = $this-> getImageBuffer($pl['opt']['mk']['i']);
8760. if ($info !== false) {
8761. $annots .= ' /I '.$info['n'].' 0 R';
8762. }
8763. }
8764. if (isset($pl['opt']['mk']['ri'])) {
8765. $info = $this-> getImageBuffer($pl['opt']['mk']['ri']);
8766. if ($info !== false) {
8767. $annots .= ' /RI '.$info['n'].' 0 R';
8768. }
8769. }
8770. if (isset($pl['opt']['mk']['ix'])) {
8771. $info = $this-> getImageBuffer($pl['opt']['mk']['ix']);
8772. if ($info !== false) {
8773. $annots .= ' /IX '.$info['n'].' 0 R';
8774. }
8775. }
8776. if (isset($pl['opt']['mk']['if']) AND ( is_array($pl['opt']['mk']['if'])) AND ! empty($pl['opt']['mk']['if'])) {
8777. $annots .= ' /IF <<';
8778. $if_sw = array('A', 'B', 'S', 'N');
8779. if (isset($pl['opt']['mk']['if']['sw']) AND in_array($pl['opt']['mk']['if']['sw'], $if_sw)) {
8780. $annots .= ' /SW /'.$pl['opt']['mk']['if']['sw'];
8781. }
8782. $if_s = array('A', 'P');
8783. if (isset($pl['opt']['mk']['if']['s']) AND in_array($pl['opt']['mk']['if']['s'], $if_s)) {
8784. $annots .= ' /S /'.$pl['opt']['mk']['if']['s'];
8785. }
8786. if (isset($pl['opt']['mk']['if']['a']) AND ( is_array($pl['opt']['mk']['if']['a'])) AND ! empty($pl['opt']['mk']['if']['a'])) {
8787. $annots .= sprintf(' /A [%.2F %.2F]', $pl['opt']['mk']['if']['a'][0], $pl['opt']['mk']['if']['a'][1]);
8788. }
8789. if (isset($pl['opt']['mk']['if']['fb']) AND ($pl['opt']['mk']['if']['fb'])) {
8790. $annots .= ' /FB true';
8791. }
8792. $annots .= '>>';
8793. }
8794. if (isset($pl['opt']['mk']['tp']) AND ($pl['opt']['mk']['tp'] >= 0) AND ($pl['opt']['mk']['tp'] <= 6)) {
8795. $annots .= ' /TP '.intval($pl['opt']['mk']['tp']);
8796. } else {
8797. $annots .= ' /TP 0';
8798. }
8799. $annots .= '>>';
8800. } // end MK
8801. // --- Entries for field dictionaries ---
8802. if (isset($this-> radiobutton_groups[$n][$pl['txt']])) {
8803. // set parent
8804. $annots .= ' /Parent '.$this-> radiobutton_groups[$n][$pl['txt']].' 0 R';
8805. }
8806. if (isset($pl['opt']['t']) AND is_string($pl['opt']['t'])) {
8807. $annots .= ' /T '.$this->_datastring($pl['opt']['t'], $annot_obj_id);
8808. }
8809. if (isset($pl['opt']['tu']) AND is_string($pl['opt']['tu'])) {
8810. $annots .= ' /TU '.$this->_datastring($pl['opt']['tu'], $annot_obj_id);
8811. }
8812. if (isset($pl['opt']['tm']) AND is_string($pl['opt']['tm'])) {
8813. $annots .= ' /TM '.$this->_datastring($pl['opt']['tm'], $annot_obj_id);
8814. }
8815. if (isset($pl['opt']['ff'])) {
8816. if ( is_array($pl['opt']['ff'])) {
8817. // array of bit settings
8818. $flag = 0;
8819. foreach($pl['opt']['ff'] as $val) {
8820. $flag += 1 << ($val - 1);
8821. }
8822. } else {
8823. $flag = intval($pl['opt']['ff']);
8824. }
8825. $annots .= ' /Ff '.$flag;
8826. }
8827. if (isset($pl['opt']['maxlen'])) {
8828. $annots .= ' /MaxLen '.intval($pl['opt']['maxlen']);
8829. }
8830. if (isset($pl['opt']['v'])) {
8831. $annots .= ' /V';
8832. if ( is_array($pl['opt']['v'])) {
8833. foreach ($pl['opt']['v'] AS $optval) {
8834. if ( is_float($optval)) {
8835. $optval = sprintf('%.2F', $optval);
8836. }
8837. $annots .= ' '.$optval;
8838. }
8839. } else {
8840. $annots .= ' '.$this->_textstring($pl['opt']['v'], $annot_obj_id);
8841. }
8842. }
8843. if (isset($pl['opt']['dv'])) {
8844. $annots .= ' /DV';
8845. if ( is_array($pl['opt']['dv'])) {
8846. foreach ($pl['opt']['dv'] AS $optval) {
8847. if ( is_float($optval)) {
8848. $optval = sprintf('%.2F', $optval);
8849. }
8850. $annots .= ' '.$optval;
8851. }
8852. } else {
8853. $annots .= ' '.$this->_textstring($pl['opt']['dv'], $annot_obj_id);
8854. }
8855. }
8856. if (isset($pl['opt']['rv'])) {
8857. $annots .= ' /RV';
8858. if ( is_array($pl['opt']['rv'])) {
8859. foreach ($pl['opt']['rv'] AS $optval) {
8860. if ( is_float($optval)) {
8861. $optval = sprintf('%.2F', $optval);
8862. }
8863. $annots .= ' '.$optval;
8864. }
8865. } else {
8866. $annots .= ' '.$this->_textstring($pl['opt']['rv'], $annot_obj_id);
8867. }
8868. }
8869. if (isset($pl['opt']['a']) AND ! empty($pl['opt']['a'])) {
8870. $annots .= ' /A << '.$pl['opt']['a'].' >>';
8871. }
8872. if (isset($pl['opt']['aa']) AND ! empty($pl['opt']['aa'])) {
8873. $annots .= ' /AA << '.$pl['opt']['aa'].' >>';
8874. }
8875. if (isset($pl['opt']['da']) AND ! empty($pl['opt']['da'])) {
8876. $annots .= ' /DA ('.$pl['opt']['da'].')';
8877. }
8878. if (isset($pl['opt']['q']) AND ($pl['opt']['q'] >= 0) AND ($pl['opt']['q'] <= 2)) {
8879. $annots .= ' /Q '.intval($pl['opt']['q']);
8880. }
8881. if (isset($pl['opt']['opt']) AND ( is_array($pl['opt']['opt'])) AND ! empty($pl['opt']['opt'])) {
8882. $annots .= ' /Opt [';
8883. foreach($pl['opt']['opt'] AS $copt) {
8884. if ( is_array($copt)) {
8885. $annots .= ' ['.$this->_textstring($copt[0], $annot_obj_id).' '.$this->_textstring($copt[1], $annot_obj_id).']';
8886. } else {
8887. $annots .= ' '.$this->_textstring($copt, $annot_obj_id);
8888. }
8889. }
8890. $annots .= ']';
8891. }
8892. if (isset($pl['opt']['ti'])) {
8893. $annots .= ' /TI '.intval($pl['opt']['ti']);
8894. }
8895. if (isset($pl['opt']['i']) AND ( is_array($pl['opt']['i'])) AND ! empty($pl['opt']['i'])) {
8896. $annots .= ' /I [';
8897. foreach($pl['opt']['i'] AS $copt) {
8898. $annots .= intval($copt).' ';
8899. }
8900. $annots .= ']';
8901. }
8902. break;
8903. }
8904. case 'screen': {
8905. break;
8906. }
8907. case 'printermark': {
8908. break;
8909. }
8910. case 'trapnet': {
8911. break;
8912. }
8913. case 'watermark': {
8914. break;
8915. }
8916. case '3d': {
8917. break;
8918. }
8919. default: {
8920. break;
8921. }
8922. }
8923. $annots .= '>>';
8924. // create new annotation object
8925. $this->_out($this->_getobj($annot_obj_id)."\n".$annots."\n".'endobj');
8926. if ($formfield AND !isset($this-> radiobutton_groups[$n][$pl['txt']])) {
8927. // store reference of form object
8928. $this-> form_obj_id[] = $annot_obj_id;
8929. }
8930. }
8931. }
8932. } // end for each page
8933. }
8935. /**
8936. * Put appearance streams XObject used to define annotation's appearance states
8937. * @param int $w annotation width
8938. * @param int $h annotation height
8939. * @param string $stream appearance stream
8940. * @return int object ID
8941. * @access protected
8942. * @since 4.8.001 (2009-09-09)
8943. */
8944. protected function _putAPXObject($w=0, $h=0, $stream='') {
8945. $stream = trim($stream);
8946. $out = $this->_getobj()."\n";
8947. $this-> xobjects['AX'.$this-> n] = array('n' => $this-> n);
8948. $out .= '<<';
8949. $out .= ' /Type /XObject';
8950. $out .= ' /Subtype /Form';
8951. $out .= ' /FormType 1';
8952. if ($this-> compress) {
8953. $stream = gzcompress($stream);
8954. $out .= ' /Filter /FlateDecode';
8955. }
8956. $rect = sprintf('%.2F %.2F', $w, $h);
8957. $out .= ' /BBox [0 0 '.$rect.']';
8958. $out .= ' /Matrix [1 0 0 1 0 0]';
8959. $out .= ' /Resources <<';
8960. $out .= ' /ProcSet [/PDF /Text]';
8961. $out .= ' /Font <<';
8962. foreach ($this-> annotation_fonts as $fontkey => $fontid) {
8963. $out .= ' /F'.$fontid.' '.$this-> font_obj_ids[$fontkey].' 0 R';
8964. }
8965. $out .= ' >>';
8966. $out .= ' >>';
8967. $stream = $this->_getrawstream($stream);
8968. $out .= ' /Length '.strlen($stream);
8969. $out .= ' >>';
8970. $out .= ' stream'."\n".$stream."\n".'endstream';
8971. $out .= "\n".'endobj';
8972. $this->_out($out);
8973. return $this-> n;
8974. }
8976. /**
8977. * Get ULONG from string (Big Endian 32-bit unsigned integer).
8978. * @param string $str string from where to extract value
8979. * @param int $offset point from where to read the data
8980. * @return int 32 bit value
8981. * @author Nicola Asuni
8982. * @access protected
8983. * @since 5.2.000 (2010-06-02)
8984. */
8985. protected function _getULONG(&$str, &$offset) {
8986. $v = unpack('Ni', substr($str, $offset, 4));
8987. $offset += 4;
8988. return $v['i'];
8989. }
8991. /**
8992. * Get USHORT from string (Big Endian 16-bit unsigned integer).
8993. * @param string $str string from where to extract value
8994. * @param int $offset point from where to read the data
8995. * @return int 16 bit value
8996. * @author Nicola Asuni
8997. * @access protected
8998. * @since 5.2.000 (2010-06-02)
8999. */
9000. protected function _getUSHORT(&$str, &$offset) {
9001. $v = unpack('ni', substr($str, $offset, 2));
9002. $offset += 2;
9003. return $v['i'];
9004. }
9006. /**
9007. * Get SHORT from string (Big Endian 16-bit signed integer).
9008. * @param string $str string from where to extract value
9009. * @param int $offset point from where to read the data
9010. * @return int 16 bit value
9011. * @author Nicola Asuni
9012. * @access protected
9013. * @since 5.2.000 (2010-06-02)
9014. */
9015. protected function _getSHORT(&$str, &$offset) {
9016. $v = unpack('si', substr($str, $offset, 2));
9017. $offset += 2;
9018. return $v['i'];
9019. }
9021. /**
9022. * Get BYTE from string (8-bit unsigned integer).
9023. * @param string $str string from where to extract value
9024. * @param int $offset point from where to read the data
9025. * @return int 8 bit value
9026. * @author Nicola Asuni
9027. * @access protected
9028. * @since 5.2.000 (2010-06-02)
9029. */
9030. protected function _getBYTE(&$str, &$offset) {
9031. $v = unpack('Ci', substr($str, $offset, 1));
9032. ++$offset;
9033. return $v['i'];
9034. }
9036. /**
9037. * Returns a subset of the TrueType font data without the unused glyphs.
9038. * @param string $font TrueType font data
9039. * @param array $subsetchars array of used characters (the glyphs to keep)
9040. * @return string a subset of TrueType font data without the unused glyphs
9041. * @author Nicola Asuni
9042. * @access protected
9043. * @since 5.2.000 (2010-06-02)
9044. */
9045. protected function _getTrueTypeFontSubset($font, $subsetchars) {
9046. ksort($subsetchars);
9047. $offset = 0; // offset position of the font data
9048. if ($this->_getULONG($font, $offset) != 0x10000) {
9049. // sfnt version must be 0x00010000 for TrueType version 1.0.
9050. return $font;
9051. }
9052. // get number of tables
9053. $numTables = $this->_getUSHORT($font, $offset);
9054. // skip searchRange, entrySelector and rangeShift
9055. $offset += 6;
9056. // tables array
9057. $table = array();
9058. // for each table
9059. for ($i = 0; $i < $numTables; ++$i) {
9060. // get table info
9061. $tag = substr($font, $offset, 4);
9062. $offset += 4;
9063. $table[$tag] = array();
9064. $table[$tag]['checkSum'] = $this->_getULONG($font, $offset);
9065. $table[$tag]['offset'] = $this->_getULONG($font, $offset);
9066. $table[$tag]['length'] = $this->_getULONG($font, $offset);
9067. }
9068. // check magicNumber
9069. $offset = $table['head']['offset'] + 12;
9070. if ($this->_getULONG($font, $offset) != 0x5F0F3CF5) {
9071. // magicNumber must be 0x5F0F3CF5
9072. return $font;
9073. }
9074. // get offset mode (indexToLocFormat : 0 = short, 1 = long)
9075. $offset = $table['head']['offset'] + 50;
9076. $short_offset = ($this->_getSHORT($font, $offset) == 0);
9077. // get the offsets to the locations of the glyphs in the font, relative to the beginning of the glyphData table
9078. $indexToLoc = array();
9079. $offset = $table['loca']['offset'];
9080. if ($short_offset) {
9081. // short version
9082. $n = $table['loca']['length'] / 2; // numGlyphs + 1
9083. for ($i = 0; $i < $n; ++$i) {
9084. $indexToLoc[$i] = $this->_getUSHORT($font, $offset) * 2;
9085. }
9086. } else {
9087. // long version
9088. $n = $table['loca']['length'] / 4; // numGlyphs + 1
9089. for ($i = 0; $i < $n; ++$i) {
9090. $indexToLoc[$i] = $this->_getULONG($font, $offset);
9091. }
9092. }
9093. // get glyphs indexes of chars from cmap table
9094. $subsetglyphs = array(); // glyph IDs on key
9095. $subsetglyphs[0] = true; // character codes that do not correspond to any glyph in the font should be mapped to glyph index 0
9096. $offset = $table['cmap']['offset'] + 2;
9097. $numEncodingTables = $this->_getUSHORT($font, $offset);
9098. $encodingTables = array();
9099. for ($i = 0; $i < $numEncodingTables; ++$i) {
9100. $encodingTables[$i]['platformID'] = $this->_getUSHORT($font, $offset);
9101. $encodingTables[$i]['encodingID'] = $this->_getUSHORT($font, $offset);
9102. $encodingTables[$i]['offset'] = $this->_getULONG($font, $offset);
9103. }
9104. foreach ($encodingTables as $enctable) {
9105. if (($enctable['platformID'] == 3) AND ($enctable['encodingID'] == 0)) {
9106. $modesymbol = true;
9107. } else {
9108. $modesymbol = false;
9109. }
9110. $offset = $table['cmap']['offset'] + $enctable['offset'];
9111. $format = $this->_getUSHORT($font, $offset);
9112. switch ($format) {
9113. case 0: { // Format 0: Byte encoding table
9114. $offset += 4; // skip length and version/language
9115. for ($k = 0; $k < 256; ++$k) {
9116. if (isset($subsetchars[$k])) {
9117. $g = $this->_getBYTE($font, $offset);
9118. $subsetglyphs[$g] = $k;
9119. } else {
9120. ++$offset;
9121. }
9122. }
9123. break;
9124. }
9125. case 2: { // Format 2: High-byte mapping through table
9126. $offset += 4; // skip length and version
9127. // to be implemented ...
9128. break;
9129. }
9130. case 4: { // Format 4: Segment mapping to delta values
9131. $length = $this->_getUSHORT($font, $offset);
9132. $offset += 2; // skip version/language
9133. $segCount = ($this->_getUSHORT($font, $offset) / 2);
9134. $offset += 6; // skip searchRange, entrySelector, rangeShift
9135. $endCount = array(); // array of end character codes for each segment
9136. for ($k = 0; $k < $segCount; ++$k) {
9137. $endCount[$k] = $this->_getUSHORT($font, $offset);
9138. }
9139. $offset += 2; // skip reservedPad
9140. $startCount = array(); // array of start character codes for each segment
9141. for ($k = 0; $k < $segCount; ++$k) {
9142. $startCount[$k] = $this->_getUSHORT($font, $offset);
9143. }
9144. $idDelta = array(); // delta for all character codes in segment
9145. for ($k = 0; $k < $segCount; ++$k) {
9146. $idDelta[$k] = $this->_getUSHORT($font, $offset);
9147. }
9148. $idRangeOffset = array(); // Offsets into glyphIdArray or 0
9149. for ($k = 0; $k < $segCount; ++$k) {
9150. $idRangeOffset[$k] = $this->_getUSHORT($font, $offset);
9151. }
9152. $gidlen = ($length / 2) - 8 - (4 * $segCount);
9153. $glyphIdArray = array(); // glyph index array
9154. for ($k = 0; $k < $gidlen; ++$k) {
9155. $glyphIdArray[$k] = $this->_getUSHORT($font, $offset);
9156. }
9157. for ($k = 0; $k < $segCount; ++$k) {
9158. for ($c = $startCount[$k]; $c <= $endCount[$k]; ++$c) {
9159. if (isset($subsetchars[$c])) {
9160. if ($idRangeOffset[$k] == 0) {
9161. $g = $c;
9162. } else {
9163. $gid = (($idRangeOffset[$k] / 2) + ($c - $startCount[$k]) - ($segCount - $k));
9164. $g = $glyphIdArray[$gid];
9165. }
9166. $g += ($idDelta[$k] - 65536);
9167. if ($g < 0) {
9168. $g = 0;
9169. }
9170. $subsetglyphs[$g] = $c;
9171. }
9172. }
9173. }
9174. break;
9175. }
9176. case 6: { // Format 6: Trimmed table mapping
9177. $offset += 4; // skip length and version/language
9178. $firstCode = $this->_getUSHORT($font, $offset);
9179. $entryCount = $this->_getUSHORT($font, $offset);
9180. for ($k = 0; $k < $entryCount; ++$k) {
9181. $c = ($k + $firstCode);
9182. if (isset($subsetchars[$c])) {
9183. $g = $this->_getUSHORT($font, $offset);
9184. $subsetglyphs[$g] = $c;
9185. } else {
9186. $offset += 2;
9187. }
9188. }
9189. break;
9190. }
9191. case 8: { // Format 8: Mixed 16-bit and 32-bit coverage
9192. $offset += 10; // skip length and version
9193. // to be implemented ...
9194. break;
9195. }
9196. case 10: { // Format 10: Trimmed array
9197. $offset += 10; // skip length and version/language
9198. $startCharCode = $this->_getULONG($font, $offset);
9199. $numChars = $this->_getULONG($font, $offset);
9200. for ($k = 0; $k < $numChars; ++$k) {
9201. $c = ($k + $startCharCode);
9202. if (isset($subsetchars[$c])) {
9203. $g = $this->_getUSHORT($font, $offset);
9204. $subsetglyphs[$g] = $c;
9205. } else {
9206. $offset += 2;
9207. }
9208. }
9209. break;
9210. }
9211. case 12: { // Format 12: Segmented coverage
9212. $offset += 10; // skip length and version/language
9213. $nGroups = $this->_getULONG($font, $offset);
9214. for ($k = 0; $k < $nGroups; ++$k) {
9215. $startCharCode = $this->_getULONG($font, $offset);
9216. $endCharCode = $this->_getULONG($font, $offset);
9217. $startGlyphCode = $this->_getULONG($font, $offset);
9218. for ($c = $startCharCode; $c <= $endCharCode; ++$c) {
9219. if (isset($subsetchars[$c])) {
9220. $subsetglyphs[$startGlyphCode] = $c;
9221. }
9222. ++$startGlyphCode;
9223. }
9224. }
9225. break;
9226. }
9227. }
9228. }
9229. // sort glyphs by key
9230. ksort($subsetglyphs);
9231. // add composite glyps to $subsetglyphs and remove missing glyphs
9232. foreach ($subsetglyphs as $key => $val) {
9233. if (isset($indexToLoc[$key])) {
9234. $offset = $table['glyf']['offset'] + $indexToLoc[$key];
9235. $numberOfContours = $this->_getSHORT($font, $offset);
9236. if ($numberOfContours < 0) { // composite glyph
9237. $offset += 8; // skip xMin, yMin, xMax, yMax
9238. do {
9239. $flags = $this->_getUSHORT($font, $offset);
9240. $glyphIndex = $this->_getUSHORT($font, $offset);
9241. if (!isset($subsetglyphs[$glyphIndex]) AND isset($indexToLoc[$glyphIndex])) {
9242. // add missing glyphs
9243. $subsetglyphs[$glyphIndex] = true;
9244. }
9245. // skip some bytes by case
9246. if ($flags & 1) {
9247. $offset += 4;
9248. } else {
9249. $offset += 2;
9250. }
9251. if ($flags & 8) {
9252. $offset += 2;
9253. } elseif ($flags & 64) {
9254. $offset += 4;
9255. } elseif ($flags & 128) {
9256. $offset += 8;
9257. }
9258. } while ($flags & 32);
9259. }
9260. } else {
9261. unset($subsetglyphs[$key]);
9262. }
9263. }
9264. // build new glyf table with only used glyphs
9265. $glyf = '';
9266. $glyfSize = 0;
9267. // create new empty indexToLoc table
9268. $newIndexToLoc = array_fill(0, count($indexToLoc), 0);
9269. $goffset = 0;
9270. foreach ($subsetglyphs as $glyphID => $char) {
9271. if (isset($indexToLoc[$glyphID]) AND isset($indexToLoc[($glyphID + 1)])) {
9272. $start = $indexToLoc[$glyphID];
9273. $length = ($indexToLoc[($glyphID + 1)] - $start);
9274. $glyf .= substr($font, ($table['glyf']['offset'] + $start), $length);
9275. $newIndexToLoc[$glyphID] = $goffset;
9276. $goffset += $length;
9277. }
9278. }
9279. // build new loca table
9280. $loca = '';
9281. if ($short_offset) {
9282. foreach ($newIndexToLoc as $glyphID => $offset) {
9283. $loca .= pack('n', ($offset / 2));
9284. }
9285. } else {
9286. foreach ($newIndexToLoc as $glyphID => $offset) {
9287. $loca .= pack('N', $offset);
9288. }
9289. }
9290. // array of table names to preserve (loca and glyf tables will be added later)
9291. //$table_names = array ('cmap', 'head', 'hhea', 'hmtx', 'maxp', 'name', 'OS/2', 'post', 'cvt ', 'fpgm', 'prep');
9292. // the cmap table is not needed and shall not be present, since the mapping from character codes to glyph descriptions is provided separately
9293. $table_names = array ('head', 'hhea', 'hmtx', 'maxp', 'cvt ', 'fpgm', 'prep'); // minimum required table names
9294. // get the tables to preserve
9295. $offset = 12;
9296. foreach ($table as $tag => $val) {
9297. if ( in_array($tag, $table_names)) {
9298. $table[$tag]['data'] = substr($font, $table[$tag]['offset'], $table[$tag]['length']);
9299. if ($tag == 'head') {
9300. // set the checkSumAdjustment to 0
9301. $table[$tag]['data'] = substr($table[$tag]['data'], 0, 8)."\x0\x0\x0\x0".substr($table[$tag]['data'], 12);
9302. }
9303. $pad = 4 - ($table[$tag]['length'] % 4);
9304. if ($pad != 4) {
9305. // the length of a table must be a multiple of four bytes
9306. $table[$tag]['length'] += $pad;
9307. $table[$tag]['data'] .= str_repeat("\x0", $pad);
9308. }
9309. $table[$tag]['offset'] = $offset;
9310. $offset += $table[$tag]['length'];
9311. // check sum is not changed (so keep the following line commented)
9312. //$table[$tag]['checkSum'] = $this->_getTTFtableChecksum($table[$tag]['data'], $table[$tag]['length']);
9313. } else {
9314. unset($table[$tag]);
9315. }
9316. }
9317. // add loca
9318. $table['loca']['data'] = $loca;
9319. $table['loca']['length'] = strlen($loca);
9320. $pad = 4 - ($table['loca']['length'] % 4);
9321. if ($pad != 4) {
9322. // the length of a table must be a multiple of four bytes
9323. $table['loca']['length'] += $pad;
9324. $table['loca']['data'] .= str_repeat("\x0", $pad);
9325. }
9326. $table['loca']['offset'] = $offset;
9327. $table['loca']['checkSum'] = $this->_getTTFtableChecksum($table['loca']['data'], $table['loca']['length']);
9328. $offset += $table['loca']['length'];
9329. // add glyf
9330. $table['glyf']['data'] = $glyf;
9331. $table['glyf']['length'] = strlen($glyf);
9332. $pad = 4 - ($table['glyf']['length'] % 4);
9333. if ($pad != 4) {
9334. // the length of a table must be a multiple of four bytes
9335. $table['glyf']['length'] += $pad;
9336. $table['glyf']['data'] .= str_repeat("\x0", $pad);
9337. }
9338. $table['glyf']['offset'] = $offset;
9339. $table['glyf']['checkSum'] = $this->_getTTFtableChecksum($table['glyf']['data'], $table['glyf']['length']);
9340. // rebuild font
9341. $font = '';
9342. $font .= pack('N', 0x10000); // sfnt version
9343. $numTables = count($table);
9344. $font .= pack('n', $numTables); // numTables
9345. $entrySelector = floor( log($numTables, 2));
9346. $searchRange = pow(2, $entrySelector) * 16;
9347. $rangeShift = ($numTables * 16) - $searchRange;
9348. $font .= pack('n', $searchRange); // searchRange
9349. $font .= pack('n', $entrySelector); // entrySelector
9350. $font .= pack('n', $rangeShift); // rangeShift
9351. $offset = ($numTables * 16);
9352. foreach ($table as $tag => $data) {
9353. $font .= $tag; // tag
9354. $font .= pack('N', $data['checkSum']); // checkSum
9355. $font .= pack('N', ($data['offset'] + $offset)); // offset
9356. $font .= pack('N', $data['length']); // length
9357. }
9358. foreach ($table as $data) {
9359. $font .= $data['data'];
9360. }
9361. // set checkSumAdjustment on head table
9362. $checkSumAdjustment = 0xB1B0AFBA - $this->_getTTFtableChecksum($font, strlen($font));
9363. $font = substr($font, 0, $table['head']['offset'] + 8).pack('N', $checkSumAdjustment).substr($font, $table['head']['offset'] + 12);
9364. return $font;
9365. }
9367. /**
9368. * Returs the checksum of a TTF table.
9369. * @param string $table table to check
9370. * @param int $length lenght of table in bytes
9371. * @return int checksum
9372. * @author Nicola Asuni
9373. * @access protected
9374. * @since 5.2.000 (2010-06-02)
9375. */
9376. protected function _getTTFtableChecksum($table, $length) {
9377. $sum = 0;
9378. $tlen = ($length / 4);
9379. $offset = 0;
9380. for ($i = 0; $i < $tlen; ++$i) {
9381. $v = unpack('Ni', substr($table, $offset, 4));
9382. $sum += $v['i'];
9383. $offset += 4;
9384. }
9385. $sum = unpack('Ni', pack('N', $sum));
9386. return $sum['i'];
9387. }
9389. /**
9390. * Outputs font widths
9391. * @param array $font font data
9392. * @param int $cidoffset offset for CID values
9393. * @return PDF command string for font widths
9394. * @author Nicola Asuni
9395. * @access protected
9396. * @since 4.4.000 (2008-12-07)
9397. */
9398. protected function _putfontwidths($font, $cidoffset=0) {
9399. ksort($font['cw']);
9400. $rangeid = 0;
9401. $range = array();
9402. $prevcid = -2;
9403. $prevwidth = -1;
9404. $interval = false;
9405. // for each character
9406. foreach ($font['cw'] as $cid => $width) {
9407. $cid -= $cidoffset;
9408. if ($font['subset'] AND ($cid > 255) AND (!isset($font['subsetchars'][$cid]))) {
9409. // ignore the unused characters (font subsetting)
9410. continue;
9411. }
9412. if ($width != $font['dw']) {
9413. if ($cid == ($prevcid + 1)) {
9414. // consecutive CID
9415. if ($width == $prevwidth) {
9416. if ($width == $range[$rangeid][0]) {
9417. $range[$rangeid][] = $width;
9418. } else {
9419. array_pop($range[$rangeid]);
9420. // new range
9421. $rangeid = $prevcid;
9422. $range[$rangeid] = array();
9423. $range[$rangeid][] = $prevwidth;
9424. $range[$rangeid][] = $width;
9425. }
9426. $interval = true;
9427. $range[$rangeid]['interval'] = true;
9428. } else {
9429. if ($interval) {
9430. // new range
9431. $rangeid = $cid;
9432. $range[$rangeid] = array();
9433. $range[$rangeid][] = $width;
9434. } else {
9435. $range[$rangeid][] = $width;
9436. }
9437. $interval = false;
9438. }
9439. } else {
9440. // new range
9441. $rangeid = $cid;
9442. $range[$rangeid] = array();
9443. $range[$rangeid][] = $width;
9444. $interval = false;
9445. }
9446. $prevcid = $cid;
9447. $prevwidth = $width;
9448. }
9449. }
9450. // optimize ranges
9451. $prevk = -1;
9452. $nextk = -1;
9453. $prevint = false;
9454. foreach ($range as $k => $ws) {
9455. $cws = count($ws);
9456. if (($k == $nextk) AND (!$prevint) AND ((!isset($ws['interval'])) OR ($cws < 4))) {
9457. if (isset($range[$k]['interval'])) {
9458. unset($range[$k]['interval']);
9459. }
9460. $range[$prevk] = array_merge($range[$prevk], $range[$k]);
9461. unset($range[$k]);
9462. } else {
9463. $prevk = $k;
9464. }
9465. $nextk = $k + $cws;
9466. if (isset($ws['interval'])) {
9467. if ($cws > 3) {
9468. $prevint = true;
9469. } else {
9470. $prevint = false;
9471. }
9472. unset($range[$k]['interval']);
9473. --$nextk;
9474. } else {
9475. $prevint = false;
9476. }
9477. }
9478. // output data
9479. $w = '';
9480. foreach ($range as $k => $ws) {
9481. if ( count( array_count_values($ws)) == 1) {
9482. // interval mode is more compact
9483. $w .= ' '.$k.' '.($k + count($ws) - 1).' '.$ws[0];
9484. } else {
9485. // range mode
9486. $w .= ' '.$k.' [ '.implode(' ', $ws).' ]';
9487. }
9488. }
9489. return '/W ['.$w.' ]';
9490. }
9492. /**
9493. * Output fonts.
9494. * @author Nicola Asuni
9495. * @access protected
9496. */
9497. protected function _putfonts() {
9498. $nf = $this-> n;
9499. foreach ($this-> diffs as $diff) {
9500. //Encodings
9501. $this->_newobj();
9502. $this->_out('<< /Type /Encoding /BaseEncoding /WinAnsiEncoding /Differences ['.$diff.'] >>'."\n".'endobj');
9503. }
9504. $mqr = $this-> get_mqr();
9505. $this-> set_mqr(false);
9506. foreach ($this-> FontFiles as $file => $info) {
9507. // search and get font file to embedd
9508. $fontdir = $info['fontdir'];
9509. $file = strtolower($file);
9510. $fontfile = '';
9511. // search files on various directories
9512. if (($fontdir !== false) AND file_exists($fontdir.$file)) {
9513. $fontfile = $fontdir.$file;
9514. } elseif ( file_exists($this->_getfontpath().$file)) {
9515. $fontfile = $this->_getfontpath().$file;
9516. } elseif ( file_exists($file)) {
9517. $fontfile = $file;
9518. }
9519. if (!$this-> empty_string($fontfile)) {
9520. $font = file_get_contents($fontfile);
9521. $compressed = ( substr($file, -2) == '.z');
9522. if ((!$compressed) AND (isset($info['length2']))) {
9523. $header = ( ord($font{0}) == 128);
9524. if ($header) {
9525. //Strip first binary header
9526. $font = substr($font, 6);
9527. }
9528. if ($header AND ( ord($font{$info['length1']}) == 128)) {
9529. //Strip second binary header
9530. $font = substr($font, 0, $info['length1']).substr($font, ($info['length1'] + 6));
9531. }
9532. } elseif ($info['subset'] AND ((!$compressed) OR ($compressed AND function_exists('gzcompress')))) {
9533. if ($compressed) {
9534. // uncompress font
9535. $font = gzuncompress($font);
9536. }
9537. // merge subset characters
9538. $subsetchars = array(); // used chars
9539. foreach ($info['fontkeys'] as $fontkey) {
9540. $fontinfo = $this-> getFontBuffer($fontkey);
9541. $subsetchars += $fontinfo['subsetchars'];
9542. }
9543. $font = $this->_getTrueTypeFontSubset($font, $subsetchars);
9544. if ($compressed) {
9545. // recompress font
9546. $font = gzcompress($font);
9547. }
9548. }
9549. $this->_newobj();
9550. $this-> FontFiles[$file]['n'] = $this-> n;
9551. $stream = $this->_getrawstream($font);
9552. $out = '<< /Length '.strlen($stream);
9553. if ($compressed) {
9554. $out .= ' /Filter /FlateDecode';
9555. }
9556. $out .= ' /Length1 '.$info['length1'];
9557. if (isset($info['length2'])) {
9558. $out .= ' /Length2 '.$info['length2'].' /Length3 0';
9559. }
9560. $out .= ' >>';
9561. $out .= ' stream'."\n".$stream."\n".'endstream';
9562. $out .= "\n".'endobj';
9563. $this->_out($out);
9564. }
9565. }
9566. $this-> set_mqr($mqr);
9567. foreach ($this-> fontkeys as $k) {
9568. //Font objects
9569. $font = $this-> getFontBuffer($k);
9570. $type = $font['type'];
9571. $name = $font['name'];
9572. if ($type == 'core') {
9573. // standard core font
9574. $out = $this->_getobj($this-> font_obj_ids[$k])."\n";
9575. $out .= '<</Type /Font';
9576. $out .= ' /Subtype /Type1';
9577. $out .= ' /BaseFont /'.$name;
9578. $out .= ' /Name /F'.$font['i'];
9579. if (( strtolower($name) != 'symbol') AND ( strtolower($name) != 'zapfdingbats')) {
9580. $out .= ' /Encoding /WinAnsiEncoding';
9581. }
9582. if ($k == 'helvetica') {
9583. // add default font for annotations
9584. $this-> annotation_fonts[$k] = $font['i'];
9585. }
9586. $out .= ' >>';
9587. $out .= "\n".'endobj';
9588. $this->_out($out);
9589. } elseif (($type == 'Type1') OR ($type == 'TrueType')) {
9590. // additional Type1 or TrueType font
9591. $out = $this->_getobj($this-> font_obj_ids[$k])."\n";
9592. $out .= '<</Type /Font';
9593. $out .= ' /Subtype /'.$type;
9594. $out .= ' /BaseFont /'.$name;
9595. $out .= ' /Name /F'.$font['i'];
9596. $out .= ' /FirstChar 32 /LastChar 255';
9597. $out .= ' /Widths '.($this-> n + 1).' 0 R';
9598. $out .= ' /FontDescriptor '.($this-> n + 2).' 0 R';
9599. if ($font['enc']) {
9600. if (isset($font['diff'])) {
9601. $out .= ' /Encoding '.($nf + $font['diff']).' 0 R';
9602. } else {
9603. $out .= ' /Encoding /WinAnsiEncoding';
9604. }
9605. }
9606. $out .= ' >>';
9607. $out .= "\n".'endobj';
9608. $this->_out($out);
9609. // Widths
9610. $this->_newobj();
9611. $cw = &$font['cw'];
9612. $s = '[';
9613. for ($i = 32; $i < 256; ++$i) {
9614. $s .= $cw[$i].' ';
9615. }
9616. $s .= ']';
9617. $s .= "\n".'endobj';
9618. $this->_out($s);
9619. //Descriptor
9620. $this->_newobj();
9621. $s = '<</Type /FontDescriptor /FontName /'.$name;
9622. foreach ($font['desc'] as $fdk => $fdv) {
9623. if( is_float($fdv)) {
9624. $fdv = sprintf('%.3F', $fdv);
9625. }
9626. $s .= ' /'.$fdk.' '.$fdv.'';
9627. }
9628. if (!$this-> empty_string($font['file'])) {
9629. $s .= ' /FontFile'.($type == 'Type1' ? '' : '2').' '.$this-> FontFiles[$font['file']]['n'].' 0 R';
9630. }
9631. $s .= '>>';
9632. $s .= "\n".'endobj';
9633. $this->_out($s);
9634. } else {
9635. // additional types
9636. $mtd = '_put'.strtolower($type);
9637. if (! method_exists($this, $mtd)) {
9638. $this-> Error('Unsupported font type: '.$type);
9639. }
9640. $this->$mtd($font);
9641. }
9642. }
9643. }
9645. /**
9646. * Adds unicode fonts.<br>
9647. * Based on PDF Reference 1.3 (section 5)
9648. * @param array $font font data
9649. * @access protected
9650. * @author Nicola Asuni
9651. * @since 1.52.0.TC005 (2005-01-05)
9652. */
9653. protected function _puttruetypeunicode($font) {
9654. $fontname = '';
9655. if ($font['subset']) {
9656. // change name for font subsetting
9657. $subtag = sprintf('%06u', $font['i']);
9658. $subtag = strtr($subtag, '0123456789', 'ABCDEFGHIJ');
9659. $fontname .= $subtag.'+';
9660. }
9661. $fontname .= $font['name'];
9662. // Type0 Font
9663. // A composite font composed of other fonts, organized hierarchically
9664. $out = $this->_getobj($this-> font_obj_ids[$font['fontkey']])."\n";
9665. $out .= '<< /Type /Font';
9666. $out .= ' /Subtype /Type0';
9667. $out .= ' /BaseFont /'.$fontname;
9668. $out .= ' /Name /F'.$font['i'];
9669. $out .= ' /Encoding /'.$font['enc'];
9670. $out .= ' /ToUnicode '.($this-> n + 1).' 0 R';
9671. $out .= ' /DescendantFonts ['.($this-> n + 2).' 0 R]';
9672. $out .= ' >>';
9673. $out .= "\n".'endobj';
9674. $this->_out($out);
9675. // ToUnicode map for Identity-H
9676. $stream = "/CIDInit /ProcSet findresource begin\n";
9677. $stream .= "12 dict begin\n";
9678. $stream .= "begincmap\n";
9679. $stream .= "/CIDSystemInfo << /Registry (Adobe) /Ordering (UCS) /Supplement 0 >> def\n";
9680. $stream .= "/CMapName /Adobe-Identity-UCS def\n";
9681. $stream .= "/CMapType 2 def\n";
9682. $stream .= "/WMode 0 def\n";
9683. $stream .= "1 begincodespacerange\n";
9684. $stream .= "<0000> <FFFF>\n";
9685. $stream .= "endcodespacerange\n";
9686. $stream .= "100 beginbfrange\n";
9687. $stream .= "<0000> <00ff> <0000>\n";
9688. $stream .= "<0100> <01ff> <0100>\n";
9689. $stream .= "<0200> <02ff> <0200>\n";
9690. $stream .= "<0300> <03ff> <0300>\n";
9691. $stream .= "<0400> <04ff> <0400>\n";
9692. $stream .= "<0500> <05ff> <0500>\n";
9693. $stream .= "<0600> <06ff> <0600>\n";
9694. $stream .= "<0700> <07ff> <0700>\n";
9695. $stream .= "<0800> <08ff> <0800>\n";
9696. $stream .= "<0900> <09ff> <0900>\n";
9697. $stream .= "<0a00> <0aff> <0a00>\n";
9698. $stream .= "<0b00> <0bff> <0b00>\n";
9699. $stream .= "<0c00> <0cff> <0c00>\n";
9700. $stream .= "<0d00> <0dff> <0d00>\n";
9701. $stream .= "<0e00> <0eff> <0e00>\n";
9702. $stream .= "<0f00> <0fff> <0f00>\n";
9703. $stream .= "<1000> <10ff> <1000>\n";
9704. $stream .= "<1100> <11ff> <1100>\n";
9705. $stream .= "<1200> <12ff> <1200>\n";
9706. $stream .= "<1300> <13ff> <1300>\n";
9707. $stream .= "<1400> <14ff> <1400>\n";
9708. $stream .= "<1500> <15ff> <1500>\n";
9709. $stream .= "<1600> <16ff> <1600>\n";
9710. $stream .= "<1700> <17ff> <1700>\n";
9711. $stream .= "<1800> <18ff> <1800>\n";
9712. $stream .= "<1900> <19ff> <1900>\n";
9713. $stream .= "<1a00> <1aff> <1a00>\n";
9714. $stream .= "<1b00> <1bff> <1b00>\n";
9715. $stream .= "<1c00> <1cff> <1c00>\n";
9716. $stream .= "<1d00> <1dff> <1d00>\n";
9717. $stream .= "<1e00> <1eff> <1e00>\n";
9718. $stream .= "<1f00> <1fff> <1f00>\n";
9719. $stream .= "<2000> <20ff> <2000>\n";
9720. $stream .= "<2100> <21ff> <2100>\n";
9721. $stream .= "<2200> <22ff> <2200>\n";
9722. $stream .= "<2300> <23ff> <2300>\n";
9723. $stream .= "<2400> <24ff> <2400>\n";
9724. $stream .= "<2500> <25ff> <2500>\n";
9725. $stream .= "<2600> <26ff> <2600>\n";
9726. $stream .= "<2700> <27ff> <2700>\n";
9727. $stream .= "<2800> <28ff> <2800>\n";
9728. $stream .= "<2900> <29ff> <2900>\n";
9729. $stream .= "<2a00> <2aff> <2a00>\n";
9730. $stream .= "<2b00> <2bff> <2b00>\n";
9731. $stream .= "<2c00> <2cff> <2c00>\n";
9732. $stream .= "<2d00> <2dff> <2d00>\n";
9733. $stream .= "<2e00> <2eff> <2e00>\n";
9734. $stream .= "<2f00> <2fff> <2f00>\n";
9735. $stream .= "<3000> <30ff> <3000>\n";
9736. $stream .= "<3100> <31ff> <3100>\n";
9737. $stream .= "<3200> <32ff> <3200>\n";
9738. $stream .= "<3300> <33ff> <3300>\n";
9739. $stream .= "<3400> <34ff> <3400>\n";
9740. $stream .= "<3500> <35ff> <3500>\n";
9741. $stream .= "<3600> <36ff> <3600>\n";
9742. $stream .= "<3700> <37ff> <3700>\n";
9743. $stream .= "<3800> <38ff> <3800>\n";
9744. $stream .= "<3900> <39ff> <3900>\n";
9745. $stream .= "<3a00> <3aff> <3a00>\n";
9746. $stream .= "<3b00> <3bff> <3b00>\n";
9747. $stream .= "<3c00> <3cff> <3c00>\n";
9748. $stream .= "<3d00> <3dff> <3d00>\n";
9749. $stream .= "<3e00> <3eff> <3e00>\n";
9750. $stream .= "<3f00> <3fff> <3f00>\n";
9751. $stream .= "<4000> <40ff> <4000>\n";
9752. $stream .= "<4100> <41ff> <4100>\n";
9753. $stream .= "<4200> <42ff> <4200>\n";
9754. $stream .= "<4300> <43ff> <4300>\n";
9755. $stream .= "<4400> <44ff> <4400>\n";
9756. $stream .= "<4500> <45ff> <4500>\n";
9757. $stream .= "<4600> <46ff> <4600>\n";
9758. $stream .= "<4700> <47ff> <4700>\n";
9759. $stream .= "<4800> <48ff> <4800>\n";
9760. $stream .= "<4900> <49ff> <4900>\n";
9761. $stream .= "<4a00> <4aff> <4a00>\n";
9762. $stream .= "<4b00> <4bff> <4b00>\n";
9763. $stream .= "<4c00> <4cff> <4c00>\n";
9764. $stream .= "<4d00> <4dff> <4d00>\n";
9765. $stream .= "<4e00> <4eff> <4e00>\n";
9766. $stream .= "<4f00> <4fff> <4f00>\n";
9767. $stream .= "<5000> <50ff> <5000>\n";
9768. $stream .= "<5100> <51ff> <5100>\n";
9769. $stream .= "<5200> <52ff> <5200>\n";
9770. $stream .= "<5300> <53ff> <5300>\n";
9771. $stream .= "<5400> <54ff> <5400>\n";
9772. $stream .= "<5500> <55ff> <5500>\n";
9773. $stream .= "<5600> <56ff> <5600>\n";
9774. $stream .= "<5700> <57ff> <5700>\n";
9775. $stream .= "<5800> <58ff> <5800>\n";
9776. $stream .= "<5900> <59ff> <5900>\n";
9777. $stream .= "<5a00> <5aff> <5a00>\n";
9778. $stream .= "<5b00> <5bff> <5b00>\n";
9779. $stream .= "<5c00> <5cff> <5c00>\n";
9780. $stream .= "<5d00> <5dff> <5d00>\n";
9781. $stream .= "<5e00> <5eff> <5e00>\n";
9782. $stream .= "<5f00> <5fff> <5f00>\n";
9783. $stream .= "<6000> <60ff> <6000>\n";
9784. $stream .= "<6100> <61ff> <6100>\n";
9785. $stream .= "<6200> <62ff> <6200>\n";
9786. $stream .= "<6300> <63ff> <6300>\n";
9787. $stream .= "endbfrange\n";
9788. $stream .= "100 beginbfrange\n";
9789. $stream .= "<6400> <64ff> <6400>\n";
9790. $stream .= "<6500> <65ff> <6500>\n";
9791. $stream .= "<6600> <66ff> <6600>\n";
9792. $stream .= "<6700> <67ff> <6700>\n";
9793. $stream .= "<6800> <68ff> <6800>\n";
9794. $stream .= "<6900> <69ff> <6900>\n";
9795. $stream .= "<6a00> <6aff> <6a00>\n";
9796. $stream .= "<6b00> <6bff> <6b00>\n";
9797. $stream .= "<6c00> <6cff> <6c00>\n";
9798. $stream .= "<6d00> <6dff> <6d00>\n";
9799. $stream .= "<6e00> <6eff> <6e00>\n";
9800. $stream .= "<6f00> <6fff> <6f00>\n";
9801. $stream .= "<7000> <70ff> <7000>\n";
9802. $stream .= "<7100> <71ff> <7100>\n";
9803. $stream .= "<7200> <72ff> <7200>\n";
9804. $stream .= "<7300> <73ff> <7300>\n";
9805. $stream .= "<7400> <74ff> <7400>\n";
9806. $stream .= "<7500> <75ff> <7500>\n";
9807. $stream .= "<7600> <76ff> <7600>\n";
9808. $stream .= "<7700> <77ff> <7700>\n";
9809. $stream .= "<7800> <78ff> <7800>\n";
9810. $stream .= "<7900> <79ff> <7900>\n";
9811. $stream .= "<7a00> <7aff> <7a00>\n";
9812. $stream .= "<7b00> <7bff> <7b00>\n";
9813. $stream .= "<7c00> <7cff> <7c00>\n";
9814. $stream .= "<7d00> <7dff> <7d00>\n";
9815. $stream .= "<7e00> <7eff> <7e00>\n";
9816. $stream .= "<7f00> <7fff> <7f00>\n";
9817. $stream .= "<8000> <80ff> <8000>\n";
9818. $stream .= "<8100> <81ff> <8100>\n";
9819. $stream .= "<8200> <82ff> <8200>\n";
9820. $stream .= "<8300> <83ff> <8300>\n";
9821. $stream .= "<8400> <84ff> <8400>\n";
9822. $stream .= "<8500> <85ff> <8500>\n";
9823. $stream .= "<8600> <86ff> <8600>\n";
9824. $stream .= "<8700> <87ff> <8700>\n";
9825. $stream .= "<8800> <88ff> <8800>\n";
9826. $stream .= "<8900> <89ff> <8900>\n";
9827. $stream .= "<8a00> <8aff> <8a00>\n";
9828. $stream .= "<8b00> <8bff> <8b00>\n";
9829. $stream .= "<8c00> <8cff> <8c00>\n";
9830. $stream .= "<8d00> <8dff> <8d00>\n";
9831. $stream .= "<8e00> <8eff> <8e00>\n";
9832. $stream .= "<8f00> <8fff> <8f00>\n";
9833. $stream .= "<9000> <90ff> <9000>\n";
9834. $stream .= "<9100> <91ff> <9100>\n";
9835. $stream .= "<9200> <92ff> <9200>\n";
9836. $stream .= "<9300> <93ff> <9300>\n";
9837. $stream .= "<9400> <94ff> <9400>\n";
9838. $stream .= "<9500> <95ff> <9500>\n";
9839. $stream .= "<9600> <96ff> <9600>\n";
9840. $stream .= "<9700> <97ff> <9700>\n";
9841. $stream .= "<9800> <98ff> <9800>\n";
9842. $stream .= "<9900> <99ff> <9900>\n";
9843. $stream .= "<9a00> <9aff> <9a00>\n";
9844. $stream .= "<9b00> <9bff> <9b00>\n";
9845. $stream .= "<9c00> <9cff> <9c00>\n";
9846. $stream .= "<9d00> <9dff> <9d00>\n";
9847. $stream .= "<9e00> <9eff> <9e00>\n";
9848. $stream .= "<9f00> <9fff> <9f00>\n";
9849. $stream .= "<a000> <a0ff> <a000>\n";
9850. $stream .= "<a100> <a1ff> <a100>\n";
9851. $stream .= "<a200> <a2ff> <a200>\n";
9852. $stream .= "<a300> <a3ff> <a300>\n";
9853. $stream .= "<a400> <a4ff> <a400>\n";
9854. $stream .= "<a500> <a5ff> <a500>\n";
9855. $stream .= "<a600> <a6ff> <a600>\n";
9856. $stream .= "<a700> <a7ff> <a700>\n";
9857. $stream .= "<a800> <a8ff> <a800>\n";
9858. $stream .= "<a900> <a9ff> <a900>\n";
9859. $stream .= "<aa00> <aaff> <aa00>\n";
9860. $stream .= "<ab00> <abff> <ab00>\n";
9861. $stream .= "<ac00> <acff> <ac00>\n";
9862. $stream .= "<ad00> <adff> <ad00>\n";
9863. $stream .= "<ae00> <aeff> <ae00>\n";
9864. $stream .= "<af00> <afff> <af00>\n";
9865. $stream .= "<b000> <b0ff> <b000>\n";
9866. $stream .= "<b100> <b1ff> <b100>\n";
9867. $stream .= "<b200> <b2ff> <b200>\n";
9868. $stream .= "<b300> <b3ff> <b300>\n";
9869. $stream .= "<b400> <b4ff> <b400>\n";
9870. $stream .= "<b500> <b5ff> <b500>\n";
9871. $stream .= "<b600> <b6ff> <b600>\n";
9872. $stream .= "<b700> <b7ff> <b700>\n";
9873. $stream .= "<b800> <b8ff> <b800>\n";
9874. $stream .= "<b900> <b9ff> <b900>\n";
9875. $stream .= "<ba00> <baff> <ba00>\n";
9876. $stream .= "<bb00> <bbff> <bb00>\n";
9877. $stream .= "<bc00> <bcff> <bc00>\n";
9878. $stream .= "<bd00> <bdff> <bd00>\n";
9879. $stream .= "<be00> <beff> <be00>\n";
9880. $stream .= "<bf00> <bfff> <bf00>\n";
9881. $stream .= "<c000> <c0ff> <c000>\n";
9882. $stream .= "<c100> <c1ff> <c100>\n";
9883. $stream .= "<c200> <c2ff> <c200>\n";
9884. $stream .= "<c300> <c3ff> <c300>\n";
9885. $stream .= "<c400> <c4ff> <c400>\n";
9886. $stream .= "<c500> <c5ff> <c500>\n";
9887. $stream .= "<c600> <c6ff> <c600>\n";
9888. $stream .= "<c700> <c7ff> <c700>\n";
9889. $stream .= "endbfrange\n";
9890. $stream .= "56 beginbfrange\n";
9891. $stream .= "<c800> <c8ff> <c800>\n";
9892. $stream .= "<c900> <c9ff> <c900>\n";
9893. $stream .= "<ca00> <caff> <ca00>\n";
9894. $stream .= "<cb00> <cbff> <cb00>\n";
9895. $stream .= "<cc00> <ccff> <cc00>\n";
9896. $stream .= "<cd00> <cdff> <cd00>\n";
9897. $stream .= "<ce00> <ceff> <ce00>\n";
9898. $stream .= "<cf00> <cfff> <cf00>\n";
9899. $stream .= "<d000> <d0ff> <d000>\n";
9900. $stream .= "<d100> <d1ff> <d100>\n";
9901. $stream .= "<d200> <d2ff> <d200>\n";
9902. $stream .= "<d300> <d3ff> <d300>\n";
9903. $stream .= "<d400> <d4ff> <d400>\n";
9904. $stream .= "<d500> <d5ff> <d500>\n";
9905. $stream .= "<d600> <d6ff> <d600>\n";
9906. $stream .= "<d700> <d7ff> <d700>\n";
9907. $stream .= "<d800> <d8ff> <d800>\n";
9908. $stream .= "<d900> <d9ff> <d900>\n";
9909. $stream .= "<da00> <daff> <da00>\n";
9910. $stream .= "<db00> <dbff> <db00>\n";
9911. $stream .= "<dc00> <dcff> <dc00>\n";
9912. $stream .= "<dd00> <ddff> <dd00>\n";
9913. $stream .= "<de00> <deff> <de00>\n";
9914. $stream .= "<df00> <dfff> <df00>\n";
9915. $stream .= "<e000> <e0ff> <e000>\n";
9916. $stream .= "<e100> <e1ff> <e100>\n";
9917. $stream .= "<e200> <e2ff> <e200>\n";
9918. $stream .= "<e300> <e3ff> <e300>\n";
9919. $stream .= "<e400> <e4ff> <e400>\n";
9920. $stream .= "<e500> <e5ff> <e500>\n";
9921. $stream .= "<e600> <e6ff> <e600>\n";
9922. $stream .= "<e700> <e7ff> <e700>\n";
9923. $stream .= "<e800> <e8ff> <e800>\n";
9924. $stream .= "<e900> <e9ff> <e900>\n";
9925. $stream .= "<ea00> <eaff> <ea00>\n";
9926. $stream .= "<eb00> <ebff> <eb00>\n";
9927. $stream .= "<ec00> <ecff> <ec00>\n";
9928. $stream .= "<ed00> <edff> <ed00>\n";
9929. $stream .= "<ee00> <eeff> <ee00>\n";
9930. $stream .= "<ef00> <efff> <ef00>\n";
9931. $stream .= "<f000> <f0ff> <f000>\n";
9932. $stream .= "<f100> <f1ff> <f100>\n";
9933. $stream .= "<f200> <f2ff> <f200>\n";
9934. $stream .= "<f300> <f3ff> <f300>\n";
9935. $stream .= "<f400> <f4ff> <f400>\n";
9936. $stream .= "<f500> <f5ff> <f500>\n";
9937. $stream .= "<f600> <f6ff> <f600>\n";
9938. $stream .= "<f700> <f7ff> <f700>\n";
9939. $stream .= "<f800> <f8ff> <f800>\n";
9940. $stream .= "<f900> <f9ff> <f900>\n";
9941. $stream .= "<fa00> <faff> <fa00>\n";
9942. $stream .= "<fb00> <fbff> <fb00>\n";
9943. $stream .= "<fc00> <fcff> <fc00>\n";
9944. $stream .= "<fd00> <fdff> <fd00>\n";
9945. $stream .= "<fe00> <feff> <fe00>\n";
9946. $stream .= "<ff00> <ffff> <ff00>\n";
9947. $stream .= "endbfrange\n";
9948. $stream .= "endcmap\n";
9949. $stream .= "CMapName currentdict /CMap defineresource pop\n";
9950. $stream .= "end\n";
9951. $stream .= "end";
9952. // ToUnicode Object
9953. $this->_newobj();
9954. $stream = ($this-> compress) ? gzcompress($stream) : $stream;
9955. $filter = ($this-> compress) ? '/Filter /FlateDecode ' : '';
9956. $stream = $this->_getrawstream($stream);
9957. $this->_out('<<'.$filter.'/Length '.strlen($stream).'>> stream'."\n".$stream."\n".'endstream'."\n".'endobj');
9958. // CIDFontType2
9959. // A CIDFont whose glyph descriptions are based on TrueType font technology
9960. $oid = $this->_newobj();
9961. $out = '<< /Type /Font';
9962. $out .= ' /Subtype /CIDFontType2';
9963. $out .= ' /BaseFont /'.$fontname;
9964. // A dictionary containing entries that define the character collection of the CIDFont.
9965. $cidinfo = '/Registry '.$this->_datastring($font['cidinfo']['Registry'], $oid);
9966. $cidinfo .= ' /Ordering '.$this->_datastring($font['cidinfo']['Ordering'], $oid);
9967. $cidinfo .= ' /Supplement '.$font['cidinfo']['Supplement'];
9968. $out .= ' /CIDSystemInfo << '.$cidinfo.' >>';
9969. $out .= ' /FontDescriptor '.($this-> n + 1).' 0 R';
9970. $out .= ' /DW '.$font['dw']; // default width
9971. $out .= "\n".$this->_putfontwidths($font, 0);
9972. if (isset($font['ctg']) AND (!$this-> empty_string($font['ctg']))) {
9973. $out .= "\n".'/CIDToGIDMap '.($this-> n + 2).' 0 R';
9974. }
9975. $out .= ' >>';
9976. $out .= "\n".'endobj';
9977. $this->_out($out);
9978. // Font descriptor
9979. // A font descriptor describing the CIDFont default metrics other than its glyph widths
9980. $this->_newobj();
9981. $out = '<< /Type /FontDescriptor';
9982. $out .= ' /FontName /'.$fontname;
9983. foreach ($font['desc'] as $key => $value) {
9984. if( is_float($value)) {
9985. $value = sprintf('%.3F', $value);
9986. }
9987. $out .= ' /'.$key.' '.$value;
9988. }
9989. $fontdir = false;
9990. if (!$this-> empty_string($font['file'])) {
9991. // A stream containing a TrueType font
9992. $out .= ' /FontFile2 '.$this-> FontFiles[$font['file']]['n'].' 0 R';
9993. $fontdir = $this-> FontFiles[$font['file']]['fontdir'];
9994. }
9995. $out .= ' >>';
9996. $out .= "\n".'endobj';
9997. $this->_out($out);
9998. if (isset($font['ctg']) AND (!$this-> empty_string($font['ctg']))) {
9999. $this->_newobj();
10000. // Embed CIDToGIDMap
10001. // A specification of the mapping from CIDs to glyph indices
10002. // search and get CTG font file to embedd
10003. $ctgfile = strtolower($font['ctg']);
10004. // search and get ctg font file to embedd
10005. $fontfile = '';
10006. // search files on various directories
10007. if (($fontdir !== false) AND file_exists($fontdir.$ctgfile)) {
10008. $fontfile = $fontdir.$ctgfile;
10009. } elseif ( file_exists($this->_getfontpath().$ctgfile)) {
10010. $fontfile = $this->_getfontpath().$ctgfile;
10011. } elseif ( file_exists($ctgfile)) {
10012. $fontfile = $ctgfile;
10013. }
10014. if ($this-> empty_string($fontfile)) {
10015. $this-> Error('Font file not found: '.$ctgfile);
10016. }
10017. $stream = $this->_getrawstream( file_get_contents($fontfile));
10018. $out = '<< /Length '.strlen($stream).'';
10019. if ( substr($fontfile, -2) == '.z') { // check file extension
10020. // Decompresses data encoded using the public-domain
10021. // zlib/deflate compression method, reproducing the
10022. // original text or binary data
10023. $out .= ' /Filter /FlateDecode';
10024. }
10025. $out .= ' >>';
10026. $out .= ' stream'."\n".$stream."\n".'endstream';
10027. $out .= "\n".'endobj';
10028. $this->_out($out);
10029. }
10030. }
10032. /**
10033. * Output CID-0 fonts.
10034. * A Type 0 CIDFont contains glyph descriptions based on the Adobe Type 1 font format
10035. * @param array $font font data
10036. * @access protected
10037. * @author Andrew Whitehead, Nicola Asuni, Yukihiro Nakadaira
10038. * @since 3.2.000 (2008-06-23)
10039. */
10040. protected function _putcidfont0($font) {
10041. $cidoffset = 0;
10042. if (!isset($font['cw'][1])) {
10043. $cidoffset = 31;
10044. }
10045. if (isset($font['cidinfo']['uni2cid'])) {
10046. // convert unicode to cid.
10047. $uni2cid = $font['cidinfo']['uni2cid'];
10048. $cw = array();
10049. foreach ($font['cw'] as $uni => $width) {
10050. if (isset($uni2cid[$uni])) {
10051. $cw[($uni2cid[$uni] + $cidoffset)] = $width;
10052. } elseif ($uni < 256) {
10053. $cw[$uni] = $width;
10054. } // else unknown character
10055. }
10056. $font = array_merge($font, array('cw' => $cw));
10057. }
10058. $name = $font['name'];
10059. $enc = $font['enc'];
10060. if ($enc) {
10061. $longname = $name.'-'.$enc;
10062. } else {
10063. $longname = $name;
10064. }
10065. $out = $this->_getobj($this-> font_obj_ids[$font['fontkey']])."\n";
10066. $out .= '<</Type /Font';
10067. $out .= ' /Subtype /Type0';
10068. $out .= ' /BaseFont /'.$longname;
10069. $out .= ' /Name /F'.$font['i'];
10070. if ($enc) {
10071. $out .= ' /Encoding /'.$enc;
10072. }
10073. $out .= ' /DescendantFonts ['.($this-> n + 1).' 0 R]';
10074. $out .= ' >>';
10075. $out .= "\n".'endobj';
10076. $this->_out($out);
10077. $oid = $this->_newobj();
10078. $out = '<</Type /Font';
10079. $out .= ' /Subtype /CIDFontType0';
10080. $out .= ' /BaseFont /'.$name;
10081. $cidinfo = '/Registry '.$this->_datastring($font['cidinfo']['Registry'], $oid);
10082. $cidinfo .= ' /Ordering '.$this->_datastring($font['cidinfo']['Ordering'], $oid);
10083. $cidinfo .= ' /Supplement '.$font['cidinfo']['Supplement'];
10084. $out .= ' /CIDSystemInfo <<'.$cidinfo.'>>';
10085. $out .= ' /FontDescriptor '.($this-> n + 1).' 0 R';
10086. $out .= ' /DW '.$font['dw'];
10087. $out .= "\n".$this->_putfontwidths($font, $cidoffset);
10088. $out .= ' >>';
10089. $out .= "\n".'endobj';
10090. $this->_out($out);
10091. $this->_newobj();
10092. $s = '<</Type /FontDescriptor /FontName /'.$name;
10093. foreach ($font['desc'] as $k => $v) {
10094. if ($k != 'Style') {
10095. if( is_float($v)) {
10096. $v = sprintf('%.3F', $v);
10097. }
10098. $s .= ' /'.$k.' '.$v.'';
10099. }
10100. }
10101. $s .= '>>';
10102. $s .= "\n".'endobj';
10103. $this->_out($s);
10104. }
10106. /**
10107. * Output images.
10108. * @access protected
10109. */
10110. protected function _putimages() {
10111. $filter = ($this-> compress) ? '/Filter /FlateDecode ' : '';
10112. foreach ($this-> imagekeys as $file) {
10113. $info = $this-> getImageBuffer($file);
10114. $oid = $this->_newobj();
10115. $this-> xobjects['I'.$info['i']] = array('n' => $oid);
10116. $this-> setImageSubBuffer($file, 'n', $this-> n);
10117. $out = '<</Type /XObject';
10118. $out .= ' /Subtype /Image';
10119. $out .= ' /Width '.$info['w'];
10120. $out .= ' /Height '.$info['h'];
10121. if ( array_key_exists('masked', $info)) {
10122. $out .= ' /SMask '.($this-> n - 1).' 0 R';
10123. }
10124. if ($info['cs'] == 'Indexed') {
10125. $out .= ' /ColorSpace [/Indexed /DeviceRGB '.(( strlen($info['pal']) / 3) - 1).' '.($this-> n + 1).' 0 R]';
10126. } else {
10127. $out .= ' /ColorSpace /'.$info['cs'];
10128. if ($info['cs'] == 'DeviceCMYK') {
10129. $out .= ' /Decode [1 0 1 0 1 0 1 0]';
10130. }
10131. }
10132. $out .= ' /BitsPerComponent '.$info['bpc'];
10133. if (isset($info['f'])) {
10134. $out .= ' /Filter /'.$info['f'];
10135. }
10136. if (isset($info['parms'])) {
10137. $out .= ' '.$info['parms'];
10138. }
10139. if (isset($info['trns']) AND is_array($info['trns'])) {
10140. $trns='';
10141. $count_info = count($info['trns']);
10142. for ($i=0; $i < $count_info; ++$i) {
10143. $trns .= $info['trns'][$i].' '.$info['trns'][$i].' ';
10144. }
10145. $out .= ' /Mask ['.$trns.']';
10146. }
10147. $stream = $this->_getrawstream($info['data']);
10148. $out .= ' /Length '.strlen($stream).' >>';
10149. $out .= ' stream'."\n".$stream."\n".'endstream';
10150. $out .= "\n".'endobj';
10151. $this->_out($out);
10152. //Palette
10153. if ($info['cs'] == 'Indexed') {
10154. $this->_newobj();
10155. $pal = ($this-> compress) ? gzcompress($info['pal']) : $info['pal'];
10156. $pal = $this->_getrawstream($pal);
10157. $this->_out('<<'.$filter.'/Length '.strlen($pal).'>> stream'."\n".$pal."\n".'endstream'."\n".'endobj');
10158. }
10159. }
10160. }
10162. /**
10163. * Output Form XObjects Templates.
10164. * @author Nicola Asuni
10165. * @since 5.8.017 (2010-08-24)
10166. * @access protected
10167. * @see startTemplate(), endTemplate(), printTemplate()
10168. */
10169. protected function _putxobjects() {
10170. foreach ($this-> xobjects as $key => $data) {
10171. if (isset($data['outdata'])) {
10172. $stream = trim($data['outdata']);
10173. $out = $this->_getobj($data['n'])."\n";
10174. $out .= '<<';
10175. $out .= ' /Type /XObject';
10176. $out .= ' /Subtype /Form';
10177. $out .= ' /FormType 1';
10178. if ($this-> compress) {
10179. $stream = gzcompress($stream);
10180. $out .= ' /Filter /FlateDecode';
10181. }
10182. $out .= sprintf(' /BBox [%.2F %.2F %.2F %.2F]', ($data['x'] * $this-> k), (-$data['y'] * $this-> k), (($data['w'] + $data['x']) * $this-> k), (($data['h'] - $data['y']) * $this-> k));
10183. $out .= ' /Matrix [1 0 0 1 0 0]';
10184. $out .= ' /Resources <<';
10185. $out .= ' /ProcSet [/PDF /Text /ImageB /ImageC /ImageI]';
10186. // fonts
10187. if (! empty($data['fonts'])) {
10188. $out .= ' /Font <<';
10189. foreach ($data['fonts'] as $fontkey => $fontid) {
10190. $out .= ' /F'.$fontid.' '.$this-> font_obj_ids[$fontkey].' 0 R';
10191. }
10192. $out .= ' >>';
10193. }
10194. // images or nested xobjects
10195. if (! empty($data['images']) OR ! empty($data['xobjects'])) {
10196. $out .= ' /XObject <<';
10197. foreach ($data['images'] as $imgid) {
10198. $out .= ' /I'.$imgid.' '.$this-> xobjects['I'.$imgid]['n'].' 0 R';
10199. }
10200. foreach ($data['xobjects'] as $sub_id => $sub_objid) {
10201. $out .= ' /'.$sub_id.' '.$sub_objid['n'].' 0 R';
10202. }
10203. $out .= ' >>';
10204. }
10205. $out .= ' >>';
10206. $stream = $this->_getrawstream($stream);
10207. $out .= ' /Length '.strlen($stream);
10208. $out .= ' >>';
10209. $out .= ' stream'."\n".$stream."\n".'endstream';
10210. $out .= "\n".'endobj';
10211. $this->_out($out);
10212. }
10213. }
10214. }
10216. /**
10217. * Output Spot Colors Resources.
10218. * @access protected
10219. * @since 4.0.024 (2008-09-12)
10220. */
10221. protected function _putspotcolors() {
10222. foreach ($this-> spot_colors as $name => $color) {
10223. $this->_newobj();
10224. $this-> spot_colors[$name]['n'] = $this-> n;
10225. $out = '[/Separation /'.str_replace(' ', '#20', $name);
10226. $out .= ' /DeviceCMYK <<';
10227. $out .= ' /Range [0 1 0 1 0 1 0 1] /C0 [0 0 0 0]';
10228. $out .= ' '.sprintf('/C1 [%.4F %.4F %.4F %.4F] ', $color['c']/100, $color['m']/100, $color['y']/100, $color['k']/100);
10229. $out .= ' /FunctionType 2 /Domain [0 1] /N 1>>]';
10230. $out .= "\n".'endobj';
10231. $this->_out($out);
10232. }
10233. }
10235. /**
10236. * Return XObjects Dictionary.
10237. * @return string XObjects dictionary
10238. * @access protected
10239. * @since 5.8.014 (2010-08-23)
10240. */
10241. protected function _getxobjectdict() {
10242. $out = '';
10243. foreach ($this-> xobjects as $id => $objid) {
10244. $out .= ' /'.$id.' '.$objid['n'].' 0 R';
10245. }
10246. return $out;
10247. }
10249. /**
10250. * Output Resources Dictionary.
10251. * @access protected
10252. */
10253. protected function _putresourcedict() {
10254. $out = $this->_getobj(2)."\n";
10255. $out .= '<< /ProcSet [/PDF /Text /ImageB /ImageC /ImageI]';
10256. $out .= ' /Font <<';
10257. foreach ($this-> fontkeys as $fontkey) {
10258. $font = $this-> getFontBuffer($fontkey);
10259. $out .= ' /F'.$font['i'].' '.$font['n'].' 0 R';
10260. }
10261. $out .= ' >>';
10262. $out .= ' /XObject <<';
10263. $out .= $this->_getxobjectdict();
10264. $out .= ' >>';
10265. // visibility
10266. $out .= ' /Properties <</OC1 '.$this-> n_ocg_print.' 0 R /OC2 '.$this-> n_ocg_view.' 0 R>>';
10267. // transparency
10268. $out .= ' /ExtGState <<';
10269. foreach ($this-> extgstates as $k => $extgstate) {
10270. if (isset($extgstate['name'])) {
10271. $out .= ' /'.$extgstate['name'];
10272. } else {
10273. $out .= ' /GS'.$k;
10274. }
10275. $out .= ' '.$extgstate['n'].' 0 R';
10276. }
10277. $out .= ' >>';
10278. // gradient patterns
10279. if (isset($this-> gradients) AND ( count($this-> gradients) > 0)) {
10280. $out .= ' /Pattern <<';
10281. foreach ($this-> gradients as $id => $grad) {
10282. $out .= ' /p'.$id.' '.$grad['pattern'].' 0 R';
10283. }
10284. $out .= ' >>';
10285. }
10286. // gradient shadings
10287. if (isset($this-> gradients) AND ( count($this-> gradients) > 0)) {
10288. $out .= ' /Shading <<';
10289. foreach ($this-> gradients as $id => $grad) {
10290. $out .= ' /Sh'.$id.' '.$grad['id'].' 0 R';
10291. }
10292. $out .= ' >>';
10293. }
10294. // spot colors
10295. if (isset($this-> spot_colors) AND ( count($this-> spot_colors) > 0)) {
10296. $out .= ' /ColorSpace <<';
10297. foreach ($this-> spot_colors as $color) {
10298. $out .= ' /CS'.$color['i'].' '.$color['n'].' 0 R';
10299. }
10300. $out .= ' >>';
10301. }
10302. $out .= ' >>';
10303. $out .= "\n".'endobj';
10304. $this->_out($out);
10305. }
10307. /**
10308. * Output Resources.
10309. * @access protected
10310. */
10311. protected function _putresources() {
10312. $this->_putextgstates();
10313. $this->_putocg();
10314. $this->_putfonts();
10315. $this->_putimages();
10316. $this->_putxobjects();
10317. $this->_putspotcolors();
10318. $this->_putshaders();
10319. $this->_putresourcedict();
10320. $this->_putbookmarks();
10321. $this->_putEmbeddedFiles();
10322. $this->_putannotsobjs();
10323. $this->_putjavascript();
10324. $this->_putencryption();
10325. }
10327. /**
10328. * Adds some Metadata information (Document Information Dictionary)
10329. * (see Chapter 14.3.3 Document Information Dictionary of PDF32000_2008.pdf Reference)
10330. * @return int object id
10331. * @access protected
10332. */
10333. protected function _putinfo() {
10334. $oid = $this->_newobj();
10335. $out = '<<';
10336. if (!$this-> empty_string($this-> title)) {
10337. // The document's title.
10338. $out .= ' /Title '.$this->_textstring($this-> title, $oid);
10339. }
10340. if (!$this-> empty_string($this-> author)) {
10341. // The name of the person who created the document.
10342. $out .= ' /Author '.$this->_textstring($this-> author, $oid);
10343. }
10344. if (!$this-> empty_string($this-> subject)) {
10345. // The subject of the document.
10346. $out .= ' /Subject '.$this->_textstring($this-> subject, $oid);
10347. }
10348. if (!$this-> empty_string($this-> keywords)) {
10349. // Keywords associated with the document.
10350. $out .= ' /Keywords '.$this->_textstring($this-> keywords.' TCP'.'DF', $oid);
10351. }
10352. if (!$this-> empty_string($this-> creator)) {
10353. // If the document was converted to PDF from another format, the name of the conforming product that created the original document from which it was converted.
10354. $out .= ' /Creator '.$this->_textstring($this-> creator, $oid);
10355. }
10356. if ( defined('PDF_PRODUCER')) {
10357. // If the document was converted to PDF from another format, the name of the conforming product that converted it to PDF.
10358. $out .= ' /Producer '.$this->_textstring( PDF_PRODUCER.' (TCP'.'DF)', $oid);
10359. } else {
10360. // default producer
10361. $out .= ' /Producer '.$this->_textstring('TCP'.'DF', $oid);
10362. }
10363. // The date and time the document was created, in human-readable form
10364. $out .= ' /CreationDate '.$this->_datestring();
10365. // The date and time the document was most recently modified, in human-readable form
10366. $out .= ' /ModDate '.$this->_datestring();
10367. // A name object indicating whether the document has been modified to include trapping information
10368. $out .= ' /Trapped /False';
10369. $out .= ' >>';
10370. $out .= "\n".'endobj';
10371. $this->_out($out);
10372. return $oid;
10373. }
10375. /**
10376. * Output Catalog.
10377. * @return int object id
10378. * @access protected
10379. */
10380. protected function _putcatalog() {
10381. $oid = $this->_newobj();
10382. $out = '<< /Type /Catalog';
10383. $out .= ' /Pages 1 0 R';
10384. if ($this-> ZoomMode == 'fullpage') {
10385. $out .= ' /OpenAction ['.$this-> page_obj_id[1].' 0 R /Fit]';
10386. } elseif ($this-> ZoomMode == 'fullwidth') {
10387. $out .= ' /OpenAction ['.$this-> page_obj_id[1].' 0 R /FitH null]';
10388. } elseif ($this-> ZoomMode == 'real') {
10389. $out .= ' /OpenAction ['.$this-> page_obj_id[1].' 0 R /XYZ null null 1]';
10390. } elseif (! is_string($this-> ZoomMode)) {
10391. $out .= sprintf(' /OpenAction ['.$this-> page_obj_id[1].' 0 R /XYZ null null %.2F]',($this-> ZoomMode / 100));
10392. }
10393. if (isset($this-> LayoutMode) AND (!$this-> empty_string($this-> LayoutMode))) {
10394. $out .= ' /PageLayout /'.$this-> LayoutMode;
10395. }
10396. if (isset($this-> PageMode) AND (!$this-> empty_string($this-> PageMode))) {
10397. $out .= ' /PageMode /'.$this-> PageMode;
10398. }
10399. if (isset($this-> l['a_meta_language'])) {
10400. $out .= ' /Lang '.$this->_textstring($this-> l['a_meta_language'], $oid);
10401. }
10402. $out .= ' /Names <<';
10403. if ((! empty($this-> javascript)) OR (! empty($this-> js_objects))) {
10404. $out .= ' /JavaScript '.($this-> n_js).' 0 R';
10405. }
10406. $out .= ' >>';
10407. if ( count($this-> outlines) > 0) {
10408. $out .= ' /Outlines '.$this-> OutlineRoot.' 0 R';
10409. $out .= ' /PageMode /UseOutlines';
10410. }
10411. $out .= ' '.$this->_putviewerpreferences();
10412. $p = $this-> n_ocg_print.' 0 R';
10413. $v = $this-> n_ocg_view.' 0 R';
10414. $as = '<< /Event /Print /OCGs ['.$p.' '.$v.'] /Category [/Print] >> << /Event /View /OCGs ['.$p.' '.$v.'] /Category [/View] >>';
10415. $out .= ' /OCProperties << /OCGs ['.$p.' '.$v.'] /D << /ON ['.$p.'] /OFF ['.$v.'] /AS ['.$as.'] >> >>';
10416. // AcroForm
10417. if (! empty($this-> form_obj_id) OR ($this-> sign AND isset($this-> signature_data['cert_type']))) {
10418. $out .= ' /AcroForm <<';
10419. $objrefs = '';
10420. if ($this-> sign AND isset($this-> signature_data['cert_type'])) {
10421. $objrefs .= $this-> sig_obj_id.' 0 R';
10422. }
10423. if (! empty($this-> form_obj_id)) {
10424. foreach($this-> form_obj_id as $objid) {
10425. $objrefs .= ' '.$objid.' 0 R';
10426. }
10427. }
10428. $out .= ' /Fields ['.$objrefs.']';
10429. if (! empty($this-> form_obj_id) AND !$this-> sign) {
10430. // It's better to turn off this value and set the appearance stream for each annotation (/AP) to avoid conflicts with signature fields.
10431. $out .= ' /NeedAppearances true';
10432. }
10433. if ($this-> sign AND isset($this-> signature_data['cert_type'])) {
10434. if ($this-> signature_data['cert_type'] > 0) {
10435. $out .= ' /SigFlags 3';
10436. } else {
10437. $out .= ' /SigFlags 1';
10438. }
10439. }
10440. //$out .= ' /CO ';
10441. if (isset($this-> annotation_fonts) AND ! empty($this-> annotation_fonts)) {
10442. $out .= ' /DR <<';
10443. $out .= ' /Font <<';
10444. foreach ($this-> annotation_fonts as $fontkey => $fontid) {
10445. $out .= ' /F'.$fontid.' '.$this-> font_obj_ids[$fontkey].' 0 R';
10446. }
10447. $out .= ' >> >>';
10448. }
10449. $font = $this-> getFontBuffer('helvetica');
10450. $out .= ' /DA (/F'.$font['i'].' 0 Tf 0 g)';
10451. $out .= ' /Q '.(($this-> rtl)?'2':'0');
10452. //$out .= ' /XFA ';
10453. $out .= ' >>';
10454. // signatures
10455. if ($this-> sign AND isset($this-> signature_data['cert_type'])) {
10456. if ($this-> signature_data['cert_type'] > 0) {
10457. $out .= ' /Perms << /DocMDP '.($this-> sig_obj_id + 1).' 0 R >>';
10458. } else {
10459. $out .= ' /Perms << /UR3 '.($this-> sig_obj_id + 1).' 0 R >>';
10460. }
10461. }
10462. }
10463. $out .= ' >>';
10464. $out .= "\n".'endobj';
10465. $this->_out($out);
10466. return $oid;
10467. }
10469. /**
10470. * Output viewer preferences.
10471. * @return string for viewer preferences
10472. * @author Nicola asuni
10473. * @since 3.1.000 (2008-06-09)
10474. * @access protected
10475. */
10476. protected function _putviewerpreferences() {
10477. $out = '/ViewerPreferences <<';
10478. if ($this-> rtl) {
10479. $out .= ' /Direction /R2L';
10480. } else {
10481. $out .= ' /Direction /L2R';
10482. }
10483. if (isset($this-> viewer_preferences['HideToolbar']) AND ($this-> viewer_preferences['HideToolbar'])) {
10484. $out .= ' /HideToolbar true';
10485. }
10486. if (isset($this-> viewer_preferences['HideMenubar']) AND ($this-> viewer_preferences['HideMenubar'])) {
10487. $out .= ' /HideMenubar true';
10488. }
10489. if (isset($this-> viewer_preferences['HideWindowUI']) AND ($this-> viewer_preferences['HideWindowUI'])) {
10490. $out .= ' /HideWindowUI true';
10491. }
10492. if (isset($this-> viewer_preferences['FitWindow']) AND ($this-> viewer_preferences['FitWindow'])) {
10493. $out .= ' /FitWindow true';
10494. }
10495. if (isset($this-> viewer_preferences['CenterWindow']) AND ($this-> viewer_preferences['CenterWindow'])) {
10496. $out .= ' /CenterWindow true';
10497. }
10498. if (isset($this-> viewer_preferences['DisplayDocTitle']) AND ($this-> viewer_preferences['DisplayDocTitle'])) {
10499. $out .= ' /DisplayDocTitle true';
10500. }
10501. if (isset($this-> viewer_preferences['NonFullScreenPageMode'])) {
10502. $out .= ' /NonFullScreenPageMode /'.$this-> viewer_preferences['NonFullScreenPageMode'];
10503. }
10504. if (isset($this-> viewer_preferences['ViewArea'])) {
10505. $out .= ' /ViewArea /'.$this-> viewer_preferences['ViewArea'];
10506. }
10507. if (isset($this-> viewer_preferences['ViewClip'])) {
10508. $out .= ' /ViewClip /'.$this-> viewer_preferences['ViewClip'];
10509. }
10510. if (isset($this-> viewer_preferences['PrintArea'])) {
10511. $out .= ' /PrintArea /'.$this-> viewer_preferences['PrintArea'];
10512. }
10513. if (isset($this-> viewer_preferences['PrintClip'])) {
10514. $out .= ' /PrintClip /'.$this-> viewer_preferences['PrintClip'];
10515. }
10516. if (isset($this-> viewer_preferences['PrintScaling'])) {
10517. $out .= ' /PrintScaling /'.$this-> viewer_preferences['PrintScaling'];
10518. }
10519. if (isset($this-> viewer_preferences['Duplex']) AND (!$this-> empty_string($this-> viewer_preferences['Duplex']))) {
10520. $out .= ' /Duplex /'.$this-> viewer_preferences['Duplex'];
10521. }
10522. if (isset($this-> viewer_preferences['PickTrayByPDFSize'])) {
10523. if ($this-> viewer_preferences['PickTrayByPDFSize']) {
10524. $out .= ' /PickTrayByPDFSize true';
10525. } else {
10526. $out .= ' /PickTrayByPDFSize false';
10527. }
10528. }
10529. if (isset($this-> viewer_preferences['PrintPageRange'])) {
10530. $PrintPageRangeNum = '';
10531. foreach ($this-> viewer_preferences['PrintPageRange'] as $k => $v) {
10532. $PrintPageRangeNum .= ' '.($v - 1).'';
10533. }
10534. $out .= ' /PrintPageRange ['.substr($PrintPageRangeNum,1).']';
10535. }
10536. if (isset($this-> viewer_preferences['NumCopies'])) {
10537. $out .= ' /NumCopies '.intval($this-> viewer_preferences['NumCopies']);
10538. }
10539. $out .= ' >>';
10540. return $out;
10541. }
10543. /**
10544. * Output PDF header.
10545. * @access protected
10546. */
10547. protected function _putheader() {
10548. $this->_out('%PDF-'.$this-> PDFVersion);
10549. }
10551. /**
10552. * Output end of document (EOF).
10553. * @access protected
10554. */
10555. protected function _enddoc() {
10556. $this-> state = 1;
10557. $this->_putheader();
10558. $this->_putpages();
10559. $this->_putresources();
10560. // Signature
10561. if ($this-> sign AND isset($this-> signature_data['cert_type'])) {
10562. // widget annotation for signature
10563. $out = $this->_getobj($this-> sig_obj_id)."\n";
10564. $out .= '<< /Type /Annot';
10565. $out .= ' /Subtype /Widget';
10566. $out .= ' /Rect ['.$this-> signature_appearance['rect'].']';
10567. $out .= ' /P '.$this-> page_obj_id[($this-> signature_appearance['page'])].' 0 R'; // link to signature appearance page
10568. $out .= ' /F 4';
10569. $out .= ' /FT /Sig';
10570. $out .= ' /T '.$this->_textstring('Signature', $this-> sig_obj_id);
10571. $out .= ' /Ff 0';
10572. $out .= ' /V '.($this-> sig_obj_id + 1).' 0 R';
10573. $out .= ' >>';
10574. $out .= "\n".'endobj';
10575. $this->_out($out);
10576. // signature
10577. $this->_putsignature();
10578. }
10579. // Info
10580. $objid_info = $this->_putinfo();
10581. // Catalog
10582. $objid_catalog = $this->_putcatalog();
10583. // Cross-ref
10584. $o = $this-> bufferlen;
10585. // XREF section
10586. $this->_out('xref');
10587. $this->_out('0 '.($this-> n + 1));
10588. $this->_out('0000000000 65535 f ');
10589. for ($i=1; $i <= $this-> n; ++$i) {
10590. $this->_out( sprintf('%010d 00000 n ', $this-> offsets[$i]));
10591. }
10592. // TRAILER
10593. $out = 'trailer <<';
10594. $out .= ' /Size '.($this-> n + 1);
10595. $out .= ' /Root '.$objid_catalog.' 0 R';
10596. $out .= ' /Info '.$objid_info.' 0 R';
10597. if ($this-> encrypted) {
10598. $out .= ' /Encrypt '.$this-> encryptdata['objid'].' 0 R';
10599. }
10600. $out .= ' /ID [ <'.$this-> file_id.'> <'.$this-> file_id.'> ]';
10601. $out .= ' >>';
10602. $this->_out($out);
10603. $this->_out('startxref');
10604. $this->_out($o);
10605. $this->_out('%%EOF');
10606. $this-> state = 3; // end-of-doc
10607. if ($this-> diskcache) {
10608. // remove temporary files used for images
10609. foreach ($this-> imagekeys as $key) {
10610. // remove temporary files
10611. unlink($this-> images[$key]);
10612. }
10613. foreach ($this-> fontkeys as $key) {
10614. // remove temporary files
10615. unlink($this-> fonts[$key]);
10616. }
10617. }
10618. }
10620. /**
10621. * Initialize a new page.
10622. * @param string $orientation page orientation. Possible values are (case insensitive):<ul><li>P or PORTRAIT (default)</li><li>L or LANDSCAPE</li></ul>
10623. * @param mixed $format The format used for pages. It can be either: one of the string values specified at getPageSizeFromFormat() or an array of parameters specified at setPageFormat().
10624. * @access protected
10625. * @see getPageSizeFromFormat(), setPageFormat()
10626. */
10627. protected function _beginpage($orientation='', $format='') {
10628. ++$this-> page;
10629. $this-> setPageBuffer($this-> page, '');
10630. // initialize array for graphics tranformation positions inside a page buffer
10631. $this-> transfmrk[$this-> page] = array();
10632. $this-> state = 2;
10633. if ($this-> empty_string($orientation)) {
10634. if (isset($this-> CurOrientation)) {
10635. $orientation = $this-> CurOrientation;
10636. } elseif ($this-> fwPt > $this-> fhPt) {
10637. // landscape
10638. $orientation = 'L';
10639. } else {
10640. // portrait
10641. $orientation = 'P';
10642. }
10643. }
10644. if ($this-> empty_string($format)) {
10645. $this-> pagedim[$this-> page] = $this-> pagedim[($this-> page - 1)];
10646. $this-> setPageOrientation($orientation);
10647. } else {
10648. $this-> setPageFormat($format, $orientation);
10649. }
10650. if ($this-> rtl) {
10651. $this-> x = $this-> w - $this-> rMargin;
10652. } else {
10653. $this-> x = $this-> lMargin;
10654. }
10655. $this-> y = $this-> tMargin;
10656. if (isset($this-> newpagegroup[$this-> page])) {
10657. // start a new group
10658. $n = sizeof($this-> pagegroups) + 1;
10659. $alias = '{nb'.$n.'}';
10660. $this-> pagegroups[$alias] = 1;
10661. $this-> currpagegroup = $alias;
10662. } elseif ($this-> currpagegroup) {
10663. ++$this-> pagegroups[$this-> currpagegroup];
10664. }
10665. }
10667. /**
10668. * Mark end of page.
10669. * @access protected
10670. */
10671. protected function _endpage() {
10672. $this-> setVisibility('all');
10673. $this-> state = 1;
10674. }
10676. /**
10677. * Begin a new object and return the object number.
10678. * @return int object number
10679. * @access protected
10680. */
10681. protected function _newobj() {
10682. $this->_out($this->_getobj());
10683. return $this-> n;
10684. }
10686. /**
10687. * Return the starting object string for the selected object ID.
10688. * @param int $objid Object ID (leave empty to get a new ID).
10689. * @return string the starting object string
10690. * @access protected
10691. * @since 5.8.009 (2010-08-20)
10692. */
10693. protected function _getobj($objid='') {
10694. if ($objid === '') {
10695. ++$this-> n;
10696. $objid = $this-> n;
10697. }
10698. $this-> offsets[$objid] = $this-> bufferlen;
10699. return $objid.' 0 obj';
10700. }
10702. /**
10703. * Underline text.
10704. * @param int $x X coordinate
10705. * @param int $y Y coordinate
10706. * @param string $txt text to underline
10707. * @access protected
10708. */
10709. protected function _dounderline($x, $y, $txt) {
10710. $w = $this-> GetStringWidth($txt);
10711. return $this->_dounderlinew($x, $y, $w);
10712. }
10714. /**
10715. * Underline for rectangular text area.
10716. * @param int $x X coordinate
10717. * @param int $y Y coordinate
10718. * @param int $w width to underline
10719. * @access protected
10720. * @since 4.8.008 (2009-09-29)
10721. */
10722. protected function _dounderlinew($x, $y, $w) {
10723. $linew = - $this-> CurrentFont['ut'] / 1000 * $this-> FontSizePt;
10724. return sprintf('%.2F %.2F %.2F %.2F re f', $x * $this-> k, ((($this-> h - $y) * $this-> k) + $linew), $w * $this-> k, $linew);
10725. }
10727. /**
10728. * Line through text.
10729. * @param int $x X coordinate
10730. * @param int $y Y coordinate
10731. * @param string $txt text to linethrough
10732. * @access protected
10733. */
10734. protected function _dolinethrough($x, $y, $txt) {
10735. $w = $this-> GetStringWidth($txt);
10736. return $this->_dolinethroughw($x, $y, $w);
10737. }
10739. /**
10740. * Line through for rectangular text area.
10741. * @param int $x X coordinate
10742. * @param int $y Y coordinate
10743. * @param string $txt text to linethrough
10744. * @access protected
10745. * @since 4.9.008 (2009-09-29)
10746. */
10747. protected function _dolinethroughw($x, $y, $w) {
10748. $linew = - $this-> CurrentFont['ut'] / 1000 * $this-> FontSizePt;
10749. return sprintf('%.2F %.2F %.2F %.2F re f', $x * $this-> k, ((($this-> h - $y) * $this-> k) + $linew + ($this-> FontSizePt / 3)), $w * $this-> k, $linew);
10750. }
10752. /**
10753. * Overline text.
10754. * @param int $x X coordinate
10755. * @param int $y Y coordinate
10756. * @param string $txt text to overline
10757. * @access protected
10758. * @since 4.9.015 (2010-04-19)
10759. */
10760. protected function _dooverline($x, $y, $txt) {
10761. $w = $this-> GetStringWidth($txt);
10762. return $this->_dooverlinew($x, $y, $w);
10763. }
10765. /**
10766. * Overline for rectangular text area.
10767. * @param int $x X coordinate
10768. * @param int $y Y coordinate
10769. * @param int $w width to overline
10770. * @access protected
10771. * @since 4.9.015 (2010-04-19)
10772. */
10773. protected function _dooverlinew($x, $y, $w) {
10774. $linew = - $this-> CurrentFont['ut'] / 1000 * $this-> FontSizePt;
10775. return sprintf('%.2F %.2F %.2F %.2F re f', $x * $this-> k, (($this-> h - $y + $this-> FontAscent) * $this-> k) - $linew, $w * $this-> k, $linew);
10777. }
10779. /**
10780. * Read a 4-byte (32 bit) integer from file.
10781. * @param string $f file name.
10782. * @return 4-byte integer
10783. * @access protected
10784. */
10785. protected function _freadint($f) {
10786. $a = unpack('Ni', fread($f, 4));
10787. return $a['i'];
10788. }
10790. /**
10791. * Add "\" before "\", "(" and ")"
10792. * @param string $s string to escape.
10793. * @return string escaped string.
10794. * @access protected
10795. */
10796. protected function _escape($s) {
10797. // the chr(13) substitution fixes the Bugs item #1421290.
10798. return strtr($s, array(')' => '\\)', '(' => '\\(', '\\' => '\\\\', chr(13) => '\r'));
10799. }
10801. /**
10802. * Format a data string for meta information
10803. * @param string $s data string to escape.
10804. * @param int $n object ID
10805. * @return string escaped string.
10806. * @access protected
10807. */
10808. protected function _datastring($s, $n=0) {
10809. if ($n == 0) {
10810. $n = $this-> n;
10811. }
10812. $s = $this->_encrypt_data($n, $s);
10813. return '('. $this->_escape($s).')';
10814. }
10816. /**
10817. * Returns a formatted date for meta information
10818. * @param int $n object ID
10819. * @return string escaped date string.
10820. * @access protected
10821. * @since 4.6.028 (2009-08-25)
10822. */
10823. protected function _datestring($n=0) {
10824. $current_time = substr_replace( date('YmdHisO'), '\'', (0 - 2), 0).'\'';
10825. return $this->_datastring('D:'.$current_time, $n);
10826. }
10828. /**
10829. * Format a text string for meta information
10830. * @param string $s string to escape.
10831. * @param int $n object ID
10832. * @return string escaped string.
10833. * @access protected
10834. */
10835. protected function _textstring($s, $n=0) {
10836. if ($this-> isunicode) {
10837. //Convert string to UTF-16BE
10838. $s = $this-> UTF8ToUTF16BE($s, true);
10839. }
10840. return $this->_datastring($s, $n);
10841. }
10843. /**
10844. * THIS METHOD IS DEPRECATED
10845. * Format a text string
10846. * @param string $s string to escape.
10847. * @return string escaped string.
10848. * @access protected
10849. * @deprecated
10850. */
10851. protected function _escapetext($s) {
10852. if ($this-> isunicode) {
10853. if (($this-> CurrentFont['type'] == 'core') OR ($this-> CurrentFont['type'] == 'TrueType') OR ($this-> CurrentFont['type'] == 'Type1')) {
10854. $s = $this-> UTF8ToLatin1($s);
10855. } else {
10856. //Convert string to UTF-16BE and reverse RTL language
10857. $s = $this-> utf8StrRev($s, false, $this-> tmprtl);
10858. }
10859. }
10860. return $this->_escape($s);
10861. }
10863. /**
10864. * get raw output stream.
10865. * @param string $s string to output.
10866. * @param int $n object reference for encryption mode
10867. * @access protected
10868. * @author Nicola Asuni
10869. * @since 5.5.000 (2010-06-22)
10870. */
10871. protected function _getrawstream($s, $n=0) {
10872. if ($n <= 0) {
10873. // default to current object
10874. $n = $this-> n;
10875. }
10876. return $this->_encrypt_data($n, $s);
10877. }
10879. /**
10880. * Format output stream (DEPRECATED).
10881. * @param string $s string to output.
10882. * @param int $n object reference for encryption mode
10883. * @access protected
10884. * @deprecated
10885. */
10886. protected function _getstream($s, $n=0) {
10887. return 'stream'."\n".$this->_getrawstream($s, $n)."\n".'endstream';
10888. }
10890. /**
10891. * Output a stream (DEPRECATED).
10892. * @param string $s string to output.
10893. * @param int $n object reference for encryption mode
10894. * @access protected
10895. * @deprecated
10896. */
10897. protected function _putstream($s, $n=0) {
10898. $this->_out($this->_getstream($s, $n));
10899. }
10901. /**
10902. * Output a string to the document.
