def convert(images,
dpi,
title=None,
author=None,
creator=None,
producer=None,
creationdate=None,
moddate=None,
subject=None,
keywords=None,
colorspace=None,
verbose=False):
pdf = pdfdoc(3, title, author, creator, producer, creationdate, moddate,
subject, keywords)
for im in images:
rawdata = im.read()
im.seek(0)
try:
imgdata = Image.open(im)
except IOError as e:
# test if it is a jpeg2000 image
if rawdata[:
12] != "\x00\x00\x00\x0C\x6A\x50\x20\x20\x0D\x0A\x87\x0A":
error_out("cannot read input image (not jpeg2000)")
error_out("PIL: %s" % e)
exit(1)
# image is jpeg2000
width, height, ics = parsejp2(rawdata)
imgformat = "JP2"
if dpi:
ndpi = dpi, dpi
debug_out("input dpi (forced) = %d x %d" % ndpi, verbose)
else:
ndpi = (96, 96) # TODO: read real dpi
debug_out("input dpi = %d x %d" % ndpi, verbose)
if colorspace:
color = colorspace
debug_out("input colorspace (forced) = %s" % (ics))
else:
color = ics
debug_out("input colorspace = %s" % (ics), verbose)
else:
width, height = imgdata.size
imgformat = imgdata.format
if dpi:
ndpi = dpi, dpi
debug_out("input dpi (forced) = %d x %d" % ndpi, verbose)
else:
ndpi = imgdata.info.get("dpi", (96, 96))
debug_out("input dpi = %d x %d" % ndpi, verbose)
if colorspace:
color = colorspace
debug_out("input colorspace (forced) = %s" % (color), verbose)
else:
color = imgdata.mode
debug_out("input colorspace = %s" % (color), verbose)
debug_out("width x height = %d x %d" % (width, height), verbose)
debug_out("imgformat = %s" % imgformat, verbose)
# depending on the input format, determine whether to pass the raw
# image or the zlib compressed color information
if imgformat is "JPEG" or imgformat is "JP2":
if color == '1':
error_out("jpeg can't be monochrome")
exit(1)
imgdata = rawdata
else:
# because we do not support /CCITTFaxDecode
if color == '1':
imgdata = imgdata.convert('L')
color = 'L'
imgdata = zlib.compress(imgdata.tostring())
pdf.addimage(color, width, height, ndpi, imgformat, imgdata)
im.close()
return pdf.tostring()
def convert(images, dpi, x, y, title=None, author=None, creator=None, producer=None,
creationdate=None, moddate=None, subject=None, keywords=None,
colorspace=None, verbose=False):
pdf = pdfdoc(3, title, author, creator, producer, creationdate,
moddate, subject, keywords)
for imfilename in images:
debug_out("Reading %s"%imfilename, verbose)
with open(imfilename, "rb") as im:
rawdata = im.read()
im.seek(0)
try:
imgdata = Image.open(im)
except IOError as e:
# test if it is a jpeg2000 image
if rawdata[:12] != "\x00\x00\x00\x0C\x6A\x50\x20\x20\x0D\x0A\x87\x0A":
error_out("cannot read input image (not jpeg2000)")
error_out("PIL: %s"%e)
exit(1)
# image is jpeg2000
width, height, ics = parsejp2(rawdata)
imgformat = "JPEG2000"
if dpi:
ndpi = dpi, dpi
debug_out("input dpi (forced) = %d x %d"%ndpi, verbose)
else:
ndpi = (96, 96) # TODO: read real dpi
debug_out("input dpi = %d x %d"%ndpi, verbose)
if colorspace:
color = colorspace
debug_out("input colorspace (forced) = %s"%(ics))
else:
color = ics
debug_out("input colorspace = %s"%(ics), verbose)
else:
width, height = imgdata.size
imgformat = imgdata.format
if dpi:
ndpi = dpi, dpi
debug_out("input dpi (forced) = %d x %d"%ndpi, verbose)
