def params(self, newrun=False, msg=None):
"""
Configure the algo execution
"""
if newrun:
old_work_dir = self.work_dir
self.clone_input()
# Keep old parameters
self.cfg["param"] = cfg_open(old_work_dir + "index.cfg", "rb")["param"]
# Also need to clone input_0_sel.png in case the user is running
# with new parameters but on the same subimage.
shutil.copy(old_work_dir + "input_0_sel.png", self.work_dir + "input_0_sel.png")
# Set undefined parameters to default values
self.cfg["param"] = dict(self.default_param, **self.cfg["param"])
# Generate a new timestamp
self.timestamp = int(100 * time.time())
# Reset cropping parameters if running with a different subimage
if msg == "different subimage":
self.cfg["param"]["x0"] = None
self.cfg["param"]["y0"] = None
self.cfg["param"]["x"] = None
self.cfg["param"]["y"] = None
return self.tmpl_out("params.html")
def params(self, newrun=False, msg=None):
"""
Configure the algo execution
"""
if newrun:
old_work_dir = self.work_dir
self.clone_input()
# Keep old parameters
self.cfg['param'] = cfg_open(old_work_dir
+ 'index.cfg', 'rb')['param']
# Also need to clone input_0_sel.png in case the user is running
# with new parameters but on the same subimage.
shutil.copy(old_work_dir + 'input_0_sel.png',
self.work_dir + 'input_0_sel.png')
# Set undefined parameters to default values
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
# Generate a new timestamp
self.timestamp = int(100*time.time())
# Reset cropping parameters if running with a different subimage
if msg == 'different subimage':
self.cfg['param']['x0'] = None
self.cfg['param']['y0'] = None
self.cfg['param']['x'] = None
self.cfg['param']['y'] = None
return self.tmpl_out('params.html')
def input_points_file(self):
"""
write the poly points in a file
"""
pfile = self.work_dir + 'index.cfg'
if os.path.isfile( pfile ) :
self.cfg['param'] = cfg_open(pfile, 'rb')['param']
else :
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
### ....................
points = self.work_dir + "line_primitives.dat"
ofile = file(points, "w")
lines = json.loads( self.cfg['param']['poly'] )
ofile.writelines("%i\n" % len(lines) )
for ii in range(0, len(lines)) :
ofile.writelines("%i\n" % len(lines[ii]) )
ofile.writelines("%i %i \n" % (x, y) for (x, y) in lines[ii] )
ofile.close()
def params(self, newrun=False, msg=None):
"""
Configure the algo execution
"""
if newrun:
old_work_dir = self.work_dir
self.clone_input()
# Keep old parameters
self.cfg['param'] = cfg_open(old_work_dir + 'index.cfg',
'rb')['param']
# Also need to clone input_0_sel.png in case the user is running
# with new parameters but on the same subimage.
shutil.copy(old_work_dir + 'input_0_sel.png',
self.work_dir + 'input_0_sel.png')
# Set undefined parameters to default values
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
# Generate a new timestamp
self.timestamp = int(100 * time.time())
# Reset cropping parameters if running with a different subimage
if msg == 'different subimage':
self.cfg['param']['x0'] = None
self.cfg['param']['y0'] = None
self.cfg['param']['x'] = None
self.cfg['param']['y'] = None
return self.tmpl_out('params.html')
def addpoint(self, **kwargs):
"""
draw the polygon
"""
pfile = self.old_work_dir + 'index.cfg'
if os.path.isfile( pfile ) :
self.cfg['param'] = cfg_open(pfile, 'rb')['param']
if self.old_work_dir != self.work_dir:
shutil.copy(self.old_work_dir + 'input_0.png', \
self.work_dir + 'input_0.png')
self.cfg['param']['zoom'] = int(self.check_zoom( kwargs['zoom'], \
self.cfg['param'] ))
self.cfg['param']['zoom_default'] = int(self.get_zoom_default( \
self.cfg['param'] ))
[ self.cfg['param']['scrollx'], self.cfg['param']['scrolly'] ] = \
self.check_scroll( kwargs['scrollx'], kwargs['scrolly'], \
self.cfg['param']['zoom'], self.cfg['param'] )
if (0 <= float(self.cfg['param']['sigma']) <= 30):
self.cfg['param']['sigma'] = float( kwargs['sigma'] )
if int(kwargs['iterations']) > 0:
self.cfg['param']['iterations'] = int( kwargs['iterations'] )
else:
self.cfg['param']['iterations'] = (-1)*int( kwargs['iterations'] )
self.cfg['param']['snake_structure'] = int( kwargs['structure'] )
self.cfg['param']['snake_balloon'] = int( kwargs['balloon'] )
