def debug(im, conf):
mode = im.mode
template = conf['template']
ed_mode = conf['mode']
if mode not in ['L']:
show_error('Simulations for this module just supports binary images, check your images !')
if ed_mode not in ['Erosion', 'Dilation']:
show_error('"mode" just supports "Erosion" and "Dilation", check your conf !')
for row in template:
if len(template) != len(row):
show_error('every row in "template" must equal to length of template, check your conf !')
if len(template) not in [3, 5]:
show_error('size of "template" must equal to e or 5, check your conf !')
for p in row:
if p not in [0, 1]:
show_error('Elements in "template" must equal to 0 or 1, check your conf !')
ed_mode = 0 if ed_mode == 'Erosion' else 1
width = len(template)
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
pix = 1
for wy in xrange(width):
for wx in xrange(width):
p_w = w[wy][wx] ^ ed_mode
p_w = p_w | ~mask[wy][wx]
pix = pix & p_w
pix = pix ^ ed_mode
data_res += '%d\n' % pix
return data_res
def create_dat(im, conf):
mode = im.mode
xsize, ysize = im.size
if mode not in ['L', '1']:
show_error(
'Simulations for this module just supports Gray-scale and binary images, check your images !'
)
if xsize != 512:
show_error(
'Simulations for this module just supports 512xN images, check your images !'
)
if conf['width'] not in [3, 5]:
show_error(
'''Simulations for this module just supports conf "width" 3 and 5, check your images !'''
)
rows = RG(im, conf['width'])
data_res = ''
while not rows.frame_empty():
row = rows.update()
row.reverse()
for p in row:
if mode == '1':
p = 0 if p == 0 else 1
data_res += color_format(mode, p)
data_res += '\n'
return data_res[:-1]
def create_dat(im, conf):
mode = im.mode
width = int(conf['window_width'])
rank = int(conf['rank'])
if mode not in ['L']:
show_error(
'Simulations for this module just supports Gray-scale images, check your images !'
)
if width not in [3, 5]:
show_error(
'Simulations for this module just supports "window_width" 3 and 5, check your conf !'
)
if rank < 0 or rank > width * width - 1:
show_error(
'"rank" must greater than 0 and less than window * window - 1, check your conf !'
)
xsize, ysize = im.size
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
win.reverse()
for row in win:
row = list(row)
row.reverse()
for p in row:
data_res += color_format(mode, p)
data_res += '\n'
return data_res[:-1]
def debug(im, conf):
mode = im.mode
template = conf['template']
if mode not in ['1']:
show_error(
'Simulations for this module just supports binary images, check your images !'
)
for row in template:
if len(template) != len(row):
show_error(
'every row in "template" must equal to length of template, check your conf !'
)
if len(template) not in [3, 5]:
show_error(
'size of "template" must equal to e or 5, check your conf !')
for p in row:
if p not in [0, 1]:
show_error(
'Elements in "template" must equal to 0 or 1, check your conf !'
)
width = len(template)
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res += '%d\n' % 1 if win == template else 0
return data_res
def transform(im, conf):
mode = im.mode
template = conf['template']
if mode not in ['1']:
show_error(
'Simulations for this module just supports binary images, check your images !'
)
for row in template:
if len(template) != len(row):
show_error(
'every row in "template" must equal to length of template, check your conf !'
)
if len(template) not in [3, 5]:
show_error(
'size of "template" must equal to e or 5, check your conf !')
for p in row:
if p not in [0, 1]:
show_error(
'Elements in "template" must equal to 0 or 1, check your conf !'
)
template = eval(str(template).replace('1', '255'))
width = len(template)
data_res = []
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res.append(1 if win == template else 0)
im_res = Image.new('1', im.size)
im_res.putdata(data_res)
return im_res
def create_dat(im, conf):
mode = im.mode
template = conf['template']
if mode not in ['1']:
show_error('Simulations for this module just supports binary images, check your images !')
for row in template:
if len(template) != len(row):
show_error('every row in "template" must equal to length of template, check your conf !')
if len(template) not in [3, 5]:
show_error('size of "template" must equal to e or 5, check your conf !')
for p in row:
if p not in [0, 1]:
show_error('Elements in "template" must equal to 0 or 1, check your conf !')
width = len(template)
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
win.reverse()
for row in win:
row = list(row)
row.reverse()
for p in row:
data_res += color_format(mode, p)
data_res += '\n'
return data_res[:-1]
def create_dat(im, conf):
mode = im.mode
width = int(conf['window_width'])
half_width = width >> 1
full_half_width = width * width >> 1
fil = conf['filter']
if mode not in ['L']:
show_error(
'Simulations for this module just supports Gray-scale images, check your images !'