else:
ndpi = imgdata.info.get("dpi", (96, 96))
debug_out("input dpi = %d x %d"%ndpi, verbose)
if colorspace:
color = colorspace
debug_out("input colorspace (forced) = %s"%(color), verbose)
else:
color = imgdata.mode
debug_out("input colorspace = %s"%(color), verbose)
debug_out("width x height = %d x %d"%(width,height), verbose)
debug_out("imgformat = %s"%imgformat, verbose)
# depending on the input format, determine whether to pass the raw
# image or the zlib compressed color information
if imgformat is "JPEG" or imgformat is "JPEG2000":
if color == '1':
error_out("jpeg can't be monochrome")
exit(1)
imgdata = rawdata
else:
# because we do not support /CCITTFaxDecode
if color == '1':
debug_out("Converting colorspace 1 to L", verbose)
imgdata = imgdata.convert('L')
color = 'L'
elif color in ("RGB", "L"):
debug_out("Colorspace is OK: %s"%color, verbose)
else:
debug_out("Converting colorspace %s to RGB"%color, verbose)
imgdata = imgdata.convert('RGB')
color = imgdata.mode
imgdata = zlib.compress(imgdata.tostring())
# pdf units = 1/72 inch
if not x and not y:
pdf_x, pdf_y = 72.0*width/ndpi[0], 72.0*height/ndpi[1]
elif not y:
pdf_x, pdf_y = x, x*height/width
elif not x:
pdf_x, pdf_y = y*width/height, y
pdf.addimage(color, width, height, imgformat, imgdata, pdf_x, pdf_y)
return pdf.tostring()
def convert(images, dpi, x, y, title=None, author=None, creator=None, producer=None,
creationdate=None, moddate=None, subject=None, keywords=None,
colorspace=None, verbose=False):
pdf = pdfdoc(3, title, author, creator, producer, creationdate,
moddate, subject, keywords)
for imfilename in images:
debug_out("Reading %s"%imfilename, verbose)
with open(imfilename, "rb") as im:
rawdata = im.read()
im.seek(0)
try:
imgdata = Image.open(im)
except IOError as e:
# test if it is a jpeg2000 image
if rawdata[:12] != "\x00\x00\x00\x0C\x6A\x50\x20\x20\x0D\x0A\x87\x0A":
error_out("cannot read input image (not jpeg2000)")
error_out("PIL: %s"%e)
exit(1)
# image is jpeg2000
width, height, ics = parsejp2(rawdata)
imgformat = "JPEG2000"
if dpi:
ndpi = dpi, dpi
debug_out("input dpi (forced) = %d x %d"%ndpi, verbose)
else:
ndpi = (96, 96) # TODO: read real dpi
debug_out("input dpi = %d x %d"%ndpi, verbose)
if colorspace:
color = colorspace
debug_out("input colorspace (forced) = %s"%(ics))
else:
color = ics
debug_out("input colorspace = %s"%(ics), verbose)
else:
width, height = imgdata.size
imgformat = imgdata.format
if dpi:
ndpi = dpi, dpi
debug_out("input dpi (forced) = %d x %d"%ndpi, verbose)
else:
ndpi = imgdata.info.get("dpi", (96, 96))
debug_out("input dpi = %d x %d"%ndpi, verbose)
if colorspace:
color = colorspace
debug_out("input colorspace (forced) = %s"%(color), verbose)
else:
color = imgdata.mode
debug_out("input colorspace = %s"%(color), verbose)
debug_out("width x height = %d x %d"%(width,height), verbose)
debug_out("imgformat = %s"%imgformat, verbose)
# depending on the input format, determine whether to pass the raw
# image or the zlib compressed color information
if imgformat is "JPEG" or imgformat is "JPEG2000":
if color == '1':
error_out("jpeg can't be monochrome")
exit(1)
imgdata = rawdata
else:
# because we do not support /CCITTFaxDecode
if color == '1':