## .................
# Check action (VALUE)
if 'action' in kwargs:
self.cfg['param']['action'] = self.check_action( kwargs['action'], \
kwargs['poly'], self.cfg['param'] )
else :
self.cfg['param']['poly'] = self.check_poly( kwargs['poly'],
kwargs['point.x'], kwargs['point.y'], \
self.cfg['param'])
self.cfg.save()
self.draw_poly( self.cfg['param'] )
return self.tmpl_out('params.html')
def addpoint(self, **kwargs):
"""
draw the polygon
"""
pfile = self.old_work_dir + 'index.cfg'
if os.path.isfile(pfile):
self.cfg['param'] = cfg_open(pfile, 'rb')['param']
if self.old_work_dir != self.work_dir:
shutil.copy(self.old_work_dir + 'input_0.png', \
self.work_dir + 'input_0.png')
self.cfg['param']['zoom'] = int(self.check_zoom( kwargs['zoom'], \
self.cfg['param'] ))
self.cfg['param']['zoom_default'] = int(self.get_zoom_default( \
self.cfg['param'] ))
[ self.cfg['param']['scrollx'], self.cfg['param']['scrolly'] ] = \
self.check_scroll( kwargs['scrollx'], kwargs['scrolly'], \
self.cfg['param']['zoom'], self.cfg['param'] )
if (0 <= float(self.cfg['param']['sigma']) <= 30):
self.cfg['param']['sigma'] = float(kwargs['sigma'])
if int(kwargs['iterations']) > 0:
self.cfg['param']['iterations'] = int(kwargs['iterations'])
else:
self.cfg['param']['iterations'] = (-1) * int(kwargs['iterations'])
self.cfg['param']['snake_structure'] = int(kwargs['structure'])
self.cfg['param']['snake_balloon'] = int(kwargs['balloon'])
## .................
# Check action (VALUE)
if 'action' in kwargs:
self.cfg['param']['action'] = self.check_action( kwargs['action'], \
kwargs['poly'], self.cfg['param'] )
else:
self.cfg['param']['poly'] = self.check_poly( kwargs['poly'],
kwargs['point.x'], kwargs['point.y'], \
self.cfg['param'])
self.cfg.save()
self.draw_poly(self.cfg['param'])
return self.tmpl_out('params.html')
def params(self, newrun=False, msg=None):
"""
configure the algo execution
"""
# Set undefined parameters to default values
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
if newrun:
old_work_dir = self.work_dir
self.clone_input()
# Keep old parameters
self.cfg['param'] = cfg_open( old_work_dir + 'index.cfg', 'rb')['param']
return self.tmpl_out("params.html")
def params(self, newrun=False, msg=None):
"""
configure the algo execution
"""
# Set undefined parameters to default values
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
if newrun:
old_work_dir = self.work_dir
self.clone_input()
# Keep old parameters
self.cfg['param'] = cfg_open(old_work_dir + 'index.cfg',
'rb')['param']
return self.tmpl_out("params.html")
def input_points_file(self):
"""
write the poly points in a file
"""
pfile = self.work_dir + 'index.cfg'
if os.path.isfile( pfile ) :
self.cfg['param'] = cfg_open(pfile, 'rb')['param']
else :
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
points = self.work_dir + "points.txt"
ofile = file(points, "w")
ofile.writelines("%i %i \n" % (x, y) \
for (x, y) in json.loads( self.cfg['param']['poly'] ) )
ofile.close()
shutil.copy(points, self.work_dir + 'input_%i' % 0 + '.cn')
def input_points_file(self):
"""
write the poly points in a file
"""
pfile = self.work_dir + 'index.cfg'
if os.path.isfile(pfile):
self.cfg['param'] = cfg_open(pfile, 'rb')['param']
else:
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
points = self.work_dir + "points.txt"
ofile = file(points, "w")
ofile.writelines("%i %i \n" % (x, y) \
for (x, y) in json.loads( self.cfg['param']['poly'] ) )
ofile.close()
shutil.copy(points, self.work_dir + 'input_%i' % 0 + '.cn')
def run_algo(self, stdout=None):
"""
The core algo runner
could also be called by a batch processor
this one needs no parameter
"""
timeout = False
# Read data from configuration file
pfile = self.work_dir + 'index.cfg'
if os.path.isfile( pfile ) :
self.cfg['param'] = cfg_open(pfile, 'rb')['param']
else :
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
lens_distortion = self.run_proc(['lens_distortion_estimation', \
'input_0.bmp', \
'output_0.bmp', \
'line_primitives.dat', \
'output_0.dat', \
str(self.cfg['param']['x_center']), \
str(self.cfg['param']['y_center']), \
str(self.cfg['param']['optimized'])],\
stdout=stdout, stderr=stdout )
self.wait_proc( lens_distortion, timeout )
