def do_grayscale(doc):
for idata in ["LineX", "Cross", "InvertedEllipseC", "Rhomboid"]:
do_generic(doc, globals()[idata+'_d'], jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - " + idata)
cfg = default_cfg().add(from_file=True)
do_generic(doc, LineX_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - LineX (from file)", cfg)
cfg = default_cfg().add(img_dim = g_alt_img_dim)
do_generic(doc, LineY_d_alt, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - %dx%d" % g_alt_img_dim, cfg)
cfg = default_cfg().add(bits_a = 6*[16], spec_fn = gamma_fn())
do_generic(doc, LineY_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - gamma", cfg)
cfg = default_cfg().add(dpi=(144,144))
do_generic(doc, LineY_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - 144 dpi", cfg)
cfg = default_cfg().add(bits_a = 6*[16], spec_fn = decode_fn(1))
do_generic(doc, Cross_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - decode", cfg)
alt_img_id, desc = get_img_id(doc, Cross_d, 16, 1, jagpdf.CS_DEVICE_GRAY)
cfg = default_cfg().add(bits_a = 2*[16], spec_fn = alternate_fn(doc, alt_img_id))
do_generic(doc, LineX_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - alternate for print", cfg)
Cross_d_low = imagemanip.image(imagemanip.Cross, 18, 18)
cfg = default_cfg().add(bits_a = 2*[16], dpi=(18,18), spec_fn = interpolate_fn(), img_dim = (18,18))
do_generic(doc, Cross_d_low, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - interpolate", cfg)
cfg = default_cfg().add(bits_a = 6*[8], spec_fn = color_key_mask8_fn(1))
do_generic(doc, LineX_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - color key mask", cfg)
cfg = default_cfg().add(bits_a = 4*[8], spec_fn = hard_mask_fn())
do_generic(doc, Cross_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - hard mask", cfg)
def set_doc(self, doc):
self.dim = 64, 64
self.doc = doc
self.registry = {}
generic = imagemanip.image(imagemanip.InvertedEllipseC, *self.dim)
self.mask_data = imagemanip.pack_bits(generic, 1, 1, *self.dim)
self.req_nr = 0
self.test_errors()
def set_doc(self, doc):
self.dim = 64, 64
self.doc = doc
self.registry = {}
generic = imagemanip.image(imagemanip.InvertedEllipseC, *self.dim)
self.mask_data = imagemanip.pack_bits(generic, 1, 1, *self.dim)
self.req_nr = 0
self.test_errors()
def set_doc(self, doc):
self.dim = g_img_dim # the same because of matte
self.doc = doc
self.registry = {}
self.src_img_registry = {}
self.generic = imagemanip.image(imagemanip.LineX, *self.dim)
self.test_errors()
self.req_nr = 0
def do_masks_page(doc):
def reg_spec(doc, meth_str, *args):
spec = doc.image_definition()
spec.format(jagpdf.IMAGE_FORMAT_PNG)
spec.file_name(g_png_file)
if meth_str:
meth = getattr(spec, meth_str)
meth(*args)
return doc.image_load(spec)
media = 9.3 * 72, 10 * 72
doc.page_start(*media)
paint_background(doc, media)
page = doc.page().canvas()
page.text_font(g_font(10))
placer = imagemanip.ImageGrid(doc, (10, 10), 2, (4.5 * 72, 4.5 * 72), 12,
5)
placer(reg_spec(doc, None), "original (with alpha channel)")
mask_dim = 72, 72
gimg = imagemanip.image(imagemanip.InvertedEllipseC, *mask_dim)
smspec = doc.define_image_mask()
smspec.data(imagemanip.pack_bits(gimg, 8, 1, *mask_dim))
smspec.dimensions(*mask_dim)
smspec.bit_depth(8)
smid = doc.register_image_mask(smspec)
placer(reg_spec(doc, "image_mask", smid), "custom soft mask")
placer(reg_spec(doc, "color_key_mask", [0, 127, 0, 127, 0, 255]),