10903. * @param string $s string to output.
10904. * @access protected
10905. */
10906. protected function _out($s) {
10907. if ($this-> state == 2) {
10908. if ($this-> inxobj) {
10909. // we are inside an XObject template
10910. $this-> xobjects[$this-> xobjid]['outdata'] .= $s."\n";
10911. } elseif ((!$this-> InFooter) AND isset($this-> footerlen[$this-> page]) AND ($this-> footerlen[$this-> page] > 0)) {
10912. // puts data before page footer
10913. $pagebuff = $this-> getPageBuffer($this-> page);
10914. $page = substr($pagebuff, 0, -$this-> footerlen[$this-> page]);
10915. $footer = substr($pagebuff, -$this-> footerlen[$this-> page]);
10916. $this-> setPageBuffer($this-> page, $page.$s."\n".$footer);
10917. // update footer position
10918. $this-> footerpos[$this-> page] += strlen($s."\n");
10919. } else {
10920. $this-> setPageBuffer($this-> page, $s."\n", true);
10921. }
10922. } else {
10923. $this-> setBuffer($s."\n");
10924. }
10925. }
10927. /**
10928. * Converts UTF-8 strings to codepoints array.<br>
10929. * Invalid byte sequences will be replaced with 0xFFFD (replacement character)<br>
10930. * Based on: http://www.faqs.org/rfcs/rfc3629.html
10931. * <pre>
10932. * Char. number range | UTF-8 octet sequence
10933. * (hexadecimal) | (binary)
10934. * --------------------+-----------------------------------------------
10935. * 0000 0000-0000 007F | 0xxxxxxx
10936. * 0000 0080-0000 07FF | 110xxxxx 10xxxxxx
10937. * 0000 0800-0000 FFFF | 1110xxxx 10xxxxxx 10xxxxxx
10938. * 0001 0000-0010 FFFF | 11110xxx 10xxxxxx 10xxxxxx 10xxxxxx
10939. * ---------------------------------------------------------------------
10940. *
10941. * ABFN notation:
10942. * ---------------------------------------------------------------------
10943. * UTF8-octets = *( UTF8-char )
10944. * UTF8-char = UTF8-1 / UTF8-2 / UTF8-3 / UTF8-4
10945. * UTF8-1 = %x00-7F
10946. * UTF8-2 = %xC2-DF UTF8-tail
10947. *
10948. * UTF8-3 = %xE0 %xA0-BF UTF8-tail / %xE1-EC 2( UTF8-tail ) /
10949. * %xED %x80-9F UTF8-tail / %xEE-EF 2( UTF8-tail )
10950. * UTF8-4 = %xF0 %x90-BF 2( UTF8-tail ) / %xF1-F3 3( UTF8-tail ) /
10951. * %xF4 %x80-8F 2( UTF8-tail )
10952. * UTF8-tail = %x80-BF
10953. * ---------------------------------------------------------------------
10954. * </pre>
10955. * @param string $str string to process.
10956. * @return array containing codepoints (UTF-8 characters values)
10957. * @access protected
10958. * @author Nicola Asuni
10959. * @since 1.53.0.TC005 (2005-01-05)
10960. */
10961. protected function UTF8StringToArray($str) {
10962. // build a unique string key
10963. $strkey = md5($str);
10964. if (isset($this-> cache_UTF8StringToArray[$strkey])) {
10965. // return cached value
10966. $chrarray = $this-> cache_UTF8StringToArray[$strkey]['s'];
10967. if (!isset($this-> cache_UTF8StringToArray[$strkey]['f'][$this-> CurrentFont['fontkey']])) {
10968. if ($this-> isunicode) {
10969. foreach ($chrarray as $chr) {
10970. // store this char for font subsetting
10971. $this-> CurrentFont['subsetchars'][$chr] = true;
10972. }
10973. // update font subsetchars
10974. $this-> setFontSubBuffer($this-> CurrentFont['fontkey'], 'subsetchars', $this-> CurrentFont['subsetchars']);
10975. }
10976. $this-> cache_UTF8StringToArray[$strkey]['f'][$this-> CurrentFont['fontkey']] = true;
10977. }
10978. return $chrarray;
10979. }
10980. // check cache size
10981. if ($this-> cache_size_UTF8StringToArray >= $this-> cache_maxsize_UTF8StringToArray) {
10982. // remove first element
10983. array_shift($this-> cache_UTF8StringToArray);
10984. }
10985. // new cache array for selected string
10986. $this-> cache_UTF8StringToArray[$strkey] = array('s' => array(), 'f' => array());
10987. ++$this-> cache_size_UTF8StringToArray;
10988. if (!$this-> isunicode) {
10989. // split string into array of equivalent codes
10990. $strarr = array();
10991. $strlen = strlen($str);
10992. for ($i=0; $i < $strlen; ++$i) {
10993. $strarr[] = ord($str{$i});
10994. }
10995. // insert new value on cache
10996. $this-> cache_UTF8StringToArray[$strkey]['s'] = $strarr;
10997. $this-> cache_UTF8StringToArray[$strkey]['f'][$this-> CurrentFont['fontkey']] = true;
10998. return $strarr;
10999. }
11000. $unichar = -1; // last unicode char
11001. $unicode = array(); // array containing unicode values
11002. $bytes = array(); // array containing single character byte sequences
11003. $numbytes = 1; // number of octetc needed to represent the UTF-8 character
11004. $str .= ''; // force $str to be a string
11005. $length = strlen($str);
11006. for ($i = 0; $i < $length; ++$i) {
11007. $char = ord($str{$i}); // get one string character at time
11008. if ( count($bytes) == 0) { // get starting octect
11009. if ($char <= 0x7F) {
11010. $unichar = $char; // use the character "as is" because is ASCII
11011. $numbytes = 1;
11012. } elseif (($char >> 0x05) == 0x06) { // 2 bytes character (0x06 = 110 BIN)
11013. $bytes[] = ($char - 0xC0) << 0x06;
11014. $numbytes = 2;
11015. } elseif (($char >> 0x04) == 0x0E) { // 3 bytes character (0x0E = 1110 BIN)
11016. $bytes[] = ($char - 0xE0) << 0x0C;
11017. $numbytes = 3;
11018. } elseif (($char >> 0x03) == 0x1E) { // 4 bytes character (0x1E = 11110 BIN)
11019. $bytes[] = ($char - 0xF0) << 0x12;
11020. $numbytes = 4;
11021. } else {
11022. // use replacement character for other invalid sequences
11023. $unichar = 0xFFFD;
11024. $bytes = array();
11025. $numbytes = 1;
11026. }
11027. } elseif (($char >> 0x06) == 0x02) { // bytes 2, 3 and 4 must start with 0x02 = 10 BIN
11028. $bytes[] = $char - 0x80;
11029. if ( count($bytes) == $numbytes) {
11030. // compose UTF-8 bytes to a single unicode value
11031. $char = $bytes[0];
11032. for ($j = 1; $j < $numbytes; ++$j) {
11033. $char += ($bytes[$j] << (($numbytes - $j - 1) * 0x06));
11034. }
11035. if ((($char >= 0xD800) AND ($char <= 0xDFFF)) OR ($char >= 0x10FFFF)) {
11036. /* The definition of UTF-8 prohibits encoding character numbers between
11037. U+D800 and U+DFFF, which are reserved for use with the UTF-16
11038. encoding form (as surrogate pairs) and do not directly represent
11039. characters. */
11040. $unichar = 0xFFFD; // use replacement character
11041. } else {
11042. $unichar = $char; // add char to array
11043. }
11044. // reset data for next char
11045. $bytes = array();
11046. $numbytes = 1;
11047. }
11048. } else {
11049. // use replacement character for other invalid sequences
11050. $unichar = 0xFFFD;
11051. $bytes = array();
11052. $numbytes = 1;
11053. }
11054. if ($unichar >= 0) {
11055. // insert unicode value into array
11056. $unicode[] = $unichar;
11057. // store this char for font subsetting
11058. $this-> CurrentFont['subsetchars'][$unichar] = true;
11059. $unichar = -1;
11060. }
11061. }
11062. // update font subsetchars
11063. $this-> setFontSubBuffer($this-> CurrentFont['fontkey'], 'subsetchars', $this-> CurrentFont['subsetchars']);
11064. // insert new value on cache
11065. $this-> cache_UTF8StringToArray[$strkey]['s'] = $unicode;
11066. $this-> cache_UTF8StringToArray[$strkey]['f'][$this-> CurrentFont['fontkey']] = true;
11067. return $unicode;
11068. }
11070. /**
11071. * Converts UTF-8 strings to UTF16-BE.<br>
11072. * @param string $str string to process.
11073. * @param boolean $setbom if true set the Byte Order Mark (BOM = 0xFEFF)
11074. * @return string
11075. * @access protected
11076. * @author Nicola Asuni
11077. * @since 1.53.0.TC005 (2005-01-05)
11078. * @uses UTF8StringToArray(), arrUTF8ToUTF16BE()
11079. */
11080. protected function UTF8ToUTF16BE($str, $setbom=true) {
11081. if (!$this-> isunicode) {
11082. return $str; // string is not in unicode
11083. }
11084. $unicode = $this-> UTF8StringToArray($str); // array containing UTF-8 unicode values
11085. return $this-> arrUTF8ToUTF16BE($unicode, $setbom);
11086. }
11088. /**
11089. * Converts UTF-8 strings to Latin1 when using the standard 14 core fonts.<br>
11090. * @param string $str string to process.
11091. * @return string
11092. * @author Andrew Whitehead, Nicola Asuni
11093. * @access protected
11094. * @since 3.2.000 (2008-06-23)
11095. */
11096. protected function UTF8ToLatin1($str) {
11097. if (!$this-> isunicode) {
11098. return $str; // string is not in unicode
11099. }
11100. $outstr = ''; // string to be returned
11101. $unicode = $this-> UTF8StringToArray($str); // array containing UTF-8 unicode values
11102. foreach ($unicode as $char) {
11103. if ($char < 256) {
11104. $outstr .= chr($char);
11105. } elseif ( array_key_exists($char, $this-> unicode->uni_utf8tolatin)) {
11106. // map from UTF-8
11107. $outstr .= chr($this-> unicode->uni_utf8tolatin[$char]);
11108. } elseif ($char == 0xFFFD) {
11109. // skip
11110. } else {
11111. $outstr .= '?';
11112. }
11113. }
11114. return $outstr;
11115. }
11117. /**
11118. * Converts UTF-8 characters array to array of Latin1 characters<br>
11119. * @param array $unicode array containing UTF-8 unicode values
11120. * @return array
11121. * @author Nicola Asuni
11122. * @access protected
11123. * @since 4.8.023 (2010-01-15)
11124. */
11125. protected function UTF8ArrToLatin1($unicode) {
11126. if ((!$this-> isunicode) OR $this-> isUnicodeFont()) {
11127. return $unicode;
11128. }
11129. $outarr = array(); // array to be returned
11130. foreach ($unicode as $char) {
11131. if ($char < 256) {
11132. $outarr[] = $char;
11133. } elseif ( array_key_exists($char, $this-> unicode->uni_utf8tolatin)) {
11134. // map from UTF-8
11135. $outarr[] = $this-> unicode->uni_utf8tolatin[$char];
11136. } elseif ($char == 0xFFFD) {
11137. // skip
11138. } else {
11139. $outarr[] = 63; // '?' character
11140. }
11141. }
11142. return $outarr;
11143. }
11145. /**
11146. * Converts array of UTF-8 characters to UTF16-BE string.<br>
11147. * Based on: http://www.faqs.org/rfcs/rfc2781.html
11148. * <pre>
11149. * Encoding UTF-16:
11150. *
11151. * Encoding of a single character from an ISO 10646 character value to
11152. * UTF-16 proceeds as follows. Let U be the character number, no greater
11153. * than 0x10FFFF.
11154. *
11155. * 1) If U < 0x10000, encode U as a 16-bit unsigned integer and
11156. * terminate.
11157. *
11158. * 2) Let U' = U - 0x10000. Because U is less than or equal to 0x10FFFF,
11159. * U' must be less than or equal to 0xFFFFF. That is, U' can be
11160. * represented in 20 bits.
11161. *
11162. * 3) Initialize two 16-bit unsigned integers, W1 and W2, to 0xD800 and
11163. * 0xDC00, respectively. These integers each have 10 bits free to
11164. * encode the character value, for a total of 20 bits.
11165. *
11166. * 4) Assign the 10 high-order bits of the 20-bit U' to the 10 low-order
11167. * bits of W1 and the 10 low-order bits of U' to the 10 low-order
11168. * bits of W2. Terminate.
11169. *
11170. * Graphically, steps 2 through 4 look like:
11171. * U' = yyyyyyyyyyxxxxxxxxxx
11172. * W1 = 110110yyyyyyyyyy
11173. * W2 = 110111xxxxxxxxxx
11174. * </pre>
11175. * @param array $unicode array containing UTF-8 unicode values
11176. * @param boolean $setbom if true set the Byte Order Mark (BOM = 0xFEFF)
11177. * @return string
11178. * @access protected
11179. * @author Nicola Asuni
11180. * @since 2.1.000 (2008-01-08)
11181. * @see UTF8ToUTF16BE()
11182. */
11183. protected function arrUTF8ToUTF16BE($unicode, $setbom=true) {
11184. $outstr = ''; // string to be returned
11185. if ($setbom) {
11186. $outstr .= "\xFE\xFF"; // Byte Order Mark (BOM)
11187. }
11188. foreach ($unicode as $char) {
11189. if ($char == 0x200b) {
11190. // skip Unicode Character 'ZERO WIDTH SPACE' (DEC:8203, U+200B)
11191. } elseif ($char == 0xFFFD) {
11192. $outstr .= "\xFF\xFD"; // replacement character
11193. } elseif ($char < 0x10000) {
11194. $outstr .= chr($char >> 0x08);
11195. $outstr .= chr($char & 0xFF);
11196. } else {
11197. $char -= 0x10000;
11198. $w1 = 0xD800 | ($char >> 0x10);
11199. $w2 = 0xDC00 | ($char & 0x3FF);
11200. $outstr .= chr($w1 >> 0x08);
11201. $outstr .= chr($w1 & 0xFF);
11202. $outstr .= chr($w2 >> 0x08);
11203. $outstr .= chr($w2 & 0xFF);
11204. }
11205. }
11206. return $outstr;
11207. }
11208. // ====================================================
11210. /**
11211. * Set header font.
11212. * @param array $font font
11213. * @access public
11214. * @since 1.1
11215. */
11216. public function setHeaderFont($font) {
11217. $this-> header_font = $font;
11218. }
11220. /**
11221. * Get header font.
11222. * @return array()
11223. * @access public
11224. * @since 4.0.012 (2008-07-24)
11225. */
11226. public function getHeaderFont() {
11227. return $this-> header_font;
11228. }
11230. /**
11231. * Set footer font.
11232. * @param array $font font
11233. * @access public
11234. * @since 1.1
11235. */
11236. public function setFooterFont($font) {
11237. $this-> footer_font = $font;
11238. }
11240. /**
11241. * Get Footer font.
11242. * @return array()
11243. * @access public
11244. * @since 4.0.012 (2008-07-24)
11245. */
11246. public function getFooterFont() {
11247. return $this-> footer_font;
11248. }
11250. /**
11251. * Set language array.
11252. * @param array $language
11253. * @access public
11254. * @since 1.1
11255. */
11256. public function setLanguageArray($language) {
11257. $this-> l = $language;
11258. if (isset($this-> l['a_meta_dir'])) {
11259. $this-> rtl = $this-> l['a_meta_dir']=='rtl' ? true : false;
11260. } else {
11261. $this-> rtl = false;
11262. }
11263. }
11265. /**
11266. * Returns the PDF data.
11267. * @access public
11268. */
11269. public function getPDFData() {
11270. if ($this-> state < 3) {
11271. $this-> Close();
11272. }
11273. return $this-> buffer;
11274. }
11276. /**
11277. * Output anchor link.
11278. * @param string $url link URL or internal link (i.e.: &lt;a href="#23,4.5"&gt;link to page 23 at 4.5 Y position&lt;/a&gt;)
11279. * @param string $name link name
11280. * @param boolean $fill Indicates if the cell background must be painted (true) or transparent (false).
11281. * @param boolean $firstline if true prints only the first line and return the remaining string.
11282. * @param array $color array of RGB text color
11283. * @param string $style font style (U, D, B, I)
11284. * @param boolean $firstblock if true the string is the starting of a line.
11285. * @return the number of cells used or the remaining text if $firstline = true;
11286. * @access public
11287. */
11288. public function addHtmlLink($url, $name, $fill=false, $firstline=false, $color='', $style=-1, $firstblock=false) {
11289. if (!$this-> empty_string($url) AND ($url{0} == '#')) {
11290. // convert url to internal link
11291. $lnkdata = explode(',', $url);
11292. if (isset($lnkdata[0])) {
11293. $page = intval( substr($lnkdata[0], 1));
11294. if (empty($page) OR ($page <= 0)) {
11295. $page = $this-> page;
11296. }
11297. if (isset($lnkdata[1]) AND ( strlen($lnkdata[1]) > 0)) {
11298. $lnky = floatval($lnkdata[1]);
11299. } else {
11300. $lnky = 0;
11301. }
11302. $url = $this-> AddLink();
11303. $this-> SetLink($url, $lnky, $page);
11304. }
11305. }
11306. // store current settings
11307. $prevcolor = $this-> fgcolor;
11308. $prevstyle = $this-> FontStyle;
11309. if (empty($color)) {
11310. $this-> SetTextColorArray($this-> htmlLinkColorArray);
11311. } else {
11312. $this-> SetTextColorArray($color);
11313. }
11314. if ($style == -1) {
11315. $this-> SetFont('', $this-> FontStyle.$this-> htmlLinkFontStyle);
11316. } else {
11317. $this-> SetFont('', $this-> FontStyle.$style);
11318. }
11319. $ret = $this-> Write($this-> lasth, $name, $url, $fill, '', false, 0, $firstline, $firstblock, 0);
11320. // restore settings
11321. $this-> SetFont('', $prevstyle);
11322. $this-> SetTextColorArray($prevcolor);
11323. return $ret;
11324. }
11326. /**
11327. * Returns an associative array (keys: R,G,B) from an html color name or a six-digit or three-digit hexadecimal color representation (i.e. #3FE5AA or #7FF).
11328. * @param string $color html color
11329. * @return array RGB color or false in case of error.
11330. * @access public
11331. */
11332. public function convertHTMLColorToDec($color='#FFFFFF') {
11333. $returncolor = false;
11334. $color = preg_replace('/[\s]*/', '', $color); // remove extra spaces
11335. $color = strtolower($color);
11336. if (($dotpos = strpos($color, '.')) !== false) {
11337. // remove class parent (i.e.: color.red)
11338. $color = substr($color, ($dotpos + 1));
11339. }
11340. if ( strlen($color) == 0) {
11341. return false;
11342. }
11343. // RGB ARRAY
11344. if ( substr($color, 0, 3) == 'rgb') {
11345. $codes = substr($color, 4);
11346. $codes = str_replace(')', '', $codes);
11347. $returncolor = explode(',', $codes);
11348. return $returncolor;
11349. }
11350. // CMYK ARRAY
11351. if ( substr($color, 0, 4) == 'cmyk') {
11352. $codes = substr($color, 5);
11353. $codes = str_replace(')', '', $codes);
11354. $returncolor = explode(',', $codes);
11355. return $returncolor;
11356. }
11357. // COLOR NAME
11358. if ( substr($color, 0, 1) != '#') {
11359. // decode color name
11360. if (isset($this-> webcolor[$color])) {
11361. $color_code = $this-> webcolor[$color];
11362. } else {
11363. return false;
11364. }
11365. } else {
11366. $color_code = substr($color, 1);
11367. }
11368. // RGB VALUE
11369. switch ( strlen($color_code)) {
11370. case 3: {
11371. // three-digit hexadecimal representation
11372. $r = substr($color_code, 0, 1);
11373. $g = substr($color_code, 1, 1);
11374. $b = substr($color_code, 2, 1);
11375. $returncolor['R'] = hexdec($r.$r);
11376. $returncolor['G'] = hexdec($g.$g);
11377. $returncolor['B'] = hexdec($b.$b);
11378. break;
11379. }
11380. case 6: {
11381. // six-digit hexadecimal representation
11382. $returncolor['R'] = hexdec( substr($color_code, 0, 2));
11383. $returncolor['G'] = hexdec( substr($color_code, 2, 2));
11384. $returncolor['B'] = hexdec( substr($color_code, 4, 2));
11385. break;
11386. }
11387. }
11388. return $returncolor;
11389. }
11391. /**
11392. * Converts pixels to User's Units.
11393. * @param int $px pixels
11394. * @return float value in user's unit
11395. * @access public
11396. * @see setImageScale(), getImageScale()
11397. */
11398. public function pixelsToUnits($px) {
11399. return ($px / ($this-> imgscale * $this-> k));
11400. }
11402. /**
11403. * Reverse function for htmlentities.
11404. * Convert entities in UTF-8.
11405. * @param string $text_to_convert Text to convert.
11406. * @return string converted text string
11407. * @access public
11408. */
11409. public function unhtmlentities($text_to_convert) {
11410. return html_entity_decode($text_to_convert, ENT_QUOTES, $this-> encoding);
11411. }
11413. // ENCRYPTION METHODS ----------------------------------
11415. /**
11416. * Returns a string containing random data to be used as a seed for encryption methods.
11417. * @param string $seed starting seed value
11418. * @return string containing random data
11419. * @author Nicola Asuni
11420. * @since 5.9.006 (2010-10-19)
11421. * @access protected
11422. */
11423. protected function getRandomSeed($seed='') {
11424. $seed .= microtime();
11425. if ( function_exists('openssl_random_pseudo_bytes')) {
11426. $seed .= openssl_random_pseudo_bytes(512);
11427. }
11428. $seed .= uniqid('', true);
11429. $seed .= rand();
11430. $seed .= getmypid();
11431. $seed .= __FILE__;
11432. $seed .= $this-> bufferlen;
11433. if (isset($_SERVER['REMOTE_ADDR'])) {
11434. $seed .= $_SERVER['REMOTE_ADDR'];
11435. }
11436. if (isset($_SERVER['HTTP_USER_AGENT'])) {
11437. $seed .= $_SERVER['HTTP_USER_AGENT'];
11438. }
11439. if (isset($_SERVER['HTTP_ACCEPT'])) {
11440. $seed .= $_SERVER['HTTP_ACCEPT'];
11441. }
11442. if (isset($_SERVER['HTTP_ACCEPT_ENCODING'])) {
11443. $seed .= $_SERVER['HTTP_ACCEPT_ENCODING'];
11444. }
11445. if (isset($_SERVER['HTTP_ACCEPT_LANGUAGE'])) {
11446. $seed .= $_SERVER['HTTP_ACCEPT_LANGUAGE'];
11447. }
11448. if (isset($_SERVER['HTTP_ACCEPT_CHARSET'])) {
11449. $seed .= $_SERVER['HTTP_ACCEPT_CHARSET'];
11450. }
11451. $seed .= rand();
11452. $seed .= uniqid('', true);
11453. $seed .= microtime();
11454. return $seed;
11455. }
11457. /**
11458. * Compute encryption key depending on object number where the encrypted data is stored.
11459. * This is used for all strings and streams without crypt filter specifier.
11460. * @param int $n object number
11461. * @return int object key
11462. * @access protected
11463. * @author Nicola Asuni
11464. * @since 2.0.000 (2008-01-02)
11465. */
11466. protected function _objectkey($n) {
11467. $objkey = $this-> encryptdata['key'].pack('VXxx', $n);
11468. if ($this-> encryptdata['mode'] == 2) { // AES-128
11469. // AES padding
11470. $objkey .= "\x73\x41\x6C\x54"; // sAlT
11471. }
11472. $objkey = substr($this->_md5_16($objkey), 0, (($this-> encryptdata['Length'] / 8) + 5));
11473. $objkey = substr($objkey, 0, 16);
11474. return $objkey;
11475. }
11477. /**
11478. * Encrypt the input string.
11479. * @param int $n object number
11480. * @param string $s data string to encrypt
11481. * @return encrypted string
11482. * @access protected
11483. * @author Nicola Asuni
11484. * @since 5.0.005 (2010-05-11)
11485. */
11486. protected function _encrypt_data($n, $s) {
11487. if (!$this-> encrypted) {
11488. return $s;
11489. }
11490. switch ($this-> encryptdata['mode']) {
11491. case 0: // RC4-40
11492. case 1: { // RC4-128
11493. $s = $this->_RC4($this->_objectkey($n), $s);
11494. break;
11495. }
11496. case 2: { // AES-128
11497. $s = $this->_AES($this->_objectkey($n), $s);
11498. break;
11499. }
11500. case 3: { // AES-256
11501. $s = $this->_AES($this-> encryptdata['key'], $s);
11502. break;
11503. }
11504. }
11505. return $s;
11506. }
11508. /**
11509. * Put encryption on PDF document.
11510. * @access protected
11511. * @author Nicola Asuni
11512. * @since 2.0.000 (2008-01-02)
11513. */
11514. protected function _putencryption() {
11515. if (!$this-> encrypted) {
11516. return;
11517. }
11518. $this-> encryptdata['objid'] = $this->_newobj();
11519. $out = '<<';
11520. if (!isset($this-> encryptdata['Filter']) OR empty($this-> encryptdata['Filter'])) {
11521. $this-> encryptdata['Filter'] = 'Standard';
11522. }
11523. $out .= ' /Filter /'.$this-> encryptdata['Filter'];
11524. if (isset($this-> encryptdata['SubFilter']) AND ! empty($this-> encryptdata['SubFilter'])) {
11525. $out .= ' /SubFilter /'.$this-> encryptdata['SubFilter'];
11526. }
11527. if (!isset($this-> encryptdata['V']) OR empty($this-> encryptdata['V'])) {
11528. $this-> encryptdata['V'] = 1;
11529. }
11530. // V is a code specifying the algorithm to be used in encrypting and decrypting the document
11531. $out .= ' /V '.$this-> encryptdata['V'];
11532. if (isset($this-> encryptdata['Length']) AND ! empty($this-> encryptdata['Length'])) {
11533. // The length of the encryption key, in bits. The value shall be a multiple of 8, in the range 40 to 256
11534. $out .= ' /Length '.$this-> encryptdata['Length'];
11535. } else {
11536. $out .= ' /Length 40';
11537. }
11538. if ($this-> encryptdata['V'] >= 4) {
11539. if (!isset($this-> encryptdata['StmF']) OR empty($this-> encryptdata['StmF'])) {
11540. $this-> encryptdata['StmF'] = 'Identity';
11541. }
11542. if (!isset($this-> encryptdata['StrF']) OR empty($this-> encryptdata['StrF'])) {
11543. // The name of the crypt filter that shall be used when decrypting all strings in the document.
11544. $this-> encryptdata['StrF'] = 'Identity';
11545. }
11546. // A dictionary whose keys shall be crypt filter names and whose values shall be the corresponding crypt filter dictionaries.
11547. if (isset($this-> encryptdata['CF']) AND ! empty($this-> encryptdata['CF'])) {
11548. $out .= ' /CF <<';
11549. $out .= ' /'.$this-> encryptdata['StmF'].' <<';
11550. $out .= ' /Type /CryptFilter';
11551. if (isset($this-> encryptdata['CF']['CFM']) AND ! empty($this-> encryptdata['CF']['CFM'])) {
11552. // The method used
11553. $out .= ' /CFM /'.$this-> encryptdata['CF']['CFM'];
11554. if ($this-> encryptdata['pubkey']) {
11555. $out .= ' /Recipients [';
11556. foreach ($this-> encryptdata['Recipients'] as $rec) {
11557. $out .= ' <'.$rec.'>';
11558. }
11559. $out .= ' ]';
11560. if (isset($this-> encryptdata['CF']['EncryptMetadata']) AND (!$this-> encryptdata['CF']['EncryptMetadata'])) {
11561. $out .= ' /EncryptMetadata false';
11562. } else {
11563. $out .= ' /EncryptMetadata true';
11564. }
11565. }
11566. } else {
11567. $out .= ' /CFM /None';
11568. }
11569. if (isset($this-> encryptdata['CF']['AuthEvent']) AND ! empty($this-> encryptdata['CF']['AuthEvent'])) {
11570. // The event to be used to trigger the authorization that is required to access encryption keys used by this filter.
11571. $out .= ' /AuthEvent /'.$this-> encryptdata['CF']['AuthEvent'];
11572. } else {
11573. $out .= ' /AuthEvent /DocOpen';
11574. }
11575. if (isset($this-> encryptdata['CF']['Length']) AND ! empty($this-> encryptdata['CF']['Length'])) {
11576. // The bit length of the encryption key.
11577. $out .= ' /Length '.$this-> encryptdata['CF']['Length'];
11578. }
11579. $out .= ' >> >>';
11580. }
11581. // The name of the crypt filter that shall be used by default when decrypting streams.
11582. $out .= ' /StmF /'.$this-> encryptdata['StmF'];
11583. // The name of the crypt filter that shall be used when decrypting all strings in the document.
11584. $out .= ' /StrF /'.$this-> encryptdata['StrF'];
11585. if (isset($this-> encryptdata['EFF']) AND ! empty($this-> encryptdata['EFF'])) {
11586. // The name of the crypt filter that shall be used when encrypting embedded file streams that do not have their own crypt filter specifier.
11587. $out .= ' /EFF /'.$this-> encryptdata[''];
11588. }
11589. }
11590. // Additional encryption dictionary entries for the standard security handler
11591. if ($this-> encryptdata['pubkey']) {
11592. if (($this-> encryptdata['V'] < 4) AND isset($this-> encryptdata['Recipients']) AND ! empty($this-> encryptdata['Recipients'])) {
11593. $out .= ' /Recipients [';
11594. foreach ($this-> encryptdata['Recipients'] as $rec) {
11595. $out .= ' <'.$rec.'>';
11596. }
11597. $out .= ' ]';
11598. }
11599. } else {
11600. $out .= ' /R';
11601. if ($this-> encryptdata['V'] == 5) { // AES-256
11602. $out .= ' 5';
11603. $out .= ' /OE ('.$this->_escape($this-> encryptdata['OE']).')';
11604. $out .= ' /UE ('.$this->_escape($this-> encryptdata['UE']).')';
11605. $out .= ' /Perms ('.$this->_escape($this-> encryptdata['perms']).')';
11606. } elseif ($this-> encryptdata['V'] == 4) { // AES-128
11607. $out .= ' 4';
11608. } elseif ($this-> encryptdata['V'] < 2) { // RC-40
11609. $out .= ' 2';
11610. } else { // RC-128
11611. $out .= ' 3';
11612. }
11613. $out .= ' /O ('.$this->_escape($this-> encryptdata['O']).')';
11614. $out .= ' /U ('.$this->_escape($this-> encryptdata['U']).')';
11615. $out .= ' /P '.$this-> encryptdata['P'];
11616. if (isset($this-> encryptdata['EncryptMetadata']) AND (!$this-> encryptdata['EncryptMetadata'])) {
11617. $out .= ' /EncryptMetadata false';
11618. } else {
11619. $out .= ' /EncryptMetadata true';
11620. }
11621. }
11622. $out .= ' >>';
11623. $out .= "\n".'endobj';
11624. $this->_out($out);
11625. }
11627. /**
11628. * Returns the input text encrypted using RC4 algorithm and the specified key.
11629. * RC4 is the standard encryption algorithm used in PDF format
11630. * @param string $key encryption key
11631. * @param String $text input text to be encrypted
11632. * @return String encrypted text
11633. * @access protected
11634. * @since 2.0.000 (2008-01-02)
11635. * @author Klemen Vodopivec, Nicola Asuni
11636. */
11637. protected function _RC4($key, $text) {
11638. if ( function_exists('mcrypt_decrypt') AND ($out = @ mcrypt_decrypt(MCRYPT_ARCFOUR, $key, $text, MCRYPT_MODE_STREAM, ''))) {
11639. // try to use mcrypt function if exist
11640. return $out;
11641. }
11642. if ($this-> last_enc_key != $key) {
11643. $k = str_repeat($key, ((256 / strlen($key)) + 1));
11644. $rc4 = range(0, 255);
11645. $j = 0;
11646. for ($i = 0; $i < 256; ++$i) {
11647. $t = $rc4[$i];
11648. $j = ($j + $t + ord($k{$i})) % 256;
11649. $rc4[$i] = $rc4[$j];
11650. $rc4[$j] = $t;
11651. }
11652. $this-> last_enc_key = $key;
11653. $this-> last_enc_key_c = $rc4;
11654. } else {
11655. $rc4 = $this-> last_enc_key_c;
11656. }
11657. $len = strlen($text);
11658. $a = 0;
11659. $b = 0;
11660. $out = '';
11661. for ($i = 0; $i < $len; ++$i) {
11662. $a = ($a + 1) % 256;
11663. $t = $rc4[$a];
11664. $b = ($b + $t) % 256;
11665. $rc4[$a] = $rc4[$b];
11666. $rc4[$b] = $t;
11667. $k = $rc4[($rc4[$a] + $rc4[$b]) % 256];
11668. $out .= chr( ord($text{$i}) ^ $k);
11669. }
11670. return $out;
11671. }
11673. /**
11674. * Returns the input text exrypted using AES algorithm and the specified key.
11675. * This method requires mcrypt.
11676. * @param string $key encryption key
11677. * @param String $text input text to be encrypted
11678. * @return String encrypted text
11679. * @access protected
11680. * @author Nicola Asuni
11681. * @since 5.0.005 (2010-05-11)
11682. */
11683. protected function _AES($key, $text) {
11684. // padding (RFC 2898, PKCS #5: Password-Based Cryptography Specification Version 2.0)
11685. $padding = 16 - ( strlen($text) % 16);
11686. $text .= str_repeat( chr($padding), $padding);
11687. $iv = mcrypt_create_iv( mcrypt_get_iv_size(MCRYPT_RIJNDAEL_128, MCRYPT_MODE_CBC), MCRYPT_RAND);
11688. $text = mcrypt_encrypt(MCRYPT_RIJNDAEL_128, $key, $text, MCRYPT_MODE_CBC, $iv);
11689. $text = $iv.$text;
11690. return $text;
11691. }
11693. /**
11694. * Encrypts a string using MD5 and returns it's value as a binary string.
11695. * @param string $str input string
11696. * @return String MD5 encrypted binary string
11697. * @access protected
11698. * @since 2.0.000 (2008-01-02)
11699. * @author Klemen Vodopivec
11700. */
11701. protected function _md5_16($str) {
11702. return pack('H*', md5($str));
11703. }
11705. /**
11706. * Compute U value (used for encryption)
11707. * @return string U value
11708. * @access protected
11709. * @since 2.0.000 (2008-01-02)
11710. * @author Nicola Asuni
11711. */
11712. protected function _Uvalue() {
11713. if ($this-> encryptdata['mode'] == 0) { // RC4-40
11714. return $this->_RC4($this-> encryptdata['key'], $this-> enc_padding);
11715. } elseif ($this-> encryptdata['mode'] < 3) { // RC4-128, AES-128
11716. $tmp = $this->_md5_16($this-> enc_padding.$this-> encryptdata['fileid']);
11717. $enc = $this->_RC4($this-> encryptdata['key'], $tmp);
11718. $len = strlen($tmp);
11719. for ($i = 1; $i <= 19; ++$i) {
11720. $ek = '';
11721. for ($j = 0; $j < $len; ++$j) {
11722. $ek .= chr( ord($this-> encryptdata['key']{$j}) ^ $i);
11723. }
11724. $enc = $this->_RC4($ek, $enc);
11725. }
11726. $enc .= str_repeat("\x00", 16);
11727. return substr($enc, 0, 32);
11728. } elseif ($this-> encryptdata['mode'] == 3) { // AES-256
11729. $seed = $this->_md5_16($this-> getRandomSeed());
11730. // User Validation Salt
11731. $this-> encryptdata['UVS'] = substr($seed, 0, 8);
11732. // User Key Salt
11733. $this-> encryptdata['UKS'] = substr($seed, 8, 16);
11734. return hash('sha256', $this-> encryptdata['user_password'].$this-> encryptdata['UVS'], true).$this-> encryptdata['UVS'].$this-> encryptdata['UKS'];
11735. }
11736. }
11738. /**
11739. * Compute UE value (used for encryption)
11740. * @return string UE value
11741. * @access protected
11742. * @since 5.9.006 (2010-10-19)
11743. * @author Nicola Asuni
11744. */
11745. protected function _UEvalue() {
11746. $hashkey = hash('sha256', $this-> encryptdata['user_password'].$this-> encryptdata['UKS'], true);
11747. $iv = str_repeat("\x00", mcrypt_get_iv_size(MCRYPT_RIJNDAEL_128, MCRYPT_MODE_CBC));
11748. return mcrypt_encrypt(MCRYPT_RIJNDAEL_128, $hashkey, $this-> encryptdata['key'], MCRYPT_MODE_CBC, $iv);
11749. }
11751. /**
11752. * Compute O value (used for encryption)
11753. * @return string O value
11754. * @access protected
11755. * @since 2.0.000 (2008-01-02)
11756. * @author Nicola Asuni
11757. */
11758. protected function _Ovalue() {
11759. if ($this-> encryptdata['mode'] < 3) { // RC4-40, RC4-128, AES-128
11760. $tmp = $this->_md5_16($this-> encryptdata['owner_password']);
11761. if ($this-> encryptdata['mode'] > 0) {
11762. for ($i = 0; $i < 50; ++$i) {
11763. $tmp = $this->_md5_16($tmp);
11764. }
11765. }
11766. $owner_key = substr($tmp, 0, ($this-> encryptdata['Length'] / 8));
11767. $enc = $this->_RC4($owner_key, $this-> encryptdata['user_password']);
11768. if ($this-> encryptdata['mode'] > 0) {
11769. $len = strlen($owner_key);
11770. for ($i = 1; $i <= 19; ++$i) {
11771. $ek = '';
11772. for ($j = 0; $j < $len; ++$j) {
11773. $ek .= chr( ord($owner_key{$j}) ^ $i);
11774. }
11775. $enc = $this->_RC4($ek, $enc);
11776. }
11777. }
11778. return $enc;
11779. } elseif ($this-> encryptdata['mode'] == 3) { // AES-256
11780. $seed = $this->_md5_16($this-> getRandomSeed());
11781. // Owner Validation Salt
11782. $this-> encryptdata['OVS'] = substr($seed, 0, 8);
11783. // Owner Key Salt
11784. $this-> encryptdata['OKS'] = substr($seed, 8, 16);
11785. return hash('sha256', $this-> encryptdata['owner_password'].$this-> encryptdata['OVS'].$this-> encryptdata['U'], true).$this-> encryptdata['OVS'].$this-> encryptdata['OKS'];
11786. }
11787. }
11789. /**
11790. * Compute OE value (used for encryption)
11791. * @return string OE value
11792. * @access protected
11793. * @since 5.9.006 (2010-10-19)
11794. * @author Nicola Asuni
11795. */
11796. protected function _OEvalue() {
11797. $hashkey = hash('sha256', $this-> encryptdata['owner_password'].$this-> encryptdata['OKS'].$this-> encryptdata['U'], true);
11798. $iv = str_repeat("\x00", mcrypt_get_iv_size(MCRYPT_RIJNDAEL_128, MCRYPT_MODE_CBC));
11799. return mcrypt_encrypt(MCRYPT_RIJNDAEL_128, $hashkey, $this-> encryptdata['key'], MCRYPT_MODE_CBC, $iv);
11800. }
11802. /**
11803. * Convert password for AES-256 encryption mode
11804. * @return string password
11805. * @access protected
11806. * @since 5.9.006 (2010-10-19)
11807. * @author Nicola Asuni
11808. */
11809. protected function _fixAES256Password($password) {
11810. $psw = ''; // password to be returned
11811. $psw_array = $this-> utf8Bidi($this-> UTF8StringToArray($password), $password, $this-> rtl);
11812. foreach ($psw_array as $c) {
11813. $psw .= $this-> unichr($c);
11814. }
11815. return substr($psw, 0, 127);
11816. }
11818. /**
11819. * Compute encryption key
11820. * @access protected
11821. * @since 2.0.000 (2008-01-02)
11822. * @author Nicola Asuni
11823. */
11824. protected function _generateencryptionkey() {
11825. $keybytelen = ($this-> encryptdata['Length'] / 8);
11826. if (!$this-> encryptdata['pubkey']) { // standard mode
11827. if ($this-> encryptdata['mode'] == 3) { // AES-256
11828. // generate 256 bit random key
11829. $this-> encryptdata['key'] = substr( hash('sha256', $this-> getRandomSeed(), true), 0, $keybytelen);
11830. // truncate passwords
11831. $this-> encryptdata['user_password'] = $this->_fixAES256Password($this-> encryptdata['user_password']);
11832. $this-> encryptdata['owner_password'] = $this->_fixAES256Password($this-> encryptdata['owner_password']);
11833. // Compute U value
11834. $this-> encryptdata['U'] = $this->_Uvalue();
11835. // Compute UE value
11836. $this-> encryptdata['UE'] = $this->_UEvalue();
11837. // Compute O value
11838. $this-> encryptdata['O'] = $this->_Ovalue();
11839. // Compute OE value
11840. $this-> encryptdata['OE'] = $this->_OEvalue();
11841. // Compute P value
11842. $this-> encryptdata['P'] = $this-> encryptdata['protection'];
11843. // Computing the encryption dictionary's Perms (permissions) value
11844. $perms = $this-> getEncPermissionsString($this-> encryptdata['protection']); // bytes 0-3
11845. $perms .= chr(255).chr(255).chr(255).chr(255); // bytes 4-7
11846. if (isset($this-> encryptdata['CF']['EncryptMetadata']) AND (!$this-> encryptdata['CF']['EncryptMetadata'])) { // byte 8
11847. $perms .= 'F';
11848. } else {
11849. $perms .= 'T';
11850. }
11851. $perms .= 'adb'; // bytes 9-11
11852. $perms .= 'nick'; // bytes 12-15
11853. $iv = str_repeat("\x00", mcrypt_get_iv_size(MCRYPT_RIJNDAEL_128, MCRYPT_MODE_ECB));
11854. $this-> encryptdata['perms'] = mcrypt_encrypt(MCRYPT_RIJNDAEL_128, $this-> encryptdata['key'], $perms, MCRYPT_MODE_ECB, $iv);
11855. } else { // RC4-40, RC4-128, AES-128
11856. // Pad passwords
11857. $this-> encryptdata['user_password'] = substr($this-> encryptdata['user_password'].$this-> enc_padding, 0, 32);
11858. $this-> encryptdata['owner_password'] = substr($this-> encryptdata['owner_password'].$this-> enc_padding, 0, 32);
11859. // Compute O value
11860. $this-> encryptdata['O'] = $this->_Ovalue();
11861. // get default permissions (reverse byte order)
11862. $permissions = $this-> getEncPermissionsString($this-> encryptdata['protection']);
11863. // Compute encryption key
11864. $tmp = $this->_md5_16($this-> encryptdata['user_password'].$this-> encryptdata['O'].$permissions.$this-> encryptdata['fileid']);
11865. if ($this-> encryptdata['mode'] > 0) {
11866. for ($i = 0; $i < 50; ++$i) {
11867. $tmp = $this->_md5_16( substr($tmp, 0, $keybytelen));
11868. }
11869. }
11870. $this-> encryptdata['key'] = substr($tmp, 0, $keybytelen);
11871. // Compute U value
11872. $this-> encryptdata['U'] = $this->_Uvalue();
11873. // Compute P value
11874. $this-> encryptdata['P'] = $this-> encryptdata['protection'];
11875. }
11876. } else { // Public-Key mode
11877. // random 20-byte seed
11878. $seed = sha1($this-> getRandomSeed(), true);
11879. $recipient_bytes = '';
11880. foreach ($this-> encryptdata['pubkeys'] as $pubkey) {
11881. // for each public certificate
11882. if (isset($pubkey['p'])) {
11883. $pkprotection = $this-> getUserPermissionCode($pubkey['p'], $this-> encryptdata['mode']);
11884. } else {
11885. $pkprotection = $this-> encryptdata['protection'];
11886. }
11887. // get default permissions (reverse byte order)
11888. $pkpermissions = $this-> getEncPermissionsString($pkprotection);
11889. // envelope data
11890. $envelope = $seed.$pkpermissions;
11891. // write the envelope data to a temporary file
11892. $tempkeyfile = tempnam( K_PATH_CACHE, 'tmpkey_');
11893. $f = fopen($tempkeyfile, 'wb');
11894. if (!$f) {
11895. $this-> Error('Unable to create temporary key file: '.$tempkeyfile);
11896. }
11897. $envelope_lenght = strlen($envelope);
11898. fwrite($f, $envelope, $envelope_lenght);
11899. fclose($f);
11900. $tempencfile = tempnam( K_PATH_CACHE, 'tmpenc_');
11901. if (! openssl_pkcs7_encrypt($tempkeyfile, $tempencfile, $pubkey['c'], array(), PKCS7_DETACHED | PKCS7_BINARY)) {
11902. $this-> Error('Unable to encrypt the file: '.$tempkeyfile);
11903. }
11904. unlink($tempkeyfile);
11905. // read encryption signature
11906. $signature = file_get_contents($tempencfile, false, null, $envelope_lenght);
11907. unlink($tempencfile);
11908. // extract signature
11909. $signature = substr($signature, strpos($signature, 'Content-Disposition'));
11910. $tmparr = explode("\n\n", $signature);
11911. $signature = trim($tmparr[1]);
11912. unset($tmparr);
11913. // decode signature
11914. $signature = base64_decode($signature);
11915. // convert signature to hex
11916. $hexsignature = current( unpack('H*', $signature));
11917. // store signature on recipients array
11918. $this-> encryptdata['Recipients'][] = $hexsignature;
11919. // The bytes of each item in the Recipients array of PKCS#7 objects in the order in which they appear in the array
11920. $recipient_bytes .= $signature;
11921. }
11922. // calculate encryption key
11923. if ($this-> encryptdata['mode'] == 3) { // AES-256
11924. $this-> encryptdata['key'] = substr( hash('sha256', $seed.$recipient_bytes, true), 0, $keybytelen);
11925. } else { // RC4-40, RC4-128, AES-128
11926. $this-> encryptdata['key'] = substr( sha1($seed.$recipient_bytes, true), 0, $keybytelen);
11927. }
11928. }
11929. }
11931. /**
11932. * Return the premission code used on encryption (P value).
11933. * @param Array $permissions the set of permissions (specify the ones you want to block).
11934. * @param int $mode encryption strength: 0 = RC4 40 bit; 1 = RC4 128 bit; 2 = AES 128 bit; 3 = AES 256 bit.
11935. * @access protected
11936. * @since 5.0.005 (2010-05-12)
11937. * @author Nicola Asuni
11938. */
11939. protected function getUserPermissionCode($permissions, $mode=0) {
11940. $options = array(
11941. 'owner' => 2, // bit 2 -- inverted logic: cleared by default
11942. 'print' => 4, // bit 3
11943. 'modify' => 8, // bit 4
11944. 'copy' => 16, // bit 5
11945. 'annot-forms' => 32, // bit 6
11946. 'fill-forms' => 256, // bit 9
11947. 'extract' => 512, // bit 10
11948. 'assemble' => 1024,// bit 11
11949. 'print-high' => 2048 // bit 12
11950. );
11951. $protection = 2147422012; // 32 bit: (01111111 11111111 00001111 00111100)
11952. foreach ($permissions as $permission) {
11953. if (!isset($options[$permission])) {
11954. $this-> Error('Incorrect permission: '.$permission);
11955. }
11956. if (($mode > 0) OR ($options[$permission] <= 32)) {
11957. // set only valid permissions
11958. if ($options[$permission] == 2) {
11959. // the logic for bit 2 is inverted (cleared by default)
11960. $protection += $options[$permission];
11961. } else {
11962. $protection -= $options[$permission];
11963. }
11964. }
11965. }
11966. return $protection;
11967. }
11969. /**
11970. * Set document protection
11971. * Remark: the protection against modification is for people who have the full Acrobat product.
11972. * If you don't set any password, the document will open as usual. If you set a user password, the PDF viewer will ask for it before displaying the document. The master password, if different from the user one, can be used to get full access.
11973. * Note: protecting a document requires to encrypt it, which increases the processing time a lot. This can cause a PHP time-out in some cases, especially if the document contains images or fonts.
11974. * @param Array $permissions the set of permissions (specify the ones you want to block):<ul><li>print : Print the document;</li><li>modify : Modify the contents of the document by operations other than those controlled by 'fill-forms', 'extract' and 'assemble';</li><li>copy : Copy or otherwise extract text and graphics from the document;</li><li>annot-forms : Add or modify text annotations, fill in interactive form fields, and, if 'modify' is also set, create or modify interactive form fields (including signature fields);</li><li>fill-forms : Fill in existing interactive form fields (including signature fields), even if 'annot-forms' is not specified;</li><li>extract : Extract text and graphics (in support of accessibility to users with disabilities or for other purposes);</li><li>assemble : Assemble the document (insert, rotate, or delete pages and create bookmarks or thumbnail images), even if 'modify' is not set;</li><li>print-high : Print the document to a representation from which a faithful digital copy of the PDF content could be generated. When this is not set, printing is limited to a low-level representation of the appearance, possibly of degraded quality.</li><li>owner : (inverted logic - only for public-key) when set permits change of encryption and enables all other permissions.</li></ul>
11975. * @param String $user_pass user password. Empty by default.
11976. * @param String $owner_pass owner password. If not specified, a random value is used.
11977. * @param int $mode encryption strength: 0 = RC4 40 bit; 1 = RC4 128 bit; 2 = AES 128 bit; 3 = AES 256 bit.
11978. * @param String $pubkeys array of recipients containing public-key certificates ('c') and permissions ('p'). For example: array(array('c' => 'file://../tcpdf.crt', 'p' => array('print')))
11979. * @access public
11980. * @since 2.0.000 (2008-01-02)
11981. * @author Nicola Asuni
11982. */
11983. public function SetProtection($permissions=array('print', 'modify', 'copy', 'annot-forms', 'fill-forms', 'extract', 'assemble', 'print-high'), $user_pass='', $owner_pass=null, $mode=0, $pubkeys=null) {
11984. $this-> encryptdata['protection'] = $this-> getUserPermissionCode($permissions, $mode);
11985. if (($pubkeys !== null) AND ( is_array($pubkeys))) {
11986. // public-key mode
11987. $this-> encryptdata['pubkeys'] = $pubkeys;
11988. if ($mode == 0) {
11989. // public-Key Security requires at least 128 bit
11990. $mode = 1;
11991. }
11992. if (! function_exists('openssl_pkcs7_encrypt')) {
11993. $this-> Error('Public-Key Security requires openssl library.');
11994. }
11995. // Set Public-Key filter (availabe are: Entrust.PPKEF, Adobe.PPKLite, Adobe.PubSec)
11996. $this-> encryptdata['pubkey'] = true;
11997. $this-> encryptdata['Filter'] = 'Adobe.PubSec';
11998. $this-> encryptdata['StmF'] = 'DefaultCryptFilter';
11999. $this-> encryptdata['StrF'] = 'DefaultCryptFilter';
12000. } else {
12001. // standard mode (password mode)
12002. $this-> encryptdata['pubkey'] = false;
12003. $this-> encryptdata['Filter'] = 'Standard';
12004. $this-> encryptdata['StmF'] = 'StdCF';
12005. $this-> encryptdata['StrF'] = 'StdCF';
12006. }
12007. if ($mode > 1) { // AES
12008. if (! extension_loaded('mcrypt')) {
12009. $this-> Error('AES encryption requires mcrypt library (http://www.php.net/manual/en/mcrypt.requirements.php).');
12010. }
12011. if ( mcrypt_get_cipher_name(MCRYPT_RIJNDAEL_128) === false) {
12012. $this-> Error('AES encryption requires MCRYPT_RIJNDAEL_128 cypher.');
12013. }
12014. if (($mode == 3) AND ! function_exists('hash')) {
12015. // the Hash extension requires no external libraries and is enabled by default as of PHP 5.1.2.
12016. $this-> Error('AES 256 encryption requires HASH Message Digest Framework (http://www.php.net/manual/en/book.hash.php).');
12017. }
12018. }
12019. if ($owner_pass === null) {
12020. $owner_pass = md5($this-> getRandomSeed());
12021. }
12022. $this-> encryptdata['user_password'] = $user_pass;
12023. $this-> encryptdata['owner_password'] = $owner_pass;
12024. $this-> encryptdata['mode'] = $mode;
12025. switch ($mode) {
12026. case 0: { // RC4 40 bit
12027. $this-> encryptdata['V'] = 1;
12028. $this-> encryptdata['Length'] = 40;
12029. $this-> encryptdata['CF']['CFM'] = 'V2';
12030. break;
12031. }
12032. case 1: { // RC4 128 bit
12033. $this-> encryptdata['V'] = 2;
12034. $this-> encryptdata['Length'] = 128;
12035. $this-> encryptdata['CF']['CFM'] = 'V2';
12036. if ($this-> encryptdata['pubkey']) {
12037. $this-> encryptdata['SubFilter'] = 'adbe.pkcs7.s4';
12038. $this-> encryptdata['Recipients'] = array();
12039. }
12040. break;
12041. }
12042. case 2: { // AES 128 bit
12043. $this-> encryptdata['V'] = 4;
12044. $this-> encryptdata['Length'] = 128;
12045. $this-> encryptdata['CF']['CFM'] = 'AESV2';
12046. $this-> encryptdata['CF']['Length'] = 128;
12047. if ($this-> encryptdata['pubkey']) {
12048. $this-> encryptdata['SubFilter'] = 'adbe.pkcs7.s5';
12049. $this-> encryptdata['Recipients'] = array();
12050. }
12051. break;
12052. }
12053. case 3: { // AES 256 bit
12054. $this-> encryptdata['V'] = 5;
12055. $this-> encryptdata['Length'] = 256;
12056. $this-> encryptdata['CF']['CFM'] = 'AESV3';
12057. $this-> encryptdata['CF']['Length'] = 256;
12058. if ($this-> encryptdata['pubkey']) {
12059. $this-> encryptdata['SubFilter'] = 'adbe.pkcs7.s5';
12060. $this-> encryptdata['Recipients'] = array();
12061. }
12062. break;
12063. }
12064. }
12065. $this-> encrypted = true;
12066. $this-> encryptdata['fileid'] = $this-> convertHexStringToString($this-> file_id);
12067. $this->_generateencryptionkey();
12068. }
12070. /**
12071. * Convert hexadecimal string to string
12072. * @param string $bs byte-string to convert
12073. * @return String
12074. * @access protected
12075. * @since 5.0.005 (2010-05-12)
12076. * @author Nicola Asuni
12077. */
12078. protected function convertHexStringToString($bs) {
12079. $string = ''; // string to be returned
12080. $bslenght = strlen($bs);
12081. if (($bslenght % 2) != 0) {
12082. // padding
12083. $bs .= '0';
12084. ++$bslenght;
12085. }
12086. for ($i = 0; $i < $bslenght; $i += 2) {
12087. $string .= chr( hexdec($bs{$i}.$bs{($i + 1)}));
12088. }
12089. return $string;
12090. }
12092. /**
12093. * Convert string to hexadecimal string (byte string)
12094. * @param string $s string to convert
12095. * @return byte string
12096. * @access protected
12097. * @since 5.0.010 (2010-05-17)
12098. * @author Nicola Asuni
12099. */
12100. protected function convertStringToHexString($s) {
12101. $bs = '';
12102. $chars = preg_split('//', $s, -1, PREG_SPLIT_NO_EMPTY);
12103. foreach ($chars as $c) {
12104. $bs .= sprintf('%02s', dechex( ord($c)));
12105. }
12106. return $bs;
12107. }
12109. /**
12110. * Convert encryption P value to a string of bytes, low-order byte first.
12111. * @param string $protection 32bit encryption permission value (P value)
12112. * @return String
12113. * @access protected
12114. * @since 5.0.005 (2010-05-12)
12115. * @author Nicola Asuni
12116. */
12117. protected function getEncPermissionsString($protection) {
12118. $binprot = sprintf('%032b', $protection);
12119. $str = chr( bindec( substr($binprot, 24, 8)));
12120. $str .= chr( bindec( substr($binprot, 16, 8)));
12121. $str .= chr( bindec( substr($binprot, 8, 8)));
12122. $str .= chr( bindec( substr($binprot, 0, 8)));
12123. return $str;
12124. }
12126. // END OF ENCRYPTION FUNCTIONS -------------------------
12128. // START TRANSFORMATIONS SECTION -----------------------
12130. /**
12131. * Starts a 2D tranformation saving current graphic state.
12132. * This function must be called before scaling, mirroring, translation, rotation and skewing.
12133. * Use StartTransform() before, and StopTransform() after the transformations to restore the normal behavior.
12134. * @access public
12135. * @since 2.1.000 (2008-01-07)
12136. * @see StartTransform(), StopTransform()
12137. */
12138. public function StartTransform() {
12139. $this->_out('q');
12140. if ($this-> inxobj) {
12141. // we are inside an XObject template
12142. $this-> xobjects[$this-> xobjid]['transfmrk'][] = strlen($this-> xobjects[$this-> xobjid]['outdata']);
12143. } else {
12144. $this-> transfmrk[$this-> page][] = $this-> pagelen[$this-> page];
12145. }
12146. ++$this-> transfmatrix_key;
12147. $this-> transfmatrix[$this-> transfmatrix_key] = array();
12148. }
12150. /**
12151. * Stops a 2D tranformation restoring previous graphic state.
12152. * This function must be called after scaling, mirroring, translation, rotation and skewing.
12153. * Use StartTransform() before, and StopTransform() after the transformations to restore the normal behavior.
12154. * @access public
12155. * @since 2.1.000 (2008-01-07)
12156. * @see StartTransform(), StopTransform()
12157. */
12158. public function StopTransform() {
12159. $this->_out('Q');
12160. if (isset($this-> transfmatrix[$this-> transfmatrix_key])) {
12161. array_pop($this-> transfmatrix[$this-> transfmatrix_key]);
12162. --$this-> transfmatrix_key;
12163. }
12164. if ($this-> inxobj) {
12165. // we are inside an XObject template
12166. array_pop($this-> xobjects[$this-> xobjid]['transfmrk']);
12167. } else {
12168. array_pop($this-> transfmrk[$this-> page]);
12169. }
12170. }
12171. /**
12172. * Horizontal Scaling.
12173. * @param float $s_x scaling factor for width as percent. 0 is not allowed.
12174. * @param int $x abscissa of the scaling center. Default is current x position
12175. * @param int $y ordinate of the scaling center. Default is current y position
12176. * @access public
12177. * @since 2.1.000 (2008-01-07)
12178. * @see StartTransform(), StopTransform()
12179. */
12180. public function ScaleX($s_x, $x='', $y='') {
12181. $this-> Scale($s_x, 100, $x, $y);
12182. }
12184. /**
12185. * Vertical Scaling.
12186. * @param float $s_y scaling factor for height as percent. 0 is not allowed.
12187. * @param int $x abscissa of the scaling center. Default is current x position
12188. * @param int $y ordinate of the scaling center. Default is current y position
12189. * @access public
12190. * @since 2.1.000 (2008-01-07)
12191. * @see StartTransform(), StopTransform()
12192. */
12193. public function ScaleY($s_y, $x='', $y='') {
12194. $this-> Scale(100, $s_y, $x, $y);
12195. }
12197. /**
12198. * Vertical and horizontal proportional Scaling.
12199. * @param float $s scaling factor for width and height as percent. 0 is not allowed.
12200. * @param int $x abscissa of the scaling center. Default is current x position
12201. * @param int $y ordinate of the scaling center. Default is current y position
12202. * @access public
12203. * @since 2.1.000 (2008-01-07)
12204. * @see StartTransform(), StopTransform()
12205. */
12206. public function ScaleXY($s, $x='', $y='') {
12207. $this-> Scale($s, $s, $x, $y);
12208. }
12210. /**
12211. * Vertical and horizontal non-proportional Scaling.
12212. * @param float $s_x scaling factor for width as percent. 0 is not allowed.
12213. * @param float $s_y scaling factor for height as percent. 0 is not allowed.
12214. * @param int $x abscissa of the scaling center. Default is current x position
12215. * @param int $y ordinate of the scaling center. Default is current y position
12216. * @access public
12217. * @since 2.1.000 (2008-01-07)
12218. * @see StartTransform(), StopTransform()
12219. */
12220. public function Scale($s_x, $s_y, $x='', $y='') {
12221. if ($x === '') {
12222. $x = $this-> x;
12223. }
12224. if ($y === '') {
12225. $y = $this-> y;
12226. }
12227. if (($s_x == 0) OR ($s_y == 0)) {
12228. $this-> Error('Please do not use values equal to zero for scaling');
12229. }
12230. $y = ($this-> h - $y) * $this-> k;
12231. $x *= $this-> k;
12232. //calculate elements of transformation matrix
12233. $s_x /= 100;
12234. $s_y /= 100;
12235. $tm = array();
12236. $tm[0] = $s_x;
12237. $tm[1] = 0;
12238. $tm[2] = 0;
12239. $tm[3] = $s_y;
12240. $tm[4] = $x * (1 - $s_x);
12241. $tm[5] = $y * (1 - $s_y);
12242. //scale the coordinate system
12243. $this-> Transform($tm);
12244. }
12246. /**
12247. * Horizontal Mirroring.
12248. * @param int $x abscissa of the point. Default is current x position
12249. * @access public
12250. * @since 2.1.000 (2008-01-07)
12251. * @see StartTransform(), StopTransform()
12252. */
12253. public function MirrorH($x='') {
12254. $this-> Scale(-100, 100, $x);
12255. }
12257. /**
12258. * Verical Mirroring.
12259. * @param int $y ordinate of the point. Default is current y position
12260. * @access public
12261. * @since 2.1.000 (2008-01-07)
12262. * @see StartTransform(), StopTransform()
12263. */
12264. public function MirrorV($y='') {
12265. $this-> Scale(100, -100, '', $y);
12266. }
12268. /**
12269. * Point reflection mirroring.
12270. * @param int $x abscissa of the point. Default is current x position
12271. * @param int $y ordinate of the point. Default is current y position
12272. * @access public
12273. * @since 2.1.000 (2008-01-07)
12274. * @see StartTransform(), StopTransform()
12275. */
12276. public function MirrorP($x='',$y='') {
12277. $this-> Scale(-100, -100, $x, $y);
12278. }
12280. /**
12281. * Reflection against a straight line through point (x, y) with the gradient angle (angle).
12282. * @param float $angle gradient angle of the straight line. Default is 0 (horizontal line).
12283. * @param int $x abscissa of the point. Default is current x position
12284. * @param int $y ordinate of the point. Default is current y position
12285. * @access public
12286. * @since 2.1.000 (2008-01-07)
12287. * @see StartTransform(), StopTransform()
12288. */
12289. public function MirrorL($angle=0, $x='',$y='') {
12290. $this-> Scale(-100, 100, $x, $y);
12291. $this-> Rotate(-2*($angle-90), $x, $y);
12292. }
12294. /**
12295. * Translate graphic object horizontally.
12296. * @param int $t_x movement to the right (or left for RTL)
12297. * @access public
12298. * @since 2.1.000 (2008-01-07)
12299. * @see StartTransform(), StopTransform()
12300. */
12301. public function TranslateX($t_x) {
12302. $this-> Translate($t_x, 0);
12303. }
12305. /**
12306. * Translate graphic object vertically.
12307. * @param int $t_y movement to the bottom
12308. * @access public
12309. * @since 2.1.000 (2008-01-07)
12310. * @see StartTransform(), StopTransform()
12311. */
12312. public function TranslateY($t_y) {
12313. $this-> Translate(0, $t_y);
12314. }
12316. /**
12317. * Translate graphic object horizontally and vertically.
12318. * @param int $t_x movement to the right
12319. * @param int $t_y movement to the bottom
12320. * @access public
12321. * @since 2.1.000 (2008-01-07)
12322. * @see StartTransform(), StopTransform()
12323. */
12324. public function Translate($t_x, $t_y) {
12325. //calculate elements of transformation matrix
12326. $tm = array();
12327. $tm[0] = 1;
12328. $tm[1] = 0;
12329. $tm[2] = 0;
12330. $tm[3] = 1;
12331. $tm[4] = $t_x * $this-> k;
12332. $tm[5] = -$t_y * $this-> k;
12333. //translate the coordinate system
12334. $this-> Transform($tm);
12335. }
12337. /**
12338. * Rotate object.
12339. * @param float $angle angle in degrees for counter-clockwise rotation
12340. * @param int $x abscissa of the rotation center. Default is current x position
12341. * @param int $y ordinate of the rotation center. Default is current y position
12342. * @access public
12343. * @since 2.1.000 (2008-01-07)
12344. * @see StartTransform(), StopTransform()
12345. */
12346. public function Rotate($angle, $x='', $y='') {
12347. if ($x === '') {
12348. $x = $this-> x;
12349. }
12350. if ($y === '') {
12351. $y = $this-> y;
12352. }
12353. $y = ($this-> h - $y) * $this-> k;
12354. $x *= $this-> k;
12355. //calculate elements of transformation matrix
12356. $tm = array();
12357. $tm[0] = cos( deg2rad($angle));
12358. $tm[1] = sin( deg2rad($angle));
12359. $tm[2] = -$tm[1];
12360. $tm[3] = $tm[0];
12361. $tm[4] = $x + ($tm[1] * $y) - ($tm[0] * $x);
12362. $tm[5] = $y - ($tm[0] * $y) - ($tm[1] * $x);
12363. //rotate the coordinate system around ($x,$y)
12364. $this-> Transform($tm);
12365. }
12367. /**
12368. * Skew horizontally.
12369. * @param float $angle_x angle in degrees between -90 (skew to the left) and 90 (skew to the right)
12370. * @param int $x abscissa of the skewing center. default is current x position
12371. * @param int $y ordinate of the skewing center. default is current y position
12372. * @access public
12373. * @since 2.1.000 (2008-01-07)
12374. * @see StartTransform(), StopTransform()
12375. */
12376. public function SkewX($angle_x, $x='', $y='') {
12377. $this-> Skew($angle_x, 0, $x, $y);
12378. }
12380. /**
12381. * Skew vertically.
12382. * @param float $angle_y angle in degrees between -90 (skew to the bottom) and 90 (skew to the top)
12383. * @param int $x abscissa of the skewing center. default is current x position
12384. * @param int $y ordinate of the skewing center. default is current y position
12385. * @access public
12386. * @since 2.1.000 (2008-01-07)
12387. * @see StartTransform(), StopTransform()
12388. */
12389. public function SkewY($angle_y, $x='', $y='') {
12390. $this-> Skew(0, $angle_y, $x, $y);
12391. }
12393. /**
12394. * Skew.
12395. * @param float $angle_x angle in degrees between -90 (skew to the left) and 90 (skew to the right)
12396. * @param float $angle_y angle in degrees between -90 (skew to the bottom) and 90 (skew to the top)
12397. * @param int $x abscissa of the skewing center. default is current x position
12398. * @param int $y ordinate of the skewing center. default is current y position
12399. * @access public
12400. * @since 2.1.000 (2008-01-07)
12401. * @see StartTransform(), StopTransform()
12402. */
12403. public function Skew($angle_x, $angle_y, $x='', $y='') {
12404. if ($x === '') {
12405. $x = $this-> x;
12406. }
12407. if ($y === '') {
12408. $y = $this-> y;
12409. }
12410. if (($angle_x <= -90) OR ($angle_x >= 90) OR ($angle_y <= -90) OR ($angle_y >= 90)) {
12411. $this-> Error('Please use values between -90 and +90 degrees for Skewing.');
12412. }
12413. $x *= $this-> k;
12414. $y = ($this-> h - $y) * $this-> k;
12415. //calculate elements of transformation matrix
12416. $tm = array();
12417. $tm[0] = 1;
12418. $tm[1] = tan( deg2rad($angle_y));
12419. $tm[2] = tan( deg2rad($angle_x));
12420. $tm[3] = 1;
12421. $tm[4] = -$tm[2] * $y;
12422. $tm[5] = -$tm[1] * $x;
12423. //skew the coordinate system
12424. $this-> Transform($tm);
12425. }
12427. /**
12428. * Apply graphic transformations.
12429. * @param array $tm transformation matrix
12430. * @access protected
12431. * @since 2.1.000 (2008-01-07)
12432. * @see StartTransform(), StopTransform()
12433. */
12434. protected function Transform($tm) {
12435. $this->_out( sprintf('%.3F %.3F %.3F %.3F %.3F %.3F cm', $tm[0], $tm[1], $tm[2], $tm[3], $tm[4], $tm[5]));
12436. // add tranformation matrix
12437. $this-> transfmatrix[$this-> transfmatrix_key][] = array('a' => $tm[0], 'b' => $tm[1], 'c' => $tm[2], 'd' => $tm[3], 'e' => $tm[4], 'f' => $tm[5]);
12438. // update transformation mark
12439. if ($this-> inxobj) {
12440. // we are inside an XObject template
12441. if ( end($this-> xobjects[$this-> xobjid]['transfmrk']) !== false) {
12442. $key = key($this-> xobjects[$this-> xobjid]['transfmrk']);
12443. $this-> xobjects[$this-> xobjid]['transfmrk'][$key] = strlen($this-> xobjects[$this-> xobjid]['outdata']);
12444. }
12445. } elseif ( end($this-> transfmrk[$this-> page]) !== false) {
12446. $key = key($this-> transfmrk[$this-> page]);
12447. $this-> transfmrk[$this-> page][$key] = $this-> pagelen[$this-> page];
12448. }
12449. }
12451. // END TRANSFORMATIONS SECTION -------------------------
12453. // START GRAPHIC FUNCTIONS SECTION ---------------------
12454. // The following section is based on the code provided by David Hernandez Sanz
12456. /**
12457. * Defines the line width. By default, the value equals 0.2 mm. The method can be called before the first page is created and the value is retained from page to page.
12458. * @param float $width The width.
12459. * @access public
12460. * @since 1.0
12461. * @see Line(), Rect(), Cell(), MultiCell()
12462. */
12463. public function SetLineWidth($width) {
12464. //Set line width
12465. $this-> LineWidth = $width;
12466. $this-> linestyleWidth = sprintf('%.2F w', ($width * $this-> k));
12467. if ($this-> page > 0) {
12468. $this->_out($this-> linestyleWidth);
12469. }
12470. }
12472. /**
12473. * Returns the current the line width.
12474. * @return int Line width
12475. * @access public
12476. * @since 2.1.000 (2008-01-07)
12477. * @see Line(), SetLineWidth()
12478. */
12479. public function GetLineWidth() {
12480. return $this-> LineWidth;
12481. }
12483. /**
12484. * Set line style.
12485. * @param array $style Line style. Array with keys among the following:
12486. * <ul>
12487. * <li>width (float): Width of the line in user units.</li>
12488. * <li>cap (string): Type of cap to put on the line. Possible values are:
12489. * butt, round, square. The difference between "square" and "butt" is that
12490. * "square" projects a flat end past the end of the line.</li>
12491. * <li>join (string): Type of join. Possible values are: miter, round,
12492. * bevel.</li>
12493. * <li>dash (mixed): Dash pattern. Is 0 (without dash) or string with
12494. * series of length values, which are the lengths of the on and off dashes.
12495. * For example: "2" represents 2 on, 2 off, 2 on, 2 off, ...; "2,1" is 2 on,
12496. * 1 off, 2 on, 1 off, ...</li>
12497. * <li>phase (integer): Modifier on the dash pattern which is used to shift
12498. * the point at which the pattern starts.</li>
12499. * <li>color (array): Draw color. Format: array(GREY) or array(R,G,B) or array(C,M,Y,K).</li>
12500. * </ul>
12501. * @param boolean $ret if true do not send the command.
12502. * @return string the PDF command
12503. * @access public
12504. * @since 2.1.000 (2008-01-08)
12505. */
12506. public function SetLineStyle($style, $ret=false) {
12507. $s = ''; // string to be returned
12508. if (! is_array($style)) {
12509. return;
12510. }
12511. extract($style);
12512. if (isset($width)) {
12513. $this-> LineWidth = $width;
12514. $this-> linestyleWidth = sprintf('%.2F w', ($width * $this-> k));
12515. $s .= $this-> linestyleWidth.' ';
12516. }
12517. if (isset($cap)) {
12518. $ca = array('butt' => 0, 'round'=> 1, 'square' => 2);
12519. if (isset($ca[$cap])) {
12520. $this-> linestyleCap = $ca[$cap].' J';
12521. $s .= $this-> linestyleCap.' ';
12522. }
12523. }
12524. if (isset($join)) {
12525. $ja = array('miter' => 0, 'round' => 1, 'bevel' => 2);
12526. if (isset($ja[$join])) {
12527. $this-> linestyleJoin = $ja[$join].' j';
12528. $s .= $this-> linestyleJoin.' ';
12529. }
12530. }
12531. if (isset($dash)) {
12532. $dash_string = '';
12533. if ($dash) {
12534. if ( preg_match('/^.+,/', $dash) > 0) {
12535. $tab = explode(',', $dash);
12536. } else {
12537. $tab = array($dash);
12538. }
12539. $dash_string = '';
12540. foreach ($tab as $i => $v) {
12541. if ($i) {
12542. $dash_string .= ' ';
12543. }
12544. $dash_string .= sprintf('%.2F', $v);
12545. }
12546. }
12547. if (!isset($phase) OR !$dash) {
12548. $phase = 0;
12549. }
12550. $this-> linestyleDash = sprintf('[%s] %.2F d', $dash_string, $phase);
12551. $s .= $this-> linestyleDash.' ';
12552. }
12553. if (isset($color)) {
12554. $s .= $this-> SetDrawColorArray($color, true).' ';
12555. }
12556. if (!$ret) {
12557. $this->_out($s);
12558. }
12559. return $s;
12560. }
12562. /**
12563. * Begin a new subpath by moving the current point to coordinates (x, y), omitting any connecting line segment.
12564. * @param float $x Abscissa of point.
12565. * @param float $y Ordinate of point.
12566. * @access protected
12567. * @since 2.1.000 (2008-01-08)
12568. */
12569. protected function _outPoint($x, $y) {
12570. $this->_out( sprintf('%.2F %.2F m', $x * $this-> k, ($this-> h - $y) * $this-> k));
12571. }
12573. /**
12574. * Append a straight line segment from the current point to the point (x, y).
12575. * The new current point shall be (x, y).
12576. * @param float $x Abscissa of end point.
12577. * @param float $y Ordinate of end point.
12578. * @access protected
12579. * @since 2.1.000 (2008-01-08)
12580. */
12581. protected function _outLine($x, $y) {
12582. $this->_out( sprintf('%.2F %.2F l', $x * $this-> k, ($this-> h - $y) * $this-> k));
12583. }
12585. /**
12586. * Append a rectangle to the current path as a complete subpath, with lower-left corner (x, y) and dimensions widthand height in user space.
12587. * @param float $x Abscissa of upper-left corner (or upper-right corner for RTL language).
12588. * @param float $y Ordinate of upper-left corner (or upper-right corner for RTL language).
12589. * @param float $w Width.
12590. * @param float $h Height.
12591. * @param string $op options
12592. * @access protected
12593. * @since 2.1.000 (2008-01-08)
12594. */
12595. protected function _outRect($x, $y, $w, $h, $op) {
12596. $this->_out( sprintf('%.2F %.2F %.2F %.2F re %s', $x * $this-> k, ($this-> h - $y) * $this-> k, $w * $this-> k, -$h * $this-> k, $op));
12597. }
12599. /**
12600. * Append a cubic Bézier curve to the current path. The curve shall extend from the current point to the point (x3, y3), using (x1, y1) and (x2, y2) as the Bézier control points.
12601. * The new current point shall be (x3, y3).
12602. * @param float $x1 Abscissa of control point 1.
12603. * @param float $y1 Ordinate of control point 1.
12604. * @param float $x2 Abscissa of control point 2.
12605. * @param float $y2 Ordinate of control point 2.
12606. * @param float $x3 Abscissa of end point.
12607. * @param float $y3 Ordinate of end point.
12608. * @access protected
12609. * @since 2.1.000 (2008-01-08)
12610. */
12611. protected function _outCurve($x1, $y1, $x2, $y2, $x3, $y3) {
12612. $this->_out( sprintf('%.2F %.2F %.2F %.2F %.2F %.2F c', $x1 * $this-> k, ($this-> h - $y1) * $this-> k, $x2 * $this-> k, ($this-> h - $y2) * $this-> k, $x3 * $this-> k, ($this-> h - $y3) * $this-> k));
12613. }
12615. /**
12616. * Append a cubic Bézier curve to the current path. The curve shall extend from the current point to the point (x3, y3), using the current point and (x2, y2) as the Bézier control points.
12617. * The new current point shall be (x3, y3).
12618. * @param float $x2 Abscissa of control point 2.
12619. * @param float $y2 Ordinate of control point 2.
12620. * @param float $x3 Abscissa of end point.
12621. * @param float $y3 Ordinate of end point.
12622. * @access protected
12623. * @since 4.9.019 (2010-04-26)
12624. */
12625. protected function _outCurveV($x2, $y2, $x3, $y3) {
12626. $this->_out( sprintf('%.2F %.2F %.2F %.2F v', $x2 * $this-> k, ($this-> h - $y2) * $this-> k, $x3 * $this-> k, ($this-> h - $y3) * $this-> k));
12627. }
12629. /**
12630. * Append a cubic Bézier curve to the current path. The curve shall extend from the current point to the point (x3, y3), using (x1, y1) and (x3, y3) as the Bézier control points.
12631. * The new current point shall be (x3, y3).
12632. * @param float $x1 Abscissa of control point 1.
12633. * @param float $y1 Ordinate of control point 1.
12634. * @param float $x2 Abscissa of control point 2.
12635. * @param float $y2 Ordinate of control point 2.
12636. * @param float $x3 Abscissa of end point.
12637. * @param float $y3 Ordinate of end point.
12638. * @access protected
12639. * @since 2.1.000 (2008-01-08)
12640. */
12641. protected function _outCurveY($x1, $y1, $x3, $y3) {
12642. $this->_out( sprintf('%.2F %.2F %.2F %.2F y', $x1 * $this-> k, ($this-> h - $y1) * $this-> k, $x3 * $this-> k, ($this-> h - $y3) * $this-> k));
12643. }
12645. /**
12646. * Draws a line between two points.
12647. * @param float $x1 Abscissa of first point.
12648. * @param float $y1 Ordinate of first point.
12649. * @param float $x2 Abscissa of second point.
12650. * @param float $y2 Ordinate of second point.
12651. * @param array $style Line style. Array like for {@link SetLineStyle SetLineStyle}. Default value: default line style (empty array).
12652. * @access public
12653. * @since 1.0
12654. * @see SetLineWidth(), SetDrawColor(), SetLineStyle()
12655. */
12656. public function Line($x1, $y1, $x2, $y2, $style=array()) {
12657. if ( is_array($style)) {
12658. $this-> SetLineStyle($style);
12659. }
12660. $this->_outPoint($x1, $y1);
12661. $this->_outLine($x2, $y2);
12662. $this->_out('S');
12663. }
12665. /**
12666. * Draws a rectangle.
12667. * @param float $x Abscissa of upper-left corner (or upper-right corner for RTL language).
12668. * @param float $y Ordinate of upper-left corner (or upper-right corner for RTL language).
12669. * @param float $w Width.
12670. * @param float $h Height.
12671. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
12672. * @param array $border_style Border style of rectangle. Array with keys among the following:
12673. * <ul>
12674. * <li>all: Line style of all borders. Array like for {@link SetLineStyle SetLineStyle}.</li>
12675. * <li>L, T, R, B or combinations: Line style of left, top, right or bottom border. Array like for {@link SetLineStyle SetLineStyle}.</li>
12676. * </ul>
12677. * If a key is not present or is null, not draws the border. Default value: default line style (empty array).
12678. * @param array $border_style Border style of rectangle. Array like for {@link SetLineStyle SetLineStyle}. Default value: default line style (empty array).
12679. * @param array $fill_color Fill color. Format: array(GREY) or array(R,G,B) or array(C,M,Y,K). Default value: default color (empty array).
12680. * @access public
12681. * @since 1.0
12682. * @see SetLineStyle()
12683. */
12684. public function Rect($x, $y, $w, $h, $style='', $border_style=array(), $fill_color=array()) {
12685. if (!(false === strpos($style, 'F')) AND ! empty($fill_color)) {
12686. $this-> SetFillColorArray($fill_color);
12687. }
12688. $op = $this-> getPathPaintOperator($style);
12689. if ((!$border_style) OR (isset($border_style['all']))) {
12690. if (isset($border_style['all']) AND $border_style['all']) {
12691. $this-> SetLineStyle($border_style['all']);
12692. $border_style = array();
12693. }
12694. }
12695. $this->_outRect($x, $y, $w, $h, $op);
12696. if ($border_style) {
12697. $border_style2 = array();
12698. foreach ($border_style as $line => $value) {
12699. $length = strlen($line);
12700. for ($i = 0; $i < $length; ++$i) {
12701. $border_style2[$line[$i]] = $value;
12702. }
12703. }
12704. $border_style = $border_style2;
12705. if (isset($border_style['L']) AND $border_style['L']) {
12706. $this-> Line($x, $y, $x, $y + $h, $border_style['L']);
12707. }
12708. if (isset($border_style['T']) AND $border_style['T']) {
12709. $this-> Line($x, $y, $x + $w, $y, $border_style['T']);
12710. }
12711. if (isset($border_style['R']) AND $border_style['R']) {
12712. $this-> Line($x + $w, $y, $x + $w, $y + $h, $border_style['R']);
12713. }
12714. if (isset($border_style['B']) AND $border_style['B']) {
12715. $this-> Line($x, $y + $h, $x + $w, $y + $h, $border_style['B']);
12716. }
12717. }
12718. }
12720. /**
12721. * Draws a Bezier curve.
12722. * The Bezier curve is a tangent to the line between the control points at
12723. * either end of the curve.
12724. * @param float $x0 Abscissa of start point.
12725. * @param float $y0 Ordinate of start point.
12726. * @param float $x1 Abscissa of control point 1.
12727. * @param float $y1 Ordinate of control point 1.
12728. * @param float $x2 Abscissa of control point 2.
12729. * @param float $y2 Ordinate of control point 2.
12730. * @param float $x3 Abscissa of end point.
12731. * @param float $y3 Ordinate of end point.
12732. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
12733. * @param array $line_style Line style of curve. Array like for {@link SetLineStyle SetLineStyle}. Default value: default line style (empty array).
12734. * @param array $fill_color Fill color. Format: array(GREY) or array(R,G,B) or array(C,M,Y,K). Default value: default color (empty array).
12735. * @access public
12736. * @see SetLineStyle()
12737. * @since 2.1.000 (2008-01-08)
12738. */
12739. public function Curve($x0, $y0, $x1, $y1, $x2, $y2, $x3, $y3, $style='', $line_style=array(), $fill_color=array()) {
12740. if (!(false === strpos($style, 'F')) AND isset($fill_color)) {
12741. $this-> SetFillColorArray($fill_color);
12742. }
12743. $op = $this-> getPathPaintOperator($style);
12744. if ($line_style) {
12745. $this-> SetLineStyle($line_style);
12746. }
12747. $this->_outPoint($x0, $y0);
12748. $this->_outCurve($x1, $y1, $x2, $y2, $x3, $y3);
12749. $this->_out($op);
12750. }
12752. /**
12753. * Draws a poly-Bezier curve.
12754. * Each Bezier curve segment is a tangent to the line between the control points at
12755. * either end of the curve.
12756. * @param float $x0 Abscissa of start point.
12757. * @param float $y0 Ordinate of start point.
12758. * @param float $segments An array of bezier descriptions. Format: array(x1, y1, x2, y2, x3, y3).
12759. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
12760. * @param array $line_style Line style of curve. Array like for {@link SetLineStyle SetLineStyle}. Default value: default line style (empty array).
12761. * @param array $fill_color Fill color. Format: array(GREY) or array(R,G,B) or array(C,M,Y,K). Default value: default color (empty array).
12762. * @access public
12763. * @see SetLineStyle()
12764. * @since 3.0008 (2008-05-12)
12765. */
12766. public function Polycurve($x0, $y0, $segments, $style='', $line_style=array(), $fill_color=array()) {
12767. if (!(false === strpos($style, 'F')) AND isset($fill_color)) {
12768. $this-> SetFillColorArray($fill_color);
12769. }
12770. $op = $this-> getPathPaintOperator($style);
12771. if ($op == 'f') {
12772. $line_style = array();
12773. }
12774. if ($line_style) {
12775. $this-> SetLineStyle($line_style);
12776. }
12777. $this->_outPoint($x0, $y0);
12778. foreach ($segments as $segment) {
12779. list($x1, $y1, $x2, $y2, $x3, $y3) = $segment;
12780. $this->_outCurve($x1, $y1, $x2, $y2, $x3, $y3);
12781. }
12782. $this->_out($op);
12783. }
12785. /**
12786. * Draws an ellipse.
12787. * An ellipse is formed from n Bezier curves.
12788. * @param float $x0 Abscissa of center point.
12789. * @param float $y0 Ordinate of center point.
12790. * @param float $rx Horizontal radius.
12791. * @param float $ry Vertical radius (if ry = 0 then is a circle, see {@link Circle Circle}). Default value: 0.
12792. * @param float $angle: Angle oriented (anti-clockwise). Default value: 0.
12793. * @param float $astart: Angle start of draw line. Default value: 0.
12794. * @param float $afinish: Angle finish of draw line. Default value: 360.
12795. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
12796. * @param array $line_style Line style of ellipse. Array like for {@link SetLineStyle SetLineStyle}. Default value: default line style (empty array).
12797. * @param array $fill_color Fill color. Format: array(GREY) or array(R,G,B) or array(C,M,Y,K). Default value: default color (empty array).
12798. * @param integer $nc Number of curves used to draw a 90 degrees portion of ellipse.
12799. * @author Nicola Asuni
12800. * @access public
12801. * @since 2.1.000 (2008-01-08)
12802. */
12803. public function Ellipse($x0, $y0, $rx, $ry='', $angle=0, $astart=0, $afinish=360, $style='', $line_style=array(), $fill_color=array(), $nc=2) {
12804. if ($this-> empty_string($ry) OR ($ry == 0)) {
12805. $ry = $rx;
12806. }
12807. if (!(false === strpos($style, 'F')) AND isset($fill_color)) {
12808. $this-> SetFillColorArray($fill_color);
12809. }
12810. $op = $this-> getPathPaintOperator($style);
12811. if ($op == 'f') {
12812. $line_style = array();
12813. }
12814. if ($line_style) {
12815. $this-> SetLineStyle($line_style);
12816. }
12817. $this->_outellipticalarc($x0, $y0, $rx, $ry, $angle, $astart, $afinish, false, $nc);
12818. $this->_out($op);
12819. }
12821. /**
12822. * Append an elliptical arc to the current path.
12823. * An ellipse is formed from n Bezier curves.
12824. * @param float $xc Abscissa of center point.
12825. * @param float $yc Ordinate of center point.
12826. * @param float $rx Horizontal radius.
12827. * @param float $ry Vertical radius (if ry = 0 then is a circle, see {@link Circle Circle}). Default value: 0.
12828. * @param float $xang: Angle between the X-axis and the major axis of the ellipse. Default value: 0.
12829. * @param float $angs: Angle start of draw line. Default value: 0.
12830. * @param float $angf: Angle finish of draw line. Default value: 360.
12831. * @param boolean $pie if true do not mark the border point (used to draw pie sectors).
12832. * @param integer $nc Number of curves used to draw a 90 degrees portion of ellipse.
12833. * @author Nicola Asuni
12834. * @access protected
12835. * @since 4.9.019 (2010-04-26)
12836. */
12837. protected function _outellipticalarc($xc, $yc, $rx, $ry, $xang=0, $angs=0, $angf=360, $pie=false, $nc=2) {
12838. $k = $this-> k;
12839. if ($nc < 2) {
12840. $nc = 2;
12841. }
12842. if ($pie) {
12843. // center of the arc
12844. $this->_outPoint($xc, $yc);
12845. }
12846. $xang = deg2rad((float) $xang);
12847. $angs = deg2rad((float) $angs);
12848. $angf = deg2rad((float) $angf);
12849. $as = atan2(( sin($angs) / $ry), ( cos($angs) / $rx));
12850. $af = atan2(( sin($angf) / $ry), ( cos($angf) / $rx));
12851. if ($as < 0) {
12852. $as += (2 * M_PI);
12853. }
12854. if ($af < 0) {
12855. $af += (2 * M_PI);
12856. }
12857. if ($as > $af) {
12858. // reverse rotation go clockwise
12859. $as -= (2 * M_PI);
12860. }
12861. $total_angle = ($af - $as);
12862. if ($nc < 2) {
12863. $nc = 2;
12864. }
12865. // total arcs to draw
12866. $nc *= (2 * abs($total_angle) / M_PI);
12867. $nc = round($nc) + 1;
12868. // angle of each arc
12869. $arcang = $total_angle / $nc;
12870. // center point in PDF coordiantes
12871. $x0 = $xc;
12872. $y0 = ($this-> h - $yc);
12873. // starting angle
12874. $ang = $as;
12875. $alpha = sin($arcang) * (( sqrt(4 + (3 * pow( tan(($arcang) / 2), 2))) - 1) / 3);
12876. $cos_xang = cos($xang);
12877. $sin_xang = sin($xang);
12878. $cos_ang = cos($ang);
12879. $sin_ang = sin($ang);
12880. // first arc point
12881. $px1 = $x0 + ($rx * $cos_xang * $cos_ang) - ($ry * $sin_xang * $sin_ang);
12882. $py1 = $y0 + ($rx * $sin_xang * $cos_ang) + ($ry * $cos_xang * $sin_ang);
12883. // first Bezier control point
12884. $qx1 = ($alpha * ((-$rx * $cos_xang * $sin_ang) - ($ry * $sin_xang * $cos_ang)));
12885. $qy1 = ($alpha * ((-$rx * $sin_xang * $sin_ang) + ($ry * $cos_xang * $cos_ang)));
12886. if ($pie) {
12887. $this->_outLine($px1, $this-> h - $py1);
12888. } else {
12889. $this->_outPoint($px1, $this-> h - $py1);
12890. }
12891. // draw arcs
12892. for ($i = 1; $i <= $nc; ++$i) {
12893. // starting angle
12894. $ang = $as + ($i * $arcang);
12895. $cos_xang = cos($xang);
12896. $sin_xang = sin($xang);
12897. $cos_ang = cos($ang);
12898. $sin_ang = sin($ang);
12899. // second arc point
12900. $px2 = $x0 + ($rx * $cos_xang * $cos_ang) - ($ry * $sin_xang * $sin_ang);
12901. $py2 = $y0 + ($rx * $sin_xang * $cos_ang) + ($ry * $cos_xang * $sin_ang);
12902. // second Bezier control point
12903. $qx2 = ($alpha * ((-$rx * $cos_xang * $sin_ang) - ($ry * $sin_xang * $cos_ang)));
12904. $qy2 = ($alpha * ((-$rx * $sin_xang * $sin_ang) + ($ry * $cos_xang * $cos_ang)));
12905. // draw arc
12906. $this->_outCurve(($px1 + $qx1), ($this-> h - ($py1 + $qy1)), ($px2 - $qx2), ($this-> h - ($py2 - $qy2)), $px2, ($this-> h - $py2));
12907. // move to next point
12908. $px1 = $px2;
12909. $py1 = $py2;
12910. $qx1 = $qx2;
12911. $qy1 = $qy2;
12912. }
12913. if ($pie) {
12914. $this->_outLine($xc, $yc);
12915. }
12916. }
12918. /**
12919. * Draws a circle.
12920. * A circle is formed from n Bezier curves.
12921. * @param float $x0 Abscissa of center point.
12922. * @param float $y0 Ordinate of center point.
12923. * @param float $r Radius.
12924. * @param float $angstr: Angle start of draw line. Default value: 0.
12925. * @param float $angend: Angle finish of draw line. Default value: 360.
12926. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
12927. * @param array $line_style Line style of circle. Array like for {@link SetLineStyle SetLineStyle}. Default value: default line style (empty array).
12928. * @param array $fill_color Fill color. Format: array(red, green, blue). Default value: default color (empty array).
12929. * @param integer $nc Number of curves used to draw a 90 degrees portion of circle.
12930. * @access public
12931. * @since 2.1.000 (2008-01-08)
12932. */
12933. public function Circle($x0, $y0, $r, $angstr=0, $angend=360, $style='', $line_style=array(), $fill_color=array(), $nc=2) {
12934. $this-> Ellipse($x0, $y0, $r, $r, 0, $angstr, $angend, $style, $line_style, $fill_color, $nc);
12935. }
12937. /**
12938. * Draws a polygonal line
12939. * @param array $p Points 0 to ($np - 1). Array with values (x0, y0, x1, y1,..., x(np-1), y(np - 1))
12940. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
12941. * @param array $line_style Line style of polygon. Array with keys among the following:
12942. * <ul>
12943. * <li>all: Line style of all lines. Array like for {@link SetLineStyle SetLineStyle}.</li>
12944. * <li>0 to ($np - 1): Line style of each line. Array like for {@link SetLineStyle SetLineStyle}.</li>
12945. * </ul>
12946. * If a key is not present or is null, not draws the line. Default value is default line style (empty array).
12947. * @param array $fill_color Fill color. Format: array(GREY) or array(R,G,B) or array(C,M,Y,K). Default value: default color (empty array).
12948. * @param boolean $closed if true the polygon is closes, otherwise will remain open
12949. * @access public
12950. * @since 4.8.003 (2009-09-15)
12951. */
12952. public function PolyLine($p, $style='', $line_style=array(), $fill_color=array()) {
12953. $this-> Polygon($p, $style, $line_style, $fill_color, false);
12954. }
12956. /**
12957. * Draws a polygon.
12958. * @param array $p Points 0 to ($np - 1). Array with values (x0, y0, x1, y1,..., x(np-1), y(np - 1))
12959. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
12960. * @param array $line_style Line style of polygon. Array with keys among the following:
12961. * <ul>
12962. * <li>all: Line style of all lines. Array like for {@link SetLineStyle SetLineStyle}.</li>
12963. * <li>0 to ($np - 1): Line style of each line. Array like for {@link SetLineStyle SetLineStyle}.</li>
12964. * </ul>
12965. * If a key is not present or is null, not draws the line. Default value is default line style (empty array).
12966. * @param array $fill_color Fill color. Format: array(GREY) or array(R,G,B) or array(C,M,Y,K). Default value: default color (empty array).
12967. * @param boolean $closed if true the polygon is closes, otherwise will remain open
12968. * @access public
12969. * @since 2.1.000 (2008-01-08)
12970. */
12971. public function Polygon($p, $style='', $line_style=array(), $fill_color=array(), $closed=true) {
12972. $nc = count($p); // number of coordinates
12973. $np = $nc / 2; // number of points
12974. if ($closed) {
12975. // close polygon by adding the first 2 points at the end (one line)
12976. for ($i = 0; $i < 4; ++$i) {
12977. $p[$nc + $i] = $p[$i];
12978. }
12979. // copy style for the last added line
12980. if (isset($line_style[0])) {
12981. $line_style[$np] = $line_style[0];
12982. }
12983. $nc += 4;
12984. }
12985. if (!(false === strpos($style, 'F')) AND isset($fill_color)) {
12986. $this-> SetFillColorArray($fill_color);
12987. }
12988. $op = $this-> getPathPaintOperator($style);
12989. if ($op == 'f') {
12990. $line_style = array();
12991. }
12992. $draw = true;
12993. if ($line_style) {
12994. if (isset($line_style['all'])) {
12995. $this-> SetLineStyle($line_style['all']);
12996. } else {
12997. $draw = false;
12998. if ($op == 'B') {
12999. // draw fill
13000. $op = 'f';
13001. $this->_outPoint($p[0], $p[1]);
13002. for ($i = 2; $i < $nc; $i = $i + 2) {
13003. $this->_outLine($p[$i], $p[$i + 1]);
13004. }
13005. $this->_out($op);
13006. }
13007. // draw outline
13008. $this->_outPoint($p[0], $p[1]);
13009. for ($i = 2; $i < $nc; $i = $i + 2) {
13010. $line_num = ($i / 2) - 1;
13011. if (isset($line_style[$line_num])) {
13012. if ($line_style[$line_num] != 0) {
13013. if ( is_array($line_style[$line_num])) {
13014. $this->_out('S');
13015. $this-> SetLineStyle($line_style[$line_num]);
13016. $this->_outPoint($p[$i - 2], $p[$i - 1]);
13017. $this->_outLine($p[$i], $p[$i + 1]);
13018. $this->_out('S');
13019. $this->_outPoint($p[$i], $p[$i + 1]);
13020. } else {
13021. $this->_outLine($p[$i], $p[$i + 1]);
13022. }
13023. }
13024. } else {
13025. $this->_outLine($p[$i], $p[$i + 1]);
13026. }
13027. }
13028. $this->_out($op);
13029. }
13030. }
13031. if ($draw) {
13032. $this->_outPoint($p[0], $p[1]);
13033. for ($i = 2; $i < $nc; $i = $i + 2) {
13034. $this->_outLine($p[$i], $p[$i + 1]);
13035. }
13036. $this->_out($op);
13037. }
13038. }
13040. /**
13041. * Draws a regular polygon.