)
if fil not in ['mean', 'mid']:
show_error(
'"filter" just supports "mean" and "mid"m check your conf !')
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res += '%s\n' % color_format(mode, win[half_width][half_width])
if fil == 'mean':
data_res += '%s\n' % color_format(mode, mean_filter(win))
else:
data_res += '%s\n' % color_format(
mode, rank_filter(win, full_half_width))
return data_res[:-1]
def transform(im, conf):
mode = im.mode
template = conf['template']
if mode not in ['1']:
show_error('Simulations for this module just supports binary images, check your images !')
for row in template:
if len(template) != len(row):
show_error('every row in "template" must equal to length of template, check your conf !')
if len(template) not in [3, 5]:
show_error('size of "template" must equal to e or 5, check your conf !')
for p in row:
if p not in [0, 1]:
show_error('Elements in "template" must equal to 0 or 1, check your conf !')
template = eval(str(template).replace('1', '255'))
width = len(template)
data_res = []
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res.append(1 if win == template else 0)
im_res = Image.new('1', im.size)
im_res.putdata(data_res)
return im_res
def transform(im, conf):
mode = im.mode
width = int(conf['window_width'])
half_width = width >> 1
full_half_width = width * width >> 1
fil = conf['filter']
if mode not in ['L']:
show_error(
'Simulations for this module just supports Gray-scale images, check your images !'
)
if fil not in ['mean', 'mid']:
show_error(
'"filter" just supports "mean" and "mid"m check your conf !')
data_res = []
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
if fil == 'mean':
data_res.append(
1 if win[half_width][half_width] >= mean_filter(win) else 0)
else:
data_res.append(1 if win[half_width][half_width] >= rank_filter(
win, full_half_width) else 0)
im_res = Image.new('1', im.size)
im_res.putdata(data_res)
return im_res
def debug(im, conf):
mode = im.mode
width = int(conf['window_width'])
half_width = width >> 1
full_half_width = width * width >> 1
fil = conf['filter']
if mode not in ['L']:
show_error(
'Simulations for this module just supports Gray-scale images, check your images !'
)
if fil not in ['mean', 'mid']:
show_error(
'"filter" just supports "mean" and "mid"m check your conf !')
data_src = im.getdata()
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
if fil == 'mean':
data_res += '1' if mean_filter(
win) >= win[half_width][half_width] else '0'
else:
data_res += '1' if rank_filter(
win, full_half_width) >= win[half_width][half_width] else '0'
return data_res
def transform(im, conf):
mode = im.mode
width = int(conf['window_width'])
rank = int(conf['rank'])
if mode not in ['L']:
show_error(
'Simulations for this module just supports Gray-scale images, check your images !'
)
if width not in [3, 5]:
show_error(
'Simulations for this module just supports "window_width" 3 and 5, check your conf !'
)
if rank < 0 or rank > width * width - 1:
show_error(
'"rank" must greater than 0 and less than window * window - 1, check your conf !'
)
data_res = []
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res.append(rank_filter(win, rank))
im_res = Image.new('L', im.size)
im_res.putdata(data_res)
return im_res
def debug(im, conf):
mode = im.mode
width = int(conf['window_width'])
rank = int(conf['rank'])
if mode not in ['L']:
show_error(
'Simulations for this module just supports Gray-scale images, check your images !'
)
if width not in [3, 5]:
show_error(
'Simulations for this module just supports "window_width" 3 and 5, check your conf !'
)
if rank < 0 or rank > width * width - 1:
show_error(
'"rank" must greater than 0 and less than window * window - 1, check your conf !'
)
data_src = im.getdata()
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res += '%d\n' % rank_filter(win, rank)
return data_res
def create_dat(im, conf):
mode = im.mode
width = int(conf['window_width'])
rank = int(conf['rank'])
if mode not in ['L']:
show_error('Simulations for this module just supports Gray-scale images, check your images !')
if width not in [3, 5]:
show_error('Simulations for this module just supports "window_width" 3 and 5, check your conf !')
if rank < 0 or rank > width * width - 1:
show_error('"rank" must greater than 0 and less than window * window - 1, check your conf !')
xsize, ysize = im.size
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
win.reverse()
for row in win:
row = list(row)
row.reverse()
for p in row:
data_res += color_format(mode, p)
data_res += '\n'
return data_res[:-1]
def debug(im, conf):
mode = im.mode
xsize = im.size[0]
if mode not in ['L', '1']:
show_error('Simulations for this module just supports Gray-scale and binary images, check your images !')
