tet.pcos_get_string(doc, "colorspaces[%d]/name" % cs )))
else:
# cs==-1 may happen for some JPEG 2000 images. bpc,
# colorspace name and number of components are not
# available in this case.
print("JPEG2000")
# Fetch image data and write it to a disk file. The
# output filename is generated from the input filename,
# page number and image ID.
imageoptlist = baseimageoptlist + " filename {" + outfilebase + "_p" + repr(pageno) + "_I" + repr(ti["imageid"]) + "}"
if (tet.write_image_file(doc, ti["imageid"], imageoptlist) == -1):
print("Error " + tet.get_errnum() + " in " +
tet.get_apiname() + "(): " + tet.get_errmsg())
ti = tet.get_image_info(page)
if (tet.get_errnum() != 0):
raise Exception ("Error " + repr(tet.get_errnum()) \
+ "in " + tet.get_apiname() + "() on page " + \
repr(pageno) + ": " + tet.get_errmsg() )
tet.close_page(page)
tet.close_document(doc)
except TETException:
txt = txt + ", mergetype="
if (mergetype == 1):
txt = txt + "artificial"
else:
txt = txt + "consumed"
print(txt)
# Fetch the image data and write it to a disk file. The
# output filenames are generated from the input filename
# by appending page number and image number.
#
imageoptlist = "%s filename={%s_I%d}" % \
(baseimageoptlist, outfilebase, imageid)
if (tet.write_image_file(doc, imageid, \
imageoptlist) == -1):
print("\nError " + repr(tet.get_errnum()) + "in " + \
tet.get_apiname() + "():" + tet.get_errmsg())
continue # process next image */
tet.close_document(doc)
except TETException:
print("TET exception occurred:\n[%d] %s: %s" %
((tet.get_errnum()), tet.get_apiname(), tet.get_errmsg()))
print_tb(exc_info()[2])
except Exception:
print("Exception occurred: %s" % (exc_info()[0]))
print_exc()