13042. * @param float $x0 Abscissa of center point.
13043. * @param float $y0 Ordinate of center point.
13044. * @param float $r: Radius of inscribed circle.
13045. * @param integer $ns Number of sides.
13046. * @param float $angle Angle oriented (anti-clockwise). Default value: 0.
13047. * @param boolean $draw_circle Draw inscribed circle or not. Default value: false.
13048. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
13049. * @param array $line_style Line style of polygon sides. Array with keys among the following:
13050. * <ul>
13051. * <li>all: Line style of all sides. Array like for {@link SetLineStyle SetLineStyle}.</li>
13052. * <li>0 to ($ns - 1): Line style of each side. Array like for {@link SetLineStyle SetLineStyle}.</li>
13053. * </ul>
13054. * If a key is not present or is null, not draws the side. Default value is default line style (empty array).
13055. * @param array $fill_color Fill color. Format: array(red, green, blue). Default value: default color (empty array).
13056. * @param string $circle_style Style of rendering of inscribed circle (if draws). Possible values are:
13057. * <ul>
13058. * <li>D or empty string: Draw (default).</li>
13059. * <li>F: Fill.</li>
13060. * <li>DF or FD: Draw and fill.</li>
13061. * <li>CNZ: Clipping mode (using the even-odd rule to determine which regions lie inside the clipping path).</li>
13062. * <li>CEO: Clipping mode (using the nonzero winding number rule to determine which regions lie inside the clipping path).</li>
13063. * </ul>
13064. * @param array $circle_outLine_style Line style of inscribed circle (if draws). Array like for {@link SetLineStyle SetLineStyle}. Default value: default line style (empty array).
13065. * @param array $circle_fill_color Fill color of inscribed circle (if draws). Format: array(red, green, blue). Default value: default color (empty array).
13066. * @access public
13067. * @since 2.1.000 (2008-01-08)
13068. */
13069. public function RegularPolygon($x0, $y0, $r, $ns, $angle=0, $draw_circle=false, $style='', $line_style=array(), $fill_color=array(), $circle_style='', $circle_outLine_style=array(), $circle_fill_color=array()) {
13070. if (3 > $ns) {
13071. $ns = 3;
13072. }
13073. if ($draw_circle) {
13074. $this-> Circle($x0, $y0, $r, 0, 360, $circle_style, $circle_outLine_style, $circle_fill_color);
13075. }
13076. $p = array();
13077. for ($i = 0; $i < $ns; ++$i) {
13078. $a = $angle + ($i * 360 / $ns);
13079. $a_rad = deg2rad((float) $a);
13080. $p[] = $x0 + ($r * sin($a_rad));
13081. $p[] = $y0 + ($r * cos($a_rad));
13082. }
13083. $this-> Polygon($p, $style, $line_style, $fill_color);
13084. }
13086. /**
13087. * Draws a star polygon
13088. * @param float $x0 Abscissa of center point.
13089. * @param float $y0 Ordinate of center point.
13090. * @param float $r Radius of inscribed circle.
13091. * @param integer $nv Number of vertices.
13092. * @param integer $ng Number of gap (if ($ng % $nv = 1) then is a regular polygon).
13093. * @param float $angle: Angle oriented (anti-clockwise). Default value: 0.
13094. * @param boolean $draw_circle: Draw inscribed circle or not. Default value is false.
13095. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
13096. * @param array $line_style Line style of polygon sides. Array with keys among the following:
13097. * <ul>
13098. * <li>all: Line style of all sides. Array like for
13099. * {@link SetLineStyle SetLineStyle}.</li>
13100. * <li>0 to (n - 1): Line style of each side. Array like for {@link SetLineStyle SetLineStyle}.</li>
13101. * </ul>
13102. * If a key is not present or is null, not draws the side. Default value is default line style (empty array).
13103. * @param array $fill_color Fill color. Format: array(red, green, blue). Default value: default color (empty array).
13104. * @param string $circle_style Style of rendering of inscribed circle (if draws). Possible values are:
13105. * <ul>
13106. * <li>D or empty string: Draw (default).</li>
13107. * <li>F: Fill.</li>
13108. * <li>DF or FD: Draw and fill.</li>
13109. * <li>CNZ: Clipping mode (using the even-odd rule to determine which regions lie inside the clipping path).</li>
13110. * <li>CEO: Clipping mode (using the nonzero winding number rule to determine which regions lie inside the clipping path).</li>
13111. * </ul>
13112. * @param array $circle_outLine_style Line style of inscribed circle (if draws). Array like for {@link SetLineStyle SetLineStyle}. Default value: default line style (empty array).
13113. * @param array $circle_fill_color Fill color of inscribed circle (if draws). Format: array(red, green, blue). Default value: default color (empty array).
13114. * @access public
13115. * @since 2.1.000 (2008-01-08)
13116. */
13117. public function StarPolygon($x0, $y0, $r, $nv, $ng, $angle=0, $draw_circle=false, $style='', $line_style=array(), $fill_color=array(), $circle_style='', $circle_outLine_style=array(), $circle_fill_color=array()) {
13118. if ($nv < 2) {
13119. $nv = 2;
13120. }
13121. if ($draw_circle) {
13122. $this-> Circle($x0, $y0, $r, 0, 360, $circle_style, $circle_outLine_style, $circle_fill_color);
13123. }
13124. $p2 = array();
13125. $visited = array();
13126. for ($i = 0; $i < $nv; ++$i) {
13127. $a = $angle + ($i * 360 / $nv);
13128. $a_rad = deg2rad((float) $a);
13129. $p2[] = $x0 + ($r * sin($a_rad));
13130. $p2[] = $y0 + ($r * cos($a_rad));
13131. $visited[] = false;
13132. }
13133. $p = array();
13134. $i = 0;
13135. do {
13136. $p[] = $p2[$i * 2];
13137. $p[] = $p2[($i * 2) + 1];
13138. $visited[$i] = true;
13139. $i += $ng;
13140. $i %= $nv;
13141. } while (!$visited[$i]);
13142. $this-> Polygon($p, $style, $line_style, $fill_color);
13143. }
13145. /**
13146. * Draws a rounded rectangle.
13147. * @param float $x Abscissa of upper-left corner.
13148. * @param float $y Ordinate of upper-left corner.
13149. * @param float $w Width.
13150. * @param float $h Height.
13151. * @param float $r the radius of the circle used to round off the corners of the rectangle.
13152. * @param string $round_corner Draws rounded corner or not. String with a 0 (not rounded i-corner) or 1 (rounded i-corner) in i-position. Positions are, in order and begin to 0: top left, top right, bottom right and bottom left. Default value: all rounded corner ("1111").
13153. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
13154. * @param array $border_style Border style of rectangle. Array like for {@link SetLineStyle SetLineStyle}. Default value: default line style (empty array).
13155. * @param array $fill_color Fill color. Format: array(GREY) or array(R,G,B) or array(C,M,Y,K). Default value: default color (empty array).
13156. * @access public
13157. * @since 2.1.000 (2008-01-08)
13158. */
13159. public function RoundedRect($x, $y, $w, $h, $r, $round_corner='1111', $style='', $border_style=array(), $fill_color=array()) {
13160. $this-> RoundedRectXY($x, $y, $w, $h, $r, $r, $round_corner, $style, $border_style, $fill_color);
13161. }
13163. /**
13164. * Draws a rounded rectangle.
13165. * @param float $x Abscissa of upper-left corner.
13166. * @param float $y Ordinate of upper-left corner.
13167. * @param float $w Width.
13168. * @param float $h Height.
13169. * @param float $rx the x-axis radius of the ellipse used to round off the corners of the rectangle.
13170. * @param float $ry the y-axis radius of the ellipse used to round off the corners of the rectangle.
13171. * @param string $round_corner Draws rounded corner or not. String with a 0 (not rounded i-corner) or 1 (rounded i-corner) in i-position. Positions are, in order and begin to 0: top left, top right, bottom right and bottom left. Default value: all rounded corner ("1111").
13172. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
13173. * @param array $border_style Border style of rectangle. Array like for {@link SetLineStyle SetLineStyle}. Default value: default line style (empty array).
13174. * @param array $fill_color Fill color. Format: array(GREY) or array(R,G,B) or array(C,M,Y,K). Default value: default color (empty array).
13175. * @access public
13176. * @since 4.9.019 (2010-04-22)
13177. */
13178. public function RoundedRectXY($x, $y, $w, $h, $rx, $ry, $round_corner='1111', $style='', $border_style=array(), $fill_color=array()) {
13179. if (($round_corner == '0000') OR (($rx == $ry) AND ($rx == 0))) {
13180. // Not rounded
13181. $this-> Rect($x, $y, $w, $h, $style, $border_style, $fill_color);
13182. return;
13183. }
13184. // Rounded
13185. if (!(false === strpos($style, 'F')) AND isset($fill_color)) {
13186. $this-> SetFillColorArray($fill_color);
13187. }
13188. $op = $this-> getPathPaintOperator($style);
13189. if ($op == 'f') {
13190. $border_style = array();
13191. }
13192. if ($border_style) {
13193. $this-> SetLineStyle($border_style);
13194. }
13195. $MyArc = 4 / 3 * ( sqrt(2) - 1);
13196. $this->_outPoint($x + $rx, $y);
13197. $xc = $x + $w - $rx;
13198. $yc = $y + $ry;
13199. $this->_outLine($xc, $y);
13200. if ($round_corner[0]) {
13201. $this->_outCurve($xc + ($rx * $MyArc), $yc - $ry, $xc + $rx, $yc - ($ry * $MyArc), $xc + $rx, $yc);
13202. } else {
13203. $this->_outLine($x + $w, $y);
13204. }
13205. $xc = $x + $w - $rx;
13206. $yc = $y + $h - $ry;
13207. $this->_outLine($x + $w, $yc);
13208. if ($round_corner[1]) {
13209. $this->_outCurve($xc + $rx, $yc + ($ry * $MyArc), $xc + ($rx * $MyArc), $yc + $ry, $xc, $yc + $ry);
13210. } else {
13211. $this->_outLine($x + $w, $y + $h);
13212. }
13213. $xc = $x + $rx;
13214. $yc = $y + $h - $ry;
13215. $this->_outLine($xc, $y + $h);
13216. if ($round_corner[2]) {
13217. $this->_outCurve($xc - ($rx * $MyArc), $yc + $ry, $xc - $rx, $yc + ($ry * $MyArc), $xc - $rx, $yc);
13218. } else {
13219. $this->_outLine($x, $y + $h);
13220. }
13221. $xc = $x + $rx;
13222. $yc = $y + $ry;
13223. $this->_outLine($x, $yc);
13224. if ($round_corner[3]) {
13225. $this->_outCurve($xc - $rx, $yc - ($ry * $MyArc), $xc - ($rx * $MyArc), $yc - $ry, $xc, $yc - $ry);
13226. } else {
13227. $this->_outLine($x, $y);
13228. $this->_outLine($x + $rx, $y);
13229. }
13230. $this->_out($op);
13231. }
13233. /**
13234. * Draws a grahic arrow.
13235. * @param float $x0 Abscissa of first point.
13236. * @param float $y0 Ordinate of first point.
13237. * @param float $x0 Abscissa of second point.
13238. * @param float $y1 Ordinate of second point.
13239. * @param int $head_style (0 = draw only arrowhead arms, 1 = draw closed arrowhead, but no fill, 2 = closed and filled arrowhead, 3 = filled arrowhead)
13240. * @param float $arm_size length of arrowhead arms
13241. * @param int $arm_angle angle between an arm and the shaft
13242. * @author Piotr Galecki, Nicola Asuni, Andy Meier
13243. * @since 4.6.018 (2009-07-10)
13244. */
13245. public function Arrow($x0, $y0, $x1, $y1, $head_style=0, $arm_size=5, $arm_angle=15) {
13246. // getting arrow direction angle
13247. // 0 deg angle is when both arms go along X axis. angle grows clockwise.
13248. $dir_angle = atan2(($y0 - $y1), ($x0 - $x1));
13249. if ($dir_angle < 0) {
13250. $dir_angle += (2 * M_PI);
13251. }
13252. $arm_angle = deg2rad($arm_angle);
13253. $sx1 = $x1;
13254. $sy1 = $y1;
13255. if ($head_style > 0) {
13256. // calculate the stopping point for the arrow shaft
13257. $sx1 = $x1 + (($arm_size - $this-> LineWidth) * cos($dir_angle));
13258. $sy1 = $y1 + (($arm_size - $this-> LineWidth) * sin($dir_angle));
13259. }
13260. // main arrow line / shaft
13261. $this-> Line($x0, $y0, $sx1, $sy1);
13262. // left arrowhead arm tip
13263. $x2L = $x1 + ($arm_size * cos($dir_angle + $arm_angle));
13264. $y2L = $y1 + ($arm_size * sin($dir_angle + $arm_angle));
13265. // right arrowhead arm tip
13266. $x2R = $x1 + ($arm_size * cos($dir_angle - $arm_angle));
13267. $y2R = $y1 + ($arm_size * sin($dir_angle - $arm_angle));
13268. $mode = 'D';
13269. $style = array();
13270. switch ($head_style) {
13271. case 0: {
13272. // draw only arrowhead arms
13273. $mode = 'D';
13274. $style = array(1, 1, 0);
13275. break;
13276. }
13277. case 1: {
13278. // draw closed arrowhead, but no fill
13279. $mode = 'D';
13280. break;
13281. }
13282. case 2: {
13283. // closed and filled arrowhead
13284. $mode = 'DF';
13285. break;
13286. }
13287. case 3: {
13288. // filled arrowhead
13289. $mode = 'F';
13290. break;
13291. }
13292. }
13293. $this-> Polygon(array($x2L, $y2L, $x1, $y1, $x2R, $y2R), $mode, $style, array());
13294. }
13296. // END GRAPHIC FUNCTIONS SECTION -----------------------
13298. // BIDIRECTIONAL TEXT SECTION --------------------------
13300. /**
13301. * Reverse the RLT substrings using the Bidirectional Algorithm (http://unicode.org/reports/tr9/).
13302. * @param string $str string to manipulate.
13303. * @param bool $setbom if true set the Byte Order Mark (BOM = 0xFEFF)
13304. * @param bool $forcertl if true forces RTL text direction
13305. * @return string
13306. * @access protected
13307. * @author Nicola Asuni
13308. * @since 2.1.000 (2008-01-08)
13309. */
13310. protected function utf8StrRev($str, $setbom=false, $forcertl=false) {
13311. return $this-> utf8StrArrRev($this-> UTF8StringToArray($str), $str, $setbom, $forcertl);
13312. }
13314. /**
13315. * Reverse the RLT substrings array using the Bidirectional Algorithm (http://unicode.org/reports/tr9/).
13316. * @param array $arr array of unicode values.
13317. * @param string $str string to manipulate (or empty value).
13318. * @param bool $setbom if true set the Byte Order Mark (BOM = 0xFEFF)
13319. * @param bool $forcertl if true forces RTL text direction
13320. * @return string
13321. * @access protected
13322. * @author Nicola Asuni
13323. * @since 4.9.000 (2010-03-27)
13324. */
13325. protected function utf8StrArrRev($arr, $str='', $setbom=false, $forcertl=false) {
13326. return $this-> arrUTF8ToUTF16BE($this-> utf8Bidi($arr, $str, $forcertl), $setbom);
13327. }
13329. /**
13330. * Reverse the RLT substrings using the Bidirectional Algorithm (http://unicode.org/reports/tr9/).
13331. * @param array $ta array of characters composing the string.
13332. * @param string $str string to process
13333. * @param bool $forcertl if 'R' forces RTL, if 'L' forces LTR
13334. * @return array of unicode chars
13335. * @author Nicola Asuni
13336. * @access protected
13337. * @since 2.4.000 (2008-03-06)
13338. */
13339. protected function utf8Bidi($ta, $str='', $forcertl=false) {
13340. // paragraph embedding level
13341. $pel = 0;
13342. // max level
13343. $maxlevel = 0;
13344. if ($this-> empty_string($str)) {
13345. // create string from array
13346. $str = $this-> UTF8ArrSubString($ta);
13347. }
13348. // check if string contains arabic text
13349. if ( preg_match($this-> unicode->uni_RE_PATTERN_ARABIC, $str)) {
13350. $arabic = true;
13351. } else {
13352. $arabic = false;
13353. }
13354. // check if string contains RTL text
13355. if (!($forcertl OR $arabic OR preg_match($this-> unicode->uni_RE_PATTERN_RTL, $str))) {
13356. return $ta;
13357. }
13359. // get number of chars
13360. $numchars = count($ta);
13362. if ($forcertl == 'R') {
13363. $pel = 1;
13364. } elseif ($forcertl == 'L') {
13365. $pel = 0;
13366. } else {
13367. // P2. In each paragraph, find the first character of type L, AL, or R.
13368. // P3. If a character is found in P2 and it is of type AL or R, then set the paragraph embedding level to one; otherwise, set it to zero.
13369. for ($i=0; $i < $numchars; ++$i) {
13370. $type = $this-> unicode->uni_type[$ta[$i]];
13371. if ($type == 'L') {
13372. $pel = 0;
13373. break;
13374. } elseif (($type == 'AL') OR ($type == 'R')) {
13375. $pel = 1;
13376. break;
13377. }
13378. }
13379. }
13381. // Current Embedding Level
13382. $cel = $pel;
13383. // directional override status
13384. $dos = 'N';
13385. $remember = array();
13386. // start-of-level-run
13387. $sor = $pel % 2 ? 'R' : 'L';
13388. $eor = $sor;
13390. // Array of characters data
13391. $chardata = Array();
13393. // X1. Begin by setting the current embedding level to the paragraph embedding level. Set the directional override status to neutral. Process each character iteratively, applying rules X2 through X9. Only embedding levels from 0 to 61 are valid in this phase.
13394. // In the resolution of levels in rules I1 and I2, the maximum embedding level of 62 can be reached.
13395. for ($i=0; $i < $numchars; ++$i) {
13396. if ($ta[$i] == $this-> unicode->uni_RLE) {
13397. // X2. With each RLE, compute the least greater odd embedding level.
13398. // a. If this new level would be valid, then this embedding code is valid. Remember (push) the current embedding level and override status. Reset the current level to this new level, and reset the override status to neutral.
13399. // b. If the new level would not be valid, then this code is invalid. Do not change the current level or override status.
13400. $next_level = $cel + ($cel % 2) + 1;
13401. if ($next_level < 62) {
13402. $remember[] = array('num' => $this-> unicode->uni_RLE, 'cel' => $cel, 'dos' => $dos);
13403. $cel = $next_level;
13404. $dos = 'N';
13405. $sor = $eor;
13406. $eor = $cel % 2 ? 'R' : 'L';
13407. }
13408. } elseif ($ta[$i] == $this-> unicode->uni_LRE) {
13409. // X3. With each LRE, compute the least greater even embedding level.
13410. // a. If this new level would be valid, then this embedding code is valid. Remember (push) the current embedding level and override status. Reset the current level to this new level, and reset the override status to neutral.
13411. // b. If the new level would not be valid, then this code is invalid. Do not change the current level or override status.
13412. $next_level = $cel + 2 - ($cel % 2);
13413. if ( $next_level < 62 ) {
13414. $remember[] = array('num' => $this-> unicode->uni_LRE, 'cel' => $cel, 'dos' => $dos);
13415. $cel = $next_level;
13416. $dos = 'N';
13417. $sor = $eor;
13418. $eor = $cel % 2 ? 'R' : 'L';
13419. }
13420. } elseif ($ta[$i] == $this-> unicode->uni_RLO) {
13421. // X4. With each RLO, compute the least greater odd embedding level.
13422. // a. If this new level would be valid, then this embedding code is valid. Remember (push) the current embedding level and override status. Reset the current level to this new level, and reset the override status to right-to-left.
13423. // b. If the new level would not be valid, then this code is invalid. Do not change the current level or override status.
13424. $next_level = $cel + ($cel % 2) + 1;
13425. if ($next_level < 62) {
13426. $remember[] = array('num' => $this-> unicode->uni_RLO, 'cel' => $cel, 'dos' => $dos);
13427. $cel = $next_level;
13428. $dos = 'R';
13429. $sor = $eor;
13430. $eor = $cel % 2 ? 'R' : 'L';
13431. }
13432. } elseif ($ta[$i] == $this-> unicode->uni_LRO) {
13433. // X5. With each LRO, compute the least greater even embedding level.
13434. // a. If this new level would be valid, then this embedding code is valid. Remember (push) the current embedding level and override status. Reset the current level to this new level, and reset the override status to left-to-right.
13435. // b. If the new level would not be valid, then this code is invalid. Do not change the current level or override status.
13436. $next_level = $cel + 2 - ($cel % 2);
13437. if ( $next_level < 62 ) {
13438. $remember[] = array('num' => $this-> unicode->uni_LRO, 'cel' => $cel, 'dos' => $dos);
13439. $cel = $next_level;
13440. $dos = 'L';
13441. $sor = $eor;
13442. $eor = $cel % 2 ? 'R' : 'L';
13443. }
13444. } elseif ($ta[$i] == $this-> unicode->uni_PDF) {
13445. // X7. With each PDF, determine the matching embedding or override code. If there was a valid matching code, restore (pop) the last remembered (pushed) embedding level and directional override.
13446. if ( count($remember)) {
13447. $last = count($remember ) - 1;
13448. if (($remember[$last]['num'] == $this-> unicode->uni_RLE) OR
13449. ($remember[$last]['num'] == $this-> unicode->uni_LRE) OR
13450. ($remember[$last]['num'] == $this-> unicode->uni_RLO) OR
13451. ($remember[$last]['num'] == $this-> unicode->uni_LRO)) {
13452. $match = array_pop($remember);
13453. $cel = $match['cel'];
13454. $dos = $match['dos'];
13455. $sor = $eor;
13456. $eor = ($cel > $match['cel'] ? $cel : $match['cel']) % 2 ? 'R' : 'L';
13457. }
13458. }
13459. } elseif (($ta[$i] != $this-> unicode->uni_RLE) AND
13460. ($ta[$i] != $this-> unicode->uni_LRE) AND
13461. ($ta[$i] != $this-> unicode->uni_RLO) AND
13462. ($ta[$i] != $this-> unicode->uni_LRO) AND
13463. ($ta[$i] != $this-> unicode->uni_PDF)) {
13464. // X6. For all types besides RLE, LRE, RLO, LRO, and PDF:
13465. // a. Set the level of the current character to the current embedding level.
13466. // b. Whenever the directional override status is not neutral, reset the current character type to the directional override status.
13467. if ($dos != 'N') {
13468. $chardir = $dos;
13469. } else {
13470. if (isset($this-> unicode->uni_type[$ta[$i]])) {
13471. $chardir = $this-> unicode->uni_type[$ta[$i]];
13472. } else {
13473. $chardir = 'L';
13474. }
13475. }
13476. // stores string characters and other information
13477. $chardata[] = array('char' => $ta[$i], 'level' => $cel, 'type' => $chardir, 'sor' => $sor, 'eor' => $eor);
13478. }
13479. } // end for each char
13481. // X8. All explicit directional embeddings and overrides are completely terminated at the end of each paragraph. Paragraph separators are not included in the embedding.
13482. // X9. Remove all RLE, LRE, RLO, LRO, PDF, and BN codes.
13483. // X10. The remaining rules are applied to each run of characters at the same level. For each run, determine the start-of-level-run (sor) and end-of-level-run (eor) type, either L or R. This depends on the higher of the two levels on either side of the boundary (at the start or end of the paragraph, the level of the 'other' run is the base embedding level). If the higher level is odd, the type is R; otherwise, it is L.
13485. // 3.3.3 Resolving Weak Types
13486. // Weak types are now resolved one level run at a time. At level run boundaries where the type of the character on the other side of the boundary is required, the type assigned to sor or eor is used.
13487. // Nonspacing marks are now resolved based on the previous characters.
13488. $numchars = count($chardata);
13490. // W1. Examine each nonspacing mark (NSM) in the level run, and change the type of the NSM to the type of the previous character. If the NSM is at the start of the level run, it will get the type of sor.
13491. $prevlevel = -1; // track level changes
13492. $levcount = 0; // counts consecutive chars at the same level
13493. for ($i=0; $i < $numchars; ++$i) {
13494. if ($chardata[$i]['type'] == 'NSM') {
13495. if ($levcount) {
13496. $chardata[$i]['type'] = $chardata[$i]['sor'];
13497. } elseif ($i > 0) {
13498. $chardata[$i]['type'] = $chardata[($i-1)]['type'];
13499. }
13500. }
13501. if ($chardata[$i]['level'] != $prevlevel) {
13502. $levcount = 0;
13503. } else {
13504. ++$levcount;
13505. }
13506. $prevlevel = $chardata[$i]['level'];
13507. }
13509. // W2. Search backward from each instance of a European number until the first strong type (R, L, AL, or sor) is found. If an AL is found, change the type of the European number to Arabic number.
13510. $prevlevel = -1;
13511. $levcount = 0;
13512. for ($i=0; $i < $numchars; ++$i) {
13513. if ($chardata[$i]['char'] == 'EN') {
13514. for ($j=$levcount; $j >= 0; $j--) {
13515. if ($chardata[$j]['type'] == 'AL') {
13516. $chardata[$i]['type'] = 'AN';
13517. } elseif (($chardata[$j]['type'] == 'L') OR ($chardata[$j]['type'] == 'R')) {
13518. break;
13519. }
13520. }
13521. }
13522. if ($chardata[$i]['level'] != $prevlevel) {
13523. $levcount = 0;
13524. } else {
13525. ++$levcount;
13526. }
13527. $prevlevel = $chardata[$i]['level'];
13528. }
13530. // W3. Change all ALs to R.
13531. for ($i=0; $i < $numchars; ++$i) {
13532. if ($chardata[$i]['type'] == 'AL') {
13533. $chardata[$i]['type'] = 'R';
13534. }
13535. }
13537. // W4. A single European separator between two European numbers changes to a European number. A single common separator between two numbers of the same type changes to that type.
13538. $prevlevel = -1;
13539. $levcount = 0;
13540. for ($i=0; $i < $numchars; ++$i) {
13541. if (($levcount > 0) AND (($i+1) < $numchars) AND ($chardata[($i+1)]['level'] == $prevlevel)) {
13542. if (($chardata[$i]['type'] == 'ES') AND ($chardata[($i-1)]['type'] == 'EN') AND ($chardata[($i+1)]['type'] == 'EN')) {
13543. $chardata[$i]['type'] = 'EN';
13544. } elseif (($chardata[$i]['type'] == 'CS') AND ($chardata[($i-1)]['type'] == 'EN') AND ($chardata[($i+1)]['type'] == 'EN')) {
13545. $chardata[$i]['type'] = 'EN';
13546. } elseif (($chardata[$i]['type'] == 'CS') AND ($chardata[($i-1)]['type'] == 'AN') AND ($chardata[($i+1)]['type'] == 'AN')) {
13547. $chardata[$i]['type'] = 'AN';
13548. }
13549. }
13550. if ($chardata[$i]['level'] != $prevlevel) {
13551. $levcount = 0;
13552. } else {
13553. ++$levcount;
13554. }
13555. $prevlevel = $chardata[$i]['level'];
13556. }
13558. // W5. A sequence of European terminators adjacent to European numbers changes to all European numbers.
13559. $prevlevel = -1;
13560. $levcount = 0;
13561. for ($i=0; $i < $numchars; ++$i) {
13562. if ($chardata[$i]['type'] == 'ET') {
13563. if (($levcount > 0) AND ($chardata[($i-1)]['type'] == 'EN')) {
13564. $chardata[$i]['type'] = 'EN';
13565. } else {
13566. $j = $i+1;
13567. while (($j < $numchars) AND ($chardata[$j]['level'] == $prevlevel)) {
13568. if ($chardata[$j]['type'] == 'EN') {
13569. $chardata[$i]['type'] = 'EN';
13570. break;
13571. } elseif ($chardata[$j]['type'] != 'ET') {
13572. break;
13573. }
13574. ++$j;
13575. }
13576. }
13577. }
13578. if ($chardata[$i]['level'] != $prevlevel) {
13579. $levcount = 0;
13580. } else {
13581. ++$levcount;
13582. }
13583. $prevlevel = $chardata[$i]['level'];
13584. }
13586. // W6. Otherwise, separators and terminators change to Other Neutral.
13587. $prevlevel = -1;
13588. $levcount = 0;
13589. for ($i=0; $i < $numchars; ++$i) {
13590. if (($chardata[$i]['type'] == 'ET') OR ($chardata[$i]['type'] == 'ES') OR ($chardata[$i]['type'] == 'CS')) {
13591. $chardata[$i]['type'] = 'ON';
13592. }
13593. if ($chardata[$i]['level'] != $prevlevel) {
13594. $levcount = 0;
13595. } else {
13596. ++$levcount;
13597. }
13598. $prevlevel = $chardata[$i]['level'];
13599. }
13601. //W7. Search backward from each instance of a European number until the first strong type (R, L, or sor) is found. If an L is found, then change the type of the European number to L.
13602. $prevlevel = -1;
13603. $levcount = 0;
13604. for ($i=0; $i < $numchars; ++$i) {
13605. if ($chardata[$i]['char'] == 'EN') {
13606. for ($j=$levcount; $j >= 0; $j--) {
13607. if ($chardata[$j]['type'] == 'L') {
13608. $chardata[$i]['type'] = 'L';
13609. } elseif ($chardata[$j]['type'] == 'R') {
13610. break;
13611. }
13612. }
13613. }
13614. if ($chardata[$i]['level'] != $prevlevel) {
13615. $levcount = 0;
13616. } else {
13617. ++$levcount;
13618. }
13619. $prevlevel = $chardata[$i]['level'];
13620. }
13622. // N1. A sequence of neutrals takes the direction of the surrounding strong text if the text on both sides has the same direction. European and Arabic numbers act as if they were R in terms of their influence on neutrals. Start-of-level-run (sor) and end-of-level-run (eor) are used at level run boundaries.
13623. $prevlevel = -1;
13624. $levcount = 0;
13625. for ($i=0; $i < $numchars; ++$i) {
13626. if (($levcount > 0) AND (($i+1) < $numchars) AND ($chardata[($i+1)]['level'] == $prevlevel)) {
13627. if (($chardata[$i]['type'] == 'N') AND ($chardata[($i-1)]['type'] == 'L') AND ($chardata[($i+1)]['type'] == 'L')) {
13628. $chardata[$i]['type'] = 'L';
13629. } elseif (($chardata[$i]['type'] == 'N') AND
13630. (($chardata[($i-1)]['type'] == 'R') OR ($chardata[($i-1)]['type'] == 'EN') OR ($chardata[($i-1)]['type'] == 'AN')) AND
13631. (($chardata[($i+1)]['type'] == 'R') OR ($chardata[($i+1)]['type'] == 'EN') OR ($chardata[($i+1)]['type'] == 'AN'))) {
13632. $chardata[$i]['type'] = 'R';
13633. } elseif ($chardata[$i]['type'] == 'N') {
13634. // N2. Any remaining neutrals take the embedding direction
13635. $chardata[$i]['type'] = $chardata[$i]['sor'];
13636. }
13637. } elseif (($levcount == 0) AND (($i+1) < $numchars) AND ($chardata[($i+1)]['level'] == $prevlevel)) {
13638. // first char
13639. if (($chardata[$i]['type'] == 'N') AND ($chardata[$i]['sor'] == 'L') AND ($chardata[($i+1)]['type'] == 'L')) {
13640. $chardata[$i]['type'] = 'L';
13641. } elseif (($chardata[$i]['type'] == 'N') AND
13642. (($chardata[$i]['sor'] == 'R') OR ($chardata[$i]['sor'] == 'EN') OR ($chardata[$i]['sor'] == 'AN')) AND
13643. (($chardata[($i+1)]['type'] == 'R') OR ($chardata[($i+1)]['type'] == 'EN') OR ($chardata[($i+1)]['type'] == 'AN'))) {
13644. $chardata[$i]['type'] = 'R';
13645. } elseif ($chardata[$i]['type'] == 'N') {
13646. // N2. Any remaining neutrals take the embedding direction
13647. $chardata[$i]['type'] = $chardata[$i]['sor'];
13648. }
13649. } elseif (($levcount > 0) AND ((($i+1) == $numchars) OR (($i+1) < $numchars) AND ($chardata[($i+1)]['level'] != $prevlevel))) {
13650. //last char
13651. if (($chardata[$i]['type'] == 'N') AND ($chardata[($i-1)]['type'] == 'L') AND ($chardata[$i]['eor'] == 'L')) {
13652. $chardata[$i]['type'] = 'L';
13653. } elseif (($chardata[$i]['type'] == 'N') AND
13654. (($chardata[($i-1)]['type'] == 'R') OR ($chardata[($i-1)]['type'] == 'EN') OR ($chardata[($i-1)]['type'] == 'AN')) AND
13655. (($chardata[$i]['eor'] == 'R') OR ($chardata[$i]['eor'] == 'EN') OR ($chardata[$i]['eor'] == 'AN'))) {
13656. $chardata[$i]['type'] = 'R';
13657. } elseif ($chardata[$i]['type'] == 'N') {
13658. // N2. Any remaining neutrals take the embedding direction
13659. $chardata[$i]['type'] = $chardata[$i]['sor'];
13660. }
13661. } elseif ($chardata[$i]['type'] == 'N') {
13662. // N2. Any remaining neutrals take the embedding direction
13663. $chardata[$i]['type'] = $chardata[$i]['sor'];
13664. }
13665. if ($chardata[$i]['level'] != $prevlevel) {
13666. $levcount = 0;
13667. } else {
13668. ++$levcount;
13669. }
13670. $prevlevel = $chardata[$i]['level'];
13671. }
13673. // I1. For all characters with an even (left-to-right) embedding direction, those of type R go up one level and those of type AN or EN go up two levels.
13674. // I2. For all characters with an odd (right-to-left) embedding direction, those of type L, EN or AN go up one level.
13675. for ($i=0; $i < $numchars; ++$i) {
13676. $odd = $chardata[$i]['level'] % 2;
13677. if ($odd) {
13678. if (($chardata[$i]['type'] == 'L') OR ($chardata[$i]['type'] == 'AN') OR ($chardata[$i]['type'] == 'EN')) {
13679. $chardata[$i]['level'] += 1;
13680. }
13681. } else {
13682. if ($chardata[$i]['type'] == 'R') {
13683. $chardata[$i]['level'] += 1;
13684. } elseif (($chardata[$i]['type'] == 'AN') OR ($chardata[$i]['type'] == 'EN')) {
13685. $chardata[$i]['level'] += 2;
13686. }
13687. }
13688. $maxlevel = max($chardata[$i]['level'],$maxlevel);
13689. }
13691. // L1. On each line, reset the embedding level of the following characters to the paragraph embedding level:
13692. // 1. Segment separators,
13693. // 2. Paragraph separators,
13694. // 3. Any sequence of whitespace characters preceding a segment separator or paragraph separator, and
13695. // 4. Any sequence of white space characters at the end of the line.
13696. for ($i=0; $i < $numchars; ++$i) {
13697. if (($chardata[$i]['type'] == 'B') OR ($chardata[$i]['type'] == 'S')) {
13698. $chardata[$i]['level'] = $pel;
13699. } elseif ($chardata[$i]['type'] == 'WS') {
13700. $j = $i+1;
13701. while ($j < $numchars) {
13702. if ((($chardata[$j]['type'] == 'B') OR ($chardata[$j]['type'] == 'S')) OR
13703. (($j == ($numchars-1)) AND ($chardata[$j]['type'] == 'WS'))) {
13704. $chardata[$i]['level'] = $pel;
13705. break;
13706. } elseif ($chardata[$j]['type'] != 'WS') {
13707. break;
13708. }
13709. ++$j;
13710. }
13711. }
13712. }
13714. // Arabic Shaping
13715. // Cursively connected scripts, such as Arabic or Syriac, require the selection of positional character shapes that depend on adjacent characters. Shaping is logically applied after the Bidirectional Algorithm is used and is limited to characters within the same directional run.
13716. if ($arabic) {
13717. $endedletter = array(1569,1570,1571,1572,1573,1575,1577,1583,1584,1585,1586,1608,1688);
13718. $alfletter = array(1570,1571,1573,1575);
13719. $chardata2 = $chardata;
13720. $laaletter = false;
13721. $charAL = array();
13722. $x = 0;
13723. for ($i=0; $i < $numchars; ++$i) {
13724. if (($this-> unicode->uni_type[$chardata[$i]['char']] == 'AL') OR ($chardata[$i]['char'] == 32) OR ($chardata[$i]['char'] == 8204)) {
13725. $charAL[$x] = $chardata[$i];
13726. $charAL[$x]['i'] = $i;
13727. $chardata[$i]['x'] = $x;
13728. ++$x;
13729. }
13730. }
13731. $numAL = $x;
13732. for ($i=0; $i < $numchars; ++$i) {
13733. $thischar = $chardata[$i];
13734. if ($i > 0) {
13735. $prevchar = $chardata[($i-1)];
13736. } else {
13737. $prevchar = false;
13738. }
13739. if (($i+1) < $numchars) {
13740. $nextchar = $chardata[($i+1)];
13741. } else {
13742. $nextchar = false;
13743. }
13744. if ($this-> unicode->uni_type[$thischar['char']] == 'AL') {
13745. $x = $thischar['x'];
13746. if ($x > 0) {
13747. $prevchar = $charAL[($x-1)];
13748. } else {
13749. $prevchar = false;
13750. }
13751. if (($x+1) < $numAL) {
13752. $nextchar = $charAL[($x+1)];
13753. } else {
13754. $nextchar = false;
13755. }
13756. // if laa letter
13757. if (($prevchar !== false) AND ($prevchar['char'] == 1604) AND ( in_array($thischar['char'], $alfletter))) {
13758. $arabicarr = $this-> unicode->uni_laa_array;
13759. $laaletter = true;
13760. if ($x > 1) {
13761. $prevchar = $charAL[($x-2)];
13762. } else {
13763. $prevchar = false;
13764. }
13765. } else {
13766. $arabicarr = $this-> unicode->uni_arabicsubst;
13767. $laaletter = false;
13768. }
13769. if (($prevchar !== false) AND ($nextchar !== false) AND
13770. (($this-> unicode->uni_type[$prevchar['char']] == 'AL') OR ($this-> unicode->uni_type[$prevchar['char']] == 'NSM')) AND
13771. (($this-> unicode->uni_type[$nextchar['char']] == 'AL') OR ($this-> unicode->uni_type[$nextchar['char']] == 'NSM')) AND
13772. ($prevchar['type'] == $thischar['type']) AND
13773. ($nextchar['type'] == $thischar['type']) AND
13774. ($nextchar['char'] != 1567)) {
13775. if ( in_array($prevchar['char'], $endedletter)) {
13776. if (isset($arabicarr[$thischar['char']][2])) {
13777. // initial
13778. $chardata2[$i]['char'] = $arabicarr[$thischar['char']][2];
13779. }
13780. } else {
13781. if (isset($arabicarr[$thischar['char']][3])) {
13782. // medial
13783. $chardata2[$i]['char'] = $arabicarr[$thischar['char']][3];
13784. }
13785. }
13786. } elseif (($nextchar !== false) AND
13787. (($this-> unicode->uni_type[$nextchar['char']] == 'AL') OR ($this-> unicode->uni_type[$nextchar['char']] == 'NSM')) AND
13788. ($nextchar['type'] == $thischar['type']) AND
13789. ($nextchar['char'] != 1567)) {
13790. if (isset($arabicarr[$chardata[$i]['char']][2])) {
13791. // initial
13792. $chardata2[$i]['char'] = $arabicarr[$thischar['char']][2];
13793. }
13794. } elseif ((($prevchar !== false) AND
13795. (($this-> unicode->uni_type[$prevchar['char']] == 'AL') OR ($this-> unicode->uni_type[$prevchar['char']] == 'NSM')) AND
13796. ($prevchar['type'] == $thischar['type'])) OR
13797. (($nextchar !== false) AND ($nextchar['char'] == 1567))) {
13798. // final
13799. if (($i > 1) AND ($thischar['char'] == 1607) AND
13800. ($chardata[$i-1]['char'] == 1604) AND
13801. ($chardata[$i-2]['char'] == 1604)) {
13802. //Allah Word
13803. // mark characters to delete with false
13804. $chardata2[$i-2]['char'] = false;
13805. $chardata2[$i-1]['char'] = false;
13806. $chardata2[$i]['char'] = 65010;
13807. } else {
13808. if (($prevchar !== false) AND in_array($prevchar['char'], $endedletter)) {
13809. if (isset($arabicarr[$thischar['char']][0])) {
13810. // isolated
13811. $chardata2[$i]['char'] = $arabicarr[$thischar['char']][0];
13812. }
13813. } else {
13814. if (isset($arabicarr[$thischar['char']][1])) {
13815. // final
13816. $chardata2[$i]['char'] = $arabicarr[$thischar['char']][1];
13817. }
13818. }
13819. }
13820. } elseif (isset($arabicarr[$thischar['char']][0])) {
13821. // isolated
13822. $chardata2[$i]['char'] = $arabicarr[$thischar['char']][0];
13823. }
13824. // if laa letter
13825. if ($laaletter) {
13826. // mark characters to delete with false
13827. $chardata2[($charAL[($x-1)]['i'])]['char'] = false;
13828. }
13829. } // end if AL (Arabic Letter)
13830. } // end for each char
13831. /*
13832. * Combining characters that can occur with Arabic Shadda (0651 HEX, 1617 DEC) are replaced.
13833. * Putting the combining mark and shadda in the same glyph allows us to avoid the two marks overlapping each other in an illegible manner.
13834. */
13835. $cw = &$this-> CurrentFont['cw'];
13836. for ($i = 0; $i < ($numchars-1); ++$i) {
13837. if (($chardata2[$i]['char'] == 1617) AND (isset($this-> unicode->uni_diacritics[($chardata2[$i+1]['char'])]))) {
13838. // check if the subtitution font is defined on current font
13839. if (isset($cw[($this-> unicode->uni_diacritics[($chardata2[$i+1]['char'])])])) {
13840. $chardata2[$i]['char'] = false;
13841. $chardata2[$i+1]['char'] = $this-> unicode->uni_diacritics[($chardata2[$i+1]['char'])];
13842. }
13843. }
13844. }
13845. // remove marked characters
13846. foreach ($chardata2 as $key => $value) {
13847. if ($value['char'] === false) {
13848. unset($chardata2[$key]);
13849. }
13850. }
13851. $chardata = array_values($chardata2);
13852. $numchars = count($chardata);
13853. unset($chardata2);
13854. unset($arabicarr);
13855. unset($laaletter);
13856. unset($charAL);
13857. }
13859. // L2. From the highest level found in the text to the lowest odd level on each line, including intermediate levels not actually present in the text, reverse any contiguous sequence of characters that are at that level or higher.
13860. for ($j=$maxlevel; $j > 0; $j--) {
13861. $ordarray = Array();
13862. $revarr = Array();
13863. $onlevel = false;
13864. for ($i=0; $i < $numchars; ++$i) {
13865. if ($chardata[$i]['level'] >= $j) {
13866. $onlevel = true;
13867. if (isset($this-> unicode->uni_mirror[$chardata[$i]['char']])) {
13868. // L4. A character is depicted by a mirrored glyph if and only if (a) the resolved directionality of that character is R, and (b) the Bidi_Mirrored property value of that character is true.
13869. $chardata[$i]['char'] = $this-> unicode->uni_mirror[$chardata[$i]['char']];
13870. }
13871. $revarr[] = $chardata[$i];
13872. } else {
13873. if ($onlevel) {
13874. $revarr = array_reverse($revarr);
13875. $ordarray = array_merge($ordarray, $revarr);
13876. $revarr = Array();
13877. $onlevel = false;
13878. }
13879. $ordarray[] = $chardata[$i];
13880. }
13881. }
13882. if ($onlevel) {
13883. $revarr = array_reverse($revarr);
13884. $ordarray = array_merge($ordarray, $revarr);
13885. }
13886. $chardata = $ordarray;
13887. }
13889. $ordarray = array();
13890. for ($i=0; $i < $numchars; ++$i) {
13891. $ordarray[] = $chardata[$i]['char'];
13892. // store char values for subsetting
13893. $this-> CurrentFont['subsetchars'][$chardata[$i]['char']] = true;
13894. }
13895. // update font subsetchars
13896. $this-> setFontSubBuffer($this-> CurrentFont['fontkey'], 'subsetchars', $this-> CurrentFont['subsetchars']);
13897. return $ordarray;
13898. }
13900. // END OF BIDIRECTIONAL TEXT SECTION -------------------
13902. /**
13903. * Adds a bookmark.
13904. * @param string $txt bookmark description.
13905. * @param int $level bookmark level (minimum value is 0).
13906. * @param float $y Y position in user units of the bookmark on the selected page (default = -1 = current position; 0 = page start;).
13907. * @param int $page target page number (leave empty for current page).
13908. * @access public
13909. * @author Olivier Plathey, Nicola Asuni
13910. * @since 2.1.002 (2008-02-12)
13911. */
13912. public function Bookmark($txt, $level=0, $y=-1, $page='') {
13913. if ($level < 0) {
13914. $level = 0;
13915. }
13916. if (isset($this-> outlines[0])) {
13917. $lastoutline = end($this-> outlines);
13918. $maxlevel = $lastoutline['l'] + 1;
13919. } else {
13920. $maxlevel = 0;
13921. }
13922. if ($level > $maxlevel) {
13923. $level = $maxlevel;
13924. }
13925. if ($y == -1) {
13926. $y = $this-> GetY();
13927. }
13928. if (empty($page)) {
13929. $page = $this-> PageNo();
13930. if (empty($page)) {
13931. return;
13932. }
13933. }
13934. $this-> outlines[] = array('t' => $txt, 'l' => $level, 'y' => $y, 'p' => $page);
13935. }
13937. /**
13938. * Create a bookmark PDF string.
13939. * @access protected
13940. * @author Olivier Plathey, Nicola Asuni
13941. * @since 2.1.002 (2008-02-12)
13942. */
13943. protected function _putbookmarks() {
13944. $nb = count($this-> outlines);
13945. if ($nb == 0) {
13946. return;
13947. }
13948. // get sorting columns
13949. $outline_p = array();
13950. $outline_y = array();
13951. foreach ($this-> outlines as $key => $row) {
13952. $outline_p[$key] = $row['p'];
13953. $outline_k[$key] = $key;
13954. }
13955. // sort outlines by page and original position
13956. array_multisort($outline_p, SORT_NUMERIC, SORT_ASC, $outline_k, SORT_NUMERIC, SORT_ASC, $this-> outlines);
13957. $lru = array();
13958. $level = 0;
13959. foreach ($this-> outlines as $i => $o) {
13960. if ($o['l'] > 0) {
13961. $parent = $lru[($o['l'] - 1)];
13962. //Set parent and last pointers
13963. $this-> outlines[$i]['parent'] = $parent;
13964. $this-> outlines[$parent]['last'] = $i;
13965. if ($o['l'] > $level) {
13966. //Level increasing: set first pointer
13967. $this-> outlines[$parent]['first'] = $i;
13968. }
13969. } else {
13970. $this-> outlines[$i]['parent'] = $nb;
13971. }
13972. if (($o['l'] <= $level) AND ($i > 0)) {
13973. //Set prev and next pointers
13974. $prev = $lru[$o['l']];
13975. $this-> outlines[$prev]['next'] = $i;
13976. $this-> outlines[$i]['prev'] = $prev;
13977. }
13978. $lru[$o['l']] = $i;
13979. $level = $o['l'];
13980. }
13981. //Outline items
13982. $n = $this-> n + 1;
13983. $nltags = '/<br[\s]?\/>|<\/(blockquote|dd|dl|div|dt|h1|h2|h3|h4|h5|h6|hr|li|ol|p|pre|ul|tcpdf|table|tr|td)>/si';
13984. foreach ($this-> outlines as $i => $o) {
13985. if (isset($this-> page_obj_id[($o['p'])])) {
13986. $oid = $this->_newobj();
13987. // covert HTML title to string
13988. $title = preg_replace($nltags, "\n", $o['t']);
13989. $title = preg_replace("/[\r]+/si", '', $title);
13990. $title = preg_replace("/[\n]+/si", "\n", $title);
13991. $title = strip_tags($title);
13992. $title = $this-> stringTrim($title);
13993. $out = '<</Title '.$this->_textstring($title, $oid);
13994. $out .= ' /Parent '.($n + $o['parent']).' 0 R';
13995. if (isset($o['prev'])) {
13996. $out .= ' /Prev '.($n + $o['prev']).' 0 R';
13997. }
13998. if (isset($o['next'])) {
13999. $out .= ' /Next '.($n + $o['next']).' 0 R';
14000. }
14001. if (isset($o['first'])) {
14002. $out .= ' /First '.($n + $o['first']).' 0 R';
14003. }
14004. if (isset($o['last'])) {
14005. $out .= ' /Last '.($n + $o['last']).' 0 R';
14006. }
14007. $out .= ' '.sprintf('/Dest [%u 0 R /XYZ 0 %.2F null]', $this-> page_obj_id[($o['p'])], ($this-> pagedim[$o['p']]['h'] - ($o['y'] * $this-> k)));
14008. $out .= ' /Count 0 >>';
14009. $out .= "\n".'endobj';
14010. $this->_out($out);
14011. }
14012. }
14013. //Outline root
14014. $this-> OutlineRoot = $this->_newobj();
14015. $this->_out('<< /Type /Outlines /First '.$n.' 0 R /Last '.($n + $lru[0]).' 0 R >>'."\n".'endobj');
14016. }
14018. // --- JAVASCRIPT ------------------------------------------------------
14020. /**
14021. * Adds a javascript
14022. * @param string $script Javascript code
14023. * @access public
14024. * @author Johannes Güntert, Nicola Asuni
14025. * @since 2.1.002 (2008-02-12)
14026. */
14027. public function IncludeJS($script) {
14028. $this-> javascript .= $script;
14029. }
14031. /**
14032. * Adds a javascript object and return object ID
14033. * @param string $script Javascript code
14034. * @param boolean $onload if true executes this object when opening the document
14035. * @return int internal object ID
14036. * @access public
14037. * @author Nicola Asuni
14038. * @since 4.8.000 (2009-09-07)
14039. */
14040. public function addJavascriptObject($script, $onload=false) {
14041. ++$this-> n;
14042. $this-> js_objects[$this-> n] = array('n' => $this-> n, 'js' => $script, 'onload' => $onload);
14043. return $this-> n;
14044. }
14046. /**
14047. * Create a javascript PDF string.
14048. * @access protected
14049. * @author Johannes Güntert, Nicola Asuni
14050. * @since 2.1.002 (2008-02-12)
14051. */
14052. protected function _putjavascript() {
14053. if (empty($this-> javascript) AND empty($this-> js_objects)) {
14054. return;
14055. }
14056. if ( strpos($this-> javascript, 'this.addField') > 0) {
14057. if (!$this-> ur['enabled']) {
14058. //$this->setUserRights();
14059. }
14060. // the following two lines are used to avoid form fields duplication after saving
14061. // The addField method only works when releasing user rights (UR3)
14062. $jsa = sprintf("ftcpdfdocsaved=this.addField('%s','%s',%d,[%.2F,%.2F,%.2F,%.2F]);", 'tcpdfdocsaved', 'text', 0, 0, 1, 0, 1);
14063. $jsb = "getField('tcpdfdocsaved').value='saved';";
14064. $this-> javascript = $jsa."\n".$this-> javascript."\n".$jsb;
14065. }
14066. $this-> n_js = $this->_newobj();
14067. $out = ' << /Names [';
14068. if (! empty($this-> javascript)) {
14069. $out .= ' (EmbeddedJS) '.($this-> n + 1).' 0 R';
14070. }
14071. if (! empty($this-> js_objects)) {
14072. foreach ($this-> js_objects as $key => $val) {
14073. if ($val['onload']) {
14074. $out .= ' (JS'.$key.') '.$key.' 0 R';
14075. }
14076. }
14077. }
14078. $out .= ' ] >>';
14079. $out .= "\n".'endobj';
14080. $this->_out($out);
14081. // default Javascript object
14082. if (! empty($this-> javascript)) {
14083. $obj_id = $this->_newobj();
14084. $out = '<< /S /JavaScript';
14085. $out .= ' /JS '.$this->_textstring($this-> javascript, $obj_id);
14086. $out .= ' >>';
14087. $out .= "\n".'endobj';
14088. $this->_out($out);
14089. }
14090. // additional Javascript objects
14091. if (! empty($this-> js_objects)) {
14092. foreach ($this-> js_objects as $key => $val) {
14093. $out = $this->_getobj($key)."\n".' << /S /JavaScript /JS '.$this->_textstring($val['js'], $key).' >>'."\n".'endobj';
14094. $this->_out($out);
14095. }
14096. }
14097. }
14099. /**
14100. * Convert color to javascript color.
14101. * @param string $color color name or #RRGGBB
14102. * @access protected
14103. * @author Denis Van Nuffelen, Nicola Asuni
14104. * @since 2.1.002 (2008-02-12)
14105. */
14106. protected function _JScolor($color) {
14107. static $aColors = array('transparent', 'black', 'white', 'red', 'green', 'blue', 'cyan', 'magenta', 'yellow', 'dkGray', 'gray', 'ltGray');
14108. if (substr($color,0,1) == '#') {
14109. return sprintf("['RGB',%.3F,%.3F,%.3F]", hexdec(substr($color,1,2))/255, hexdec(substr($color,3,2))/255, hexdec(substr($color,5,2))/255);
14110. }
14111. if (! in_array($color,$aColors)) {
14112. $this->Error('Invalid color: '.$color);
14113. }
14114. return 'color.'.$color;
14115. }
14117. /**
14118. * Adds a javascript form field.
14119. * @param string $type field type
14120. * @param string $name field name
14121. * @param int $x horizontal position
14122. * @param int $y vertical position
14123. * @param int $w width
14124. * @param int $h height
14125. * @param array $prop javascript field properties. Possible values are described on official Javascript for Acrobat API reference.
14126. * @access protected
14127. * @author Denis Van Nuffelen, Nicola Asuni
14128. * @since 2.1.002 (2008-02-12)
14129. */
14130. protected function _addfield($type, $name, $x, $y, $w, $h, $prop) {
14131. if ($this-> rtl) {
14132. $x = $x - $w;
14133. }
14134. // the followind avoid fields duplication after saving the document
14135. $this-> javascript .= "if(getField('tcpdfdocsaved').value != 'saved') {";
14136. $k = $this-> k;
14137. $this-> javascript .= sprintf("f".$name."=this.addField('%s','%s',%u,[%.2F,%.2F,%.2F,%.2F]);", $name, $type, $this-> PageNo()-1, $x*$k, ($this-> h-$y)*$k+1, ($x+$w)*$k, ($this-> h-$y-$h)*$k+1)."\n";
14138. $this-> javascript .= 'f'.$name.'.textSize='.$this-> FontSizePt.";\n";
14139. while (list($key, $val) = each($prop)) {
14140. if ( strcmp( substr($key, -5), 'Color') == 0) {
14141. $val = $this->_JScolor($val);
14142. } else {
14143. $val = "'".$val."'";
14144. }
14145. $this-> javascript .= 'f'.$name.'.'.$key.'='.$val.";\n";
14146. }
14147. if ($this-> rtl) {
14148. $this-> x -= $w;
14149. } else {
14150. $this-> x += $w;
14151. }
14152. $this-> javascript .= '}';
14153. }
14155. // --- FORM FIELDS -----------------------------------------------------
14157. /**
14158. * Convert JavaScript form fields properties array to Annotation Properties array.
14159. * @param array $prop javascript field properties. Possible values are described on official Javascript for Acrobat API reference.
14160. * @return array of annotation properties
14161. * @access protected
14162. * @author Nicola Asuni
14163. * @since 4.8.000 (2009-09-06)
14164. */
14165. protected function getAnnotOptFromJSProp($prop) {
14166. if (isset($prop['aopt']) AND is_array($prop['aopt'])) {
14167. // the annotation options area lready defined
14168. return $prop['aopt'];
14169. }
14170. $opt = array(); // value to be returned
14171. // alignment: Controls how the text is laid out within the text field.
14172. if (isset($prop['alignment'])) {
14173. switch ($prop['alignment']) {
14174. case 'left': {
14175. $opt['q'] = 0;
14176. break;
14177. }
14178. case 'center': {
14179. $opt['q'] = 1;
14180. break;
14181. }
14182. case 'right': {
14183. $opt['q'] = 2;
14184. break;
14185. }
14186. default: {
14187. $opt['q'] = ($this-> rtl)?2:0;
14188. break;
14189. }
14190. }
14191. }
14192. // lineWidth: Specifies the thickness of the border when stroking the perimeter of a field's rectangle.
14193. if (isset($prop['lineWidth'])) {
14194. $linewidth = intval($prop['lineWidth']);
14195. } else {
14196. $linewidth = 1;
14197. }
14198. // borderStyle: The border style for a field.
14199. if (isset($prop['borderStyle'])) {
14200. switch ($prop['borderStyle']) {
14201. case 'border.d':
14202. case 'dashed': {
14203. $opt['border'] = array(0, 0, $linewidth, array(3, 2));
14204. $opt['bs'] = array('w'=>$linewidth, 's'=>'D', 'd'=>array(3, 2));
14205. break;
14206. }
14207. case 'border.b':
14208. case 'beveled': {
14209. $opt['border'] = array(0, 0, $linewidth);
14210. $opt['bs'] = array('w'=>$linewidth, 's'=>'B');
14211. break;
14212. }
14213. case 'border.i':
14214. case 'inset': {
14215. $opt['border'] = array(0, 0, $linewidth);
14216. $opt['bs'] = array('w'=>$linewidth, 's'=>'I');
14217. break;
14218. }
14219. case 'border.u':
14220. case 'underline': {
14221. $opt['border'] = array(0, 0, $linewidth);
14222. $opt['bs'] = array('w'=>$linewidth, 's'=>'U');
14223. break;
14224. }
14225. default:
14226. case 'border.s':
14227. case 'solid': {
14228. $opt['border'] = array(0, 0, $linewidth);
14229. $opt['bs'] = array('w'=>$linewidth, 's'=>'S');
14230. break;
14231. }
14232. }
14233. }
14234. if (isset($prop['border']) AND is_array($prop['border'])) {
14235. $opt['border'] = $prop['border'];
14236. }
14237. if (!isset($opt['mk'])) {
14238. $opt['mk'] = array();
14239. }
14240. if (!isset($opt['mk']['if'])) {
14241. $opt['mk']['if'] = array();
14242. }
14243. $opt['mk']['if']['a'] = array(0.5, 0.5);
14244. // buttonAlignX: Controls how space is distributed from the left of the button face with respect to the icon.
14245. if (isset($prop['buttonAlignX'])) {
14246. $opt['mk']['if']['a'][0] = $prop['buttonAlignX'];
14247. }
14248. // buttonAlignY: Controls how unused space is distributed from the bottom of the button face with respect to the icon.
14249. if (isset($prop['buttonAlignY'])) {
14250. $opt['mk']['if']['a'][1] = $prop['buttonAlignY'];
14251. }
14252. // buttonFitBounds: If true, the extent to which the icon may be scaled is set to the bounds of the button field.
14253. if (isset($prop['buttonFitBounds']) AND ($prop['buttonFitBounds'] == 'true')) {
14254. $opt['mk']['if']['fb'] = true;
14255. }
14256. // buttonScaleHow: Controls how the icon is scaled (if necessary) to fit inside the button face.
14257. if (isset($prop['buttonScaleHow'])) {
14258. switch ($prop['buttonScaleHow']) {
14259. case 'scaleHow.proportional': {
14260. $opt['mk']['if']['s'] = 'P';
14261. break;
14262. }
14263. case 'scaleHow.anamorphic': {
14264. $opt['mk']['if']['s'] = 'A';
14265. break;
14266. }
14267. }
14268. }
14269. // buttonScaleWhen: Controls when an icon is scaled to fit inside the button face.
14270. if (isset($prop['buttonScaleWhen'])) {
14271. switch ($prop['buttonScaleWhen']) {
14272. case 'scaleWhen.always': {
14273. $opt['mk']['if']['sw'] = 'A';
14274. break;
14275. }
14276. case 'scaleWhen.never': {
14277. $opt['mk']['if']['sw'] = 'N';
14278. break;
14279. }
14280. case 'scaleWhen.tooBig': {
14281. $opt['mk']['if']['sw'] = 'B';
14282. break;
14283. }
14284. case 'scaleWhen.tooSmall': {
14285. $opt['mk']['if']['sw'] = 'S';
14286. break;
14287. }
14288. }
14289. }
14290. // buttonPosition: Controls how the text and the icon of the button are positioned with respect to each other within the button face.
14291. if (isset($prop['buttonPosition'])) {
14292. switch ($prop['buttonPosition']) {
14293. case 0:
14294. case 'position.textOnly': {
14295. $opt['mk']['tp'] = 0;
14296. break;
14297. }
14298. case 1:
14299. case 'position.iconOnly': {
14300. $opt['mk']['tp'] = 1;
14301. break;
14302. }
14303. case 2:
14304. case 'position.iconTextV': {
14305. $opt['mk']['tp'] = 2;
14306. break;
14307. }
14308. case 3:
14309. case 'position.textIconV': {
14310. $opt['mk']['tp'] = 3;
14311. break;
14312. }
14313. case 4:
14314. case 'position.iconTextH': {
14315. $opt['mk']['tp'] = 4;
14316. break;
14317. }
14318. case 5:
14319. case 'position.textIconH': {
14320. $opt['mk']['tp'] = 5;
14321. break;
14322. }
14323. case 6:
14324. case 'position.overlay': {
14325. $opt['mk']['tp'] = 6;
14326. break;
14327. }
14328. }
14329. }
14330. // fillColor: Specifies the background color for a field.
14331. if (isset($prop['fillColor'])) {
14332. if ( is_array($prop['fillColor'])) {
14333. $opt['mk']['bg'] = $prop['fillColor'];
14334. } else {
14335. $opt['mk']['bg'] = $this-> convertHTMLColorToDec($prop['fillColor']);
14336. }
14337. }
14338. // strokeColor: Specifies the stroke color for a field that is used to stroke the rectangle of the field with a line as large as the line width.
14339. if (isset($prop['strokeColor'])) {
14340. if ( is_array($prop['strokeColor'])) {
14341. $opt['mk']['bc'] = $prop['strokeColor'];
14342. } else {
14343. $opt['mk']['bc'] = $this-> convertHTMLColorToDec($prop['strokeColor']);
14344. }
14345. }
14346. // rotation: The rotation of a widget in counterclockwise increments.
14347. if (isset($prop['rotation'])) {
14348. $opt['mk']['r'] = $prop['rotation'];
14349. }
14350. // charLimit: Limits the number of characters that a user can type into a text field.
14351. if (isset($prop['charLimit'])) {
14352. $opt['maxlen'] = intval($prop['charLimit']);
14353. }
14354. if (!isset($ff)) {
14355. $ff = 0;
14356. }
14357. // readonly: The read-only characteristic of a field. If a field is read-only, the user can see the field but cannot change it.
14358. if (isset($prop['readonly']) AND ($prop['readonly'] == 'true')) {
14359. $ff += 1 << 0;
14360. }
14361. // required: Specifies whether a field requires a value.
14362. if (isset($prop['required']) AND ($prop['required'] == 'true')) {
14363. $ff += 1 << 1;
14364. }
14365. // multiline: Controls how text is wrapped within the field.
14366. if (isset($prop['multiline']) AND ($prop['multiline'] == 'true')) {
14367. $ff += 1 << 12;
14368. }
14369. // password: Specifies whether the field should display asterisks when data is entered in the field.
14370. if (isset($prop['password']) AND ($prop['password'] == 'true')) {
14371. $ff += 1 << 13;
14372. }
14373. // NoToggleToOff: If set, exactly one radio button shall be selected at all times; selecting the currently selected button has no effect.
14374. if (isset($prop['NoToggleToOff']) AND ($prop['NoToggleToOff'] == 'true')) {
14375. $ff += 1 << 14;
14376. }
14377. // Radio: If set, the field is a set of radio buttons.
14378. if (isset($prop['Radio']) AND ($prop['Radio'] == 'true')) {
14379. $ff += 1 << 15;
14380. }
14381. // Pushbutton: If set, the field is a pushbutton that does not retain a permanent value.
14382. if (isset($prop['Pushbutton']) AND ($prop['Pushbutton'] == 'true')) {
14383. $ff += 1 << 16;
14384. }
14385. // Combo: If set, the field is a combo box; if clear, the field is a list box.
14386. if (isset($prop['Combo']) AND ($prop['Combo'] == 'true')) {
14387. $ff += 1 << 17;
14388. }
14389. // editable: Controls whether a combo box is editable.
14390. if (isset($prop['editable']) AND ($prop['editable'] == 'true')) {
14391. $ff += 1 << 18;
14392. }
14393. // Sort: If set, the field's option items shall be sorted alphabetically.
14394. if (isset($prop['Sort']) AND ($prop['Sort'] == 'true')) {
14395. $ff += 1 << 19;
14396. }
14397. // fileSelect: If true, sets the file-select flag in the Options tab of the text field (Field is Used for File Selection).
14398. if (isset($prop['fileSelect']) AND ($prop['fileSelect'] == 'true')) {
14399. $ff += 1 << 20;
14400. }
14401. // multipleSelection: If true, indicates that a list box allows a multiple selection of items.
14402. if (isset($prop['multipleSelection']) AND ($prop['multipleSelection'] == 'true')) {
14403. $ff += 1 << 21;
14404. }
14405. // doNotSpellCheck: If true, spell checking is not performed on this editable text field.
14406. if (isset($prop['doNotSpellCheck']) AND ($prop['doNotSpellCheck'] == 'true')) {
14407. $ff += 1 << 22;
14408. }
14409. // doNotScroll: If true, the text field does not scroll and the user, therefore, is limited by the rectangular region designed for the field.
14410. if (isset($prop['doNotScroll']) AND ($prop['doNotScroll'] == 'true')) {
14411. $ff += 1 << 23;
14412. }
14413. // comb: If set to true, the field background is drawn as series of boxes (one for each character in the value of the field) and each character of the content is drawn within those boxes. The number of boxes drawn is determined from the charLimit property. It applies only to text fields. The setter will also raise if any of the following field properties are also set multiline, password, and fileSelect. A side-effect of setting this property is that the doNotScroll property is also set.
14414. if (isset($prop['comb']) AND ($prop['comb'] == 'true')) {
14415. $ff += 1 << 24;
14416. }
14417. // radiosInUnison: If false, even if a group of radio buttons have the same name and export value, they behave in a mutually exclusive fashion, like HTML radio buttons.
14418. if (isset($prop['radiosInUnison']) AND ($prop['radiosInUnison'] == 'true')) {
14419. $ff += 1 << 25;
14420. }
14421. // richText: If true, the field allows rich text formatting.
14422. if (isset($prop['richText']) AND ($prop['richText'] == 'true')) {
14423. $ff += 1 << 25;
14424. }
14425. // commitOnSelChange: Controls whether a field value is committed after a selection change.
14426. if (isset($prop['commitOnSelChange']) AND ($prop['commitOnSelChange'] == 'true')) {
14427. $ff += 1 << 26;
14428. }
14429. $opt['ff'] = $ff;
14430. // defaultValue: The default value of a field - that is, the value that the field is set to when the form is reset.
14431. if (isset($prop['defaultValue'])) {
14432. $opt['dv'] = $prop['defaultValue'];
14433. }
14434. $f = 4; // default value for annotation flags
14435. // readonly: The read-only characteristic of a field. If a field is read-only, the user can see the field but cannot change it.
14436. if (isset($prop['readonly']) AND ($prop['readonly'] == 'true')) {
14437. $f += 1 << 6;
14438. }
14439. // display: Controls whether the field is hidden or visible on screen and in print.
14440. if (isset($prop['display'])) {
14441. if ($prop['display'] == 'display.visible') {
14442. //
14443. } elseif ($prop['display'] == 'display.hidden') {
14444. $f += 1 << 1;
14445. } elseif ($prop['display'] == 'display.noPrint') {
14446. $f -= 1 << 2;
14447. } elseif ($prop['display'] == 'display.noView') {
14448. $f += 1 << 5;
14449. }
14450. }
14451. $opt['f'] = $f;
14452. // currentValueIndices: Reads and writes single or multiple values of a list box or combo box.
14453. if (isset($prop['currentValueIndices']) AND is_array($prop['currentValueIndices'])) {
14454. $opt['i'] = $prop['currentValueIndices'];
14455. }
14456. // value: The value of the field data that the user has entered.
14457. if (isset($prop['value'])) {
14458. if ( is_array($prop['value'])) {
14459. $opt['opt'] = array();
14460. foreach ($prop['value'] AS $key => $optval) {
14461. // exportValues: An array of strings representing the export values for the field.
14462. if (isset($prop['exportValues'][$key])) {
14463. $opt['opt'][$key] = array($prop['exportValues'][$key], $prop['value'][$key]);
14464. } else {
14465. $opt['opt'][$key] = $prop['value'][$key];
14466. }
14467. }
14468. } else {
14469. $opt['v'] = $prop['value'];
14470. }
14471. }
14472. // richValue: This property specifies the text contents and formatting of a rich text field.
14473. if (isset($prop['richValue'])) {
14474. $opt['rv'] = $prop['richValue'];
14475. }
14476. // submitName: If nonempty, used during form submission instead of name. Only applicable if submitting in HTML format (that is, URL-encoded).
14477. if (isset($prop['submitName'])) {
14478. $opt['tm'] = $prop['submitName'];
14479. }
14480. // name: Fully qualified field name.
14481. if (isset($prop['name'])) {
14482. $opt['t'] = $prop['name'];
14483. }
14484. // userName: The user name (short description string) of the field.
14485. if (isset($prop['userName'])) {
14486. $opt['tu'] = $prop['userName'];
14487. }
14488. // highlight: Defines how a button reacts when a user clicks it.
14489. if (isset($prop['highlight'])) {
14490. switch ($prop['highlight']) {
14491. case 'none':
14492. case 'highlight.n': {
14493. $opt['h'] = 'N';
14494. break;
14495. }
14496. case 'invert':
14497. case 'highlight.i': {
14498. $opt['h'] = 'i';
14499. break;
14500. }
14501. case 'push':
14502. case 'highlight.p': {
14503. $opt['h'] = 'P';
14504. break;
14505. }
14506. case 'outline':
14507. case 'highlight.o': {
14508. $opt['h'] = 'O';
14509. break;
14510. }
14511. }
14512. }
14513. // Unsupported options:
14514. // - calcOrderIndex: Changes the calculation order of fields in the document.
14515. // - delay: Delays the redrawing of a field's appearance.
14516. // - defaultStyle: This property defines the default style attributes for the form field.
14517. // - style: Allows the user to set the glyph style of a check box or radio button.
14518. // - textColor, textFont, textSize
14519. return $opt;
14520. }
14522. /**
14523. * Set default properties for form fields.
14524. * @param array $prop javascript field properties. Possible values are described on official Javascript for Acrobat API reference.
14525. * @access public
14526. * @author Nicola Asuni
14527. * @since 4.8.000 (2009-09-06)
14528. */
14529. public function setFormDefaultProp($prop=array()) {
14530. $this-> default_form_prop = $prop;
14531. }
14533. /**
14534. * Return the default properties for form fields.
14535. * @return array $prop javascript field properties. Possible values are described on official Javascript for Acrobat API reference.
14536. * @access public
14537. * @author Nicola Asuni
14538. * @since 4.8.000 (2009-09-06)
14539. */
14540. public function getFormDefaultProp() {
14541. return $this-> default_form_prop;
14542. }
14544. /**
14545. * Creates a text field
14546. * @param string $name field name
14547. * @param float $w Width of the rectangle
14548. * @param float $h Height of the rectangle
14549. * @param array $prop javascript field properties. Possible values are described on official Javascript for Acrobat API reference.
14550. * @param array $opt annotation parameters. Possible values are described on official PDF32000_2008 reference.
14551. * @param float $x Abscissa of the upper-left corner of the rectangle
14552. * @param float $y Ordinate of the upper-left corner of the rectangle
14553. * @param boolean $js if true put the field using JavaScript (requires Acrobat Writer to be rendered).
14554. * @access public
14555. * @author Nicola Asuni
14556. * @since 4.8.000 (2009-09-07)
14557. */
14558. public function TextField($name, $w, $h, $prop=array(), $opt=array(), $x='', $y='', $js=false) {
14559. if ($x === '') {
14560. $x = $this-> x;
14561. }
14562. if ($y === '') {
14563. $y = $this-> y;
14564. }
14565. // check page for no-write regions and adapt page margins if necessary
14566. $this-> checkPageRegions($h, $x, $y);
14567. if ($js) {
14568. $this->_addfield('text', $name, $x, $y, $w, $h, $prop);
14569. return;
14570. }
14571. // get default style
14572. $prop = array_merge($this-> getFormDefaultProp(), $prop);
14573. // get annotation data
14574. $popt = $this-> getAnnotOptFromJSProp($prop);
14575. // set default appearance stream
14576. $this-> annotation_fonts[$this-> CurrentFont['fontkey']] = $this-> CurrentFont['i'];
14577. $fontstyle = sprintf('/F%d %.2F Tf %s', $this-> CurrentFont['i'], $this-> FontSizePt, $this-> TextColor);
14578. $popt['da'] = $fontstyle;
14579. $popt['ap'] = array();
14580. $popt['ap']['n'] = 'q BT '.$fontstyle.' ET Q';
14581. // merge options
14582. $opt = array_merge($popt, $opt);
14583. // remove some conflicting options
14584. unset($opt['bs']);
14585. // set remaining annotation data
14586. $opt['Subtype'] = 'Widget';
14587. $opt['ft'] = 'Tx';
14588. $opt['t'] = $name;
14589. /*
14590. Additional annotation's parameters (check _putannotsobj() method):
14591. //$opt['f']
14592. //$opt['ap']
14593. //$opt['as']
14594. //$opt['bs']
14595. //$opt['be']
14596. //$opt['c']
14597. //$opt['border']
14598. //$opt['h']
14599. //$opt['mk']
14600. //$opt['mk']['r']
14601. //$opt['mk']['bc']
14602. //$opt['mk']['bg']
14603. //$opt['mk']['ca']
14604. //$opt['mk']['rc']
14605. //$opt['mk']['ac']
14606. //$opt['mk']['i']
14607. //$opt['mk']['ri']
14608. //$opt['mk']['ix']
14609. //$opt['mk']['if']
14610. //$opt['mk']['if']['sw']
14611. //$opt['mk']['if']['s']
14612. //$opt['mk']['if']['a']
14613. //$opt['mk']['if']['fb']
14614. //$opt['mk']['tp']
14615. //$opt['tu']
14616. //$opt['tm']
14617. //$opt['ff']
14618. //$opt['v']
14619. //$opt['dv']
14620. //$opt['a']
14621. //$opt['aa']
14622. //$opt['q']
14623. */
14624. $this-> Annotation($x, $y, $w, $h, $name, $opt, 0);
14625. if ($this-> rtl) {
14626. $this-> x -= $w;
14627. } else {
14628. $this-> x += $w;
14629. }
14630. }
14632. /**
14633. * Creates a RadioButton field
14634. * @param string $name field name
14635. * @param int $w width
14636. * @param array $prop javascript field properties. Possible values are described on official Javascript for Acrobat API reference.
14637. * @param array $opt annotation parameters. Possible values are described on official PDF32000_2008 reference.
14638. * @param string $onvalue value to be returned if selected.
14639. * @param boolean $checked define the initial state.
14640. * @param float $x Abscissa of the upper-left corner of the rectangle
14641. * @param float $y Ordinate of the upper-left corner of the rectangle
14642. * @param boolean $js if true put the field using JavaScript (requires Acrobat Writer to be rendered).
14643. * @access public
14644. * @author Nicola Asuni
14645. * @since 4.8.000 (2009-09-07)
14646. */
14647. public function RadioButton($name, $w, $prop=array(), $opt=array(), $onvalue='On', $checked=false, $x='', $y='', $js=false) {
14648. if ($x === '') {
14649. $x = $this-> x;
14650. }
14651. if ($y === '') {
14652. $y = $this-> y;
14653. }
14654. // check page for no-write regions and adapt page margins if necessary
14655. $this-> checkPageRegions($w, $x, $y);
14656. if ($js) {
14657. $this->_addfield('radiobutton', $name, $x, $y, $w, $w, $prop);
14658. return;
14659. }
14660. if ($this-> empty_string($onvalue)) {
14661. $onvalue = 'On';
14662. }
14663. if ($checked) {
14664. $defval = $onvalue;
14665. } else {
14666. $defval = 'Off';
14667. }
14668. // set data for parent group
14669. if (!isset($this-> radiobutton_groups[$this-> page])) {
14670. $this-> radiobutton_groups[$this-> page] = array();
14671. }
14672. if (!isset($this-> radiobutton_groups[$this-> page][$name])) {
14673. $this-> radiobutton_groups[$this-> page][$name] = array();
14674. ++$this-> n;
14675. $this-> radiobutton_groups[$this-> page][$name]['n'] = $this-> n;
14676. $this-> radio_groups[] = $this-> n;
14677. $kid = ($this-> n + 2);
14678. } else {
14679. $kid = ($this-> n + 1);
14680. }
14681. // save object ID to be added on Kids entry on parent object
14682. $this-> radiobutton_groups[$this-> page][$name][] = array('kid' => $kid, 'def' => $defval);
14683. // get default style
14684. $prop = array_merge($this-> getFormDefaultProp(), $prop);
14685. $prop['NoToggleToOff'] = 'true';
14686. $prop['Radio'] = 'true';
14687. $prop['borderStyle'] = 'inset';
14688. // get annotation data
14689. $popt = $this-> getAnnotOptFromJSProp($prop);
14690. // set additional default values
14691. $font = 'zapfdingbats';
14692. $this-> AddFont($font);
14693. $tmpfont = $this-> getFontBuffer($font);
14694. $this-> annotation_fonts[$tmpfont['fontkey']] = $tmpfont['i'];
14695. $fontstyle = sprintf('/F%d %.2F Tf %s', $tmpfont['i'], $this-> FontSizePt, $this-> TextColor);
14696. $popt['da'] = $fontstyle;
14697. $popt['ap'] = array();
14698. $popt['ap']['n'] = array();
14699. $popt['ap']['n'][$onvalue] = 'q BT '.$fontstyle.' 0 0 Td (8) Tj ET Q';
14700. $popt['ap']['n']['Off'] = 'q BT '.$fontstyle.' 0 0 Td (8) Tj ET Q';
14701. if (!isset($popt['mk'])) {
14702. $popt['mk'] = array();
14703. }
14704. $popt['mk']['ca'] = '(l)';
14705. // merge options
14706. $opt = array_merge($popt, $opt);
14707. // set remaining annotation data
14708. $opt['Subtype'] = 'Widget';
14709. $opt['ft'] = 'Btn';
14710. if ($checked) {
14711. $opt['v'] = array('/'.$onvalue);
14712. $opt['as'] = $onvalue;
14713. } else {
14714. $opt['as'] = 'Off';
14715. }
14716. $this-> Annotation($x, $y, $w, $w, $name, $opt, 0);
14717. if ($this-> rtl) {
14718. $this-> x -= $w;
14719. } else {
14720. $this-> x += $w;
14721. }
14722. }
14724. /**
14725. * Creates a List-box field
14726. * @param string $name field name
14727. * @param int $w width
14728. * @param int $h height
14729. * @param array $values array containing the list of values.
14730. * @param array $prop javascript field properties. Possible values are described on official Javascript for Acrobat API reference.
14731. * @param array $opt annotation parameters. Possible values are described on official PDF32000_2008 reference.
14732. * @param float $x Abscissa of the upper-left corner of the rectangle
14733. * @param float $y Ordinate of the upper-left corner of the rectangle
14734. * @param boolean $js if true put the field using JavaScript (requires Acrobat Writer to be rendered).
14735. * @access public
14736. * @author Nicola Asuni
14737. * @since 4.8.000 (2009-09-07)
14738. */
14739. public function ListBox($name, $w, $h, $values, $prop=array(), $opt=array(), $x='', $y='', $js=false) {
14740. if ($x === '') {
14741. $x = $this-> x;
14742. }
14743. if ($y === '') {
14744. $y = $this-> y;
14745. }
14746. // check page for no-write regions and adapt page margins if necessary
14747. $this-> checkPageRegions($h, $x, $y);
14748. if ($js) {
14749. $this->_addfield('listbox', $name, $x, $y, $w, $h, $prop);
14750. $s = '';
14751. foreach ($values as $value) {
14752. $s .= "'".addslashes($value)."',";
14753. }
14754. $this-> javascript .= 'f'.$name.'.setItems(['.substr($s, 0, -1)."]);\n";
14755. return;
14756. }
14757. // get default style
14758. $prop = array_merge($this-> getFormDefaultProp(), $prop);
14759. // get annotation data
14760. $popt = $this-> getAnnotOptFromJSProp($prop);
14761. // set additional default values
14762. $this-> annotation_fonts[$this-> CurrentFont['fontkey']] = $this-> CurrentFont['i'];
14763. $fontstyle = sprintf('/F%d %.2F Tf %s', $this-> CurrentFont['i'], $this-> FontSizePt, $this-> TextColor);
14764. $popt['da'] = $fontstyle;
14765. $popt['ap'] = array();
14766. $popt['ap']['n'] = 'q BT '.$fontstyle.' ET Q';
14767. // merge options
14768. $opt = array_merge($popt, $opt);
14769. // set remaining annotation data
14770. $opt['Subtype'] = 'Widget';
14771. $opt['ft'] = 'Ch';
14772. $opt['t'] = $name;
14773. $opt['opt'] = $values;
14774. $this-> Annotation($x, $y, $w, $h, $name, $opt, 0);
14775. if ($this-> rtl) {
14776. $this-> x -= $w;
14777. } else {
14778. $this-> x += $w;
14779. }
14780. }
14782. /**
14783. * Creates a Combo-box field
14784. * @param string $name field name
14785. * @param int $w width
14786. * @param int $h height
14787. * @param array $values array containing the list of values.
14788. * @param array $prop javascript field properties. Possible values are described on official Javascript for Acrobat API reference.
14789. * @param array $opt annotation parameters. Possible values are described on official PDF32000_2008 reference.
14790. * @param float $x Abscissa of the upper-left corner of the rectangle
14791. * @param float $y Ordinate of the upper-left corner of the rectangle
14792. * @param boolean $js if true put the field using JavaScript (requires Acrobat Writer to be rendered).
14793. * @access public
14794. * @author Nicola Asuni
14795. * @since 4.8.000 (2009-09-07)
14796. */
14797. public function ComboBox($name, $w, $h, $values, $prop=array(), $opt=array(), $x='', $y='', $js=false) {
14798. if ($x === '') {
14799. $x = $this-> x;
14800. }
14801. if ($y === '') {
14802. $y = $this-> y;
14803. }
14804. // check page for no-write regions and adapt page margins if necessary
14805. $this-> checkPageRegions($h, $x, $y);
14806. if ($js) {
14807. $this->_addfield('combobox', $name, $x, $y, $w, $h, $prop);
14808. $s = '';
14809. foreach ($values as $value) {
14810. $s .= "'".addslashes($value)."',";
14811. }
14812. $this-> javascript .= 'f'.$name.'.setItems(['.substr($s, 0, -1)."]);\n";
14813. return;
14814. }
14815. // get default style
14816. $prop = array_merge($this-> getFormDefaultProp(), $prop);
14817. $prop['Combo'] = true;
14818. // get annotation data
14819. $popt = $this-> getAnnotOptFromJSProp($prop);
14820. // set additional default options
14821. $this-> annotation_fonts[$this-> CurrentFont['fontkey']] = $this-> CurrentFont['i'];
14822. $fontstyle = sprintf('/F%d %.2F Tf %s', $this-> CurrentFont['i'], $this-> FontSizePt, $this-> TextColor);
14823. $popt['da'] = $fontstyle;
14824. $popt['ap'] = array();
14825. $popt['ap']['n'] = 'q BT '.$fontstyle.' ET Q';
14826. // merge options
14827. $opt = array_merge($popt, $opt);
14828. // set remaining annotation data
14829. $opt['Subtype'] = 'Widget';
14830. $opt['ft'] = 'Ch';
14831. $opt['t'] = $name;
14832. $opt['opt'] = $values;
14833. $this-> Annotation($x, $y, $w, $h, $name, $opt, 0);
14834. if ($this-> rtl) {
14835. $this-> x -= $w;
14836. } else {
14837. $this-> x += $w;
14838. }
14839. }
14841. /**
14842. * Creates a CheckBox field
14843. * @param string $name field name
14844. * @param int $w width
14845. * @param boolean $checked define the initial state.
14846. * @param array $prop javascript field properties. Possible values are described on official Javascript for Acrobat API reference.
14847. * @param array $opt annotation parameters. Possible values are described on official PDF32000_2008 reference.
14848. * @param string $onvalue value to be returned if selected.
14849. * @param float $x Abscissa of the upper-left corner of the rectangle
14850. * @param float $y Ordinate of the upper-left corner of the rectangle
14851. * @param boolean $js if true put the field using JavaScript (requires Acrobat Writer to be rendered).
14852. * @access public
14853. * @author Nicola Asuni
14854. * @since 4.8.000 (2009-09-07)
14855. */
14856. public function CheckBox($name, $w, $checked=false, $prop=array(), $opt=array(), $onvalue='Yes', $x='', $y='', $js=false) {
14857. if ($x === '') {
14858. $x = $this-> x;
14859. }
14860. if ($y === '') {
14861. $y = $this-> y;
14862. }
14863. // check page for no-write regions and adapt page margins if necessary
14864. $this-> checkPageRegions($w, $x, $y);
14865. if ($js) {
14866. $this->_addfield('checkbox', $name, $x, $y, $w, $w, $prop);
14867. return;
14868. }
14869. if (!isset($prop['value'])) {
14870. $prop['value'] = array('Yes');
14871. }
14872. // get default style
14873. $prop = array_merge($this-> getFormDefaultProp(), $prop);
14874. $prop['borderStyle'] = 'inset';
14875. // get annotation data
14876. $popt = $this-> getAnnotOptFromJSProp($prop);
14877. // set additional default options
14878. $font = 'zapfdingbats';
14879. $this-> AddFont($font);
14880. $tmpfont = $this-> getFontBuffer($font);
14881. $this-> annotation_fonts[$tmpfont['fontkey']] = $tmpfont['i'];
14882. $fontstyle = sprintf('/F%d %.2F Tf %s', $tmpfont['i'], $this-> FontSizePt, $this-> TextColor);
14883. $popt['da'] = $fontstyle;
14884. $popt['ap'] = array();
14885. $popt['ap']['n'] = array();
14886. $popt['ap']['n']['Yes'] = 'q BT '.$fontstyle.' 0 0 Td (8) Tj ET Q';
14887. $popt['ap']['n']['Off'] = 'q BT '.$fontstyle.' 0 0 Td (8) Tj ET Q';
14888. // merge options
14889. $opt = array_merge($popt, $opt);
14890. // set remaining annotation data
14891. $opt['Subtype'] = 'Widget';
14892. $opt['ft'] = 'Btn';
14893. $opt['t'] = $name;
14894. $opt['opt'] = array($onvalue);
14895. if ($checked) {
14896. $opt['v'] = array('/0');
14897. $opt['as'] = 'Yes';
14898. } else {
14899. $opt['v'] = array('/Off');
14900. $opt['as'] = 'Off';
14901. }
14902. $this-> Annotation($x, $y, $w, $w, $name, $opt, 0);
14903. if ($this-> rtl) {
14904. $this-> x -= $w;
14905. } else {
14906. $this-> x += $w;
14907. }
14908. }
14910. /**
14911. * Creates a button field
14912. * @param string $name field name
14913. * @param int $w width
14914. * @param int $h height
14915. * @param string $caption caption.
14916. * @param mixed $action action triggered by pressing the button. Use a string to specify a javascript action. Use an array to specify a form action options as on section 12.7.5 of PDF32000_2008.
14917. * @param array $prop javascript field properties. Possible values are described on official Javascript for Acrobat API reference.
14918. * @param array $opt annotation parameters. Possible values are described on official PDF32000_2008 reference.
14919. * @param float $x Abscissa of the upper-left corner of the rectangle
14920. * @param float $y Ordinate of the upper-left corner of the rectangle
14921. * @param boolean $js if true put the field using JavaScript (requires Acrobat Writer to be rendered).
14922. * @access public
14923. * @author Nicola Asuni
14924. * @since 4.8.000 (2009-09-07)
14925. */
14926. public function Button($name, $w, $h, $caption, $action, $prop=array(), $opt=array(), $x='', $y='', $js=false) {
14927. if ($x === '') {
14928. $x = $this-> x;
14929. }
14930. if ($y === '') {
14931. $y = $this-> y;
14932. }
14933. // check page for no-write regions and adapt page margins if necessary
14934. $this-> checkPageRegions($h, $x, $y);
14935. if ($js) {
14936. $this->_addfield('button', $name, $this-> x, $this-> y, $w, $h, $prop);
14937. $this-> javascript .= 'f'.$name.".buttonSetCaption('".addslashes($caption)."');\n";
14938. $this-> javascript .= 'f'.$name.".setAction('MouseUp','".addslashes($action)."');\n";
14939. $this-> javascript .= 'f'.$name.".highlight='push';\n";
14940. $this-> javascript .= 'f'.$name.".print=false;\n";
14941. return;
14942. }
14943. // get default style
14944. $prop = array_merge($this-> getFormDefaultProp(), $prop);
14945. $prop['Pushbutton'] = 'true';
14946. $prop['highlight'] = 'push';
14947. $prop['display'] = 'display.noPrint';
14948. // get annotation data
14949. $popt = $this-> getAnnotOptFromJSProp($prop);
14950. $this-> annotation_fonts[$this-> CurrentFont['fontkey']] = $this-> CurrentFont['i'];
14951. $fontstyle = sprintf('/F%d %.2F Tf %s', $this-> CurrentFont['i'], $this-> FontSizePt, $this-> TextColor);
14952. $popt['da'] = $fontstyle;
14953. $popt['ap'] = array();
14954. $popt['ap']['n'] = 'q BT '.$fontstyle.' ET Q';
14955. // set additional default options
14956. if (!isset($popt['mk'])) {
14957. $popt['mk'] = array();
14958. }
14959. $ann_obj_id = ($this-> n + 1);
14960. if (! empty($action) AND ! is_array($action)) {
14961. $ann_obj_id = ($this-> n + 2);
14962. }
14963. $popt['mk']['ca'] = $this->_textstring($caption, $ann_obj_id);
14964. $popt['mk']['rc'] = $this->_textstring($caption, $ann_obj_id);
14965. $popt['mk']['ac'] = $this->_textstring($caption, $ann_obj_id);
14966. // merge options
14967. $opt = array_merge($popt, $opt);
14968. // set remaining annotation data
14969. $opt['Subtype'] = 'Widget';
14970. $opt['ft'] = 'Btn';
14971. $opt['t'] = $caption;
14972. $opt['v'] = $name;
14973. if (! empty($action)) {
14974. if ( is_array($action)) {
14975. // form action options as on section 12.7.5 of PDF32000_2008.
14976. $opt['aa'] = '/D <<';
14977. $bmode = array('SubmitForm', 'ResetForm', 'ImportData');
14978. foreach ($action AS $key => $val) {
14979. if (($key == 'S') AND in_array($val, $bmode)) {
14980. $opt['aa'] .= ' /S /'.$val;
14981. } elseif (($key == 'F') AND (! empty($val))) {
14982. $opt['aa'] .= ' /F '.$this->_datastring($val, $ann_obj_id);
14983. } elseif (($key == 'Fields') AND is_array($val) AND ! empty($val)) {
14984. $opt['aa'] .= ' /Fields [';
14985. foreach ($val AS $field) {
14986. $opt['aa'] .= ' '.$this->_textstring($field, $ann_obj_id);
14987. }
14988. $opt['aa'] .= ']';
14989. } elseif (($key == 'Flags')) {
14990. $ff = 0;
14991. if ( is_array($val)) {
14992. foreach ($val AS $flag) {
14993. switch ($flag) {
14994. case 'Include/Exclude': {
14995. $ff += 1 << 0;
14996. break;
14997. }
14998. case 'IncludeNoValueFields': {
14999. $ff += 1 << 1;
15000. break;
15001. }
15002. case 'ExportFormat': {
15003. $ff += 1 << 2;
15004. break;
15005. }
15006. case 'GetMethod': {
15007. $ff += 1 << 3;
15008. break;
15009. }
15010. case 'SubmitCoordinates': {
15011. $ff += 1 << 4;
15012. break;
15013. }
15014. case 'XFDF': {
15015. $ff += 1 << 5;
15016. break;
15017. }
15018. case 'IncludeAppendSaves': {
15019. $ff += 1 << 6;
15020. break;
15021. }
15022. case 'IncludeAnnotations': {
15023. $ff += 1 << 7;
15024. break;
15025. }
15026. case 'SubmitPDF': {
15027. $ff += 1 << 8;
15028. break;
15029. }
15030. case 'CanonicalFormat': {
15031. $ff += 1 << 9;
15032. break;
15033. }
15034. case 'ExclNonUserAnnots': {
15035. $ff += 1 << 10;
15036. break;
15037. }
15038. case 'ExclFKey': {
15039. $ff += 1 << 11;
15040. break;
15041. }
15042. case 'EmbedForm': {
15043. $ff += 1 << 13;
15044. break;
15045. }
15046. }
15047. }
15048. } else {
15049. $ff = intval($val);
15050. }
15051. $opt['aa'] .= ' /Flags '.$ff;
15052. }
15053. }
15054. $opt['aa'] .= ' >>';
15055. } else {
15056. // Javascript action or raw action command
15057. $js_obj_id = $this-> addJavascriptObject($action);
15058. $opt['aa'] = '/D '.$js_obj_id.' 0 R';
15059. }
15060. }
15061. $this-> Annotation($x, $y, $w, $h, $name, $opt, 0);
15062. if ($this-> rtl) {
15063. $this-> x -= $w;
15064. } else {
15065. $this-> x += $w;
15066. }
15067. }
15069. // --- END FORMS FIELDS ------------------------------------------------
15071. /**
15072. * Add certification signature (DocMDP or UR3)
15073. * You can set only one signature type
15074. * @access protected
15075. * @author Nicola Asuni
15076. * @since 4.6.008 (2009-05-07)
15077. */
15078. protected function _putsignature() {
15079. if ((!$this-> sign) OR (!isset($this-> signature_data['cert_type']))) {
15080. return;
15081. }
15082. $out = $this->_getobj($this-> sig_obj_id + 1)."\n";
15083. $out .= '<< /Type /Sig';
15084. $out .= ' /Filter /Adobe.PPKLite';
15085. $out .= ' /SubFilter /adbe.pkcs7.detached';
15086. $out .= ' '.$this-> byterange_string;
15087. $out .= ' /Contents<'.str_repeat('0', $this-> signature_max_length).'>';
15088. $out .= ' /Reference ['; // array of signature reference dictionaries
15089. $out .= ' << /Type /SigRef';
15090. if ($this-> signature_data['cert_type'] > 0) {
15091. $out .= ' /TransformMethod /DocMDP';
15092. $out .= ' /TransformParams <<';
15093. $out .= ' /Type /TransformParams';
15094. $out .= ' /V /1.2';
15095. $out .= ' /P '.$this-> signature_data['cert_type'];
15096. } else {
15097. $out .= ' /TransformMethod /UR3';
15098. $out .= ' /TransformParams <<';
15099. $out .= ' /Type /TransformParams';
15100. $out .= ' /V /2.2';
15101. if (!$this-> empty_string($this-> ur['document'])) {
15102. $out .= ' /Document['.$this-> ur['document'].']';
15103. }
15104. if (!$this-> empty_string($this-> ur['form'])) {
15105. $out .= ' /Form['.$this-> ur['form'].']';
15106. }
15107. if (!$this-> empty_string($this-> ur['signature'])) {
15108. $out .= ' /Signature['.$this-> ur['signature'].']';
15109. }
15110. if (!$this-> empty_string($this-> ur['annots'])) {
15111. $out .= ' /Annots['.$this-> ur['annots'].']';
15112. }
15113. if (!$this-> empty_string($this-> ur['ef'])) {
15114. $out .= ' /EF['.$this-> ur['ef'].']';
15115. }
15116. if (!$this-> empty_string($this-> ur['formex'])) {
15117. $out .= ' /FormEX['.$this-> ur['formex'].']';
15118. }
15119. }
15120. $out .= ' >>'; // close TransformParams
15121. // optional digest data (values must be calculated and replaced later)
15122. //$out .= ' /Data ********** 0 R';
15123. //$out .= ' /DigestMethod/MD5';
15124. //$out .= ' /DigestLocation[********** 34]';
15125. //$out .= ' /DigestValue<********************************>';
15126. $out .= ' >>';
15127. $out .= ' ]'; // end of reference
15128. if (isset($this-> signature_data['info']['Name']) AND !$this-> empty_string($this-> signature_data['info']['Name'])) {
15129. $out .= ' /Name '.$this->_textstring($this-> signature_data['info']['Name']);
15130. }
15131. if (isset($this-> signature_data['info']['Location']) AND !$this-> empty_string($this-> signature_data['info']['Location'])) {
15132. $out .= ' /Location '.$this->_textstring($this-> signature_data['info']['Location']);
15133. }
15134. if (isset($this-> signature_data['info']['Reason']) AND !$this-> empty_string($this-> signature_data['info']['Reason'])) {
15135. $out .= ' /Reason '.$this->_textstring($this-> signature_data['info']['Reason']);
15136. }
15137. if (isset($this-> signature_data['info']['ContactInfo']) AND !$this-> empty_string($this-> signature_data['info']['ContactInfo'])) {
15138. $out .= ' /ContactInfo '.$this->_textstring($this-> signature_data['info']['ContactInfo']);
15139. }
15140. $out .= ' /M '.$this->_datestring();
15141. $out .= ' >>';
15142. $out .= "\n".'endobj';
15143. $this->_out($out);
15144. }
15146. /**
15147. * Set User's Rights for PDF Reader
15148. * WARNING: This is experimental and currently do not work.