if xsize != 512:
show_error('Simulations for this module just supports 512xN images, check your images !')
if conf['width'] not in [3, 5]:
show_error('''Simulations for this module just supports conf "width" 3 and 5, check your images !''')
rows = RG(im, conf['width'])
data_res = 'Showed row1 -> rowN\nBut the lowest color_width-bits of this are the first row !\n\n'
while not rows.frame_empty():
row = str(rows.update())
if mode == '1':
row = row.replace('255', '1')
data_res += '%s\n' % row.replace('[', '').replace(']', '').replace(',', '')
return data_res[:-1]
def debug(im, conf):
mode = im.mode
width = int(conf['window_width'])
if mode not in ['L']:
show_error('Simulations for this module just supports Gray-scale images, check your images !')
if width not in [3, 5]:
show_error('Simulations for this module just supports "window_width" 3 and 5, check your conf !')
data_src = im.getdata()
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res += '%d\n' % mean_fitter(win)
return data_res
def transform(im, conf):
mode = im.mode
width = int(conf['window_width'])
if mode not in ['L']:
show_error('Simulations for this module just supports Gray-scale images, check your images !')
if width not in [3, 5]:
show_error('Simulations for this module just supports "window_width" 3 and 5, check your conf !')
data_res = []
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res.append(mean_filter(win))
im_res = Image.new('L', im.size)
im_res.putdata(data_res)
return im_res
def debug(im, conf):
mode = im.mode
width = int(conf['window_width'])
rank = int(conf['rank'])
if mode not in ['L']:
show_error('Simulations for this module just supports Gray-scale images, check your images !')
if width not in [3, 5]:
show_error('Simulations for this module just supports "window_width" 3 and 5, check your conf !')
if rank < 0 or rank > width * width - 1:
show_error('"rank" must greater than 0 and less than window * window - 1, check your conf !')
data_src = im.getdata()
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res += '%d\n' % rank_filter(win, rank)
return data_res
def create_dat(im, conf):
mode = im.mode
xsize, ysize = im.size
if mode not in ['L', '1']:
show_error('Simulations for this module just supports Gray-scale and binary images, check your images !')
if xsize != 512:
show_error('Simulations for this module just supports 512xN images, check your images !')
if conf['width'] not in [3, 5]:
show_error('''Simulations for this module just supports conf "width" 3 and 5, check your images !''')
rows = RG(im, conf['width'])
data_res = ''
while not rows.frame_empty():
row = rows.update()
row.reverse()
for p in row:
if mode == '1':
p = 0 if p == 0 else 1
data_res += color_format(mode, p)
data_res += '\n'
return data_res[:-1]
def debug(im, conf):
mode = im.mode
width = int(conf['window_width'])
if mode not in ['L']:
show_error(
'Simulations for this module just supports Gray-scale images, check your images !'
)
if width not in [3, 5]:
show_error(
'Simulations for this module just supports "window_width" 3 and 5, check your conf !'
)
data_src = im.getdata()
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res += '%d\n' % mean_fitter(win)
return data_res
def transform(im, conf):
mode = im.mode
width = int(conf['window_width'])
if mode not in ['L']:
show_error(
'Simulations for this module just supports Gray-scale images, check your images !'
)
if width not in [3, 5]:
show_error(
'Simulations for this module just supports "window_width" 3 and 5, check your images !'
)
data_res = []
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res.append(mean_filter(win))
im_res = Image.new('L', im.size)
im_res.putdata(data_res)
return im_res
def create_dat(im, conf):
mode = im.mode
width = int(conf['window_width'])
half_width = width >> 1
full_half_width = width * width >> 1
fil = conf['filter']
if mode not in ['L']:
show_error('Simulations for this module just supports Gray-scale images, check your images !')
if fil not in ['mean', 'mid']:
show_error('"filter" just supports "mean" and "mid"m check your conf !')