debug_out("Converting colorspace 1 to L", verbose)
imgdata = imgdata.convert('L')
color = 'L'
elif color in ("RGB", "L"):
debug_out("Colorspace is OK: %s"%color, verbose)
else:
debug_out("Converting colorspace %s to RGB"%color, verbose)
imgdata = imgdata.convert('RGB')
color = imgdata.mode
imgdata = zlib.compress(imgdata.tostring())
# pdf units = 1/72 inch
if not x and not y:
pdf_x, pdf_y = 72.0*width/ndpi[0], 72.0*height/ndpi[1]
elif not y:
pdf_x, pdf_y = x, x*height/width
elif not x:
pdf_x, pdf_y = y*width/height, y
else:
pdf_x = x
pdf_y = y
pdf.addimage(color, width, height, imgformat, imgdata, pdf_x, pdf_y)
return pdf.tostring()
def convert(images, dpi, title=None, author=None, creator=None, producer=None,
creationdate=None, moddate=None, subject=None, keywords=None,
colorspace=None, verbose=False):
pdf = pdfdoc(3, title, author, creator, producer, creationdate,
moddate, subject, keywords)
for im in images:
rawdata = im.read()
im.seek(0)
try:
imgdata = Image.open(im)
except IOError as e:
# test if it is a jpeg2000 image
if rawdata[:12] != "\x00\x00\x00\x0C\x6A\x50\x20\x20\x0D\x0A\x87\x0A":
error_out("cannot read input image (not jpeg2000)")
error_out("PIL: %s"%e)
exit(1)
# image is jpeg2000
width, height, ics = parsejp2(rawdata)
imgformat = "JP2"
if dpi:
ndpi = dpi, dpi
debug_out("input dpi (forced) = %d x %d"%ndpi, verbose)
else:
ndpi = (96, 96) # TODO: read real dpi
debug_out("input dpi = %d x %d"%ndpi, verbose)
if colorspace:
color = colorspace
debug_out("input colorspace (forced) = %s"%(ics))
else:
color = ics
debug_out("input colorspace = %s"%(ics), verbose)
else:
width, height = imgdata.size
imgformat = imgdata.format
if dpi:
ndpi = dpi, dpi
debug_out("input dpi (forced) = %d x %d"%ndpi, verbose)
else:
ndpi = imgdata.info.get("dpi", (96, 96))
debug_out("input dpi = %d x %d"%ndpi, verbose)
if colorspace:
color = colorspace
debug_out("input colorspace (forced) = %s"%(color), verbose)
else:
color = imgdata.mode
debug_out("input colorspace = %s"%(color), verbose)
debug_out("width x height = %d x %d"%(width,height), verbose)
debug_out("imgformat = %s"%imgformat, verbose)
# depending on the input format, determine whether to pass the raw
# image or the zlib compressed color information
if imgformat is "JPEG" or imgformat is "JP2":
if color == '1':
error_out("jpeg can't be monochrome")
exit(1)
imgdata = rawdata
else:
# because we do not support /CCITTFaxDecode
if color == '1':
imgdata = imgdata.convert('L')
color = 'L'
imgdata = zlib.compress(imgdata.tostring())
pdf.addimage(color, width, height, ndpi, imgformat, imgdata)
im.close()
return pdf.tostring()
def convert(images, dpi=None, pagesize=(None, None), title=None, author=None,
creator=None, producer=None, creationdate=None, moddate=None,
subject=None, keywords=None, colorspace=None, nodate=False,
verbose=False):
pdf = pdfdoc(3, title, author, creator, producer, creationdate,
moddate, subject, keywords, nodate)
for imfilename in images:
debug_out("Reading %s"%imfilename, verbose)
try:
rawdata = imfilename.read()
except AttributeError:
with open(imfilename, "rb") as im:
rawdata = im.read()
im = cStringIO(rawdata)
try:
imgdata = Image.open(im)
except IOError as e:
# test if it is a jpeg2000 image
if rawdata[:12] != "\x00\x00\x00\x0C\x6A\x50\x20\x20\x0D\x0A\x87\x0A":
error_out("cannot read input image (not jpeg2000)")
error_out("PIL: %s"%e)
exit(1)
# image is jpeg2000
width, height, ics = parsejp2(rawdata)
imgformat = "JPEG2000"
if dpi:
ndpi = dpi, dpi
debug_out("input dpi (forced) = %d x %d"%ndpi, verbose)
else:
# TODO: read real dpi from input jpeg2000 image
ndpi = (96, 96)
debug_out("input dpi = %d x %d"%ndpi, verbose)
if colorspace:
color = colorspace
debug_out("input colorspace (forced) = %s"%(ics))
else:
color = ics
debug_out("input colorspace = %s"%(ics), verbose)
else:
width, height = imgdata.size
imgformat = imgdata.format
if dpi:
ndpi = dpi, dpi
debug_out("input dpi (forced) = %d x %d"%ndpi, verbose)
else:
ndpi = imgdata.info.get("dpi", (96, 96))
# in python3, the returned dpi value for some tiff images will
# not be an integer but a float. To make the behaviour of
# img2pdf the same between python2 and python3, we convert that
# float into an integer by rounding
# search online for the 72.009 dpi problem for more info
ndpi = (int(round(ndpi[0])),int(round(ndpi[1])))
debug_out("input dpi = %d x %d"%ndpi, verbose)
if colorspace:
color = colorspace
debug_out("input colorspace (forced) = %s"%(color), verbose)
else:
color = imgdata.mode
if color == "CMYK" and imgformat == "JPEG":
# Adobe inverts CMYK JPEGs for some reason, and others
# have followed suit as well. Some software assumes the
# JPEG is inverted if the Adobe tag (APP14), while other
# software assumes all CMYK JPEGs are inverted. I don't
# have enough experience with these to know which is
# better for images currently in the wild, so I'm going
# with the first approach for now.
if "adobe" in imgdata.info:
color = "CMYK;I"
debug_out("input colorspace = %s"%(color), verbose)
debug_out("width x height = %d x %d"%(width,height), verbose)
debug_out("imgformat = %s"%imgformat, verbose)
# depending on the input format, determine whether to pass the raw
# image or the zlib compressed color information
if imgformat is "JPEG" or imgformat is "JPEG2000":
if color == '1':
error_out("jpeg can't be monochrome")
exit(1)
imgdata = rawdata
else:
# because we do not support /CCITTFaxDecode
if color == '1':
debug_out("Converting colorspace 1 to L", verbose)
imgdata = imgdata.convert('L')
color = 'L'
elif color in ("RGB", "L", "CMYK", "CMYK;I"):
debug_out("Colorspace is OK: %s"%color, verbose)
else:
debug_out("Converting colorspace %s to RGB"%color, verbose)
imgdata = imgdata.convert('RGB')
color = imgdata.mode
img = imgdata.tobytes()
# the python-pil version 2.3.0-1ubuntu3 in Ubuntu does not have the close() method
try:
imgdata.close()
except AttributeError:
pass
imgdata = zlib.compress(img)
im.close()
# pdf units = 1/72 inch
if not pagesize[0] and not pagesize[1]:
pdf_x, pdf_y = 72.0*width/float(ndpi[0]), 72.0*height/float(ndpi[1])
elif not pagesize[1]:
pdf_x, pdf_y = pagesize[0], pagesize[0]*height/float(width)
elif not pagesize[0]:
pdf_x, pdf_y = pagesize[1]*width/float(height), pagesize[1]
else:
pdf_x = pagesize[0]
pdf_y = pagesize[1]
pdf.addimage(color, width, height, imgformat, imgdata, pdf_x, pdf_y)
return pdf.tostring()