15149. * Check the PDF Reference 8.7.1 Transform Methods,
15150. * Table 8.105 Entries in the UR transform parameters dictionary
15151. * @param boolean $enable if true enable user's rights on PDF reader
15152. * @param string $document Names specifying additional document-wide usage rights for the document. The only defined value is "/FullSave", which permits a user to save the document along with modified form and/or annotation data.
15153. * @param string $annots Names specifying additional annotation-related usage rights for the document. Valid names in PDF 1.5 and later are /Create/Delete/Modify/Copy/Import/Export, which permit the user to perform the named operation on annotations.
15154. * @param string $form Names specifying additional form-field-related usage rights for the document. Valid names are: /Add/Delete/FillIn/Import/Export/SubmitStandalone/SpawnTemplate
15155. * @param string $signature Names specifying additional signature-related usage rights for the document. The only defined value is /Modify, which permits a user to apply a digital signature to an existing signature form field or clear a signed signature form field.
15156. * @param string $ef Names specifying additional usage rights for named embedded files in the document. Valid names are /Create/Delete/Modify/Import, which permit the user to perform the named operation on named embedded files
15157. Names specifying additional embedded-files-related usage rights for the document.
15158. * @param string $formex Names specifying additional form-field-related usage rights. The only valid name is BarcodePlaintext, which permits text form field data to be encoded as a plaintext two-dimensional barcode.
15159. * @access public
15160. * @author Nicola Asuni
15161. * @since 2.9.000 (2008-03-26)
15162. */
15163. public function setUserRights(
15164. $enable=true,
15165. $document='/FullSave',
15166. $annots='/Create/Delete/Modify/Copy/Import/Export',
15167. $form='/Add/Delete/FillIn/Import/Export/SubmitStandalone/SpawnTemplate',
15168. $signature='/Modify',
15169. $ef='/Create/Delete/Modify/Import',
15170. $formex='') {
15171. $this-> ur['enabled'] = $enable;
15172. $this-> ur['document'] = $document;
15173. $this-> ur['annots'] = $annots;
15174. $this-> ur['form'] = $form;
15175. $this-> ur['signature'] = $signature;
15176. $this-> ur['ef'] = $ef;
15177. $this-> ur['formex'] = $formex;
15178. if (!$this-> sign) {
15179. $this-> setSignature('', '', '', '', 0, array());
15180. }
15181. }
15183. /**
15184. * Enable document signature (requires the OpenSSL Library).
15185. * The digital signature improve document authenticity and integrity and allows o enable extra features on Acrobat Reader.
15186. * To create self-signed signature: openssl req -x509 -nodes -days 365000 -newkey rsa:1024 -keyout tcpdf.crt -out tcpdf.crt
15187. * To export crt to p12: openssl pkcs12 -export -in tcpdf.crt -out tcpdf.p12
15188. * To convert pfx certificate to pem: openssl pkcs12 -in tcpdf.pfx -out tcpdf.crt -nodes
15189. * @param mixed $signing_cert signing certificate (string or filename prefixed with 'file://')
15190. * @param mixed $private_key private key (string or filename prefixed with 'file://')
15191. * @param string $private_key_password password
15192. * @param string $extracerts specifies the name of a file containing a bunch of extra certificates to include in the signature which can for example be used to help the recipient to verify the certificate that you used.
15193. * @param int $cert_type The access permissions granted for this document. Valid values shall be: 1 = No changes to the document shall be permitted; any change to the document shall invalidate the signature; 2 = Permitted changes shall be filling in forms, instantiating page templates, and signing; other changes shall invalidate the signature; 3 = Permitted changes shall be the same as for 2, as well as annotation creation, deletion, and modification; other changes shall invalidate the signature.
15194. * @param array $info array of option information: Name, Location, Reason, ContactInfo.
15195. * @access public
15196. * @author Nicola Asuni
15197. * @since 4.6.005 (2009-04-24)
15198. */
15199. public function setSignature($signing_cert='', $private_key='', $private_key_password='', $extracerts='', $cert_type=2, $info=array()) {
15200. // to create self-signed signature: openssl req -x509 -nodes -days 365000 -newkey rsa:1024 -keyout tcpdf.crt -out tcpdf.crt
15201. // to export crt to p12: openssl pkcs12 -export -in tcpdf.crt -out tcpdf.p12
15202. // to convert pfx certificate to pem: openssl
15203. // OpenSSL> pkcs12 -in <cert.pfx> -out <cert.crt> -nodes
15204. $this-> sign = true;
15205. ++$this-> n;
15206. $this-> sig_obj_id = $this-> n; // signature widget
15207. ++$this-> n; // signature object ($this->sig_obj_id + 1)
15208. $this-> signature_data = array();
15209. if ( strlen($signing_cert) == 0) {
15210. $signing_cert = 'file://'.dirname(__FILE__).'/tcpdf.crt';
15211. $private_key_password = 'tcpdfdemo';
15212. }
15213. if ( strlen($private_key) == 0) {
15214. $private_key = $signing_cert;
15215. }
15216. $this-> signature_data['signcert'] = $signing_cert;
15217. $this-> signature_data['privkey'] = $private_key;
15218. $this-> signature_data['password'] = $private_key_password;
15219. $this-> signature_data['extracerts'] = $extracerts;
15220. $this-> signature_data['cert_type'] = $cert_type;
15221. $this-> signature_data['info'] = $info;
15222. }
15224. /**
15225. * Set the digital signature appearance (a cliccable rectangle area to get signature properties)
15226. * @param float $x Abscissa of the upper-left corner.
15227. * @param float $y Ordinate of the upper-left corner.
15228. * @param float $w Width of the signature area.
15229. * @param float $h Height of the signature area.
15230. * @param int $page option page number (if < 0 the current page is used).
15231. * @access public
15232. * @author Nicola Asuni
15233. * @since 5.3.011 (2010-06-17)
15234. */
15235. public function setSignatureAppearance($x=0, $y=0, $w=0, $h=0, $page=-1) {
15236. if (($page < 1) OR ($page > $this-> numpages)) {
15237. $this-> signature_appearance['page'] = $this-> page;
15238. } else {
15239. $this-> signature_appearance['page'] = intval($page);
15240. }
15241. $a = $x * $this-> k;
15242. $b = $this-> pagedim[($this-> signature_appearance['page'])]['h'] - (($y + $h) * $this-> k);
15243. $c = $w * $this-> k;
15244. $d = $h * $this-> k;
15245. $this-> signature_appearance['rect'] = sprintf('%.2F %.2F %.2F %.2F', $a, $b, $a+$c, $b+$d);
15246. }
15248. /**
15249. * Create a new page group.
15250. * NOTE: call this function before calling AddPage()
15251. * @param int $page starting group page (leave empty for next page).
15252. * @access public
15253. * @since 3.0.000 (2008-03-27)
15254. */
15255. public function startPageGroup($page='') {
15256. if (empty($page)) {
15257. $page = $this-> page + 1;
15258. }
15259. $this-> newpagegroup[$page] = true;
15260. }
15262. /**
15263. * Defines an alias for the total number of pages.
15264. * It will be substituted as the document is closed.
15265. * @param string $alias The alias.
15266. * @access public
15267. * @since 1.4
15268. * @see getAliasNbPages(), PageNo(), Footer()
15269. */
15270. public function AliasNbPages($alias='{nb}') {
15271. $this-> AliasNbPages = $alias;
15272. }
15274. /**
15275. * Returns the string alias used for the total number of pages.
15276. * If the current font is unicode type, the returned string is surrounded by additional curly braces.
15277. * @return string
15278. * @access public
15279. * @since 4.0.018 (2008-08-08)
15280. * @see AliasNbPages(), PageNo(), Footer()
15281. */
15282. public function getAliasNbPages() {
15283. if ($this-> isUnicodeFont()) {
15284. return '{'.$this-> AliasNbPages.'}';
15285. }
15286. return $this-> AliasNbPages;
15287. }
15289. /**
15290. * Defines an alias for the page number.
15291. * It will be substituted as the document is closed.
15292. * @param string $alias The alias.
15293. * @access public
15294. * @since 4.5.000 (2009-01-02)
15295. * @see getAliasNbPages(), PageNo(), Footer()
15296. */
15297. public function AliasNumPage($alias='{pnb}') {
15298. //Define an alias for total number of pages
15299. $this-> AliasNumPage = $alias;
15300. }
15302. /**
15303. * Returns the string alias used for the page number.
15304. * If the current font is unicode type, the returned string is surrounded by additional curly braces.
15305. * @return string
15306. * @access public
15307. * @since 4.5.000 (2009-01-02)
15308. * @see AliasNbPages(), PageNo(), Footer()
15309. */
15310. public function getAliasNumPage() {
15311. if ($this-> isUnicodeFont()) {
15312. return '{'.$this-> AliasNumPage.'}';
15313. }
15314. return $this-> AliasNumPage;
15315. }
15317. /**
15318. * Return the current page in the group.
15319. * @return current page in the group
15320. * @access public
15321. * @since 3.0.000 (2008-03-27)
15322. */
15323. public function getGroupPageNo() {
15324. return $this-> pagegroups[$this-> currpagegroup];
15325. }
15327. /**
15328. * Returns the current group page number formatted as a string.
15329. * @access public
15330. * @since 4.3.003 (2008-11-18)
15331. * @see PaneNo(), formatPageNumber()
15332. */
15333. public function getGroupPageNoFormatted() {
15334. return $this-> formatPageNumber($this-> getGroupPageNo());
15335. }
15337. /**
15338. * Return the alias of the current page group
15339. * If the current font is unicode type, the returned string is surrounded by additional curly braces.
15340. * (will be replaced by the total number of pages in this group).
15341. * @return alias of the current page group
15342. * @access public
15343. * @since 3.0.000 (2008-03-27)
15344. */
15345. public function getPageGroupAlias() {
15346. if ($this-> isUnicodeFont()) {
15347. return '{'.$this-> currpagegroup.'}';
15348. }
15349. return $this-> currpagegroup;
15350. }
15352. /**
15353. * Return the alias for the page number on the current page group
15354. * If the current font is unicode type, the returned string is surrounded by additional curly braces.
15355. * (will be replaced by the total number of pages in this group).
15356. * @return alias of the current page group
15357. * @access public
15358. * @since 4.5.000 (2009-01-02)
15359. */
15360. public function getPageNumGroupAlias() {
15361. if ($this-> isUnicodeFont()) {
15362. return '{'.str_replace('{nb', '{pnb', $this-> currpagegroup).'}';
15363. }
15364. return str_replace('{nb', '{pnb', $this-> currpagegroup);
15365. }
15367. /**
15368. * Format the page numbers.
15369. * This method can be overriden for custom formats.
15370. * @param int $num page number
15371. * @access protected
15372. * @since 4.2.005 (2008-11-06)
15373. */
15374. protected function formatPageNumber($num) {
15375. return number_format((float)$num, 0, '', '.');
15376. }
15378. /**
15379. * Format the page numbers on the Table Of Content.
15380. * This method can be overriden for custom formats.
15381. * @param int $num page number
15382. * @access protected
15383. * @since 4.5.001 (2009-01-04)
15384. * @see addTOC(), addHTMLTOC()
15385. */
15386. protected function formatTOCPageNumber($num) {
15387. return number_format((float)$num, 0, '', '.');
15388. }
15390. /**
15391. * Returns the current page number formatted as a string.
15392. * @access public
15393. * @since 4.2.005 (2008-11-06)
15394. * @see PaneNo(), formatPageNumber()
15395. */
15396. public function PageNoFormatted() {
15397. return $this-> formatPageNumber($this-> PageNo());
15398. }
15400. /**
15401. * Put visibility settings.
15402. * @access protected
15403. * @since 3.0.000 (2008-03-27)
15404. */
15405. protected function _putocg() {
15406. $this-> n_ocg_print = $this->_newobj();
15407. $this->_out('<< /Type /OCG /Name '.$this->_textstring('print', $this-> n_ocg_print).' /Usage << /Print <</PrintState /ON>> /View <</ViewState /OFF>> >> >>'."\n".'endobj');
15408. $this-> n_ocg_view = $this->_newobj();
15409. $this->_out('<< /Type /OCG /Name '.$this->_textstring('view', $this-> n_ocg_view).' /Usage << /Print <</PrintState /OFF>> /View <</ViewState /ON>> >> >>'."\n".'endobj');
15410. }
15412. /**
15413. * Set the visibility of the successive elements.
15414. * This can be useful, for instance, to put a background
15415. * image or color that will show on screen but won't print.
15416. * @param string $v visibility mode. Legal values are: all, print, screen.
15417. * @access public
15418. * @since 3.0.000 (2008-03-27)
15419. */
15420. public function setVisibility($v) {
15421. if ($this-> openMarkedContent) {
15422. // close existing open marked-content
15423. $this->_out('EMC');
15424. $this-> openMarkedContent = false;
15425. }
15426. switch($v) {
15427. case 'print': {
15428. $this->_out('/OC /OC1 BDC');
15429. $this-> openMarkedContent = true;
15430. break;
15431. }
15432. case 'screen': {
15433. $this->_out('/OC /OC2 BDC');
15434. $this-> openMarkedContent = true;
15435. break;
15436. }
15437. case 'all': {
15438. $this->_out('');
15439. break;
15440. }
15441. default: {
15442. $this-> Error('Incorrect visibility: '.$v);
15443. break;
15444. }
15445. }
15446. $this-> visibility = $v;
15447. }
15449. /**
15450. * Add transparency parameters to the current extgstate
15451. * @param array $params parameters
15452. * @return the number of extgstates
15453. * @access protected
15454. * @since 3.0.000 (2008-03-27)
15455. */
15456. protected function addExtGState($parms) {
15457. $n = count($this-> extgstates) + 1;
15458. // check if this ExtGState already exist
15459. for ($i = 1; $i < $n; ++$i) {
15460. if ($this-> extgstates[$i]['parms'] == $parms) {
15461. // return reference to existing ExtGState
15462. return $i;
15463. }
15464. }
15465. $this-> extgstates[$n]['parms'] = $parms;
15466. return $n;
15467. }
15469. /**
15470. * Add an extgstate
15471. * @param array $gs extgstate
15472. * @access protected
15473. * @since 3.0.000 (2008-03-27)
15474. */
15475. protected function setExtGState($gs) {
15476. $this->_out( sprintf('/GS%d gs', $gs));
15477. }
15479. /**
15480. * Put extgstates for object transparency
15481. * @param array $gs extgstate
15482. * @access protected
15483. * @since 3.0.000 (2008-03-27)
15484. */
15485. protected function _putextgstates() {
15486. $ne = count($this-> extgstates);
15487. for ($i = 1; $i <= $ne; ++$i) {
15488. $this-> extgstates[$i]['n'] = $this->_newobj();
15489. $out = '<< /Type /ExtGState';
15490. foreach ($this-> extgstates[$i]['parms'] as $k => $v) {
15491. if ( is_float($v)) {
15492. $v = sprintf('%.2F', $v);
15493. }
15494. $out .= ' /'.$k.' '.$v;
15495. }
15496. $out .= ' >>';
15497. $out .= "\n".'endobj';
15498. $this->_out($out);
15499. }
15500. }
15502. /**
15503. * Set alpha for stroking (CA) and non-stroking (ca) operations.
15504. * @param float $alpha real value from 0 (transparent) to 1 (opaque)
15505. * @param string $bm blend mode, one of the following: Normal, Multiply, Screen, Overlay, Darken, Lighten, ColorDodge, ColorBurn, HardLight, SoftLight, Difference, Exclusion, Hue, Saturation, Color, Luminosity
15506. * @access public
15507. * @since 3.0.000 (2008-03-27)
15508. */
15509. public function setAlpha($alpha, $bm='Normal') {
15510. $gs = $this-> addExtGState(array('ca' => $alpha, 'CA' => $alpha, 'BM' => '/'.$bm, 'AIS' => 'false'));
15511. $this-> setExtGState($gs);
15512. }
15514. /**
15515. * Set the default JPEG compression quality (1-100)
15516. * @param int $quality JPEG quality, integer between 1 and 100
15517. * @access public
15518. * @since 3.0.000 (2008-03-27)
15519. */
15520. public function setJPEGQuality($quality) {
15521. if (($quality < 1) OR ($quality > 100)) {
15522. $quality = 75;
15523. }
15524. $this-> jpeg_quality = intval($quality);
15525. }
15527. /**
15528. * Set the default number of columns in a row for HTML tables.
15529. * @param int $cols number of columns
15530. * @access public
15531. * @since 3.0.014 (2008-06-04)
15532. */
15533. public function setDefaultTableColumns($cols=4) {
15534. $this-> default_table_columns = intval($cols);
15535. }
15537. /**
15538. * Set the height of the cell (line height) respect the font height.
15539. * @param int $h cell proportion respect font height (typical value = 1.25).
15540. * @access public
15541. * @since 3.0.014 (2008-06-04)
15542. */
15543. public function setCellHeightRatio($h) {
15544. $this-> cell_height_ratio = $h;
15545. }
15547. /**
15548. * return the height of cell repect font height.
15549. * @access public
15550. * @since 4.0.012 (2008-07-24)
15551. */
15552. public function getCellHeightRatio() {
15553. return $this-> cell_height_ratio;
15554. }
15556. /**
15557. * Set the PDF version (check PDF reference for valid values).
15558. * Default value is 1.t
15559. * @access public
15560. * @since 3.1.000 (2008-06-09)
15561. */
15562. public function setPDFVersion($version='1.7') {
15563. $this-> PDFVersion = $version;
15564. }
15566. /**
15567. * Set the viewer preferences dictionary controlling the way the document is to be presented on the screen or in print.
15568. * (see Section 8.1 of PDF reference, "Viewer Preferences").
15569. * <ul><li>HideToolbar boolean (Optional) A flag specifying whether to hide the viewer application's tool bars when the document is active. Default value: false.</li><li>HideMenubar boolean (Optional) A flag specifying whether to hide the viewer application's menu bar when the document is active. Default value: false.</li><li>HideWindowUI boolean (Optional) A flag specifying whether to hide user interface elements in the document's window (such as scroll bars and navigation controls), leaving only the document's contents displayed. Default value: false.</li><li>FitWindow boolean (Optional) A flag specifying whether to resize the document's window to fit the size of the first displayed page. Default value: false.</li><li>CenterWindow boolean (Optional) A flag specifying whether to position the document's window in the center of the screen. Default value: false.</li><li>DisplayDocTitle boolean (Optional; PDF 1.4) A flag specifying whether the window's title bar should display the document title taken from the Title entry of the document information dictionary (see Section 10.2.1, "Document Information Dictionary"). If false, the title bar should instead display the name of the PDF file containing the document. Default value: false.</li><li>NonFullScreenPageMode name (Optional) The document's page mode, specifying how to display the document on exiting full-screen mode:<ul><li>UseNone Neither document outline nor thumbnail images visible</li><li>UseOutlines Document outline visible</li><li>UseThumbs Thumbnail images visible</li><li>UseOC Optional content group panel visible</li></ul>This entry is meaningful only if the value of the PageMode entry in the catalog dictionary (see Section 3.6.1, "Document Catalog") is FullScreen; it is ignored otherwise. Default value: UseNone.</li><li>ViewArea name (Optional; PDF 1.4) The name of the page boundary representing the area of a page to be displayed when viewing the document on the screen. Valid values are (see Section 10.10.1, "Page Boundaries").:<ul><li>MediaBox</li><li>CropBox (default)</li><li>BleedBox</li><li>TrimBox</li><li>ArtBox</li></ul></li><li>ViewClip name (Optional; PDF 1.4) The name of the page boundary to which the contents of a page are to be clipped when viewing the document on the screen. Valid values are (see Section 10.10.1, "Page Boundaries").:<ul><li>MediaBox</li><li>CropBox (default)</li><li>BleedBox</li><li>TrimBox</li><li>ArtBox</li></ul></li><li>PrintArea name (Optional; PDF 1.4) The name of the page boundary representing the area of a page to be rendered when printing the document. Valid values are (see Section 10.10.1, "Page Boundaries").:<ul><li>MediaBox</li><li>CropBox (default)</li><li>BleedBox</li><li>TrimBox</li><li>ArtBox</li></ul></li><li>PrintClip name (Optional; PDF 1.4) The name of the page boundary to which the contents of a page are to be clipped when printing the document. Valid values are (see Section 10.10.1, "Page Boundaries").:<ul><li>MediaBox</li><li>CropBox (default)</li><li>BleedBox</li><li>TrimBox</li><li>ArtBox</li></ul></li><li>PrintScaling name (Optional; PDF 1.6) The page scaling option to be selected when a print dialog is displayed for this document. Valid values are: <ul><li>None, which indicates that the print dialog should reflect no page scaling</li><li>AppDefault (default), which indicates that applications should use the current print scaling</li></ul></li><li>Duplex name (Optional; PDF 1.7) The paper handling option to use when printing the file from the print dialog. The following values are valid:<ul><li>Simplex - Print single-sided</li><li>DuplexFlipShortEdge - Duplex and flip on the short edge of the sheet</li><li>DuplexFlipLongEdge - Duplex and flip on the long edge of the sheet</li></ul>Default value: none</li><li>PickTrayByPDFSize boolean (Optional; PDF 1.7) A flag specifying whether the PDF page size is used to select the input paper tray. This setting influences only the preset values used to populate the print dialog presented by a PDF viewer application. If PickTrayByPDFSize is true, the check box in the print dialog associated with input paper tray is checked. Note: This setting has no effect on Mac OS systems, which do not provide the ability to pick the input tray by size.</li><li>PrintPageRange array (Optional; PDF 1.7) The page numbers used to initialize the print dialog box when the file is printed. The first page of the PDF file is denoted by 1. Each pair consists of the first and last pages in the sub-range. An odd number of integers causes this entry to be ignored. Negative numbers cause the entire array to be ignored. Default value: as defined by PDF viewer application</li><li>NumCopies integer (Optional; PDF 1.7) The number of copies to be printed when the print dialog is opened for this file. Supported values are the integers 2 through 5. Values outside this range are ignored. Default value: as defined by PDF viewer application, but typically 1</li></ul>
15570. * @param array $preferences array of options.
15571. * @author Nicola Asuni
15572. * @access public
15573. * @since 3.1.000 (2008-06-09)
15574. */
15575. public function setViewerPreferences($preferences) {
15576. $this-> viewer_preferences = $preferences;
15577. }
15579. /**
15580. * Paints color transition registration bars
15581. * @param float $x abscissa of the top left corner of the rectangle.
15582. * @param float $y ordinate of the top left corner of the rectangle.
15583. * @param float $w width of the rectangle.
15584. * @param float $h height of the rectangle.
15585. * @param boolean $transition if true prints tcolor transitions to white.
15586. * @param boolean $vertical if true prints bar vertically.
15587. * @param string $colors colors to print, one letter per color separated by comma (for example 'A,W,R,G,B,C,M,Y,K'): A=black, W=white, R=red, G=green, B=blue, C=cyan, M=magenta, Y=yellow, K=black.
15588. * @author Nicola Asuni
15589. * @since 4.9.000 (2010-03-26)
15590. * @access public
15591. */
15592. public function colorRegistrationBar($x, $y, $w, $h, $transition=true, $vertical=false, $colors='A,R,G,B,C,M,Y,K') {
15593. $bars = explode(',', $colors);
15594. $numbars = count($bars); // number of bars to print
15595. // set bar measures
15596. if ($vertical) {
15597. $coords = array(0, 0, 0, 1);
15598. $wb = $w / $numbars; // bar width
15599. $hb = $h; // bar height
15600. $xd = $wb; // delta x
15601. $yd = 0; // delta y
15602. } else {
15603. $coords = array(1, 0, 0, 0);
15604. $wb = $w; // bar width
15605. $hb = $h / $numbars; // bar height
15606. $xd = 0; // delta x
15607. $yd = $hb; // delta y
15608. }
15609. $xb = $x;
15610. $yb = $y;
15611. foreach ($bars as $col) {
15612. switch ($col) {
15613. // set transition colors
15614. case 'A': { // BLACK
15615. $col_a = array(255);
15616. $col_b = array(0);
15617. break;
15618. }
15619. case 'W': { // WHITE
15620. $col_a = array(0);
15621. $col_b = array(255);
15622. break;
15623. }
15624. case 'R': { // R
15625. $col_a = array(255,255,255);
15626. $col_b = array(255,0,0);
15627. break;
15628. }
15629. case 'G': { // G
15630. $col_a = array(255,255,255);
15631. $col_b = array(0,255,0);
15632. break;
15633. }
15634. case 'B': { // B
15635. $col_a = array(255,255,255);
15636. $col_b = array(0,0,255);
15637. break;
15638. }
15639. case 'C': { // C
15640. $col_a = array(0,0,0,0);
15641. $col_b = array(100,0,0,0);
15642. break;
15643. }
15644. case 'M': { // M
15645. $col_a = array(0,0,0,0);
15646. $col_b = array(0,100,0,0);
15647. break;
15648. }
15649. case 'Y': { // Y
15650. $col_a = array(0,0,0,0);
15651. $col_b = array(0,0,100,0);
15652. break;
15653. }
15654. case 'K': { // K
15655. $col_a = array(0,0,0,0);
15656. $col_b = array(0,0,0,100);
15657. break;
15658. }
15659. default: { // GRAY
15660. $col_a = array(255);
15661. $col_b = array(0);
15662. break;
15663. }
15664. }
15665. if ($transition) {
15666. // color gradient
15667. $this-> LinearGradient($xb, $yb, $wb, $hb, $col_a, $col_b, $coords);
15668. } else {
15669. // color rectangle
15670. $this-> SetFillColorArray($col_b);
15671. $this-> Rect($xb, $yb, $wb, $hb, 'F', array());
15672. }
15673. $xb += $xd;
15674. $yb += $yd;
15675. }
15676. }
15678. /**
15679. * Paints crop mark
15680. * @param float $x abscissa of the crop mark center.
15681. * @param float $y ordinate of the crop mark center.
15682. * @param float $w width of the crop mark.
15683. * @param float $h height of the crop mark.
15684. * @param string $type type of crop mark, one sybol per type separated by comma: A = top left, B = top right, C = bottom left, D = bottom right.
15685. * @param array $color crop mark color (default black).
15686. * @author Nicola Asuni
15687. * @since 4.9.000 (2010-03-26)
15688. * @access public
15689. */
15690. public function cropMark($x, $y, $w, $h, $type='A,B,C,D', $color=array(0,0,0)) {
15691. $this-> SetLineStyle(array('width' => (0.5 / $this-> k), 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => $color));
15692. $crops = explode(',', $type);
15693. $numcrops = count($crops); // number of crop marks to print
15694. $dw = $w / 4; // horizontal space to leave before the intersection point
15695. $dh = $h / 4; // vertical space to leave before the intersection point
15696. foreach ($crops as $crop) {
15697. switch ($crop) {
15698. case 'A': {
15699. $x1 = $x;
15700. $y1 = $y - $h;
15701. $x2 = $x;
15702. $y2 = $y - $dh;
15703. $x3 = $x - $w;
15704. $y3 = $y;
15705. $x4 = $x - $dw;
15706. $y4 = $y;
15707. break;
15708. }
15709. case 'B': {
15710. $x1 = $x;
15711. $y1 = $y - $h;
15712. $x2 = $x;
15713. $y2 = $y - $dh;
15714. $x3 = $x + $dw;
15715. $y3 = $y;
15716. $x4 = $x + $w;
15717. $y4 = $y;
15718. break;
15719. }
15720. case 'C': {
15721. $x1 = $x - $w;
15722. $y1 = $y;
15723. $x2 = $x - $dw;
15724. $y2 = $y;
15725. $x3 = $x;
15726. $y3 = $y + $dh;
15727. $x4 = $x;
15728. $y4 = $y + $h;
15729. break;
15730. }
15731. case 'D': {
15732. $x1 = $x + $dw;
15733. $y1 = $y;
15734. $x2 = $x + $w;
15735. $y2 = $y;
15736. $x3 = $x;
15737. $y3 = $y + $dh;
15738. $x4 = $x;
15739. $y4 = $y + $h;
15740. break;
15741. }
15742. }
15743. $this-> Line($x1, $y1, $x2, $y2);
15744. $this-> Line($x3, $y3, $x4, $y4);
15745. }
15746. }
15748. /**
15749. * Paints a registration mark
15750. * @param float $x abscissa of the registration mark center.
15751. * @param float $y ordinate of the registration mark center.
15752. * @param float $r radius of the crop mark.
15753. * @param boolean $double if true print two concentric crop marks.
15754. * @param array $cola crop mark color (default black).
15755. * @param array $colb second crop mark color.
15756. * @author Nicola Asuni
15757. * @since 4.9.000 (2010-03-26)
15758. * @access public
15759. */
15760. public function registrationMark($x, $y, $r, $double=false, $cola=array(0,0,0), $colb=array(255,255,255)) {
15761. $line_style = array('width' => (0.5 / $this-> k), 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => $cola);
15762. $this-> SetFillColorArray($cola);
15763. $this-> PieSector($x, $y, $r, 90, 180, 'F');
15764. $this-> PieSector($x, $y, $r, 270, 360, 'F');
15765. $this-> Circle($x, $y, $r, 0, 360, 'C', $line_style, array(), 8);
15766. if ($double) {
15767. $r2 = $r * 0.5;
15768. $this-> SetFillColorArray($colb);
15769. $this-> PieSector($x, $y, $r2, 90, 180, 'F');
15770. $this-> PieSector($x, $y, $r2, 270, 360, 'F');
15771. $this-> SetFillColorArray($cola);
15772. $this-> PieSector($x, $y, $r2, 0, 90, 'F');
15773. $this-> PieSector($x, $y, $r2, 180, 270, 'F');
15774. $this-> Circle($x, $y, $r2, 0, 360, 'C', $line_style, array(), 8);
15775. }
15776. }
15778. /**
15779. * Paints a linear colour gradient.
15780. * @param float $x abscissa of the top left corner of the rectangle.
15781. * @param float $y ordinate of the top left corner of the rectangle.
15782. * @param float $w width of the rectangle.
15783. * @param float $h height of the rectangle.
15784. * @param array $col1 first color (Grayscale, RGB or CMYK components).
15785. * @param array $col2 second color (Grayscale, RGB or CMYK components).
15786. * @param array $coords array of the form (x1, y1, x2, y2) which defines the gradient vector (see linear_gradient_coords.jpg). The default value is from left to right (x1=0, y1=0, x2=1, y2=0).
15787. * @author Andreas Würmser, Nicola Asuni
15788. * @since 3.1.000 (2008-06-09)
15789. * @access public
15790. */
15791. public function LinearGradient($x, $y, $w, $h, $col1=array(), $col2=array(), $coords=array(0,0,1,0)) {
15792. $this-> Clip($x, $y, $w, $h);
15793. $this-> Gradient(2, $coords, array(array('color' => $col1, 'offset' => 0, 'exponent' => 1), array('color' => $col2, 'offset' => 1, 'exponent' => 1)), array(), false);
15794. }
15796. /**
15797. * Paints a radial colour gradient.
15798. * @param float $x abscissa of the top left corner of the rectangle.
15799. * @param float $y ordinate of the top left corner of the rectangle.
15800. * @param float $w width of the rectangle.
15801. * @param float $h height of the rectangle.
15802. * @param array $col1 first color (Grayscale, RGB or CMYK components).
15803. * @param array $col2 second color (Grayscale, RGB or CMYK components).
15804. * @param array $coords array of the form (fx, fy, cx, cy, r) where (fx, fy) is the starting point of the gradient with color1, (cx, cy) is the center of the circle with color2, and r is the radius of the circle (see radial_gradient_coords.jpg). (fx, fy) should be inside the circle, otherwise some areas will not be defined.
15805. * @author Andreas Würmser, Nicola Asuni
15806. * @since 3.1.000 (2008-06-09)
15807. * @access public
15808. */
15809. public function RadialGradient($x, $y, $w, $h, $col1=array(), $col2=array(), $coords=array(0.5,0.5,0.5,0.5,1)) {
15810. $this-> Clip($x, $y, $w, $h);
15811. $this-> Gradient(3, $coords, array(array('color' => $col1, 'offset' => 0, 'exponent' => 1), array('color' => $col2, 'offset' => 1, 'exponent' => 1)), array(), false);
15812. }
15814. /**
15815. * Paints a coons patch mesh.
15816. * @param float $x abscissa of the top left corner of the rectangle.
15817. * @param float $y ordinate of the top left corner of the rectangle.
15818. * @param float $w width of the rectangle.
15819. * @param float $h height of the rectangle.
15820. * @param array $col1 first color (lower left corner) (RGB components).
15821. * @param array $col2 second color (lower right corner) (RGB components).
15822. * @param array $col3 third color (upper right corner) (RGB components).
15823. * @param array $col4 fourth color (upper left corner) (RGB components).
15824. * @param array $coords <ul><li>for one patch mesh: array(float x1, float y1, .... float x12, float y12): 12 pairs of coordinates (normally from 0 to 1) which specify the Bezier control points that define the patch. First pair is the lower left edge point, next is its right control point (control point 2). Then the other points are defined in the order: control point 1, edge point, control point 2 going counter-clockwise around the patch. Last (x12, y12) is the first edge point's left control point (control point 1).</li><li>for two or more patch meshes: array[number of patches]: arrays with the following keys for each patch: f: where to put that patch (0 = first patch, 1, 2, 3 = right, top and left of precedent patch - I didn't figure this out completely - just try and error ;-) points: 12 pairs of coordinates of the Bezier control points as above for the first patch, 8 pairs of coordinates for the following patches, ignoring the coordinates already defined by the precedent patch (I also didn't figure out the order of these - also: try and see what's happening) colors: must be 4 colors for the first patch, 2 colors for the following patches</li></ul>
15825. * @param array $coords_min minimum value used by the coordinates. If a coordinate's value is smaller than this it will be cut to coords_min. default: 0
15826. * @param array $coords_max maximum value used by the coordinates. If a coordinate's value is greater than this it will be cut to coords_max. default: 1
15827. * @param boolean $antialias A flag indicating whether to filter the shading function to prevent aliasing artifacts.
15828. * @author Andreas Würmser, Nicola Asuni
15829. * @since 3.1.000 (2008-06-09)
15830. * @access public
15831. */
15832. public function CoonsPatchMesh($x, $y, $w, $h, $col1=array(), $col2=array(), $col3=array(), $col4=array(), $coords=array(0.00,0.0,0.33,0.00,0.67,0.00,1.00,0.00,1.00,0.33,1.00,0.67,1.00,1.00,0.67,1.00,0.33,1.00,0.00,1.00,0.00,0.67,0.00,0.33), $coords_min=0, $coords_max=1, $antialias=false) {
15833. $this-> Clip($x, $y, $w, $h);
15834. $n = count($this-> gradients) + 1;
15835. $this-> gradients[$n] = array();
15836. $this-> gradients[$n]['type'] = 6; //coons patch mesh
15837. $this-> gradients[$n]['coords'] = array();
15838. $this-> gradients[$n]['antialias'] = $antialias;
15839. $this-> gradients[$n]['colors'] = array();
15840. $this-> gradients[$n]['transparency'] = false;
15841. //check the coords array if it is the simple array or the multi patch array
15842. if (!isset($coords[0]['f'])) {
15843. //simple array -> convert to multi patch array
15844. if (!isset($col1[1])) {
15845. $col1[1] = $col1[2] = $col1[0];
15846. }
15847. if (!isset($col2[1])) {
15848. $col2[1] = $col2[2] = $col2[0];
15849. }
15850. if (!isset($col3[1])) {
15851. $col3[1] = $col3[2] = $col3[0];
15852. }
15853. if (!isset($col4[1])) {
15854. $col4[1] = $col4[2] = $col4[0];
15855. }
15856. $patch_array[0]['f'] = 0;
15857. $patch_array[0]['points'] = $coords;
15858. $patch_array[0]['colors'][0]['r'] = $col1[0];
15859. $patch_array[0]['colors'][0]['g'] = $col1[1];
15860. $patch_array[0]['colors'][0]['b'] = $col1[2];
15861. $patch_array[0]['colors'][1]['r'] = $col2[0];
15862. $patch_array[0]['colors'][1]['g'] = $col2[1];
15863. $patch_array[0]['colors'][1]['b'] = $col2[2];
15864. $patch_array[0]['colors'][2]['r'] = $col3[0];
15865. $patch_array[0]['colors'][2]['g'] = $col3[1];
15866. $patch_array[0]['colors'][2]['b'] = $col3[2];
15867. $patch_array[0]['colors'][3]['r'] = $col4[0];
15868. $patch_array[0]['colors'][3]['g'] = $col4[1];
15869. $patch_array[0]['colors'][3]['b'] = $col4[2];
15870. } else {
15871. //multi patch array
15872. $patch_array = $coords;
15873. }
15874. $bpcd = 65535; //16 bits per coordinate
15875. //build the data stream
15876. $this-> gradients[$n]['stream'] = '';
15877. $count_patch = count($patch_array);
15878. for ($i=0; $i < $count_patch; ++$i) {
15879. $this-> gradients[$n]['stream'] .= chr($patch_array[$i]['f']); //start with the edge flag as 8 bit
15880. $count_points = count($patch_array[$i]['points']);
15881. for ($j=0; $j < $count_points; ++$j) {
15882. //each point as 16 bit
15883. $patch_array[$i]['points'][$j] = (($patch_array[$i]['points'][$j] - $coords_min) / ($coords_max - $coords_min)) * $bpcd;
15884. if ($patch_array[$i]['points'][$j] < 0) {
15885. $patch_array[$i]['points'][$j] = 0;
15886. }
15887. if ($patch_array[$i]['points'][$j] > $bpcd) {
15888. $patch_array[$i]['points'][$j] = $bpcd;
15889. }
15890. $this-> gradients[$n]['stream'] .= chr( floor($patch_array[$i]['points'][$j] / 256));
15891. $this-> gradients[$n]['stream'] .= chr( floor($patch_array[$i]['points'][$j] % 256));
15892. }
15893. $count_cols = count($patch_array[$i]['colors']);
15894. for ($j=0; $j < $count_cols; ++$j) {
15895. //each color component as 8 bit
15896. $this-> gradients[$n]['stream'] .= chr($patch_array[$i]['colors'][$j]['r']);
15897. $this-> gradients[$n]['stream'] .= chr($patch_array[$i]['colors'][$j]['g']);
15898. $this-> gradients[$n]['stream'] .= chr($patch_array[$i]['colors'][$j]['b']);
15899. }
15900. }
15901. //paint the gradient
15902. $this->_out('/Sh'.$n.' sh');
15903. //restore previous Graphic State
15904. $this->_out('Q');
15905. }
15907. /**
15908. * Set a rectangular clipping area.
15909. * @param float $x abscissa of the top left corner of the rectangle (or top right corner for RTL mode).
15910. * @param float $y ordinate of the top left corner of the rectangle.
15911. * @param float $w width of the rectangle.
15912. * @param float $h height of the rectangle.
15913. * @author Andreas Würmser, Nicola Asuni
15914. * @since 3.1.000 (2008-06-09)
15915. * @access protected
15916. */
15917. protected function Clip($x, $y, $w, $h) {
15918. if ($this-> rtl) {
15919. $x = $this-> w - $x - $w;
15920. }
15921. //save current Graphic State
15922. $s = 'q';
15923. //set clipping area
15924. $s .= sprintf(' %.2F %.2F %.2F %.2F re W n', $x*$this-> k, ($this-> h-$y)*$this-> k, $w*$this-> k, -$h*$this-> k);
15925. //set up transformation matrix for gradient
15926. $s .= sprintf(' %.3F 0 0 %.3F %.3F %.3F cm', $w*$this-> k, $h*$this-> k, $x*$this-> k, ($this-> h-($y+$h))*$this-> k);
15927. $this->_out($s);
15928. }
15930. /**
15931. * Output gradient.
15932. * @param int $type type of gradient (1 Function-based shading; 2 Axial shading; 3 Radial shading; 4 Free-form Gouraud-shaded triangle mesh; 5 Lattice-form Gouraud-shaded triangle mesh; 6 Coons patch mesh; 7 Tensor-product patch mesh). (Not all types are currently supported)
15933. * @param array $coords array of coordinates.
15934. * @param array $stops array gradient color components: color = array of GRAY, RGB or CMYK color components; offset = (0 to 1) represents a location along the gradient vector; exponent = exponent of the exponential interpolation function (default = 1).
15935. * @param array $background An array of colour components appropriate to the colour space, specifying a single background colour value.
15936. * @param boolean $antialias A flag indicating whether to filter the shading function to prevent aliasing artifacts.
15937. * @author Nicola Asuni
15938. * @since 3.1.000 (2008-06-09)
15939. * @access public
15940. */
15941. public function Gradient($type, $coords, $stops, $background=array(), $antialias=false) {
15942. $n = count($this-> gradients) + 1;
15943. $this-> gradients[$n] = array();
15944. $this-> gradients[$n]['type'] = $type;
15945. $this-> gradients[$n]['coords'] = $coords;
15946. $this-> gradients[$n]['antialias'] = $antialias;
15947. $this-> gradients[$n]['colors'] = array();
15948. $this-> gradients[$n]['transparency'] = false;
15949. // color space
15950. $numcolspace = count($stops[0]['color']);
15951. $bcolor = array_values($background);
15952. switch($numcolspace) {
15953. case 4: { // CMYK
15954. $this-> gradients[$n]['colspace'] = 'DeviceCMYK';
15955. if (! empty($background)) {
15956. $this-> gradients[$n]['background'] = sprintf('%.3F %.3F %.3F %.3F', $bcolor[0]/100, $bcolor[1]/100, $bcolor[2]/100, $bcolor[3]/100);
15957. }
15958. break;
15959. }
15960. case 3: { // RGB
15961. $this-> gradients[$n]['colspace'] = 'DeviceRGB';
15962. if (! empty($background)) {
15963. $this-> gradients[$n]['background'] = sprintf('%.3F %.3F %.3F', $bcolor[0]/255, $bcolor[1]/255, $bcolor[2]/255);
15964. }
15965. break;
15966. }
15967. case 1: { // Gray scale
15968. $this-> gradients[$n]['colspace'] = 'DeviceGray';
15969. if (! empty($background)) {
15970. $this-> gradients[$n]['background'] = sprintf('%.3F', $bcolor[0]/255);
15971. }
15972. break;
15973. }
15974. }
15975. $num_stops = count($stops);
15976. $last_stop_id = $num_stops - 1;
15977. foreach ($stops as $key => $stop) {
15978. $this-> gradients[$n]['colors'][$key] = array();
15979. // offset represents a location along the gradient vector
15980. if (isset($stop['offset'])) {
15981. $this-> gradients[$n]['colors'][$key]['offset'] = $stop['offset'];
15982. } else {
15983. if ($key == 0) {
15984. $this-> gradients[$n]['colors'][$key]['offset'] = 0;
15985. } elseif ($key == $last_stop_id) {
15986. $this-> gradients[$n]['colors'][$key]['offset'] = 1;
15987. } else {
15988. $offsetstep = (1 - $this-> gradients[$n]['colors'][($key - 1)]['offset']) / ($num_stops - $key);
15989. $this-> gradients[$n]['colors'][$key]['offset'] = $this-> gradients[$n]['colors'][($key - 1)]['offset'] + $offsetstep;
15990. }
15991. }
15992. if (isset($stop['opacity'])) {
15993. $this-> gradients[$n]['colors'][$key]['opacity'] = $stop['opacity'];
15994. if ($stop['opacity'] < 1) {
15995. $this-> gradients[$n]['transparency'] = true;
15996. }
15997. } else {
15998. $this-> gradients[$n]['colors'][$key]['opacity'] = 1;
15999. }
16000. // exponent for the exponential interpolation function
16001. if (isset($stop['exponent'])) {
16002. $this-> gradients[$n]['colors'][$key]['exponent'] = $stop['exponent'];
16003. } else {
16004. $this-> gradients[$n]['colors'][$key]['exponent'] = 1;
16005. }
16006. // set colors
16007. $color = array_values($stop['color']);
16008. switch($numcolspace) {
16009. case 4: { // CMYK
16010. $this-> gradients[$n]['colors'][$key]['color'] = sprintf('%.3F %.3F %.3F %.3F', $color[0]/100, $color[1]/100, $color[2]/100, $color[3]/100);
16011. break;
16012. }
16013. case 3: { // RGB
16014. $this-> gradients[$n]['colors'][$key]['color'] = sprintf('%.3F %.3F %.3F', $color[0]/255, $color[1]/255, $color[2]/255);
16015. break;
16016. }
16017. case 1: { // Gray scale
16018. $this-> gradients[$n]['colors'][$key]['color'] = sprintf('%.3F', $color[0]/255);
16019. break;
16020. }
16021. }
16022. }
16023. if ($this-> gradients[$n]['transparency']) {
16024. // paint luminosity gradient
16025. $this->_out('/TGS'.$n.' gs');
16026. }
16027. //paint the gradient
16028. $this->_out('/Sh'.$n.' sh');
16029. //restore previous Graphic State
16030. $this->_out('Q');
16031. }
16033. /**
16034. * Output gradient shaders.
16035. * @author Nicola Asuni
16036. * @since 3.1.000 (2008-06-09)
16037. * @access protected
16038. */
16039. function _putshaders() {
16040. $idt = count($this-> gradients); //index for transparency gradients
16041. foreach ($this-> gradients as $id => $grad) {
16042. if (($grad['type'] == 2) OR ($grad['type'] == 3)) {
16043. $fc = $this->_newobj();
16044. $out = '<<';
16045. $out .= ' /FunctionType 3';
16046. $out .= ' /Domain [0 1]';
16047. $functions = '';
16048. $bounds = '';
16049. $encode = '';
16050. $i = 1;
16051. $num_cols = count($grad['colors']);
16052. $lastcols = $num_cols - 1;
16053. for ($i = 1; $i < $num_cols; ++$i) {
16054. $functions .= ($fc + $i).' 0 R ';
16055. if ($i < $lastcols) {
16056. $bounds .= sprintf('%.3F ', $grad['colors'][$i]['offset']);
16057. }
16058. $encode .= '0 1 ';
16059. }
16060. $out .= ' /Functions ['.trim($functions).']';
16061. $out .= ' /Bounds ['.trim($bounds).']';
16062. $out .= ' /Encode ['.trim($encode).']';
16063. $out .= ' >>';
16064. $out .= "\n".'endobj';
16065. $this->_out($out);
16066. for ($i = 1; $i < $num_cols; ++$i) {
16067. $this->_newobj();
16068. $out = '<<';
16069. $out .= ' /FunctionType 2';
16070. $out .= ' /Domain [0 1]';
16071. $out .= ' /C0 ['.$grad['colors'][($i - 1)]['color'].']';
16072. $out .= ' /C1 ['.$grad['colors'][$i]['color'].']';
16073. $out .= ' /N '.$grad['colors'][$i]['exponent'];
16074. $out .= ' >>';
16075. $out .= "\n".'endobj';
16076. $this->_out($out);
16077. }
16078. // set transparency fuctions
16079. if ($grad['transparency']) {
16080. $ft = $this->_newobj();
16081. $out = '<<';
16082. $out .= ' /FunctionType 3';
16083. $out .= ' /Domain [0 1]';
16084. $functions = '';
16085. $i = 1;
16086. $num_cols = count($grad['colors']);
16087. for ($i = 1; $i < $num_cols; ++$i) {
16088. $functions .= ($ft + $i).' 0 R ';
16089. }
16090. $out .= ' /Functions ['.trim($functions).']';
16091. $out .= ' /Bounds ['.trim($bounds).']';
16092. $out .= ' /Encode ['.trim($encode).']';
16093. $out .= ' >>';
16094. $out .= "\n".'endobj';
16095. $this->_out($out);
16096. for ($i = 1; $i < $num_cols; ++$i) {
16097. $this->_newobj();
16098. $out = '<<';
16099. $out .= ' /FunctionType 2';
16100. $out .= ' /Domain [0 1]';
16101. $out .= ' /C0 ['.$grad['colors'][($i - 1)]['opacity'].']';
16102. $out .= ' /C1 ['.$grad['colors'][$i]['opacity'].']';
16103. $out .= ' /N '.$grad['colors'][$i]['exponent'];
16104. $out .= ' >>';
16105. $out .= "\n".'endobj';
16106. $this->_out($out);
16107. }
16108. }
16109. }
16110. // set shading object
16111. $this->_newobj();
16112. $out = '<< /ShadingType '.$grad['type'];
16113. if (isset($grad['colspace'])) {
16114. $out .= ' /ColorSpace /'.$grad['colspace'];
16115. } else {
16116. $out .= ' /ColorSpace /DeviceRGB';
16117. }
16118. if (isset($grad['background']) AND ! empty($grad['background'])) {
16119. $out .= ' /Background ['.$grad['background'].']';
16120. }
16121. if (isset($grad['antialias']) AND ($grad['antialias'] === true)) {
16122. $out .= ' /AntiAlias true';
16123. }
16124. if ($grad['type'] == 2) {
16125. $out .= ' '.sprintf('/Coords [%.3F %.3F %.3F %.3F]', $grad['coords'][0], $grad['coords'][1], $grad['coords'][2], $grad['coords'][3]);
16126. $out .= ' /Domain [0 1]';
16127. $out .= ' /Function '.$fc.' 0 R';
16128. $out .= ' /Extend [true true]';
16129. $out .= ' >>';
16130. } elseif ($grad['type'] == 3) {
16131. //x0, y0, r0, x1, y1, r1
16132. //at this this time radius of inner circle is 0
16133. $out .= ' '.sprintf('/Coords [%.3F %.3F 0 %.3F %.3F %.3F]', $grad['coords'][0], $grad['coords'][1], $grad['coords'][2], $grad['coords'][3], $grad['coords'][4]);
16134. $out .= ' /Domain [0 1]';
16135. $out .= ' /Function '.$fc.' 0 R';
16136. $out .= ' /Extend [true true]';
16137. $out .= ' >>';
16138. } elseif ($grad['type'] == 6) {
16139. $out .= ' /BitsPerCoordinate 16';
16140. $out .= ' /BitsPerComponent 8';
16141. $out .= ' /Decode[0 1 0 1 0 1 0 1 0 1]';
16142. $out .= ' /BitsPerFlag 8';
16143. $stream = $this->_getrawstream($grad['stream']);
16144. $out .= ' /Length '.strlen($stream);
16145. $out .= ' >>';
16146. $out .= ' stream'."\n".$stream."\n".'endstream';
16147. }
16148. $out .= "\n".'endobj';
16149. $this->_out($out);
16150. if ($grad['transparency']) {
16151. $shading_transparency = preg_replace('/\/ColorSpace \/[^\s]+/si', '/ColorSpace /DeviceGray', $out);
16152. $shading_transparency = preg_replace('/\/Function [0-9]+ /si', '/Function '.$ft.' ', $shading_transparency);
16153. }
16154. $this-> gradients[$id]['id'] = $this-> n;
16155. // set pattern object
16156. $this->_newobj();
16157. $out = '<< /Type /Pattern /PatternType 2';
16158. $out .= ' /Shading '.$this-> gradients[$id]['id'].' 0 R';
16159. $out .= ' >>';
16160. $out .= "\n".'endobj';
16161. $this->_out($out);
16162. $this-> gradients[$id]['pattern'] = $this-> n;
16163. // set shading and pattern for transparency mask
16164. if ($grad['transparency']) {
16165. // luminosity pattern
16166. $idgs = $id + $idt;
16167. $this->_newobj();
16168. $this->_out($shading_transparency);
16169. $this-> gradients[$idgs]['id'] = $this-> n;
16170. $this->_newobj();
16171. $out = '<< /Type /Pattern /PatternType 2';
16172. $out .= ' /Shading '.$this-> gradients[$idgs]['id'].' 0 R';
16173. $out .= ' >>';
16174. $out .= "\n".'endobj';
16175. $this->_out($out);
16176. $this-> gradients[$idgs]['pattern'] = $this-> n;
16177. // luminosity XObject
16178. $oid = $this->_newobj();
16179. $this-> xobjects['LX'.$oid] = array('n' => $oid);
16180. $filter = '';
16181. $stream = 'q /a0 gs /Pattern cs /p'.$idgs.' scn 0 0 '.$this-> wPt.' '.$this-> hPt.' re f Q';
16182. if ($this-> compress) {
16183. $filter = ' /Filter /FlateDecode';
16184. $stream = gzcompress($stream);
16185. }
16186. $stream = $this->_getrawstream($stream);
16187. $out = '<< /Type /XObject /Subtype /Form /FormType 1'.$filter;
16188. $out .= ' /Length '.strlen($stream);
16189. $rect = sprintf('%.2F %.2F', $this-> wPt, $this-> hPt);
16190. $out .= ' /BBox [0 0 '.$rect.']';
16191. $out .= ' /Group << /Type /Group /S /Transparency /CS /DeviceGray >>';
16192. $out .= ' /Resources <<';
16193. $out .= ' /ExtGState << /a0 << /ca 1 /CA 1 >> >>';
16194. $out .= ' /Pattern << /p'.$idgs.' '.$this-> gradients[$idgs]['pattern'].' 0 R >>';
16195. $out .= ' >>';
16196. $out .= ' >> ';
16197. $out .= ' stream'."\n".$stream."\n".'endstream';
16198. $out .= "\n".'endobj';
16199. $this->_out($out);
16200. // SMask
16201. $this->_newobj();
16202. $out = '<< /Type /Mask /S /Luminosity /G '.($this-> n - 1).' 0 R >>'."\n".'endobj';
16203. $this->_out($out);
16204. // ExtGState
16205. $this->_newobj();
16206. $out = '<< /Type /ExtGState /SMask '.($this-> n - 1).' 0 R /AIS false >>'."\n".'endobj';
16207. $this->_out($out);
16208. $this-> extgstates[] = array('n' => $this-> n, 'name' => 'TGS'.$id);
16209. }
16210. }
16211. }
16213. /**
16214. * Draw the sector of a circle.
16215. * It can be used for instance to render pie charts.
16216. * @param float $xc abscissa of the center.
16217. * @param float $yc ordinate of the center.
16218. * @param float $r radius.
16219. * @param float $a start angle (in degrees).
16220. * @param float $b end angle (in degrees).
16221. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
16222. * @param float $cw: indicates whether to go clockwise (default: true).
16223. * @param float $o: origin of angles (0 for 3 o'clock, 90 for noon, 180 for 9 o'clock, 270 for 6 o'clock). Default: 90.
16224. * @author Maxime Delorme, Nicola Asuni
16225. * @since 3.1.000 (2008-06-09)
16226. * @access public
16227. */
16228. public function PieSector($xc, $yc, $r, $a, $b, $style='FD', $cw=true, $o=90) {
16229. $this-> PieSectorXY($xc, $yc, $r, $r, $a, $b, $style, $cw, $o);
16230. }
16232. /**
16233. * Draw the sector of an ellipse.
16234. * It can be used for instance to render pie charts.
16235. * @param float $xc abscissa of the center.
16236. * @param float $yc ordinate of the center.
16237. * @param float $rx the x-axis radius.
16238. * @param float $ry the y-axis radius.
16239. * @param float $a start angle (in degrees).
16240. * @param float $b end angle (in degrees).
16241. * @param string $style Style of rendering. See the getPathPaintOperator() function for more information.
16242. * @param float $cw: indicates whether to go clockwise.
16243. * @param float $o: origin of angles (0 for 3 o'clock, 90 for noon, 180 for 9 o'clock, 270 for 6 o'clock).
16244. * @param integer $nc Number of curves used to draw a 90 degrees portion of arc.
16245. * @author Maxime Delorme, Nicola Asuni
16246. * @since 3.1.000 (2008-06-09)
16247. * @access public
16248. */
16249. public function PieSectorXY($xc, $yc, $rx, $ry, $a, $b, $style='FD', $cw=false, $o=0, $nc=2) {
16250. if ($this-> rtl) {
16251. $xc = $this-> w - $xc;
16252. }
16253. $op = $this-> getPathPaintOperator($style);
16254. if ($op == 'f') {
16255. $line_style = array();
16256. }
16257. if ($cw) {
16258. $d = $b;
16259. $b = 360 - $a + $o;
16260. $a = 360 - $d + $o;
16261. } else {
16262. $b += $o;
16263. $a += $o;
16264. }
16265. $this->_outellipticalarc($xc, $yc, $rx, $ry, 0, $a, $b, true, $nc);
16266. $this->_out($op);
16267. }
16269. /**
16270. * Embed vector-based Adobe Illustrator (AI) or AI-compatible EPS files.
16271. * NOTE: EPS is not yet fully implemented, use the setRasterizeVectorImages() method to enable/disable rasterization of vector images using ImageMagick library.
16272. * Only vector drawing is supported, not text or bitmap.
16273. * Although the script was successfully tested with various AI format versions, best results are probably achieved with files that were exported in the AI3 format (tested with Illustrator CS2, Freehand MX and Photoshop CS2).
16274. * @param string $file Name of the file containing the image.
16275. * @param float $x Abscissa of the upper-left corner.
16276. * @param float $y Ordinate of the upper-left corner.
16277. * @param float $w Width of the image in the page. If not specified or equal to zero, it is automatically calculated.
16278. * @param float $h Height of the image in the page. If not specified or equal to zero, it is automatically calculated.
16279. * @param mixed $link URL or identifier returned by AddLink().
16280. * @param boolean useBoundingBox specifies whether to position the bounding box (true) or the complete canvas (false) at location (x,y). Default value is true.
16281. * @param string $align Indicates the alignment of the pointer next to image insertion relative to image height. The value can be:<ul><li>T: top-right for LTR or top-left for RTL</li><li>M: middle-right for LTR or middle-left for RTL</li><li>B: bottom-right for LTR or bottom-left for RTL</li><li>N: next line</li></ul>
16282. * @param string $palign Allows to center or align the image on the current line. Possible values are:<ul><li>L : left align</li><li>C : center</li><li>R : right align</li><li>'' : empty string : left for LTR or right for RTL</li></ul>
16283. * @param mixed $border Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
16284. * @param boolean $fitonpage if true the image is resized to not exceed page dimensions.
16285. * @author Valentin Schmidt, Nicola Asuni
16286. * @since 3.1.000 (2008-06-09)
16287. * @access public
16288. */
16289. public function ImageEps($file, $x='', $y='', $w=0, $h=0, $link='', $useBoundingBox=true, $align='', $palign='', $border=0, $fitonpage=false) {
16290. if ($this-> rasterize_vector_images AND ($w > 0) AND ($h > 0)) {
16291. // convert EPS to raster image using GD or ImageMagick libraries
16292. return $this-> Image($file, $x, $y, $w, $h, 'EPS', $link, $align, true, 300, $palign, false, false, $border, false, false, $fitonpage);
16293. }
16294. if ($x === '') {
16295. $x = $this-> x;
16296. }
16297. if ($y === '') {
16298. $y = $this-> y;
16299. }
16300. // check page for no-write regions and adapt page margins if necessary
16301. $this-> checkPageRegions($h, $x, $y);
16302. $k = $this-> k;
16303. $data = file_get_contents($file);
16304. if ($data === false) {
16305. $this-> Error('EPS file not found: '.$file);
16306. }
16307. $regs = array();
16308. // EPS/AI compatibility check (only checks files created by Adobe Illustrator!)
16309. preg_match("/%%Creator:([^\r\n]+)/", $data, $regs); # find Creator
16310. if ( count($regs) > 1) {
16311. $version_str = trim($regs[1]); # e.g. "Adobe Illustrator(R) 8.0"
16312. if ( strpos($version_str, 'Adobe Illustrator') !== false) {
16313. $versexp = explode(' ', $version_str);
16314. $version = (float)array_pop($versexp);
16315. if ($version >= 9) {
16316. $this-> Error('This version of Adobe Illustrator file is not supported: '.$file);
16317. }
16318. }
16319. }
16320. // strip binary bytes in front of PS-header
16321. $start = strpos($data, '%!PS-Adobe');
16322. if ($start > 0) {
16323. $data = substr($data, $start);
16324. }
16325. // find BoundingBox params
16326. preg_match("/%%BoundingBox:([^\r\n]+)/", $data, $regs);
16327. if ( count($regs) > 1) {
16328. list($x1, $y1, $x2, $y2) = explode(' ', trim($regs[1]));
16329. } else {
16330. $this-> Error('No BoundingBox found in EPS file: '.$file);
16331. }
16332. $start = strpos($data, '%%EndSetup');
16333. if ($start === false) {
16334. $start = strpos($data, '%%EndProlog');
16335. }
16336. if ($start === false) {
16337. $start = strpos($data, '%%BoundingBox');
16338. }
16339. $data = substr($data, $start);
16340. $end = strpos($data, '%%PageTrailer');
16341. if ($end===false) {
16342. $end = strpos($data, 'showpage');
16343. }
16344. if ($end) {
16345. $data = substr($data, 0, $end);
16346. }
16347. // calculate image width and height on document
16348. if (($w <= 0) AND ($h <= 0)) {
16349. $w = ($x2 - $x1) / $k;
16350. $h = ($y2 - $y1) / $k;
16351. } elseif ($w <= 0) {
16352. $w = ($x2-$x1) / $k * ($h / (($y2 - $y1) / $k));
16353. } elseif ($h <= 0) {
16354. $h = ($y2 - $y1) / $k * ($w / (($x2 - $x1) / $k));
16355. }
16356. // fit the image on available space
16357. $this-> fitBlock($w, $h, $x, $y, $fitonpage);
16358. if ($this-> rasterize_vector_images) {
16359. // convert EPS to raster image using GD or ImageMagick libraries
16360. return $this-> Image($file, $x, $y, $w, $h, 'EPS', $link, $align, true, 300, $palign, false, false, $border, false, false, $fitonpage);
16361. }
16362. // set scaling factors
16363. $scale_x = $w / (($x2 - $x1) / $k);
16364. $scale_y = $h / (($y2 - $y1) / $k);
16365. // set alignment
16366. $this-> img_rb_y = $y + $h;
16367. // set alignment
16368. if ($this-> rtl) {
16369. if ($palign == 'L') {
16370. $ximg = $this-> lMargin;
16371. } elseif ($palign == 'C') {
16372. $ximg = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
16373. } elseif ($palign == 'R') {
16374. $ximg = $this-> w - $this-> rMargin - $w;
16375. } else {
16376. $ximg = $x - $w;
16377. }
16378. $this-> img_rb_x = $ximg;
16379. } else {
16380. if ($palign == 'L') {
16381. $ximg = $this-> lMargin;
16382. } elseif ($palign == 'C') {
16383. $ximg = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
16384. } elseif ($palign == 'R') {
16385. $ximg = $this-> w - $this-> rMargin - $w;
16386. } else {
16387. $ximg = $x;
16388. }
16389. $this-> img_rb_x = $ximg + $w;
16390. }
16391. if ($useBoundingBox) {
16392. $dx = $ximg * $k - $x1;
16393. $dy = $y * $k - $y1;
16394. } else {
16395. $dx = $ximg * $k;
16396. $dy = $y * $k;
16397. }
16398. // save the current graphic state
16399. $this->_out('q'.$this-> epsmarker);
16400. // translate
16401. $this->_out( sprintf('%.3F %.3F %.3F %.3F %.3F %.3F cm', 1, 0, 0, 1, $dx, $dy + ($this-> hPt - (2 * $y * $k) - ($y2 - $y1))));
16402. // scale
16403. if (isset($scale_x)) {
16404. $this->_out( sprintf('%.3F %.3F %.3F %.3F %.3F %.3F cm', $scale_x, 0, 0, $scale_y, $x1 * (1 - $scale_x), $y2 * (1 - $scale_y)));
16405. }
16406. // handle pc/unix/mac line endings
16407. preg_match('/[\r\n]+/s', $data, $regs);
16408. $lines = explode($regs[0], $data);
16409. $u=0;
16410. $cnt = count($lines);
16411. for ($i=0; $i < $cnt; ++$i) {
16412. $line = $lines[$i];
16413. if (($line == '') OR ($line{0} == '%')) {
16414. continue;
16415. }
16416. $len = strlen($line);
16417. $chunks = explode(' ', $line);
16418. $cmd = array_pop($chunks);
16419. // RGB
16420. if (($cmd == 'Xa') OR ($cmd == 'XA')) {
16421. $b = array_pop($chunks);
16422. $g = array_pop($chunks);
16423. $r = array_pop($chunks);
16424. $this->_out(''.$r.' '.$g.' '.$b.' '.($cmd=='Xa'?'rg':'RG')); //substr($line, 0, -2).'rg' -> in EPS (AI8): c m y k r g b rg!
16425. continue;
16426. }
16427. switch ($cmd) {
16428. case 'm':
16429. case 'l':
16430. case 'v':
16431. case 'y':
16432. case 'c':
16433. case 'k':
16434. case 'K':
16435. case 'g':
16436. case 'G':
16437. case 's':
16438. case 'S':
16439. case 'J':
16440. case 'j':
16441. case 'w':
16442. case 'M':
16443. case 'd':
16444. case 'n': {
16445. $this->_out($line);
16446. break;
16447. }
16448. case 'x': {// custom fill color
16449. list($c,$m,$y,$k) = $chunks;
16450. $this->_out(''.$c.' '.$m.' '.$y.' '.$k.' k');
16451. break;
16452. }
16453. case 'X': { // custom stroke color
16454. list($c,$m,$y,$k) = $chunks;
16455. $this->_out(''.$c.' '.$m.' '.$y.' '.$k.' K');
16456. break;
16457. }
16458. case 'Y':
16459. case 'N':
16460. case 'V':
16461. case 'L':
16462. case 'C': {
16463. $line{$len-1} = strtolower($cmd);
16464. $this->_out($line);
16465. break;
16466. }
16467. case 'b':
16468. case 'B': {
16469. $this->_out($cmd . '*');
16470. break;
16471. }
16472. case 'f':
16473. case 'F': {
16474. if ($u > 0) {
16475. $isU = false;
16476. $max = min($i+5, $cnt);
16477. for ($j=$i+1; $j < $max; ++$j) {
16478. $isU = ($isU OR (($lines[$j] == 'U') OR ($lines[$j] == '*U')));
16479. }
16480. if ($isU) {
16481. $this->_out('f*');
16482. }
16483. } else {
16484. $this->_out('f*');
16485. }
16486. break;
16487. }
16488. case '*u': {
16489. ++$u;
16490. break;
16491. }
16492. case '*U': {
16493. --$u;
16494. break;
16495. }
16496. }
16497. }
16498. // restore previous graphic state
16499. $this->_out($this-> epsmarker.'Q');
16500. if (! empty($border)) {
16501. $bx = $this-> x;
16502. $by = $this-> y;
16503. $this-> x = $ximg;
16504. if ($this-> rtl) {
16505. $this-> x += $w;
16506. }
16507. $this-> y = $y;
16508. $this-> Cell($w, $h, '', $border, 0, '', 0, '', 0, true);
16509. $this-> x = $bx;
16510. $this-> y = $by;
16511. }
16512. if ($link) {
16513. $this-> Link($ximg, $y, $w, $h, $link, 0);
16514. }
16515. // set pointer to align the next text/objects
16516. switch($align) {
16517. case 'T':{
16518. $this-> y = $y;
16519. $this-> x = $this-> img_rb_x;
16520. break;
16521. }
16522. case 'M':{
16523. $this-> y = $y + round($h/2);
16524. $this-> x = $this-> img_rb_x;
16525. break;
16526. }
16527. case 'B':{
16528. $this-> y = $this-> img_rb_y;
16529. $this-> x = $this-> img_rb_x;
16530. break;
16531. }
16532. case 'N':{
16533. $this-> SetY($this-> img_rb_y);
16534. break;
16535. }
16536. default:{
16537. break;
16538. }
16539. }
16540. $this-> endlinex = $this-> img_rb_x;
16541. }
16543. /**
16544. * Set document barcode.
16545. * @param string $bc barcode
16546. * @access public
16547. */
16548. public function setBarcode($bc='') {
16549. $this-> barcode = $bc;
16550. }
16552. /**
16553. * Get current barcode.
16554. * @return string
16555. * @access public
16556. * @since 4.0.012 (2008-07-24)
16557. */
16558. public function getBarcode() {
16559. return $this-> barcode;
16560. }
16562. /**
16563. * Print a Linear Barcode.
16564. * @param string $code code to print
16565. * @param string $type type of barcode (see barcodes.php for supported formats).
16566. * @param int $x x position in user units (empty string = current x position)
16567. * @param int $y y position in user units (empty string = current y position)
16568. * @param int $w width in user units (empty string = remaining page width)
16569. * @param int $h height in user units (empty string = remaining page height)
16570. * @param float $xres width of the smallest bar in user units (empty string = default value = 0.4mm)
16571. * @param array $style array of options:<ul>
16572. * <li>boolean $style['border'] if true prints a border</li>
16573. * <li>int $style['padding'] padding to leave around the barcode in user units (set to 'auto' for automatic padding)</li>
16574. * <li>int $style['hpadding'] horizontal padding in user units (set to 'auto' for automatic padding)</li>
16575. * <li>int $style['vpadding'] vertical padding in user units (set to 'auto' for automatic padding)</li>
16576. * <li>array $style['fgcolor'] color array for bars and text</li>
16577. * <li>mixed $style['bgcolor'] color array for background (set to false for transparent)</li>
16578. * <li>boolean $style['text'] if true prints text below the barcode</li>
16579. * <li>string $style['label'] override default label</li>
16580. * <li>string $style['font'] font name for text</li><li>int $style['fontsize'] font size for text</li>
16581. * <li>int $style['stretchtext']: 0 = disabled; 1 = horizontal scaling only if necessary; 2 = forced horizontal scaling; 3 = character spacing only if necessary; 4 = forced character spacing.</li>
16582. * <li>string $style['position'] horizontal position of the containing barcode cell on the page: L = left margin; C = center; R = right margin.</li>
16583. * <li>string $style['align'] horizontal position of the barcode on the containing rectangle: L = left; C = center; R = right.</li>
16584. * <li>string $style['stretch'] if true stretch the barcode to best fit the available width, otherwise uses $xres resolution for a single bar.</li>
16585. * <li>string $style['fitwidth'] if true reduce the width to fit the barcode width + padding. When this option is enabled the 'stretch' option is automatically disabled.</li>
16586. * <li>string $style['cellfitalign'] this option works only when 'fitwidth' is true and 'position' is unset or empty. Set the horizontal position of the containing barcode cell inside the specified rectangle: L = left; C = center; R = right.</li></ul>
16587. * @param string $align Indicates the alignment of the pointer next to barcode insertion relative to barcode height. The value can be:<ul><li>T: top-right for LTR or top-left for RTL</li><li>M: middle-right for LTR or middle-left for RTL</li><li>B: bottom-right for LTR or bottom-left for RTL</li><li>N: next line</li></ul>
16588. * @author Nicola Asuni
16589. * @since 3.1.000 (2008-06-09)
16590. * @access public
16591. */
16592. public function write1DBarcode($code, $type, $x='', $y='', $w='', $h='', $xres='', $style='', $align='') {
16593. if ($this-> empty_string( trim($code))) {
16594. return;
16595. }
16596. require_once( dirname(__FILE__).'/barcodes.php');
16597. // save current graphic settings
16598. $gvars = $this-> getGraphicVars();
16599. // create new barcode object
16600. $barcodeobj = new TCPDFBarcode($code, $type);
16601. $arrcode = $barcodeobj->getBarcodeArray();
16602. if ($arrcode === false) {
16603. $this-> Error('Error in 1D barcode string');
16604. }
16605. // set default values
16606. if (!isset($style['position'])) {
16607. $style['position'] = '';
16608. } elseif ($style['position'] == 'S') {
16609. // keep this for backward compatibility
16610. $style['position'] = '';
16611. $style['stretch'] = true;
16612. }
16613. if (!isset($style['fitwidth'])) {
16614. if (!isset($style['stretch'])) {
16615. $style['fitwidth'] = true;
16616. } else {
16617. $style['fitwidth'] = false;
16618. }
16619. }
16620. if ($style['fitwidth']) {
16621. // disable stretch
16622. $style['stretch'] = false;
16623. }
16624. if (!isset($style['stretch'])) {
16625. if (($w === '') OR ($w <= 0)) {
16626. $style['stretch'] = false;
16627. } else {
16628. $style['stretch'] = true;
16629. }
16630. }
16631. if (!isset($style['fgcolor'])) {
16632. $style['fgcolor'] = array(0,0,0); // default black
16633. }
16634. if (!isset($style['bgcolor'])) {
16635. $style['bgcolor'] = false; // default transparent
16636. }
16637. if (!isset($style['border'])) {
16638. $style['border'] = false;
16639. }
16640. $fontsize = 0;
16641. if (!isset($style['text'])) {
16642. $style['text'] = false;
16643. }
16644. if ($style['text'] AND isset($style['font'])) {
16645. if (isset($style['fontsize'])) {
16646. $fontsize = $style['fontsize'];
16647. }
16648. $this-> SetFont($style['font'], '', $fontsize);
16649. }
16650. if (!isset($style['stretchtext'])) {
16651. $style['stretchtext'] = 4;
16652. }
16653. if ($x === '') {
16654. $x = $this-> x;
16655. }
16656. if ($y === '') {
16657. $y = $this-> y;
16658. }
16659. // check page for no-write regions and adapt page margins if necessary
16660. $this-> checkPageRegions($h, $x, $y);
16661. if (($w === '') OR ($w <= 0)) {
16662. if ($this-> rtl) {
16663. $w = $x - $this-> lMargin;
16664. } else {
16665. $w = $this-> w - $this-> rMargin - $x;
16666. }
16667. }
16668. // padding
16669. if (!isset($style['padding'])) {
16670. $padding = 0;
16671. } elseif ($style['padding'] === 'auto') {
16672. $padding = 10 * ($w / ($arrcode['maxw'] + 20));
16673. } else {
16674. $padding = floatval($style['padding']);
16675. }
16676. // horizontal padding
16677. if (!isset($style['hpadding'])) {
16678. $hpadding = $padding;
16679. } elseif ($style['hpadding'] === 'auto') {
16680. $hpadding = 10 * ($w / ($arrcode['maxw'] + 20));
16681. } else {
16682. $hpadding = floatval($style['hpadding']);
16683. }
16684. // vertical padding
16685. if (!isset($style['vpadding'])) {
16686. $vpadding = $padding;
16687. } elseif ($style['vpadding'] === 'auto') {
16688. $vpadding = ($hpadding / 2);
16689. } else {
16690. $vpadding = floatval($style['vpadding']);
16691. }
16692. // calculate xres (single bar width)
16693. $max_xres = ($w - (2 * $hpadding)) / $arrcode['maxw'];
16694. if ($style['stretch']) {
16695. $xres = $max_xres;
16696. } else {
16697. if ($this-> empty_string($xres)) {
16698. $xres = (0.141 * $this-> k); // default bar width = 0.4 mm
16699. }
16700. if ($xres > $max_xres) {
16701. // correct xres to fit on $w
16702. $xres = $max_xres;
16703. }
16704. if ((isset($style['padding']) AND ($style['padding'] === 'auto'))
16705. OR (isset($style['hpadding']) AND ($style['hpadding'] === 'auto'))) {
16706. $hpadding = 10 * $xres;
16707. if (isset($style['vpadding']) AND ($style['vpadding'] === 'auto')) {
16708. $vpadding = ($hpadding / 2);
16709. }
16710. }
16711. }
16712. if ($style['fitwidth']) {
16713. $wold = $w;
16714. $w = (($arrcode['maxw'] * $xres) + (2 * $hpadding));
16715. if (isset($style['cellfitalign'])) {
16716. switch ($style['cellfitalign']) {
16717. case 'L': {
16718. if ($this-> rtl) {
16719. $x -= ($wold - $w);
16720. }
16721. break;
16722. }
16723. case 'R': {
16724. if (!$this-> rtl) {
16725. $x += ($wold - $w);
16726. }
16727. break;
16728. }
16729. case 'C': {
16730. if ($this-> rtl) {
16731. $x -= (($wold - $w) / 2);
16732. } else {
16733. $x += (($wold - $w) / 2);
16734. }
16735. break;
16736. }
16737. default : {
16738. break;
16739. }
16740. }
16741. }
16742. }
16743. $text_height = ($this-> cell_height_ratio * $fontsize / $this-> k);
16744. // height
16745. if (($h === '') OR ($h <= 0)) {
16746. // set default height
16747. $h = (($arrcode['maxw'] * $xres) / 3) + (2 * $vpadding) + $text_height;
16748. }
16749. $barh = $h - $text_height - (2 * $vpadding);
16750. if ($barh <=0) {
16751. // try to reduce font or padding to fit barcode on available height
16752. if ($text_height > $h) {
16753. $fontsize = (($h * $this-> k) / (4 * $this-> cell_height_ratio));
16754. $text_height = ($this-> cell_height_ratio * $fontsize / $this-> k);
16755. $this-> SetFont($style['font'], '', $fontsize);
16756. }
16757. if ($vpadding > 0) {
16758. $vpadding = (($h - $text_height) / 4);
16759. }
16760. $barh = $h - $text_height - (2 * $vpadding);
16761. }
16762. // fit the barcode on available space
16763. $this-> fitBlock($w, $h, $x, $y, false);
16764. // set alignment
16765. $this-> img_rb_y = $y + $h;
16766. // set alignment
16767. if ($this-> rtl) {
16768. if ($style['position'] == 'L') {
16769. $xpos = $this-> lMargin;
16770. } elseif ($style['position'] == 'C') {
16771. $xpos = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
16772. } elseif ($style['position'] == 'R') {
16773. $xpos = $this-> w - $this-> rMargin - $w;
16774. } else {
16775. $xpos = $x - $w;
16776. }
16777. $this-> img_rb_x = $xpos;
16778. } else {
16779. if ($style['position'] == 'L') {
16780. $xpos = $this-> lMargin;
16781. } elseif ($style['position'] == 'C') {
16782. $xpos = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
16783. } elseif ($style['position'] == 'R') {
16784. $xpos = $this-> w - $this-> rMargin - $w;
16785. } else {
16786. $xpos = $x;
16787. }
16788. $this-> img_rb_x = $xpos + $w;
16789. }
16790. $xpos_rect = $xpos;
16791. if (!isset($style['align'])) {
16792. $style['align'] = 'C';
16793. }
16794. switch ($style['align']) {
16795. case 'L': {
16796. $xpos = $xpos_rect + $hpadding;
16797. break;
16798. }
16799. case 'R': {
16800. $xpos = $xpos_rect + ($w - ($arrcode['maxw'] * $xres)) - $hpadding;
16801. break;
16802. }
16803. case 'C':
16804. default : {
16805. $xpos = $xpos_rect + (($w - ($arrcode['maxw'] * $xres)) / 2);
16806. break;
16807. }
16808. }
16809. $xpos_text = $xpos;
16810. // barcode is always printed in LTR direction
16811. $tempRTL = $this-> rtl;
16812. $this-> rtl = false;
16813. // print background color
16814. if ($style['bgcolor']) {
16815. $this-> Rect($xpos_rect, $y, $w, $h, $style['border'] ? 'DF' : 'F', '', $style['bgcolor']);
16816. } elseif ($style['border']) {
16817. $this-> Rect($xpos_rect, $y, $w, $h, 'D');
16818. }
16819. // set foreground color
16820. $this-> SetDrawColorArray($style['fgcolor']);
16821. $this-> SetTextColorArray($style['fgcolor']);
16822. // print bars
16823. foreach ($arrcode['bcode'] as $k => $v) {
16824. $bw = ($v['w'] * $xres);
16825. if ($v['t']) {
16826. // draw a vertical bar
16827. $ypos = $y + $vpadding + ($v['p'] * $barh / $arrcode['maxh']);
16828. $this-> Rect($xpos, $ypos, $bw, ($v['h'] * $barh / $arrcode['maxh']), 'F', array(), $style['fgcolor']);
16829. }
16830. $xpos += $bw;
16831. }
16832. // print text
16833. if ($style['text']) {
16834. if (isset($style['label']) AND !$this-> empty_string($style['label'])) {
16835. $label = $style['label'];
16836. } else {
16837. $label = $code;
16838. }
16839. $txtwidth = ($arrcode['maxw'] * $xres);
16840. if ($this-> GetStringWidth($label) > $txtwidth) {
16841. $style['stretchtext'] = 2;
16842. }
16843. // print text
16844. $this-> x = $xpos_text;
16845. $this-> y = $y + $vpadding + $barh;
16846. $cellpadding = $this-> cell_padding;
16847. $this-> SetCellPadding(0);
16848. $this-> Cell($txtwidth, '', $label, 0, 0, 'C', 0, '', $style['stretchtext'], false, 'T', 'T');
16849. $this-> cell_padding = $cellpadding;
16850. }
16851. // restore original direction
16852. $this-> rtl = $tempRTL;
16853. // restore previous settings
16854. $this-> setGraphicVars($gvars);
16855. // set pointer to align the next text/objects
16856. switch($align) {
16857. case 'T':{
16858. $this-> y = $y;
16859. $this-> x = $this-> img_rb_x;
16860. break;
16861. }
16862. case 'M':{
16863. $this-> y = $y + round($h / 2);
16864. $this-> x = $this-> img_rb_x;
16865. break;
16866. }
16867. case 'B':{
16868. $this-> y = $this-> img_rb_y;
16869. $this-> x = $this-> img_rb_x;
16870. break;
16871. }
16872. case 'N':{
16873. $this-> SetY($this-> img_rb_y);
16874. break;
16875. }
16876. default:{
16877. break;
16878. }
16879. }
16880. $this-> endlinex = $this-> img_rb_x;
16881. }
16883. /**
16884. * This function is DEPRECATED, please use the new write1DBarcode() function.
16885. * @param int $x x position in user units
16886. * @param int $y y position in user units
16887. * @param int $w width in user units
16888. * @param int $h height position in user units
16889. * @param string $type type of barcode
16890. * @param string $style barcode style
16891. * @param string $font font for text
16892. * @param int $xres x resolution
16893. * @param string $code code to print
16894. * @deprecated deprecated since version 3.1.000 (2008-06-10)
16895. * @access public
16896. * @see write1DBarcode()
16897. */
16898. public function writeBarcode($x, $y, $w, $h, $type, $style, $font, $xres, $code) {
16899. // convert old settings for the new write1DBarcode() function.
16900. $xres = 1 / $xres;
16901. $newstyle = array(
16902. 'position' => '',
16903. 'align' => '',
16904. 'stretch' => false,
16905. 'fitwidth' => false,
16906. 'cellfitalign' => '',
16907. 'border' => false,
16908. 'padding' => 0,
16909. 'fgcolor' => array(0,0,0),
16910. 'bgcolor' => false,
16911. 'text' => true,
16912. 'font' => $font,
16913. 'fontsize' => 8,
16914. 'stretchtext' => 4
16915. );
16916. if ($style & 1) {
16917. $newstyle['border'] = true;
16918. }
16919. if ($style & 2) {
16920. $newstyle['bgcolor'] = false;
16921. }
16922. if ($style & 4) {
16923. $newstyle['position'] = 'C';
16924. } elseif ($style & 8) {
16925. $newstyle['position'] = 'L';
16926. } elseif ($style & 16) {
16927. $newstyle['position'] = 'R';
16928. }
16929. if ($style & 128) {
16930. $newstyle['text'] = true;
16931. }
16932. if ($style & 256) {
16933. $newstyle['stretchtext'] = 4;
16934. }
16935. $this-> write1DBarcode($code, $type, $x, $y, $w, $h, $xres, $newstyle, '');
16936. }
16938. /**
16939. * Print 2D Barcode.
16940. * @param string $code code to print
16941. * @param string $type type of barcode (see 2dbarcodes.php for supported formats).
16942. * @param int $x x position in user units
16943. * @param int $y y position in user units
16944. * @param int $w width in user units
16945. * @param int $h height in user units
16946. * @param array $style array of options:<ul>
16947. * <li>boolean $style['border'] if true prints a border around the barcode</li>
16948. * <li>int $style['padding'] padding to leave around the barcode in barcode units (set to 'auto' for automatic padding)</li>
16949. * <li>int $style['hpadding'] horizontal padding in barcode units (set to 'auto' for automatic padding)</li>
16950. * <li>int $style['vpadding'] vertical padding in barcode units (set to 'auto' for automatic padding)</li>
16951. * <li>int $style['module_width'] width of a single module in points</li>
16952. * <li>int $style['module_height'] height of a single module in points</li>
16953. * <li>array $style['fgcolor'] color array for bars and text</li>
16954. * <li>mixed $style['bgcolor'] color array for background or false for transparent</li>
16955. * <li>string $style['position'] barcode position on the page: L = left margin; C = center; R = right margin; S = stretch</li><li>$style['module_width'] width of a single module in points</li>
16956. * <li>$style['module_height'] height of a single module in points</li></ul>
16957. * @param string $align Indicates the alignment of the pointer next to barcode insertion relative to barcode height. The value can be:<ul><li>T: top-right for LTR or top-left for RTL</li><li>M: middle-right for LTR or middle-left for RTL</li><li>B: bottom-right for LTR or bottom-left for RTL</li><li>N: next line</li></ul>
16958. * @param boolean $distort if true distort the barcode to fit width and height, otherwise preserve aspect ratio
16959. * @author Nicola Asuni
16960. * @since 4.5.037 (2009-04-07)
16961. * @access public
16962. */
16963. public function write2DBarcode($code, $type, $x='', $y='', $w='', $h='', $style='', $align='', $distort=false) {
16964. if ($this-> empty_string( trim($code))) {
16965. return;
16966. }
16967. require_once( dirname(__FILE__).'/2dbarcodes.php');
16968. // save current graphic settings
16969. $gvars = $this-> getGraphicVars();
16970. // create new barcode object
16971. $barcodeobj = new TCPDF2DBarcode($code, $type);
16972. $arrcode = $barcodeobj->getBarcodeArray();
16973. if (($arrcode === false) OR empty($arrcode)) {
16974. $this-> Error('Error in 2D barcode string');
16975. }
16976. // set default values
16977. if (!isset($style['position'])) {
16978. $style['position'] = '';
16979. }
16980. if (!isset($style['fgcolor'])) {
16981. $style['fgcolor'] = array(0,0,0); // default black
16982. }
16983. if (!isset($style['bgcolor'])) {
16984. $style['bgcolor'] = false; // default transparent
16985. }
16986. if (!isset($style['border'])) {
16987. $style['border'] = false;
16988. }
16989. // padding
16990. if (!isset($style['padding'])) {
16991. $style['padding'] = 0;
16992. } elseif ($style['padding'] === 'auto') {
16993. $style['padding'] = 4;
16994. }
16995. if (!isset($style['hpadding'])) {
16996. $style['hpadding'] = $style['padding'];
16997. } elseif ($style['hpadding'] === 'auto') {
16998. $style['hpadding'] = 4;
16999. }
17000. if (!isset($style['vpadding'])) {
17001. $style['vpadding'] = $style['padding'];
17002. } elseif ($style['vpadding'] === 'auto') {
17003. $style['vpadding'] = 4;
17004. }
17005. // cell (module) dimension
17006. if (!isset($style['module_width'])) {
17007. $style['module_width'] = 1; // width of a single module in points
17008. }
17009. if (!isset($style['module_height'])) {
17010. $style['module_height'] = 1; // height of a single module in points
17011. }
17012. if ($x === '') {
17013. $x = $this-> x;
17014. }
17015. if ($y === '') {
17016. $y = $this-> y;
17017. }
17018. // check page for no-write regions and adapt page margins if necessary
17019. $this-> checkPageRegions($h, $x, $y);
17020. // number of barcode columns and rows
17021. $rows = $arrcode['num_rows'];
17022. $cols = $arrcode['num_cols'];
17023. // module width and height
17024. $mw = $style['module_width'];
17025. $mh = $style['module_height'];
17026. // get max dimensions
17027. if ($this-> rtl) {
17028. $maxw = $x - $this-> lMargin;
17029. } else {
17030. $maxw = $this-> w - $this-> rMargin - $x;
17031. }
17032. $maxh = ($this-> h - $this-> tMargin - $this-> bMargin);
17033. $ratioHW = ($rows * $mh) / ($cols * $mw);
17034. $ratioWH = ($cols * $mw) / ($rows * $mh);
17035. if (!$distort) {
17036. if (($maxw * $ratioHW) > $maxh) {
17037. $maxw = $maxh * $ratioWH;
17038. }
17039. if (($maxh * $ratioWH) > $maxw) {
17040. $maxh = $maxw * $ratioHW;
17041. }
17042. }
17043. // set maximum dimesions
17044. if ($w > $maxw) {
17045. $w = $maxw;
17046. }
17047. if ($h > $maxh) {
17048. $h = $maxh;
17049. }
17050. $hpad = (2 * $style['hpadding']);
17051. $vpad = (2 * $style['vpadding']);
17052. // set dimensions
17053. if ((($w === '') OR ($w <= 0)) AND (($h === '') OR ($h <= 0))) {
17054. $w = ($cols + $hpad) * ($mw / $this-> k);
17055. $h = ($rows + $vpad) * ($mh / $this-> k);
17056. } elseif (($w === '') OR ($w <= 0)) {
17057. $w = $h * $ratioWH;
17058. } elseif (($h === '') OR ($h <= 0)) {
17059. $h = $w * $ratioHW;
17060. }
17061. // barcode size (excluding padding)
17062. $bw = ($w * $cols) / ($cols + $hpad);
17063. $bh = ($h * $rows) / ($rows + $vpad);
17064. // dimension of single barcode cell unit
17065. $cw = $bw / $cols;
17066. $ch = $bh / $rows;
17067. if (!$distort) {
17068. if (($cw / $ch) > ($mw / $mh)) {
17069. // correct horizontal distortion
17070. $cw = $ch * $mw / $mh;
17071. $bw = $cw * $cols;
17072. $style['hpadding'] = ($w - $bw) / (2 * $cw);
17073. } else {
17074. // correct vertical distortion
17075. $ch = $cw * $mh / $mw;
17076. $bh = $ch * $rows;
17077. $style['vpadding'] = ($h - $bh) / (2 * $ch);
17078. }
17079. }
17080. // fit the barcode on available space
17081. $this-> fitBlock($w, $h, $x, $y, false);
17082. // set alignment
17083. $this-> img_rb_y = $y + $h;
17084. // set alignment
17085. if ($this-> rtl) {
17086. if ($style['position'] == 'L') {
17087. $xpos = $this-> lMargin;
17088. } elseif ($style['position'] == 'C') {
17089. $xpos = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
17090. } elseif ($style['position'] == 'R') {
17091. $xpos = $this-> w - $this-> rMargin - $w;
17092. } else {
17093. $xpos = $x - $w;
17094. }
17095. $this-> img_rb_x = $xpos;
17096. } else {
17097. if ($style['position'] == 'L') {
17098. $xpos = $this-> lMargin;
17099. } elseif ($style['position'] == 'C') {
17100. $xpos = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
17101. } elseif ($style['position'] == 'R') {
17102. $xpos = $this-> w - $this-> rMargin - $w;
17103. } else {
17104. $xpos = $x;
17105. }
17106. $this-> img_rb_x = $xpos + $w;
17107. }
17108. $xstart = $xpos + ($style['hpadding'] * $cw);
17109. $ystart = $y + ($style['vpadding'] * $ch);
17110. // barcode is always printed in LTR direction
17111. $tempRTL = $this-> rtl;
17112. $this-> rtl = false;
17113. // print background color
17114. if ($style['bgcolor']) {
17115. $this-> Rect($xpos, $y, $w, $h, $style['border'] ? 'DF' : 'F', '', $style['bgcolor']);
17116. } elseif ($style['border']) {
17117. $this-> Rect($xpos, $y, $w, $h, 'D');
17118. }
17119. // set foreground color
17120. $this-> SetDrawColorArray($style['fgcolor']);
17121. // print barcode cells
17122. // for each row
17123. for ($r = 0; $r < $rows; ++$r) {
17124. $xr = $xstart;
17125. // for each column
17126. for ($c = 0; $c < $cols; ++$c) {
17127. if ($arrcode['bcode'][$r][$c] == 1) {
17128. // draw a single barcode cell
17129. $this-> Rect($xr, $ystart, $cw, $ch, 'F', array(), $style['fgcolor']);
17130. }
17131. $xr += $cw;
17132. }
17133. $ystart += $ch;
17134. }
17135. // restore original direction
17136. $this-> rtl = $tempRTL;
17137. // restore previous settings
17138. $this-> setGraphicVars($gvars);
17139. // set pointer to align the next text/objects
17140. switch($align) {
17141. case 'T':{
17142. $this-> y = $y;
17143. $this-> x = $this-> img_rb_x;
17144. break;
17145. }
17146. case 'M':{
17147. $this-> y = $y + round($h/2);
17148. $this-> x = $this-> img_rb_x;
17149. break;
17150. }
17151. case 'B':{
17152. $this-> y = $this-> img_rb_y;
17153. $this-> x = $this-> img_rb_x;
17154. break;
17155. }
17156. case 'N':{
17157. $this-> SetY($this-> img_rb_y);
17158. break;
17159. }
17160. default:{
17161. break;
17162. }
17163. }
17164. $this-> endlinex = $this-> img_rb_x;
17165. }
17167. /**
17168. * Returns an array containing current margins:
17169. * <ul>
17170. <li>$ret['left'] = left margin</li>
17171. <li>$ret['right'] = right margin</li>
17172. <li>$ret['top'] = top margin</li>
17173. <li>$ret['bottom'] = bottom margin</li>
17174. <li>$ret['header'] = header margin</li>
17175. <li>$ret['footer'] = footer margin</li>
17176. <li>$ret['cell'] = cell padding array</li>
17177. <li>$ret['padding_left'] = cell left padding</li>
17178. <li>$ret['padding_top'] = cell top padding</li>
17179. <li>$ret['padding_right'] = cell right padding</li>
17180. <li>$ret['padding_bottom'] = cell bottom padding</li>
17181. * </ul>
17182. * @return array containing all margins measures
17183. * @access public
17184. * @since 3.2.000 (2008-06-23)
17185. */
17186. public function getMargins() {
17187. $ret = array(
17188. 'left' => $this-> lMargin,
17189. 'right' => $this-> rMargin,
17190. 'top' => $this-> tMargin,
17191. 'bottom' => $this-> bMargin,
17192. 'header' => $this-> header_margin,
17193. 'footer' => $this-> footer_margin,
17194. 'cell' => $this-> cell_padding,
17195. 'padding_left' => $this-> cell_padding['L'],
17196. 'padding_top' => $this-> cell_padding['T'],
17197. 'padding_right' => $this-> cell_padding['R'],
17198. 'padding_bottom' => $this-> cell_padding['B']
17199. );
17200. return $ret;
17201. }
17203. /**
17204. * Returns an array containing original margins:
17205. * <ul>
17206. <li>$ret['left'] = left margin</li>
17207. <li>$ret['right'] = right margin</li>
17208. * </ul>
17209. * @return array containing all margins measures
17210. * @access public
17211. * @since 4.0.012 (2008-07-24)
17212. */
17213. public function getOriginalMargins() {
17214. $ret = array(
17215. 'left' => $this-> original_lMargin,
17216. 'right' => $this-> original_rMargin
17217. );
17218. return $ret;
17219. }
17221. /**
17222. * Returns the current font size.
17223. * @return current font size
17224. * @access public
17225. * @since 3.2.000 (2008-06-23)
17226. */
17227. public function getFontSize() {
17228. return $this-> FontSize;
17229. }
17231. /**
17232. * Returns the current font size in points unit.
17233. * @return current font size in points unit
17234. * @access public
17235. * @since 3.2.000 (2008-06-23)
17236. */
17237. public function getFontSizePt() {
17238. return $this-> FontSizePt;
17239. }
17241. /**
17242. * Returns the current font family name.
17243. * @return string current font family name
17244. * @access public
17245. * @since 4.3.008 (2008-12-05)
17246. */
17247. public function getFontFamily() {
17248. return $this-> FontFamily;
17249. }
17251. /**
17252. * Returns the current font style.
17253. * @return string current font style
17254. * @access public
17255. * @since 4.3.008 (2008-12-05)
17256. */
17257. public function getFontStyle() {
17258. return $this-> FontStyle;
17259. }
17261. /**
17262. * Extracts the CSS properties from a CSS string.
17263. * @param string $cssdata string containing CSS definitions.