"color key mask")
gimg = imagemanip.image(imagemanip.InvertedEllipseC, *mask_dim)
smspec = doc.define_image_mask()
smspec.data(imagemanip.pack_bits(gimg, 1, 1, *mask_dim))
smspec.dimensions(*mask_dim)
smspec.bit_depth(1)
smid = doc.register_image_mask(smspec)
placer(reg_spec(doc, "image_mask", smid), "custom mask")
doc.page_end()
def do_masks_page(doc):
def reg_spec(doc, meth_str, *args):
spec = doc.image_definition()
spec.format(jagpdf.IMAGE_FORMAT_PNG)
spec.file_name(g_png_file)
if meth_str:
meth = getattr(spec, meth_str)
meth(*args)
return doc.image_load(spec)
media = 9.3*72, 10*72
doc.page_start(*media)
paint_background(doc, media)
page = doc.page().canvas()
page.text_font(g_font(10))
placer = imagemanip.ImageGrid(doc, (10,10), 2, (4.5*72,4.5*72), 12, 5)
placer(reg_spec(doc, None), "original (with alpha channel)")
mask_dim = 72, 72
gimg = imagemanip.image(imagemanip.InvertedEllipseC, *mask_dim)
smspec = doc.define_image_mask()
smspec.data(imagemanip.pack_bits(gimg, 8, 1, *mask_dim))
smspec.dimensions(*mask_dim)
smspec.bit_depth(8)
smid = doc.register_image_mask(smspec)
placer(reg_spec(doc, "image_mask", smid), "custom soft mask")
placer(reg_spec(doc, "color_key_mask", [0,127,0,127,0,255]), "color key mask")
gimg = imagemanip.image(imagemanip.InvertedEllipseC, *mask_dim)
smspec = doc.define_image_mask()
smspec.data(imagemanip.pack_bits(gimg, 1, 1, *mask_dim))
smspec.dimensions(*mask_dim)
smspec.bit_depth(1)
smid = doc.register_image_mask(smspec)
placer(reg_spec(doc, "image_mask", smid), "custom mask")
doc.page_end()
def do_grayscale(doc):
for idata in ["LineX", "Cross", "InvertedEllipseC", "Rhomboid"]:
do_generic(doc,
globals()[idata + '_d'], jagpdf.CS_DEVICE_GRAY, 1,
"GRAYSCALE - " + idata)
cfg = default_cfg().add(from_file=True)
do_generic(doc, LineX_d, jagpdf.CS_DEVICE_GRAY, 1,
"GRAYSCALE - LineX (from file)", cfg)
cfg = default_cfg().add(img_dim=g_alt_img_dim)
do_generic(doc, LineY_d_alt, jagpdf.CS_DEVICE_GRAY, 1,
"GRAYSCALE - %dx%d" % g_alt_img_dim, cfg)
cfg = default_cfg().add(bits_a=6 * [16], spec_fn=gamma_fn())
do_generic(doc, LineY_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - gamma",
cfg)
cfg = default_cfg().add(dpi=(144, 144))
do_generic(doc, LineY_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - 144 dpi",
cfg)
cfg = default_cfg().add(bits_a=6 * [16], spec_fn=decode_fn(1))
do_generic(doc, Cross_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - decode",
cfg)
alt_img_id, desc = get_img_id(doc, Cross_d, 16, 1, jagpdf.CS_DEVICE_GRAY)
cfg = default_cfg().add(bits_a=2 * [16],
spec_fn=alternate_fn(doc, alt_img_id))
do_generic(doc, LineX_d, jagpdf.CS_DEVICE_GRAY, 1,
"GRAYSCALE - alternate for print", cfg)
Cross_d_low = imagemanip.image(imagemanip.Cross, 18, 18)
cfg = default_cfg().add(bits_a=2 * [16],
dpi=(18, 18),
spec_fn=interpolate_fn(),
img_dim=(18, 18))
do_generic(doc, Cross_d_low, jagpdf.CS_DEVICE_GRAY, 1,
"GRAYSCALE - interpolate", cfg)
cfg = default_cfg().add(bits_a=6 * [8], spec_fn=color_key_mask8_fn(1))
do_generic(doc, LineX_d, jagpdf.CS_DEVICE_GRAY, 1,
"GRAYSCALE - color key mask", cfg)
cfg = default_cfg().add(bits_a=4 * [8], spec_fn=hard_mask_fn())
do_generic(doc, Cross_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE - hard mask",
cfg)
return id_, desc
def do_generic(doc, image, cs, nr_channels, title, p = default_cfg()):
page_dim = 4.8*72, 3.8*72
