the fz_try block (including any // functions it called) threw an exception. The code // here is expected to handle the exception (maybe // record/report the error, cleanup any stray state // etc) and can command line MuPDF Documentation, Release 1.24.0 The CropBox defines the region that a PDF is expected to display or print. BleedBox The BleedBox determines the region to which the page contents expect classes for each FZ_ERROR_* enum, all derived from a class mupdf::FzErrorBase which in turn derives from std::exception. For example if MuPDF C code does fz_throw(ctx, FZ_ERROR_GENERIC, "something failed"),

the fz_try block (including any // functions it called) threw an exception. The code // here is expected to handle the exception (maybe // record/report the error, cleanup any stray state // etc) and can like crop marks, registration marks, etc. CropBox The CropBox defines the region that a PDF is expected to display or print. BleedBox The BleedBox determines the region to which the page contents expect classes for each FZ_ERROR_* enum, all derived from a class mupdf::FzErrorBase which in turn derives from std::exception. For example if MuPDF C code does fz_throw(ctx, FZ_ERROR_GENERIC, "something failed"),

the fz_try block (including any // functions it called) threw an exception. The code // here is expected to handle the exception (maybe // record/report the error, cleanup any stray state // etc) and can command line MuPDF Documentation, Release 1.23.0 The CropBox defines the region that a PDF is expected to display or print. BleedBox The BleedBox determines the region to which the page contents expect mupdf::FzStextChar stextchar = *it_line; fz_stext_char* c = stextchar.m_internal; using namespace mupdf; std::cout << "FzStextChar(" << "c=" << c->c << " color=" << c->color << " origin=" << c->origin << " quad="

the fz_try block (including any // functions it called) threw an exception. The code // here is expected to handle the exception (maybe // record/report the error, cleanup any stray state // etc) and can mupdf::FzStextChar stextchar = *it_line; fz_stext_char* c = stextchar.m_internal; using namespace mupdf; std::cout << "FzStextChar(" << "c=" << c->c << " color=" << c->color << " origin=" << c->origin << " quad=" functions: std::ostream& operator<< (std::ostream& out, const fz_rect& rhs); std::ostream& operator<< (std::ostream& out, const FzRect& rhs); std::string to_string_fz_rect(const fz_rect& s); std::string to_string(const

sequential processing, speed improvements in range of 100% (ie. twice as fast) or better can be expected. """ from __future__ import print_function, division import sys import os import time from multiprocessing repairing PDF document object missing 'endobj' token >>> doc.can_save_incrementally() # this is to be expected: False >>> # the following indicates whether there are updates so far >>> # this is the case because OCRmyPDF to insert a hidden text layer underneath the visible page. The resulting PDF should behave as expected. 20.5.4 Problem: unreadable text Text extraction does not deliver the text in readable order,

rectangle rect = Annot.rect * M with a suitable Matrix M (only scaling and translating will yield the expected effect). setBorder(value) PDF only: Change border width and dashing properties. Any other border during PDF creation (which is not necessarily the normal reading order). This may not always look as expected, consider using (and probably modifying) the example program PDF2TextJS.py. It tries to re-arrange the fill color where areas overlap. Only with fairly complex shapes a different behavior is to be expected with these rules. For an in- depth explanation, see Adobe PDF Reference 1.7, pp. 232 ff. Here is