17264. * @return An array where the keys are the CSS selectors and the values are the CSS properties.
17265. * @author Nicola Asuni
17266. * @since 5.1.000 (2010-05-25)
17267. * @access protected
17268. */
17269. protected function extractCSSproperties($cssdata) {
17270. if (empty($cssdata)) {
17271. return array();
17272. }
17273. // remove comments
17274. $cssdata = preg_replace('/\/\*[^\*]*\*\//', '', $cssdata);
17275. // remove newlines and multiple spaces
17276. $cssdata = preg_replace('/[\s]+/', ' ', $cssdata);
17277. // remove some spaces
17278. $cssdata = preg_replace('/[\s]*([;:\{\}]{1})[\s]*/', '\\1', $cssdata);
17279. // remove empty blocks
17280. $cssdata = preg_replace('/([^\}\{]+)\{\}/', '', $cssdata);
17281. // replace media type parenthesis
17282. $cssdata = preg_replace('/@media[\s]+([^\{]*)\{/i', '@media \\1§', $cssdata);
17283. $cssdata = preg_replace('/\}\}/si', '}§', $cssdata);
17284. // trim string
17285. $cssdata = trim($cssdata);
17286. // find media blocks (all, braille, embossed, handheld, print, projection, screen, speech, tty, tv)
17287. $cssblocks = array();
17288. $matches = array();
17289. if ( preg_match_all('/@media[\s]+([^\§]*)§([^§]*)§/i', $cssdata, $matches) > 0) {
17290. foreach ($matches[1] as $key => $type) {
17291. $cssblocks[$type] = $matches[2][$key];
17292. }
17293. // remove media blocks
17294. $cssdata = preg_replace('/@media[\s]+([^\§]*)§([^§]*)§/i', '', $cssdata);
17295. }
17296. // keep 'all' and 'print' media, other media types are discarded
17297. if (isset($cssblocks['all']) AND ! empty($cssblocks['all'])) {
17298. $cssdata .= $cssblocks['all'];
17299. }
17300. if (isset($cssblocks['print']) AND ! empty($cssblocks['print'])) {
17301. $cssdata .= $cssblocks['print'];
17302. }
17303. // reset css blocks array
17304. $cssblocks = array();
17305. $matches = array();
17306. // explode css data string into array
17307. if ( substr($cssdata, -1) == '}') {
17308. // remove last parethesis
17309. $cssdata = substr($cssdata, 0, -1);
17310. }
17311. $matches = explode('}', $cssdata);
17312. foreach ($matches as $key => $block) {
17313. // index 0 contains the CSS selector, index 1 contains CSS properties
17314. $cssblocks[$key] = explode('{', $block);
17315. if (!isset($cssblocks[$key][1])) {
17316. // remove empty definitions
17317. unset($cssblocks[$key]);
17318. }
17319. }
17320. // split groups of selectors (comma-separated list of selectors)
17321. foreach ($cssblocks as $key => $block) {
17322. if ( strpos($block[0], ',') > 0) {
17323. $selectors = explode(',', $block[0]);
17324. foreach ($selectors as $sel) {
17325. $cssblocks[] = array(0 => trim($sel), 1 => $block[1]);
17326. }
17327. unset($cssblocks[$key]);
17328. }
17329. }
17330. // covert array to selector => properties
17331. $cssdata = array();
17332. foreach ($cssblocks as $block) {
17333. $selector = $block[0];
17334. // calculate selector's specificity
17335. $matches = array();
17336. $a = 0; // the declaration is not from is a 'style' attribute
17337. $b = intval( preg_match_all('/[\#]/', $selector, $matches)); // number of ID attributes
17338. $c = intval( preg_match_all('/[\[\.]/', $selector, $matches)); // number of other attributes
17339. $c += intval( preg_match_all('/[\:]link|visited|hover|active|focus|target|lang|enabled|disabled|checked|indeterminate|root|nth|first|last|only|empty|contains|not/i', $selector, $matches)); // number of pseudo-classes
17340. $d = intval( preg_match_all('/[\>\+\~\s]{1}[a-zA-Z0-9\*]+/', ' '.$selector, $matches)); // number of element names
17341. $d += intval( preg_match_all('/[\:][\:]/', $selector, $matches)); // number of pseudo-elements
17342. $specificity = $a.$b.$c.$d;
17343. // add specificity to the beginning of the selector
17344. $cssdata[$specificity.' '.$selector] = $block[1];
17345. }
17346. // sort selectors alphabetically to account for specificity
17347. ksort($cssdata, SORT_STRING);
17348. // return array
17349. return $cssdata;
17350. }
17352. /**
17353. * Returns true if the CSS selector is valid for the selected HTML tag
17354. * @param array $dom array of HTML tags and properties
17355. * @param int $key key of the current HTML tag
17356. * @param string $selector CSS selector string
17357. * @return true if the selector is valid, false otherwise
17358. * @access protected
17359. * @since 5.1.000 (2010-05-25)
17360. */
17361. protected function isValidCSSSelectorForTag($dom, $key, $selector) {
17362. $valid = false; // value to be returned
17363. $tag = $dom[$key]['value'];
17364. $class = array();
17365. if (isset($dom[$key]['attribute']['class']) AND ! empty($dom[$key]['attribute']['class'])) {
17366. $class = explode(' ', strtolower($dom[$key]['attribute']['class']));
17367. }
17368. $id = '';
17369. if (isset($dom[$key]['attribute']['id']) AND ! empty($dom[$key]['attribute']['id'])) {
17370. $id = strtolower($dom[$key]['attribute']['id']);
17371. }
17372. $selector = preg_replace('/([\>\+\~\s]{1})([\.]{1})([^\>\+\~\s]*)/si', '\\1*.\\3', $selector);
17373. $matches = array();
17374. if ( preg_match_all('/([\>\+\~\s]{1})([a-zA-Z0-9\*]+)([^\>\+\~\s]*)/si', $selector, $matches, PREG_PATTERN_ORDER | PREG_OFFSET_CAPTURE) > 0) {
17375. $parentop = array_pop($matches[1]);
17376. $operator = $parentop[0];
17377. $offset = $parentop[1];
17378. $lasttag = array_pop($matches[2]);
17379. $lasttag = strtolower( trim($lasttag[0]));
17380. if (($lasttag == '*') OR ($lasttag == $tag)) {
17381. // the last element on selector is our tag or 'any tag'
17382. $attrib = array_pop($matches[3]);
17383. $attrib = strtolower( trim($attrib[0]));
17384. if (! empty($attrib)) {
17385. // check if matches class, id, attribute, pseudo-class or pseudo-element
17386. switch ($attrib{0}) {
17387. case '.': { // class
17388. if ( in_array( substr($attrib, 1), $class)) {
17389. $valid = true;
17390. }
17391. break;
17392. }
17393. case '#': { // ID
17394. if ( substr($attrib, 1) == $id) {
17395. $valid = true;
17396. }
17397. break;
17398. }
17399. case '[': { // attribute
17400. $attrmatch = array();
17401. if ( preg_match('/\[([a-zA-Z0-9]*)[\s]*([\~\^\$\*\|\=]*)[\s]*["]?([^"\]]*)["]?\]/i', $attrib, $attrmatch) > 0) {
17402. $att = strtolower($attrmatch[1]);
17403. $val = $attrmatch[3];
17404. if (isset($dom[$key]['attribute'][$att])) {
17405. switch ($attrmatch[2]) {
17406. case '=': {
17407. if ($dom[$key]['attribute'][$att] == $val) {
17408. $valid = true;
17409. }
17410. break;
17411. }
17412. case '~=': {
17413. if ( in_array($val, explode(' ', $dom[$key]['attribute'][$att]))) {
17414. $valid = true;
17415. }
17416. break;
17417. }
17418. case '^=': {
17419. if ($val == substr($dom[$key]['attribute'][$att], 0, strlen($val))) {
17420. $valid = true;
17421. }
17422. break;
17423. }
17424. case '$=': {
17425. if ($val == substr($dom[$key]['attribute'][$att], -strlen($val))) {
17426. $valid = true;
17427. }
17428. break;
17429. }
17430. case '*=': {
17431. if ( strpos($dom[$key]['attribute'][$att], $val) !== false) {
17432. $valid = true;
17433. }
17434. break;
17435. }
17436. case '|=': {
17437. if ($dom[$key]['attribute'][$att] == $val) {
17438. $valid = true;
17439. } elseif ( preg_match('/'.$val.'[\-]{1}/i', $dom[$key]['attribute'][$att]) > 0) {
17440. $valid = true;
17441. }
17442. break;
17443. }
17444. default: {
17445. $valid = true;
17446. }
17447. }
17448. }
17449. }
17450. break;
17451. }
17452. case ':': { // pseudo-class or pseudo-element
17453. if ($attrib{1} == ':') { // pseudo-element
17454. // pseudo-elements are not supported!
17455. // (::first-line, ::first-letter, ::before, ::after)
17456. } else { // pseudo-class
17457. // pseudo-classes are not supported!
17458. // (:root, :nth-child(n), :nth-last-child(n), :nth-of-type(n), :nth-last-of-type(n), :first-child, :last-child, :first-of-type, :last-of-type, :only-child, :only-of-type, :empty, :link, :visited, :active, :hover, :focus, :target, :lang(fr), :enabled, :disabled, :checked)
17459. }
17460. break;
17461. }
17462. } // end of switch
17463. } else {
17464. $valid = true;
17465. }
17466. if ($valid AND ($offset > 0)) {
17467. $valid = false;
17468. // check remaining selector part
17469. $selector = substr($selector, 0, $offset);
17470. switch ($operator) {
17471. case ' ': { // descendant of an element
17472. while ($dom[$key]['parent'] > 0) {
17473. if ($this-> isValidCSSSelectorForTag($dom, $dom[$key]['parent'], $selector)) {
17474. $valid = true;
17475. break;
17476. } else {
17477. $key = $dom[$key]['parent'];
17478. }
17479. }
17480. break;
17481. }
17482. case '>': { // child of an element
17483. $valid = $this-> isValidCSSSelectorForTag($dom, $dom[$key]['parent'], $selector);
17484. break;
17485. }
17486. case '+': { // immediately preceded by an element
17487. for ($i = ($key - 1); $i > $dom[$key]['parent']; --$i) {
17488. if ($dom[$i]['tag'] AND $dom[$i]['opening']) {
17489. $valid = $this-> isValidCSSSelectorForTag($dom, $i, $selector);
17490. break;
17491. }
17492. }
17493. break;
17494. }
17495. case '~': { // preceded by an element
17496. for ($i = ($key - 1); $i > $dom[$key]['parent']; --$i) {
17497. if ($dom[$i]['tag'] AND $dom[$i]['opening']) {
17498. if ($this-> isValidCSSSelectorForTag($dom, $i, $selector)) {
17499. break;
17500. }
17501. }
17502. }
17503. break;
17504. }
17505. }
17506. }
17507. }
17508. }
17509. return $valid;
17510. }
17512. /**
17513. * Returns the styles that apply for the selected HTML tag.
17514. * @param array $dom array of HTML tags and properties
17515. * @param int $key key of the current HTML tag
17516. * @param array $css array of CSS properties
17517. * @return string containing CSS properties
17518. * @access protected
17519. * @since 5.1.000 (2010-05-25)
17520. */
17521. protected function getTagStyleFromCSS($dom, $key, $css) {
17522. $tagstyle = ''; // style to be returned
17523. // get all styles that apply
17524. foreach($css as $selector => $style) {
17525. // remove specificity
17526. $selector = substr($selector, strpos($selector, ' '));
17527. // check if this selector apply to current tag
17528. if ($this-> isValidCSSSelectorForTag($dom, $key, $selector)) {
17529. // apply style
17530. $tagstyle .= ';'.$style;
17531. }
17532. }
17533. if (isset($dom[$key]['attribute']['style'])) {
17534. // attach inline style (latest properties have high priority)
17535. $tagstyle .= ';'.$dom[$key]['attribute']['style'];
17536. }
17537. // remove multiple semicolons
17538. $tagstyle = preg_replace('/[;]+/', ';', $tagstyle);
17539. return $tagstyle;
17540. }
17542. /**
17543. * Returns the border width from CSS property
17544. * @param string $width border width
17545. * @return int with in user units
17546. * @access protected
17547. * @since 5.7.000 (2010-08-02)
17548. */
17549. protected function getCSSBorderWidth($width) {
17550. if ($width == 'thin') {
17551. $width = (2 / $this-> k);
17552. } elseif ($width == 'medium') {
17553. $width = (4 / $this-> k);
17554. } elseif ($width == 'thick') {
17555. $width = (6 / $this-> k);
17556. } else {
17557. $width = $this-> getHTMLUnitToUnits($width, 1, 'px', false);
17558. }
17559. return $width;
17560. }
17562. /**
17563. * Returns the border dash style from CSS property
17564. * @param string $style border style to convert
17565. * @return int sash style (return -1 in case of none or hidden border)
17566. * @access protected
17567. * @since 5.7.000 (2010-08-02)
17568. */
17569. protected function getCSSBorderDashStyle($style) {
17570. switch ( strtolower($style)) {
17571. case 'none':
17572. case 'hidden': {
17573. $dash = -1;
17574. break;
17575. }
17576. case 'dotted': {
17577. $dash = 1;
17578. break;
17579. }
17580. case 'dashed': {
17581. $dash = 3;
17582. break;
17583. }
17584. case 'double':
17585. case 'groove':
17586. case 'ridge':
17587. case 'inset':
17588. case 'outset':
17589. case 'solid':
17590. default: {
17591. $dash = 0;
17592. break;
17593. }
17594. }
17595. return $dash;
17596. }
17598. /**
17599. * Returns the border style array from CSS border properties
17600. * @param string $cssborder border properties
17601. * @return array containing border properties
17602. * @access protected
17603. * @since 5.7.000 (2010-08-02)
17604. */
17605. protected function getCSSBorderStyle($cssborder) {
17606. $bprop = preg_split('/[\s]+/', trim($cssborder));
17607. $border = array(); // value to be returned
17608. switch ( count($bprop)) {
17609. case 3: {
17610. $width = $bprop[0];
17611. $style = $bprop[1];
17612. $color = $bprop[2];
17613. break;
17614. }
17615. case 2: {
17616. $width = 'medium';
17617. $style = $bprop[0];
17618. $color = $bprop[1];
17619. break;
17620. }
17621. case 1: {
17622. $width = 'medium';
17623. $style = $bprop[0];
17624. $color = 'black';
17625. break;
17626. }
17627. default: {
17628. $width = 'medium';
17629. $style = 'solid';
17630. $color = 'black';
17631. break;
17632. }
17633. }
17634. if ($style == 'none') {
17635. return array();
17636. }
17637. $border['cap'] = 'square';
17638. $border['join'] = 'miter';
17639. $border['dash'] = $this-> getCSSBorderDashStyle($style);
17640. if ($border['dash'] < 0) {
17641. return array();
17642. }
17643. $border['width'] = $this-> getCSSBorderWidth($width);
17644. $border['color'] = $this-> convertHTMLColorToDec($color);
17645. return $border;
17646. }
17648. /**
17649. * Get the internal Cell padding from CSS attribute.
17650. * @param string $csspadding padding properties
17651. * @param float $width width of the containing element
17652. * @access public
17653. * @since 5.9.000 (2010-10-04)
17654. */
17655. public function getCSSPadding($csspadding, $width=0) {
17656. $padding = preg_split('/[\s]+/', trim($csspadding));
17657. $cell_padding = array(); // value to be returned
17658. switch ( count($padding)) {
17659. case 4: {
17660. $cell_padding['T'] = $padding[0];
17661. $cell_padding['R'] = $padding[1];
17662. $cell_padding['B'] = $padding[2];
17663. $cell_padding['L'] = $padding[3];
17664. break;
17665. }
17666. case 3: {
17667. $cell_padding['T'] = $padding[0];
17668. $cell_padding['R'] = $padding[1];
17669. $cell_padding['B'] = $padding[2];
17670. $cell_padding['L'] = $padding[1];
17671. break;
17672. }
17673. case 2: {
17674. $cell_padding['T'] = $padding[0];
17675. $cell_padding['R'] = $padding[1];
17676. $cell_padding['B'] = $padding[0];
17677. $cell_padding['L'] = $padding[1];
17678. break;
17679. }
17680. case 1: {
17681. $cell_padding['T'] = $padding[0];
17682. $cell_padding['R'] = $padding[0];
17683. $cell_padding['B'] = $padding[0];
17684. $cell_padding['L'] = $padding[0];
17685. break;
17686. }
17687. default: {
17688. return $this-> cell_padding;
17689. }
17690. }
17691. if ($width == 0) {
17692. $width = $this-> w - $this-> lMargin - $this-> rMargin;
17693. }
17694. $cell_padding['T'] = $this-> getHTMLUnitToUnits($cell_padding['T'], $width, 'px', false);
17695. $cell_padding['R'] = $this-> getHTMLUnitToUnits($cell_padding['R'], $width, 'px', false);
17696. $cell_padding['B'] = $this-> getHTMLUnitToUnits($cell_padding['B'], $width, 'px', false);
17697. $cell_padding['L'] = $this-> getHTMLUnitToUnits($cell_padding['L'], $width, 'px', false);
17698. return $cell_padding;
17699. }
17701. /**
17702. * Get the internal Cell margin from CSS attribute.
17703. * @param string $cssmargin margin properties
17704. * @param float $width width of the containing element
17705. * @access public
17706. * @since 5.9.000 (2010-10-04)
17707. */
17708. public function getCSSMargin($cssmargin, $width=0) {
17709. $margin = preg_split('/[\s]+/', trim($cssmargin));
17710. $cell_margin = array(); // value to be returned
17711. switch ( count($margin)) {
17712. case 4: {
17713. $cell_margin['T'] = $margin[0];
17714. $cell_margin['R'] = $margin[1];
17715. $cell_margin['B'] = $margin[2];
17716. $cell_margin['L'] = $margin[3];
17717. break;
17718. }
17719. case 3: {
17720. $cell_margin['T'] = $margin[0];
17721. $cell_margin['R'] = $margin[1];
17722. $cell_margin['B'] = $margin[2];
17723. $cell_margin['L'] = $margin[1];
17724. break;
17725. }
17726. case 2: {
17727. $cell_margin['T'] = $margin[0];
17728. $cell_margin['R'] = $margin[1];
17729. $cell_margin['B'] = $margin[0];
17730. $cell_margin['L'] = $margin[1];
17731. break;
17732. }
17733. case 1: {
17734. $cell_margin['T'] = $margin[0];
17735. $cell_margin['R'] = $margin[0];
17736. $cell_margin['B'] = $margin[0];
17737. $cell_margin['L'] = $margin[0];
17738. break;
17739. }
17740. default: {
17741. return $this-> cell_margin;
17742. }
17743. }
17744. if ($width == 0) {
17745. $width = $this-> w - $this-> lMargin - $this-> rMargin;
17746. }
17747. $cell_margin['T'] = $this-> getHTMLUnitToUnits( str_replace('auto', '0', $cell_margin['T']), $width, 'px', false);
17748. $cell_margin['R'] = $this-> getHTMLUnitToUnits( str_replace('auto', '0', $cell_margin['R']), $width, 'px', false);
17749. $cell_margin['B'] = $this-> getHTMLUnitToUnits( str_replace('auto', '0', $cell_margin['B']), $width, 'px', false);
17750. $cell_margin['L'] = $this-> getHTMLUnitToUnits( str_replace('auto', '0', $cell_margin['L']), $width, 'px', false);
17751. return $cell_margin;
17752. }
17754. /**
17755. * Returns the letter-spacing value from CSS value
17756. * @param string $spacing letter-spacing value
17757. * @param float $parent font spacing (tracking/kerning) value of the parent element
17758. * @return float quantity to increases or decreases the space between characters in a text.
17759. * @access protected
17760. * @since 5.9.000 (2010-10-02)
17761. */
17762. protected function getCSSFontSpacing($spacing, $parent=0) {
17763. $val = 0; // value to be returned
17764. $spacing = trim($spacing);
17765. switch ($spacing) {
17766. case 'normal': {
17767. $val = 0;
17768. break;
17769. }
17770. case 'inherit': {
17771. if ($parent == 'normal') {
17772. $val = 0;
17773. } else {
17774. $val = $parent;
17775. }
17776. break;
17777. }
17778. default: {
17779. $val = $this-> getHTMLUnitToUnits($spacing, 0, 'px', false);
17780. }
17781. }
17782. return $val;
17783. }
17785. /**
17786. * Returns the percentage of font stretching from CSS value
17787. * @param string $stretch stretch mode
17788. * @param float $parent stretch value of the parent element
17789. * @return float font stretching percentage
17790. * @access protected
17791. * @since 5.9.000 (2010-10-02)
17792. */
17793. protected function getCSSFontStretching($stretch, $parent=100) {
17794. $val = 100; // value to be returned
17795. $stretch = trim($stretch);
17796. switch ($stretch) {
17797. case 'ultra-condensed': {
17798. $val = 40;
17799. break;
17800. }
17801. case 'extra-condensed': {
17802. $val = 55;
17803. break;
17804. }
17805. case 'condensed': {
17806. $val = 70;
17807. break;
17808. }
17809. case 'semi-condensed': {
17810. $val = 85;
17811. break;
17812. }
17813. case 'normal': {
17814. $val = 100;
17815. break;
17816. }
17817. case 'semi-expanded': {
17818. $val = 115;
17819. break;
17820. }
17821. case 'expanded': {
17822. $val = 130;
17823. break;
17824. }
17825. case 'extra-expanded': {
17826. $val = 145;
17827. break;
17828. }
17829. case 'ultra-expanded': {
17830. $val = 160;
17831. break;
17832. }
17833. case 'wider': {
17834. $val = $parent + 10;
17835. break;
17836. }
17837. case 'narrower': {
17838. $val = $parent - 10;
17839. break;
17840. }
17841. case 'inherit': {
17842. if ($parent == 'normal') {
17843. $val = 100;
17844. } else {
17845. $val = $parent;
17846. }
17847. break;
17848. }
17849. default: {
17850. $val = $this-> getHTMLUnitToUnits($stretch, 100, '%', false);
17851. }
17852. }
17853. return $val;
17854. }
17856. /**
17857. * Returns the HTML DOM array.
17858. * @param string $html html code
17859. * @return array
17860. * @access protected
17861. * @since 3.2.000 (2008-06-20)
17862. */
17863. protected function getHtmlDomArray($html) {
17864. // array of CSS styles ( selector => properties).
17865. $css = array();
17866. // get CSS array defined at previous call
17867. $matches = array();
17868. if ( preg_match_all('/<cssarray>([^\<]*)<\/cssarray>/isU', $html, $matches) > 0) {
17869. if (isset($matches[1][0])) {
17870. $css = array_merge($css, unserialize($this-> unhtmlentities($matches[1][0])));
17871. }
17872. $html = preg_replace('/<cssarray>(.*?)<\/cssarray>/isU', '', $html);
17873. }
17874. // extract external CSS files
17875. $matches = array();
17876. if ( preg_match_all('/<link([^\>]*)>/isU', $html, $matches) > 0) {
17877. foreach ($matches[1] as $key => $link) {
17878. $type = array();
17879. if ( preg_match('/type[\s]*=[\s]*"text\/css"/', $link, $type)) {
17880. $type = array();
17881. preg_match('/media[\s]*=[\s]*"([^"]*)"/', $link, $type);
17882. // get 'all' and 'print' media, other media types are discarded
17883. // (all, braille, embossed, handheld, print, projection, screen, speech, tty, tv)
17884. if (empty($type) OR (isset($type[1]) AND (($type[1] == 'all') OR ($type[1] == 'print')))) {
17885. $type = array();
17886. if ( preg_match('/href[\s]*=[\s]*"([^"]*)"/', $link, $type) > 0) {
17887. // read CSS data file
17888. $cssdata = file_get_contents( trim($type[1]));
17889. $css = array_merge($css, $this-> extractCSSproperties($cssdata));
17890. }
17891. }
17892. }
17893. }
17894. }
17895. // extract style tags
17896. $matches = array();
17897. if ( preg_match_all('/<style([^\>]*)>([^\<]*)<\/style>/isU', $html, $matches) > 0) {
17898. foreach ($matches[1] as $key => $media) {
17899. $type = array();
17900. preg_match('/media[\s]*=[\s]*"([^"]*)"/', $media, $type);
17901. // get 'all' and 'print' media, other media types are discarded
17902. // (all, braille, embossed, handheld, print, projection, screen, speech, tty, tv)
17903. if (empty($type) OR (isset($type[1]) AND (($type[1] == 'all') OR ($type[1] == 'print')))) {
17904. $cssdata = $matches[2][$key];
17905. $css = array_merge($css, $this-> extractCSSproperties($cssdata));
17906. }
17907. }
17908. }
17909. // create a special tag to contain the CSS array (used for table content)
17910. $csstagarray = '<cssarray>'.htmlentities( serialize($css)).'</cssarray>';
17911. // remove head and style blocks
17912. $html = preg_replace('/<head([^\>]*)>(.*?)<\/head>/siU', '', $html);
17913. $html = preg_replace('/<style([^\>]*)>([^\<]*)<\/style>/isU', '', $html);
17914. // define block tags
17915. $blocktags = array('blockquote','br','dd','dl','div','dt','h1','h2','h3','h4','h5','h6','hr','li','ol','p','pre','ul','tcpdf','table','tr','td');
17916. // define self-closing tags
17917. $selfclosingtags = array('area','base','basefont','br','hr','input','img','link','meta');
17918. // remove all unsupported tags (the line below lists all supported tags)
17919. $html = strip_tags($html, '<marker/><a><b><blockquote><body><br><br/><dd><del><div><dl><dt><em><font><form><h1><h2><h3><h4><h5><h6><hr><hr/><i><img><input><label><li><ol><option><p><pre><s><select><small><span><strike><strong><sub><sup><table><tablehead><tcpdf><td><textarea><th><thead><tr><tt><u><ul>');
17920. //replace some blank characters
17921. $html = preg_replace('/<pre/', '<xre', $html); // preserve pre tag
17922. $html = preg_replace('/<(table|tr|td|th|tcpdf|blockquote|dd|div|dl|dt|form|h1|h2|h3|h4|h5|h6|br|hr|li|ol|ul|p)([^\>]*)>[\n\r\t]+/', '<\\1\\2>', $html);
17923. $html = preg_replace('@(\r\n|\r)@', "\n", $html);
17924. $repTable = array("\t" => ' ', "\0" => ' ', "\x0B" => ' ', "\\" => "\\\\");
17925. $html = strtr($html, $repTable);
17926. $offset = 0;
17927. while (($offset < strlen($html)) AND ($pos = strpos($html, '</pre>', $offset)) !== false) {
17928. $html_a = substr($html, 0, $offset);
17929. $html_b = substr($html, $offset, ($pos - $offset + 6));
17930. while ( preg_match("'<xre([^\>]*)>(.*?)\n(.*?)</pre>'si", $html_b)) {
17931. // preserve newlines on <pre> tag
17932. $html_b = preg_replace("'<xre([^\>]*)>(.*?)\n(.*?)</pre>'si", "<xre\\1>\\2<br />\\3</pre>", $html_b);
17933. }
17934. while ( preg_match("'<xre([^\>]*)>(.*?)".$this-> re_space['p']."(.*?)</pre>'".$this-> re_space['m'], $html_b)) {
17935. // preserve spaces on <pre> tag
17936. $html_b = preg_replace("'<xre([^\>]*)>(.*?)".$this-> re_space['p']."(.*?)</pre>'".$this-> re_space['m'], "<xre\\1>\\2&nbsp;\\3</pre>", $html_b);
17937. }
17938. $html = $html_a.$html_b.substr($html, $pos + 6);
17939. $offset = strlen($html_a.$html_b);
17940. }
17941. $offset = 0;
17942. while (($offset < strlen($html)) AND ($pos = strpos($html, '</textarea>', $offset)) !== false) {
17943. $html_a = substr($html, 0, $offset);
17944. $html_b = substr($html, $offset, ($pos - $offset + 11));
17945. while ( preg_match("'<textarea([^\>]*)>(.*?)\n(.*?)</textarea>'si", $html_b)) {
17946. // preserve newlines on <textarea> tag
17947. $html_b = preg_replace("'<textarea([^\>]*)>(.*?)\n(.*?)</textarea>'si", "<textarea\\1>\\2<TBR>\\3</textarea>", $html_b);
17948. $html_b = preg_replace("'<textarea([^\>]*)>(.*?)[\"](.*?)</textarea>'si", "<textarea\\1>\\2''\\3</textarea>", $html_b);
17949. }
17950. $html = $html_a.$html_b.substr($html, $pos + 11);
17951. $offset = strlen($html_a.$html_b);
17952. }
17953. $html = preg_replace('/([\s]*)<option/si', '<option', $html);
17954. $html = preg_replace('/<\/option>([\s]*)/si', '</option>', $html);
17955. $offset = 0;
17956. while (($offset < strlen($html)) AND ($pos = strpos($html, '</option>', $offset)) !== false) {
17957. $html_a = substr($html, 0, $offset);
17958. $html_b = substr($html, $offset, ($pos - $offset + 9));
17959. while ( preg_match("'<option([^\>]*)>(.*?)</option>'si", $html_b)) {
17960. $html_b = preg_replace("'<option([\s]+)value=\"([^\"]*)\"([^\>]*)>(.*?)</option>'si", "\\2#!TaB!#\\4#!NwL!#", $html_b);
17961. $html_b = preg_replace("'<option([^\>]*)>(.*?)</option>'si", "\\2#!NwL!#", $html_b);
17962. }
17963. $html = $html_a.$html_b.substr($html, $pos + 9);
17964. $offset = strlen($html_a.$html_b);
17965. }
17966. if ( preg_match("'</select'si", $html)) {
17967. $html = preg_replace("'<select([^\>]*)>'si", "<select\\1 opt=\"", $html);
17968. $html = preg_replace("'#!NwL!#</select>'si", "\" />", $html);
17969. }
17970. $html = str_replace("\n", ' ', $html);
17971. // restore textarea newlines
17972. $html = str_replace('<TBR>', "\n", $html);
17973. // remove extra spaces from code
17974. $html = preg_replace('/[\s]+<\/(table|tr|ul|ol|dl)>/', '</\\1>', $html);
17975. $html = preg_replace('/'.$this-> re_space['p'].'+<\/(td|th|li|dt|dd)>/'.$this-> re_space['m'], '</\\1>', $html);
17976. $html = preg_replace('/[\s]+<(tr|td|th|li|dt|dd)/', '<\\1', $html);
17977. $html = preg_replace('/'.$this-> re_space['p'].'+<(ul|ol|dl|br)/'.$this-> re_space['m'], '<\\1', $html);
17978. $html = preg_replace('/<\/(table|tr|td|th|blockquote|dd|dt|dl|div|dt|h1|h2|h3|h4|h5|h6|hr|li|ol|ul|p)>[\s]+</', '</\\1><', $html);
17979. $html = preg_replace('/<\/(td|th)>/', '<marker style="font-size:0"/></\\1>', $html);
17980. $html = preg_replace('/<\/table>([\s]*)<marker style="font-size:0"\/>/', '</table>', $html);
17981. $html = preg_replace('/'.$this-> re_space['p'].'+<img/'.$this-> re_space['m'], chr(32).'<img', $html);
17982. $html = preg_replace('/<img([^\>]*)>/xi', '<img\\1><span><marker style="font-size:0"/></span>', $html);
17983. $html = preg_replace('/<xre/', '<pre', $html); // restore pre tag
17984. $html = preg_replace('/<textarea([^\>]*)>([^\<]*)<\/textarea>/xi', '<textarea\\1 value="\\2" />', $html);
17985. $html = preg_replace('/<li([^\>]*)><\/li>/', '<li\\1>&nbsp;</li>', $html);
17986. $html = preg_replace('/<li([^\>]*)>'.$this-> re_space['p'].'*<img/'.$this-> re_space['m'], '<li\\1><font size="1">&nbsp;</font><img', $html);
17987. $html = preg_replace('/<([^\>\/]*)>[\s]/', '<\\1>&nbsp;', $html); // preserve some spaces
17988. $html = preg_replace('/[\s]<\/([^\>]*)>/', '&nbsp;</\\1>', $html); // preserve some spaces
17989. $html = preg_replace('/'.$this-> re_space['p'].'+/'.$this-> re_space['m'], chr(32), $html); // replace multiple spaces with a single space
17990. // trim string
17991. $html = $this-> stringTrim($html);
17992. // pattern for generic tag
17993. $tagpattern = '/(<[^>]+>)/';
17994. // explodes the string
17995. $a = preg_split($tagpattern, $html, -1, PREG_SPLIT_DELIM_CAPTURE | PREG_SPLIT_NO_EMPTY);
17996. // count elements
17997. $maxel = count($a);
17998. $elkey = 0;
17999. $key = 0;
18000. // create an array of elements
18001. $dom = array();
18002. $dom[$key] = array();
18003. // set inheritable properties fot the first void element
18004. // possible inheritable properties are: azimuth, border-collapse, border-spacing, caption-side, color, cursor, direction, empty-cells, font, font-family, font-stretch, font-size, font-size-adjust, font-style, font-variant, font-weight, letter-spacing, line-height, list-style, list-style-image, list-style-position, list-style-type, orphans, page, page-break-inside, quotes, speak, speak-header, text-align, text-indent, text-transform, volume, white-space, widows, word-spacing
18005. $dom[$key]['tag'] = false;
18006. $dom[$key]['block'] = false;
18007. $dom[$key]['value'] = '';
18008. $dom[$key]['parent'] = 0;
18009. $dom[$key]['fontname'] = $this-> FontFamily;
18010. $dom[$key]['fontstyle'] = $this-> FontStyle;
18011. $dom[$key]['fontsize'] = $this-> FontSizePt;
18012. $dom[$key]['font-stretch'] = 100;
18013. $dom[$key]['letter-spacing'] = 0;
18014. $dom[$key]['stroke'] = $this-> textstrokewidth;
18015. $dom[$key]['fill'] = (($this-> textrendermode % 2) == 0);
18016. $dom[$key]['clip'] = ($this-> textrendermode > 3);
18017. $dom[$key]['line-height'] = $this-> cell_height_ratio;
18018. $dom[$key]['bgcolor'] = false;
18019. $dom[$key]['fgcolor'] = $this-> fgcolor; // color
18020. $dom[$key]['strokecolor'] = $this-> strokecolor;
18021. $dom[$key]['align'] = '';
18022. $dom[$key]['listtype'] = '';
18023. $dom[$key]['text-indent'] = 0;
18024. $dom[$key]['border'] = array();
18025. $dom[$key]['dir'] = $this-> rtl?'rtl':'ltr';
18026. $thead = false; // true when we are inside the THEAD tag
18027. ++$key;
18028. $level = array();
18029. array_push($level, 0); // root
18030. while ($elkey < $maxel) {
18031. $dom[$key] = array();
18032. $element = $a[$elkey];
18033. $dom[$key]['elkey'] = $elkey;
18034. if ( preg_match($tagpattern, $element)) {
18035. // html tag
18036. $element = substr($element, 1, -1);
18037. // get tag name
18038. preg_match('/[\/]?([a-zA-Z0-9]*)/', $element, $tag);
18039. $tagname = strtolower($tag[1]);
18040. // check if we are inside a table header
18041. if ($tagname == 'thead') {
18042. if ($element{0} == '/') {
18043. $thead = false;
18044. } else {
18045. $thead = true;
18046. }
18047. ++$elkey;
18048. continue;
18049. }
18050. $dom[$key]['tag'] = true;
18051. $dom[$key]['value'] = $tagname;
18052. if ( in_array($dom[$key]['value'], $blocktags)) {
18053. $dom[$key]['block'] = true;
18054. } else {
18055. $dom[$key]['block'] = false;
18056. }
18057. if ($element{0} == '/') {
18058. // *** closing html tag
18059. $dom[$key]['opening'] = false;
18060. $dom[$key]['parent'] = end($level);
18061. array_pop($level);
18062. $dom[$key]['fontname'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['fontname'];
18063. $dom[$key]['fontstyle'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['fontstyle'];
18064. $dom[$key]['fontsize'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['fontsize'];
18065. $dom[$key]['font-stretch'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['font-stretch'];
18066. $dom[$key]['letter-spacing'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['letter-spacing'];
18067. $dom[$key]['stroke'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['stroke'];
18068. $dom[$key]['fill'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['fill'];
18069. $dom[$key]['clip'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['clip'];
18070. $dom[$key]['line-height'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['line-height'];
18071. $dom[$key]['bgcolor'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['bgcolor'];
18072. $dom[$key]['fgcolor'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['fgcolor'];
18073. $dom[$key]['strokecolor'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['strokecolor'];
18074. $dom[$key]['align'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['align'];
18075. $dom[$key]['dir'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['dir'];
18076. if (isset($dom[($dom[($dom[$key]['parent'])]['parent'])]['listtype'])) {
18077. $dom[$key]['listtype'] = $dom[($dom[($dom[$key]['parent'])]['parent'])]['listtype'];
18078. }
18079. // set the number of columns in table tag
18080. if (($dom[$key]['value'] == 'tr') AND (!isset($dom[($dom[($dom[$key]['parent'])]['parent'])]['cols']))) {
18081. $dom[($dom[($dom[$key]['parent'])]['parent'])]['cols'] = $dom[($dom[$key]['parent'])]['cols'];
18082. }
18083. if (($dom[$key]['value'] == 'td') OR ($dom[$key]['value'] == 'th')) {
18084. $dom[($dom[$key]['parent'])]['content'] = $csstagarray;
18085. for ($i = ($dom[$key]['parent'] + 1); $i < $key; ++$i) {
18086. $dom[($dom[$key]['parent'])]['content'] .= $a[$dom[$i]['elkey']];
18087. }
18088. $key = $i;
18089. $parent_table = $dom[$dom[$dom[($dom[$key]['parent'])]['parent']]['parent']];
18090. $parent_padding = 0;
18091. $parent_spacing = 0;
18092. if (isset($parent_table['attribute']['cellpadding'])) {
18093. $parent_padding = $this-> getHTMLUnitToUnits($parent_table['attribute']['cellpadding'], 1, 'px');
18094. }
18095. if (isset($parent_table['attribute']['cellspacing'])) {
18096. $parent_spacing = $this-> getHTMLUnitToUnits($parent_table['attribute']['cellspacing'], 1, 'px');
18097. }
18098. // mark nested tables
18099. $dom[($dom[$key]['parent'])]['content'] = str_replace('<table', '<table nested="true" pcellpadding="'.$parent_padding.'" pcellspacing="'.$parent_spacing.'"', $dom[($dom[$key]['parent'])]['content']);
18100. // remove thead sections from nested tables
18101. $dom[($dom[$key]['parent'])]['content'] = str_replace('<thead>', '', $dom[($dom[$key]['parent'])]['content']);
18102. $dom[($dom[$key]['parent'])]['content'] = str_replace('</thead>', '', $dom[($dom[$key]['parent'])]['content']);
18103. }
18104. // store header rows on a new table
18105. if (($dom[$key]['value'] == 'tr') AND ($dom[($dom[$key]['parent'])]['thead'] === true)) {
18106. if ($this-> empty_string($dom[($dom[($dom[$key]['parent'])]['parent'])]['thead'])) {
18107. $dom[($dom[($dom[$key]['parent'])]['parent'])]['thead'] = $a[$dom[($dom[($dom[$key]['parent'])]['parent'])]['elkey']];
18108. }
18109. for ($i = $dom[$key]['parent']; $i <= $key; ++$i) {
18110. $dom[($dom[($dom[$key]['parent'])]['parent'])]['thead'] .= $a[$dom[$i]['elkey']];
18111. }
18112. if (!isset($dom[($dom[$key]['parent'])]['attribute'])) {
18113. $dom[($dom[$key]['parent'])]['attribute'] = array();
18114. }
18115. // header elements must be always contained in a single page
18116. $dom[($dom[$key]['parent'])]['attribute']['nobr'] = 'true';
18117. }
18118. if (($dom[$key]['value'] == 'table') AND (!$this-> empty_string($dom[($dom[$key]['parent'])]['thead']))) {
18119. // remove the nobr attributes from the table header
18120. $dom[($dom[$key]['parent'])]['thead'] = str_replace(' nobr="true"', '', $dom[($dom[$key]['parent'])]['thead']);
18121. $dom[($dom[$key]['parent'])]['thead'] .= '</tablehead>';
18122. }
18123. } else {
18124. // *** opening or self-closing html tag
18125. $dom[$key]['opening'] = true;
18126. $dom[$key]['parent'] = end($level);
18127. if (( substr($element, -1, 1) == '/') OR ( in_array($dom[$key]['value'], $selfclosingtags))) {
18128. // self-closing tag
18129. $dom[$key]['self'] = true;
18130. } else {
18131. // opening tag
18132. array_push($level, $key);
18133. $dom[$key]['self'] = false;
18134. }
18135. // copy some values from parent
18136. $parentkey = 0;
18137. if ($key > 0) {
18138. $parentkey = $dom[$key]['parent'];
18139. $dom[$key]['fontname'] = $dom[$parentkey]['fontname'];
18140. $dom[$key]['fontstyle'] = $dom[$parentkey]['fontstyle'];
18141. $dom[$key]['fontsize'] = $dom[$parentkey]['fontsize'];
18142. $dom[$key]['font-stretch'] = $dom[$parentkey]['font-stretch'];
18143. $dom[$key]['letter-spacing'] = $dom[$parentkey]['letter-spacing'];
18144. $dom[$key]['stroke'] = $dom[$parentkey]['stroke'];
18145. $dom[$key]['fill'] = $dom[$parentkey]['fill'];
18146. $dom[$key]['clip'] = $dom[$parentkey]['clip'];
18147. $dom[$key]['line-height'] = $dom[$parentkey]['line-height'];
18148. $dom[$key]['bgcolor'] = $dom[$parentkey]['bgcolor'];
18149. $dom[$key]['fgcolor'] = $dom[$parentkey]['fgcolor'];
18150. $dom[$key]['strokecolor'] = $dom[$parentkey]['strokecolor'];
18151. $dom[$key]['align'] = $dom[$parentkey]['align'];
18152. $dom[$key]['listtype'] = $dom[$parentkey]['listtype'];
18153. $dom[$key]['text-indent'] = $dom[$parentkey]['text-indent'];
18154. $dom[$key]['border'] = array();
18155. $dom[$key]['dir'] = $dom[$parentkey]['dir'];
18156. }
18157. // get attributes
18158. preg_match_all('/([^=\s]*)[\s]*=[\s]*"([^"]*)"/', $element, $attr_array, PREG_PATTERN_ORDER);
18159. $dom[$key]['attribute'] = array(); // reset attribute array
18160. while (list($id, $name) = each($attr_array[1])) {
18161. $dom[$key]['attribute'][ strtolower($name)] = $attr_array[2][$id];
18162. }
18163. if (! empty($css)) {
18164. // merge eternal CSS style to current style
18165. $dom[$key]['attribute']['style'] = $this-> getTagStyleFromCSS($dom, $key, $css);
18166. }
18167. // split style attributes
18168. if (isset($dom[$key]['attribute']['style']) AND ! empty($dom[$key]['attribute']['style'])) {
18169. // get style attributes
18170. preg_match_all('/([^;:\s]*):([^;]*)/', $dom[$key]['attribute']['style'], $style_array, PREG_PATTERN_ORDER);
18171. $dom[$key]['style'] = array(); // reset style attribute array
18172. while (list($id, $name) = each($style_array[1])) {
18173. // in case of duplicate attribute the last replace the previous
18174. $dom[$key]['style'][ strtolower($name)] = trim($style_array[2][$id]);
18175. }
18176. // --- get some style attributes ---
18177. // text direction
18178. if (isset($dom[$key]['style']['direction'])) {
18179. $dom[$key]['dir'] = $dom[$key]['style']['direction'];
18180. }
18181. // font family
18182. if (isset($dom[$key]['style']['font-family'])) {
18183. $dom[$key]['fontname'] = $this-> getFontFamilyName($dom[$key]['style']['font-family']);
18184. }
18185. // list-style-type
18186. if (isset($dom[$key]['style']['list-style-type'])) {
18187. $dom[$key]['listtype'] = trim( strtolower($dom[$key]['style']['list-style-type']));
18188. if ($dom[$key]['listtype'] == 'inherit') {
18189. $dom[$key]['listtype'] = $dom[$parentkey]['listtype'];
18190. }
18191. }
18192. // text-indent
18193. if (isset($dom[$key]['style']['text-indent'])) {
18194. $dom[$key]['text-indent'] = $this-> getHTMLUnitToUnits($dom[$key]['style']['text-indent']);
18195. if ($dom[$key]['text-indent'] == 'inherit') {
18196. $dom[$key]['text-indent'] = $dom[$parentkey]['text-indent'];
18197. }
18198. }
18199. // font size
18200. if (isset($dom[$key]['style']['font-size'])) {
18201. $fsize = trim($dom[$key]['style']['font-size']);
18202. switch ($fsize) {
18203. // absolute-size
18204. case 'xx-small': {
18205. $dom[$key]['fontsize'] = $dom[0]['fontsize'] - 4;
18206. break;
18207. }
18208. case 'x-small': {
18209. $dom[$key]['fontsize'] = $dom[0]['fontsize'] - 3;
18210. break;
18211. }
18212. case 'small': {
18213. $dom[$key]['fontsize'] = $dom[0]['fontsize'] - 2;
18214. break;
18215. }
18216. case 'medium': {
18217. $dom[$key]['fontsize'] = $dom[0]['fontsize'];
18218. break;
18219. }
18220. case 'large': {
18221. $dom[$key]['fontsize'] = $dom[0]['fontsize'] + 2;
18222. break;
18223. }
18224. case 'x-large': {
18225. $dom[$key]['fontsize'] = $dom[0]['fontsize'] + 4;
18226. break;
18227. }
18228. case 'xx-large': {
18229. $dom[$key]['fontsize'] = $dom[0]['fontsize'] + 6;
18230. break;
18231. }
18232. // relative-size
18233. case 'smaller': {
18234. $dom[$key]['fontsize'] = $dom[$parentkey]['fontsize'] - 3;
18235. break;
18236. }
18237. case 'larger': {
18238. $dom[$key]['fontsize'] = $dom[$parentkey]['fontsize'] + 3;
18239. break;
18240. }
18241. default: {
18242. $dom[$key]['fontsize'] = $this-> getHTMLUnitToUnits($fsize, $dom[$parentkey]['fontsize'], 'pt', true);
18243. }
18244. }
18245. }
18246. // font-stretch
18247. if (isset($dom[$key]['style']['font-stretch'])) {
18248. $dom[$key]['font-stretch'] = $this-> getCSSFontStretching($dom[$key]['style']['font-stretch'], $dom[$parentkey]['font-stretch']);
18249. }
18250. // letter-spacing
18251. if (isset($dom[$key]['style']['letter-spacing'])) {
18252. $dom[$key]['letter-spacing'] = $this-> getCSSFontSpacing($dom[$key]['style']['letter-spacing'], $dom[$parentkey]['letter-spacing']);
18253. }
18254. // line-height
18255. if (isset($dom[$key]['style']['line-height'])) {
18256. $lineheight = trim($dom[$key]['style']['line-height']);
18257. switch ($lineheight) {
18258. // A normal line height. This is default
18259. case 'normal': {
18260. $dom[$key]['line-height'] = $dom[0]['line-height'];
18261. break;
18262. }
18263. default: {
18264. if ( is_numeric($lineheight)) {
18265. $lineheight = $lineheight * 100;
18266. }
18267. $dom[$key]['line-height'] = $this-> getHTMLUnitToUnits($lineheight, 1, '%', true);
18268. }
18269. }
18270. }
18271. // font style
18272. if (isset($dom[$key]['style']['font-weight']) AND ( strtolower($dom[$key]['style']['font-weight']{0}) == 'b')) {
18273. $dom[$key]['fontstyle'] .= 'B';
18274. }
18275. if (isset($dom[$key]['style']['font-style']) AND ( strtolower($dom[$key]['style']['font-style']{0}) == 'i')) {
18276. $dom[$key]['fontstyle'] .= 'I';
18277. }
18278. // font color
18279. if (isset($dom[$key]['style']['color']) AND (!$this-> empty_string($dom[$key]['style']['color']))) {
18280. $dom[$key]['fgcolor'] = $this-> convertHTMLColorToDec($dom[$key]['style']['color']);
18281. } elseif ($dom[$key]['value'] == 'a') {
18282. $dom[$key]['fgcolor'] = $this-> htmlLinkColorArray;
18283. }
18284. // background color
18285. if (isset($dom[$key]['style']['background-color']) AND (!$this-> empty_string($dom[$key]['style']['background-color']))) {
18286. $dom[$key]['bgcolor'] = $this-> convertHTMLColorToDec($dom[$key]['style']['background-color']);
18287. }
18288. // text-decoration
18289. if (isset($dom[$key]['style']['text-decoration'])) {
18290. $decors = explode(' ', strtolower($dom[$key]['style']['text-decoration']));
18291. foreach ($decors as $dec) {
18292. $dec = trim($dec);
18293. if (!$this-> empty_string($dec)) {
18294. if ($dec{0} == 'u') {
18295. // underline
18296. $dom[$key]['fontstyle'] .= 'U';
18297. } elseif ($dec{0} == 'l') {
18298. // line-trough
18299. $dom[$key]['fontstyle'] .= 'D';
18300. } elseif ($dec{0} == 'o') {
18301. // overline
18302. $dom[$key]['fontstyle'] .= 'O';
18303. }
18304. }
18305. }
18306. } elseif ($dom[$key]['value'] == 'a') {
18307. $dom[$key]['fontstyle'] = $this-> htmlLinkFontStyle;
18308. }
18309. // check for width attribute
18310. if (isset($dom[$key]['style']['width'])) {
18311. $dom[$key]['width'] = $dom[$key]['style']['width'];
18312. }
18313. // check for height attribute
18314. if (isset($dom[$key]['style']['height'])) {
18315. $dom[$key]['height'] = $dom[$key]['style']['height'];
18316. }
18317. // check for text alignment
18318. if (isset($dom[$key]['style']['text-align'])) {
18319. $dom[$key]['align'] = strtoupper($dom[$key]['style']['text-align']{0});
18320. }
18321. // check for CSS border properties
18322. if (isset($dom[$key]['style']['border'])) {
18323. $borderstyle = $this-> getCSSBorderStyle($dom[$key]['style']['border']);
18324. if (! empty($borderstyle)) {
18325. $dom[$key]['border']['LTRB'] = $borderstyle;
18326. }
18327. }
18328. if (isset($dom[$key]['style']['border-color'])) {
18329. $brd_colors = preg_split('/[\s]+/', trim($dom[$key]['style']['border-color']));
18330. if (isset($brd_colors[3])) {
18331. $dom[$key]['border']['L']['color'] = $this-> convertHTMLColorToDec($brd_colors[3]);
18332. }
18333. if (isset($brd_colors[1])) {
18334. $dom[$key]['border']['R']['color'] = $this-> convertHTMLColorToDec($brd_colors[1]);
18335. }
18336. if (isset($brd_colors[0])) {
18337. $dom[$key]['border']['T']['color'] = $this-> convertHTMLColorToDec($brd_colors[0]);
18338. }
18339. if (isset($brd_colors[2])) {
18340. $dom[$key]['border']['B']['color'] = $this-> convertHTMLColorToDec($brd_colors[2]);
18341. }
18342. }
18343. if (isset($dom[$key]['style']['border-width'])) {
18344. $brd_widths = preg_split('/[\s]+/', trim($dom[$key]['style']['border-width']));
18345. if (isset($brd_widths[3])) {
18346. $dom[$key]['border']['L']['width'] = $this-> getCSSBorderWidth($brd_widths[3]);
18347. }
18348. if (isset($brd_widths[1])) {
18349. $dom[$key]['border']['R']['width'] = $this-> getCSSBorderWidth($brd_widths[1]);
18350. }
18351. if (isset($brd_widths[0])) {
18352. $dom[$key]['border']['T']['width'] = $this-> getCSSBorderWidth($brd_widths[0]);
18353. }
18354. if (isset($brd_widths[2])) {
18355. $dom[$key]['border']['B']['width'] = $this-> getCSSBorderWidth($brd_widths[2]);
18356. }
18357. }
18358. if (isset($dom[$key]['style']['border-style'])) {
18359. $brd_styles = preg_split('/[\s]+/', trim($dom[$key]['style']['border-style']));
18360. if (isset($brd_styles[3])) {
18361. $dom[$key]['border']['L']['cap'] = 'square';
18362. $dom[$key]['border']['L']['join'] = 'miter';
18363. $dom[$key]['border']['L']['dash'] = $this-> getCSSBorderDashStyle($brd_styles[3]);
18364. if ($dom[$key]['border']['L']['dash'] < 0) {
18365. $dom[$key]['border']['L'] = array();
18366. }
18367. }
18368. if (isset($brd_styles[1])) {
18369. $dom[$key]['border']['R']['cap'] = 'square';
18370. $dom[$key]['border']['R']['join'] = 'miter';
18371. $dom[$key]['border']['R']['dash'] = $this-> getCSSBorderDashStyle($brd_styles[1]);
18372. if ($dom[$key]['border']['R']['dash'] < 0) {
18373. $dom[$key]['border']['R'] = array();
18374. }
18375. }
18376. if (isset($brd_styles[0])) {
18377. $dom[$key]['border']['T']['cap'] = 'square';
18378. $dom[$key]['border']['T']['join'] = 'miter';
18379. $dom[$key]['border']['T']['dash'] = $this-> getCSSBorderDashStyle($brd_styles[0]);
18380. if ($dom[$key]['border']['T']['dash'] < 0) {
18381. $dom[$key]['border']['T'] = array();
18382. }
18383. }
18384. if (isset($brd_styles[2])) {
18385. $dom[$key]['border']['B']['cap'] = 'square';
18386. $dom[$key]['border']['B']['join'] = 'miter';
18387. $dom[$key]['border']['B']['dash'] = $this-> getCSSBorderDashStyle($brd_styles[2]);
18388. if ($dom[$key]['border']['B']['dash'] < 0) {
18389. $dom[$key]['border']['B'] = array();
18390. }
18391. }
18392. }
18393. $cellside = array('L' => 'left', 'R' => 'right', 'T' => 'top', 'B' => 'bottom');
18394. foreach ($cellside as $bsk => $bsv) {
18395. if (isset($dom[$key]['style']['border-'.$bsv])) {
18396. $borderstyle = $this-> getCSSBorderStyle($dom[$key]['style']['border-'.$bsv]);
18397. if (! empty($borderstyle)) {
18398. $dom[$key]['border'][$bsk] = $borderstyle;
18399. }
18400. }
18401. if (isset($dom[$key]['style']['border-'.$bsv.'-color'])) {
18402. $dom[$key]['border'][$bsk]['color'] = $this-> convertHTMLColorToDec($dom[$key]['style']['border-'.$bsv.'-color']);
18403. }
18404. if (isset($dom[$key]['style']['border-'.$bsv.'-width'])) {
18405. $dom[$key]['border'][$bsk]['width'] = $this-> getCSSBorderWidth($dom[$key]['style']['border-'.$bsv.'-width']);
18406. }
18407. if (isset($dom[$key]['style']['border-'.$bsv.'-style'])) {
18408. $dom[$key]['border'][$bsk]['dash'] = $this-> getCSSBorderDashStyle($dom[$key]['style']['border-'.$bsv.'-style']);
18409. if ($dom[$key]['border'][$bsk]['dash'] < 0) {
18410. $dom[$key]['border'][$bsk] = array();
18411. }
18412. }
18413. }
18414. // check for CSS padding properties
18415. if (isset($dom[$key]['style']['padding'])) {
18416. $dom[$key]['padding'] = $this-> getCSSPadding($dom[$key]['style']['padding']);
18417. } else {
18418. $dom[$key]['padding'] = $this-> cell_padding;
18419. }
18420. foreach ($cellside as $psk => $psv) {
18421. if (isset($dom[$key]['style']['padding-'.$psv])) {
18422. $dom[$key]['padding'][$psk] = $this-> getHTMLUnitToUnits($dom[$key]['style']['padding-'.$psv], 0, 'px', false);
18423. }
18424. }
18425. // check for CSS margin properties
18426. if (isset($dom[$key]['style']['margin'])) {
18427. $dom[$key]['margin'] = $this-> getCSSMargin($dom[$key]['style']['margin']);
18428. } else {
18429. $dom[$key]['margin'] = $this-> cell_margin;
18430. }
18431. foreach ($cellside as $psk => $psv) {
18432. if (isset($dom[$key]['style']['margin-'.$psv])) {
18433. $dom[$key]['margin'][$psk] = $this-> getHTMLUnitToUnits( str_replace('auto', '0', $dom[$key]['style']['margin-'.$psv]), 0, 'px', false);
18434. }
18435. }
18436. // page-break-inside
18437. if (isset($dom[$key]['style']['page-break-inside']) AND ($dom[$key]['style']['page-break-inside'] == 'avoid')) {
18438. $dom[$key]['attribute']['nobr'] = 'true';
18439. }
18440. // page-break-before
18441. if (isset($dom[$key]['style']['page-break-before'])) {
18442. if ($dom[$key]['style']['page-break-before'] == 'always') {
18443. $dom[$key]['attribute']['pagebreak'] = 'true';
18444. } elseif ($dom[$key]['style']['page-break-before'] == 'left') {
18445. $dom[$key]['attribute']['pagebreak'] = 'left';
18446. } elseif ($dom[$key]['style']['page-break-before'] == 'right') {
18447. $dom[$key]['attribute']['pagebreak'] = 'right';
18448. }
18449. }
18450. // page-break-after
18451. if (isset($dom[$key]['style']['page-break-after'])) {
18452. if ($dom[$key]['style']['page-break-after'] == 'always') {
18453. $dom[$key]['attribute']['pagebreakafter'] = 'true';
18454. } elseif ($dom[$key]['style']['page-break-after'] == 'left') {
18455. $dom[$key]['attribute']['pagebreakafter'] = 'left';
18456. } elseif ($dom[$key]['style']['page-break-after'] == 'right') {
18457. $dom[$key]['attribute']['pagebreakafter'] = 'right';
18458. }
18459. }
18460. }
18461. if (isset($dom[$key]['attribute']['border']) AND ($dom[$key]['attribute']['border'] != 0)) {
18462. $borderstyle = $this-> getCSSBorderStyle($dom[$key]['attribute']['border'].' solid black');
18463. if (! empty($borderstyle)) {
18464. $dom[$key]['border']['LTRB'] = $borderstyle;
18465. }
18466. }
18467. // check for font tag
18468. if ($dom[$key]['value'] == 'font') {
18469. // font family
18470. if (isset($dom[$key]['attribute']['face'])) {
18471. $dom[$key]['fontname'] = $this-> getFontFamilyName($dom[$key]['attribute']['face']);
18472. }
18473. // font size
18474. if (isset($dom[$key]['attribute']['size'])) {
18475. if ($key > 0) {
18476. if ($dom[$key]['attribute']['size']{0} == '+') {
18477. $dom[$key]['fontsize'] = $dom[($dom[$key]['parent'])]['fontsize'] + intval( substr($dom[$key]['attribute']['size'], 1));
18478. } elseif ($dom[$key]['attribute']['size']{0} == '-') {
18479. $dom[$key]['fontsize'] = $dom[($dom[$key]['parent'])]['fontsize'] - intval( substr($dom[$key]['attribute']['size'], 1));
18480. } else {
18481. $dom[$key]['fontsize'] = intval($dom[$key]['attribute']['size']);
18482. }
18483. } else {
18484. $dom[$key]['fontsize'] = intval($dom[$key]['attribute']['size']);
18485. }
18486. }
18487. }
18488. // force natural alignment for lists
18489. if ((($dom[$key]['value'] == 'ul') OR ($dom[$key]['value'] == 'ol') OR ($dom[$key]['value'] == 'dl'))
18490. AND (!isset($dom[$key]['align']) OR $this-> empty_string($dom[$key]['align']) OR ($dom[$key]['align'] != 'J'))) {
18491. if ($this-> rtl) {
18492. $dom[$key]['align'] = 'R';
18493. } else {
18494. $dom[$key]['align'] = 'L';
18495. }
18496. }
18497. if (($dom[$key]['value'] == 'small') OR ($dom[$key]['value'] == 'sup') OR ($dom[$key]['value'] == 'sub')) {
18498. if (!isset($dom[$key]['attribute']['size']) AND !isset($dom[$key]['style']['font-size'])) {
18499. $dom[$key]['fontsize'] = $dom[$key]['fontsize'] * K_SMALL_RATIO;
18500. }
18501. }
18502. if (($dom[$key]['value'] == 'strong') OR ($dom[$key]['value'] == 'b')) {
18503. $dom[$key]['fontstyle'] .= 'B';
18504. }
18505. if (($dom[$key]['value'] == 'em') OR ($dom[$key]['value'] == 'i')) {
18506. $dom[$key]['fontstyle'] .= 'I';
18507. }
18508. if ($dom[$key]['value'] == 'u') {
18509. $dom[$key]['fontstyle'] .= 'U';
18510. }
18511. if (($dom[$key]['value'] == 'del') OR ($dom[$key]['value'] == 's') OR ($dom[$key]['value'] == 'strike')) {
18512. $dom[$key]['fontstyle'] .= 'D';
18513. }
18514. if (!isset($dom[$key]['style']['text-decoration']) AND ($dom[$key]['value'] == 'a')) {
18515. $dom[$key]['fontstyle'] = $this-> htmlLinkFontStyle;
18516. }
18517. if (($dom[$key]['value'] == 'pre') OR ($dom[$key]['value'] == 'tt')) {
18518. $dom[$key]['fontname'] = $this-> default_monospaced_font;
18519. }
18520. if (($dom[$key]['value']{0} == 'h') AND ( intval($dom[$key]['value']{1}) > 0) AND ( intval($dom[$key]['value']{1}) < 7)) {
18521. // headings h1, h2, h3, h4, h5, h6
18522. if (!isset($dom[$key]['attribute']['size']) AND !isset($dom[$key]['style']['font-size'])) {
18523. $headsize = (4 - intval($dom[$key]['value']{1})) * 2;
18524. $dom[$key]['fontsize'] = $dom[0]['fontsize'] + $headsize;
18525. }
18526. if (!isset($dom[$key]['style']['font-weight'])) {
18527. $dom[$key]['fontstyle'] .= 'B';
18528. }
18529. }
18530. if (($dom[$key]['value'] == 'table')) {
18531. $dom[$key]['rows'] = 0; // number of rows
18532. $dom[$key]['trids'] = array(); // IDs of TR elements
18533. $dom[$key]['thead'] = ''; // table header rows
18534. }
18535. if (($dom[$key]['value'] == 'tr')) {
18536. $dom[$key]['cols'] = 0;
18537. if ($thead) {
18538. $dom[$key]['thead'] = true;
18539. // rows on thead block are printed as a separate table
18540. } else {
18541. $dom[$key]['thead'] = false;
18542. // store the number of rows on table element
18543. ++$dom[($dom[$key]['parent'])]['rows'];
18544. // store the TR elements IDs on table element
18545. array_push($dom[($dom[$key]['parent'])]['trids'], $key);
18546. }
18547. }
18548. if (($dom[$key]['value'] == 'th') OR ($dom[$key]['value'] == 'td')) {
18549. if (isset($dom[$key]['attribute']['colspan'])) {
18550. $colspan = intval($dom[$key]['attribute']['colspan']);
18551. } else {
18552. $colspan = 1;
18553. }
18554. $dom[$key]['attribute']['colspan'] = $colspan;
18555. $dom[($dom[$key]['parent'])]['cols'] += $colspan;
18556. }
18557. // text direction
18558. if (isset($dom[$key]['attribute']['dir'])) {
18559. $dom[$key]['dir'] = $dom[$key]['attribute']['dir'];
18560. }
18561. // set foreground color attribute
18562. if (isset($dom[$key]['attribute']['color']) AND (!$this-> empty_string($dom[$key]['attribute']['color']))) {
18563. $dom[$key]['fgcolor'] = $this-> convertHTMLColorToDec($dom[$key]['attribute']['color']);
18564. } elseif (!isset($dom[$key]['style']['color']) AND ($dom[$key]['value'] == 'a')) {
18565. $dom[$key]['fgcolor'] = $this-> htmlLinkColorArray;
18566. }
18567. // set background color attribute
18568. if (isset($dom[$key]['attribute']['bgcolor']) AND (!$this-> empty_string($dom[$key]['attribute']['bgcolor']))) {
18569. $dom[$key]['bgcolor'] = $this-> convertHTMLColorToDec($dom[$key]['attribute']['bgcolor']);
18570. }
18571. // set stroke color attribute
18572. if (isset($dom[$key]['attribute']['strokecolor']) AND (!$this-> empty_string($dom[$key]['attribute']['strokecolor']))) {
18573. $dom[$key]['strokecolor'] = $this-> convertHTMLColorToDec($dom[$key]['attribute']['strokecolor']);
18574. }
18575. // check for width attribute
18576. if (isset($dom[$key]['attribute']['width'])) {
18577. $dom[$key]['width'] = $dom[$key]['attribute']['width'];
18578. }
18579. // check for height attribute
18580. if (isset($dom[$key]['attribute']['height'])) {
18581. $dom[$key]['height'] = $dom[$key]['attribute']['height'];
18582. }
18583. // check for text alignment
18584. if (isset($dom[$key]['attribute']['align']) AND (!$this-> empty_string($dom[$key]['attribute']['align'])) AND ($dom[$key]['value'] !== 'img')) {
18585. $dom[$key]['align'] = strtoupper($dom[$key]['attribute']['align']{0});
18586. }
18587. // check for text rendering mode (the following attributes do not exist in HTML)
18588. if (isset($dom[$key]['attribute']['stroke'])) {
18589. // font stroke width
18590. $dom[$key]['stroke'] = $this-> getHTMLUnitToUnits($dom[$key]['attribute']['stroke'], $dom[$key]['fontsize'], 'pt', true);
18591. }
18592. if (isset($dom[$key]['attribute']['fill'])) {
18593. // font fill
18594. if ($dom[$key]['attribute']['fill'] == 'true') {
18595. $dom[$key]['fill'] = true;
18596. } else {
18597. $dom[$key]['fill'] = false;
18598. }
18599. }
18600. if (isset($dom[$key]['attribute']['clip'])) {
18601. // clipping mode
18602. if ($dom[$key]['attribute']['clip'] == 'true') {
18603. $dom[$key]['clip'] = true;
18604. } else {
18605. $dom[$key]['clip'] = false;
18606. }
18607. }
18608. } // end opening tag
18609. } else {
18610. // text
18611. $dom[$key]['tag'] = false;
18612. $dom[$key]['block'] = false;
18613. $element = str_replace('$nbsp;', $this-> unichr(160), $element);
18614. $dom[$key]['value'] = stripslashes($this-> unhtmlentities($element));
18615. $dom[$key]['parent'] = end($level);
18616. }
18617. ++$elkey;
18618. ++$key;
18619. }
18620. return $dom;
18621. }
18623. /**
18624. * Returns the string used to find spaces
18625. * @return string
18626. * @access protected
18627. * @author Nicola Asuni
18628. * @since 4.8.024 (2010-01-15)
18629. */
18630. protected function getSpaceString() {
18631. $spacestr = chr(32);
18632. if ($this-> isUnicodeFont()) {
18633. $spacestr = chr(0).chr(32);
18634. }
18635. return $spacestr;
18636. }
18638. /**
18639. * Prints a cell (rectangular area) with optional borders, background color and html text string.
18640. * The upper-left corner of the cell corresponds to the current position. After the call, the current position moves to the right or to the next line.<br />
18641. * If automatic page breaking is enabled and the cell goes beyond the limit, a page break is done before outputting.
18642. * @param float $w Cell width. If 0, the cell extends up to the right margin.
18643. * @param float $h Cell minimum height. The cell extends automatically if needed.
18644. * @param float $x upper-left corner X coordinate
18645. * @param float $y upper-left corner Y coordinate
18646. * @param string $html html text to print. Default value: empty string.
18647. * @param mixed $border Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
18648. * @param int $ln Indicates where the current position should go after the call. Possible values are:<ul><li>0: to the right (or left for RTL language)</li><li>1: to the beginning of the next line</li><li>2: below</li></ul>
18649. Putting 1 is equivalent to putting 0 and calling Ln() just after. Default value: 0.
18650. * @param boolean $fill Indicates if the cell background must be painted (true) or transparent (false).
18651. * @param boolean $reseth if true reset the last cell height (default true).
18652. * @param string $align Allows to center or align the text. Possible values are:<ul><li>L : left align</li><li>C : center</li><li>R : right align</li><li>'' : empty string : left for LTR or right for RTL</li></ul>
18653. * @param boolean $autopadding if true, uses internal padding and automatically adjust it to account for line width.
18654. * @access public
18655. * @uses MultiCell()
18656. * @see Multicell(), writeHTML()
18657. */
18658. public function writeHTMLCell($w, $h, $x, $y, $html='', $border=0, $ln=0, $fill=false, $reseth=true, $align='', $autopadding=true) {
18659. return $this-> MultiCell($w, $h, $html, $border, $align, $fill, $ln, $x, $y, $reseth, 0, true, $autopadding, 0);
18660. }
18662. /**
18663. * Allows to preserve some HTML formatting (limited support).<br />
18664. * IMPORTANT: The HTML must be well formatted - try to clean-up it using an application like HTML-Tidy before submitting.
18665. * Supported tags are: a, b, blockquote, br, dd, del, div, dl, dt, em, font, h1, h2, h3, h4, h5, h6, hr, i, img, li, ol, p, pre, small, span, strong, sub, sup, table, tcpdf, td, th, thead, tr, tt, u, ul
18666. * @param string $html text to display
18667. * @param boolean $ln if true add a new line after text (default = true)
18668. * @param boolean $fill Indicates if the background must be painted (true) or transparent (false).
18669. * @param boolean $reseth if true reset the last cell height (default false).
18670. * @param boolean $cell if true add the current left (or right for RTL) padding to each Write (default false).
18671. * @param string $align Allows to center or align the text. Possible values are:<ul><li>L : left align</li><li>C : center</li><li>R : right align</li><li>'' : empty string : left for LTR or right for RTL</li></ul>
18672. * @access public
18673. */
18674. public function writeHTML($html, $ln=true, $fill=false, $reseth=false, $cell=false, $align='') {
18675. $gvars = $this-> getGraphicVars();
18676. // store current values
18677. $prev_cell_margin = $this-> cell_margin;
18678. $prev_cell_padding = $this-> cell_padding;
18679. $prevPage = $this-> page;
18680. $prevlMargin = $this-> lMargin;
18681. $prevrMargin = $this-> rMargin;
18682. $curfontname = $this-> FontFamily;
18683. $curfontstyle = $this-> FontStyle;
18684. $curfontsize = $this-> FontSizePt;
18685. $curfontascent = $this-> getFontAscent($curfontname, $curfontstyle, $curfontsize);
18686. $curfontdescent = $this-> getFontDescent($curfontname, $curfontstyle, $curfontsize);
18687. $curfontstretcing = $this-> font_stretching;
18688. $curfontkerning = $this-> font_spacing;
18689. $this-> newline = true;
18690. $newline = true;
18691. $startlinepage = $this-> page;
18692. $minstartliney = $this-> y;
18693. $maxbottomliney = 0;
18694. $startlinex = $this-> x;
18695. $startliney = $this-> y;
18696. $yshift = 0;
18697. $loop = 0;
18698. $curpos = 0;
18699. $this_method_vars = array();
18700. $undo = false;
18701. $fontaligned = false;
18702. $reverse_dir = false; // true when the text direction is reversed
18703. $this-> premode = false;
18704. if ($this-> inxobj) {
18705. // we are inside an XObject template
18706. $pask = count($this-> xobjects[$this-> xobjid]['annotations']);
18707. } elseif (isset($this-> PageAnnots[$this-> page])) {
18708. $pask = count($this-> PageAnnots[$this-> page]);
18709. } else {
18710. $pask = 0;
18711. }
18712. if ($this-> inxobj) {
18713. // we are inside an XObject template
18714. $startlinepos = strlen($this-> xobjects[$this-> xobjid]['outdata']);
18715. } elseif (!$this-> InFooter) {
18716. if (isset($this-> footerlen[$this-> page])) {
18717. $this-> footerpos[$this-> page] = $this-> pagelen[$this-> page] - $this-> footerlen[$this-> page];
18718. } else {
18719. $this-> footerpos[$this-> page] = $this-> pagelen[$this-> page];
18720. }
18721. $startlinepos = $this-> footerpos[$this-> page];
18722. } else {
18723. // we are inside the footer
18724. $startlinepos = $this-> pagelen[$this-> page];
18725. }
18726. $lalign = $align;
18727. $plalign = $align;
18728. if ($this-> rtl) {
18729. $w = $this-> x - $this-> lMargin;
18730. } else {
18731. $w = $this-> w - $this-> rMargin - $this-> x;
18732. }
18733. $w -= ($this-> cell_padding['L'] + $this-> cell_padding['R']);
18734. if ($cell) {
18735. if ($this-> rtl) {
18736. $this-> x -= $this-> cell_padding['R'];
18737. $this-> lMargin += $this-> cell_padding['R'];
18738. } else {
18739. $this-> x += $this-> cell_padding['L'];
18740. $this-> rMargin += $this-> cell_padding['L'];
18741. }
18742. }
18743. if ($this-> customlistindent >= 0) {
18744. $this-> listindent = $this-> customlistindent;
18745. } else {
18746. $this-> listindent = $this-> GetStringWidth('0000');
18747. }
18748. $this-> listindentlevel = 0;
18749. // save previous states
18750. $prev_cell_height_ratio = $this-> cell_height_ratio;
18751. $prev_listnum = $this-> listnum;
18752. $prev_listordered = $this-> listordered;
18753. $prev_listcount = $this-> listcount;
18754. $prev_lispacer = $this-> lispacer;
18755. $this-> listnum = 0;
18756. $this-> listordered = array();
18757. $this-> listcount = array();
18758. $this-> lispacer = '';
18759. if (($this-> empty_string($this-> lasth)) OR ($reseth)) {
18760. // reset row height
18761. $this-> resetLastH();
18762. }
18763. $dom = $this-> getHtmlDomArray($html);
18764. $maxel = count($dom);
18765. $key = 0;
18766. while ($key < $maxel) {
18767. if ($dom[$key]['tag'] AND isset($dom[$key]['attribute']['pagebreak'])) {
18768. // check for pagebreak
18769. if (($dom[$key]['attribute']['pagebreak'] == 'true') OR ($dom[$key]['attribute']['pagebreak'] == 'left') OR ($dom[$key]['attribute']['pagebreak'] == 'right')) {
18770. // add a page (or trig AcceptPageBreak() for multicolumn mode)
18771. $this-> checkPageBreak($this-> PageBreakTrigger + 1);
18772. }
18773. if ((($dom[$key]['attribute']['pagebreak'] == 'left') AND (((!$this-> rtl) AND (($this-> page % 2) == 0)) OR (($this-> rtl) AND (($this-> page % 2) != 0))))
18774. OR (($dom[$key]['attribute']['pagebreak'] == 'right') AND (((!$this-> rtl) AND (($this-> page % 2) != 0)) OR (($this-> rtl) AND (($this-> page % 2) == 0))))) {
18775. // add a page (or trig AcceptPageBreak() for multicolumn mode)
18776. $this-> checkPageBreak($this-> PageBreakTrigger + 1);
18777. }
18778. }
18779. if ($dom[$key]['tag'] AND $dom[$key]['opening'] AND isset($dom[$key]['attribute']['nobr']) AND ($dom[$key]['attribute']['nobr'] == 'true')) {
18780. if (isset($dom[($dom[$key]['parent'])]['attribute']['nobr']) AND ($dom[($dom[$key]['parent'])]['attribute']['nobr'] == 'true')) {
18781. $dom[$key]['attribute']['nobr'] = false;
18782. } else {
18783. // store current object
18784. $this-> startTransaction();
18785. // save this method vars
18786. $this_method_vars['html'] = $html;
18787. $this_method_vars['ln'] = $ln;
18788. $this_method_vars['fill'] = $fill;
18789. $this_method_vars['reseth'] = $reseth;
18790. $this_method_vars['cell'] = $cell;
18791. $this_method_vars['align'] = $align;
18792. $this_method_vars['gvars'] = $gvars;
18793. $this_method_vars['prevPage'] = $prevPage;
18794. $this_method_vars['prev_cell_margin'] = $prev_cell_margin;
18795. $this_method_vars['prev_cell_padding'] = $prev_cell_padding;
18796. $this_method_vars['prevlMargin'] = $prevlMargin;
18797. $this_method_vars['prevrMargin'] = $prevrMargin;
18798. $this_method_vars['curfontname'] = $curfontname;
18799. $this_method_vars['curfontstyle'] = $curfontstyle;
18800. $this_method_vars['curfontsize'] = $curfontsize;
18801. $this_method_vars['curfontascent'] = $curfontascent;
18802. $this_method_vars['curfontdescent'] = $curfontdescent;
18803. $this_method_vars['curfontstretcing'] = $curfontstretcing;
18804. $this_method_vars['curfontkerning'] = $curfontkerning;
18805. $this_method_vars['minstartliney'] = $minstartliney;
18806. $this_method_vars['maxbottomliney'] = $maxbottomliney;
18807. $this_method_vars['yshift'] = $yshift;
18808. $this_method_vars['startlinepage'] = $startlinepage;
18809. $this_method_vars['startlinepos'] = $startlinepos;
18810. $this_method_vars['startlinex'] = $startlinex;
18811. $this_method_vars['startliney'] = $startliney;
18812. $this_method_vars['newline'] = $newline;
18813. $this_method_vars['loop'] = $loop;
18814. $this_method_vars['curpos'] = $curpos;
18815. $this_method_vars['pask'] = $pask;
18816. $this_method_vars['lalign'] = $lalign;
18817. $this_method_vars['plalign'] = $plalign;
18818. $this_method_vars['w'] = $w;
18819. $this_method_vars['prev_cell_height_ratio'] = $prev_cell_height_ratio;
18820. $this_method_vars['prev_listnum'] = $prev_listnum;
18821. $this_method_vars['prev_listordered'] = $prev_listordered;
18822. $this_method_vars['prev_listcount'] = $prev_listcount;
18823. $this_method_vars['prev_lispacer'] = $prev_lispacer;
18824. $this_method_vars['fontaligned'] = $fontaligned;
18825. $this_method_vars['key'] = $key;
18826. $this_method_vars['dom'] = $dom;
18827. }
18828. }
18829. // print THEAD block
18830. if (($dom[$key]['value'] == 'tr') AND isset($dom[$key]['thead']) AND $dom[$key]['thead']) {
18831. if (isset($dom[$key]['parent']) AND isset($dom[$dom[$key]['parent']]['thead']) AND !$this-> empty_string($dom[$dom[$key]['parent']]['thead'])) {
18832. $this-> inthead = true;
18833. // print table header (thead)
18834. $this-> writeHTML($this-> thead, false, false, false, false, '');
18835. // check if we are on a new page or on a new column
18836. if (($this-> y < $this-> start_transaction_y) OR ($this-> checkPageBreak($this-> lasth, '', false))) {
18837. // we are on a new page or on a new column and the total object height is less than the available vertical space.