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res += '%s\n' % color_format(mode, win[half_width][half_width])
if fil == 'mean':
data_res += '%s\n' % color_format(mode, mean_filter(win))
else:
data_res += '%s\n' % color_format(mode, rank_filter(win, full_half_width))
return data_res[:-1]
def debug(im, conf):
mode = im.mode
width = int(conf['window_width'])
half_width = width >> 1
full_half_width = width * width >> 1
fil = conf['filter']
if mode not in ['L']:
show_error('Simulations for this module just supports Gray-scale images, check your images !')
if fil not in ['mean', 'mid']:
show_error('"filter" just supports "mean" and "mid"m check your conf !')
data_src = im.getdata()
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
if fil == 'mean':
data_res += '1' if mean_filter(win) >= win[half_width][half_width] else '0'
else:
data_res += '1' if rank_filter(win, full_half_width) >= win[half_width][half_width] else '0'
return data_res
def debug(im, conf):
mode = im.mode
template = conf['template']
if mode not in ['1']:
show_error('Simulations for this module just supports binary images, check your images !')
for row in template:
if len(template) != len(row):
show_error('every row in "template" must equal to length of template, check your conf !')
if len(template) not in [3, 5]:
show_error('size of "template" must equal to e or 5, check your conf !')
for p in row:
if p not in [0, 1]:
show_error('Elements in "template" must equal to 0 or 1, check your conf !')
width = len(template)
data_res = ''
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
data_res += '%d\n' % 1 if win == template else 0
return data_res
def debug(im, conf):
mode = im.mode
xsize = im.size[0]
if mode not in ['L', '1']:
show_error('Simulations for this module just supports Gray-scale and binary images, check your images !')
if xsize != 512:
show_error('Simulations for this module just supports 512xN images, check your images !')
if conf['width'] not in [3, 5]:
show_error('''Simulations for this module just supports conf "width" 3 and 5, check your images !''')
rows = RG(im, conf['width'])
window = WG(conf['width'])
data_res = ''
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
for row in win:
row = str(row)
if mode == '1':
row = row.replace('255', '1')
data_res += '%s\n' % row.replace('[', '').replace(']', '').replace(',', '')
data_res += '\n'
return data_res[:-1]
def transform(im, conf):
mode = im.mode
template = conf['template']
ed_mode = conf['mode']
if mode not in ['1']:
show_error('Simulations for this module just supports binary images, check your images !')
if ed_mode not in ['Erosion', 'Dilation']:
show_error('"mode" just supports "Erosion" and "Dilation", check your conf !')
for row in template:
if len(template) != len(row):
show_error('every row in "template" must equal to length of template, check your conf !')
if len(template) not in [3, 5]:
show_error('size of "template" must equal to e or 5, check your conf !')
for p in row:
if p not in [0, 1]:
show_error('Elements in "template" must equal to 0 or 1, check your conf !')
ed_mode = 0 if ed_mode == 'Erosion' else 1
width = len(template)
data_res = []
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
pix = 1
for wy in xrange(width):
for wx in xrange(width):
w = 0 if win[wy][wx] == 0 else 1
p_w = w ^ ed_mode
p_w = p_w | ~template[wy][wx]
pix = pix & p_w
pix = pix ^ ed_mode
data_res.append(pix)
im_res = Image.new('1', im.size)
im_res.putdata(data_res)
return im_res
def debug(im, conf):
mode = im.mode
xsize = im.size[0]
if mode not in ['L', '1']:
show_error(
'Simulations for this module just supports Gray-scale and binary images, check your images !'
)
if xsize != 512:
show_error(
'Simulations for this module just supports 512xN images, check your images !'
)
if conf['width'] not in [3, 5]:
show_error(
'''Simulations for this module just supports conf "width" 3 and 5, check your images !'''
)
rows = RG(im, conf['width'])
data_res = 'Showed row1 -> rowN\nBut the lowest color_width-bits of this are the first row !\n\n'
while not rows.frame_empty():
row = str(rows.update())
if mode == '1':
row = row.replace('255', '1')
data_res += '%s\n' % row.replace('[', '').replace(']', '').replace(
',', '')
return data_res[:-1]
def transform(im, conf):
mode = im.mode
width = int(conf['window_width'])
half_width = width >> 1
full_half_width = width * width >> 1
fil = conf['filter']
if mode not in ['L']:
show_error('Simulations for this module just supports Gray-scale images, check your images !')
if fil not in ['mean', 'mid']:
show_error('"filter" just supports "mean" and "mid"m check your conf !')
data_res = []
rows = RG(im, width)
window = WG(width)
while not rows.frame_empty():
win = window.update(rows.update())
if not window.is_enable():
continue
if fil == 'mean':
data_res.append(1 if win[half_width][half_width] >= mean_filter(win) else 0)
else:
data_res.append(1 if win[half_width][half_width] >= rank_filter(win, full_half_width) else 0)
im_res = Image.new('1', im.size)
im_res.putdata(data_res)
return im_res