page, grid, placer = prepare_page(doc, page_dim)
for bpc in p.bits_a:
img, desc = get_img_id(doc, image, bpc, nr_channels, cs, p)
placer(img, desc, *grid.next())
page.text_font(g_font(14))
page.text(20, page_dim[1] - 30, title)
doc.page_end()
###########################################################################
LineX_d = imagemanip.image(imagemanip.LineX, *g_img_dim)
LineY_d = imagemanip.image(imagemanip.LineY, *g_img_dim)
InvertedEllipseC_d = imagemanip.image(imagemanip.InvertedEllipseC, *g_img_dim)
Rhomboid_d = imagemanip.image(imagemanip.Rhomboid, *g_img_dim)
Cross_d = imagemanip.image(imagemanip.Cross, *g_img_dim)
Checkboard_d = [(x%4 in [0,1] and y%4 in [0,1]) and 1 or 0 for x,y in imagemanip.grid_coords(*g_img_dim)]
LineX_d_alt = imagemanip.image(imagemanip.LineX, *g_alt_img_dim)
LineY_d_alt = imagemanip.image(imagemanip.LineY, *g_alt_img_dim)
InvertedEllipseC_d_alt = imagemanip.image(imagemanip.InvertedEllipseC, *g_alt_img_dim)
Rhomboid_d_alt = imagemanip.image(imagemanip.Rhomboid, *g_alt_img_dim)
Cross_d_alt = imagemanip.image(imagemanip.Cross, *g_alt_img_dim)
#odd mask goes through file, even through memory
class HardMask:
def do_generic(doc, image, cs, nr_channels, title, p=default_cfg()):
page_dim = 4.8 * 72, 3.8 * 72
page, grid, placer = prepare_page(doc, page_dim)
for bpc in p.bits_a:
img, desc = get_img_id(doc, image, bpc, nr_channels, cs, p)
placer(img, desc, *grid.next())
page.text_font(g_font(14))
page.text(20, page_dim[1] - 30, title)
doc.page_end()
###########################################################################
LineX_d = imagemanip.image(imagemanip.LineX, *g_img_dim)
LineY_d = imagemanip.image(imagemanip.LineY, *g_img_dim)
InvertedEllipseC_d = imagemanip.image(imagemanip.InvertedEllipseC, *g_img_dim)
Rhomboid_d = imagemanip.image(imagemanip.Rhomboid, *g_img_dim)
Cross_d = imagemanip.image(imagemanip.Cross, *g_img_dim)
Checkboard_d = [(x % 4 in [0, 1] and y % 4 in [0, 1]) and 1 or 0
for x, y in imagemanip.grid_coords(*g_img_dim)]
LineX_d_alt = imagemanip.image(imagemanip.LineX, *g_alt_img_dim)
LineY_d_alt = imagemanip.image(imagemanip.LineY, *g_alt_img_dim)
InvertedEllipseC_d_alt = imagemanip.image(imagemanip.InvertedEllipseC,
*g_alt_img_dim)
Rhomboid_d_alt = imagemanip.image(imagemanip.Rhomboid, *g_alt_img_dim)
Cross_d_alt = imagemanip.image(imagemanip.Cross, *g_alt_img_dim)
(8, 0, nr_channels*(.5,), None),\
(8, 0, nr_channels*(.75,), None),\
(8, 0, nr_channels*(1,), None)]\
}[test_type]
def __call__(self, spec):
val = self.val.pop()
if val:
spec.image_mask(g_softmask.id(*val))
matte_str = val[2] and str(val[2][0]) or "-"
return "bits: %d, i: %s, m:%s, d:%s" % (val[0], val[1] and "yes" or "no", matte_str, str(val[3]))
return "No mask."
LineX_d = imagemanip.image(imagemanip.LineX, *g_img_dim)
LineY_d = imagemanip.image(imagemanip.LineY, *g_img_dim)
Rhomboid_d = imagemanip.image(imagemanip.Rhomboid, *g_img_dim)
InvertedCross_d = imagemanip.image(imagemanip.InvertedCross, *g_img_dim)
Checkboard_d = tuple([(x%2 in [0] and y%2 in [0]) and 1 or 0 for x,y in imagemanip.grid_coords(*g_img_dim)])
def do_grayscale(doc):
do_page_for_cs(doc, Checkboard_d, jagpdf.CS_DEVICE_GRAY, 1, "GRAYSCALE", default_cfg())
def do_rgb(doc):
channels = [LineX_d, LineY_d, Rhomboid_d]
generic_image = imagemanip.interleave_channels(*channels)
do_page_for_cs(doc, generic_image, jagpdf.CS_DEVICE_RGB, 3, "RGB", default_cfg())