18838. // restore previous object
18839. $this-> rollbackTransaction(true);
18840. // restore previous values
18841. foreach ($this_method_vars as $vkey => $vval) {
18842. $$vkey = $vval;
18843. }
18844. // disable table header
18845. $tmp_thead = $this-> thead;
18846. $this-> thead = '';
18847. // add a page (or trig AcceptPageBreak() for multicolumn mode)
18848. $pre_y = $this-> y;
18849. if ((!$this-> checkPageBreak($this-> PageBreakTrigger + 1)) AND ($this-> y < $pre_y)) {
18850. // fix for multicolumn mode
18851. $startliney = $this-> y;
18852. }
18853. $this-> start_transaction_page = $this-> page;
18854. $this-> start_transaction_y = $this-> y;
18855. // restore table header
18856. $this-> thead = $tmp_thead;
18857. // fix table border properties
18858. if (isset($dom[$dom[$key]['parent']]['attribute']['cellspacing'])) {
18859. $tmp_cellspacing = $this-> getHTMLUnitToUnits($dom[$dom[$key]['parent']]['attribute']['cellspacing'], 1, 'px');
18860. } else {
18861. $tmp_cellspacing = 0;
18862. }
18863. $dom[$dom[$key]['parent']]['borderposition']['page'] = $this-> page;
18864. $dom[$dom[$key]['parent']]['borderposition']['column'] = $this-> current_column;
18865. $dom[$dom[$key]['parent']]['borderposition']['y'] = $this-> y + $tmp_cellspacing;
18866. $xoffset = ($this-> x - $dom[$dom[$key]['parent']]['borderposition']['x']);
18867. $dom[$dom[$key]['parent']]['borderposition']['x'] += $xoffset;
18868. $dom[$dom[$key]['parent']]['borderposition']['xmax'] += $xoffset;
18869. // print table header (thead)
18870. $this-> writeHTML($this-> thead, false, false, false, false, '');
18871. }
18872. }
18873. // move $key index forward to skip THEAD block
18874. while ( ($key < $maxel) AND (!(
18875. ($dom[$key]['tag'] AND $dom[$key]['opening'] AND ($dom[$key]['value'] == 'tr') AND (!isset($dom[$key]['thead']) OR !$dom[$key]['thead']))
18876. OR ($dom[$key]['tag'] AND (!$dom[$key]['opening']) AND ($dom[$key]['value'] == 'table'))) )) {
18877. ++$key;
18878. }
18879. }
18880. if ($dom[$key]['tag'] OR ($key == 0)) {
18881. if ((($dom[$key]['value'] == 'table') OR ($dom[$key]['value'] == 'tr')) AND (isset($dom[$key]['align']))) {
18882. $dom[$key]['align'] = ($this-> rtl) ? 'R' : 'L';
18883. }
18884. // vertically align image in line
18885. if ((!$this-> newline) AND ($dom[$key]['value'] == 'img') AND (isset($dom[$key]['height'])) AND ($dom[$key]['height'] > 0)) {
18886. // get image height
18887. $imgh = $this-> getHTMLUnitToUnits($dom[$key]['height'], $this-> lasth, 'px');
18888. // check for automatic line break
18889. $autolinebreak = false;
18890. if (isset($dom[$key]['width']) AND ($dom[$key]['width'] > 0)) {
18891. $imgw = $this-> getHTMLUnitToUnits($dom[$key]['width'], 1, 'px', false);
18892. if (($this-> rtl AND (($this-> x - $imgw) < ($this-> lMargin + $this-> cell_padding['L'])))
18893. OR (!$this-> rtl AND (($this-> x + $imgw) > ($this-> w - $this-> rMargin - $this-> cell_padding['R'])))) {
18894. // add automatic line break
18895. $autolinebreak = true;
18896. $this-> Ln('', $cell);
18897. // go back to evaluate this line break
18898. --$key;
18899. }
18900. }
18901. if (!$autolinebreak) {
18902. if (!$this-> InFooter) {
18903. $pre_y = $this-> y;
18904. // check for page break
18905. if ((!$this-> checkPageBreak($imgh)) AND ($this-> y < $pre_y)) {
18906. // fix for multicolumn mode
18907. $startliney = $this-> y;
18908. }
18909. }
18910. if ($this-> page > $startlinepage) {
18911. // fix line splitted over two pages
18912. if (isset($this-> footerlen[$startlinepage])) {
18913. $curpos = $this-> pagelen[$startlinepage] - $this-> footerlen[$startlinepage];
18914. }
18915. // line to be moved one page forward
18916. $pagebuff = $this-> getPageBuffer($startlinepage);
18917. $linebeg = substr($pagebuff, $startlinepos, ($curpos - $startlinepos));
18918. $tstart = substr($pagebuff, 0, $startlinepos);
18919. $tend = substr($this-> getPageBuffer($startlinepage), $curpos);
18920. // remove line from previous page
18921. $this-> setPageBuffer($startlinepage, $tstart.''.$tend);
18922. $pagebuff = $this-> getPageBuffer($this-> page);
18923. $tstart = substr($pagebuff, 0, $this-> cntmrk[$this-> page]);
18924. $tend = substr($pagebuff, $this-> cntmrk[$this-> page]);
18925. // add line start to current page
18926. $yshift = $minstartliney - $this-> y;
18927. if ($fontaligned) {
18928. $yshift += ($curfontsize / $this-> k);
18929. }
18930. $try = sprintf('1 0 0 1 0 %.3F cm', ($yshift * $this-> k));
18931. $this-> setPageBuffer($this-> page, $tstart."\nq\n".$try."\n".$linebeg."\nQ\n".$tend);
18932. // shift the annotations and links
18933. if (isset($this-> PageAnnots[$this-> page])) {
18934. $next_pask = count($this-> PageAnnots[$this-> page]);
18935. } else {
18936. $next_pask = 0;
18937. }
18938. if (isset($this-> PageAnnots[$startlinepage])) {
18939. foreach ($this-> PageAnnots[$startlinepage] as $pak => $pac) {
18940. if ($pak >= $pask) {
18941. $this-> PageAnnots[$this-> page][] = $pac;
18942. unset($this-> PageAnnots[$startlinepage][$pak]);
18943. $npak = count($this-> PageAnnots[$this-> page]) - 1;
18944. $this-> PageAnnots[$this-> page][$npak]['y'] -= $yshift;
18945. }
18946. }
18947. }
18948. $pask = $next_pask;
18949. $startlinepos = $this-> cntmrk[$this-> page];
18950. $startlinepage = $this-> page;
18951. $startliney = $this-> y;
18952. $this-> newline = false;
18953. }
18954. $this-> y += ((($curfontsize * $this-> cell_height_ratio / $this-> k) + $curfontascent - $curfontdescent) / 2) - $imgh;
18955. $minstartliney = min($this-> y, $minstartliney);
18956. $maxbottomliney = ($startliney + ($this-> FontSize * $this-> cell_height_ratio));
18957. }
18958. } elseif (isset($dom[$key]['fontname']) OR isset($dom[$key]['fontstyle']) OR isset($dom[$key]['fontsize']) OR isset($dom[$key]['line-height'])) {
18959. // account for different font size
18960. $pfontname = $curfontname;
18961. $pfontstyle = $curfontstyle;
18962. $pfontsize = $curfontsize;
18963. $fontname = isset($dom[$key]['fontname']) ? $dom[$key]['fontname'] : $curfontname;
18964. $fontstyle = isset($dom[$key]['fontstyle']) ? $dom[$key]['fontstyle'] : $curfontstyle;
18965. $fontsize = isset($dom[$key]['fontsize']) ? $dom[$key]['fontsize'] : $curfontsize;
18966. $fontascent = $this-> getFontAscent($fontname, $fontstyle, $fontsize);
18967. $fontdescent = $this-> getFontDescent($fontname, $fontstyle, $fontsize);
18968. if (($fontname != $curfontname) OR ($fontstyle != $curfontstyle) OR ($fontsize != $curfontsize) OR ($this-> cell_height_ratio != $dom[$key]['line-height'])) {
18969. if ((!$this-> newline) AND ($key < ($maxel - 1))
18970. AND (( is_numeric($fontsize) AND ($fontsize >= 0) AND is_numeric($curfontsize) AND ($curfontsize >= 0) AND ($fontsize != $curfontsize))
18971. OR ($this-> cell_height_ratio != $dom[$key]['line-height']))) {
18972. if ($this-> page > $startlinepage) {
18973. // fix lines splitted over two pages
18974. if (isset($this-> footerlen[$startlinepage])) {
18975. $curpos = $this-> pagelen[$startlinepage] - $this-> footerlen[$startlinepage];
18976. }
18977. // line to be moved one page forward
18978. $pagebuff = $this-> getPageBuffer($startlinepage);
18979. $linebeg = substr($pagebuff, $startlinepos, ($curpos - $startlinepos));
18980. $tstart = substr($pagebuff, 0, $startlinepos);
18981. $tend = substr($this-> getPageBuffer($startlinepage), $curpos);
18982. // remove line start from previous page
18983. $this-> setPageBuffer($startlinepage, $tstart.''.$tend);
18984. $pagebuff = $this-> getPageBuffer($this-> page);
18985. $tstart = substr($pagebuff, 0, $this-> cntmrk[$this-> page]);
18986. $tend = substr($pagebuff, $this-> cntmrk[$this-> page]);
18987. // add line start to current page
18988. $yshift = $minstartliney - $this-> y;
18989. $try = sprintf('1 0 0 1 0 %.3F cm', ($yshift * $this-> k));
18990. $this-> setPageBuffer($this-> page, $tstart."\nq\n".$try."\n".$linebeg."\nQ\n".$tend);
18991. // shift the annotations and links
18992. if (isset($this-> PageAnnots[$this-> page])) {
18993. $next_pask = count($this-> PageAnnots[$this-> page]);
18994. } else {
18995. $next_pask = 0;
18996. }
18997. if (isset($this-> PageAnnots[$startlinepage])) {
18998. foreach ($this-> PageAnnots[$startlinepage] as $pak => $pac) {
18999. if ($pak >= $pask) {
19000. $this-> PageAnnots[$this-> page][] = $pac;
19001. unset($this-> PageAnnots[$startlinepage][$pak]);
19002. $npak = count($this-> PageAnnots[$this-> page]) - 1;
19003. $this-> PageAnnots[$this-> page][$npak]['y'] -= $yshift;
19004. }
19005. }
19006. }
19007. $pask = $next_pask;
19008. $startlinepos = $this-> cntmrk[$this-> page];
19009. $startlinepage = $this-> page;
19010. $startliney = $this-> y;
19011. }
19012. if (!isset($dom[$key]['line-height'])) {
19013. $dom[$key]['line-height'] = $this-> cell_height_ratio;
19014. }
19015. if (!$dom[$key]['block']) {
19016. $this-> y += (((($curfontsize * $this-> cell_height_ratio ) - ($fontsize * $dom[$key]['line-height'])) / $this-> k) + $curfontascent - $fontascent - $curfontdescent + $fontdescent) / 2;
19017. if (($dom[$key]['value'] != 'sup') AND ($dom[$key]['value'] != 'sub')) {
19018. $minstartliney = min($this-> y, $minstartliney);
19019. $maxbottomliney = max(($this-> y + (($fontsize * $this-> cell_height_ratio) / $this-> k)), $maxbottomliney);
19020. }
19021. }
19022. $this-> cell_height_ratio = $dom[$key]['line-height'];
19023. $fontaligned = true;
19024. }
19025. $this-> SetFont($fontname, $fontstyle, $fontsize);
19026. // reset row height
19027. $this-> resetLastH();
19028. $curfontname = $fontname;
19029. $curfontstyle = $fontstyle;
19030. $curfontsize = $fontsize;
19031. $curfontascent = $fontascent;
19032. $curfontdescent = $fontdescent;
19033. }
19034. }
19035. // set text rendering mode
19036. $textstroke = isset($dom[$key]['stroke']) ? $dom[$key]['stroke'] : $this-> textstrokewidth;
19037. $textfill = isset($dom[$key]['fill']) ? $dom[$key]['fill'] : (($this-> textrendermode % 2) == 0);
19038. $textclip = isset($dom[$key]['clip']) ? $dom[$key]['clip'] : ($this-> textrendermode > 3);
19039. $this-> setTextRenderingMode($textstroke, $textfill, $textclip);
19040. if (isset($dom[$key]['font-stretch']) AND ($dom[$key]['font-stretch'] !== false)) {
19041. $this-> setFontStretching($dom[$key]['font-stretch']);
19042. }
19043. if (isset($dom[$key]['letter-spacing']) AND ($dom[$key]['letter-spacing'] !== false)) {
19044. $this-> setFontSpacing($dom[$key]['letter-spacing']);
19045. }
19046. if (($plalign == 'J') AND $dom[$key]['block']) {
19047. $plalign = '';
19048. }
19049. // get current position on page buffer
19050. $curpos = $this-> pagelen[$startlinepage];
19051. if (isset($dom[$key]['bgcolor']) AND ($dom[$key]['bgcolor'] !== false)) {
19052. $this-> SetFillColorArray($dom[$key]['bgcolor']);
19053. $wfill = true;
19054. } else {
19055. $wfill = $fill | false;
19056. }
19057. if (isset($dom[$key]['fgcolor']) AND ($dom[$key]['fgcolor'] !== false)) {
19058. $this-> SetTextColorArray($dom[$key]['fgcolor']);
19059. }
19060. if (isset($dom[$key]['strokecolor']) AND ($dom[$key]['strokecolor'] !== false)) {
19061. $this-> SetDrawColorArray($dom[$key]['strokecolor']);
19062. }
19063. if (isset($dom[$key]['align'])) {
19064. $lalign = $dom[$key]['align'];
19065. }
19066. if ($this-> empty_string($lalign)) {
19067. $lalign = $align;
19068. }
19069. }
19070. // align lines
19071. if ($this-> newline AND ( strlen($dom[$key]['value']) > 0) AND ($dom[$key]['value'] != 'td') AND ($dom[$key]['value'] != 'th')) {
19072. $newline = true;
19073. $fontaligned = false;
19074. // we are at the beginning of a new line
19075. if (isset($startlinex)) {
19076. $yshift = $minstartliney - $startliney;
19077. if (($yshift > 0) OR ($this-> page > $startlinepage)) {
19078. $yshift = 0;
19079. }
19080. $t_x = 0;
19081. // the last line must be shifted to be aligned as requested
19082. $linew = abs($this-> endlinex - $startlinex);
19083. if ($this-> inxobj) {
19084. // we are inside an XObject template
19085. $pstart = substr($this-> xobjects[$this-> xobjid]['outdata'], 0, $startlinepos);
19086. if (isset($opentagpos)) {
19087. $midpos = $opentagpos;
19088. } else {
19089. $midpos = 0;
19090. }
19091. if ($midpos > 0) {
19092. $pmid = substr($this-> xobjects[$this-> xobjid]['outdata'], $startlinepos, ($midpos - $startlinepos));
19093. $pend = substr($this-> xobjects[$this-> xobjid]['outdata'], $midpos);
19094. } else {
19095. $pmid = substr($this-> xobjects[$this-> xobjid]['outdata'], $startlinepos);
19096. $pend = '';
19097. }
19098. } else {
19099. $pstart = substr($this-> getPageBuffer($startlinepage), 0, $startlinepos);
19100. if (isset($opentagpos) AND isset($this-> footerlen[$startlinepage]) AND (!$this-> InFooter)) {
19101. $this-> footerpos[$startlinepage] = $this-> pagelen[$startlinepage] - $this-> footerlen[$startlinepage];
19102. $midpos = min($opentagpos, $this-> footerpos[$startlinepage]);
19103. } elseif (isset($opentagpos)) {
19104. $midpos = $opentagpos;
19105. } elseif (isset($this-> footerlen[$startlinepage]) AND (!$this-> InFooter)) {
19106. $this-> footerpos[$startlinepage] = $this-> pagelen[$startlinepage] - $this-> footerlen[$startlinepage];
19107. $midpos = $this-> footerpos[$startlinepage];
19108. } else {
19109. $midpos = 0;
19110. }
19111. if ($midpos > 0) {
19112. $pmid = substr($this-> getPageBuffer($startlinepage), $startlinepos, ($midpos - $startlinepos));
19113. $pend = substr($this-> getPageBuffer($startlinepage), $midpos);
19114. } else {
19115. $pmid = substr($this-> getPageBuffer($startlinepage), $startlinepos);
19116. $pend = '';
19117. }
19118. }
19119. if ((isset($plalign) AND ((($plalign == 'C') OR ($plalign == 'J') OR (($plalign == 'R') AND (!$this-> rtl)) OR (($plalign == 'L') AND ($this-> rtl)))))) {
19120. // calculate shifting amount
19121. $tw = $w;
19122. if (($plalign == 'J') AND $this-> isRTLTextDir() AND ($this-> num_columns > 1)) {
19123. $tw += $this-> cell_padding['R'];
19124. }
19125. if ($this-> lMargin != $prevlMargin) {
19126. $tw += ($prevlMargin - $this-> lMargin);
19127. }
19128. if ($this-> rMargin != $prevrMargin) {
19129. $tw += ($prevrMargin - $this-> rMargin);
19130. }
19131. $one_space_width = $this-> GetStringWidth( chr(32));
19132. $no = 0; // number of spaces on a line contained on a single block
19133. if ($this-> isRTLTextDir()) { // RTL
19134. // remove left space if exist
19135. $pos1 = $this-> revstrpos($pmid, '[(');
19136. if ($pos1 > 0) {
19137. $pos1 = intval($pos1);
19138. if ($this-> isUnicodeFont()) {
19139. $pos2 = intval($this-> revstrpos($pmid, '[('.chr(0).chr(32)));
19140. $spacelen = 2;
19141. } else {
19142. $pos2 = intval($this-> revstrpos($pmid, '[('.chr(32)));
19143. $spacelen = 1;
19144. }
19145. if ($pos1 == $pos2) {
19146. $pmid = substr($pmid, 0, ($pos1 + 2)).substr($pmid, ($pos1 + 2 + $spacelen));
19147. if ( substr($pmid, $pos1, 4) == '[()]') {
19148. $linew -= $one_space_width;
19149. } elseif ($pos1 == strpos($pmid, '[(')) {
19150. $no = 1;
19151. }
19152. }
19153. }
19154. } else { // LTR
19155. // remove right space if exist
19156. $pos1 = $this-> revstrpos($pmid, ')]');
19157. if ($pos1 > 0) {
19158. $pos1 = intval($pos1);
19159. if ($this-> isUnicodeFont()) {
19160. $pos2 = intval($this-> revstrpos($pmid, chr(0).chr(32).')]')) + 2;
19161. $spacelen = 2;
19162. } else {
19163. $pos2 = intval($this-> revstrpos($pmid, chr(32).')]')) + 1;
19164. $spacelen = 1;
19165. }
19166. if ($pos1 == $pos2) {
19167. $pmid = substr($pmid, 0, ($pos1 - $spacelen)).substr($pmid, $pos1);
19168. $linew -= $one_space_width;
19169. }
19170. }
19171. }
19172. $mdiff = ($tw - $linew);
19173. if ($plalign == 'C') {
19174. if ($this-> rtl) {
19175. $t_x = -($mdiff / 2);
19176. } else {
19177. $t_x = ($mdiff / 2);
19178. }
19179. } elseif ($plalign == 'R') {
19180. // right alignment on LTR document
19181. $t_x = $mdiff;
19182. } elseif ($plalign == 'L') {
19183. // left alignment on RTL document
19184. $t_x = -$mdiff;
19185. } elseif (($plalign == 'J') AND ($plalign == $lalign)) {
19186. // Justification
19187. if ($this-> isRTLTextDir()) {
19188. // align text on the left
19189. $t_x = -$mdiff;
19190. }
19191. $ns = 0; // number of spaces
19192. $pmidtemp = $pmid;
19193. // escape special characters
19194. $pmidtemp = preg_replace('/[\\\][\(]/x', '\\#!#OP#!#', $pmidtemp);
19195. $pmidtemp = preg_replace('/[\\\][\)]/x', '\\#!#CP#!#', $pmidtemp);
19196. // search spaces
19197. if ( preg_match_all('/\[\(([^\)]*)\)\]/x', $pmidtemp, $lnstring, PREG_PATTERN_ORDER)) {
19198. $spacestr = $this-> getSpaceString();
19199. $maxkk = count($lnstring[1]) - 1;
19200. for ($kk=0; $kk <= $maxkk; ++$kk) {
19201. // restore special characters
19202. $lnstring[1][$kk] = str_replace('#!#OP#!#', '(', $lnstring[1][$kk]);
19203. $lnstring[1][$kk] = str_replace('#!#CP#!#', ')', $lnstring[1][$kk]);
19204. // store number of spaces on the strings
19205. $lnstring[2][$kk] = substr_count($lnstring[1][$kk], $spacestr);
19206. // count total spaces on line
19207. $ns += $lnstring[2][$kk];
19208. $lnstring[3][$kk] = $ns;
19209. }
19210. if ($ns == 0) {
19211. $ns = 1;
19212. }
19213. // calculate additional space to add to each existing space
19214. $spacewidth = ($mdiff / ($ns - $no)) * $this-> k;
19215. $spacewidthu = -1000 * ($mdiff + (($ns + $no) * $one_space_width)) / $ns / $this-> FontSize;
19216. if ($this-> font_spacing != 0) {
19217. // fixed spacing mode
19218. $osw = -1000 * $this-> font_spacing / $this-> FontSize;
19219. $spacewidthu += $osw;
19220. }
19221. $nsmax = $ns;
19222. $ns = 0;
19223. reset($lnstring);
19224. $offset = 0;
19225. $strcount = 0;
19226. $prev_epsposbeg = 0;
19227. $textpos = 0;
19228. if ($this-> isRTLTextDir()) {
19229. $textpos = $this-> wPt;
19230. }
19231. global $spacew;
19232. while ( preg_match('/([0-9\.\+\-]*)[\s](Td|cm|m|l|c|re)[\s]/x', $pmid, $strpiece, PREG_OFFSET_CAPTURE, $offset) == 1) {
19233. // check if we are inside a string section '[( ... )]'
19234. $stroffset = strpos($pmid, '[(', $offset);
19235. if (($stroffset !== false) AND ($stroffset <= $strpiece[2][1])) {
19236. // set offset to the end of string section
19237. $offset = strpos($pmid, ')]', $stroffset);
19238. while (($offset !== false) AND ($pmid{($offset - 1)} == '\\')) {
19239. $offset = strpos($pmid, ')]', ($offset + 1));
19240. }
19241. if ($offset === false) {
19242. $this-> Error('HTML Justification: malformed PDF code.');
19243. }
19244. continue;
19245. }
19246. if ($this-> isRTLTextDir()) {
19247. $spacew = ($spacewidth * ($nsmax - $ns));
19248. } else {
19249. $spacew = ($spacewidth * $ns);
19250. }
19251. $offset = $strpiece[2][1] + strlen($strpiece[2][0]);
19252. $epsposbeg = strpos($pmid, 'q'.$this-> epsmarker, $offset);
19253. $epsposend = strpos($pmid, $this-> epsmarker.'Q', $offset) + strlen($this-> epsmarker.'Q');
19254. if ((($epsposbeg > 0) AND ($epsposend > 0) AND ($offset > $epsposbeg) AND ($offset < $epsposend))
19255. OR (($epsposbeg === false) AND ($epsposend > 0) AND ($offset < $epsposend))) {
19256. // shift EPS images
19257. $trx = sprintf('1 0 0 1 %.3F 0 cm', $spacew);
19258. $epsposbeg = strpos($pmid, 'q'.$this-> epsmarker, ($prev_epsposbeg - 6));
19259. $pmid_b = substr($pmid, 0, $epsposbeg);
19260. $pmid_m = substr($pmid, $epsposbeg, ($epsposend - $epsposbeg));
19261. $pmid_e = substr($pmid, $epsposend);
19262. $pmid = $pmid_b."\nq\n".$trx."\n".$pmid_m."\nQ\n".$pmid_e;
19263. $offset = $epsposend;
19264. continue;
19266. }
19267. $prev_epsposbeg = $epsposbeg;
19268. $currentxpos = 0;
19269. // shift blocks of code
19270. switch ($strpiece[2][0]) {
19271. case 'Td':
19272. case 'cm':
19273. case 'm':
19274. case 'l': {
19275. // get current X position
19276. preg_match('/([0-9\.\+\-]*)[\s]('.$strpiece[1][0].')[\s]('.$strpiece[2][0].')([\s]*)/x', $pmid, $xmatches);
19277. $currentxpos = $xmatches[1];
19278. $textpos = $currentxpos;
19279. if (($strcount <= $maxkk) AND ($strpiece[2][0] == 'Td')) {
19280. $ns = $lnstring[3][$strcount];
19281. if ($this-> isRTLTextDir()) {
19282. $spacew = ($spacewidth * ($nsmax - $ns));
19283. }
19284. ++$strcount;
19285. }
19286. // justify block
19287. $pmid = preg_replace_callback('/([0-9\.\+\-]*)[\s]('.$strpiece[1][0].')[\s]('.$strpiece[2][0].')([\s]*)/x',
19288. create_function('$matches', 'global $spacew;
19289. $newx = sprintf("%.2F",(floatval($matches[1]) + $spacew));
19290. return "".$newx." ".$matches[2]." x*#!#*x".$matches[3].$matches[4];'), $pmid, 1);
19291. break;
19292. }
19293. case 're': {
19294. // justify block
19295. if (!$this-> empty_string($this-> lispacer)) {
19296. $this-> lispacer = '';
19297. continue;
19298. }
19299. preg_match('/([0-9\.\+\-]*)[\s]([0-9\.\+\-]*)[\s]([0-9\.\+\-]*)[\s]('.$strpiece[1][0].')[\s](re)([\s]*)/x', $pmid, $xmatches);
19300. $currentxpos = $xmatches[1];
19301. global $x_diff, $w_diff;
19302. $x_diff = 0;
19303. $w_diff = 0;
19304. if ($this-> isRTLTextDir()) { // RTL
19305. if ($currentxpos < $textpos) {
19306. $x_diff = ($spacewidth * ($nsmax - $lnstring[3][$strcount]));
19307. $w_diff = ($spacewidth * $lnstring[2][$strcount]);
19308. } else {
19309. if ($strcount > 0) {
19310. $x_diff = ($spacewidth * ($nsmax - $lnstring[3][($strcount - 1)]));
19311. $w_diff = ($spacewidth * $lnstring[2][($strcount - 1)]);
19312. }
19313. }
19314. } else { // LTR
19315. if ($currentxpos > $textpos) {
19316. if ($strcount > 0) {
19317. $x_diff = ($spacewidth * $lnstring[3][($strcount - 1)]);
19318. }
19319. $w_diff = ($spacewidth * $lnstring[2][$strcount]);
19320. } else {
19321. if ($strcount > 1) {
19322. $x_diff = ($spacewidth * $lnstring[3][($strcount - 2)]);
19323. }
19324. if ($strcount > 0) {
19325. $w_diff = ($spacewidth * $lnstring[2][($strcount - 1)]);
19326. }
19327. }
19328. }
19329. $pmid = preg_replace_callback('/('.$xmatches[1].')[\s]('.$xmatches[2].')[\s]('.$xmatches[3].')[\s]('.$strpiece[1][0].')[\s](re)([\s]*)/x',
19330. create_function('$matches', 'global $x_diff, $w_diff;
19331. $newx = sprintf("%.2F",(floatval($matches[1]) + $x_diff));
19332. $neww = sprintf("%.2F",(floatval($matches[3]) + $w_diff));
19333. return "".$newx." ".$matches[2]." ".$neww." ".$matches[4]." x*#!#*x".$matches[5].$matches[6];'), $pmid, 1);
19334. break;
19335. }
19336. case 'c': {
19337. // get current X position
19338. preg_match('/([0-9\.\+\-]*)[\s]([0-9\.\+\-]*)[\s]([0-9\.\+\-]*)[\s]([0-9\.\+\-]*)[\s]([0-9\.\+\-]*)[\s]('.$strpiece[1][0].')[\s](c)([\s]*)/x', $pmid, $xmatches);
19339. $currentxpos = $xmatches[1];
19340. // justify block
19341. $pmid = preg_replace_callback('/('.$xmatches[1].')[\s]('.$xmatches[2].')[\s]('.$xmatches[3].')[\s]('.$xmatches[4].')[\s]('.$xmatches[5].')[\s]('.$strpiece[1][0].')[\s](c)([\s]*)/x',
19342. create_function('$matches', 'global $spacew;
19343. $newx1 = sprintf("%.3F",(floatval($matches[1]) + $spacew));
19344. $newx2 = sprintf("%.3F",(floatval($matches[3]) + $spacew));
19345. $newx3 = sprintf("%.3F",(floatval($matches[5]) + $spacew));
19346. return "".$newx1." ".$matches[2]." ".$newx2." ".$matches[4]." ".$newx3." ".$matches[6]." x*#!#*x".$matches[7].$matches[8];'), $pmid, 1);
19347. break;
19348. }
19349. }
19350. // shift the annotations and links
19351. $cxpos = ($currentxpos / $this-> k);
19352. $lmpos = ($this-> lMargin + $this-> cell_padding['L'] + $this-> feps);
19353. if ($this-> inxobj) {
19354. // we are inside an XObject template
19355. foreach ($this-> xobjects[$this-> xobjid]['annotations'] as $pak => $pac) {
19356. if (($pac['y'] >= $minstartliney) AND (($pac['x'] * $this-> k) >= ($currentxpos - $this-> feps)) AND (($pac['x'] * $this-> k) <= ($currentxpos + $this-> feps))) {
19357. if ($cxpos > $lmpos) {
19358. $this-> xobjects[$this-> xobjid]['annotations'][$pak]['x'] += ($spacew / $this-> k);
19359. $this-> xobjects[$this-> xobjid]['annotations'][$pak]['w'] += (($spacewidth * $pac['numspaces']) / $this-> k);
19360. } else {
19361. $this-> xobjects[$this-> xobjid]['annotations'][$pak]['w'] += (($spacewidth * $pac['numspaces']) / $this-> k);
19362. }
19363. break;
19364. }
19365. }
19366. } elseif (isset($this-> PageAnnots[$this-> page])) {
19367. foreach ($this-> PageAnnots[$this-> page] as $pak => $pac) {
19368. if (($pac['y'] >= $minstartliney) AND (($pac['x'] * $this-> k) >= ($currentxpos - $this-> feps)) AND (($pac['x'] * $this-> k) <= ($currentxpos + $this-> feps))) {
19369. if ($cxpos > $lmpos) {
19370. $this-> PageAnnots[$this-> page][$pak]['x'] += ($spacew / $this-> k);
19371. $this-> PageAnnots[$this-> page][$pak]['w'] += (($spacewidth * $pac['numspaces']) / $this-> k);
19372. } else {
19373. $this-> PageAnnots[$this-> page][$pak]['w'] += (($spacewidth * $pac['numspaces']) / $this-> k);
19374. }
19375. break;
19376. }
19377. }
19378. }
19379. } // end of while
19380. // remove markers
19381. $pmid = str_replace('x*#!#*x', '', $pmid);
19382. if ($this-> isUnicodeFont()) {
19383. // multibyte characters
19384. $spacew = $spacewidthu;
19385. if ($this-> font_stretching != 100) {
19386. // word spacing is affected by stretching
19387. $spacew /= ($this-> font_stretching / 100);
19388. }
19389. $pmidtemp = $pmid;
19390. // escape special characters
19391. $pmidtemp = preg_replace('/[\\\][\(]/x', '\\#!#OP#!#', $pmidtemp);
19392. $pmidtemp = preg_replace('/[\\\][\)]/x', '\\#!#CP#!#', $pmidtemp);
19393. $pmid = preg_replace_callback("/\[\(([^\)]*)\)\]/x",
19394. create_function('$matches', 'global $spacew;
19395. $matches[1] = str_replace("#!#OP#!#", "(", $matches[1]);
19396. $matches[1] = str_replace("#!#CP#!#", ")", $matches[1]);
19397. return "[(".str_replace(chr(0).chr(32), ") ".sprintf("%.3F", $spacew)." (", $matches[1]).")]";'), $pmidtemp);
19398. if ($this-> inxobj) {
19399. // we are inside an XObject template
19400. $this-> xobjects[$this-> xobjid]['outdata'] = $pstart."\n".$pmid."\n".$pend;
19401. } else {
19402. $this-> setPageBuffer($startlinepage, $pstart."\n".$pmid."\n".$pend);
19403. }
19404. $endlinepos = strlen($pstart."\n".$pmid."\n");
19405. } else {
19406. // non-unicode (single-byte characters)
19407. if ($this-> font_stretching != 100) {
19408. // word spacing (Tw) is affected by stretching
19409. $spacewidth /= ($this-> font_stretching / 100);
19410. }
19411. $rs = sprintf('%.3F Tw', $spacewidth);
19412. $pmid = preg_replace("/\[\(/x", $rs.' [(', $pmid);
19413. if ($this-> inxobj) {
19414. // we are inside an XObject template
19415. $this-> xobjects[$this-> xobjid]['outdata'] = $pstart."\n".$pmid."\nBT 0 Tw ET\n".$pend;
19416. } else {
19417. $this-> setPageBuffer($startlinepage, $pstart."\n".$pmid."\nBT 0 Tw ET\n".$pend);
19418. }
19419. $endlinepos = strlen($pstart."\n".$pmid."\nBT 0 Tw ET\n");
19420. }
19421. }
19422. } // end of J
19423. } // end if $startlinex
19424. if (($t_x != 0) OR ($yshift < 0)) {
19425. // shift the line
19426. $trx = sprintf('1 0 0 1 %.3F %.3F cm', ($t_x * $this-> k), ($yshift * $this-> k));
19427. $pstart .= "\nq\n".$trx."\n".$pmid."\nQ\n";
19428. $endlinepos = strlen($pstart);
19429. if ($this-> inxobj) {
19430. // we are inside an XObject template
19431. $this-> xobjects[$this-> xobjid]['outdata'] = $pstart.$pend;
19432. foreach ($this-> xobjects[$this-> xobjid]['annotations'] as $pak => $pac) {
19433. if ($pak >= $pask) {
19434. $this-> xobjects[$this-> xobjid]['annotations'][$pak]['x'] += $t_x;
19435. $this-> xobjects[$this-> xobjid]['annotations'][$pak]['y'] -= $yshift;
19436. }
19437. }
19438. } else {
19439. $this-> setPageBuffer($startlinepage, $pstart.$pend);
19440. // shift the annotations and links
19441. if (isset($this-> PageAnnots[$this-> page])) {
19442. foreach ($this-> PageAnnots[$this-> page] as $pak => $pac) {
19443. if ($pak >= $pask) {
19444. $this-> PageAnnots[$this-> page][$pak]['x'] += $t_x;
19445. $this-> PageAnnots[$this-> page][$pak]['y'] -= $yshift;
19446. }
19447. }
19448. }
19449. }
19450. $this-> y -= $yshift;
19451. }
19452. }
19453. $pbrk = $this-> checkPageBreak($this-> lasth);
19454. $this-> newline = false;
19455. $startlinex = $this-> x;
19456. $startliney = $this-> y;
19457. if ($dom[$dom[$key]['parent']]['value'] == 'sup') {
19458. $startliney -= ((0.3 * $this-> FontSizePt) / $this-> k);
19459. } elseif ($dom[$dom[$key]['parent']]['value'] == 'sub') {
19460. $startliney -= (($this-> FontSizePt / 0.7) / $this-> k);
19461. } else {
19462. $minstartliney = $startliney;
19463. $maxbottomliney = ($this-> y + (($fontsize * $this-> cell_height_ratio) / $this-> k));
19464. }
19465. $startlinepage = $this-> page;
19466. if (isset($endlinepos) AND (!$pbrk)) {
19467. $startlinepos = $endlinepos;
19468. } else {
19469. if ($this-> inxobj) {
19470. // we are inside an XObject template
19471. $startlinepos = strlen($this-> xobjects[$this-> xobjid]['outdata']);
19472. } elseif (!$this-> InFooter) {
19473. if (isset($this-> footerlen[$this-> page])) {
19474. $this-> footerpos[$this-> page] = $this-> pagelen[$this-> page] - $this-> footerlen[$this-> page];
19475. } else {
19476. $this-> footerpos[$this-> page] = $this-> pagelen[$this-> page];
19477. }
19478. $startlinepos = $this-> footerpos[$this-> page];
19479. } else {
19480. $startlinepos = $this-> pagelen[$this-> page];
19481. }
19482. }
19483. unset($endlinepos);
19484. $plalign = $lalign;
19485. if (isset($this-> PageAnnots[$this-> page])) {
19486. $pask = count($this-> PageAnnots[$this-> page]);
19487. } else {
19488. $pask = 0;
19489. }
19490. if (!($dom[$key]['tag'] AND !$dom[$key]['opening'] AND ($dom[$key]['value'] == 'table') AND ($this-> emptypagemrk[$this-> page] == $this-> pagelen[$this-> page]))) {
19491. $this-> SetFont($fontname, $fontstyle, $fontsize);
19492. if ($wfill) {
19493. $this-> SetFillColorArray($this-> bgcolor);
19494. }
19495. }
19496. } // end newline
19497. if (isset($opentagpos)) {
19498. unset($opentagpos);
19499. }
19500. if ($dom[$key]['tag']) {
19501. if ($dom[$key]['opening']) {
19502. // get text indentation (if any)
19503. if (isset($dom[$key]['text-indent']) AND $dom[$key]['block']) {
19504. $this-> textindent = $dom[$key]['text-indent'];
19505. $this-> newline = true;
19506. }
19507. // table
19508. if ($dom[$key]['value'] == 'table') {
19509. // available page width
19510. if ($this-> rtl) {
19511. $wtmp = $this-> x - $this-> lMargin;
19512. } else {
19513. $wtmp = $this-> w - $this-> rMargin - $this-> x;
19514. }
19515. if (isset($dom[$key]['attribute']['cellspacing'])) {
19516. $cellspacing = $this-> getHTMLUnitToUnits($dom[$key]['attribute']['cellspacing'], 1, 'px');
19517. } else {
19518. $cellspacing = 0;
19519. }
19520. // table width
19521. if (isset($dom[$key]['width'])) {
19522. $table_width = $this-> getHTMLUnitToUnits($dom[$key]['width'], $wtmp, 'px');
19523. } else {
19524. $table_width = $wtmp;
19525. }
19526. $table_width -= (2 * $cellspacing);
19527. if (!$this-> inthead) {
19528. $this-> y += $cellspacing;
19529. }
19530. if ($this-> rtl) {
19531. $cellspacingx = -$cellspacing;
19532. } else {
19533. $cellspacingx = $cellspacing;
19534. }
19535. // total table width without cellspaces
19536. $table_columns_width = ($table_width - ($cellspacing * ($dom[$key]['cols'] - 1)));
19537. // minimum column width
19538. $table_min_column_width = ($table_columns_width / $dom[$key]['cols']);
19539. // array of custom column widths
19540. $table_colwidths = array_fill(0, $dom[$key]['cols'], $table_min_column_width);
19541. }
19542. // table row
19543. if ($dom[$key]['value'] == 'tr') {
19544. // reset column counter
19545. $colid = 0;
19546. }
19547. // table cell
19548. if (($dom[$key]['value'] == 'td') OR ($dom[$key]['value'] == 'th')) {
19549. $trid = $dom[$key]['parent'];
19550. $table_el = $dom[$trid]['parent'];
19551. if (!isset($dom[$table_el]['cols'])) {
19552. $dom[$table_el]['cols'] = $dom[$trid]['cols'];
19553. }
19554. // store border info
19555. $tdborder = 0;
19556. if (isset($dom[$key]['border']) AND ! empty($dom[$key]['border'])) {
19557. $tdborder = $dom[$key]['border'];
19558. }
19559. $colspan = $dom[$key]['attribute']['colspan'];
19560. $old_cell_padding = $this-> cell_padding;
19561. if (isset($dom[($dom[$trid]['parent'])]['attribute']['cellpadding'])) {
19562. $current_cell_padding = $this-> getHTMLUnitToUnits($dom[($dom[$trid]['parent'])]['attribute']['cellpadding'], 1, 'px');
19563. } else {
19564. $current_cell_padding = 0;
19565. }
19566. $this-> SetCellPadding($current_cell_padding);
19567. if (isset($dom[$key]['height'])) {
19568. // minimum cell height
19569. $cellh = $this-> getHTMLUnitToUnits($dom[$key]['height'], 0, 'px');
19570. } else {
19571. $cellh = 0;
19572. }
19573. if (isset($dom[$key]['content'])) {
19574. $cell_content = $dom[$key]['content'];
19575. } else {
19576. $cell_content = '&nbsp;';
19577. }
19578. $tagtype = $dom[$key]['value'];
19579. $parentid = $key;
19580. while (($key < $maxel) AND (!(($dom[$key]['tag']) AND (!$dom[$key]['opening']) AND ($dom[$key]['value'] == $tagtype) AND ($dom[$key]['parent'] == $parentid)))) {
19581. // move $key index forward
19582. ++$key;
19583. }
19584. if (!isset($dom[$trid]['startpage'])) {
19585. $dom[$trid]['startpage'] = $this-> page;
19586. } else {
19587. $this-> setPage($dom[$trid]['startpage']);
19588. }
19589. if (!isset($dom[$trid]['startcolumn'])) {
19590. $dom[$trid]['startcolumn'] = $this-> current_column;
19591. } elseif ($this-> current_column != $dom[$trid]['startcolumn']) {
19592. $tmpx = $this-> x;
19593. $this-> selectColumn($dom[$trid]['startcolumn']);
19594. $this-> x = $tmpx;
19595. }
19596. if (!isset($dom[$trid]['starty'])) {
19597. $dom[$trid]['starty'] = $this-> y;
19598. } else {
19599. $this-> y = $dom[$trid]['starty'];
19600. }
19601. if (!isset($dom[$trid]['startx'])) {
19602. $dom[$trid]['startx'] = $this-> x;
19603. $this-> x += $cellspacingx;
19604. } else {
19605. $this-> x += ($cellspacingx / 2);
19606. }
19607. if (isset($dom[$parentid]['attribute']['rowspan'])) {
19608. $rowspan = intval($dom[$parentid]['attribute']['rowspan']);
19609. } else {
19610. $rowspan = 1;
19611. }
19612. // skip row-spanned cells started on the previous rows
19613. if (isset($dom[$table_el]['rowspans'])) {
19614. $rsk = 0;
19615. $rskmax = count($dom[$table_el]['rowspans']);
19616. while ($rsk < $rskmax) {
19617. $trwsp = $dom[$table_el]['rowspans'][$rsk];
19618. $rsstartx = $trwsp['startx'];
19619. $rsendx = $trwsp['endx'];
19620. // account for margin changes
19621. if ($trwsp['startpage'] < $this-> page) {
19622. if (($this-> rtl) AND ($this-> pagedim[$this-> page]['orm'] != $this-> pagedim[$trwsp['startpage']]['orm'])) {
19623. $dl = ($this-> pagedim[$this-> page]['orm'] - $this-> pagedim[$trwsp['startpage']]['orm']);
19624. $rsstartx -= $dl;
19625. $rsendx -= $dl;
19626. } elseif ((!$this-> rtl) AND ($this-> pagedim[$this-> page]['olm'] != $this-> pagedim[$trwsp['startpage']]['olm'])) {
19627. $dl = ($this-> pagedim[$this-> page]['olm'] - $this-> pagedim[$trwsp['startpage']]['olm']);
19628. $rsstartx += $dl;
19629. $rsendx += $dl;
19630. }
19631. }
19632. if (($trwsp['rowspan'] > 0)
19633. AND ($rsstartx > ($this-> x - $cellspacing - $current_cell_padding - $this-> feps))
19634. AND ($rsstartx < ($this-> x + $cellspacing + $current_cell_padding + $this-> feps))
19635. AND (($trwsp['starty'] < ($this-> y - $this-> feps)) OR ($trwsp['startpage'] < $this-> page) OR ($trwsp['startcolumn'] < $this-> current_column))) {
19636. // set the starting X position of the current cell
19637. $this-> x = $rsendx + $cellspacingx;
19638. // increment column indicator
19639. $colid += $trwsp['colspan'];
19640. if (($trwsp['rowspan'] == 1)
19641. AND (isset($dom[$trid]['endy']))
19642. AND (isset($dom[$trid]['endpage']))
19643. AND (isset($dom[$trid]['endcolumn']))
19644. AND ($trwsp['endpage'] == $dom[$trid]['endpage'])
19645. AND ($trwsp['endcolumn'] == $dom[$trid]['endcolumn'])) {
19646. // set ending Y position for row
19647. $dom[$table_el]['rowspans'][$rsk]['endy'] = max($dom[$trid]['endy'], $trwsp['endy']);
19648. $dom[$trid]['endy'] = $dom[$table_el]['rowspans'][$rsk]['endy'];
19649. }
19650. $rsk = 0;
19651. } else {
19652. ++$rsk;
19653. }
19654. }
19655. }
19656. if (isset($dom[$parentid]['width'])) {
19657. // user specified width
19658. $cellw = $this-> getHTMLUnitToUnits($dom[$parentid]['width'], $table_columns_width, 'px');
19659. $tmpcw = ($cellw / $colspan);
19660. for ($i = 0; $i < $colspan; ++$i) {
19661. $table_colwidths[($colid + $i)] = $tmpcw;
19662. }
19663. } else {
19664. // inherit column width
19665. $cellw = 0;
19666. for ($i = 0; $i < $colspan; ++$i) {
19667. $cellw += $table_colwidths[($colid + $i)];
19668. }
19669. }
19670. $cellw += (($colspan - 1) * $cellspacing);
19671. // increment column indicator
19672. $colid += $colspan;
19673. // add rowspan information to table element
19674. if ($rowspan > 1) {
19675. $trsid = array_push($dom[$table_el]['rowspans'], array('trid' => $trid, 'rowspan' => $rowspan, 'mrowspan' => $rowspan, 'colspan' => $colspan, 'startpage' => $this-> page, 'startcolumn' => $this-> current_column, 'startx' => $this-> x, 'starty' => $this-> y));
19676. }
19677. $cellid = array_push($dom[$trid]['cellpos'], array('startx' => $this-> x));
19678. if ($rowspan > 1) {
19679. $dom[$trid]['cellpos'][($cellid - 1)]['rowspanid'] = ($trsid - 1);
19680. }
19681. // push background colors
19682. if (isset($dom[$parentid]['bgcolor']) AND ($dom[$parentid]['bgcolor'] !== false)) {
19683. $dom[$trid]['cellpos'][($cellid - 1)]['bgcolor'] = $dom[$parentid]['bgcolor'];
19684. }
19685. // store border info
19686. if (isset($tdborder) AND ! empty($tdborder)) {
19687. $dom[$trid]['cellpos'][($cellid - 1)]['border'] = $tdborder;
19688. }
19689. $prevLastH = $this-> lasth;
19690. // store some info for multicolumn mode
19691. if ($this-> rtl) {
19692. $this-> colxshift['x'] = $this-> w - $this-> x - $this-> rMargin;
19693. } else {
19694. $this-> colxshift['x'] = $this-> x - $this-> lMargin;
19695. }
19696. $this-> colxshift['s'] = $cellspacing;
19697. $this-> colxshift['p'] = $current_cell_padding;
19698. // ****** write the cell content ******
19699. $this-> MultiCell($cellw, $cellh, $cell_content, false, $lalign, false, 2, '', '', true, 0, true);
19700. // restore some values
19701. $this-> colxshift = array('x' => 0, 's' => 0, 'p' => 0);
19702. $this-> lasth = $prevLastH;
19703. $this-> cell_padding = $old_cell_padding;
19704. $dom[$trid]['cellpos'][($cellid - 1)]['endx'] = $this-> x;
19705. // update the end of row position
19706. if ($rowspan <= 1) {
19707. if (isset($dom[$trid]['endy'])) {
19708. if (($this-> page == $dom[$trid]['endpage']) AND ($this-> current_column == $dom[$trid]['endcolumn'])) {
19709. $dom[$trid]['endy'] = max($this-> y, $dom[$trid]['endy']);
19710. } elseif (($this-> page > $dom[$trid]['endpage']) OR ($this-> current_column > $dom[$trid]['endcolumn'])) {
19711. $dom[$trid]['endy'] = $this-> y;
19712. }
19713. } else {
19714. $dom[$trid]['endy'] = $this-> y;
19715. }
19716. if (isset($dom[$trid]['endpage'])) {
19717. $dom[$trid]['endpage'] = max($this-> page, $dom[$trid]['endpage']);
19718. } else {
19719. $dom[$trid]['endpage'] = $this-> page;
19720. }
19721. if (isset($dom[$trid]['endcolumn'])) {
19722. $dom[$trid]['endcolumn'] = max($this-> current_column, $dom[$trid]['endcolumn']);
19723. } else {
19724. $dom[$trid]['endcolumn'] = $this-> current_column;
19725. }
19726. } else {
19727. // account for row-spanned cells
19728. $dom[$table_el]['rowspans'][($trsid - 1)]['endx'] = $this-> x;
19729. $dom[$table_el]['rowspans'][($trsid - 1)]['endy'] = $this-> y;
19730. $dom[$table_el]['rowspans'][($trsid - 1)]['endpage'] = $this-> page;
19731. $dom[$table_el]['rowspans'][($trsid - 1)]['endcolumn'] = $this-> current_column;
19732. }
19733. if (isset($dom[$table_el]['rowspans'])) {
19734. // update endy and endpage on rowspanned cells
19735. foreach ($dom[$table_el]['rowspans'] as $k => $trwsp) {
19736. if ($trwsp['rowspan'] > 0) {
19737. if (isset($dom[$trid]['endpage'])) {
19738. if (($trwsp['endpage'] == $dom[$trid]['endpage']) AND ($trwsp['endcolumn'] == $dom[$trid]['endcolumn'])) {
19739. $dom[$table_el]['rowspans'][$k]['endy'] = max($dom[$trid]['endy'], $trwsp['endy']);
19740. } elseif (($trwsp['endpage'] < $dom[$trid]['endpage']) OR ($trwsp['endcolumn'] < $dom[$trid]['endcolumn'])) {
19741. $dom[$table_el]['rowspans'][$k]['endy'] = $dom[$trid]['endy'];
19742. $dom[$table_el]['rowspans'][$k]['endpage'] = $dom[$trid]['endpage'];
19743. $dom[$table_el]['rowspans'][$k]['endcolumn'] = $dom[$trid]['endcolumn'];
19744. } else {
19745. $dom[$trid]['endy'] = $this-> pagedim[$dom[$trid]['endpage']]['hk'] - $this-> pagedim[$dom[$trid]['endpage']]['bm'];
19746. }
19747. }
19748. }
19749. }
19750. }
19751. $this-> x += ($cellspacingx / 2);
19752. } else {
19753. // opening tag (or self-closing tag)
19754. if (!isset($opentagpos)) {
19755. if ($this-> inxobj) {
19756. // we are inside an XObject template
19757. $opentagpos = strlen($this-> xobjects[$this-> xobjid]['outdata']);
19758. } elseif (!$this-> InFooter) {
19759. if (isset($this-> footerlen[$this-> page])) {
19760. $this-> footerpos[$this-> page] = $this-> pagelen[$this-> page] - $this-> footerlen[$this-> page];
19761. } else {
19762. $this-> footerpos[$this-> page] = $this-> pagelen[$this-> page];
19763. }
19764. $opentagpos = $this-> footerpos[$this-> page];
19765. }
19766. }
19767. $this-> openHTMLTagHandler($dom, $key, $cell);
19768. }
19769. } else { // closing tag
19770. $prev_numpages = $this-> numpages;
19771. $old_bordermrk = $this-> bordermrk[$this-> page];
19772. $this-> closeHTMLTagHandler($dom, $key, $cell, $maxbottomliney);
19773. if ($this-> bordermrk[$this-> page] > $old_bordermrk) {
19774. $startlinepos += ($this-> bordermrk[$this-> page] - $old_bordermrk);
19775. }
19776. if ($prev_numpages > $this-> numpages) {
19777. $startlinepage = $this-> page;
19778. }
19779. }
19780. } elseif ( strlen($dom[$key]['value']) > 0) {
19781. // print list-item
19782. if (!$this-> empty_string($this-> lispacer) AND ($this-> lispacer != '^')) {
19783. $this-> SetFont($pfontname, $pfontstyle, $pfontsize);
19784. $this-> resetLastH();
19785. $minstartliney = $this-> y;
19786. $maxbottomliney = ($startliney + ($this-> FontSize * $this-> cell_height_ratio));
19787. $this-> putHtmlListBullet($this-> listnum, $this-> lispacer, $pfontsize);
19788. $this-> SetFont($curfontname, $curfontstyle, $curfontsize);
19789. $this-> resetLastH();
19790. if ( is_numeric($pfontsize) AND ($pfontsize > 0) AND is_numeric($curfontsize) AND ($curfontsize > 0) AND ($pfontsize != $curfontsize)) {
19791. $pfontascent = $this-> getFontAscent($pfontname, $pfontstyle, $pfontsize);
19792. $pfontdescent = $this-> getFontDescent($pfontname, $pfontstyle, $pfontsize);
19793. $this-> y += ((($pfontsize - $curfontsize) * $this-> cell_height_ratio / $this-> k) + $pfontascent - $curfontascent - $pfontdescent + $curfontdescent) / 2;
19794. $minstartliney = min($this-> y, $minstartliney);
19795. $maxbottomliney = max(($this-> y + (($pfontsize * $this-> cell_height_ratio) / $this-> k)), $maxbottomliney);
19796. }
19797. }
19798. // text
19799. $this-> htmlvspace = 0;
19800. if ((!$this-> premode) AND $this-> isRTLTextDir()) {
19801. // reverse spaces order
19802. $lsp = ''; // left spaces
19803. $rsp = ''; // right spaces
19804. if ( preg_match('/^('.$this-> re_space['p'].'+)/'.$this-> re_space['m'], $dom[$key]['value'], $matches)) {
19805. $lsp = $matches[1];
19806. }
19807. if ( preg_match('/('.$this-> re_space['p'].'+)$/'.$this-> re_space['m'], $dom[$key]['value'], $matches)) {
19808. $rsp = $matches[1];
19809. }
19810. $dom[$key]['value'] = $rsp.$this-> stringTrim($dom[$key]['value']).$lsp;
19811. }
19812. if ($newline) {
19813. if (!$this-> premode) {
19814. $prelen = strlen($dom[$key]['value']);
19815. if ($this-> isRTLTextDir()) {
19816. // right trim except non-breaking space
19817. $dom[$key]['value'] = $this-> stringRightTrim($dom[$key]['value']);
19818. } else {
19819. // left trim except non-breaking space
19820. $dom[$key]['value'] = $this-> stringLeftTrim($dom[$key]['value']);
19821. }
19822. $postlen = strlen($dom[$key]['value']);
19823. if (($postlen == 0) AND ($prelen > 0)) {
19824. $dom[$key]['trimmed_space'] = true;
19825. }
19826. }
19827. $newline = false;
19828. $firstblock = true;
19829. } else {
19830. $firstblock = false;
19831. // replace empty multiple spaces string with a single space
19832. $dom[$key]['value'] = preg_replace('/^'.$this-> re_space['p'].'+$/'.$this-> re_space['m'], chr(32), $dom[$key]['value']);
19833. }
19834. $strrest = '';
19835. if ($this-> rtl) {
19836. $this-> x -= $this-> textindent;
19837. } else {
19838. $this-> x += $this-> textindent;
19839. }
19840. if (!isset($dom[$key]['trimmed_space']) OR !$dom[$key]['trimmed_space']) {
19841. if (! empty($this-> HREF) AND (isset($this-> HREF['url']))) {
19842. // HTML <a> Link
19843. $hrefcolor = '';
19844. if (isset($dom[($dom[$key]['parent'])]['fgcolor']) AND ($dom[($dom[$key]['parent'])]['fgcolor'] !== false)) {
19845. $hrefcolor = $dom[($dom[$key]['parent'])]['fgcolor'];
19846. }
19847. $hrefstyle = -1;
19848. if (isset($dom[($dom[$key]['parent'])]['fontstyle']) AND ($dom[($dom[$key]['parent'])]['fontstyle'] !== false)) {
19849. $hrefstyle = $dom[($dom[$key]['parent'])]['fontstyle'];
19850. }
19851. $strrest = $this-> addHtmlLink($this-> HREF['url'], $dom[$key]['value'], $wfill, true, $hrefcolor, $hrefstyle, true);
19852. } else {
19853. $wadj = 0; // space to leave for block continuity
19854. $adjblks = 0; // number of blocks
19855. // check the next text blocks for continuity
19856. $nkey = ($key + 1);
19857. $write_block = true;
19858. $tmp_fontname = $this-> FontFamily;
19859. $tmp_fontstyle = $this-> FontStyle;
19860. $tmp_fontsize = $this-> FontSizePt;
19861. while ($write_block AND isset($dom[$nkey])) {
19862. if ($dom[$nkey]['tag']) {
19863. if ($dom[$nkey]['block']) {
19864. // end of block
19865. $write_block = false;
19866. }
19867. $tmp_fontname = isset($dom[$nkey]['fontname']) ? $dom[$nkey]['fontname'] : $this-> FontFamily;
19868. $tmp_fontstyle = isset($dom[$nkey]['fontstyle']) ? $dom[$nkey]['fontstyle'] : $this-> FontStyle;
19869. $tmp_fontsize = isset($dom[$nkey]['fontsize']) ? $dom[$nkey]['fontsize'] : $this-> FontSizePt;
19870. } else {
19871. $nextstr = preg_split('/'.$this-> re_space['p'].'+/'.$this-> re_space['m'], $dom[$nkey]['value']);
19872. if (isset($nextstr[0])) {
19873. $wadj += $this-> GetStringWidth($nextstr[0], $tmp_fontname, $tmp_fontstyle, $tmp_fontsize);
19874. ++$adjblks;
19875. }
19876. if (isset($nextstr[1])) {
19877. $write_block = false;
19878. }
19879. }
19880. ++$nkey;
19881. }
19882. // check for reversed text direction
19883. if (($wadj > 0) AND (($this-> rtl AND ($this-> tmprtl == 'L')) OR (!$this-> rtl AND ($this-> tmprtl == 'R')))) {
19884. // LTR text on RTL direction or RTL text on LTR direction
19885. $reverse_dir = true;
19886. $this-> rtl = !$this-> rtl;
19887. $revshift = ($this-> GetStringWidth($dom[$key]['value']) + $wadj) + 0.000001; // add little quantity for rounding problems
19888. if ($this-> rtl) {
19889. $this-> x += $revshift;
19890. } else {
19891. $this-> x -= $revshift;
19892. }
19893. $xws = $this-> x;
19894. }
19895. // ****** write only until the end of the line and get the rest ******
19896. $strrest = $this-> Write($this-> lasth, $dom[$key]['value'], '', $wfill, '', false, 0, true, $firstblock, 0, $wadj);
19897. // restore default direction
19898. if ($reverse_dir AND ($wadj == 0)) {
19899. $this-> x = $xws;
19900. $this-> rtl = !$this-> rtl;
19901. $reverse_dir = false;
19902. }
19903. }
19904. }
19905. $this-> textindent = 0;
19906. if ( strlen($strrest) > 0) {
19907. // store the remaining string on the previous $key position
19908. $this-> newline = true;
19909. if ($strrest == $dom[$key]['value']) {
19910. // used to avoid infinite loop
19911. ++$loop;
19912. } else {
19913. $loop = 0;
19914. }
19915. $dom[$key]['value'] = $strrest;
19916. if ($cell) {
19917. if ($this-> rtl) {
19918. $this-> x -= $this-> cell_padding['R'];
19919. } else {
19920. $this-> x += $this-> cell_padding['L'];
19921. }
19922. }
19923. if ($loop < 3) {
19924. --$key;
19925. }
19926. } else {
19927. $loop = 0;
19928. }
19929. }
19930. ++$key;
19931. if (isset($dom[$key]['tag']) AND $dom[$key]['tag'] AND (!isset($dom[$key]['opening']) OR !$dom[$key]['opening']) AND isset($dom[($dom[$key]['parent'])]['attribute']['nobr']) AND ($dom[($dom[$key]['parent'])]['attribute']['nobr'] == 'true')) {
19932. // check if we are on a new page or on a new column
19933. if ((!$undo) AND ($this-> y < $this-> start_transaction_y)) {
19934. // we are on a new page or on a new column and the total object height is less than the available vertical space.
19935. // restore previous object
19936. $this-> rollbackTransaction(true);
19937. // restore previous values
19938. foreach ($this_method_vars as $vkey => $vval) {
19939. $$vkey = $vval;
19940. }
19941. // add a page (or trig AcceptPageBreak() for multicolumn mode)
19942. $pre_y = $this-> y;
19943. if ((!$this-> checkPageBreak($this-> PageBreakTrigger + 1)) AND ($this-> y < $pre_y)) {
19944. $startliney = $this-> y;
19945. }
19946. $undo = true; // avoid infinite loop
19947. } else {
19948. $undo = false;
19949. }
19950. }
19951. } // end for each $key
19952. // align the last line
19953. if (isset($startlinex)) {
19954. $yshift = $minstartliney - $startliney;
19955. if (($yshift > 0) OR ($this-> page > $startlinepage)) {
19956. $yshift = 0;
19957. }
19958. $t_x = 0;
19959. // the last line must be shifted to be aligned as requested
19960. $linew = abs($this-> endlinex - $startlinex);
19961. if ($this-> inxobj) {
19962. // we are inside an XObject template
19963. $pstart = substr($this-> xobjects[$this-> xobjid]['outdata'], 0, $startlinepos);
19964. if (isset($opentagpos)) {
19965. $midpos = $opentagpos;
19966. } else {
19967. $midpos = 0;
19968. }
19969. if ($midpos > 0) {
19970. $pmid = substr($this-> xobjects[$this-> xobjid]['outdata'], $startlinepos, ($midpos - $startlinepos));
19971. $pend = substr($this-> xobjects[$this-> xobjid]['outdata'], $midpos);
19972. } else {
19973. $pmid = substr($this-> xobjects[$this-> xobjid]['outdata'], $startlinepos);
19974. $pend = '';
19975. }
19976. } else {
19977. $pstart = substr($this-> getPageBuffer($startlinepage), 0, $startlinepos);
19978. if (isset($opentagpos) AND isset($this-> footerlen[$startlinepage]) AND (!$this-> InFooter)) {
19979. $this-> footerpos[$startlinepage] = $this-> pagelen[$startlinepage] - $this-> footerlen[$startlinepage];
19980. $midpos = min($opentagpos, $this-> footerpos[$startlinepage]);
19981. } elseif (isset($opentagpos)) {
19982. $midpos = $opentagpos;
19983. } elseif (isset($this-> footerlen[$startlinepage]) AND (!$this-> InFooter)) {
19984. $this-> footerpos[$startlinepage] = $this-> pagelen[$startlinepage] - $this-> footerlen[$startlinepage];
19985. $midpos = $this-> footerpos[$startlinepage];
19986. } else {
19987. $midpos = 0;
19988. }
19989. if ($midpos > 0) {
19990. $pmid = substr($this-> getPageBuffer($startlinepage), $startlinepos, ($midpos - $startlinepos));
19991. $pend = substr($this-> getPageBuffer($startlinepage), $midpos);
19992. } else {
19993. $pmid = substr($this-> getPageBuffer($startlinepage), $startlinepos);
19994. $pend = '';
19995. }
19996. }
19997. if ((isset($plalign) AND ((($plalign == 'C') OR (($plalign == 'R') AND (!$this-> rtl)) OR (($plalign == 'L') AND ($this-> rtl)))))) {
19998. // calculate shifting amount
19999. $tw = $w;
20000. if ($this-> lMargin != $prevlMargin) {
20001. $tw += ($prevlMargin - $this-> lMargin);
20002. }
20003. if ($this-> rMargin != $prevrMargin) {
20004. $tw += ($prevrMargin - $this-> rMargin);
20005. }
20006. $one_space_width = $this-> GetStringWidth( chr(32));
20007. $no = 0; // number of spaces on a line contained on a single block
20008. if ($this-> isRTLTextDir()) { // RTL
20009. // remove left space if exist
20010. $pos1 = $this-> revstrpos($pmid, '[(');
20011. if ($pos1 > 0) {
20012. $pos1 = intval($pos1);
20013. if ($this-> isUnicodeFont()) {
20014. $pos2 = intval($this-> revstrpos($pmid, '[('.chr(0).chr(32)));
20015. $spacelen = 2;
20016. } else {
20017. $pos2 = intval($this-> revstrpos($pmid, '[('.chr(32)));
20018. $spacelen = 1;
20019. }
20020. if ($pos1 == $pos2) {
20021. $pmid = substr($pmid, 0, ($pos1 + 2)).substr($pmid, ($pos1 + 2 + $spacelen));
20022. if ( substr($pmid, $pos1, 4) == '[()]') {
20023. $linew -= $one_space_width;
20024. } elseif ($pos1 == strpos($pmid, '[(')) {
20025. $no = 1;
20026. }
20027. }
20028. }
20029. } else { // LTR
20030. // remove right space if exist
20031. $pos1 = $this-> revstrpos($pmid, ')]');
20032. if ($pos1 > 0) {
20033. $pos1 = intval($pos1);
20034. if ($this-> isUnicodeFont()) {
20035. $pos2 = intval($this-> revstrpos($pmid, chr(0).chr(32).')]')) + 2;
20036. $spacelen = 2;
20037. } else {
20038. $pos2 = intval($this-> revstrpos($pmid, chr(32).')]')) + 1;
20039. $spacelen = 1;
20040. }
20041. if ($pos1 == $pos2) {
20042. $pmid = substr($pmid, 0, ($pos1 - $spacelen)).substr($pmid, $pos1);
20043. $linew -= $one_space_width;
20044. }
20045. }
20046. }
20047. $mdiff = ($tw - $linew);
20048. if ($plalign == 'C') {
20049. if ($this-> rtl) {
20050. $t_x = -($mdiff / 2);
20051. } else {
20052. $t_x = ($mdiff / 2);
20053. }
20054. } elseif ($plalign == 'R') {
20055. // right alignment on LTR document
20056. $t_x = $mdiff;
20057. } elseif ($plalign == 'L') {
20058. // left alignment on RTL document
20059. $t_x = -$mdiff;
20060. }
20061. } // end if startlinex
20062. if (($t_x != 0) OR ($yshift < 0)) {
20063. // shift the line
20064. $trx = sprintf('1 0 0 1 %.3F %.3F cm', ($t_x * $this-> k), ($yshift * $this-> k));
20065. $pstart .= "\nq\n".$trx."\n".$pmid."\nQ\n";
20066. $endlinepos = strlen($pstart);
20067. if ($this-> inxobj) {
20068. // we are inside an XObject template
20069. $this-> xobjects[$this-> xobjid]['outdata'] = $pstart.$pend;
20070. foreach ($this-> xobjects[$this-> xobjid]['annotations'] as $pak => $pac) {
20071. if ($pak >= $pask) {
20072. $this-> xobjects[$this-> xobjid]['annotations'][$pak]['x'] += $t_x;
20073. $this-> xobjects[$this-> xobjid]['annotations'][$pak]['y'] -= $yshift;
20074. }
20075. }
20076. } else {
20077. $this-> setPageBuffer($startlinepage, $pstart.$pend);
20078. // shift the annotations and links
20079. if (isset($this-> PageAnnots[$this-> page])) {
20080. foreach ($this-> PageAnnots[$this-> page] as $pak => $pac) {
20081. if ($pak >= $pask) {
20082. $this-> PageAnnots[$this-> page][$pak]['x'] += $t_x;
20083. $this-> PageAnnots[$this-> page][$pak]['y'] -= $yshift;
20084. }
20085. }
20086. }
20087. }
20088. $this-> y -= $yshift;
20089. }
20090. }
20091. // restore previous values
20092. $this-> setGraphicVars($gvars);
20093. if ($this-> num_columns > 1) {
20094. $this-> selectColumn();
20095. } elseif ($this-> page > $prevPage) {
20096. $this-> lMargin = $this-> pagedim[$this-> page]['olm'];
20097. $this-> rMargin = $this-> pagedim[$this-> page]['orm'];
20098. }
20099. // restore previous list state
20100. $this-> cell_height_ratio = $prev_cell_height_ratio;
20101. $this-> listnum = $prev_listnum;
20102. $this-> listordered = $prev_listordered;
20103. $this-> listcount = $prev_listcount;
20104. $this-> lispacer = $prev_lispacer;
20105. if ($ln AND (!($cell AND ($dom[$key-1]['value'] == 'table')))) {
20106. $this-> Ln($this-> lasth);
20107. if ($this-> y < $maxbottomliney) {
20108. $this-> y = $maxbottomliney;
20109. }
20110. }
20111. unset($dom);
20112. }
20114. /**
20115. * Process opening tags.
20116. * @param array $dom html dom array
20117. * @param int $key current element id
20118. * @param boolean $cell if true add the default left (or right if RTL) padding to each new line (default false).
20119. * @access protected
20120. */
20121. protected function openHTMLTagHandler(&$dom, $key, $cell) {
20122. $tag = $dom[$key];
20123. $parent = $dom[($dom[$key]['parent'])];
20124. $firsttag = ($key == 1);
20125. // check for text direction attribute
20126. if (isset($tag['dir'])) {
20127. $this-> setTempRTL($tag['dir']);
20128. } else {
20129. $this-> tmprtl = false;
20130. }
20131. if ($tag['block']) {
20132. $hbz = 0; // distance from y to line bottom
20133. $hb = 0; // vertical space between block tags
20134. // calculate vertical space for block tags
20135. if (isset($this-> tagvspaces[$tag['value']][0]['h']) AND ($this-> tagvspaces[$tag['value']][0]['h'] >= 0)) {
20136. $cur_h = $this-> tagvspaces[$tag['value']][0]['h'];
20137. } elseif (isset($tag['fontsize'])) {
20138. $cur_h = ($tag['fontsize'] / $this-> k) * $this-> cell_height_ratio;
20139. } else {
20140. $cur_h = $this-> FontSize * $this-> cell_height_ratio;
20141. }
20142. if (isset($this-> tagvspaces[$tag['value']][0]['n'])) {
20143. $n = $this-> tagvspaces[$tag['value']][0]['n'];
20144. } elseif ( preg_match('/[h][0-9]/', $tag['value']) > 0) {
20145. $n = 0.6;
20146. } else {
20147. $n = 1;
20148. }
20149. $hb = ($n * $cur_h);
20150. if (($this-> htmlvspace <= 0) AND ($n > 0)) {
20151. if (isset($parent['fontsize'])) {
20152. $hbz = (($parent['fontsize'] / $this-> k) * $this-> cell_height_ratio);
20153. } else {
20154. $hbz = $this-> FontSize * $this-> cell_height_ratio;
20155. }
20156. }
20157. }
20158. // Opening tag
20159. switch($tag['value']) {
20160. case 'table': {
20161. $cp = 0;
20162. $cs = 0;
20163. $dom[$key]['rowspans'] = array();
20164. if (!isset($dom[$key]['attribute']['nested']) OR ($dom[$key]['attribute']['nested'] != 'true')) {
20165. // set table header
20166. if (!$this-> empty_string($dom[$key]['thead'])) {
20167. // set table header
20168. $this-> thead = $dom[$key]['thead'];
20169. if (!isset($this-> theadMargins) OR (empty($this-> theadMargins))) {
20170. $this-> theadMargins = array();
20171. $this-> theadMargins['cell_padding'] = $this-> cell_padding;
20172. $this-> theadMargins['lmargin'] = $this-> lMargin;
20173. $this-> theadMargins['rmargin'] = $this-> rMargin;
20174. $this-> theadMargins['page'] = $this-> page;
20175. }
20176. }
20177. }
20178. // store current margins and page
20179. $dom[$key]['old_cell_padding'] = $this-> cell_padding;
20180. if (isset($tag['attribute']['cellpadding'])) {
20181. $pad = $this-> getHTMLUnitToUnits($tag['attribute']['cellpadding'], 1, 'px');
20182. $this-> SetCellPadding($pad);
20183. }
20184. if (isset($tag['attribute']['cellspacing'])) {
20185. $cs = $this-> getHTMLUnitToUnits($tag['attribute']['cellspacing'], 1, 'px');
20186. }
20187. $prev_y = $this-> y;
20188. if ($this-> checkPageBreak(((2 * $cp) + (2 * $cs) + $this-> lasth), '', false) OR ($this-> y < $prev_y)) {
20189. $this-> inthead = true;
20190. // add a page (or trig AcceptPageBreak() for multicolumn mode)
20191. $this-> checkPageBreak($this-> PageBreakTrigger + 1);
20192. }
20193. break;
20194. }
20195. case 'tr': {
20196. // array of columns positions
20197. $dom[$key]['cellpos'] = array();
20198. break;
20199. }
20200. case 'hr': {
20201. if ((isset($tag['height'])) AND ($tag['height'] != '')) {
20202. $hrHeight = $this-> getHTMLUnitToUnits($tag['height'], 1, 'px');
20203. } else {
20204. $hrHeight = $this-> GetLineWidth();
20205. }
20206. $this-> addHTMLVertSpace($hbz, ($hrHeight / 2), $cell, $firsttag);
20207. $x = $this-> GetX();
20208. $y = $this-> GetY();
20209. $wtmp = $this-> w - $this-> lMargin - $this-> rMargin;
20210. if ($cell) {
20211. $wtmp -= ($this-> cell_padding['L'] + $this-> cell_padding['R']);
20212. }
20213. if ((isset($tag['width'])) AND ($tag['width'] != '')) {
20214. $hrWidth = $this-> getHTMLUnitToUnits($tag['width'], $wtmp, 'px');
20215. } else {
20216. $hrWidth = $wtmp;
20217. }
20218. $prevlinewidth = $this-> GetLineWidth();
20219. $this-> SetLineWidth($hrHeight);
20220. $this-> Line($x, $y, $x + $hrWidth, $y);
20221. $this-> SetLineWidth($prevlinewidth);
20222. $this-> addHTMLVertSpace(($hrHeight / 2), 0, $cell, !isset($dom[($key + 1)]));
20223. break;
20224. }
20225. case 'a': {
20226. if ( array_key_exists('href', $tag['attribute'])) {
20227. $this-> HREF['url'] = $tag['attribute']['href'];
20228. }
20229. break;
20230. }
20231. case 'img': {
20232. if (isset($tag['attribute']['src'])) {
20233. // replace relative path with real server path
20234. if (($tag['attribute']['src'][0] == '/') AND ($_SERVER['DOCUMENT_ROOT'] != '/')) {
20235. $findroot = strpos($tag['attribute']['src'], $_SERVER['DOCUMENT_ROOT']);
20236. if (($findroot === false) OR ($findroot > 1)) {
20237. $tag['attribute']['src'] = $_SERVER['DOCUMENT_ROOT'].$tag['attribute']['src'];
20238. }
20239. }
20240. $tag['attribute']['src'] = urldecode($tag['attribute']['src']);
20241. $type = $this-> getImageFileType($tag['attribute']['src']);
20242. $testscrtype = @ parse_url($tag['attribute']['src']);
20243. if (!isset($testscrtype['query']) OR empty($testscrtype['query'])) {
20244. // convert URL to server path
20245. $tag['attribute']['src'] = str_replace( K_PATH_URL, K_PATH_MAIN, $tag['attribute']['src']);
20246. }
20247. if (!isset($tag['width'])) {
20248. $tag['width'] = 0;
20249. }
20250. if (!isset($tag['height'])) {
20251. $tag['height'] = 0;
20252. }
20253. //if (!isset($tag['attribute']['align'])) {
20254. // the only alignment supported is "bottom"
20255. // further development is required for other modes.
20256. $tag['attribute']['align'] = 'bottom';
20257. //}
20258. switch($tag['attribute']['align']) {
20259. case 'top': {
20260. $align = 'T';
20261. break;
20262. }
20263. case 'middle': {
20264. $align = 'M';
20265. break;
20266. }
20267. case 'bottom': {
20268. $align = 'B';
20269. break;
20270. }
20271. default: {
20272. $align = 'B';
20273. break;
20274. }
20275. }
20276. $prevy = $this-> y;
20277. $xpos = $this-> x;
20278. // eliminate marker spaces
20279. if (isset($dom[($key - 1)])) {
20280. if (($dom[($key - 1)]['value'] == ' ') OR (isset($dom[($key - 1)]['trimmed_space']))) {
20281. $xpos -= $this-> GetStringWidth( chr(32));
20282. } elseif ($this-> rtl AND $dom[($key - 1)]['value'] == ' ') {
20283. $xpos += (2 * $this-> GetStringWidth( chr(32)));
20284. }
20285. }
20286. $imglink = '';
20287. if (isset($this-> HREF['url']) AND !$this-> empty_string($this-> HREF['url'])) {
20288. $imglink = $this-> HREF['url'];
20289. if ($imglink{0} == '#') {
20290. // convert url to internal link
20291. $lnkdata = explode(',', $imglink);
20292. if (isset($lnkdata[0])) {
20293. $page = intval( substr($lnkdata[0], 1));
20294. if (empty($page) OR ($page <= 0)) {
20295. $page = $this-> page;
20296. }
20297. if (isset($lnkdata[1]) AND ( strlen($lnkdata[1]) > 0)) {
20298. $lnky = floatval($lnkdata[1]);
20299. } else {
20300. $lnky = 0;
20301. }
20302. $imglink = $this-> AddLink();
20303. $this-> SetLink($imglink, $lnky, $page);
20304. }
20305. }
20306. }
20307. $border = 0;
20308. if (isset($tag['border']) AND ! empty($tag['border'])) {
20309. // currently only support 1 (frame) or a combination of 'LTRB'
20310. $border = $tag['border'];
20311. }
20312. $iw = '';
20313. if (isset($tag['width'])) {
20314. $iw = $this-> getHTMLUnitToUnits($tag['width'], 1, 'px', false);
20315. }
20316. $ih = '';
20317. if (isset($tag['height'])) {
20318. $ih = $this-> getHTMLUnitToUnits($tag['height'], 1, 'px', false);
20319. }
20320. if (($type == 'eps') OR ($type == 'ai')) {
20321. $this-> ImageEps($tag['attribute']['src'], $xpos, $this-> y, $iw, $ih, $imglink, true, $align, '', $border, true);
20322. } elseif ($type == 'svg') {
20323. $this-> ImageSVG($tag['attribute']['src'], $xpos, $this-> y, $iw, $ih, $imglink, $align, '', $border, true);
20324. } else {
20325. $this-> Image($tag['attribute']['src'], $xpos, $this-> y, $iw, $ih, '', $imglink, $align, false, 300, '', false, false, $border, false, false, true);
20326. }
20327. switch($align) {
20328. case 'T': {
20329. $this-> y = $prevy;
20330. break;
20331. }
20332. case 'M': {
20333. $this-> y = (($this-> img_rb_y + $prevy - ($tag['fontsize'] / $this-> k)) / 2) ;
20334. break;
20335. }
20336. case 'B': {
20337. $this-> y = $this-> img_rb_y - ($tag['fontsize'] / $this-> k);
20338. break;
20339. }
20340. }
20341. }
20342. break;
20343. }
20344. case 'dl': {
20345. ++$this-> listnum;
20346. if ($this-> listnum == 1) {
20347. $this-> addHTMLVertSpace($hbz, $hb, $cell, $firsttag);
20348. } else {
20349. $this-> addHTMLVertSpace(0, 0, $cell, $firsttag);
20350. }
20351. break;
20352. }
20353. case 'dt': {
20354. $this-> addHTMLVertSpace($hbz, 0, $cell, $firsttag);
20355. break;
20356. }
20357. case 'dd': {
20358. if ($this-> rtl) {
20359. $this-> rMargin += $this-> listindent;
20360. } else {
20361. $this-> lMargin += $this-> listindent;
20362. }
20363. ++$this-> listindentlevel;
20364. $this-> addHTMLVertSpace($hbz, 0, $cell, $firsttag);
20365. break;
20366. }
20367. case 'ul':
20368. case 'ol': {
20369. ++$this-> listnum;
20370. if ($tag['value'] == 'ol') {
20371. $this-> listordered[$this-> listnum] = true;
20372. } else {
20373. $this-> listordered[$this-> listnum] = false;
20374. }
20375. if (isset($tag['attribute']['start'])) {
20376. $this-> listcount[$this-> listnum] = intval($tag['attribute']['start']) - 1;
20377. } else {
20378. $this-> listcount[$this-> listnum] = 0;
20379. }
20380. if ($this-> rtl) {
20381. $this-> rMargin += $this-> listindent;
20382. $this-> x -= $this-> listindent;
20383. } else {
20384. $this-> lMargin += $this-> listindent;
20385. $this-> x += $this-> listindent;
20386. }
20387. ++$this-> listindentlevel;
20388. if ($this-> listnum == 1) {
20389. $this-> addHTMLVertSpace($hbz, $hb, $cell, $firsttag);
20390. } else {
20391. $this-> addHTMLVertSpace(0, 0, $cell, $firsttag);
20392. }
20393. break;
20394. }
20395. case 'li': {
20396. $this-> addHTMLVertSpace($hbz, 0, $cell, $firsttag);
20397. if ($this-> listordered[$this-> listnum]) {
20398. // ordered item
20399. if (isset($parent['attribute']['type']) AND !$this-> empty_string($parent['attribute']['type'])) {
20400. $this-> lispacer = $parent['attribute']['type'];
20401. } elseif (isset($parent['listtype']) AND !$this-> empty_string($parent['listtype'])) {
20402. $this-> lispacer = $parent['listtype'];
20403. } elseif (isset($this-> lisymbol) AND !$this-> empty_string($this-> lisymbol)) {
20404. $this-> lispacer = $this-> lisymbol;
20405. } else {
20406. $this-> lispacer = '#';
20407. }
20408. ++$this-> listcount[$this-> listnum];
20409. if (isset($tag['attribute']['value'])) {
20410. $this-> listcount[$this-> listnum] = intval($tag['attribute']['value']);
20411. }
20412. } else {
20413. // unordered item
20414. if (isset($parent['attribute']['type']) AND !$this-> empty_string($parent['attribute']['type'])) {
20415. $this-> lispacer = $parent['attribute']['type'];
20416. } elseif (isset($parent['listtype']) AND !$this-> empty_string($parent['listtype'])) {
20417. $this-> lispacer = $parent['listtype'];
20418. } elseif (isset($this-> lisymbol) AND !$this-> empty_string($this-> lisymbol)) {
20419. $this-> lispacer = $this-> lisymbol;
20420. } else {
20421. $this-> lispacer = '!';
20422. }
20423. }
20424. break;
20425. }
20426. case 'blockquote': {
20427. if ($this-> rtl) {
20428. $this-> rMargin += $this-> listindent;
20429. } else {
20430. $this-> lMargin += $this-> listindent;
20431. }
20432. ++$this-> listindentlevel;
20433. $this-> addHTMLVertSpace($hbz, $hb, $cell, $firsttag);
20434. break;
20435. }
20436. case 'br': {
20437. $this-> addHTMLVertSpace($hbz, 0, $cell, $firsttag);
20438. break;
20439. }
20440. case 'div': {
20441. $this-> addHTMLVertSpace($hbz, 0, $cell, $firsttag);
20442. break;
20443. }
20444. case 'p': {
20445. $this-> addHTMLVertSpace($hbz, $hb, $cell, $firsttag);
20446. break;
20447. }
20448. case 'pre': {
20449. $this-> addHTMLVertSpace($hbz, $hb, $cell, $firsttag);
20450. $this-> premode = true;
20451. break;
20452. }
20453. case 'sup': {
20454. $this-> SetXY($this-> GetX(), $this-> GetY() - ((0.7 * $this-> FontSizePt) / $this-> k));
20455. break;
20456. }
20457. case 'sub': {
20458. $this-> SetXY($this-> GetX(), $this-> GetY() + ((0.3 * $this-> FontSizePt) / $this-> k));
20459. break;
20460. }
20461. case 'h1':
20462. case 'h2':
20463. case 'h3':
20464. case 'h4':
20465. case 'h5':
20466. case 'h6': {
20467. $this-> addHTMLVertSpace($hbz, $hb, $cell, $firsttag);
20468. break;
20469. }
20470. // Form fields (since 4.8.000 - 2009-09-07)
20471. case 'form': {
20472. if (isset($tag['attribute']['action'])) {
20473. $this-> form_action = $tag['attribute']['action'];
20474. } else {
20475. $this-> form_action = K_PATH_URL.$_SERVER['SCRIPT_NAME'];
20476. }
20477. if (isset($tag['attribute']['enctype'])) {
20478. $this-> form_enctype = $tag['attribute']['enctype'];
20479. } else {
20480. $this-> form_enctype = 'application/x-www-form-urlencoded';
20481. }
20482. if (isset($tag['attribute']['method'])) {
20483. $this-> form_mode = $tag['attribute']['method'];
20484. } else {
20485. $this-> form_mode = 'post';
20486. }
20487. break;
20488. }
20489. case 'input': {
20490. if (isset($tag['attribute']['name']) AND !$this-> empty_string($tag['attribute']['name'])) {
20491. $name = $tag['attribute']['name'];
20492. } else {
20493. break;
20494. }
20495. $prop = array();
20496. $opt = array();
20497. if (isset($tag['attribute']['readonly']) AND !$this-> empty_string($tag['attribute']['readonly'])) {
20498. $prop['readonly'] = true;
20499. }
20500. if (isset($tag['attribute']['value']) AND !$this-> empty_string($tag['attribute']['value'])) {
20501. $value = $tag['attribute']['value'];
20502. }
20503. if (isset($tag['attribute']['maxlength']) AND !$this-> empty_string($tag['attribute']['maxlength'])) {
20504. $opt['maxlen'] = intval($tag['attribute']['value']);
20505. }
20506. $h = $this-> FontSize * $this-> cell_height_ratio;
20507. if (isset($tag['attribute']['size']) AND !$this-> empty_string($tag['attribute']['size'])) {
20508. $w = intval($tag['attribute']['size']) * $this-> GetStringWidth( chr(32)) * 2;
20509. } else {
20510. $w = $h;
20511. }
20512. if (isset($tag['attribute']['checked']) AND (($tag['attribute']['checked'] == 'checked') OR ($tag['attribute']['checked'] == 'true'))) {
20513. $checked = true;
20514. } else {
20515. $checked = false;
20516. }
20517. switch ($tag['attribute']['type']) {
20518. case 'text': {
20519. if (isset($value)) {
20520. $opt['v'] = $value;
20521. }
20522. $this-> TextField($name, $w, $h, $prop, $opt, '', '', false);
20523. break;
20524. }
20525. case 'password': {
20526. if (isset($value)) {
20527. $opt['v'] = $value;
20528. }
20529. $prop['password'] = 'true';
20530. $this-> TextField($name, $w, $h, $prop, $opt, '', '', false);
20531. break;
20532. }
20533. case 'checkbox': {
20534. $this-> CheckBox($name, $w, $checked, $prop, $opt, $value, '', '', false);
20535. break;
20536. }
20537. case 'radio': {
20538. $this-> RadioButton($name, $w, $prop, $opt, $value, $checked, '', '', false);
20539. break;
20540. }
20541. case 'submit': {
20542. $w = $this-> GetStringWidth($value) * 1.5;
20543. $h *= 1.6;
20544. $prop = array('lineWidth'=>1, 'borderStyle'=>'beveled', 'fillColor'=>array(196, 196, 196), 'strokeColor'=>array(255, 255, 255));
20545. $action = array();
20546. $action['S'] = 'SubmitForm';
20547. $action['F'] = $this-> form_action;
20548. if ($this-> form_enctype != 'FDF') {
20549. $action['Flags'] = array('ExportFormat');
20550. }
20551. if ($this-> form_mode == 'get') {
20552. $action['Flags'] = array('GetMethod');
20553. }
20554. $this-> Button($name, $w, $h, $value, $action, $prop, $opt, '', '', false);
20555. break;
20556. }
20557. case 'reset': {
20558. $w = $this-> GetStringWidth($value) * 1.5;
20559. $h *= 1.6;
20560. $prop = array('lineWidth'=>1, 'borderStyle'=>'beveled', 'fillColor'=>array(196, 196, 196), 'strokeColor'=>array(255, 255, 255));
20561. $this-> Button($name, $w, $h, $value, array('S'=>'ResetForm'), $prop, $opt, '', '', false);
20562. break;
20563. }
20564. case 'file': {
20565. $prop['fileSelect'] = 'true';
20566. $this-> TextField($name, $w, $h, $prop, $opt, '', '', false);
20567. if (!isset($value)) {
20568. $value = '*';
20569. }
20570. $w = $this-> GetStringWidth($value) * 2;
20571. $h *= 1.2;
20572. $prop = array('lineWidth'=>1, 'borderStyle'=>'beveled', 'fillColor'=>array(196, 196, 196), 'strokeColor'=>array(255, 255, 255));
20573. $jsaction = 'var f=this.getField(\''.$name.'\'); f.browseForFileToSubmit();';
20574. $this-> Button('FB_'.$name, $w, $h, $value, $jsaction, $prop, $opt, '', '', false);
20575. break;
20576. }
20577. case 'hidden': {
20578. if (isset($value)) {
20579. $opt['v'] = $value;
20580. }
20581. $opt['f'] = array('invisible', 'hidden');
20582. $this-> TextField($name, 0, 0, $prop, $opt, '', '', false);
20583. break;
20584. }
20585. case 'image': {
20586. // THIS TYPE MUST BE FIXED
20587. if (isset($tag['attribute']['src']) AND !$this-> empty_string($tag['attribute']['src'])) {
20588. $img = $tag['attribute']['src'];
20589. } else {
20590. break;
20591. }
20592. $value = 'img';
20593. //$opt['mk'] = array('i'=>$img, 'tp'=>1, 'if'=>array('sw'=>'A', 's'=>'A', 'fb'=>false));
20594. if (isset($tag['attribute']['onclick']) AND ! empty($tag['attribute']['onclick'])) {
20595. $jsaction = $tag['attribute']['onclick'];
20596. } else {
20597. $jsaction = '';
20598. }
20599. $this-> Button($name, $w, $h, $value, $jsaction, $prop, $opt, '', '', false);
20600. break;
20601. }
20602. case 'button': {
20603. $w = $this-> GetStringWidth($value) * 1.5;
20604. $h *= 1.6;
20605. $prop = array('lineWidth'=>1, 'borderStyle'=>'beveled', 'fillColor'=>array(196, 196, 196), 'strokeColor'=>array(255, 255, 255));
20606. if (isset($tag['attribute']['onclick']) AND ! empty($tag['attribute']['onclick'])) {
20607. $jsaction = $tag['attribute']['onclick'];
20608. } else {
20609. $jsaction = '';
20610. }
20611. $this-> Button($name, $w, $h, $value, $jsaction, $prop, $opt, '', '', false);
20612. break;
20613. }
20614. }
20615. break;
20616. }
20617. case 'textarea': {
20618. $prop = array();
20619. $opt = array();
20620. if (isset($tag['attribute']['readonly']) AND !$this-> empty_string($tag['attribute']['readonly'])) {
20621. $prop['readonly'] = true;
20622. }
20623. if (isset($tag['attribute']['name']) AND !$this-> empty_string($tag['attribute']['name'])) {
20624. $name = $tag['attribute']['name'];
20625. } else {
20626. break;
20627. }
20628. if (isset($tag['attribute']['value']) AND !$this-> empty_string($tag['attribute']['value'])) {
20629. $opt['v'] = $tag['attribute']['value'];
20630. }
20631. if (isset($tag['attribute']['cols']) AND !$this-> empty_string($tag['attribute']['cols'])) {
20632. $w = intval($tag['attribute']['cols']) * $this-> GetStringWidth( chr(32)) * 2;
20633. } else {
20634. $w = 40;
20635. }
20636. if (isset($tag['attribute']['rows']) AND !$this-> empty_string($tag['attribute']['rows'])) {
20637. $h = intval($tag['attribute']['rows']) * $this-> FontSize * $this-> cell_height_ratio;
20638. } else {
20639. $h = 10;
20640. }
20641. $prop['multiline'] = 'true';
20642. $this-> TextField($name, $w, $h, $prop, $opt, '', '', false);
20643. break;
20644. }
20645. case 'select': {
20646. $h = $this-> FontSize * $this-> cell_height_ratio;
20647. if (isset($tag['attribute']['size']) AND !$this-> empty_string($tag['attribute']['size'])) {
20648. $h *= ($tag['attribute']['size'] + 1);
20649. }
20650. $prop = array();
20651. $opt = array();
20652. if (isset($tag['attribute']['name']) AND !$this-> empty_string($tag['attribute']['name'])) {
20653. $name = $tag['attribute']['name'];
20654. } else {
20655. break;
20656. }
20657. $w = 0;
20658. if (isset($tag['attribute']['opt']) AND !$this-> empty_string($tag['attribute']['opt'])) {
20659. $options = explode('#!NwL!#', $tag['attribute']['opt']);
20660. $values = array();
20661. foreach ($options as $val) {
20662. if ( strpos($val, '#!TaB!#') !== false) {
20663. $opts = explode('#!TaB!#', $val);
20664. $values[] = $opts;
20665. $w = max($w, $this-> GetStringWidth($opts[1]));
20666. } else {
20667. $values[] = $val;
20668. $w = max($w, $this-> GetStringWidth($val));
20669. }
20670. }
20671. } else {
20672. break;
20673. }
20674. $w *= 2;
20675. if (isset($tag['attribute']['multiple']) AND ($tag['attribute']['multiple']='multiple')) {
20676. $prop['multipleSelection'] = 'true';
20677. $this-> ListBox($name, $w, $h, $values, $prop, $opt, '', '', false);
20678. } else {
20679. $this-> ComboBox($name, $w, $h, $values, $prop, $opt, '', '', false);
20680. }
20681. break;
20682. }
20683. case 'tcpdf': {
20684. if ( defined('K_TCPDF_CALLS_IN_HTML') AND ( K_TCPDF_CALLS_IN_HTML === true)) {
20685. // Special tag used to call TCPDF methods
20686. if (isset($tag['attribute']['method'])) {
20687. $tcpdf_method = $tag['attribute']['method'];
20688. if ( method_exists($this, $tcpdf_method)) {
20689. if (isset($tag['attribute']['params']) AND (! empty($tag['attribute']['params']))) {
20690. $params = unserialize( urldecode($tag['attribute']['params']));
20691. call_user_func_array(array($this, $tcpdf_method), $params);
20692. } else {
20693. $this->$tcpdf_method();
20694. }
20695. $this-> newline = true;
20696. }
20697. }
20698. }
20699. break;
20700. }
20701. default: {
20702. break;
20703. }
20704. }
20705. // define tags that support borders and background colors
20706. $bordertags = array('blockquote','br','dd','dl','div','dt','h1','h2','h3','h4','h5','h6','hr','li','ol','p','pre','ul','tcpdf','table');
20707. if ( in_array($tag['value'], $bordertags)) {
20708. // set border
20709. $dom[$key]['borderposition'] = $this-> getBorderStartPosition();
20710. }
20711. if ($dom[$key]['self'] AND isset($dom[$key]['attribute']['pagebreakafter'])) {
20712. $pba = $dom[$key]['attribute']['pagebreakafter'];
20713. // check for pagebreak
20714. if (($pba == 'true') OR ($pba == 'left') OR ($pba == 'right')) {
20715. // add a page (or trig AcceptPageBreak() for multicolumn mode)
20716. $this-> checkPageBreak($this-> PageBreakTrigger + 1);
20717. }
20718. if ((($pba == 'left') AND (((!$this-> rtl) AND (($this-> page % 2) == 0)) OR (($this-> rtl) AND (($this-> page % 2) != 0))))
20719. OR (($pba == 'right') AND (((!$this-> rtl) AND (($this-> page % 2) != 0)) OR (($this-> rtl) AND (($this-> page % 2) == 0))))) {
20720. // add a page (or trig AcceptPageBreak() for multicolumn mode)
20721. $this-> checkPageBreak($this-> PageBreakTrigger + 1);
20722. }
20723. }
20724. }
20726. /**
20727. * Process closing tags.
20728. * @param array $dom html dom array
20729. * @param int $key current element id
20730. * @param boolean $cell if true add the default left (or right if RTL) padding to each new line (default false).
20731. * @param int $maxbottomliney maximum y value of current line
20732. * @access protected
20733. */
20734. protected function closeHTMLTagHandler(&$dom, $key, $cell, $maxbottomliney=0) {
20735. $tag = $dom[$key];
20736. $parent = $dom[($dom[$key]['parent'])];
20737. $lasttag = ((!isset($dom[($key + 1)])) OR ((!isset($dom[($key + 2)])) AND ($dom[($key + 1)]['value'] == 'marker')));
20738. $in_table_head = false;
20739. // maximum x position (used to draw borders)
20740. if ($this-> rtl) {
20741. $xmax = $this-> w;
20742. } else {
20743. $xmax = 0;
20744. }
20745. if ($tag['block']) {
20746. $hbz = 0; // distance from y to line bottom
20747. $hb = 0; // vertical space between block tags
20748. // calculate vertical space for block tags
20749. if (isset($this-> tagvspaces[$tag['value']][1]['h']) AND ($this-> tagvspaces[$tag['value']][1]['h'] >= 0)) {
20750. $pre_h = $this-> tagvspaces[$tag['value']][1]['h'];
20751. } elseif (isset($parent['fontsize'])) {
20752. $pre_h = (($parent['fontsize'] / $this-> k) * $this-> cell_height_ratio);
20753. } else {
20754. $pre_h = $this-> FontSize * $this-> cell_height_ratio;
20755. }
20756. if (isset($this-> tagvspaces[$tag['value']][1]['n'])) {
20757. $n = $this-> tagvspaces[$tag['value']][1]['n'];
20758. } elseif ( preg_match('/[h][0-9]/', $tag['value']) > 0) {
20759. $n = 0.6;
20760. } else {
20761. $n = 1;
20762. }
20763. $hb = ($n * $pre_h);
20764. if ($this-> y < $maxbottomliney) {
20765. $hbz = ($maxbottomliney - $this-> y);
20766. }
20767. }
20768. // Closing tag
20769. switch($tag['value']) {
20770. case 'tr': {
20771. $table_el = $dom[($dom[$key]['parent'])]['parent'];
20772. if (!isset($parent['endy'])) {
20773. $dom[($dom[$key]['parent'])]['endy'] = $this-> y;
20774. $parent['endy'] = $this-> y;
20775. }
20776. if (!isset($parent['endpage'])) {
20777. $dom[($dom[$key]['parent'])]['endpage'] = $this-> page;
20778. $parent['endpage'] = $this-> page;
20779. }
20780. if (!isset($parent['endcolumn'])) {
20781. $dom[($dom[$key]['parent'])]['endcolumn'] = $this-> current_column;
20782. $parent['endcolumn'] = $this-> current_column;
20783. }
20784. // update row-spanned cells
20785. if (isset($dom[$table_el]['rowspans'])) {
20786. foreach ($dom[$table_el]['rowspans'] as $k => $trwsp) {
20787. $dom[$table_el]['rowspans'][$k]['rowspan'] -= 1;
20788. if ($dom[$table_el]['rowspans'][$k]['rowspan'] == 0) {
20789. if (($dom[$table_el]['rowspans'][$k]['endpage'] == $parent['endpage']) AND ($dom[$table_el]['rowspans'][$k]['endcolumn'] == $parent['endcolumn'])) {
20790. $dom[($dom[$key]['parent'])]['endy'] = max($dom[$table_el]['rowspans'][$k]['endy'], $parent['endy']);
20791. } elseif (($dom[$table_el]['rowspans'][$k]['endpage'] > $parent['endpage']) OR ($dom[$table_el]['rowspans'][$k]['endcolumn'] > $parent['endcolumn'])) {
20792. $dom[($dom[$key]['parent'])]['endy'] = $dom[$table_el]['rowspans'][$k]['endy'];
20793. $dom[($dom[$key]['parent'])]['endpage'] = $dom[$table_el]['rowspans'][$k]['endpage'];
20794. $dom[($dom[$key]['parent'])]['endcolumn'] = $dom[$table_el]['rowspans'][$k]['endcolumn'];
20795. }
20796. }
20797. }
20798. // report new endy and endpage to the rowspanned cells
20799. foreach ($dom[$table_el]['rowspans'] as $k => $trwsp) {
20800. if ($dom[$table_el]['rowspans'][$k]['rowspan'] == 0) {
20801. $dom[$table_el]['rowspans'][$k]['endpage'] = max($dom[$table_el]['rowspans'][$k]['endpage'], $dom[($dom[$key]['parent'])]['endpage']);
20802. $dom[($dom[$key]['parent'])]['endpage'] = $dom[$table_el]['rowspans'][$k]['endpage'];
20803. $dom[$table_el]['rowspans'][$k]['endcolumn'] = max($dom[$table_el]['rowspans'][$k]['endcolumn'], $dom[($dom[$key]['parent'])]['endcolumn']);
20804. $dom[($dom[$key]['parent'])]['endcolumn'] = $dom[$table_el]['rowspans'][$k]['endcolumn'];
20805. $dom[$table_el]['rowspans'][$k]['endy'] = max($dom[$table_el]['rowspans'][$k]['endy'], $dom[($dom[$key]['parent'])]['endy']);
20806. $dom[($dom[$key]['parent'])]['endy'] = $dom[$table_el]['rowspans'][$k]['endy'];
20807. }
20808. }
20809. // update remaining rowspanned cells
20810. foreach ($dom[$table_el]['rowspans'] as $k => $trwsp) {
20811. if ($dom[$table_el]['rowspans'][$k]['rowspan'] == 0) {
20812. $dom[$table_el]['rowspans'][$k]['endpage'] = $dom[($dom[$key]['parent'])]['endpage'];
20813. $dom[$table_el]['rowspans'][$k]['endcolumn'] = $dom[($dom[$key]['parent'])]['endcolumn'];
20814. $dom[$table_el]['rowspans'][$k]['endy'] = $dom[($dom[$key]['parent'])]['endy'];
20815. }
20816. }
20817. }
20818. $this-> setPage($dom[($dom[$key]['parent'])]['endpage']);
20819. if ($this-> num_columns > 1) {
20820. $this-> selectColumn($dom[($dom[$key]['parent'])]['endcolumn']);
20821. }
20822. $this-> y = $dom[($dom[$key]['parent'])]['endy'];
20823. if (isset($dom[$table_el]['attribute']['cellspacing'])) {
20824. $cellspacing = $this-> getHTMLUnitToUnits($dom[$table_el]['attribute']['cellspacing'], 1, 'px');
20825. $this-> y += $cellspacing;
20826. }
20827. $this-> Ln(0, $cell);
20828. if ($this-> current_column == $parent['startcolumn']) {
20829. $this-> x = $parent['startx'];
20830. }
20831. // account for booklet mode
20832. if ($this-> page > $parent['startpage']) {
20833. if (($this-> rtl) AND ($this-> pagedim[$this-> page]['orm'] != $this-> pagedim[$parent['startpage']]['orm'])) {
20834. $this-> x -= ($this-> pagedim[$this-> page]['orm'] - $this-> pagedim[$parent['startpage']]['orm']);
20835. } elseif ((!$this-> rtl) AND ($this-> pagedim[$this-> page]['olm'] != $this-> pagedim[$parent['startpage']]['olm'])) {
20836. $this-> x += ($this-> pagedim[$this-> page]['olm'] - $this-> pagedim[$parent['startpage']]['olm']);
20837. }
20838. }
20839. break;
20840. }
20841. case 'tablehead':
20842. // closing tag used for the thead part
20843. $in_table_head = true;
20844. $this-> inthead = false;
20845. case 'table': {
20846. $table_el = $parent;
20847. // set default border
20848. if (isset($table_el['attribute']['border']) AND ($table_el['attribute']['border'] > 0)) {
20849. // set default border
20850. $border = array('LTRB' => array('width' => $this-> getCSSBorderWidth($table_el['attribute']['border']), 'cap'=>'square', 'join'=>'miter', 'dash'=> 0, 'color'=>array(0,0,0)));
20851. } else {
20852. $border = 0;
20853. }
20854. $default_border = $border;
20855. if (isset($table_el['attribute']['cellspacing'])) {
20856. $cellspacing = $this-> getHTMLUnitToUnits($table_el['attribute']['cellspacing'], 1, 'px');
20857. } else {
20858. $cellspacing = 0;
20859. }
20860. // fix bottom line alignment of last line before page break
20861. foreach ($dom[($dom[$key]['parent'])]['trids'] as $j => $trkey) {
20862. // update row-spanned cells
20863. if (isset($dom[($dom[$key]['parent'])]['rowspans'])) {
20864. foreach ($dom[($dom[$key]['parent'])]['rowspans'] as $k => $trwsp) {
20865. if ($trwsp['trid'] == $trkey) {
20866. $dom[($dom[$key]['parent'])]['rowspans'][$k]['mrowspan'] -= 1;
20867. }
20868. if (isset($prevtrkey) AND ($trwsp['trid'] == $prevtrkey) AND ($trwsp['mrowspan'] >= 0)) {
20869. $dom[($dom[$key]['parent'])]['rowspans'][$k]['trid'] = $trkey;
20870. }
20871. }
20872. }
20873. if (isset($prevtrkey) AND ($dom[$trkey]['startpage'] > $dom[$prevtrkey]['endpage'])) {
20874. $pgendy = $this-> pagedim[$dom[$prevtrkey]['endpage']]['hk'] - $this-> pagedim[$dom[$prevtrkey]['endpage']]['bm'];
20875. $dom[$prevtrkey]['endy'] = $pgendy;
20876. // update row-spanned cells
20877. if (isset($dom[($dom[$key]['parent'])]['rowspans'])) {
20878. foreach ($dom[($dom[$key]['parent'])]['rowspans'] as $k => $trwsp) {
20879. if (($trwsp['trid'] == $trkey) AND ($trwsp['mrowspan'] > 1) AND ($trwsp['endpage'] == $dom[$prevtrkey]['endpage'])) {
20880. $dom[($dom[$key]['parent'])]['rowspans'][$k]['endy'] = $pgendy;
20881. $dom[($dom[$key]['parent'])]['rowspans'][$k]['mrowspan'] = -1;
20882. }
20883. }
20884. }
20885. }
20886. $prevtrkey = $trkey;
20887. $table_el = $dom[($dom[$key]['parent'])];
20888. }
20889. // for each row
20890. unset($xmax);
20891. foreach ($table_el['trids'] as $j => $trkey) {
20892. $parent = $dom[$trkey];
20893. if (!isset($xmax)) {
20894. $xmax = $parent['cellpos'][( count($parent['cellpos']) - 1)]['endx'];
20895. }
20896. // for each cell on the row
20897. foreach ($parent['cellpos'] as $k => $cellpos) {
20898. if (isset($cellpos['rowspanid']) AND ($cellpos['rowspanid'] >= 0)) {
20899. $cellpos['startx'] = $table_el['rowspans'][($cellpos['rowspanid'])]['startx'];
20900. $cellpos['endx'] = $table_el['rowspans'][($cellpos['rowspanid'])]['endx'];
20901. $endy = $table_el['rowspans'][($cellpos['rowspanid'])]['endy'];
20902. $startpage = $table_el['rowspans'][($cellpos['rowspanid'])]['startpage'];
20903. $endpage = $table_el['rowspans'][($cellpos['rowspanid'])]['endpage'];
20904. $startcolumn = $table_el['rowspans'][($cellpos['rowspanid'])]['startcolumn'];
20905. $endcolumn = $table_el['rowspans'][($cellpos['rowspanid'])]['endcolumn'];
20906. } else {
20907. $endy = $parent['endy'];
20908. $startpage = $parent['startpage'];
20909. $endpage = $parent['endpage'];
20910. $startcolumn = $parent['startcolumn'];
20911. $endcolumn = $parent['endcolumn'];
20912. }
20913. if ($this-> num_columns == 0) {
20914. $this-> num_columns = 1;
20915. }
20916. if (isset($cellpos['border'])) {
20917. $border = $cellpos['border'];
20918. }
20919. if (isset($cellpos['bgcolor']) AND ($cellpos['bgcolor']) !== false) {
20920. $this-> SetFillColorArray($cellpos['bgcolor']);
20921. $fill = true;
20922. } else {
20923. $fill = false;
20924. }
20925. $x = $cellpos['startx'];
20926. $y = $parent['starty'];
20927. $starty = $y;
20928. $w = abs($cellpos['endx'] - $cellpos['startx']);
20929. // get border modes
20930. $border_start = $this-> getBorderMode($border, $position='start');
20931. $border_end = $this-> getBorderMode($border, $position='end');
20932. $border_middle = $this-> getBorderMode($border, $position='middle');
20933. // design borders around HTML cells.
20934. for ($page = $startpage; $page <= $endpage; ++$page) { // for each page
20935. $ccode = '';
20936. $this-> setPage($page);
20937. if ($this-> num_columns < 2) {
20938. // single-column mode
20939. $this-> x = $x;
20940. $this-> y = $this-> tMargin;
20941. }
20942. // account for margin changes
20943. if ($page > $startpage) {
20944. if (($this-> rtl) AND ($this-> pagedim[$page]['orm'] != $this-> pagedim[$startpage]['orm'])) {
20945. $this-> x -= ($this-> pagedim[$page]['orm'] - $this-> pagedim[$startpage]['orm']);
20946. } elseif ((!$this-> rtl) AND ($this-> pagedim[$page]['olm'] != $this-> pagedim[$startpage]['olm'])) {
20947. $this-> x += ($this-> pagedim[$page]['olm'] - $this-> pagedim[$startpage]['olm']);
20948. }
20949. }
20950. if ($startpage == $endpage) { // single page
20951. $deltacol = 0;
20952. $deltath = 0;
20953. for ($column = $startcolumn; $column <= $endcolumn; ++$column) { // for each column
20954. $this-> selectColumn($column);
20955. if ($startcolumn == $endcolumn) { // single column
20956. $cborder = $border;
20957. $h = $endy - $parent['starty'];
20958. $this-> y = $y;
20959. $this-> x = $x;
20960. } elseif ($column == $startcolumn) { // first column
20961. $cborder = $border_start;
20962. $this-> y = $starty;
20963. $this-> x = $x;
20964. $h = $this-> h - $this-> y - $this-> bMargin;
20965. if ($this-> rtl) {
20966. $deltacol = $this-> x + $this-> rMargin - $this-> w;
20967. } else {
20968. $deltacol = $this-> x - $this-> lMargin;
20969. }
20970. } elseif ($column == $endcolumn) { // end column
20971. $cborder = $border_end;
20972. if (isset($this-> columns[$column]['th']['\''.$page.'\''])) {
20973. $this-> y = $this-> columns[$column]['th']['\''.$page.'\''];
20974. }
20975. $this-> x += $deltacol;
20976. $h = $endy - $this-> y;
20977. } else { // middle column
20978. $cborder = $border_middle;
20979. if (isset($this-> columns[$column]['th']['\''.$page.'\''])) {
20980. $this-> y = $this-> columns[$column]['th']['\''.$page.'\''];
20981. }
20982. $this-> x += $deltacol;
20983. $h = $this-> h - $this-> y - $this-> bMargin;
20984. }
20985. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
20986. } // end for each column
20987. } elseif ($page == $startpage) { // first page
20988. $deltacol = 0;
20989. $deltath = 0;
20990. for ($column = $startcolumn; $column < $this-> num_columns; ++$column) { // for each column
20991. $this-> selectColumn($column);
20992. if ($column == $startcolumn) { // first column
20993. $cborder = $border_start;
20994. $this-> y = $starty;
20995. $this-> x = $x;
20996. $h = $this-> h - $this-> y - $this-> bMargin;
20997. if ($this-> rtl) {
20998. $deltacol = $this-> x + $this-> rMargin - $this-> w;
20999. } else {
21000. $deltacol = $this-> x - $this-> lMargin;
21001. }
21002. } else { // middle column
21003. $cborder = $border_middle;
21004. if (isset($this-> columns[$column]['th']['\''.$page.'\''])) {
21005. $this-> y = $this-> columns[$column]['th']['\''.$page.'\''];
21006. }
21007. $this-> x += $deltacol;
21008. $h = $this-> h - $this-> y - $this-> bMargin;
21009. }
21010. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
21011. } // end for each column
21012. } elseif ($page == $endpage) { // last page
21013. $deltacol = 0;
21014. $deltath = 0;
21015. for ($column = 0; $column <= $endcolumn; ++$column) { // for each column
21016. $this-> selectColumn($column);
21017. if ($column == $endcolumn) { // end column
21018. $cborder = $border_end;
21019. if (isset($this-> columns[$column]['th']['\''.$page.'\''])) {
21020. $this-> y = $this-> columns[$column]['th']['\''.$page.'\''];
21021. }
21022. $this-> x += $deltacol;
21023. $h = $endy - $this-> y;
21024. } else { // middle column
21025. $cborder = $border_middle;
21026. if (isset($this-> columns[$column]['th']['\''.$page.'\''])) {
21027. $this-> y = $this-> columns[$column]['th']['\''.$page.'\''];
21028. }
21029. $this-> x += $deltacol;
21030. $h = $this-> h - $this-> y - $this-> bMargin;
21031. }
21032. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
21033. } // end for each column
21034. } else { // middle page
21035. $deltacol = 0;
21036. $deltath = 0;
21037. for ($column = 0; $column < $this-> num_columns; ++$column) { // for each column
21038. $this-> selectColumn($column);
21039. $cborder = $border_middle;
21040. if (isset($this-> columns[$column]['th']['\''.$page.'\''])) {
21041. $this-> y = $this-> columns[$column]['th']['\''.$page.'\''];
21042. }
21043. $this-> x += $deltacol;
21044. $h = $this-> h - $this-> y - $this-> bMargin;
21045. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
21046. } // end for each column
21047. }
21048. if ($cborder OR $fill) {
21049. // draw border and fill
21050. if ($this-> inxobj) {
21051. // we are inside an XObject template
21052. if ( end($this-> xobjects[$this-> xobjid]['transfmrk']) !== false) {
21053. $pagemarkkey = key($this-> xobjects[$this-> xobjid]['transfmrk']);
21054. $pagemark = &$this-> xobjects[$this-> xobjid]['transfmrk'][$pagemarkkey];
21055. } else {
21056. $pagemark = &$this-> xobjects[$this-> xobjid]['intmrk'];
21057. }
21058. $pagebuff = $this-> xobjects[$this-> xobjid]['outdata'];
21059. $pstart = substr($pagebuff, 0, $pagemark);
21060. $pend = substr($pagebuff, $pagemark);
21061. $this-> xobjects[$this-> xobjid]['outdata'] = $pstart.$ccode.$pend;
21062. $pagemark += strlen($ccode);
21063. } else {
21064. // draw border and fill
21065. if ( end($this-> transfmrk[$this-> page]) !== false) {
21066. $pagemarkkey = key($this-> transfmrk[$this-> page]);
21067. $pagemark = &$this-> transfmrk[$this-> page][$pagemarkkey];
21068. } elseif ($this-> InFooter) {
21069. $pagemark = &$this-> footerpos[$this-> page];
21070. } else {
21071. $pagemark = &$this-> intmrk[$this-> page];
21072. }
21073. $pagebuff = $this-> getPageBuffer($this-> page);
21074. $pstart = substr($pagebuff, 0, $pagemark);
21075. $pend = substr($pagebuff, $pagemark);
21076. $this-> setPageBuffer($this-> page, $pstart.$ccode.$pend);
21077. $pagemark += strlen($ccode);
21078. }
21079. }
21080. } // end for each page
21081. // restore default border
21082. $border = $default_border;
21083. } // end for each cell on the row
21084. if (isset($table_el['attribute']['cellspacing'])) {
21085. $cellspacing = $this-> getHTMLUnitToUnits($table_el['attribute']['cellspacing'], 1, 'px');
21086. $this-> y += $cellspacing;
21087. }
21088. $this-> Ln(0, $cell);
21089. $this-> x = $parent['startx'];
21090. if ($endpage > $startpage) {
21091. if (($this-> rtl) AND ($this-> pagedim[$endpage]['orm'] != $this-> pagedim[$startpage]['orm'])) {
21092. $this-> x += ($this-> pagedim[$endpage]['orm'] - $this-> pagedim[$startpage]['orm']);
21093. } elseif ((!$this-> rtl) AND ($this-> pagedim[$endpage]['olm'] != $this-> pagedim[$startpage]['olm'])) {
21094. $this-> x += ($this-> pagedim[$endpage]['olm'] - $this-> pagedim[$startpage]['olm']);
21095. }
21096. }
21097. }
21098. if (!$in_table_head) { // we are not inside a thead section
21099. $this-> cell_padding = $table_el['old_cell_padding'];
21100. // reset row height
21101. $this-> resetLastH();
21102. if (($this-> page == ($this-> numpages - 1)) AND ($this-> pageopen[$this-> numpages]) AND ($this-> emptypagemrk[$this-> numpages] == $this-> pagelen[$this-> numpages])) {
21103. // remove last blank page
21104. $this-> deletePage($this-> numpages);
21105. }
21106. if (isset($this-> theadMargins['top'])) {
21107. // restore top margin
21108. $this-> tMargin = $this-> theadMargins['top'];
21109. $this-> pagedim[$this-> page]['tm'] = $this-> tMargin;
21110. }
21111. if (!isset($table_el['attribute']['nested']) OR ($table_el['attribute']['nested'] != 'true')) {
21112. // reset main table header
21113. $this-> thead = '';
21114. $this-> theadMargins = array();
21115. }
21116. }
21117. $parent = $table_el;
21118. break;
21119. }
21120. case 'a': {
21121. $this-> HREF = '';
21122. break;
21123. }
21124. case 'sup': {
21125. $this-> SetXY($this-> GetX(), $this-> GetY() + ((0.7 * $parent['fontsize']) / $this-> k));
21126. break;
21127. }
21128. case 'sub': {
21129. $this-> SetXY($this-> GetX(), $this-> GetY() - ((0.3 * $parent['fontsize'])/$this-> k));
21130. break;
21131. }
21132. case 'div': {
21133. $this-> addHTMLVertSpace($hbz, 0, $cell, false, $lasttag);
21134. break;
21135. }
21136. case 'blockquote': {
21137. if ($this-> rtl) {
21138. $this-> rMargin -= $this-> listindent;
21139. } else {
21140. $this-> lMargin -= $this-> listindent;
21141. }
21142. --$this-> listindentlevel;
21143. $this-> addHTMLVertSpace($hbz, $hb, $cell, false, $lasttag);
21144. break;
21145. }
21146. case 'p': {
21147. $this-> addHTMLVertSpace($hbz, $hb, $cell, false, $lasttag);
21148. break;
21149. }
21150. case 'pre': {
21151. $this-> addHTMLVertSpace($hbz, $hb, $cell, false, $lasttag);
21152. $this-> premode = false;
21153. break;
21154. }
21155. case 'dl': {
21156. --$this-> listnum;
21157. if ($this-> listnum <= 0) {
21158. $this-> listnum = 0;
21159. $this-> addHTMLVertSpace($hbz, $hb, $cell, false, $lasttag);
21160. } else {
21161. $this-> addHTMLVertSpace(0, 0, $cell, false, $lasttag);
21162. }
21163. $this-> resetLastH();
21164. break;
21165. }
21166. case 'dt': {
21167. $this-> lispacer = '';
21168. $this-> addHTMLVertSpace(0, 0, $cell, false, $lasttag);
21169. break;
21170. }
21171. case 'dd': {
21172. $this-> lispacer = '';
21173. if ($this-> rtl) {
21174. $this-> rMargin -= $this-> listindent;
21175. } else {
21176. $this-> lMargin -= $this-> listindent;
21177. }
21178. --$this-> listindentlevel;
21179. $this-> addHTMLVertSpace(0, 0, $cell, false, $lasttag);
21180. break;
21181. }
21182. case 'ul':
21183. case 'ol': {
21184. --$this-> listnum;
21185. $this-> lispacer = '';
21186. if ($this-> rtl) {
21187. $this-> rMargin -= $this-> listindent;
21188. } else {
21189. $this-> lMargin -= $this-> listindent;
21190. }
21191. --$this-> listindentlevel;
21192. if ($this-> listnum <= 0) {
21193. $this-> listnum = 0;
21194. $this-> addHTMLVertSpace($hbz, $hb, $cell, false, $lasttag);
21195. } else {
21196. $this-> addHTMLVertSpace(0, 0, $cell, false, $lasttag);
21197. }
21198. $this-> resetLastH();
21199. break;
21200. }
21201. case 'li': {
21202. $this-> lispacer = '';
21203. $this-> addHTMLVertSpace(0, 0, $cell, false, $lasttag);
21204. break;
21205. }
21206. case 'h1':
21207. case 'h2':
21208. case 'h3':
21209. case 'h4':
21210. case 'h5':
21211. case 'h6': {
21212. $this-> addHTMLVertSpace($hbz, $hb, $cell, false, $lasttag);
21213. break;
21214. }
21215. // Form fields (since 4.8.000 - 2009-09-07)
21216. case 'form': {
21217. $this-> form_action = '';
21218. $this-> form_enctype = 'application/x-www-form-urlencoded';
21219. break;
21220. }
21221. default : {
21222. break;
21223. }
21224. }
21225. // draw border and background (if any)
21226. $this-> drawHTMLTagBorder($parent, $xmax);
21227. if (isset($dom[($dom[$key]['parent'])]['attribute']['pagebreakafter'])) {
21228. $pba = $dom[($dom[$key]['parent'])]['attribute']['pagebreakafter'];
21229. // check for pagebreak
21230. if (($pba == 'true') OR ($pba == 'left') OR ($pba == 'right')) {
21231. // add a page (or trig AcceptPageBreak() for multicolumn mode)
21232. $this-> checkPageBreak($this-> PageBreakTrigger + 1);
21233. }
21234. if ((($pba == 'left') AND (((!$this-> rtl) AND (($this-> page % 2) == 0)) OR (($this-> rtl) AND (($this-> page % 2) != 0))))
21235. OR (($pba == 'right') AND (((!$this-> rtl) AND (($this-> page % 2) != 0)) OR (($this-> rtl) AND (($this-> page % 2) == 0))))) {
21236. // add a page (or trig AcceptPageBreak() for multicolumn mode)
21237. $this-> checkPageBreak($this-> PageBreakTrigger + 1);
21238. }
21239. }
21240. $this-> tmprtl = false;
21241. }
21243. /**
21244. * Add vertical spaces if needed.
21245. * @param string $hbz Distance between current y and line bottom.
21246. * @param string $hb The height of the break.
21247. * @param boolean $cell if true add the default left (or right if RTL) padding to each new line (default false).
21248. * @param boolean $firsttag set to true when the tag is the first.
21249. * @param boolean $lasttag set to true when the tag is the last.
21250. * @access protected
21251. */
21252. protected function addHTMLVertSpace($hbz=0, $hb=0, $cell=false, $firsttag=false, $lasttag=false) {
21253. if ($firsttag) {
21254. $this-> Ln(0, $cell);
21255. $this-> htmlvspace = 0;
21256. return;
21257. }
21258. if ($lasttag) {
21259. $this-> Ln($hbz, $cell);
21260. $this-> htmlvspace = 0;
21261. return;
21262. }
21263. if ($hb < $this-> htmlvspace) {
21264. $hd = 0;
21265. } else {
21266. $hd = $hb - $this-> htmlvspace;
21267. $this-> htmlvspace = $hb;
21268. }
21269. $this-> Ln(($hbz + $hd), $cell);
21270. }
21272. /**
21273. * Return the starting coordinates to draw an html border
21274. * @return array containing top-left border coordinates
21275. * @access protected
21276. * @since 5.7.000 (2010-08-03)
21277. */
21278. protected function getBorderStartPosition() {
21279. if ($this-> rtl) {
21280. $xmax = $this-> lMargin;
21281. } else {
21282. $xmax = $this-> w - $this-> rMargin;
21283. }
21284. return array('page' => $this-> page, 'column' => $this-> current_column, 'x' => $this-> x, 'y' => $this-> y, 'xmax' => $xmax);
21285. }
21287. /**
21288. * Draw an HTML block border and fill
21289. * @param array $tag array of tag properties.
21290. * @param int $xmax end X coordinate for border.
21291. * @access protected
21292. * @since 5.7.000 (2010-08-03)
21293. */
21294. protected function drawHTMLTagBorder($tag, $xmax) {
21295. if (!isset($tag['borderposition'])) {
21296. // nothing to draw
21297. return;
21298. }
21299. $prev_x = $this-> x;
21300. $prev_y = $this-> y;
21301. $prev_lasth = $this-> lasth;
21302. $border = 0;
21303. $fill = false;
21304. $this-> lasth = 0;
21305. if (isset($tag['border']) AND ! empty($tag['border'])) {
21306. // get border style
21307. $border = $tag['border'];
21308. if (!$this-> empty_string($this-> thead) AND (!$this-> inthead)) {
21309. // border for table header
21310. $border = $this-> getBorderMode($border, $position='middle');
21311. }
21312. }
21313. if (isset($tag['bgcolor']) AND ($tag['bgcolor'] !== false)) {
21314. // get background color
21315. $old_bgcolor = $this-> bgcolor;
21316. $this-> SetFillColorArray($tag['bgcolor']);
21317. $fill = true;
21318. }
21319. if (!$border AND !$fill) {
21320. // nothing to draw
21321. return;
21322. }
21323. if (isset($tag['attribute']['cellspacing'])) {
21324. $cellspacing = $this-> getHTMLUnitToUnits($tag['attribute']['cellspacing'], 1, 'px');
21325. } else {
21326. $cellspacing = 0;
21327. }
21328. if (($tag['value'] != 'table') AND ( is_array($border)) AND (! empty($border))) {
21329. // draw the border externally respect the sqare edge.
21330. $border['mode'] = 'ext';
21331. }
21332. if ($this-> rtl) {
21333. if ($xmax >= $tag['borderposition']['x']) {
21334. $xmax = $tag['borderposition']['xmax'];
21335. }
21336. $w = ($tag['borderposition']['x'] - $xmax);
21337. } else {
21338. if ($xmax <= $tag['borderposition']['x']) {
21339. $xmax = $tag['borderposition']['xmax'];
21340. }
21341. $w = ($xmax - $tag['borderposition']['x']);
21342. }
21343. if ($w <= 0) {
21344. return;
21345. }
21346. $w += $cellspacing;
21347. $startpage = $tag['borderposition']['page'];
21348. $startcolumn = $tag['borderposition']['column'];
21349. $x = $tag['borderposition']['x'];
21350. $y = $tag['borderposition']['y'];
21351. $endpage = $this-> page;
21352. $starty = $tag['borderposition']['y'] - $cellspacing;
21353. $currentY = $this-> y;
21354. $this-> x = $x;
21355. // get latest column
21356. $endcolumn = $this-> current_column;
21357. if ($this-> num_columns == 0) {
21358. $this-> num_columns = 1;
21359. }
21360. // get border modes
21361. $border_start = $this-> getBorderMode($border, $position='start');
21362. $border_end = $this-> getBorderMode($border, $position='end');
21363. $border_middle = $this-> getBorderMode($border, $position='middle');
21364. // design borders around HTML cells.
21365. for ($page = $startpage; $page <= $endpage; ++$page) { // for each page
21366. $ccode = '';
21367. $this-> setPage($page);
21368. if ($this-> num_columns < 2) {
21369. // single-column mode
21370. $this-> x = $x;
21371. $this-> y = $this-> tMargin;
21372. }
21373. // account for margin changes
21374. if ($page > $startpage) {
21375. if (($this-> rtl) AND ($this-> pagedim[$page]['orm'] != $this-> pagedim[$startpage]['orm'])) {
21376. $this-> x -= ($this-> pagedim[$page]['orm'] - $this-> pagedim[$startpage]['orm']);
21377. } elseif ((!$this-> rtl) AND ($this-> pagedim[$page]['olm'] != $this-> pagedim[$startpage]['olm'])) {
21378. $this-> x += ($this-> pagedim[$page]['olm'] - $this-> pagedim[$startpage]['olm']);
21379. }
21380. }
21381. if ($startpage == $endpage) {
21382. // single page
21383. for ($column = $startcolumn; $column <= $endcolumn; ++$column) { // for each column
21384. $this-> selectColumn($column);
21385. if ($startcolumn == $endcolumn) { // single column
21386. $cborder = $border;
21387. $h = ($currentY - $y) + $cellspacing;
21388. $this-> y = $starty;
21389. } elseif ($column == $startcolumn) { // first column
21390. $cborder = $border_start;
21391. $this-> y = $starty;
21392. $h = $this-> h - $this-> y - $this-> bMargin;
21393. } elseif ($column == $endcolumn) { // end column
21394. $cborder = $border_end;
21395. $h = $currentY - $this-> y;
21396. } else { // middle column
21397. $cborder = $border_middle;
21398. $h = $this-> h - $this-> y - $this-> bMargin;
21399. }
21400. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
21401. } // end for each column
21402. } elseif ($page == $startpage) { // first page
21403. for ($column = $startcolumn; $column < $this-> num_columns; ++$column) { // for each column
21404. $this-> selectColumn($column);
21405. if ($column == $startcolumn) { // first column
21406. $cborder = $border_start;
21407. $this-> y = $starty;
21408. $h = $this-> h - $this-> y - $this-> bMargin;
21409. } else { // middle column
21410. $cborder = $border_middle;
21411. $h = $this-> h - $this-> y - $this-> bMargin;
21412. }
21413. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
21414. } // end for each column
21415. } elseif ($page == $endpage) { // last page
21416. for ($column = 0; $column <= $endcolumn; ++$column) { // for each column
21417. $this-> selectColumn($column);
21418. if ($column == $endcolumn) {
21419. // end column
21420. $cborder = $border_end;
21421. $h = $currentY - $this-> y;
21422. } else {
21423. // middle column
21424. $cborder = $border_middle;
21425. $h = $this-> h - $this-> y - $this-> bMargin;
21426. }
21427. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
21428. } // end for each column
21429. } else { // middle page
21430. for ($column = 0; $column < $this-> num_columns; ++$column) { // for each column
21431. $this-> selectColumn($column);
21432. $cborder = $border_middle;
21433. $h = $this-> h - $this-> y - $this-> bMargin;
21434. $ccode .= $this-> getCellCode($w, $h, '', $cborder, 1, '', $fill, '', 0, true)."\n";
21435. } // end for each column
21436. }
21437. if ($cborder OR $fill) {
21438. // draw border and fill
21439. if ($this-> inxobj) {
21440. // we are inside an XObject template
21441. if ( end($this-> xobjects[$this-> xobjid]['transfmrk']) !== false) {
21442. $pagemarkkey = key($this-> xobjects[$this-> xobjid]['transfmrk']);
21443. $pagemark = &$this-> xobjects[$this-> xobjid]['transfmrk'][$pagemarkkey];
21444. } else {
21445. $pagemark = &$this-> xobjects[$this-> xobjid]['intmrk'];
21446. }
21447. $pagebuff = $this-> xobjects[$this-> xobjid]['outdata'];
21448. $pstart = substr($pagebuff, 0, $pagemark);
21449. $pend = substr($pagebuff, $pagemark);
21450. $this-> xobjects[$this-> xobjid]['outdata'] = $pstart.$ccode.$pend;
21451. $pagemark += strlen($ccode);
21452. } else {
21453. if ( end($this-> transfmrk[$this-> page]) !== false) {
21454. $pagemarkkey = key($this-> transfmrk[$this-> page]);
21455. $pagemark = &$this-> transfmrk[$this-> page][$pagemarkkey];
21456. } elseif ($this-> InFooter) {
21457. $pagemark = &$this-> footerpos[$this-> page];
21458. } else {
21459. $pagemark = &$this-> intmrk[$this-> page];
21460. }
21461. $pagebuff = $this-> getPageBuffer($this-> page);
21462. $pstart = substr($pagebuff, 0, $this-> bordermrk[$this-> page]);
21463. $pend = substr($pagebuff, $this-> bordermrk[$this-> page]);
21464. $this-> setPageBuffer($this-> page, $pstart.$ccode.$pend);
21465. $offsetlen = strlen($ccode);
21466. $this-> bordermrk[$this-> page] += $offsetlen;
21467. $this-> cntmrk[$this-> page] += $offsetlen;
21468. $pagemark += $offsetlen;
21469. }
21470. }
21471. } // end for each page
21472. if (isset($old_bgcolor)) {
21473. // restore background color
21474. $this-> SetFillColorArray($old_bgcolor);
21475. }
21476. // restore pointer position
21477. $this-> x = $prev_x;
21478. $this-> y = $prev_y;
21479. $this-> lasth = $prev_lasth;
21480. }
21482. /**
21483. * Set the default bullet to be used as LI bullet symbol
21484. * @param string $symbol character or string to be used (legal values are: '' = automatic, '!' = auto bullet, '#' = auto numbering, 'disc', 'disc', 'circle', 'square', '1', 'decimal', 'decimal-leading-zero', 'i', 'lower-roman', 'I', 'upper-roman', 'a', 'lower-alpha', 'lower-latin', 'A', 'upper-alpha', 'upper-latin', 'lower-greek')
21485. * @access public
21486. * @since 4.0.028 (2008-09-26)
21487. */
21488. public function setLIsymbol($symbol='!') {
21489. $symbol = strtolower($symbol);
21490. switch ($symbol) {
21491. case '!' :
21492. case '#' :
21493. case 'disc' :
21494. case 'circle' :
21495. case 'square' :
21496. case '1':
21497. case 'decimal':
21498. case 'decimal-leading-zero':
21499. case 'i':
21500. case 'lower-roman':
21501. case 'I':
21502. case 'upper-roman':
21503. case 'a':
21504. case 'lower-alpha':
21505. case 'lower-latin':
21506. case 'A':
21507. case 'upper-alpha':
21508. case 'upper-latin':
21509. case 'lower-greek': {
21510. $this-> lisymbol = $symbol;
21511. break;
21512. }
21513. default : {
21514. $this-> lisymbol = '';
21515. }
21516. }
21517. }
21519. /**
21520. * Set the booklet mode for double-sided pages.
21521. * @param boolean $booklet true set the booklet mode on, false otherwise.
21522. * @param float $inner Inner page margin.
21523. * @param float $outer Outer page margin.
21524. * @access public
21525. * @since 4.2.000 (2008-10-29)
21526. */
21527. public function SetBooklet($booklet=true, $inner=-1, $outer=-1) {
21528. $this-> booklet = $booklet;
21529. if ($inner >= 0) {
21530. $this-> lMargin = $inner;
21531. }
21532. if ($outer >= 0) {
21533. $this-> rMargin = $outer;
21534. }
21535. }
21537. /**
21538. * Swap the left and right margins.
21539. * @param boolean $reverse if true swap left and right margins.
21540. * @access protected
21541. * @since 4.2.000 (2008-10-29)
21542. */
21543. protected function swapMargins($reverse=true) {
21544. if ($reverse) {
21545. // swap left and right margins
21546. $mtemp = $this-> original_lMargin;
21547. $this-> original_lMargin = $this-> original_rMargin;
21548. $this-> original_rMargin = $mtemp;
21549. $deltam = $this-> original_lMargin - $this-> original_rMargin;
21550. $this-> lMargin += $deltam;
21551. $this-> rMargin -= $deltam;
21552. }
21553. }
21555. /**
21556. * Set the vertical spaces for HTML tags.
21557. * The array must have the following structure (example):
21558. * $tagvs = array('h1' => array(0 => array('h' => '', 'n' => 2), 1 => array('h' => 1.3, 'n' => 1)));
21559. * The first array level contains the tag names,
21560. * the second level contains 0 for opening tags or 1 for closing tags,
21561. * the third level contains the vertical space unit (h) and the number spaces to add (n).
21562. * If the h parameter is not specified, default values are used.
21563. * @param array $tagvs array of tags and relative vertical spaces.
21564. * @access public
21565. * @since 4.2.001 (2008-10-30)
21566. */
21567. public function setHtmlVSpace($tagvs) {
21568. $this-> tagvspaces = $tagvs;
21569. }
21571. /**
21572. * Set custom width for list indentation.
21573. * @param float $width width of the indentation. Use negative value to disable it.
21574. * @access public
21575. * @since 4.2.007 (2008-11-12)
21576. */
21577. public function setListIndentWidth($width) {
21578. return $this-> customlistindent = floatval($width);
21579. }
21581. /**
21582. * Set the top/bottom cell sides to be open or closed when the cell cross the page.
21583. * @param boolean $isopen if true keeps the top/bottom border open for the cell sides that cross the page.
21584. * @access public
21585. * @since 4.2.010 (2008-11-14)
21586. */
21587. public function setOpenCell($isopen) {
21588. $this-> opencell = $isopen;
21589. }
21591. /**
21592. * Set the color and font style for HTML links.
21593. * @param array $color RGB array of colors
21594. * @param string $fontstyle additional font styles to add
21595. * @access public
21596. * @since 4.4.003 (2008-12-09)
21597. */
21598. public function setHtmlLinksStyle($color=array(0,0,255), $fontstyle='U') {
21599. $this-> htmlLinkColorArray = $color;
21600. $this-> htmlLinkFontStyle = $fontstyle;
21601. }
21603. /**
21604. * Convert HTML string containing value and unit of measure to user's units or points.
21605. * @param string $htmlval string containing values and unit
21606. * @param string $refsize reference value in points
21607. * @param string $defaultunit default unit (can be one of the following: %, em, ex, px, in, mm, pc, pt).
21608. * @param boolean $point if true returns points, otherwise returns value in user's units
21609. * @return float value in user's unit or point if $points=true
21610. * @access public
21611. * @since 4.4.004 (2008-12-10)
21612. */
21613. public function getHTMLUnitToUnits($htmlval, $refsize=1, $defaultunit='px', $points=false) {
21614. $supportedunits = array('%', 'em', 'ex', 'px', 'in', 'cm', 'mm', 'pc', 'pt');
21615. $retval = 0;
21616. $value = 0;
21617. $unit = 'px';
21618. $k = $this-> k;
21619. if ($points) {
21620. $k = 1;
21621. }
21622. if ( in_array($defaultunit, $supportedunits)) {
21623. $unit = $defaultunit;
21624. }
21625. if ( is_numeric($htmlval)) {
21626. $value = floatval($htmlval);
21627. } elseif ( preg_match('/([0-9\.\-\+]+)/', $htmlval, $mnum)) {
21628. $value = floatval($mnum[1]);
21629. if ( preg_match('/([a-z%]+)/', $htmlval, $munit)) {
21630. if ( in_array($munit[1], $supportedunits)) {
21631. $unit = $munit[1];
21632. }
21633. }
21634. }
21635. switch ($unit) {
21636. // percentage
21637. case '%': {
21638. $retval = (($value * $refsize) / 100);
21639. break;
21640. }
21641. // relative-size
21642. case 'em': {
21643. $retval = ($value * $refsize);
21644. break;
21645. }
21646. // height of lower case 'x' (about half the font-size)
21647. case 'ex': {
21648. $retval = $value * ($refsize / 2);
21649. break;
21650. }
21651. // absolute-size
21652. case 'in': {
21653. $retval = ($value * $this-> dpi) / $k;
21654. break;
21655. }
21656. // centimeters
21657. case 'cm': {
21658. $retval = ($value / 2.54 * $this-> dpi) / $k;
21659. break;
21660. }
21661. // millimeters
21662. case 'mm': {
21663. $retval = ($value / 25.4 * $this-> dpi) / $k;
21664. break;
21665. }
21666. // one pica is 12 points
21667. case 'pc': {
21668. $retval = ($value * 12) / $k;
21669. break;
21670. }
21671. // points
21672. case 'pt': {
21673. $retval = $value / $k;
21674. break;
21675. }
21676. // pixels
21677. case 'px': {
21678. $retval = $this-> pixelsToUnits($value);
21679. break;
21680. }
21681. }
21682. return $retval;
21683. }
21685. /**
21686. * Returns the Roman representation of an integer number
21687. * @param int number to convert
21688. * @return string roman representation of the specified number
21689. * @access public
21690. * @since 4.4.004 (2008-12-10)
21691. */
21692. public function intToRoman($number) {
21693. $roman = '';
21694. while ($number >= 1000) {
21695. $roman .= 'M';
21696. $number -= 1000;
21697. }
21698. while ($number >= 900) {
21699. $roman .= 'CM';
21700. $number -= 900;
21701. }
21702. while ($number >= 500) {
21703. $roman .= 'D';
21704. $number -= 500;
21705. }
21706. while ($number >= 400) {
21707. $roman .= 'CD';
21708. $number -= 400;
21709. }
21710. while ($number >= 100) {
21711. $roman .= 'C';
21712. $number -= 100;
21713. }
21714. while ($number >= 90) {
21715. $roman .= 'XC';
21716. $number -= 90;
21717. }
21718. while ($number >= 50) {
21719. $roman .= 'L';
21720. $number -= 50;
21721. }
21722. while ($number >= 40) {
21723. $roman .= 'XL';
21724. $number -= 40;
21725. }
21726. while ($number >= 10) {
21727. $roman .= 'X';
21728. $number -= 10;
21729. }
21730. while ($number >= 9) {
21731. $roman .= 'IX';
21732. $number -= 9;
21733. }
21734. while ($number >= 5) {
21735. $roman .= 'V';
21736. $number -= 5;
21737. }
21738. while ($number >= 4) {
21739. $roman .= 'IV';
21740. $number -= 4;
21741. }
21742. while ($number >= 1) {
21743. $roman .= 'I';
21744. --$number;
21745. }
21746. return $roman;
21747. }
21749. /**
21750. * Output an HTML list bullet or ordered item symbol
21751. * @param int $listdepth list nesting level
21752. * @param string $listtype type of list
21753. * @param float $size current font size
21754. * @access protected
21755. * @since 4.4.004 (2008-12-10)
21756. */
21757. protected function putHtmlListBullet($listdepth, $listtype='', $size=10) {
21758. $size /= $this-> k;
21759. $fill = '';
21760. $color = $this-> fgcolor;
21761. $width = 0;
21762. $textitem = '';
21763. $tmpx = $this-> x;
21764. $lspace = $this-> GetStringWidth(' ');
21765. if ($listtype == '^') {
21766. // special symbol used for avoid justification of rect bullet
21767. $this-> lispacer = '';
21768. return;
21769. } elseif ($listtype == '!') {
21770. // set default list type for unordered list
21771. $deftypes = array('disc', 'circle', 'square');
21772. $listtype = $deftypes[($listdepth - 1) % 3];
21773. } elseif ($listtype == '#') {
21774. // set default list type for ordered list
21775. $listtype = 'decimal';
21776. }
21777. switch ($listtype) {
21778. // unordered types
21779. case 'none': {
21780. break;
21781. }
21782. case 'disc': {
21783. $fill = 'F';
21784. }
21785. case 'circle': {
21786. $fill .= 'D';
21787. $r = $size / 6;
21788. $lspace += (2 * $r);
21789. if ($this-> rtl) {
21790. $this-> x += $lspace;
21791. } else {
21792. $this-> x -= $lspace;
21793. }
21794. $this-> Circle(($this-> x + $r), ($this-> y + ($this-> lasth / 2)), $r, 0, 360, $fill, array('color'=>$color), $color, 8);
21795. break;
21796. }
21797. case 'square': {
21798. $l = $size / 3;
21799. $lspace += $l;
21800. if ($this-> rtl) {;
21801. $this-> x += $lspace;
21802. } else {
21803. $this-> x -= $lspace;
21804. }
21805. $this-> Rect($this-> x, ($this-> y + (($this-> lasth - $l)/ 2)), $l, $l, 'F', array(), $color);
21806. break;
21807. }
21808. // ordered types
21809. // $this->listcount[$this->listnum];
21810. // $textitem
21811. case '1':
21812. case 'decimal': {
21813. $textitem = $this-> listcount[$this-> listnum];
21814. break;
21815. }
21816. case 'decimal-leading-zero': {
21817. $textitem = sprintf('%02d', $this-> listcount[$this-> listnum]);
21818. break;
21819. }
21820. case 'i':
21821. case 'lower-roman': {
21822. $textitem = strtolower($this-> intToRoman($this-> listcount[$this-> listnum]));
21823. break;
21824. }
21825. case 'I':
21826. case 'upper-roman': {
21827. $textitem = $this-> intToRoman($this-> listcount[$this-> listnum]);
21828. break;
21829. }
21830. case 'a':
21831. case 'lower-alpha':
21832. case 'lower-latin': {
21833. $textitem = chr(97 + $this-> listcount[$this-> listnum] - 1);
21834. break;
21835. }
21836. case 'A':
21837. case 'upper-alpha':
21838. case 'upper-latin': {
21839. $textitem = chr(65 + $this-> listcount[$this-> listnum] - 1);
21840. break;
21841. }
21842. case 'lower-greek': {
21843. $textitem = $this-> unichr(945 + $this-> listcount[$this-> listnum] - 1);
21844. break;
21845. }
21846. /*
21847. // Types to be implemented (special handling)
21848. case 'hebrew': {
21849. break;
21850. }
21851. case 'armenian': {
21852. break;
21853. }
21854. case 'georgian': {
21855. break;
21856. }
21857. case 'cjk-ideographic': {
21858. break;
21859. }
21860. case 'hiragana': {
21861. break;
21862. }
21863. case 'katakana': {
21864. break;
21865. }
21866. case 'hiragana-iroha': {
21867. break;
21868. }
21869. case 'katakana-iroha': {
21870. break;
21871. }
21872. */
21873. default: {
21874. $textitem = $this-> listcount[$this-> listnum];
21875. }
21876. }
21877. if (!$this-> empty_string($textitem)) {
21878. // print ordered item
21879. if ($this-> rtl) {
21880. $textitem = '.'.$textitem;
21881. } else {
21882. $textitem = $textitem.'.';
21883. }
21884. $lspace += $this-> GetStringWidth($textitem);
21885. if ($this-> rtl) {
21886. $this-> x += $lspace;
21887. } else {
21888. $this-> x -= $lspace;
21889. }
21890. $this-> Write($this-> lasth, $textitem, '', false, '', false, 0, false);
21891. }
21892. $this-> x = $tmpx;
21893. $this-> lispacer = '^';
21894. }
21896. /**
21897. * Returns current graphic variables as array.
21898. * @return array of graphic variables
21899. * @access protected
21900. * @since 4.2.010 (2008-11-14)
21901. */
21902. protected function getGraphicVars() {
21903. $grapvars = array(
21904. 'FontFamily' => $this-> FontFamily,
21905. 'FontStyle' => $this-> FontStyle,
21906. 'FontSizePt' => $this-> FontSizePt,
21907. 'rMargin' => $this-> rMargin,
21908. 'lMargin' => $this-> lMargin,
21909. 'cell_padding' => $this-> cell_padding,
21910. 'cell_margin' => $this-> cell_margin,
21911. 'LineWidth' => $this-> LineWidth,
21912. 'linestyleWidth' => $this-> linestyleWidth,
21913. 'linestyleCap' => $this-> linestyleCap,
21914. 'linestyleJoin' => $this-> linestyleJoin,
21915. 'linestyleDash' => $this-> linestyleDash,
21916. 'textrendermode' => $this-> textrendermode,
21917. 'textstrokewidth' => $this-> textstrokewidth,
21918. 'DrawColor' => $this-> DrawColor,
21919. 'FillColor' => $this-> FillColor,
21920. 'TextColor' => $this-> TextColor,
21921. 'ColorFlag' => $this-> ColorFlag,
21922. 'bgcolor' => $this-> bgcolor,
21923. 'fgcolor' => $this-> fgcolor,
21924. 'htmlvspace' => $this-> htmlvspace,
21925. 'listindent' => $this-> listindent,
21926. 'listindentlevel' => $this-> listindentlevel,
21927. 'listnum' => $this-> listnum,
21928. 'listordered' => $this-> listordered,
21929. 'listcount' => $this-> listcount,
21930. 'lispacer' => $this-> lispacer,
21931. 'cell_height_ratio' => $this-> cell_height_ratio,
21932. 'font_stretching' => $this-> font_stretching,
21933. 'font_spacing' => $this-> font_spacing,
21934. // extended
21935. 'lasth' => $this-> lasth,
21936. 'tMargin' => $this-> tMargin,
21937. 'bMargin' => $this-> bMargin,
21938. 'AutoPageBreak' => $this-> AutoPageBreak,
21939. 'PageBreakTrigger' => $this-> PageBreakTrigger,
21940. 'x' => $this-> x,
21941. 'y' => $this-> y,
21942. 'w' => $this-> w,
21943. 'h' => $this-> h,
21944. 'wPt' => $this-> wPt,
21945. 'hPt' => $this-> hPt,
21946. 'fwPt' => $this-> fwPt,
21947. 'fhPt' => $this-> fhPt,
21948. 'page' => $this-> page,
21949. 'current_column' => $this-> current_column,
21950. 'num_columns' => $this-> num_columns
21951. );
21952. return $grapvars;
21953. }
21955. /**
21956. * Set graphic variables.
21957. * @param array $gvars array of graphic variablesto restore
21958. * @param boolean $extended if true restore extended graphic variables
21959. * @access protected
21960. * @since 4.2.010 (2008-11-14)
21961. */
21962. protected function setGraphicVars($gvars, $extended=false) {
21963. $this-> FontFamily = $gvars['FontFamily'];
21964. $this-> FontStyle = $gvars['FontStyle'];
21965. $this-> FontSizePt = $gvars['FontSizePt'];
21966. $this-> rMargin = $gvars['rMargin'];
21967. $this-> lMargin = $gvars['lMargin'];
21968. $this-> cell_padding = $gvars['cell_padding'];
21969. $this-> cell_margin = $gvars['cell_margin'];
21970. $this-> LineWidth = $gvars['LineWidth'];
21971. $this-> linestyleWidth = $gvars['linestyleWidth'];
21972. $this-> linestyleCap = $gvars['linestyleCap'];
21973. $this-> linestyleJoin = $gvars['linestyleJoin'];
21974. $this-> linestyleDash = $gvars['linestyleDash'];
21975. $this-> textrendermode = $gvars['textrendermode'];
21976. $this-> textstrokewidth = $gvars['textstrokewidth'];
21977. $this-> DrawColor = $gvars['DrawColor'];
21978. $this-> FillColor = $gvars['FillColor'];
21979. $this-> TextColor = $gvars['TextColor'];
21980. $this-> ColorFlag = $gvars['ColorFlag'];
21981. $this-> bgcolor = $gvars['bgcolor'];
21982. $this-> fgcolor = $gvars['fgcolor'];
21983. $this-> htmlvspace = $gvars['htmlvspace'];
21984. $this-> listindent = $gvars['listindent'];
21985. $this-> listindentlevel = $gvars['listindentlevel'];
21986. $this-> listnum = $gvars['listnum'];
21987. $this-> listordered = $gvars['listordered'];
21988. $this-> listcount = $gvars['listcount'];
21989. $this-> lispacer = $gvars['lispacer'];
21990. $this-> cell_height_ratio = $gvars['cell_height_ratio'];
21991. $this-> font_stretching = $gvars['font_stretching'];
21992. $this-> font_spacing = $gvars['font_spacing'];
21993. if ($extended) {
21994. // restore extended values
21995. $this-> lasth = $gvars['lasth'];
21996. $this-> tMargin = $gvars['tMargin'];
21997. $this-> bMargin = $gvars['bMargin'];
21998. $this-> AutoPageBreak = $gvars['AutoPageBreak'];
21999. $this-> PageBreakTrigger = $gvars['PageBreakTrigger'];
22000. $this-> x = $gvars['x'];
22001. $this-> y = $gvars['y'];
22002. $this-> w = $gvars['w'];
22003. $this-> h = $gvars['h'];
22004. $this-> wPt = $gvars['wPt'];
22005. $this-> hPt = $gvars['hPt'];
22006. $this-> fwPt = $gvars['fwPt'];
22007. $this-> fhPt = $gvars['fhPt'];
22008. $this-> page = $gvars['page'];
22009. $this-> current_column = $gvars['current_column'];
22010. $this-> num_columns = $gvars['num_columns'];
22011. }
22012. $this->_out(''.$this-> linestyleWidth.' '.$this-> linestyleCap.' '.$this-> linestyleJoin.' '.$this-> linestyleDash.' '.$this-> DrawColor.' '.$this-> FillColor.'');
22013. if (!$this-> empty_string($this-> FontFamily)) {
22014. $this-> SetFont($this-> FontFamily, $this-> FontStyle, $this-> FontSizePt);
22015. }
22016. }
22018. /**
22019. * Returns a temporary filename for caching object on filesystem.
22020. * @param string $prefix prefix to add to filename
22021. * return string filename.
22022. * @access protected
22023. * @since 4.5.000 (2008-12-31)
22024. */
22025. protected function getObjFilename($name) {
22026. return tempnam( K_PATH_CACHE, $name.'_');
22027. }
22029. /**
22030. * Writes data to a temporary file on filesystem.
22031. * @param string $file file name
22032. * @param mixed $data data to write on file
22033. * @param boolean $append if true append data, false replace.
22034. * @access protected
22035. * @since 4.5.000 (2008-12-31)
22036. */
22037. protected function writeDiskCache($filename, $data, $append=false) {
22038. if ($append) {
22039. $fmode = 'ab+';
22040. } else {
22041. $fmode = 'wb+';
22042. }
22043. $f = @ fopen($filename, $fmode);
22044. if (!$f) {
22045. $this-> Error('Unable to write cache file: '.$filename);
22046. } else {
22047. fwrite($f, $data);
22048. fclose($f);
22049. }
22050. // update file length (needed for transactions)
22051. if (!isset($this-> cache_file_length['_'.$filename])) {
22052. $this-> cache_file_length['_'.$filename] = strlen($data);
22053. } else {
22054. $this-> cache_file_length['_'.$filename] += strlen($data);
22055. }
22056. }
22058. /**
22059. * Read data from a temporary file on filesystem.
22060. * @param string $file file name
22061. * @return mixed retrieved data
22062. * @access protected
22063. * @since 4.5.000 (2008-12-31)
22064. */
22065. protected function readDiskCache($filename) {
22066. return file_get_contents($filename);
22067. }
22069. /**
22070. * Set buffer content (always append data).
22071. * @param string $data data
22072. * @access protected
22073. * @since 4.5.000 (2009-01-02)
22074. */
22075. protected function setBuffer($data) {
22076. $this-> bufferlen += strlen($data);
22077. if ($this-> diskcache) {
22078. if (!isset($this-> buffer) OR $this-> empty_string($this-> buffer)) {
22079. $this-> buffer = $this-> getObjFilename('buffer');
22080. }
22081. $this-> writeDiskCache($this-> buffer, $data, true);
22082. } else {
22083. $this-> buffer .= $data;
22084. }
22085. }
22087. /**
22088. * Replace the buffer content
22089. * @param string $data data
22090. * @access protected
22091. * @since 5.5.000 (2010-06-22)
22092. */
22093. protected function replaceBuffer($data) {
22094. $this-> bufferlen = strlen($data);
22095. if ($this-> diskcache) {
22096. if (!isset($this-> buffer) OR $this-> empty_string($this-> buffer)) {
22097. $this-> buffer = $this-> getObjFilename('buffer');
22098. }
22099. $this-> writeDiskCache($this-> buffer, $data, false);
22100. } else {
22101. $this-> buffer = $data;
22102. }
22103. }
22105. /**
22106. * Get buffer content.
22107. * @return string buffer content
22108. * @access protected
22109. * @since 4.5.000 (2009-01-02)
22110. */
22111. protected function getBuffer() {
22112. if ($this-> diskcache) {
22113. return $this-> readDiskCache($this-> buffer);
22114. } else {
22115. return $this-> buffer;
22116. }
22117. }
22119. /**
22120. * Set page buffer content.
22121. * @param int $page page number
22122. * @param string $data page data
22123. * @param boolean $append if true append data, false replace.
22124. * @access protected
22125. * @since 4.5.000 (2008-12-31)
22126. */
22127. protected function setPageBuffer($page, $data, $append=false) {
22128. if ($this-> diskcache) {
22129. if (!isset($this-> pages[$page])) {
22130. $this-> pages[$page] = $this-> getObjFilename('page'.$page);
22131. }
22132. $this-> writeDiskCache($this-> pages[$page], $data, $append);
22133. } else {
22134. if ($append) {
22135. $this-> pages[$page] .= $data;
22136. } else {
22137. $this-> pages[$page] = $data;
22138. }
22139. }
22140. if ($append AND isset($this-> pagelen[$page])) {
22141. $this-> pagelen[$page] += strlen($data);
22142. } else {
22143. $this-> pagelen[$page] = strlen($data);
22144. }
22145. }
22147. /**
22148. * Get page buffer content.
22149. * @param int $page page number
22150. * @return string page buffer content or false in case of error
22151. * @access protected
22152. * @since 4.5.000 (2008-12-31)
22153. */
22154. protected function getPageBuffer($page) {
22155. if ($this-> diskcache) {
22156. return $this-> readDiskCache($this-> pages[$page]);
22157. } elseif (isset($this-> pages[$page])) {
22158. return $this-> pages[$page];
22159. }
22160. return false;
22161. }
22163. /**
22164. * Set image buffer content.
22165. * @param string $image image key
22166. * @param array $data image data
22167. * @access protected
22168. * @since 4.5.000 (2008-12-31)
22169. */
22170. protected function setImageBuffer($image, $data) {
22171. if ($this-> diskcache) {
22172. if (!isset($this-> images[$image])) {
22173. $this-> images[$image] = $this-> getObjFilename('image'.$image);
22174. }
22175. $this-> writeDiskCache($this-> images[$image], serialize($data));
22176. } else {
22177. $this-> images[$image] = $data;
22178. }
22179. if (! in_array($image, $this-> imagekeys)) {
22180. $this-> imagekeys[] = $image;
22181. ++$this-> numimages;
22182. }
22183. }
22185. /**
22186. * Set image buffer content for a specified sub-key.
22187. * @param string $image image key
22188. * @param string $key image sub-key
22189. * @param array $data image data
22190. * @access protected
22191. * @since 4.5.000 (2008-12-31)
22192. */
22193. protected function setImageSubBuffer($image, $key, $data) {
22194. if (!isset($this-> images[$image])) {
22195. $this-> setImageBuffer($image, array());
22196. }
22197. if ($this-> diskcache) {
22198. $tmpimg = $this-> getImageBuffer($image);
22199. $tmpimg[$key] = $data;
22200. $this-> writeDiskCache($this-> images[$image], serialize($tmpimg));
22201. } else {
22202. $this-> images[$image][$key] = $data;
22203. }
22204. }
22206. /**
22207. * Get image buffer content.
22208. * @param string $image image key
22209. * @return string image buffer content or false in case of error
22210. * @access protected
22211. * @since 4.5.000 (2008-12-31)
22212. */
22213. protected function getImageBuffer($image) {
22214. if ($this-> diskcache AND isset($this-> images[$image])) {
22215. return unserialize($this-> readDiskCache($this-> images[$image]));
22216. } elseif (isset($this-> images[$image])) {
22217. return $this-> images[$image];
22218. }
22219. return false;
22220. }
22222. /**
22223. * Set font buffer content.
22224. * @param string $font font key
22225. * @param array $data font data
22226. * @access protected
22227. * @since 4.5.000 (2009-01-02)
22228. */
22229. protected function setFontBuffer($font, $data) {
22230. if ($this-> diskcache) {
22231. if (!isset($this-> fonts[$font])) {
22232. $this-> fonts[$font] = $this-> getObjFilename('font');
22233. }
22234. $this-> writeDiskCache($this-> fonts[$font], serialize($data));
22235. } else {
22236. $this-> fonts[$font] = $data;
22237. }
22238. if (! in_array($font, $this-> fontkeys)) {
22239. $this-> fontkeys[] = $font;
22240. // store object ID for current font
22241. ++$this-> n;
22242. $this-> font_obj_ids[$font] = $this-> n;
22243. $this-> setFontSubBuffer($font, 'n', $this-> n);
22244. }
22245. }
22247. /**
22248. * Set font buffer content.
22249. * @param string $font font key
22250. * @param string $key font sub-key
22251. * @param array $data font data
22252. * @access protected
22253. * @since 4.5.000 (2009-01-02)
22254. */
22255. protected function setFontSubBuffer($font, $key, $data) {
22256. if (!isset($this-> fonts[$font])) {
22257. $this-> setFontBuffer($font, array());
22258. }
22259. if ($this-> diskcache) {
22260. $tmpfont = $this-> getFontBuffer($font);
22261. $tmpfont[$key] = $data;
22262. $this-> writeDiskCache($this-> fonts[$font], serialize($tmpfont));
22263. } else {
22264. $this-> fonts[$font][$key] = $data;
22265. }
22266. }
22268. /**
22269. * Get font buffer content.
22270. * @param string $font font key
22271. * @return string font buffer content or false in case of error
22272. * @access protected
22273. * @since 4.5.000 (2009-01-02)
22274. */
22275. protected function getFontBuffer($font) {
22276. if ($this-> diskcache AND isset($this-> fonts[$font])) {
22277. return unserialize($this-> readDiskCache($this-> fonts[$font]));
22278. } elseif (isset($this-> fonts[$font])) {
22279. return $this-> fonts[$font];
22280. }
22281. return false;
22282. }
22284. /**
22285. * Move a page to a previous position.
22286. * @param int $frompage number of the source page
22287. * @param int $topage number of the destination page (must be less than $frompage)
22288. * @return true in case of success, false in case of error.
22289. * @access public
22290. * @since 4.5.000 (2009-01-02)
22291. */
22292. public function movePage($frompage, $topage) {
22293. if (($frompage > $this-> numpages) OR ($frompage <= $topage)) {
22294. return false;
22295. }
22296. if ($frompage == $this-> page) {
22297. // close the page before moving it
22298. $this-> endPage();
22299. }
22300. // move all page-related states
22301. $tmppage = $this-> pages[$frompage];
22302. $tmppagedim = $this-> pagedim[$frompage];
22303. $tmppagelen = $this-> pagelen[$frompage];
22304. $tmpintmrk = $this-> intmrk[$frompage];
22305. $tmpbordermrk = $this-> bordermrk[$frompage];
22306. $tmpcntmrk = $this-> cntmrk[$frompage];
22307. if (isset($this-> footerpos[$frompage])) {
22308. $tmpfooterpos = $this-> footerpos[$frompage];
22309. }
22310. if (isset($this-> footerlen[$frompage])) {
22311. $tmpfooterlen = $this-> footerlen[$frompage];
22312. }
22313. if (isset($this-> transfmrk[$frompage])) {
22314. $tmptransfmrk = $this-> transfmrk[$frompage];
22315. }
22316. if (isset($this-> PageAnnots[$frompage])) {
22317. $tmpannots = $this-> PageAnnots[$frompage];
22318. }
22319. if (isset($this-> newpagegroup[$frompage])) {
22320. $tmpnewpagegroup = $this-> newpagegroup[$frompage];
22321. }
22322. for ($i = $frompage; $i > $topage; --$i) {
22323. $j = $i - 1;
22324. // shift pages down
22325. $this-> pages[$i] = $this-> pages[$j];
22326. $this-> pagedim[$i] = $this-> pagedim[$j];
22327. $this-> pagelen[$i] = $this-> pagelen[$j];
22328. $this-> intmrk[$i] = $this-> intmrk[$j];
22329. $this-> bordermrk[$i] = $this-> bordermrk[$j];
22330. $this-> cntmrk[$i] = $this-> cntmrk[$j];
22331. if (isset($this-> footerpos[$j])) {
22332. $this-> footerpos[$i] = $this-> footerpos[$j];
22333. } elseif (isset($this-> footerpos[$i])) {
22334. unset($this-> footerpos[$i]);
22335. }
22336. if (isset($this-> footerlen[$j])) {
22337. $this-> footerlen[$i] = $this-> footerlen[$j];
22338. } elseif (isset($this-> footerlen[$i])) {
22339. unset($this-> footerlen[$i]);
22340. }
22341. if (isset($this-> transfmrk[$j])) {
22342. $this-> transfmrk[$i] = $this-> transfmrk[$j];
22343. } elseif (isset($this-> transfmrk[$i])) {
22344. unset($this-> transfmrk[$i]);
22345. }
22346. if (isset($this-> PageAnnots[$j])) {
22347. $this-> PageAnnots[$i] = $this-> PageAnnots[$j];
22348. } elseif (isset($this-> PageAnnots[$i])) {
22349. unset($this-> PageAnnots[$i]);
22350. }
22351. if (isset($this-> newpagegroup[$j])) {
22352. $this-> newpagegroup[$i] = $this-> newpagegroup[$j];
22353. } elseif (isset($this-> newpagegroup[$i])) {
22354. unset($this-> newpagegroup[$i]);
22355. }
22356. }
22357. $this-> pages[$topage] = $tmppage;
22358. $this-> pagedim[$topage] = $tmppagedim;
22359. $this-> pagelen[$topage] = $tmppagelen;
22360. $this-> intmrk[$topage] = $tmpintmrk;
22361. $this-> bordermrk[$topage] = $tmpbordermrk;
22362. $this-> cntmrk[$topage] = $tmpcntmrk;
22363. if (isset($tmpfooterpos)) {
22364. $this-> footerpos[$topage] = $tmpfooterpos;
22365. } elseif (isset($this-> footerpos[$topage])) {
22366. unset($this-> footerpos[$topage]);
22367. }
22368. if (isset($tmpfooterlen)) {
22369. $this-> footerlen[$topage] = $tmpfooterlen;
22370. } elseif (isset($this-> footerlen[$topage])) {
22371. unset($this-> footerlen[$topage]);
22372. }
22373. if (isset($tmptransfmrk)) {
22374. $this-> transfmrk[$topage] = $tmptransfmrk;
22375. } elseif (isset($this-> transfmrk[$topage])) {
22376. unset($this-> transfmrk[$topage]);
22377. }
22378. if (isset($tmpannots)) {
22379. $this-> PageAnnots[$topage] = $tmpannots;
22380. } elseif (isset($this-> PageAnnots[$topage])) {
22381. unset($this-> PageAnnots[$topage]);
22382. }
22383. if (isset($tmpnewpagegroup)) {
22384. $this-> newpagegroup[$topage] = $tmpnewpagegroup;
22385. } elseif (isset($this-> newpagegroup[$topage])) {
22386. unset($this-> newpagegroup[$topage]);
22387. }
22388. // adjust outlines
22389. $tmpoutlines = $this-> outlines;
22390. foreach ($tmpoutlines as $key => $outline) {
22391. if (($outline['p'] >= $topage) AND ($outline['p'] < $frompage)) {
22392. $this-> outlines[$key]['p'] = $outline['p'] + 1;
22393. } elseif ($outline['p'] == $frompage) {
22394. $this-> outlines[$key]['p'] = $topage;
22395. }
22396. }
22397. // adjust links
22398. $tmplinks = $this-> links;
22399. foreach ($tmplinks as $key => $link) {
22400. if (($link[0] >= $topage) AND ($link[0] < $frompage)) {
22401. $this-> links[$key][0] = $link[0] + 1;
22402. } elseif ($link[0] == $frompage) {
22403. $this-> links[$key][0] = $topage;
22404. }
22405. }
22406. // adjust javascript
22407. $tmpjavascript = $this-> javascript;
22408. global $jfrompage, $jtopage;
22409. $jfrompage = $frompage;
22410. $jtopage = $topage;
22411. $this-> javascript = preg_replace_callback('/this\.addField\(\'([^\']*)\',\'([^\']*)\',([0-9]+)/',
22412. create_function('$matches', 'global $jfrompage, $jtopage;
22413. $pagenum = intval($matches[3]) + 1;
22414. if (($pagenum >= $jtopage) AND ($pagenum < $jfrompage)) {
22415. $newpage = ($pagenum + 1);
22416. } elseif ($pagenum == $jfrompage) {
22417. $newpage = $jtopage;
22418. } else {
22419. $newpage = $pagenum;
22420. }
22421. --$newpage;
22422. return "this.addField(\'".$matches[1]."\',\'".$matches[2]."\',".$newpage."";'), $tmpjavascript);
22423. // return to last page
22424. $this-> lastPage(true);
22425. return true;
22426. }
22428. /**
22429. * Remove the specified page.
22430. * @param int $page page to remove
22431. * @return true in case of success, false in case of error.
22432. * @access public
22433. * @since 4.6.004 (2009-04-23)
22434. */
22435. public function deletePage($page) {
22436. if (($page < 1) OR ($page > $this-> numpages)) {
22437. return false;
22438. }
22439. // delete current page
22440. unset($this-> pages[$page]);
22441. unset($this-> pagedim[$page]);
22442. unset($this-> pagelen[$page]);
22443. unset($this-> intmrk[$page]);
22444. unset($this-> bordermrk[$page]);
22445. unset($this-> cntmrk[$page]);
22446. if (isset($this-> footerpos[$page])) {
22447. unset($this-> footerpos[$page]);
22448. }
22449. if (isset($this-> footerlen[$page])) {
22450. unset($this-> footerlen[$page]);
22451. }
22452. if (isset($this-> transfmrk[$page])) {
22453. unset($this-> transfmrk[$page]);
22454. }
22455. if (isset($this-> PageAnnots[$page])) {
22456. unset($this-> PageAnnots[$page]);
22457. }
22458. if (isset($this-> newpagegroup[$page])) {
22459. unset($this-> newpagegroup[$page]);
22460. }
22461. if (isset($this-> pageopen[$page])) {
22462. unset($this-> pageopen[$page]);
22463. }
22464. // update remaining pages
22465. for ($i = $page; $i < $this-> numpages; ++$i) {
22466. $j = $i + 1;
22467. // shift pages
22468. $this-> pages[$i] = $this-> pages[$j];
22469. $this-> pagedim[$i] = $this-> pagedim[$j];
22470. $this-> pagelen[$i] = $this-> pagelen[$j];
22471. $this-> intmrk[$i] = $this-> intmrk[$j];
22472. $this-> bordermrk[$i] = $this-> bordermrk[$j];
22473. $this-> cntmrk[$i] = $this-> cntmrk[$j];
22474. if (isset($this-> footerpos[$j])) {
22475. $this-> footerpos[$i] = $this-> footerpos[$j];
22476. } elseif (isset($this-> footerpos[$i])) {
22477. unset($this-> footerpos[$i]);
22478. }
22479. if (isset($this-> footerlen[$j])) {
22480. $this-> footerlen[$i] = $this-> footerlen[$j];
22481. } elseif (isset($this-> footerlen[$i])) {
22482. unset($this-> footerlen[$i]);
22483. }
22484. if (isset($this-> transfmrk[$j])) {
22485. $this-> transfmrk[$i] = $this-> transfmrk[$j];
22486. } elseif (isset($this-> transfmrk[$i])) {
22487. unset($this-> transfmrk[$i]);
22488. }
22489. if (isset($this-> PageAnnots[$j])) {
22490. $this-> PageAnnots[$i] = $this-> PageAnnots[$j];
22491. } elseif (isset($this-> PageAnnots[$i])) {
22492. unset($this-> PageAnnots[$i]);
22493. }
22494. if (isset($this-> newpagegroup[$j])) {
22495. $this-> newpagegroup[$i] = $this-> newpagegroup[$j];
22496. } elseif (isset($this-> newpagegroup[$i])) {
22497. unset($this-> newpagegroup[$i]);
22498. }
22499. if (isset($this-> pageopen[$j])) {
22500. $this-> pageopen[$i] = $this-> pageopen[$j];
22501. } elseif (isset($this-> pageopen[$i])) {
22502. unset($this-> pageopen[$i]);
22503. }
22504. }
22505. // remove last page
22506. unset($this-> pages[$this-> numpages]);
22507. unset($this-> pagedim[$this-> numpages]);
22508. unset($this-> pagelen[$this-> numpages]);
22509. unset($this-> intmrk[$this-> numpages]);
22510. unset($this-> bordermrk[$this-> numpages]);
22511. unset($this-> cntmrk[$this-> numpages]);
22512. if (isset($this-> footerpos[$this-> numpages])) {
22513. unset($this-> footerpos[$this-> numpages]);
22514. }
22515. if (isset($this-> footerlen[$this-> numpages])) {
22516. unset($this-> footerlen[$this-> numpages]);
22517. }
22518. if (isset($this-> transfmrk[$this-> numpages])) {
22519. unset($this-> transfmrk[$this-> numpages]);
22520. }
22521. if (isset($this-> PageAnnots[$this-> numpages])) {
22522. unset($this-> PageAnnots[$this-> numpages]);
22523. }
22524. if (isset($this-> newpagegroup[$this-> numpages])) {
22525. unset($this-> newpagegroup[$this-> numpages]);
22526. }
22527. if (isset($this-> pageopen[$this-> numpages])) {
22528. unset($this-> pageopen[$this-> numpages]);
22529. }
22530. --$this-> numpages;
22531. $this-> page = $this-> numpages;
22532. // adjust outlines
22533. $tmpoutlines = $this-> outlines;
22534. foreach ($tmpoutlines as $key => $outline) {
22535. if ($outline['p'] > $page) {
22536. $this-> outlines[$key]['p'] = $outline['p'] - 1;
22537. } elseif ($outline['p'] == $page) {
22538. unset($this-> outlines[$key]);
22539. }
22540. }
22541. // adjust links
22542. $tmplinks = $this-> links;
22543. foreach ($tmplinks as $key => $link) {
22544. if ($link[0] > $page) {
22545. $this-> links[$key][0] = $link[0] - 1;
22546. } elseif ($link[0] == $page) {
22547. unset($this-> links[$key]);
22548. }
22549. }
22550. // adjust javascript
22551. $tmpjavascript = $this-> javascript;
22552. global $jpage;
22553. $jpage = $page;
22554. $this-> javascript = preg_replace_callback('/this\.addField\(\'([^\']*)\',\'([^\']*)\',([0-9]+)/',
22555. create_function('$matches', 'global $jpage;
22556. $pagenum = intval($matches[3]) + 1;
22557. if ($pagenum >= $jpage) {
22558. $newpage = ($pagenum - 1);
22559. } elseif ($pagenum == $jpage) {
22560. $newpage = 1;
22561. } else {
22562. $newpage = $pagenum;
22563. }
22564. --$newpage;
22565. return "this.addField(\'".$matches[1]."\',\'".$matches[2]."\',".$newpage."";'), $tmpjavascript);
22566. // return to last page
22567. $this-> lastPage(true);
22568. return true;
22569. }
22571. /**
22572. * Clone the specified page to a new page.
22573. * @param int $page number of page to copy (0 = current page)
22574. * @return true in case of success, false in case of error.
22575. * @access public
22576. * @since 4.9.015 (2010-04-20)
22577. */
22578. public function copyPage($page=0) {
22579. if ($page == 0) {
22580. // default value
22581. $page = $this-> page;
22582. }
22583. if (($page < 1) OR ($page > $this-> numpages)) {
22584. return false;
22585. }
22586. if ($page == $this-> page) {
22587. // close the page before cloning it
22588. $this-> endPage();
22589. }
22590. // copy all page-related states
22591. ++$this-> numpages;
22592. $this-> page = $this-> numpages;
22593. $this-> pages[$this-> page] = $this-> pages[$page];
22594. $this-> pagedim[$this-> page] = $this-> pagedim[$page];
22595. $this-> pagelen[$this-> page] = $this-> pagelen[$page];
22596. $this-> intmrk[$this-> page] = $this-> intmrk[$page];
22597. $this-> bordermrk[$this-> page] = $this-> bordermrk[$page];
22598. $this-> cntmrk[$this-> page] = $this-> cntmrk[$page];
22599. $this-> pageopen[$this-> page] = false;
22600. if (isset($this-> footerpos[$page])) {
22601. $this-> footerpos[$this-> page] = $this-> footerpos[$page];
22602. }
22603. if (isset($this-> footerlen[$page])) {
22604. $this-> footerlen[$this-> page] = $this-> footerlen[$page];
22605. }
22606. if (isset($this-> transfmrk[$page])) {
22607. $this-> transfmrk[$this-> page] = $this-> transfmrk[$page];
22608. }
22609. if (isset($this-> PageAnnots[$page])) {
22610. $this-> PageAnnots[$this-> page] = $this-> PageAnnots[$page];
22611. }
22612. if (isset($this-> newpagegroup[$page])) {
22613. $this-> newpagegroup[$this-> page] = $this-> newpagegroup[$page];
22614. }
22615. // copy outlines
22616. $tmpoutlines = $this-> outlines;
22617. foreach ($tmpoutlines as $key => $outline) {
22618. if ($outline['p'] == $page) {
22619. $this-> outlines[] = array('t' => $outline['t'], 'l' => $outline['l'], 'y' => $outline['y'], 'p' => $this-> page);
22620. }
22621. }
22622. // copy links
22623. $tmplinks = $this-> links;
22624. foreach ($tmplinks as $key => $link) {
22625. if ($link[0] == $page) {
22626. $this-> links[] = array($this-> page, $link[1]);
22627. }
22628. }
22629. // return to last page
22630. $this-> lastPage(true);
22631. return true;
22632. }
22634. /**
22635. * Output a Table of Content Index (TOC).
22636. * Before calling this method you have to open the page using the addTOCPage() method.
22637. * After calling this method you have to call endTOCPage() to close the TOC page.
22638. * You can override this method to achieve different styles.
22639. * @param int $page page number where this TOC should be inserted (leave empty for current page).
22640. * @param string $numbersfont set the font for page numbers (please use monospaced font for better alignment).
22641. * @param string $filler string used to fill the space between text and page number.
22642. * @param string $toc_name name to use for TOC bookmark.
22643. * @access public
22644. * @author Nicola Asuni
22645. * @since 4.5.000 (2009-01-02)
22646. * @see addTOCPage(), endTOCPage(), addHTMLTOC()
22647. */
22648. public function addTOC($page='', $numbersfont='', $filler='.', $toc_name='TOC') {
22649. $fontsize = $this-> FontSizePt;
22650. $fontfamily = $this-> FontFamily;
22651. $fontstyle = $this-> FontStyle;
22652. $w = $this-> w - $this-> lMargin - $this-> rMargin;
22653. $spacer = $this-> GetStringWidth( chr(32)) * 4;
22654. $page_first = $this-> getPage();
22655. $lmargin = $this-> lMargin;
22656. $rmargin = $this-> rMargin;
22657. $x_start = $this-> GetX();
22658. $current_page = $this-> page;
22659. $current_column = $this-> current_column;
22660. if ($this-> empty_string($numbersfont)) {
22661. $numbersfont = $this-> default_monospaced_font;
22662. }
22663. if ($this-> empty_string($filler)) {
22664. $filler = ' ';
22665. }
22666. if ($this-> empty_string($page)) {
22667. $gap = ' ';
22668. } else {
22669. $gap = '';
22670. if ($page < 1) {
22671. $page = 1;
22672. }
22673. }
22674. foreach ($this-> outlines as $key => $outline) {
22675. if ($this-> rtl) {
22676. $aligntext = 'R';
22677. $alignnum = 'L';
22678. } else {
22679. $aligntext = 'L';
22680. $alignnum = 'R';
22681. }
22682. if ($outline['l'] == 0) {
22683. $this-> SetFont($fontfamily, $fontstyle.'B', $fontsize);
22684. } else {
22685. $this-> SetFont($fontfamily, $fontstyle, $fontsize - $outline['l']);
22686. }
22687. // check for page break
22688. $this-> checkPageBreak(($this-> FontSize * $this-> cell_height_ratio));
22689. // set margins and X position
22690. if (($this-> page == $current_page) AND ($this-> current_column == $current_column)) {
22691. $this-> lMargin = $lmargin;
22692. $this-> rMargin = $rmargin;
22693. } else {
22694. if ($this-> current_column != $current_column) {
22695. if ($this-> rtl) {
22696. $x_start = $this-> w - $this-> columns[$this-> current_column]['x'];
22697. } else {
22698. $x_start = $this-> columns[$this-> current_column]['x'];
22699. }
22700. }
22701. $lmargin = $this-> lMargin;
22702. $rmargin = $this-> rMargin;
22703. $current_page = $this-> page;
22704. $current_column = $this-> current_column;
22705. }
22706. $this-> SetX($x_start);
22707. $indent = ($spacer * $outline['l']);
22708. if ($this-> rtl) {
22709. $this-> rMargin += $indent;
22710. $this-> x -= $indent;
22711. } else {
22712. $this-> lMargin += $indent;
22713. $this-> x += $indent;
22714. }
22715. $link = $this-> AddLink();
22716. $this-> SetLink($link, $outline['y'], $outline['p']);
22717. // write the text
22718. $this-> Write(0, $outline['t'], $link, 0, $aligntext, false, 0, false, false, 0);
22719. $this-> SetFont($numbersfont, $fontstyle, $fontsize);
22720. if ($this-> empty_string($page)) {
22721. $pagenum = $outline['p'];
22722. } else {
22723. // placemark to be replaced with the correct number
22724. $pagenum = '{#'.($outline['p']).'}';
22725. if ($this-> isUnicodeFont()) {
22726. $pagenum = '{'.$pagenum.'}';
22727. }
22728. }
22729. $numwidth = $this-> GetStringWidth($pagenum);
22730. if ($this-> rtl) {
22731. $tw = $this-> x - $this-> lMargin;
22732. } else {
22733. $tw = $this-> w - $this-> rMargin - $this-> x;
22734. }
22735. $fw = $tw - $numwidth - $this-> GetStringWidth( chr(32));
22736. $numfills = floor($fw / $this-> GetStringWidth($filler));
22737. if ($numfills > 0) {
22738. $rowfill = str_repeat($filler, $numfills);
22739. } else {
22740. $rowfill = '';
22741. }
22742. if ($this-> rtl) {
22743. $pagenum = $pagenum.$gap.$rowfill.' ';
22744. } else {
22745. $pagenum = ' '.$rowfill.$gap.$pagenum;
22746. }
22747. // write the number
22748. $this-> Cell($tw, 0, $pagenum, 0, 1, $alignnum, 0, $link, 0);
22749. }
22750. $page_last = $this-> getPage();
22751. $numpages = $page_last - $page_first + 1;
22752. if (!$this-> empty_string($page)) {
22753. for ($p = $page_first; $p <= $page_last; ++$p) {
22754. // get page data
22755. $temppage = $this-> getPageBuffer($p);
22756. for ($n = 1; $n <= $this-> numpages; ++$n) {
22757. // update page numbers
22758. $k = '{#'.$n.'}';
22759. $ku = '{'.$k.'}';
22760. $alias_a = $this->_escape($k);
22761. $alias_au = $this->_escape($ku);
22762. if ($this-> isunicode) {
22763. $alias_b = $this->_escape($this-> UTF8ToLatin1($k));
22764. $alias_bu = $this->_escape($this-> UTF8ToLatin1($ku));
22765. $alias_c = $this->_escape($this-> utf8StrRev($k, false, $this-> tmprtl));
22766. $alias_cu = $this->_escape($this-> utf8StrRev($ku, false, $this-> tmprtl));
22767. }
22768. if ($n >= $page) {
22769. $np = $n + $numpages;
22770. } else {
22771. $np = $n;
22772. }
22773. $ns = $this-> formatTOCPageNumber($np);
22774. $nu = $ns;
22775. $sdiff = strlen($k) - strlen($ns) - 1;
22776. $sdiffu = strlen($ku) - strlen($ns) - 1;
22777. $sfill = str_repeat($filler, $sdiff);
22778. $sfillu = str_repeat($filler, $sdiffu);
22779. if ($this-> rtl) {
22780. $ns = $ns.' '.$sfill;
22781. $nu = $nu.' '.$sfillu;
22782. } else {
22783. $ns = $sfill.' '.$ns;
22784. $nu = $sfillu.' '.$nu;
22785. }
22786. $nu = $this-> UTF8ToUTF16BE($nu, false);
22787. $temppage = str_replace($alias_au, $nu, $temppage);
22788. if ($this-> isunicode) {
22789. $temppage = str_replace($alias_bu, $nu, $temppage);
22790. $temppage = str_replace($alias_cu, $nu, $temppage);
22791. $temppage = str_replace($alias_b, $ns, $temppage);
22792. $temppage = str_replace($alias_c, $ns, $temppage);
22793. }
22794. $temppage = str_replace($alias_a, $ns, $temppage);
22795. }
22796. // save changes
22797. $this-> setPageBuffer($p, $temppage);
22798. }
22799. // move pages
22800. $this-> Bookmark($toc_name, 0, 0, $page_first);
22801. for ($i = 0; $i < $numpages; ++$i) {
22802. $this-> movePage($page_last, $page);
22803. }
22804. }
22805. }
22807. /**
22808. * Output a Table Of Content Index (TOC) using HTML templates.
22809. * Before calling this method you have to open the page using the addTOCPage() method.
22810. * After calling this method you have to call endTOCPage() to close the TOC page.
22811. * @param int $page page number where this TOC should be inserted (leave empty for current page).
22812. * @param string $toc_name name to use for TOC bookmark.
22813. * @param array $templates array of html templates. Use: #TOC_DESCRIPTION# for bookmark title, #TOC_PAGE_NUMBER# for page number.
22814. * @param boolean $correct_align if true correct the number alignment (numbers must be in monospaced font like courier and right aligned on LTR, or left aligned on RTL)
22815. * @access public
22816. * @author Nicola Asuni
22817. * @since 5.0.001 (2010-05-06)
22818. * @see addTOCPage(), endTOCPage(), addTOC()
22819. */
22820. public function addHTMLTOC($page='', $toc_name='TOC', $templates=array(), $correct_align=true) {
22821. $prev_htmlLinkColorArray = $this-> htmlLinkColorArray;
22822. $prev_htmlLinkFontStyle = $this-> htmlLinkFontStyle;
22823. // set new style for link
22824. $this-> htmlLinkColorArray = array();
22825. $this-> htmlLinkFontStyle = '';
22826. $page_first = $this-> getPage();
22827. // get the font type used for numbers in each template
22828. $current_font = $this-> FontFamily;
22829. foreach ($templates as $level => $html) {
22830. $dom = $this-> getHtmlDomArray($html);
22831. foreach ($dom as $key => $value) {
22832. if ($value['value'] == '#TOC_PAGE_NUMBER#') {
22833. $this-> SetFont($dom[($key - 1)]['fontname']);
22834. $templates['F'.$level] = $this-> isUnicodeFont();
22835. }
22836. }
22837. }
22838. $this-> SetFont($current_font);
22839. foreach ($this-> outlines as $key => $outline) {
22840. // get HTML template
22841. $row = $templates[$outline['l']];
22842. if ($this-> empty_string($page)) {
22843. $pagenum = $outline['p'];
22844. } else {
22845. // placemark to be replaced with the correct number
22846. $pagenum = '{#'.($outline['p']).'}';
22847. if ($templates['F'.$outline['l']]) {
22848. $pagenum = '{'.$pagenum.'}';
22849. }
22850. }
22851. // replace templates with current values
22852. $row = str_replace('#TOC_DESCRIPTION#', $outline['t'], $row);
22853. $row = str_replace('#TOC_PAGE_NUMBER#', $pagenum, $row);
22854. // add link to page
22855. $row = '<a href="#'.$outline['p'].','.$outline['y'].'">'.$row.'</a>';
22856. // write bookmark entry
22857. $this-> writeHTML($row, false, false, true, false, '');
22858. }
22859. // restore link styles
22860. $this-> htmlLinkColorArray = $prev_htmlLinkColorArray;
22861. $this-> htmlLinkFontStyle = $prev_htmlLinkFontStyle;
22862. // move TOC page and replace numbers
22863. $page_last = $this-> getPage();
22864. $numpages = $page_last - $page_first + 1;
22865. if (!$this-> empty_string($page)) {
22866. for ($p = $page_first; $p <= $page_last; ++$p) {
22867. // get page data
22868. $temppage = $this-> getPageBuffer($p);
22869. for ($n = 1; $n <= $this-> numpages; ++$n) {
22870. // update page numbers
22871. $k = '{#'.$n.'}';
22872. $ku = '{'.$k.'}';
22873. $alias_a = $this->_escape($k);
22874. $alias_au = $this->_escape('{'.$k.'}');
22875. if ($this-> isunicode) {
22876. $alias_b = $this->_escape($this-> UTF8ToLatin1($k));
22877. $alias_bu = $this->_escape($this-> UTF8ToLatin1($ku));
22878. $alias_c = $this->_escape($this-> utf8StrRev($k, false, $this-> tmprtl));
22879. $alias_cu = $this->_escape($this-> utf8StrRev($ku, false, $this-> tmprtl));
22880. }
22881. if ($n >= $page) {
22882. $np = $n + $numpages;
22883. } else {
22884. $np = $n;
22885. }
22886. $ns = $this-> formatTOCPageNumber($np);
22887. $nu = $ns;
22888. if ($correct_align) {
22889. $sdiff = strlen($k) - strlen($ns);
22890. $sdiffu = strlen($ku) - strlen($ns);
22891. $sfill = str_repeat(' ', $sdiff);
22892. $sfillu = str_repeat(' ', $sdiffu);
22893. if ($this-> rtl) {
22894. $ns = $ns.$sfill;
22895. $nu = $nu.$sfillu;
22896. } else {
22897. $ns = $sfill.$ns;
22898. $nu = $sfillu.$nu;
22899. }
22900. }
22901. $nu = $this-> UTF8ToUTF16BE($nu, false);
22902. $temppage = str_replace($alias_au, $nu, $temppage);
22903. if ($this-> isunicode) {
22904. $temppage = str_replace($alias_bu, $nu, $temppage);
22905. $temppage = str_replace($alias_cu, $nu, $temppage);
22906. $temppage = str_replace($alias_b, $ns, $temppage);
22907. $temppage = str_replace($alias_c, $ns, $temppage);
22908. }
22909. $temppage = str_replace($alias_a, $ns, $temppage);
22910. }
22911. // save changes
22912. $this-> setPageBuffer($p, $temppage);
22913. }
22914. // move pages
22915. $this-> Bookmark($toc_name, 0, 0, $page_first);
22916. for ($i = 0; $i < $numpages; ++$i) {
22917. $this-> movePage($page_last, $page);
22918. }
22919. }
22920. }
22922. /**
22923. * Stores a copy of the current TCPDF object used for undo operation.
22924. * @access public
22925. * @since 4.5.029 (2009-03-19)
22926. */
22927. public function startTransaction() {
22928. if (isset($this-> objcopy)) {
22929. // remove previous copy
22930. $this-> commitTransaction();
22931. }
22932. // record current page number and Y position
22933. $this-> start_transaction_page = $this-> page;
22934. $this-> start_transaction_y = $this-> y;
22935. // clone current object
22936. $this-> objcopy = $this-> objclone($this);
22937. }
22939. /**
22940. * Delete the copy of the current TCPDF object used for undo operation.
22941. * @access public
22942. * @since 4.5.029 (2009-03-19)
22943. */
22944. public function commitTransaction() {
22945. if (isset($this-> objcopy)) {
22946. $this-> objcopy->_destroy(true, true);
22947. unset($this-> objcopy);
22948. }
22949. }
22951. /**
22952. * This method allows to undo the latest transaction by returning the latest saved TCPDF object with startTransaction().
22953. * @param boolean $self if true restores current class object to previous state without the need of reassignment via the returned value.
22954. * @return TCPDF object.
22955. * @access public
22956. * @since 4.5.029 (2009-03-19)
22957. */
22958. public function rollbackTransaction($self=false) {
22959. if (isset($this-> objcopy)) {
22960. if (isset($this-> objcopy-> diskcache) AND $this-> objcopy-> diskcache) {
22961. // truncate files to previous values
22962. foreach ($this-> objcopy-> cache_file_length as $file => $length) {
22963. $file = substr($file, 1);
22964. $handle = fopen($file, 'r+');
22965. ftruncate($handle, $length);
22966. }
22967. }
22968. $this->_destroy(true, true);
22969. if ($self) {
22970. $objvars = get_object_vars($this-> objcopy);
22971. foreach ($objvars as $key => $value) {
22972. $this->$key = $value;
22973. }
22974. }
22975. return $this-> objcopy;
22976. }
22977. return $this;
22978. }
22980. /**
22981. * Creates a copy of a class object
22982. * @param object $object class object to be cloned
22983. * @return cloned object
22984. * @access public
22985. * @since 4.5.029 (2009-03-19)
22986. */
22987. public function objclone($object) {
22988. return @clone($object);
22989. }
22991. /**
22992. * Determine whether a string is empty.
22993. * @param string $str string to be checked
22994. * @return boolean true if string is empty
22995. * @access public
22996. * @since 4.5.044 (2009-04-16)
22997. */
22998. public function empty_string($str) {
22999. return ( is_null($str) OR ( is_string($str) AND ( strlen($str) == 0)));
23000. }
23002. /**
23003. * Find position of last occurrence of a substring in a string
23004. * @param string $haystack The string to search in.
23005. * @param string $needle substring to search.
23006. * @param int $offset May be specified to begin searching an arbitrary number of characters into the string.
23007. * @return Returns the position where the needle exists. Returns FALSE if the needle was not found.
23008. * @access public
23009. * @since 4.8.038 (2010-03-13)
23010. */
23011. public function revstrpos($haystack, $needle, $offset = 0) {
23012. $length = strlen($haystack);
23013. $offset = ($offset > 0)?($length - $offset):abs($offset);
23014. $pos = strpos( strrev($haystack), strrev($needle), $offset);
23015. return ($pos === false)?false:($length - $pos - strlen($needle));
23016. }
23018. // --- MULTI COLUMNS METHODS -----------------------
23020. /**
23021. * Set multiple columns of the same size
23022. * @param int $numcols number of columns (set to zero to disable columns mode)
23023. * @param int $width column width
23024. * @param int $y column starting Y position (leave empty for current Y position)
23025. * @access public
23026. * @since 4.9.001 (2010-03-28)
23027. */
23028. public function setEqualColumns($numcols=0, $width=0, $y='') {
23029. $this-> columns = array();
23030. if ($numcols < 2) {
23031. $numcols = 0;
23032. $this-> columns = array();
23033. } else {
23034. // maximum column width
23035. $maxwidth = ($this-> w - $this-> original_lMargin - $this-> original_rMargin) / $numcols;
23036. if (($width == 0) OR ($width > $maxwidth)) {
23037. $width = $maxwidth;
23038. }
23039. if ($this-> empty_string($y)) {
23040. $y = $this-> y;
23041. }
23042. // space between columns
23043. $space = (($this-> w - $this-> original_lMargin - $this-> original_rMargin - ($numcols * $width)) / ($numcols - 1));
23044. // fill the columns array (with, space, starting Y position)
23045. for ($i = 0; $i < $numcols; ++$i) {
23046. $this-> columns[$i] = array('w' => $width, 's' => $space, 'y' => $y);
23047. }
23048. }
23049. $this-> num_columns = $numcols;
23050. $this-> current_column = 0;
23051. $this-> column_start_page = $this-> page;
23052. }
23054. /**
23055. * Set columns array.
23056. * Each column is represented by and array with the following keys: (w = width, s = space between columns, y = column top position).
23057. * @param array $columns
23058. * @access public
23059. * @since 4.9.001 (2010-03-28)
23060. */
23061. public function setColumnsArray($columns) {
23062. $this-> columns = $columns;
23063. $this-> num_columns = count($columns);
23064. $this-> current_column = 0;
23065. $this-> column_start_page = $this-> page;
23066. }
23068. /**
23069. * Set position at a given column
23070. * @param int $col column number (from 0 to getNumberOfColumns()-1); empty string = current column.
23071. * @access public
23072. * @since 4.9.001 (2010-03-28)
23073. */
23074. public function selectColumn($col='') {
23075. if ( is_string($col)) {
23076. $col = $this-> current_column;
23077. } elseif($col >= $this-> num_columns) {
23078. $col = 0;
23079. }
23080. $xshift = 0;
23081. $enable_thead = false;
23082. if ($this-> num_columns > 1) {
23083. if ($col != $this-> current_column) {
23084. // move Y pointer at the top of the column
23085. if ($this-> column_start_page == $this-> page) {
23086. $this-> y = $this-> columns[$col]['y'];
23087. } else {
23088. $this-> y = $this-> tMargin;
23089. }
23090. // Avoid to write table headers more than once
23091. if (($this-> page > $this-> maxselcol['page']) OR (($this-> page == $this-> maxselcol['page']) AND ($col > $this-> maxselcol['column']))) {
23092. $enable_thead = true;
23093. $this-> maxselcol['page'] = $this-> page;
23094. $this-> maxselcol['column'] = $col;
23095. }
23096. }
23097. $xshift = $this-> colxshift;
23098. // set X position of the current column by case
23099. $listindent = ($this-> listindentlevel * $this-> listindent);
23100. $colpos = ($col * ($this-> columns[$col]['w'] + $this-> columns[$col]['s']));
23101. if ($this-> rtl) {
23102. $x = $this-> w - $this-> original_rMargin - $colpos;
23103. $this-> rMargin = ($this-> w - $x + $listindent);
23104. $this-> lMargin = ($x - $this-> columns[$col]['w']);
23105. $this-> x = $x - $listindent;
23106. } else {
23107. $x = $this-> original_lMargin + $colpos;
23108. $this-> lMargin = ($x + $listindent);
23109. $this-> rMargin = ($this-> w - $x - $this-> columns[$col]['w']);
23110. $this-> x = $x + $listindent;
23111. }
23112. $this-> columns[$col]['x'] = $x;
23113. }
23114. $this-> current_column = $col;
23115. // fix for HTML mode
23116. $this-> newline = true;
23117. // print HTML table header (if any)
23118. if ((!$this-> empty_string($this-> thead)) AND (!$this-> inthead)) {
23119. if ($enable_thead) {
23120. // print table header
23121. $this-> writeHTML($this-> thead, false, false, false, false, '');
23122. $this-> y += $xshift['s'];
23123. // store end of header position
23124. if (!isset($this-> columns[$col]['th'])) {
23125. $this-> columns[$col]['th'] = array();
23126. }
23127. $this-> columns[$col]['th']['\''.$this-> page.'\''] = $this-> y;
23128. $this-> lasth = 0;
23129. } elseif (isset($this-> columns[$col]['th']['\''.$this-> page.'\''])) {
23130. $this-> y = $this-> columns[$col]['th']['\''.$this-> page.'\''];
23131. }
23132. }
23133. // account for an html table cell over multiple columns
23134. if ($this-> rtl) {
23135. $this-> rMargin += $xshift['x'];
23136. $this-> x -= ($xshift['x'] + $xshift['p']);
23137. } else {
23138. $this-> lMargin += $xshift['x'];
23139. $this-> x += $xshift['x'] + $xshift['p'];
23140. }
23141. }
23143. /**
23144. * Return the current column number
23145. * @return int current column number
23146. * @access public
23147. * @since 5.5.011 (2010-07-08)
23148. */
23149. public function getColumn() {
23150. return $this-> current_column;
23151. }
23153. /**
23154. * Return the current number of columns.
23155. * @return int number of columns
23156. * @access public
23157. * @since 5.8.018 (2010-08-25)
23158. */
23159. public function getNumberOfColumns() {
23160. return $this-> num_columns;
23161. }
23163. /**
23164. * Serialize an array of parameters to be used with TCPDF tag in HTML code.
23165. * @param array $pararray parameters array
23166. * @return sting containing serialized data
23167. * @access public
23168. * @since 4.9.006 (2010-04-02)
23169. */
23170. public function serializeTCPDFtagParameters($pararray) {
23171. return urlencode( serialize($pararray));
23172. }
23174. /**
23175. * Set Text rendering mode.
23176. * @param int $stroke outline size in user units (0 = disable).
23177. * @param boolean $fill if true fills the text (default).
23178. * @param boolean $clip if true activate clipping mode
23179. * @access public
23180. * @since 4.9.008 (2009-04-02)
23181. */
23182. public function setTextRenderingMode($stroke=0, $fill=true, $clip=false) {
23183. // Ref.: PDF 32000-1:2008 - 9.3.6 Text Rendering Mode
23184. // convert text rendering parameters
23185. if ($stroke < 0) {
23186. $stroke = 0;
23187. }
23188. if ($fill === true) {
23189. if ($stroke > 0) {
23190. if ($clip === true) {
23191. // Fill, then stroke text and add to path for clipping
23192. $textrendermode = 6;
23193. } else {
23194. // Fill, then stroke text
23195. $textrendermode = 2;
23196. }
23197. $textstrokewidth = $stroke;
23198. } else {
23199. if ($clip === true) {
23200. // Fill text and add to path for clipping
23201. $textrendermode = 4;
23202. } else {
23203. // Fill text
23204. $textrendermode = 0;
23205. }
23206. }
23207. } else {
23208. if ($stroke > 0) {
23209. if ($clip === true) {
23210. // Stroke text and add to path for clipping
23211. $textrendermode = 5;
23212. } else {
23213. // Stroke text
23214. $textrendermode = 1;
23215. }
23216. $textstrokewidth = $stroke;
23217. } else {
23218. if ($clip === true) {
23219. // Add text to path for clipping
23220. $textrendermode = 7;
23221. } else {
23222. // Neither fill nor stroke text (invisible)
23223. $textrendermode = 3;
23224. }
23225. }
23226. }
23227. $this-> textrendermode = $textrendermode;
23228. $this-> textstrokewidth = $stroke * $this-> k;
23229. }
23231. /**
23232. * Returns an array of chars containing soft hyphens.
23233. * @param array $word array of chars
23234. * @param array $patterns Array of hypenation patterns.
23235. * @param array $dictionary Array of words to be returned without applying the hyphenation algoritm.
23236. * @param int $leftmin Minimum number of character to leave on the left of the word without applying the hyphens.
23237. * @param int $rightmin Minimum number of character to leave on the right of the word without applying the hyphens.
23238. * @param int $charmin Minimum word lenght to apply the hyphenation algoritm.
23239. * @param int $charmax Maximum lenght of broken piece of word.
23240. * @return array text with soft hyphens
23241. * @author Nicola Asuni
23242. * @since 4.9.012 (2010-04-12)
23243. * @access protected
23244. */
23245. protected function hyphenateWord($word, $patterns, $dictionary=array(), $leftmin=1, $rightmin=2, $charmin=1, $charmax=8) {
23246. $hyphenword = array(); // hyphens positions
23247. $numchars = count($word);
23248. if ($numchars <= $charmin) {
23249. return $word;
23250. }
23251. $word_string = $this-> UTF8ArrSubString($word);
23252. // some words will be returned as-is
23253. $pattern = '/^([a-zA-Z0-9_\.\-]+)@((\[[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}\.)|(([a-zA-Z0-9\-]+\.)+))([a-zA-Z]{2,4}|[0-9]{1,3})(\]?)$/';
23254. if ( preg_match($pattern, $word_string) > 0) {
23255. // email
23256. return $word;
23257. }
23258. $pattern = '/(([a-zA-Z0-9\-]+\.)?)((\[[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}\.)|(([a-zA-Z0-9\-]+\.)+))([a-zA-Z]{2,4}|[0-9]{1,3})(\]?)$/';
23259. if ( preg_match($pattern, $word_string) > 0) {
23260. // URL
23261. return $word;
23262. }
23263. if (isset($dictionary[$word_string])) {
23264. return $this-> UTF8StringToArray($dictionary[$word_string]);
23265. }
23266. // suround word with '_' characters
23267. $tmpword = array_merge(array(95), $word, array(95));
23268. $tmpnumchars = $numchars + 2;
23269. $maxpos = $tmpnumchars - $charmin;
23270. for ($pos = 0; $pos < $maxpos; ++$pos) {
23271. $imax = min(($tmpnumchars - $pos), $charmax);
23272. for ($i = $charmin; $i <= $imax; ++$i) {
23273. $subword = strtolower($this-> UTF8ArrSubString($tmpword, $pos, $pos + $i));
23274. if (isset($patterns[$subword])) {
23275. $pattern = $this-> UTF8StringToArray($patterns[$subword]);
23276. $pattern_length = count($pattern);
23277. $digits = 1;
23278. for ($j = 0; $j < $pattern_length; ++$j) {
23279. // check if $pattern[$j] is a number
23280. if (($pattern[$j] >= 48) AND ($pattern[$j] <= 57)) {
23281. if ($j == 0) {
23282. $zero = $pos - 1;
23283. } else {
23284. $zero = $pos + $j - $digits;
23285. }
23286. if (!isset($hyphenword[$zero]) OR ($hyphenword[$zero] != $pattern[$j])) {
23287. $hyphenword[$zero] = $this-> unichr($pattern[$j]);
23288. }
23289. ++$digits;
23290. }
23291. }
23292. }
23293. }
23294. }
23295. $inserted = 0;
23296. $maxpos = $numchars - $rightmin;
23297. for($i = $leftmin; $i <= $maxpos; ++$i) {
23298. if(isset($hyphenword[$i]) AND (($hyphenword[$i] % 2) != 0)) {
23299. // 173 = soft hyphen character
23300. array_splice($word, $i + $inserted, 0, 173);
23301. ++$inserted;
23302. }
23303. }
23304. return $word;
23305. }
23307. /**
23308. * Returns an array of hyphenation patterns.
23309. * @param string $file TEX file containing hypenation patterns. TEX pattrns can be downloaded from http://www.ctan.org/tex-archive/language/hyph-utf8/tex/generic/hyph-utf8/patterns/
23310. * @return array of hyphenation patterns
23311. * @author Nicola Asuni
23312. * @since 4.9.012 (2010-04-12)
23313. * @access public
23314. */
23315. public function getHyphenPatternsFromTEX($file) {
23316. // TEX patterns are available at:
23317. // http://www.ctan.org/tex-archive/language/hyph-utf8/tex/generic/hyph-utf8/patterns/
23318. $data = file_get_contents($file);
23319. $patterns = array();
23320. // remove comments
23321. $data = preg_replace('/\%[^\n]*/', '', $data);
23322. // extract the patterns part
23323. preg_match('/\\\\patterns\{([^\}]*)\}/i', $data, $matches);
23324. $data = trim( substr($matches[0], 10, -1));
23325. // extract each pattern
23326. $patterns_array = preg_split('/[\s]+/', $data);
23327. // create new language array of patterns
23328. $patterns = array();
23329. foreach($patterns_array as $val) {
23330. if (!$this-> empty_string($val)) {
23331. $val = trim($val);
23332. $val = str_replace('\'', '\\\'', $val);
23333. $key = preg_replace('/[0-9]+/', '', $val);
23334. $patterns[$key] = $val;
23335. }
23336. }
23337. return $patterns;
23338. }
23340. /**
23341. * Returns text with soft hyphens.
23342. * @param string $text text to process
23343. * @param mixed $patterns Array of hypenation patterns or a TEX file containing hypenation patterns. TEX patterns can be downloaded from http://www.ctan.org/tex-archive/language/hyph-utf8/tex/generic/hyph-utf8/patterns/
23344. * @param array $dictionary Array of words to be returned without applying the hyphenation algoritm.
23345. * @param int $leftmin Minimum number of character to leave on the left of the word without applying the hyphens.
23346. * @param int $rightmin Minimum number of character to leave on the right of the word without applying the hyphens.
23347. * @param int $charmin Minimum word lenght to apply the hyphenation algoritm.
23348. * @param int $charmax Maximum lenght of broken piece of word.
23349. * @return array text with soft hyphens
23350. * @author Nicola Asuni
23351. * @since 4.9.012 (2010-04-12)
23352. * @access public
23353. */
23354. public function hyphenateText($text, $patterns, $dictionary=array(), $leftmin=1, $rightmin=2, $charmin=1, $charmax=8) {
23355. $text = $this-> unhtmlentities($text);
23356. $word = array(); // last word
23357. $txtarr = array(); // text to be returned
23358. $intag = false; // true if we are inside an HTML tag
23359. if (! is_array($patterns)) {
23360. $patterns = $this-> getHyphenPatternsFromTEX($patterns);
23361. }
23362. // get array of characters
23363. $unichars = $this-> UTF8StringToArray($text);
23364. // for each char
23365. foreach ($unichars as $char) {
23366. if ((!$intag) AND $this-> unicode->uni_type[$char] == 'L') {
23367. // letter character
23368. $word[] = $char;
23369. } else {
23370. // other type of character
23371. if (!$this-> empty_string($word)) {
23372. // hypenate the word
23373. $txtarr = array_merge($txtarr, $this-> hyphenateWord($word, $patterns, $dictionary, $leftmin, $rightmin, $charmin, $charmax));
23374. $word = array();
23375. }
23376. $txtarr[] = $char;
23377. if ( chr($char) == '<') {
23378. // we are inside an HTML tag
23379. $intag = true;
23380. } elseif ($intag AND ( chr($char) == '>')) {
23381. // end of HTML tag
23382. $intag = false;
23383. }
23384. }
23385. }
23386. if (!$this-> empty_string($word)) {
23387. // hypenate the word
23388. $txtarr = array_merge($txtarr, $this-> hyphenateWord($word, $patterns, $dictionary, $leftmin, $rightmin, $charmin, $charmax));
23389. }
23390. // convert char array to string and return
23391. return $this-> UTF8ArrSubString($txtarr);
23392. }
23394. /**
23395. * Enable/disable rasterization of vector images using ImageMagick library.
23396. * @param boolean $mode if true enable rasterization, false otherwise.
23397. * @access public
23398. * @since 5.0.000 (2010-04-27)
23399. */
23400. public function setRasterizeVectorImages($mode) {
23401. $this-> rasterize_vector_images = $mode;
23402. }
23404. /**
23405. * Get the Path-Painting Operators.
23406. * @param string $style Style of rendering. Possible values are:
23407. * <ul>
23408. * <li>S or D: Stroke the path.</li>
23409. * <li>s or d: Close and stroke the path.</li>
23410. * <li>f or F: Fill the path, using the nonzero winding number rule to determine the region to fill.</li>
23411. * <li>f* or F*: Fill the path, using the even-odd rule to determine the region to fill.</li>
23412. * <li>B or FD or DF: Fill and then stroke the path, using the nonzero winding number rule to determine the region to fill.</li>
23413. * <li>B* or F*D or DF*: Fill and then stroke the path, using the even-odd rule to determine the region to fill.</li>
23414. * <li>b or fd or df: Close, fill, and then stroke the path, using the nonzero winding number rule to determine the region to fill.</li>
23415. * <li>b or f*d or df*: Close, fill, and then stroke the path, using the even-odd rule to determine the region to fill.</li>
23416. * <li>CNZ: Clipping mode using the even-odd rule to determine which regions lie inside the clipping path.</li>
23417. * <li>CEO: Clipping mode using the nonzero winding number rule to determine which regions lie inside the clipping path</li>
23418. * <li>n: End the path object without filling or stroking it.</li>
23419. * </ul>
23420. * @param string $default default style
23421. * @param boolean $mode if true enable rasterization, false otherwise.
23422. * @author Nicola Asuni
23423. * @access protected
23424. * @since 5.0.000 (2010-04-30)
23425. */
23426. protected function getPathPaintOperator($style, $default='S') {
23427. $op = '';
23428. switch($style) {
23429. case 'S':
23430. case 'D': {
23431. $op = 'S';
23432. break;
23433. }
23434. case 's':
23435. case 'd': {
23436. $op = 's';
23437. break;
23438. }
23439. case 'f':
23440. case 'F': {
23441. $op = 'f';
23442. break;
23443. }
23444. case 'f*':
23445. case 'F*': {
23446. $op = 'f*';
23447. break;
23448. }
23449. case 'B':
23450. case 'FD':
23451. case 'DF': {
23452. $op = 'B';
23453. break;
23454. }
23455. case 'B*':
23456. case 'F*D':
23457. case 'DF*': {
23458. $op = 'B*';
23459. break;
23460. }
23461. case 'b':
23462. case 'fd':
23463. case 'df': {
23464. $op = 'b';
23465. break;
23466. }
23467. case 'b*':
23468. case 'f*d':
23469. case 'df*': {
23470. $op = 'b*';
23471. break;
23472. }
23473. case 'CNZ': {
23474. $op = 'W n';
23475. break;
23476. }
23477. case 'CEO': {
23478. $op = 'W* n';
23479. break;
23480. }
23481. case 'n': {
23482. $op = 'n';
23483. break;
23484. }
23485. default: {
23486. if (! empty($default)) {
23487. $op = $this-> getPathPaintOperator($default, '');
23488. } else {
23489. $op = '';
23490. }
23491. }
23492. }
23493. return $op;
23494. }
23496. /**
23497. * Enable or disable default option for font subsetting.
23498. * @param boolean $enable if true enable font subsetting by default.
23499. * @author Nicola Asuni
23500. * @access public
23501. * @since 5.3.002 (2010-06-07)
23502. */
23503. public function setFontSubsetting($enable=true) {
23504. $this-> font_subsetting = $enable ? true : false;
23505. }
23507. /**
23508. * Return the default option for font subsetting.
23509. * @return boolean default font subsetting state.
23510. * @author Nicola Asuni
23511. * @access public
23512. * @since 5.3.002 (2010-06-07)
23513. */
23514. public function getFontSubsetting() {
23515. return $this-> font_subsetting;
23516. }
23518. /**
23519. * Left trim the input string
23520. * @param string $str string to trim
23521. * @param string $replace string that replace spaces.
23522. * @return left trimmed string
23523. * @author Nicola Asuni
23524. * @access public
23525. * @since 5.8.000 (2010-08-11)
23526. */
23527. public function stringLeftTrim($str, $replace='') {
23528. return preg_replace('/^'.$this-> re_space['p'].'+/'.$this-> re_space['m'], $replace, $str);
23529. }
23531. /**
23532. * Right trim the input string
23533. * @param string $str string to trim
23534. * @param string $replace string that replace spaces.
23535. * @return right trimmed string
23536. * @author Nicola Asuni
23537. * @access public
23538. * @since 5.8.000 (2010-08-11)
23539. */
23540. public function stringRightTrim($str, $replace='') {
23541. return preg_replace('/'.$this-> re_space['p'].'+$/'.$this-> re_space['m'], $replace, $str);
23542. }
23544. /**
23545. * Trim the input string
23546. * @param string $str string to trim
23547. * @param string $replace string that replace spaces.
23548. * @return trimmed string
23549. * @author Nicola Asuni
23550. * @access public
23551. * @since 5.8.000 (2010-08-11)
23552. */
23553. public function stringTrim($str, $replace='') {
23554. $str = $this-> stringLeftTrim($str, $replace);
23555. $str = $this-> stringRightTrim($str, $replace);
23556. return $str;
23557. }
23559. /**
23560. * Return true if the current font is unicode type.
23561. * @return true for unicode font, false otherwise.
23562. * @author Nicola Asuni
23563. * @access public
23564. * @since 5.8.002 (2010-08-14)
23565. */
23566. public function isUnicodeFont() {
23567. return (($this-> CurrentFont['type'] == 'TrueTypeUnicode') OR ($this-> CurrentFont['type'] == 'cidfont0'));
23568. }
23570. /**
23571. * Return normalized font name
23572. * @param string $fontfamily property string containing font family names
23573. * @return string normalized font name
23574. * @author Nicola Asuni
23575. * @access public
23576. * @since 5.8.004 (2010-08-17)
23577. */
23578. public function getFontFamilyName($fontfamily) {
23579. // remove spaces and symbols
23580. $fontfamily = preg_replace('/[^a-z0-9\,]/', '', strtolower($fontfamily));
23581. // extract all font names
23582. $fontslist = preg_split('/[,]/', $fontfamily);
23583. // find first valid font name
23584. foreach ($fontslist as $font) {
23585. // replace font variations
23586. $font = preg_replace('/italic$/', 'I', $font);
23587. $font = preg_replace('/oblique$/', 'I', $font);
23588. $font = preg_replace('/bold([I]?)$/', 'B\\1', $font);
23589. // replace common family names and core fonts
23590. $pattern = array();
23591. $replacement = array();
23592. $pattern[] = '/^serif|^cursive|^fantasy|^timesnewroman/';
23593. $replacement[] = 'times';
23594. $pattern[] = '/^sansserif/';
23595. $replacement[] = 'helvetica';
23596. $pattern[] = '/^monospace/';
23597. $replacement[] = 'courier';
23598. $font = preg_replace($pattern, $replacement, $font);
23599. if ( in_array( strtolower($font), $this-> fontlist) OR in_array($font, $this-> fontkeys)) {
23600. return $font;
23601. }
23602. }
23603. // return current font as default
23604. return $this-> CurrentFont['fontkey'];
23605. }
23607. /**
23608. * Start a new XObject Template.
23609. * An XObject Template is a PDF block that is a self-contained description of any sequence of graphics objects (including path objects, text objects, and sampled images).
23610. * An XObject Template may be painted multiple times, either on several pages or at several locations on the same page and produces the same results each time, subject only to the graphics state at the time it is invoked.
23611. * Note: X,Y coordinates will be reset to 0,0.
23612. * @param int $w Template width in user units (empty string or zero = page width less margins)
23613. * @param int $h Template height in user units (empty string or zero = page height less margins)
23614. * @return int the XObject Template ID in case of success or false in case of error.
23615. * @author Nicola Asuni
23616. * @access public
23617. * @since 5.8.017 (2010-08-24)
23618. * @see endTemplate(), printTemplate()
23619. */
23620. public function startTemplate($w=0, $h=0) {
23621. if ($this-> inxobj) {
23622. // we are already inside an XObject template
23623. return false;
23624. }
23625. $this-> inxobj = true;
23626. ++$this-> n;
23627. // XObject ID
23628. $this-> xobjid = 'XT'.$this-> n;
23629. // object ID
23630. $this-> xobjects[$this-> xobjid] = array('n' => $this-> n);
23631. // store current graphic state
23632. $this-> xobjects[$this-> xobjid]['gvars'] = $this-> getGraphicVars();
23633. // initialize data
23634. $this-> xobjects[$this-> xobjid]['intmrk'] = 0;
23635. $this-> xobjects[$this-> xobjid]['transfmrk'] = array();
23636. $this-> xobjects[$this-> xobjid]['outdata'] = '';
23637. $this-> xobjects[$this-> xobjid]['xobjects'] = array();
23638. $this-> xobjects[$this-> xobjid]['images'] = array();
23639. $this-> xobjects[$this-> xobjid]['fonts'] = array();
23640. $this-> xobjects[$this-> xobjid]['annotations'] = array();
23641. // set new environment
23642. $this-> num_columns = 1;
23643. $this-> current_column = 0;
23644. $this-> SetAutoPageBreak(false);
23645. if (($w === '') OR ($w <= 0)) {
23646. $w = $this-> w - $this-> lMargin - $this-> rMargin;
23647. }
23648. if (($h === '') OR ($h <= 0)) {
23649. $h = $this-> h - $this-> tMargin - $this-> bMargin;
23650. }
23651. $this-> xobjects[$this-> xobjid]['x'] = 0;
23652. $this-> xobjects[$this-> xobjid]['y'] = 0;
23653. $this-> xobjects[$this-> xobjid]['w'] = $w;
23654. $this-> xobjects[$this-> xobjid]['h'] = $h;
23655. $this-> w = $w;
23656. $this-> h = $h;
23657. $this-> wPt = $this-> w * $this-> k;
23658. $this-> hPt = $this-> h * $this-> k;
23659. $this-> fwPt = $this-> wPt;
23660. $this-> fhPt = $this-> hPt;
23661. $this-> x = 0;
23662. $this-> y = 0;
23663. $this-> lMargin = 0;
23664. $this-> rMargin = 0;
23665. $this-> tMargin = 0;
23666. $this-> bMargin = 0;
23667. return $this-> xobjid;
23668. }
23670. /**
23671. * End the current XObject Template started with startTemplate() and restore the previous graphic state.
23672. * An XObject Template is a PDF block that is a self-contained description of any sequence of graphics objects (including path objects, text objects, and sampled images).
23673. * An XObject Template may be painted multiple times, either on several pages or at several locations on the same page and produces the same results each time, subject only to the graphics state at the time it is invoked.
23674. * @return int the XObject Template ID in case of success or false in case of error.
23675. * @author Nicola Asuni
23676. * @access public
23677. * @since 5.8.017 (2010-08-24)
23678. * @see startTemplate(), printTemplate()
23679. */
23680. public function endTemplate() {
23681. if (!$this-> inxobj) {
23682. // we are not inside a template
23683. return false;
23684. }
23685. $this-> inxobj = false;
23686. // restore previous graphic state
23687. $this-> setGraphicVars($this-> xobjects[$this-> xobjid]['gvars'], true);
23688. return $this-> xobjid;
23689. }
23691. /**
23692. * Print an XObject Template.
23693. * You can print an XObject Template inside the currently opened Template.
23694. * An XObject Template is a PDF block that is a self-contained description of any sequence of graphics objects (including path objects, text objects, and sampled images).
23695. * An XObject Template may be painted multiple times, either on several pages or at several locations on the same page and produces the same results each time, subject only to the graphics state at the time it is invoked.
23696. * @param string $id The ID of XObject Template to print.
23697. * @param int $x X position in user units (empty string = current x position)
23698. * @param int $y Y position in user units (empty string = current y position)
23699. * @param int $w Width in user units (zero = remaining page width)
23700. * @param int $h Height in user units (zero = remaining page height)
23701. * @param string $align Indicates the alignment of the pointer next to template insertion relative to template height. The value can be:<ul><li>T: top-right for LTR or top-left for RTL</li><li>M: middle-right for LTR or middle-left for RTL</li><li>B: bottom-right for LTR or bottom-left for RTL</li><li>N: next line</li></ul>
23702. * @param string $palign Allows to center or align the template on the current line. Possible values are:<ul><li>L : left align</li><li>C : center</li><li>R : right align</li><li>'' : empty string : left for LTR or right for RTL</li></ul>
23703. * @param boolean $fitonpage if true the template is resized to not exceed page dimensions.
23704. * @author Nicola Asuni
23705. * @access public
23706. * @since 5.8.017 (2010-08-24)
23707. * @see startTemplate(), endTemplate()
23708. */
23709. public function printTemplate($id, $x='', $y='', $w=0, $h=0, $align='', $palign='', $fitonpage=false) {
23710. if (!isset($this-> xobjects[$id])) {
23711. $this-> Error('The XObject Template \''.$id.'\' doesn\'t exist!');
23712. }
23713. if ($this-> inxobj) {
23714. if ($id == $this-> xobjid) {
23715. // close current template
23716. $this-> endTemplate();
23717. } else {
23718. // use the template as resource for the template currently opened
23719. $this-> xobjects[$this-> xobjid]['xobjects'][$id] = $this-> xobjects[$id];
23720. }
23721. }
23722. // set default values
23723. if ($x === '') {
23724. $x = $this-> x;
23725. }
23726. if ($y === '') {
23727. $y = $this-> y;
23728. }
23729. // check page for no-write regions and adapt page margins if necessary
23730. $this-> checkPageRegions($h, $x, $y);
23731. $ow = $this-> xobjects[$id]['w'];
23732. $oh = $this-> xobjects[$id]['h'];
23733. // calculate template width and height on document
23734. if (($w <= 0) AND ($h <= 0)) {
23735. $w = $ow;
23736. $h = $oh;
23737. } elseif ($w <= 0) {
23738. $w = $h * $ow / $oh;
23739. } elseif ($h <= 0) {
23740. $h = $w * $oh / $ow;
23741. }
23742. // fit the template on available space
23743. $this-> fitBlock($w, $h, $x, $y, $fitonpage);
23744. // set page alignment
23745. $rb_y = $y + $h;
23746. // set alignment
23747. if ($this-> rtl) {
23748. if ($palign == 'L') {
23749. $xt = $this-> lMargin;
23750. } elseif ($palign == 'C') {
23751. $xt = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
23752. } elseif ($palign == 'R') {
23753. $xt = $this-> w - $this-> rMargin - $w;
23754. } else {
23755. $xt = $x - $w;
23756. }
23757. $rb_x = $xt;
23758. } else {
23759. if ($palign == 'L') {
23760. $xt = $this-> lMargin;
23761. } elseif ($palign == 'C') {
23762. $xt = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
23763. } elseif ($palign == 'R') {
23764. $xt = $this-> w - $this-> rMargin - $w;
23765. } else {
23766. $xt = $x;
23767. }
23768. $rb_x = $xt + $w;
23769. }
23770. // print XObject Template + Transformation matrix
23771. $this-> StartTransform();
23772. // translate and scale
23773. $sx = ($w / $this-> xobjects[$id]['w']);
23774. $sy = ($h / $this-> xobjects[$id]['h']);
23775. $tm = array();
23776. $tm[0] = $sx;
23777. $tm[1] = 0;
23778. $tm[2] = 0;
23779. $tm[3] = $sy;
23780. $tm[4] = $xt * $this-> k;
23781. $tm[5] = ($this-> h - $h - $y) * $this-> k;
23782. $this-> Transform($tm);
23783. // set object
23784. $this->_out('/'.$id.' Do');
23785. $this-> StopTransform();
23786. // add annotations
23787. if (! empty($this-> xobjects[$id]['annotations'])) {
23788. foreach ($this-> xobjects[$id]['annotations'] as $annot) {
23789. // transform original coordinates
23790. $coordlt = $this-> getTransformationMatrixProduct($tm, array(1, 0, 0, 1, ($annot['x'] * $this-> k), (-$annot['y'] * $this-> k)));
23791. $ax = ($coordlt[4] / $this-> k);
23792. $ay = ($this-> h - $h - ($coordlt[5] / $this-> k));
23793. $coordrb = $this-> getTransformationMatrixProduct($tm, array(1, 0, 0, 1, (($annot['x'] + $annot['w']) * $this-> k), ((-$annot['y'] - $annot['h']) * $this-> k)));
23794. $aw = ($coordrb[4] / $this-> k) - $ax;
23795. $ah = ($this-> h - $h - ($coordrb[5] / $this-> k)) - $ay;
23796. $this-> Annotation($ax, $ay, $aw, $ah, $annot['text'], $annot['opt'], $annot['spaces']);
23797. }
23798. }
23799. // set pointer to align the next text/objects
23800. switch($align) {
23801. case 'T': {
23802. $this-> y = $y;
23803. $this-> x = $rb_x;
23804. break;
23805. }
23806. case 'M': {
23807. $this-> y = $y + round($h/2);
23808. $this-> x = $rb_x;
23809. break;
23810. }
23811. case 'B': {
23812. $this-> y = $rb_y;
23813. $this-> x = $rb_x;
23814. break;
23815. }
23816. case 'N': {
23817. $this-> SetY($rb_y);
23818. break;
23819. }
23820. default:{
23821. break;
23822. }
23823. }
23824. }
23826. /**
23827. * Set the percentage of character stretching.
23828. * @param int $perc percentage of stretching (100 = no stretching)
23829. * @author Nicola Asuni
23830. * @access public
23831. * @since 5.9.000 (2010-09-29)
23832. */
23833. public function setFontStretching($perc=100) {
23834. $this-> font_stretching = $perc;
23835. }
23837. /**
23838. * Get the percentage of character stretching.
23839. * @return float stretching value
23840. * @author Nicola Asuni
23841. * @access public
23842. * @since 5.9.000 (2010-09-29)
23843. */
23844. public function getFontStretching() {
23845. return $this-> font_stretching;
23846. }
23848. /**
23849. * Set the amount to increase or decrease the space between characters in a text.
23850. * @param float $spacing amount to increase or decrease the space between characters in a text (0 = default spacing)
23851. * @author Nicola Asuni
23852. * @access public
23853. * @since 5.9.000 (2010-09-29)
23854. */
23855. public function setFontSpacing($spacing=0) {
23856. $this-> font_spacing = $spacing;
23857. }
23859. /**
23860. * Get the amount to increase or decrease the space between characters in a text.
23861. * @return int font spacing (tracking/kerning) value
23862. * @author Nicola Asuni
23863. * @access public
23864. * @since 5.9.000 (2010-09-29)
23865. */
23866. public function getFontSpacing() {
23867. return $this-> font_spacing;
23868. }
23870. /**
23871. * Return an array of no-write page regions
23872. * @return array of no-write page regions
23873. * @author Nicola Asuni
23874. * @access public
23875. * @since 5.9.003 (2010-10-13)
23876. * @see setPageRegions(), addPageRegion()
23877. */
23878. public function getPageRegions() {
23879. return $this-> page_regions;
23880. }
23882. /**
23883. * Set no-write regions on page.
23884. * A no-write region is a portion of the page with a rectangular or trapezium shape that will not be covered when writing text or html code.
23885. * A region is always aligned on the left or right side of the page ad is defined using a vertical segment.
23886. * You can set multiple regions for the same page.
23887. * @param array $regions array of no-write regions. For each region you can define an array as follow: ('page' => page number or empy for current page, 'xt' => X top, 'yt' => Y top, 'xb' => X bottom, 'yb' => Y bottom, 'side' => page side 'L' = left or 'R' = right). Omit this parameter to remove all regions.
23888. * @author Nicola Asuni
23889. * @access public
23890. * @since 5.9.003 (2010-10-13)
23891. * @see addPageRegion(), getPageRegions()
23892. */
23893. public function setPageRegions($regions=array()) {
23894. // empty current regions array
23895. $this-> page_regions = array();
23896. // add regions
23897. foreach ($regions as $data) {
23898. $this-> addPageRegion($data);
23899. }
23900. }
23902. /**
23903. * Add a single no-write region on selected page.
23904. * A no-write region is a portion of the page with a rectangular or trapezium shape that will not be covered when writing text or html code.
23905. * A region is always aligned on the left or right side of the page ad is defined using a vertical segment.
23906. * You can set multiple regions for the same page.
23907. * @param array $region array of a single no-write region array: ('page' => page number or empy for current page, 'xt' => X top, 'yt' => Y top, 'xb' => X bottom, 'yb' => Y bottom, 'side' => page side 'L' = left or 'R' = right).
23908. * @author Nicola Asuni
23909. * @access public
23910. * @since 5.9.003 (2010-10-13)
23911. * @see setPageRegions(), getPageRegions()
23912. */
23913. public function addPageRegion($region) {
23914. if (!isset($region['page']) OR empty($region['page'])) {
23915. $region['page'] = $this-> page;
23916. }
23917. if (isset($region['xt']) AND isset($region['xb']) AND ($region['xt'] > 0) AND ($region['xb'] > 0)
23918. AND isset($region['yt']) AND isset($region['yb']) AND ($region['yt'] >= 0) AND ($region['yt'] < $region['yb'])
23919. AND isset($region['side']) AND (($region['side'] == 'L') OR ($region['side'] == 'R'))) {
23920. $this-> page_regions[] = $region;
23921. }
23922. }
23924. /**
23925. * Remove a single no-write region.
23926. * @param int $key region key
23927. * @author Nicola Asuni
23928. * @access public
23929. * @since 5.9.003 (2010-10-13)
23930. * @see setPageRegions(), getPageRegions()
23931. */
23932. public function removePageRegion($key) {
23933. if (isset($this-> page_regions[$key])) {
23934. unset($this-> page_regions[$key]);
23935. }
23936. }
23938. /**
23939. * Check page for no-write regions and adapt current coordinates and page margins if necessary.
23940. * A no-write region is a portion of the page with a rectangular or trapezium shape that will not be covered when writing text or html code.
23941. * A region is always aligned on the left or right side of the page ad is defined using a vertical segment.
23942. * @param float $h height of the text/image/object to print in user units
23943. * @param float $x current X coordinate in user units
23944. * @param float $y current Y coordinate in user units
23945. * @author Nicola Asuni
23946. * @access protected
23947. * @since 5.9.003 (2010-10-13)
23948. */
23949. protected function checkPageRegions($h=0, &$x='', &$y='') {
23950. // set default values
23951. if ($x === '') {
23952. $x = &$this-> x;
23953. }
23954. if ($y === '') {
23955. $y = &$this-> y;
23956. }
23957. if (empty($this-> page_regions)) {
23958. // no page regions defined
23959. return;
23960. }
23961. if (empty($h)) {
23962. $h = ($this-> FontSize * $this-> cell_height_ratio) + $this-> cell_padding['T'] + $this-> cell_padding['B'];
23963. }
23964. if ($this-> rtl) {
23965. $this-> lMargin = $this-> original_lMargin;
23966. } else {
23967. $this-> rMargin = $this-> original_rMargin;
23968. }
23969. if ($this-> AutoPageBreak AND !$this-> InFooter AND (($y + $h) > $this-> PageBreakTrigger)) {
23970. // the content will be printed on a new page
23971. return;
23972. }
23973. // adjust coordinates and page margins
23974. foreach ($this-> page_regions as $regid => $regdata) {
23975. if ($regdata['page'] == $this-> page) {
23976. // check region boundaries
23977. if (($y > ($regdata['yt'] - $h)) AND ($y <= $regdata['yb'])) {
23978. // Y is inside the region
23979. $minv = ($regdata['xb'] - $regdata['xt']) / ($regdata['yb'] - $regdata['yt']); // inverse of angular coefficient
23980. $yt = max($y, $regdata['yt']);
23981. $yb = min(($yt + $h), $regdata['yb']);
23982. $xt = (($yt - $regdata['yt']) * $minv) + $regdata['xt'];
23983. $xb = (($yb - $regdata['yt']) * $minv) + $regdata['xt'];
23984. if ($regdata['side'] == 'L') { // left side
23985. $new_margin = max($xt, $xb);
23986. if ($this-> lMargin < $new_margin) {
23987. if ($this-> rtl) {
23988. // adjust left page margin
23989. $this-> lMargin = $new_margin;
23990. }
23991. if ($x < $new_margin) {
23992. // adjust x position
23993. $x = $new_margin;
23994. }
23995. }
23996. } elseif ($regdata['side'] == 'R') { // right side
23997. $new_margin = min($xt, $xb);
23998. if (($this-> w - $this-> rMargin) > $new_margin) {
23999. if (!$this-> rtl) {
24000. // adjust right page margin
24001. $this-> rMargin = ($this-> w - $new_margin);
24002. }
24003. if ($x > $new_margin) {
24004. // adjust x position
24005. $x = $new_margin;
24006. }
24007. }
24008. }
24009. }
24010. }
24011. }
24012. }
24014. // -.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-
24015. // SVG METHODS
24016. // -.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-
24018. /**
24019. * Embedd a Scalable Vector Graphics (SVG) image.
24020. * NOTE: SVG standard is not yet fully implemented, use the setRasterizeVectorImages() method to enable/disable rasterization of vector images using ImageMagick library.
24021. * @param string $file Name of the SVG file.
24022. * @param float $x Abscissa of the upper-left corner.
24023. * @param float $y Ordinate of the upper-left corner.
24024. * @param float $w Width of the image in the page. If not specified or equal to zero, it is automatically calculated.
24025. * @param float $h Height of the image in the page. If not specified or equal to zero, it is automatically calculated.
24026. * @param mixed $link URL or identifier returned by AddLink().
24027. * @param string $align Indicates the alignment of the pointer next to image insertion relative to image height. The value can be:<ul><li>T: top-right for LTR or top-left for RTL</li><li>M: middle-right for LTR or middle-left for RTL</li><li>B: bottom-right for LTR or bottom-left for RTL</li><li>N: next line</li></ul> If the alignment is an empty string, then the pointer will be restored on the starting SVG position.
24028. * @param string $palign Allows to center or align the image on the current line. Possible values are:<ul><li>L : left align</li><li>C : center</li><li>R : right align</li><li>'' : empty string : left for LTR or right for RTL</li></ul>
24029. * @param mixed $border Indicates if borders must be drawn around the cell. The value can be a number:<ul><li>0: no border (default)</li><li>1: frame</li></ul> or a string containing some or all of the following characters (in any order):<ul><li>L: left</li><li>T: top</li><li>R: right</li><li>B: bottom</li></ul> or an array of line styles for each border group - for example: array('LTRB' => array('width' => 2, 'cap' => 'butt', 'join' => 'miter', 'dash' => 0, 'color' => array(0, 0, 0)))
24030. * @param boolean $fitonpage if true the image is resized to not exceed page dimensions.
24031. * @author Nicola Asuni
24032. * @since 5.0.000 (2010-05-02)
24033. * @access public
24034. */
24035. public function ImageSVG($file, $x='', $y='', $w=0, $h=0, $link='', $align='', $palign='', $border=0, $fitonpage=false) {
24036. if ($this-> rasterize_vector_images AND ($w > 0) AND ($h > 0)) {
24037. // convert SVG to raster image using GD or ImageMagick libraries
24038. return $this-> Image($file, $x, $y, $w, $h, 'SVG', $link, $align, true, 300, $palign, false, false, $border, false, false, false);
24039. }
24040. $this-> svgdir = dirname($file);
24041. $svgdata = file_get_contents($file);
24042. if ($svgdata === false) {
24043. $this-> Error('SVG file not found: '.$file);
24044. }
24045. if ($x === '') {
24046. $x = $this-> x;
24047. }
24048. if ($y === '') {
24049. $y = $this-> y;
24050. }
24051. // check page for no-write regions and adapt page margins if necessary
24052. $this-> checkPageRegions($x, $y);
24053. $k = $this-> k;
24054. $ox = 0;
24055. $oy = 0;
24056. $ow = $w;
24057. $oh = $h;
24058. $aspect_ratio_align = 'xMidYMid';
24059. $aspect_ratio_ms = 'meet';
24060. $regs = array();
24061. // get original image width and height
24062. preg_match('/<svg([^\>]*)>/si', $svgdata, $regs);
24063. if (isset($regs[1]) AND ! empty($regs[1])) {
24064. $tmp = array();
24065. if ( preg_match('/[\s]+x[\s]*=[\s]*"([^"]*)"/si', $regs[1], $tmp)) {
24066. $ox = $this-> getHTMLUnitToUnits($tmp[1], 0, $this-> svgunit, false);
24067. }
24068. $tmp = array();
24069. if ( preg_match('/[\s]+y[\s]*=[\s]*"([^"]*)"/si', $regs[1], $tmp)) {
24070. $oy = $this-> getHTMLUnitToUnits($tmp[1], 0, $this-> svgunit, false);
24071. }
24072. $tmp = array();
24073. if ( preg_match('/[\s]+width[\s]*=[\s]*"([^"]*)"/si', $regs[1], $tmp)) {
24074. $ow = $this-> getHTMLUnitToUnits($tmp[1], 1, $this-> svgunit, false);
24075. }
24076. $tmp = array();
24077. if ( preg_match('/[\s]+height[\s]*=[\s]*"([^"]*)"/si', $regs[1], $tmp)) {
24078. $oh = $this-> getHTMLUnitToUnits($tmp[1], 1, $this-> svgunit, false);
24079. }
24080. $tmp = array();
24081. $view_box = array();
24082. if ( preg_match('/[\s]+viewBox[\s]*=[\s]*"[\s]*([0-9\.\-]+)[\s]+([0-9\.\-]+)[\s]+([0-9\.]+)[\s]+([0-9\.]+)[\s]*"/si', $regs[1], $tmp)) {
24083. if ( count($tmp) == 5) {
24084. array_shift($tmp);
24085. foreach ($tmp as $key => $val) {
24086. $view_box[$key] = $this-> getHTMLUnitToUnits($val, 0, $this-> svgunit, false);
24087. }
24088. $ox = $view_box[0];
24089. $oy = $view_box[1];
24090. }
24091. // get aspect ratio
24092. $tmp = array();
24093. if ( preg_match('/[\s]+preserveAspectRatio[\s]*=[\s]*"([^"]*)"/si', $regs[1], $tmp)) {
24094. $aspect_ratio = preg_split('/[\s]+/si', $tmp[1]);
24095. switch ( count($aspect_ratio)) {
24096. case 3: {
24097. $aspect_ratio_align = $aspect_ratio[1];
24098. $aspect_ratio_ms = $aspect_ratio[2];
24099. break;
24100. }
24101. case 2: {
24102. $aspect_ratio_align = $aspect_ratio[0];
24103. $aspect_ratio_ms = $aspect_ratio[1];
24104. break;
24105. }
24106. case 1: {
24107. $aspect_ratio_align = $aspect_ratio[0];
24108. $aspect_ratio_ms = 'meet';
24109. break;
24110. }
24111. }
24112. }
24113. }
24114. }
24115. // calculate image width and height on document
24116. if (($w <= 0) AND ($h <= 0)) {
24117. // convert image size to document unit
24118. $w = $ow;
24119. $h = $oh;
24120. } elseif ($w <= 0) {
24121. $w = $h * $ow / $oh;
24122. } elseif ($h <= 0) {
24123. $h = $w * $oh / $ow;
24124. }
24125. // fit the image on available space
24126. $this-> fitBlock($w, $h, $x, $y, $fitonpage);
24127. if ($this-> rasterize_vector_images) {
24128. // convert SVG to raster image using GD or ImageMagick libraries
24129. return $this-> Image($file, $x, $y, $w, $h, 'SVG', $link, $align, true, 300, $palign, false, false, $border, false, false, false);
24130. }
24131. // set alignment
24132. $this-> img_rb_y = $y + $h;
24133. // set alignment
24134. if ($this-> rtl) {
24135. if ($palign == 'L') {
24136. $ximg = $this-> lMargin;
24137. } elseif ($palign == 'C') {
24138. $ximg = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
24139. } elseif ($palign == 'R') {
24140. $ximg = $this-> w - $this-> rMargin - $w;
24141. } else {
24142. $ximg = $x - $w;
24143. }
24144. $this-> img_rb_x = $ximg;
24145. } else {
24146. if ($palign == 'L') {
24147. $ximg = $this-> lMargin;
24148. } elseif ($palign == 'C') {
24149. $ximg = ($this-> w + $this-> lMargin - $this-> rMargin - $w) / 2;
24150. } elseif ($palign == 'R') {
24151. $ximg = $this-> w - $this-> rMargin - $w;
24152. } else {
24153. $ximg = $x;
24154. }
24155. $this-> img_rb_x = $ximg + $w;
24156. }
24157. // store current graphic vars
24158. $gvars = $this-> getGraphicVars();
24159. // store SVG position and scale factors
24160. $svgoffset_x = ($ximg - $ox) * $this-> k;
24161. $svgoffset_y = -($y - $oy) * $this-> k;
24162. if (isset($view_box[2]) AND ($view_box[2] > 0) AND ($view_box[3] > 0)) {
24163. $ow = $view_box[2];
24164. $oh = $view_box[3];
24165. }
24166. $svgscale_x = $w / $ow;
24167. $svgscale_y = $h / $oh;
24168. // scaling and alignment
24169. if ($aspect_ratio_align != 'none') {
24170. // store current scaling values
24171. $svgscale_old_x = $svgscale_x;
24172. $svgscale_old_y = $svgscale_y;
24173. // force uniform scaling
24174. if ($aspect_ratio_ms == 'slice') {
24175. // the entire viewport is covered by the viewBox
24176. if ($svgscale_x > $svgscale_y) {
24177. $svgscale_y = $svgscale_x;
24178. } elseif ($svgscale_x < $svgscale_y) {
24179. $svgscale_x = $svgscale_y;
24180. }
24181. } else { // meet
24182. // the entire viewBox is visible within the viewport
24183. if ($svgscale_x < $svgscale_y) {
24184. $svgscale_y = $svgscale_x;
24185. } elseif ($svgscale_x > $svgscale_y) {
24186. $svgscale_x = $svgscale_y;
24187. }
24188. }
24189. // correct X alignment
24190. switch ( substr($aspect_ratio_align, 1, 3)) {
24191. case 'Min': {
24192. // do nothing
24193. break;
24194. }
24195. case 'Max': {
24196. $svgoffset_x += (($w * $this-> k) - ($ow * $this-> k * $svgscale_x));
24197. break;
24198. }
24199. default:
24200. case 'Mid': {
24201. $svgoffset_x += ((($w * $this-> k) - ($ow * $this-> k * $svgscale_x)) / 2);
24202. break;
24203. }
24204. }
24205. // correct Y alignment
24206. switch ( substr($aspect_ratio_align, 5)) {
24207. case 'Min': {
24208. // do nothing
24209. break;
24210. }
24211. case 'Max': {
24212. $svgoffset_y -= (($h * $this-> k) - ($oh * $this-> k * $svgscale_y));
24213. break;
24214. }
24215. default:
24216. case 'Mid': {
24217. $svgoffset_y -= ((($h * $this-> k) - ($oh * $this-> k * $svgscale_y)) / 2);
24218. break;
24219. }
24220. }
24221. }
24222. // store current page break mode
24223. $page_break_mode = $this-> AutoPageBreak;
24224. $page_break_margin = $this-> getBreakMargin();
24225. $cell_padding = $this-> cell_padding;
24226. $this-> SetCellPadding(0);
24227. $this-> SetAutoPageBreak(false);
24228. // save the current graphic state
24229. $this->_out('q'.$this-> epsmarker);
24230. // set initial clipping mask
24231. $this-> Rect($x, $y, $w, $h, 'CNZ', array(), array());
24232. // scale and translate
24233. $e = $ox * $this-> k * (1 - $svgscale_x);
24234. $f = ($this-> h - $oy) * $this-> k * (1 - $svgscale_y);
24235. $this->_out( sprintf('%.3F %.3F %.3F %.3F %.3F %.3F cm', $svgscale_x, 0, 0, $svgscale_y, $e + $svgoffset_x, $f + $svgoffset_y));
24236. // creates a new XML parser to be used by the other XML functions
24237. $this->parser = xml_parser_create('UTF-8');
24238. // the following function allows to use parser inside object
24239. xml_set_object($this->parser, $this);
24240. // disable case-folding for this XML parser
24241. xml_parser_set_option($this->parser, XML_OPTION_CASE_FOLDING, 0);
24242. // sets the element handler functions for the XML parser
24243. xml_set_element_handler($this->parser, 'startSVGElementHandler', 'endSVGElementHandler');
24244. // sets the character data handler function for the XML parser
24245. xml_set_character_data_handler($this->parser, 'segSVGContentHandler');
24246. // start parsing an XML document
24247. if(! xml_parse($this->parser, $svgdata)) {
24248. $error_message = sprintf("SVG Error: %s at line %d", xml_error_string( xml_get_error_code($this->parser)), xml_get_current_line_number($this->parser));
24249. $this-> Error($error_message);
24250. }
24251. // free this XML parser
24252. xml_parser_free($this->parser);
24253. // restore previous graphic state
24254. $this->_out($this-> epsmarker.'Q');
24255. // restore graphic vars
24256. $this-> setGraphicVars($gvars);
24257. $this-> lasth = $gvars['lasth'];
24258. if (! empty($border)) {
24259. $bx = $this-> x;
24260. $by = $this-> y;
24261. $this-> x = $ximg;
24262. if ($this-> rtl) {
24263. $this-> x += $w;
24264. }
24265. $this-> y = $y;
24266. $this-> Cell($w, $h, '', $border, 0, '', 0, '', 0, true);
24267. $this-> x = $bx;
24268. $this-> y = $by;
24269. }
24270. if ($link) {
24271. $this-> Link($ximg, $y, $w, $h, $link, 0);
24272. }
24273. // set pointer to align the next text/objects
24274. switch($align) {
24275. case 'T':{
24276. $this-> y = $y;
24277. $this-> x = $this-> img_rb_x;
24278. break;
24279. }
24280. case 'M':{
24281. $this-> y = $y + round($h/2);
24282. $this-> x = $this-> img_rb_x;
24283. break;
24284. }
24285. case 'B':{
24286. $this-> y = $this-> img_rb_y;
24287. $this-> x = $this-> img_rb_x;
24288. break;
24289. }
24290. case 'N':{
24291. $this-> SetY($this-> img_rb_y);
24292. break;
24293. }
24294. default:{
24295. // restore pointer to starting position
24296. $this-> x = $gvars['x'];
24297. $this-> y = $gvars['y'];
24298. $this-> page = $gvars['page'];
24299. $this-> current_column = $gvars['current_column'];
24300. $this-> tMargin = $gvars['tMargin'];
24301. $this-> bMargin = $gvars['bMargin'];
24302. $this-> w = $gvars['w'];
24303. $this-> h = $gvars['h'];
24304. $this-> wPt = $gvars['wPt'];
24305. $this-> hPt = $gvars['hPt'];
24306. $this-> fwPt = $gvars['fwPt'];
24307. $this-> fhPt = $gvars['fhPt'];
24308. break;
24309. }
24310. }
24311. $this-> endlinex = $this-> img_rb_x;
24312. // restore page break
24313. $this-> SetAutoPageBreak($page_break_mode, $page_break_margin);
24314. $this-> cell_padding = $cell_padding;
24315. }
24317. /**
24318. * Get the tranformation matrix from SVG transform attribute
24319. * @param string transformation
24320. * @return array of transformations
24321. * @author Nicola Asuni
24322. * @since 5.0.000 (2010-05-02)
24323. * @access protected
24324. */
24325. protected function getSVGTransformMatrix($attribute) {
24326. // identity matrix
24327. $tm = array(1, 0, 0, 1, 0, 0);
24328. $transform = array();
24329. if ( preg_match_all('/(matrix|translate|scale|rotate|skewX|skewY)[\s]*\(([^\)]+)\)/si', $attribute, $transform, PREG_SET_ORDER) > 0) {
24330. foreach ($transform as $key => $data) {
24331. if (! empty($data[2])) {
24332. $a = 1;
24333. $b = 0;
24334. $c = 0;
24335. $d = 1;
24336. $e = 0;
24337. $f = 0;
24338. $regs = array();
24339. switch ($data[1]) {
24340. case 'matrix': {
24341. if ( preg_match('/([a-z0-9\-\.]+)[\,\s]+([a-z0-9\-\.]+)[\,\s]+([a-z0-9\-\.]+)[\,\s]+([a-z0-9\-\.]+)[\,\s]+([a-z0-9\-\.]+)[\,\s]+([a-z0-9\-\.]+)/si', $data[2], $regs)) {
24342. $a = $regs[1];
24343. $b = $regs[2];
24344. $c = $regs[3];
24345. $d = $regs[4];
24346. $e = $regs[5];
24347. $f = $regs[6];
24348. }
24349. break;
24350. }
24351. case 'translate': {
24352. if ( preg_match('/([a-z0-9\-\.]+)[\,\s]+([a-z0-9\-\.]+)/si', $data[2], $regs)) {
24353. $e = $regs[1];
24354. $f = $regs[2];
24355. } elseif ( preg_match('/([a-z0-9\-\.]+)/si', $data[2], $regs)) {
24356. $e = $regs[1];
24357. }
24358. break;
24359. }
24360. case 'scale': {
24361. if ( preg_match('/([a-z0-9\-\.]+)[\,\s]+([a-z0-9\-\.]+)/si', $data[2], $regs)) {
24362. $a = $regs[1];
24363. $d = $regs[2];
24364. } elseif ( preg_match('/([a-z0-9\-\.]+)/si', $data[2], $regs)) {
24365. $a = $regs[1];
24366. $d = $a;
24367. }
24368. break;
24369. }
24370. case 'rotate': {
24371. if ( preg_match('/([0-9\-\.]+)[\,\s]+([a-z0-9\-\.]+)[\,\s]+([a-z0-9\-\.]+)/si', $data[2], $regs)) {
24372. $ang = deg2rad($regs[1]);
24373. $x = $regs[2];
24374. $y = $regs[3];
24375. $a = cos($ang);
24376. $b = sin($ang);
24377. $c = -$b;
24378. $d = $a;
24379. $e = ($x * (1 - $a)) - ($y * $c);
24380. $f = ($y * (1 - $d)) - ($x * $b);
24381. } elseif ( preg_match('/([0-9\-\.]+)/si', $data[2], $regs)) {
24382. $ang = deg2rad($regs[1]);
24383. $a = cos($ang);
24384. $b = sin($ang);
24385. $c = -$b;
24386. $d = $a;
24387. $e = 0;
24388. $f = 0;
24389. }
24390. break;
24391. }
24392. case 'skewX': {
24393. if ( preg_match('/([0-9\-\.]+)/si', $data[2], $regs)) {
24394. $c = tan( deg2rad($regs[1]));
24395. }
24396. break;
24397. }
24398. case 'skewY': {
24399. if ( preg_match('/([0-9\-\.]+)/si', $data[2], $regs)) {
24400. $b = tan( deg2rad($regs[1]));
24401. }
24402. break;
24403. }
24404. }
24405. $tm = $this-> getTransformationMatrixProduct($tm, array($a, $b, $c, $d, $e, $f));
24406. }
24407. }
24408. }
24409. return $tm;
24410. }
24412. /**
24413. * Get the product of two SVG tranformation matrices
24414. * @param array $ta first SVG tranformation matrix
24415. * @param array $tb second SVG tranformation matrix
24416. * @return transformation array
24417. * @author Nicola Asuni
24418. * @since 5.0.000 (2010-05-02)
24419. * @access protected
24420. */
24421. protected function getTransformationMatrixProduct($ta, $tb) {
24422. $tm = array();
24423. $tm[0] = ($ta[0] * $tb[0]) + ($ta[2] * $tb[1]);
24424. $tm[1] = ($ta[1] * $tb[0]) + ($ta[3] * $tb[1]);
24425. $tm[2] = ($ta[0] * $tb[2]) + ($ta[2] * $tb[3]);
24426. $tm[3] = ($ta[1] * $tb[2]) + ($ta[3] * $tb[3]);
24427. $tm[4] = ($ta[0] * $tb[4]) + ($ta[2] * $tb[5]) + $ta[4];
24428. $tm[5] = ($ta[1] * $tb[4]) + ($ta[3] * $tb[5]) + $ta[5];
24429. return $tm;
24430. }
24432. /**
24433. * Convert SVG transformation matrix to PDF.
24434. * @param array $tm original SVG transformation matrix
24435. * @return array transformation matrix
24436. * @access protected
24437. * @since 5.0.000 (2010-05-02)
24438. */
24439. protected function convertSVGtMatrix($tm) {
24440. $a = $tm[0];
24441. $b = -$tm[1];
24442. $c = -$tm[2];
24443. $d = $tm[3];
24444. $e = $this-> getHTMLUnitToUnits($tm[4], 1, $this-> svgunit, false) * $this-> k;
24445. $f = -$this-> getHTMLUnitToUnits($tm[5], 1, $this-> svgunit, false) * $this-> k;
24446. $x = 0;
24447. $y = $this-> h * $this-> k;
24448. $e = ($x * (1 - $a)) - ($y * $c) + $e;
24449. $f = ($y * (1 - $d)) - ($x * $b) + $f;
24450. return array($a, $b, $c, $d, $e, $f);
24451. }
24453. /**
24454. * Apply SVG graphic transformation matrix.
24455. * @param array $tm original SVG transformation matrix
24456. * @access protected
24457. * @since 5.0.000 (2010-05-02)
24458. */
24459. protected function SVGTransform($tm) {
24460. $this-> Transform($this-> convertSVGtMatrix($tm));
24461. }
24463. /**
24464. * Apply the requested SVG styles (*** TO BE COMPLETED ***)
24465. * @param array $svgstyle array of SVG styles to apply
24466. * @param array $prevsvgstyle array of previous SVG style
24467. * @param int $x X origin of the bounding box
24468. * @param int $y Y origin of the bounding box
24469. * @param int $w width of the bounding box
24470. * @param int $h height of the bounding box
24471. * @param string $clip_function clip function
24472. * @param array $clip_params array of parameters for clipping function
24473. * @return object style
24474. * @author Nicola Asuni
24475. * @since 5.0.000 (2010-05-02)
24476. * @access protected
24477. */
24478. protected function setSVGStyles($svgstyle, $prevsvgstyle, $x=0, $y=0, $w=1, $h=1, $clip_function='', $clip_params=array()) {
24479. $objstyle = '';
24480. if(!isset($svgstyle['opacity'])) {
24481. return $objstyle;
24482. }
24483. // clip-path
24484. $regs = array();
24485. if ( preg_match('/url\([\s]*\#([^\)]*)\)/si', $svgstyle['clip-path'], $regs)) {
24486. $clip_path = $this-> svgclippaths[$regs[1]];
24487. foreach ($clip_path as $cp) {
24488. $this-> startSVGElementHandler('clip-path', $cp['name'], $cp['attribs'], $cp['tm']);
24489. }
24490. }
24491. // opacity
24492. if ($svgstyle['opacity'] != 1) {
24493. $this->SetAlpha($svgstyle['opacity']);
24494. }
24495. // color
24496. $fill_color = $this-> convertHTMLColorToDec($svgstyle['color']);
24497. $this-> SetFillColorArray($fill_color);
24498. // text color
24499. $text_color = $this-> convertHTMLColorToDec($svgstyle['text-color']);
24500. $this-> SetTextColorArray($text_color);
24501. // clip
24502. if ( preg_match('/rect\(([a-z0-9\-\.]*)[\s]*([a-z0-9\-\.]*)[\s]*([a-z0-9\-\.]*)[\s]*([a-z0-9\-\.]*)\)/si', $svgstyle['clip'], $regs)) {
24503. $top = (isset($regs[1])?$this-> getHTMLUnitToUnits($regs[1], 0, $this-> svgunit, false):0);
24504. $right = (isset($regs[2])?$this-> getHTMLUnitToUnits($regs[2], 0, $this-> svgunit, false):0);
24505. $bottom = (isset($regs[3])?$this-> getHTMLUnitToUnits($regs[3], 0, $this-> svgunit, false):0);
24506. $left = (isset($regs[4])?$this-> getHTMLUnitToUnits($regs[4], 0, $this-> svgunit, false):0);
24507. $cx = $x + $left;
24508. $cy = $y + $top;
24509. $cw = $w - $left - $right;
24510. $ch = $h - $top - $bottom;
24511. if ($svgstyle['clip-rule'] == 'evenodd') {
24512. $clip_rule = 'CNZ';
24513. } else {
24514. $clip_rule = 'CEO';
24515. }
24516. $this-> Rect($cx, $cy, $cw, $ch, $clip_rule, array(), array());
24517. }
24518. // fill
24519. $regs = array();
24520. if ( preg_match('/url\([\s]*\#([^\)]*)\)/si', $svgstyle['fill'], $regs)) {
24521. // gradient
24522. $gradient = $this-> svggradients[$regs[1]];
24523. if (isset($gradient['xref'])) {
24524. // reference to another gradient definition
24525. $newgradient = $this-> svggradients[$gradient['xref']];
24526. $newgradient['coords'] = $gradient['coords'];
24527. $newgradient['mode'] = $gradient['mode'];
24528. $newgradient['gradientUnits'] = $gradient['gradientUnits'];
24529. if (isset($gradient['gradientTransform'])) {
24530. $newgradient['gradientTransform'] = $gradient['gradientTransform'];
24531. }
24532. $gradient = $newgradient;
24533. }
24534. //save current Graphic State
24535. $this->_out('q');
24536. //set clipping area
24537. if (! empty($clip_function) AND method_exists($this, $clip_function)) {
24538. $bbox = call_user_func_array(array($this, $clip_function), $clip_params);
24539. if ( is_array($bbox) AND ( count($bbox) == 4)) {
24540. list($x, $y, $w, $h) = $bbox;
24541. }
24542. }
24543. if ($gradient['mode'] == 'measure') {
24544. if (isset($gradient['gradientTransform']) AND ! empty($gradient['gradientTransform'])) {
24545. $gtm = $gradient['gradientTransform'];
24546. // apply transformation matrix
24547. $xa = ($gtm[0] * $gradient['coords'][0]) + ($gtm[2] * $gradient['coords'][1]) + $gtm[4];
24548. $ya = ($gtm[1] * $gradient['coords'][0]) + ($gtm[3] * $gradient['coords'][1]) + $gtm[5];
24549. $xb = ($gtm[0] * $gradient['coords'][2]) + ($gtm[2] * $gradient['coords'][3]) + $gtm[4];
24550. $yb = ($gtm[1] * $gradient['coords'][2]) + ($gtm[3] * $gradient['coords'][3]) + $gtm[5];
24551. if (isset($gradient['coords'][4])) {
24552. $gradient['coords'][4] = sqrt( pow(($gtm[0] * $gradient['coords'][4]), 2) + pow(($gtm[1] * $gradient['coords'][4]), 2));
24553. }
24554. $gradient['coords'][0] = $xa;
24555. $gradient['coords'][1] = $ya;
24556. $gradient['coords'][2] = $xb;
24557. $gradient['coords'][3] = $yb;
24559. }
24560. // convert SVG coordinates to user units
24561. $gradient['coords'][0] = $this-> getHTMLUnitToUnits($gradient['coords'][0], 0, $this-> svgunit, false);
24562. $gradient['coords'][1] = $this-> getHTMLUnitToUnits($gradient['coords'][1], 0, $this-> svgunit, false);
24563. $gradient['coords'][2] = $this-> getHTMLUnitToUnits($gradient['coords'][2], 0, $this-> svgunit, false);
24564. $gradient['coords'][3] = $this-> getHTMLUnitToUnits($gradient['coords'][3], 0, $this-> svgunit, false);
24565. if (isset($gradient['coords'][4])) {
24566. $gradient['coords'][4] = $this-> getHTMLUnitToUnits($gradient['coords'][4], 0, $this-> svgunit, false);
24567. }
24568. // shift units
24569. if ($gradient['gradientUnits'] == 'objectBoundingBox') {
24570. // convert to SVG coordinate system
24571. $gradient['coords'][0] += $x;
24572. $gradient['coords'][1] += $y;
24573. $gradient['coords'][2] += $x;
24574. $gradient['coords'][3] += $y;
24575. }
24576. // calculate percentages
24577. $gradient['coords'][0] = ($gradient['coords'][0] - $x) / $w;
24578. $gradient['coords'][1] = ($gradient['coords'][1] - $y) / $h;
24579. $gradient['coords'][2] = ($gradient['coords'][2] - $x) / $w;
24580. $gradient['coords'][3] = ($gradient['coords'][3] - $y) / $h;
24581. if (isset($gradient['coords'][4])) {
24582. $gradient['coords'][4] /= $w;
24583. }
24584. // fix values
24585. foreach($gradient['coords'] as $key => $val) {
24586. if ($val < 0) {
24587. $gradient['coords'][$key] = 0;
24588. } elseif ($val > 1) {
24589. $gradient['coords'][$key] = 1;
24590. }
24591. }
24592. if (($gradient['type'] == 2) AND ($gradient['coords'][0] == $gradient['coords'][2]) AND ($gradient['coords'][1] == $gradient['coords'][3])) {
24593. // single color (no shading)
24594. $gradient['coords'][0] = 1;
24595. $gradient['coords'][1] = 0;
24596. $gradient['coords'][2] = 0.999;
24597. $gradient['coords'][3] = 0;
24598. }
24599. }
24600. // swap Y coordinates
24601. $tmp = $gradient['coords'][1];
24602. $gradient['coords'][1] = $gradient['coords'][3];
24603. $gradient['coords'][3] = $tmp;
24604. // set transformation map for gradient
24605. if (($gradient['type'] == 3) AND ($gradient['mode'] == 'measure')) {
24606. // gradient is always circular
24607. $cy = $this-> h - $y - ($gradient['coords'][1] * ($w + $h));
24608. $this->_out( sprintf('%.3F 0 0 %.3F %.3F %.3F cm', $w*$this-> k, $w*$this-> k, $x*$this-> k, $cy*$this-> k));
24609. } else {
24610. $this->_out( sprintf('%.3F 0 0 %.3F %.3F %.3F cm', $w*$this-> k, $h*$this-> k, $x*$this-> k, ($this-> h-($y+$h))*$this-> k));
24611. }
24612. if ( count($gradient['stops']) > 1) {
24613. $this-> Gradient($gradient['type'], $gradient['coords'], $gradient['stops'], array(), false);
24614. }
24615. } elseif ($svgstyle['fill'] != 'none') {
24616. $fill_color = $this-> convertHTMLColorToDec($svgstyle['fill']);
24617. if ($svgstyle['fill-opacity'] != 1) {
24618. $this->SetAlpha($svgstyle['fill-opacity']);
24619. }
24620. $this-> SetFillColorArray($fill_color);
24621. if ($svgstyle['fill-rule'] == 'evenodd') {
24622. $objstyle .= 'F*';
24623. } else {
24624. $objstyle .= 'F';
24625. }
24626. }
24627. // stroke
24628. if ($svgstyle['stroke'] != 'none') {
24629. $stroke_style = array(
24630. 'color' => $this-> convertHTMLColorToDec($svgstyle['stroke']),
24631. 'width' => $this-> getHTMLUnitToUnits($svgstyle['stroke-width'], 0, $this-> svgunit, false),
24632. 'cap' => $svgstyle['stroke-linecap'],
24633. 'join' => $svgstyle['stroke-linejoin']
24634. );
24635. if (isset($svgstyle['stroke-dasharray']) AND ! empty($svgstyle['stroke-dasharray']) AND ($svgstyle['stroke-dasharray'] != 'none')) {
24636. $stroke_style['dash'] = $svgstyle['stroke-dasharray'];
24637. }
24638. $this-> SetLineStyle($stroke_style);
24639. $objstyle .= 'D';
24640. }
24641. // font
24642. $regs = array();
24643. if (! empty($svgstyle['font'])) {
24644. if ( preg_match('/font-family[\s]*:[\s]*([^\;\"]*)/si', $svgstyle['font'], $regs)) {
24645. $font_family = $this-> getFontFamilyName($regs[1]);
24646. } else {
24647. $font_family = $svgstyle['font-family'];
24648. }
24649. if ( preg_match('/font-size[\s]*:[\s]*([^\s\;\"]*)/si', $svgstyle['font'], $regs)) {
24650. $font_size = trim($regs[1]);
24651. } else {
24652. $font_size = $svgstyle['font-size'];
24653. }
24654. if ( preg_match('/font-style[\s]*:[\s]*([^\s\;\"]*)/si', $svgstyle['font'], $regs)) {
24655. $font_style = trim($regs[1]);
24656. } else {
24657. $font_style = $svgstyle['font-style'];
24658. }
24659. if ( preg_match('/font-weight[\s]*:[\s]*([^\s\;\"]*)/si', $svgstyle['font'], $regs)) {
24660. $font_weight = trim($regs[1]);
24661. } else {
24662. $font_weight = $svgstyle['font-weight'];
24663. }
24664. if ( preg_match('/font-stretch[\s]*:[\s]*([^\s\;\"]*)/si', $svgstyle['font'], $regs)) {
24665. $font_stretch = trim($regs[1]);
24666. } else {
24667. $font_stretch = $svgstyle['font-stretch'];
24668. }
24669. if ( preg_match('/letter-spacing[\s]*:[\s]*([^\s\;\"]*)/si', $svgstyle['font'], $regs)) {
24670. $font_spacing = trim($regs[1]);
24671. } else {
24672. $font_spacing = $svgstyle['letter-spacing'];
24673. }
24674. } else {
24675. $font_family = $this-> getFontFamilyName($svgstyle['font-family']);
24676. $font_size = $svgstyle['font-size'];
24677. $font_style = $svgstyle['font-style'];
24678. $font_weight = $svgstyle['font-weight'];
24679. $font_stretch = $svgstyle['font-stretch'];
24680. $font_spacing = $svgstyle['letter-spacing'];
24681. }
24682. $font_size = $this-> getHTMLUnitToUnits($font_size, $prevsvgstyle['font-size'], $this-> svgunit, false) * $this-> k;
24683. $font_stretch = $this-> getCSSFontStretching($font_stretch, $svgstyle['font-stretch']);
24684. $font_spacing = $this-> getCSSFontSpacing($font_spacing, $svgstyle['letter-spacing']);
24685. switch ($font_style) {
24686. case 'italic': {
24687. $font_style = 'I';
24688. break;
24689. }
24690. case 'oblique': {
24691. $font_style = 'I';
24692. break;
24693. }
24694. default:
24695. case 'normal': {
24696. $font_style = '';
24697. break;
24698. }
24699. }
24700. switch ($font_weight) {
24701. case 'bold':
24702. case 'bolder': {
24703. $font_style .= 'B';
24704. break;
24705. }
24706. }
24707. switch ($svgstyle['text-decoration']) {
24708. case 'underline': {
24709. $font_style .= 'U';
24710. break;
24711. }
24712. case 'overline': {
24713. $font_style .= 'O';
24714. break;
24715. }
24716. case 'line-through': {
24717. $font_style .= 'D';
24718. break;
24719. }
24720. default:
24721. case 'none': {
24722. break;
24723. }
24724. }
24725. $this-> SetFont($font_family, $font_style, $font_size);
24726. $this-> setFontStretching($font_stretch);
24727. $this-> setFontSpacing($font_spacing);
24728. return $objstyle;
24729. }
24731. /**
24732. * Draws an SVG path
24733. * @param string $d attribute d of the path SVG element
24734. * @param string $style Style of rendering. Possible values are:
24735. * <ul>
24736. * <li>D or empty string: Draw (default).</li>
24737. * <li>F: Fill.</li>
24738. * <li>F*: Fill using the even-odd rule to determine which regions lie inside the clipping path.</li>
24739. * <li>DF or FD: Draw and fill.</li>
24740. * <li>DF* or FD*: Draw and fill using the even-odd rule to determine which regions lie inside the clipping path.</li>
24741. * <li>CNZ: Clipping mode (using the even-odd rule to determine which regions lie inside the clipping path).</li>
24742. * <li>CEO: Clipping mode (using the nonzero winding number rule to determine which regions lie inside the clipping path).</li>
24743. * </ul>
24744. * @return array of container box measures (x, y, w, h)
24745. * @author Nicola Asuni
24746. * @since 5.0.000 (2010-05-02)
24747. * @access protected
24748. */
24749. protected function SVGPath($d, $style='') {
24750. // set fill/stroke style
24751. $op = $this-> getPathPaintOperator($style, '');
24752. if (empty($op)) {
24753. return;
24754. }
24755. $paths = array();
24756. $d = str_replace('-', ' -', $d);
24757. $d = str_replace('+', ' +', $d);
24758. preg_match_all('/([a-zA-Z])[\s]*([^a-zA-Z\"]*)/si', $d, $paths, PREG_SET_ORDER);
24759. $x = 0;
24760. $y = 0;
24761. $x1 = 0;
24762. $y1 = 0;
24763. $x2 = 0;
24764. $y2 = 0;
24765. $xmin = 2147483647;
24766. $xmax = 0;
24767. $ymin = 2147483647;
24768. $ymax = 0;
24769. $relcoord = false;
24770. // draw curve pieces
24771. foreach ($paths as $key => $val) {
24772. // get curve type
24773. $cmd = trim($val[1]);
24774. if ( strtolower($cmd) == $cmd) {
24775. // use relative coordinated instead of absolute
24776. $relcoord = true;
24777. $xoffset = $x;
24778. $yoffset = $y;
24779. } else {
24780. $relcoord = false;
24781. $xoffset = 0;
24782. $yoffset = 0;
24783. }
24784. $params = array();
24785. if (isset($val[2])) {
24786. // get curve parameters
24787. $rawparams = preg_split('/([\,\s]+)/si', trim($val[2]));
24788. $params = array();
24789. foreach ($rawparams as $ck => $cp) {
24790. $params[$ck] = $this-> getHTMLUnitToUnits($cp, 0, $this-> svgunit, false);
24791. }
24792. }
24793. switch ( strtoupper($cmd)) {
24794. case 'M': { // moveto
24795. foreach ($params as $ck => $cp) {
24796. if (($ck % 2) == 0) {
24797. $x = $cp + $xoffset;
24798. } else {
24799. $y = $cp + $yoffset;
24800. if ($ck == 1) {
24801. $this->_outPoint($x, $y);
24802. } else {
24803. $this->_outLine($x, $y);
24804. }
24805. $xmin = min($xmin, $x);
24806. $ymin = min($ymin, $y);
24807. $xmax = max($xmax, $x);
24808. $ymax = max($ymax, $y);
24809. if ($relcoord) {
24810. $xoffset = $x;
24811. $yoffset = $y;
24812. }
24813. }
24814. }
24815. break;
24816. }
24817. case 'L': { // lineto
24818. foreach ($params as $ck => $cp) {
24819. if (($ck % 2) == 0) {
24820. $x = $cp + $xoffset;
24821. } else {
24822. $y = $cp + $yoffset;
24823. $this->_outLine($x, $y);
24824. $xmin = min($xmin, $x);
24825. $ymin = min($ymin, $y);
24826. $xmax = max($xmax, $x);
24827. $ymax = max($ymax, $y);
24828. if ($relcoord) {
24829. $xoffset = $x;
24830. $yoffset = $y;
24831. }
24832. }
24833. }
24834. break;
24835. }
24836. case 'H': { // horizontal lineto
24837. foreach ($params as $ck => $cp) {
24838. $x = $cp + $xoffset;
24839. $this->_outLine($x, $y);
24840. $xmin = min($xmin, $x);
24841. $xmax = max($xmax, $x);
24842. if ($relcoord) {
24843. $xoffset = $x;
24844. }
24845. }
24846. break;
24847. }
24848. case 'V': { // vertical lineto
24849. foreach ($params as $ck => $cp) {
24850. $y = $cp + $yoffset;
24851. $this->_outLine($x, $y);
24852. $ymin = min($ymin, $y);
24853. $ymax = max($ymax, $y);
24854. if ($relcoord) {
24855. $yoffset = $y;
24856. }
24857. }
24858. break;
24859. }
24860. case 'C': { // curveto
24861. foreach ($params as $ck => $cp) {
24862. $params[$ck] = $cp;
24863. if ((($ck + 1) % 6) == 0) {
24864. $x1 = $params[($ck - 5)] + $xoffset;
24865. $y1 = $params[($ck - 4)] + $yoffset;
24866. $x2 = $params[($ck - 3)] + $xoffset;
24867. $y2 = $params[($ck - 2)] + $yoffset;
24868. $x = $params[($ck - 1)] + $xoffset;
24869. $y = $params[($ck)] + $yoffset;
24870. $this->_outCurve($x1, $y1, $x2, $y2, $x, $y);
24871. $xmin = min($xmin, $x, $x1, $x2);
24872. $ymin = min($ymin, $y, $y1, $y2);
24873. $xmax = max($xmax, $x, $x1, $x2);
24874. $ymax = max($ymax, $y, $y1, $y2);
24875. if ($relcoord) {
24876. $xoffset = $x;
24877. $yoffset = $y;
24878. }
24879. }
24880. }
24881. break;
24882. }
24883. case 'S': { // shorthand/smooth curveto
24884. foreach ($params as $ck => $cp) {
24885. $params[$ck] = $cp;
24886. if ((($ck + 1) % 4) == 0) {
24887. if (($key > 0) AND (( strtoupper($paths[($key - 1)][1]) == 'C') OR ( strtoupper($paths[($key - 1)][1]) == 'S'))) {
24888. $x1 = (2 * $x) - $x2;
24889. $y1 = (2 * $y) - $y2;
24890. } else {
24891. $x1 = $x;
24892. $y1 = $y;
24893. }
24894. $x2 = $params[($ck - 3)] + $xoffset;
24895. $y2 = $params[($ck - 2)] + $yoffset;
24896. $x = $params[($ck - 1)] + $xoffset;
24897. $y = $params[($ck)] + $yoffset;
24898. $this->_outCurve($x1, $y1, $x2, $y2, $x, $y);
24899. $xmin = min($xmin, $x, $x1, $x2);
24900. $ymin = min($ymin, $y, $y1, $y2);
24901. $xmax = max($xmax, $x, $x1, $x2);
24902. $ymax = max($ymax, $y, $y1, $y2);
24903. if ($relcoord) {
24904. $xoffset = $x;
24905. $yoffset = $y;
24906. }
24907. }
24908. }
24909. break;
24910. }
24911. case 'Q': { // quadratic Bézier curveto
24912. foreach ($params as $ck => $cp) {
24913. $params[$ck] = $cp;
24914. if ((($ck + 1) % 4) == 0) {
24915. // convert quadratic points to cubic points
24916. $x1 = $params[($ck - 3)] + $xoffset;
24917. $y1 = $params[($ck - 2)] + $yoffset;
24918. $xa = ($x + (2 * $x1)) / 3;
24919. $ya = ($y + (2 * $y1)) / 3;
24920. $x = $params[($ck - 1)] + $xoffset;
24921. $y = $params[($ck)] + $yoffset;
24922. $xb = ($x + (2 * $x1)) / 3;
24923. $yb = ($y + (2 * $y1)) / 3;
24924. $this->_outCurve($xa, $ya, $xb, $yb, $x, $y);
24925. $xmin = min($xmin, $x, $xa, $xb);
24926. $ymin = min($ymin, $y, $ya, $yb);
24927. $xmax = max($xmax, $x, $xa, $xb);
24928. $ymax = max($ymax, $y, $ya, $yb);
24929. if ($relcoord) {
24930. $xoffset = $x;
24931. $yoffset = $y;
24932. }
24933. }
24934. }
24935. break;
24936. }
24937. case 'T': { // shorthand/smooth quadratic Bézier curveto
24938. foreach ($params as $ck => $cp) {
24939. $params[$ck] = $cp;
24940. if (($ck % 2) != 0) {
24941. if (($key > 0) AND (( strtoupper($paths[($key - 1)][1]) == 'Q') OR ( strtoupper($paths[($key - 1)][1]) == 'T'))) {
24942. $x1 = (2 * $x) - $x1;
24943. $y1 = (2 * $y) - $y1;
24944. } else {
24945. $x1 = $x;
24946. $y1 = $y;
24947. }
24948. // convert quadratic points to cubic points
24949. $xa = ($x + (2 * $x1)) / 3;
24950. $ya = ($y + (2 * $y1)) / 3;
24951. $x = $params[($ck - 1)] + $xoffset;
24952. $y = $params[($ck)] + $yoffset;
24953. $xb = ($x + (2 * $x1)) / 3;
24954. $yb = ($y + (2 * $y1)) / 3;
24955. $this->_outCurve($xa, $ya, $xb, $yb, $x, $y);
24956. $xmin = min($xmin, $x, $x1, $x2);
24957. $ymin = min($ymin, $y, $y1, $y2);
24958. $xmax = max($xmax, $x, $x1, $x2);
24959. $ymax = max($ymax, $y, $y1, $y2);
24960. if ($relcoord) {
24961. $xoffset = $x;
24962. $yoffset = $y;
24963. }
24964. }
24965. }
24966. break;
24967. }
24968. case 'A': { // elliptical arc
24969. foreach ($params as $ck => $cp) {
24970. $params[$ck] = $cp;
24971. if ((($ck + 1) % 7) == 0) {
24972. $x0 = $x;
24973. $y0 = $y;
24974. $rx = abs($params[($ck - 6)]);
24975. $ry = abs($params[($ck - 5)]);
24976. $ang = -$rawparams[($ck - 4)];
24977. $angle = deg2rad($ang);
24978. $fa = $rawparams[($ck - 3)]; // large-arc-flag
24979. $fs = $rawparams[($ck - 2)]; // sweep-flag
24980. $x = $params[($ck - 1)] + $xoffset;
24981. $y = $params[$ck] + $yoffset;
24982. $cos_ang = cos($angle);
24983. $sin_ang = sin($angle);
24984. $a = ($x0 - $x) / 2;
24985. $b = ($y0 - $y) / 2;
24986. $xa = ($a * $cos_ang) - ($b * $sin_ang);
24987. $ya = ($a * $sin_ang) + ($b * $cos_ang);
24988. $rx2 = $rx * $rx;
24989. $ry2 = $ry * $ry;
24990. $xa2 = $xa * $xa;
24991. $ya2 = $ya * $ya;
24992. $delta = ($xa2 / $rx2) + ($ya2 / $ry2);
24993. if ($delta > 1) {
24994. $rx *= sqrt($delta);
24995. $ry *= sqrt($delta);
24996. $rx2 = $rx * $rx;
24997. $ry2 = $ry * $ry;
24998. }
24999. $numerator = (($rx2 * $ry2) - ($rx2 * $ya2) - ($ry2 * $xa2));
25000. if ($numerator < 0) {
25001. $root = 0;
25002. } else {
25003. $root = sqrt($numerator / (($rx2 * $ya2) + ($ry2 * $xa2)));
25004. }
25005. if ($fa == $fs) {
25006. $root *= -1;
25007. }
25008. $cax = $root * (($rx * $ya) / $ry);
25009. $cay = -$root * (($ry * $xa) / $rx);
25010. // coordinates of ellipse center
25011. $cx = ($cax * $cos_ang) - ($cay * $sin_ang) + (($x0 + $x) / 2);
25012. $cy = ($cax * $sin_ang) + ($cay * $cos_ang) + (($y0 + $y) / 2);
25013. // get angles
25014. $angs = $this-> getVectorsAngle(1, 0, (($xa - $cax) / $rx), (($cay - $ya) / $ry));
25015. $dang = $this-> getVectorsAngle((($xa - $cax) / $rx), (($ya - $cay) / $ry), ((-$xa - $cax) / $rx), ((-$ya - $cay) / $ry));
25016. if (($fs == 0) AND ($dang > 0)) {
25017. $dang -= (2 * M_PI);
25018. } elseif (($fs == 1) AND ($dang < 0)) {
25019. $dang += (2 * M_PI);
25020. }
25021. $angf = $angs - $dang;
25022. if (($fs == 1) AND ($angs > $angf)) {
25023. $tmp = $angs;
25024. $angs = $angf;
25025. $angf = $tmp;
25026. }
25027. $angs = rad2deg($angs);
25028. $angf = rad2deg($angf);
25029. $pie = false;
25030. if ((isset($paths[($key + 1)][1])) AND ( trim($paths[($key + 1)][1]) == 'z')) {
25031. $pie = true;
25032. }
25033. $this->_outellipticalarc($cx, $cy, $rx, $ry, $ang, $angs, $angf, $pie, 2);
25034. $this->_outPoint($x, $y);
25035. $xmin = min($xmin, $x);
25036. $ymin = min($ymin, $y);
25037. $xmax = max($xmax, $x);
25038. $ymax = max($ymax, $y);
25039. if ($relcoord) {
25040. $xoffset = $x;
25041. $yoffset = $y;
25042. }
25043. }
25044. }
25045. break;
25046. }
25047. case 'Z': {
25048. $this->_out('h');
25049. break;
25050. }
25051. }
25052. } // end foreach
25053. if (! empty($op)) {
25054. $this->_out($op);
25055. }
25056. return array($xmin, $ymin, ($xmax - $xmin), ($ymax - $ymin));
25057. }
25059. /**
25060. * Returns the angle in radiants between two vectors
25061. * @param int $x1 X coordiante of first vector point
25062. * @param int $y1 Y coordiante of first vector point
25063. * @param int $x2 X coordiante of second vector point
25064. * @param int $y2 Y coordiante of second vector point
25065. * @author Nicola Asuni
25066. * @since 5.0.000 (2010-05-04)
25067. * @access protected
25068. */
25069. protected function getVectorsAngle($x1, $y1, $x2, $y2) {
25070. $dprod = ($x1 * $x2) + ($y1 * $y2);
25071. $dist1 = sqrt(($x1 * $x1) + ($y1 * $y1));
25072. $dist2 = sqrt(($x2 * $x2) + ($y2 * $y2));
25073. $angle = acos($dprod / ($dist1 * $dist2));
25074. if ( is_nan($angle)) {
25075. $angle = M_PI;
25076. }
25077. if ((($x1 * $y2) - ($x2 * $y1)) < 0) {
25078. $angle *= -1;
25079. }
25080. return $angle;
25081. }
25083. /**
25084. * Sets the opening SVG element handler function for the XML parser. (*** TO BE COMPLETED ***)
25085. * @param resource $parser The first parameter, parser, is a reference to the XML parser calling the handler.
25086. * @param string $name The second parameter, name, contains the name of the element for which this handler is called. If case-folding is in effect for this parser, the element name will be in uppercase letters.
25087. * @param array $attribs The third parameter, attribs, contains an associative array with the element's attributes (if any). The keys of this array are the attribute names, the values are the attribute values. Attribute names are case-folded on the same criteria as element names. Attribute values are not case-folded. The original order of the attributes can be retrieved by walking through attribs the normal way, using each(). The first key in the array was the first attribute, and so on.
25088. * @param array $ctm tranformation matrix for clipping mode (starting transformation matrix).
25089. * @author Nicola Asuni
25090. * @since 5.0.000 (2010-05-02)
25091. * @access protected
25092. */
25093. protected function startSVGElementHandler($parser, $name, $attribs, $ctm=array()) {
25094. // check if we are in clip mode
25095. if ($this-> svgclipmode) {
25096. $this-> svgclippaths[$this-> svgclipid][] = array('name' => $name, 'attribs' => $attribs, 'tm' => $this-> svgcliptm[$this-> svgclipid]);
25097. return;
25098. }
25099. if ($this-> svgdefsmode AND ! in_array($name, array('clipPath', 'linearGradient', 'radialGradient', 'stop'))) {
25100. if (!isset($attribs['id'])) {
25101. $attribs['id'] = 'DF_'.( count($this-> svgdefs) + 1);
25102. }
25103. $this-> svgdefs[$attribs['id']] = array('name' => $name, 'attribs' => $attribs);
25104. return;
25105. }
25106. $clipping = false;
25107. if ($parser == 'clip-path') {
25108. // set clipping mode
25109. $clipping = true;
25110. }
25111. // get styling properties
25112. $prev_svgstyle = $this-> svgstyles[( count($this-> svgstyles) - 1)]; // previous style
25113. $svgstyle = $this-> svgstyles[0]; // set default style
25114. if (isset($attribs['style']) AND !$this-> empty_string($attribs['style'])) {
25115. // fix style for regular expression
25116. $attribs['style'] = ';'.$attribs['style'];
25117. }
25118. foreach ($prev_svgstyle as $key => $val) {
25119. if ( in_array($key, $this-> svginheritprop)) {
25120. // inherit previous value
25121. $svgstyle[$key] = $val;
25122. }
25123. if (isset($attribs[$key]) AND !$this-> empty_string($attribs[$key])) {
25124. // specific attribute settings
25125. if ($attribs[$key] == 'inherit') {
25126. $svgstyle[$key] = $val;
25127. } else {
25128. $svgstyle[$key] = $attribs[$key];
25129. }
25130. } elseif (isset($attribs['style']) AND !$this-> empty_string($attribs['style'])) {
25131. // CSS style syntax
25132. $attrval = array();
25133. if ( preg_match('/[;\"\s]{1}'.$key.'[\s]*:[\s]*([^;\"]*)/si', $attribs['style'], $attrval) AND isset($attrval[1])) {
25134. if ($attrval[1] == 'inherit') {
25135. $svgstyle[$key] = $val;
25136. } else {
25137. $svgstyle[$key] = $attrval[1];
25138. }
25139. }
25140. }
25141. }
25142. // transformation matrix
25143. if (! empty($ctm)) {
25144. $tm = $ctm;
25145. } else {
25146. $tm = $this-> svgstyles[( count($this-> svgstyles) - 1)]['transfmatrix'];
25147. }
25148. if (isset($attribs['transform']) AND ! empty($attribs['transform'])) {
25149. $tm = $this-> getTransformationMatrixProduct($tm, $this-> getSVGTransformMatrix($attribs['transform']));
25150. }
25151. $svgstyle['transfmatrix'] = $tm;
25152. $invisible = false;
25153. if (($svgstyle['visibility'] == 'hidden') OR ($svgstyle['visibility'] == 'collapse') OR ($svgstyle['display'] == 'none')) {
25154. // the current graphics element is invisible (nothing is painted)
25155. $invisible = true;
25156. }
25157. // process tag
25158. switch($name) {
25159. case 'defs': {
25160. $this-> svgdefsmode = true;
25161. break;
25162. }
25163. // clipPath
25164. case 'clipPath': {
25165. if ($invisible) {
25166. break;
25167. }
25168. $this-> svgclipmode = true;
25169. if (!isset($attribs['id'])) {
25170. $attribs['id'] = 'CP_'.( count($this-> svgcliptm) + 1);
25171. }
25172. $this-> svgclipid = $attribs['id'];
25173. $this-> svgclippaths[$this-> svgclipid] = array();
25174. $this-> svgcliptm[$this-> svgclipid] = $tm;
25175. break;
25176. }
25177. case 'svg': {
25178. // start of SVG object
25179. break;
25180. }
25181. case 'g': {
25182. // group together related graphics elements
25183. array_push($this-> svgstyles, $svgstyle);
25184. $this-> StartTransform();
25185. $this-> setSVGStyles($svgstyle, $prev_svgstyle);
25186. break;
25187. }
25188. case 'linearGradient': {
25189. if (!isset($attribs['id'])) {
25190. $attribs['id'] = 'GR_'.( count($this-> svggradients) + 1);
25191. }
25192. $this-> svggradientid = $attribs['id'];
25193. $this-> svggradients[$this-> svggradientid] = array();
25194. $this-> svggradients[$this-> svggradientid]['type'] = 2;
25195. $this-> svggradients[$this-> svggradientid]['stops'] = array();
25196. if (isset($attribs['gradientUnits'])) {
25197. $this-> svggradients[$this-> svggradientid]['gradientUnits'] = $attribs['gradientUnits'];
25198. } else {
25199. $this-> svggradients[$this-> svggradientid]['gradientUnits'] = 'objectBoundingBox';
25200. }
25201. //$attribs['spreadMethod']
25202. $x1 = (isset($attribs['x1'])?$attribs['x1']:0);
25203. $y1 = (isset($attribs['y1'])?$attribs['y1']:0);
25204. $x2 = (isset($attribs['x2'])?$attribs['x2']:1);
25205. $y2 = (isset($attribs['y2'])?$attribs['y2']:0);
25206. if (isset($attribs['x1']) AND ( substr($attribs['x1'], -1) != '%')) {
25207. $this-> svggradients[$this-> svggradientid]['mode'] = 'measure';
25208. } else {
25209. $this-> svggradients[$this-> svggradientid]['mode'] = 'percentage';
25210. }
25211. if (isset($attribs['gradientTransform'])) {
25212. $this-> svggradients[$this-> svggradientid]['gradientTransform'] = $this-> getSVGTransformMatrix($attribs['gradientTransform']);
25213. }
25214. $this-> svggradients[$this-> svggradientid]['coords'] = array($x1, $y1, $x2, $y2);
25215. if (isset($attribs['xlink:href']) AND ! empty($attribs['xlink:href'])) {
25216. // gradient is defined on another place
25217. $this-> svggradients[$this-> svggradientid]['xref'] = substr($attribs['xlink:href'], 1);
25218. }
25219. break;
25220. }
25221. case 'radialGradient': {
25222. if (!isset($attribs['id'])) {
25223. $attribs['id'] = 'GR_'.( count($this-> svggradients) + 1);
25224. }
25225. $this-> svggradientid = $attribs['id'];
25226. $this-> svggradients[$this-> svggradientid] = array();
25227. $this-> svggradients[$this-> svggradientid]['type'] = 3;
25228. $this-> svggradients[$this-> svggradientid]['stops'] = array();
25229. if (isset($attribs['gradientUnits'])) {
25230. $this-> svggradients[$this-> svggradientid]['gradientUnits'] = $attribs['gradientUnits'];
25231. } else {
25232. $this-> svggradients[$this-> svggradientid]['gradientUnits'] = 'objectBoundingBox';
25233. }
25234. //$attribs['spreadMethod']
25235. $cx = (isset($attribs['cx'])?$attribs['cx']:0.5);
25236. $cy = (isset($attribs['cy'])?$attribs['cy']:0.5);
25237. $fx = (isset($attribs['fx'])?$attribs['fx']:$cx);
25238. $fy = (isset($attribs['fy'])?$attribs['fy']:$cy);
25239. $r = (isset($attribs['r'])?$attribs['r']:0.5);
25240. if (isset($attribs['cx']) AND ( substr($attribs['cx'], -1) != '%')) {
25241. $this-> svggradients[$this-> svggradientid]['mode'] = 'measure';
25242. } else {
25243. $this-> svggradients[$this-> svggradientid]['mode'] = 'percentage';
25244. }
25245. if (isset($attribs['gradientTransform'])) {
25246. $this-> svggradients[$this-> svggradientid]['gradientTransform'] = $this-> getSVGTransformMatrix($attribs['gradientTransform']);
25247. }
25248. $this-> svggradients[$this-> svggradientid]['coords'] = array($cx, $cy, $fx, $fy, $r);
25249. if (isset($attribs['xlink:href']) AND ! empty($attribs['xlink:href'])) {
25250. // gradient is defined on another place
25251. $this-> svggradients[$this-> svggradientid]['xref'] = substr($attribs['xlink:href'], 1);
25252. }
25253. break;
25254. }
25255. case 'stop': {
25256. // gradient stops
25257. if ( substr($attribs['offset'], -1) == '%') {
25258. $offset = floatval( substr($attribs['offset'], -1)) / 100;
25259. } else {
25260. $offset = floatval($attribs['offset']);
25261. if ($offset > 1) {
25262. $offset /= 100;
25263. }
25264. }
25265. $stop_color = isset($svgstyle['stop-color'])?$this-> convertHTMLColorToDec($svgstyle['stop-color']):'black';
25266. $opacity = isset($svgstyle['stop-opacity'])?$svgstyle['stop-opacity']:1;
25267. $this-> svggradients[$this-> svggradientid]['stops'][] = array('offset' => $offset, 'color' => $stop_color, 'opacity' => $opacity);
25268. break;
25269. }
25270. // paths
25271. case 'path': {
25272. if ($invisible) {
25273. break;
25274. }
25275. $d = trim($attribs['d']);
25276. if ($clipping) {
25277. $this-> SVGTransform($tm);
25278. $this-> SVGPath($d, 'CNZ');
25279. } else {
25280. $this-> StartTransform();
25281. $this-> SVGTransform($tm);
25282. $obstyle = $this-> setSVGStyles($svgstyle, $prev_svgstyle, 0, 0, 1, 1, 'SVGPath', array($d, 'CNZ'));
25283. if (! empty($obstyle)) {
25284. $this-> SVGPath($d, $obstyle);
25285. }
25286. $this-> StopTransform();
25287. }
25288. break;
25289. }
25290. // shapes
25291. case 'rect': {
25292. if ($invisible) {
25293. break;
25294. }
25295. $x = (isset($attribs['x'])?$this-> getHTMLUnitToUnits($attribs['x'], 0, $this-> svgunit, false):0);
25296. $y = (isset($attribs['y'])?$this-> getHTMLUnitToUnits($attribs['y'], 0, $this-> svgunit, false):0);
25297. $w = (isset($attribs['width'])?$this-> getHTMLUnitToUnits($attribs['width'], 0, $this-> svgunit, false):0);
25298. $h = (isset($attribs['height'])?$this-> getHTMLUnitToUnits($attribs['height'], 0, $this-> svgunit, false):0);
25299. $rx = (isset($attribs['rx'])?$this-> getHTMLUnitToUnits($attribs['rx'], 0, $this-> svgunit, false):0);
25300. $ry = (isset($attribs['ry'])?$this-> getHTMLUnitToUnits($attribs['ry'], 0, $this-> svgunit, false):$rx);
25301. if ($clipping) {
25302. $this-> SVGTransform($tm);
25303. $this-> RoundedRectXY($x, $y, $w, $h, $rx, $ry, '1111', 'CNZ', array(), array());
25304. } else {
25305. $this-> StartTransform();
25306. $this-> SVGTransform($tm);
25307. $obstyle = $this-> setSVGStyles($svgstyle, $prev_svgstyle, $x, $y, $w, $h, 'RoundedRectXY', array($x, $y, $w, $h, $rx, $ry, '1111', 'CNZ'));
25308. if (! empty($obstyle)) {
25309. $this-> RoundedRectXY($x, $y, $w, $h, $rx, $ry, '1111', $obstyle, array(), array());
25310. }
25311. $this-> StopTransform();
25312. }
25313. break;
25314. }
25315. case 'circle': {
25316. if ($invisible) {
25317. break;
25318. }
25319. $cx = (isset($attribs['cx'])?$this-> getHTMLUnitToUnits($attribs['cx'], 0, $this-> svgunit, false):0);
25320. $cy = (isset($attribs['cy'])?$this-> getHTMLUnitToUnits($attribs['cy'], 0, $this-> svgunit, false):0);
25321. $r = (isset($attribs['r'])?$this-> getHTMLUnitToUnits($attribs['r'], 0, $this-> svgunit, false):0);
25322. $x = $cx - $r;
25323. $y = $cy - $r;
25324. $w = 2 * $r;
25325. $h = $w;
25326. if ($clipping) {
25327. $this-> SVGTransform($tm);
25328. $this-> Circle($cx, $cy, $r, 0, 360, 'CNZ', array(), array(), 8);
25329. } else {
25330. $this-> StartTransform();
25331. $this-> SVGTransform($tm);
25332. $obstyle = $this-> setSVGStyles($svgstyle, $prev_svgstyle, $x, $y, $w, $h, 'Circle', array($cx, $cy, $r, 0, 360, 'CNZ'));
25333. if (! empty($obstyle)) {
25334. $this-> Circle($cx, $cy, $r, 0, 360, $obstyle, array(), array(), 8);
25335. }
25336. $this-> StopTransform();
25337. }
25338. break;
25339. }
25340. case 'ellipse': {
25341. if ($invisible) {
25342. break;
25343. }
25344. $cx = (isset($attribs['cx'])?$this-> getHTMLUnitToUnits($attribs['cx'], 0, $this-> svgunit, false):0);
25345. $cy = (isset($attribs['cy'])?$this-> getHTMLUnitToUnits($attribs['cy'], 0, $this-> svgunit, false):0);
25346. $rx = (isset($attribs['rx'])?$this-> getHTMLUnitToUnits($attribs['rx'], 0, $this-> svgunit, false):0);
25347. $ry = (isset($attribs['ry'])?$this-> getHTMLUnitToUnits($attribs['ry'], 0, $this-> svgunit, false):0);
25348. $x = $cx - $rx;
25349. $y = $cy - $ry;
25350. $w = 2 * $rx;
25351. $h = 2 * $ry;
25352. if ($clipping) {
25353. $this-> SVGTransform($tm);
25354. $this-> Ellipse($cx, $cy, $rx, $ry, 0, 0, 360, 'CNZ', array(), array(), 8);
25355. } else {
25356. $this-> StartTransform();
25357. $this-> SVGTransform($tm);
25358. $obstyle = $this-> setSVGStyles($svgstyle, $prev_svgstyle, $x, $y, $w, $h, 'Ellipse', array($cx, $cy, $rx, $ry, 0, 0, 360, 'CNZ'));
25359. if (! empty($obstyle)) {
25360. $this-> Ellipse($cx, $cy, $rx, $ry, 0, 0, 360, $obstyle, array(), array(), 8);
25361. }
25362. $this-> StopTransform();
25363. }
25364. break;
25365. }
25366. case 'line': {
25367. if ($invisible) {
25368. break;
25369. }
25370. $x1 = (isset($attribs['x1'])?$this-> getHTMLUnitToUnits($attribs['x1'], 0, $this-> svgunit, false):0);
25371. $y1 = (isset($attribs['y1'])?$this-> getHTMLUnitToUnits($attribs['y1'], 0, $this-> svgunit, false):0);
25372. $x2 = (isset($attribs['x2'])?$this-> getHTMLUnitToUnits($attribs['x2'], 0, $this-> svgunit, false):0);
25373. $y2 = (isset($attribs['y2'])?$this-> getHTMLUnitToUnits($attribs['y2'], 0, $this-> svgunit, false):0);
25374. $x = $x1;
25375. $y = $y1;
25376. $w = abs($x2 - $x1);
25377. $h = abs($y2 - $y1);
25378. if (!$clipping) {
25379. $this-> StartTransform();
25380. $this-> SVGTransform($tm);
25381. $obstyle = $this-> setSVGStyles($svgstyle, $prev_svgstyle, $x, $y, $w, $h, 'Line', array($x1, $y1, $x2, $y2));
25382. $this-> Line($x1, $y1, $x2, $y2);
25383. $this-> StopTransform();
25384. }
25385. break;
25386. }
25387. case 'polyline':
25388. case 'polygon': {
25389. if ($invisible) {
25390. break;
25391. }
25392. $points = (isset($attribs['points'])?$attribs['points']:'0 0');
25393. $points = trim($points);
25394. // note that point may use a complex syntax not covered here
25395. $points = preg_split('/[\,\s]+/si', $points);
25396. if ( count($points) < 4) {
25397. break;
25398. }
25399. $p = array();
25400. $xmin = 2147483647;
25401. $xmax = 0;
25402. $ymin = 2147483647;
25403. $ymax = 0;
25404. foreach ($points as $key => $val) {
25405. $p[$key] = $this-> getHTMLUnitToUnits($val, 0, $this-> svgunit, false);
25406. if (($key % 2) == 0) {
25407. // X coordinate
25408. $xmin = min($xmin, $p[$key]);
25409. $xmax = max($xmax, $p[$key]);
25410. } else {
25411. // Y coordinate
25412. $ymin = min($ymin, $p[$key]);
25413. $ymax = max($ymax, $p[$key]);
25414. }
25415. }
25416. $x = $xmin;
25417. $y = $ymin;
25418. $w = ($xmax - $xmin);
25419. $h = ($ymax - $ymin);
25420. if ($name == 'polyline') {
25421. $this-> StartTransform();
25422. $this-> SVGTransform($tm);
25423. $obstyle = $this-> setSVGStyles($svgstyle, $prev_svgstyle, $x, $y, $w, $h, 'PolyLine', array($p, 'CNZ'));
25424. $this-> PolyLine($p, 'D', array(), array());
25425. $this-> StopTransform();
25426. } else { // polygon
25427. if ($clipping) {
25428. $this-> SVGTransform($tm);
25429. $this-> Polygon($p, 'CNZ', array(), array(), true);
25430. } else {
25431. $this-> StartTransform();
25432. $this-> SVGTransform($tm);
25433. $obstyle = $this-> setSVGStyles($svgstyle, $prev_svgstyle, $x, $y, $w, $h, 'Polygon', array($p, 'CNZ'));
25434. if (! empty($obstyle)) {
25435. $this-> Polygon($p, $obstyle, array(), array(), true);
25436. }
25437. $this-> StopTransform();
25438. }
25439. }
25440. break;
25441. }
25442. // image
25443. case 'image': {
25444. if ($invisible) {
25445. break;
25446. }
25447. if (!isset($attribs['xlink:href']) OR empty($attribs['xlink:href'])) {
25448. break;
25449. }
25450. $x = (isset($attribs['x'])?$this-> getHTMLUnitToUnits($attribs['x'], 0, $this-> svgunit, false):0);
25451. $y = (isset($attribs['y'])?$this-> getHTMLUnitToUnits($attribs['y'], 0, $this-> svgunit, false):0);
25452. $w = (isset($attribs['width'])?$this-> getHTMLUnitToUnits($attribs['width'], 0, $this-> svgunit, false):0);
25453. $h = (isset($attribs['height'])?$this-> getHTMLUnitToUnits($attribs['height'], 0, $this-> svgunit, false):0);
25454. $img = $attribs['xlink:href'];
25455. if (!$clipping) {
25456. $this-> StartTransform();
25457. $this-> SVGTransform($tm);
25458. $obstyle = $this-> setSVGStyles($svgstyle, $prev_svgstyle, $x, $y, $w, $h);
25459. // fix image path
25460. if (!$this-> empty_string($this-> svgdir) AND (($img{0} == '.') OR ( basename($img) == $img))) {
25461. // replace relative path with full server path
25462. $img = $this-> svgdir.'/'.$img;
25463. }
25464. if (($img{0} == '/') AND ($_SERVER['DOCUMENT_ROOT'] != '/')) {
25465. $findroot = strpos($img, $_SERVER['DOCUMENT_ROOT']);
25466. if (($findroot === false) OR ($findroot > 1)) {
25467. // replace relative path with full server path
25468. $img = $_SERVER['DOCUMENT_ROOT'].$img;
25469. }
25470. }
25471. $img = urldecode($img);
25472. $testscrtype = @ parse_url($img);
25473. if (!isset($testscrtype['query']) OR empty($testscrtype['query'])) {
25474. // convert URL to server path
25475. $img = str_replace( K_PATH_URL, K_PATH_MAIN, $img);
25476. }
25477. $this-> Image($img, $x, $y, $w, $h);
25478. $this-> StopTransform();
25479. }
25480. break;
25481. }
25482. // text
25483. case 'text':
25484. case 'tspan': {
25485. $this-> svgtextmode['invisible'] = $invisible;
25486. if ($invisible) {
25487. break;
25488. }
25489. array_push($this-> svgstyles, $svgstyle);
25490. // only basic support - advanced features must be implemented
25491. $x = (isset($attribs['x'])?$this-> getHTMLUnitToUnits($attribs['x'], 0, $this-> svgunit, false):$this-> x);
25492. $y = (isset($attribs['y'])?$this-> getHTMLUnitToUnits($attribs['y'], 0, $this-> svgunit, false):$this-> y);
25493. $svgstyle['text-color'] = $svgstyle['fill'];
25494. $this-> svgtext = '';
25495. if (isset($svgstyle['text-anchor'])) {
25496. $this-> svgtextmode['text-anchor'] = $svgstyle['text-anchor'];
25497. } else {
25498. $this-> svgtextmode['text-anchor'] = 'start';
25499. }
25500. if (isset($svgstyle['direction'])) {
25501. if ($svgstyle['direction'] == 'rtl') {
25502. $this-> svgtextmode['rtl'] = true;
25503. } else {
25504. $this-> svgtextmode['rtl'] = false;
25505. }
25506. } else {
25507. $this-> svgtextmode['rtl'] = false;
25508. }
25509. if (isset($svgstyle['stroke']) AND ($svgstyle['stroke'] != 'none') AND isset($svgstyle['stroke-width']) AND ($svgstyle['stroke-width'] > 0)) {
25510. $this-> svgtextmode['stroke'] = $this-> getHTMLUnitToUnits($svgstyle['stroke-width'], 0, $this-> svgunit, false);
25511. } else {
25512. $this-> svgtextmode['stroke'] = false;
25513. }
25514. $this-> StartTransform();
25515. $this-> SVGTransform($tm);
25516. $obstyle = $this-> setSVGStyles($svgstyle, $prev_svgstyle, $x, $y, 1, 1);
25517. $this-> x = $x;
25518. $this-> y = $y;
25519. break;
25520. }
25521. // use
25522. case 'use': {
25523. if (isset($attribs['xlink:href'])) {
25524. $use = $this-> svgdefs[ substr($attribs['xlink:href'], 1)];
25525. if (isset($attribs['xlink:href'])) {
25526. unset($attribs['xlink:href']);
25527. }
25528. if (isset($attribs['id'])) {
25529. unset($attribs['id']);
25530. }
25531. $attribs = array_merge($use['attribs'], $attribs);
25532. $this-> startSVGElementHandler($parser, $use['name'], $use['attribs']);
25533. }
25534. break;
25535. }
25536. default: {
25537. break;
25538. }
25539. } // end of switch
25540. }
25542. /**
25543. * Sets the closing SVG element handler function for the XML parser.
25544. * @param resource $parser The first parameter, parser, is a reference to the XML parser calling the handler.
25545. * @param string $name The second parameter, name, contains the name of the element for which this handler is called. If case-folding is in effect for this parser, the element name will be in uppercase letters.
25546. * @author Nicola Asuni
25547. * @since 5.0.000 (2010-05-02)
25548. * @access protected
25549. */
25550. protected function endSVGElementHandler($parser, $name) {
25551. switch($name) {
25552. case 'defs': {
25553. $this-> svgdefsmode = false;
25554. break;
25555. }
25556. // clipPath
25557. case 'clipPath': {
25558. $this-> svgclipmode = false;
25559. break;
25560. }
25561. case 'g': {
25562. // ungroup: remove last style from array
25563. array_pop($this-> svgstyles);
25564. $this-> StopTransform();
25565. break;
25566. }
25567. case 'text':
25568. case 'tspan': {
25569. if ($this-> svgtextmode['invisible']) {
25570. // This implementation must be fixed to following the rule:
25571. // If the 'visibility' property is set to hidden on a 'tspan', 'tref' or 'altGlyph' element, then the text is invisible but still takes up space in text layout calculations.
25572. break;
25573. }
25574. // print text
25575. $text = $this-> stringTrim($this-> svgtext);
25576. if ($this-> svgtextmode['text-anchor'] != 'start') {
25577. $textlen = $this-> GetStringWidth($text);
25578. // check if string is RTL text
25579. if ($this-> svgtextmode['text-anchor'] == 'end') {
25580. if ($this-> svgtextmode['rtl']) {
25581. $this-> x += $textlen;
25582. } else {
25583. $this-> x -= $textlen;
25584. }
25585. } elseif ($this-> svgtextmode['text-anchor'] == 'middle') {
25586. if ($this-> svgtextmode['rtl']) {
25587. $this-> x += ($textlen / 2);
25588. } else {
25589. $this-> x -= ($textlen / 2);
25590. }
25591. }
25592. }
25593. $textrendermode = $this-> textrendermode;
25594. $textstrokewidth = $this-> textstrokewidth;
25595. $this-> setTextRenderingMode($this-> svgtextmode['stroke'], true, false);
25596. $this-> Cell(0, 0, $text, 0, 0, '', false, '', 0, false, 'L', 'T');
25597. // restore previous rendering mode
25598. $this-> textrendermode = $textrendermode;
25599. $this-> textstrokewidth = $textstrokewidth;
25600. $this-> svgtext = '';
25601. $this-> StopTransform();
25602. array_pop($this-> svgstyles);
25603. break;
25604. }
25605. default: {
25606. break;
25607. }
25608. }
25609. }
25611. /**
25612. * Sets the character data handler function for the XML parser.
25613. * @param resource $parser The first parameter, parser, is a reference to the XML parser calling the handler.
25614. * @param string $data The second parameter, data, contains the character data as a string.
25615. * @author Nicola Asuni
25616. * @since 5.0.000 (2010-05-02)
25617. * @access protected
25618. */
25619. protected function segSVGContentHandler($parser, $data) {
25620. $this-> svgtext .= $data;
25621. }
25623. // --- END SVG METHODS -----------------------------
25625. } // END OF TCPDF CLASS
25627. //============================================================+
25628. // END OF FILE
25629. //============================================================+

Documentation generated on Sun, 27 Feb 2011 16:35:28 -0800 by phpDocumentor 1.4.3