# .............
in1 = self.work_dir + 'output_0.bmp'
out1 = self.work_dir + 'output_0.png'
cmdrun = ['convert'] + [in1] + [out1]
subprocess.Popen( cmdrun ).wait()
# .............
self.cfg.save()
return
def params(self, newrun=False, msg=None):
"""
Configure the algo execution
"""
if newrun:
old_work_dir = self.work_dir
self.clone_input()
# Keep old parameters
self.cfg['param'] = cfg_open(old_work_dir
+ 'index.cfg', 'rb')['param']
# Also need to clone maskcommands.txt to keep the mask
if os.path.isfile(old_work_dir + 'maskcommands.txt'):
shutil.copy(old_work_dir + 'maskcommands.txt',
self.work_dir + 'maskcommands.txt')
# Set undefined parameters to default values
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
# Generate a new timestamp
self.timestamp = int(100*time.time())
self.rendermask()
return self.tmpl_out('params.html')
def params(self, newrun=False, msg=None):
"""
Configure the algo execution
"""
if newrun:
old_work_dir = self.work_dir
self.clone_input()
# Keep old parameters
self.cfg['param'] = cfg_open(old_work_dir
+ 'index.cfg', 'rb')['param']
# Also need to clone maskcommands.txt to keep the mask
if os.path.isfile(old_work_dir + 'maskcommands.txt'):
shutil.copy(old_work_dir + 'maskcommands.txt',
self.work_dir + 'maskcommands.txt')
# Set undefined parameters to default values
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
# Generate a new timestamp
self.timestamp = int(100*time.time())
self.rendermask()
return self.tmpl_out('params.html')
def params(self, newrun=False, msg=None):
"""
Configure the algo execution
"""
if self.first_run:
self.orig_work_dir = self.work_dir
self.first_run = False
self.old_work_dir = self.work_dir
# Set undefined parameters to default values
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
img = image(self.work_dir + 'input_0.bmp')
(xsize, ysize) = img.size
self.cfg['param']['img_width'] = xsize
self.cfg['param']['img_height'] = ysize
self.cfg['param']['x_center'] = xsize/2.0
self.cfg['param']['y_center'] = ysize/2.0
self.cfg['param']['zoom_default'] = int(self.get_zoom_default( \
self.cfg['param'] ))
if newrun:
self.clone_input()
# Keep old parameters
self.cfg['param'] = \
cfg_open(self.old_work_dir + 'index.cfg', 'rb')['param']
self.cfg.save()
self.draw_poly( self.cfg['param'] )
return self.tmpl_out('params.html')
def params(self, newrun=False, msg=None):
"""
Configure the algo execution
"""
if self.first_run:
self.orig_work_dir = self.work_dir
self.first_run = False
self.old_work_dir = self.work_dir
# Set undefined parameters to default values
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
if newrun:
self.clone_input()
# Keep old parameters
self.cfg['param'] = \
cfg_open(self.old_work_dir + 'index.cfg', 'rb')['param']
img = image(self.work_dir + 'input_0.png')
(xsize, ysize) = img.size
self.cfg['param']['img_width'] = xsize
self.cfg['param']['img_height'] = ysize
self.cfg['param']['zoom_default'] = int(self.get_zoom_default( \
self.cfg['param'] ))
if msg == 'use the output points':
shutil.copy(self.old_work_dir + 'output_0.cn', \
self.work_dir + 'input_0.cn')
lst = []
ofile = open(self.work_dir + 'input_0.cn', 'r')
line = ofile.readline()
line = ofile.readline()
ii = 0
while line:
if ii > -1:
vec = line.split(" ")
vec[1] = vec[1][0:len(vec[1]) - 1]
lst += [[int(vec[0]), self.cfg['param']['img_height'] \
- int(vec[1])]]
ii = 0
ii += 1
line = ofile.readline()
self.cfg['param']['poly'] = json.dumps(lst)
self.cfg.save()
self.draw_poly(self.cfg['param'])
return self.tmpl_out('params.html')
def run_algo(self, stdout=None):
"""
The core algo runner
could also be called by a batch processor
this one needs no parameter
"""
timeout = False
# Read data from configuration file
pfile = self.work_dir + 'index.cfg'
if os.path.isfile(pfile):
self.cfg['param'] = cfg_open(pfile, 'rb')['param']
else:
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
animate_inc = 20
niter = int((self.cfg['param']['iterations'] / animate_inc)) + 1
nn = 0
oimg = ''
for ii in range(0, niter):
nn = ii * animate_inc
if nn < 100:
oimg = 'output_0' + str(nn)
else:
oimg = 'output_' + str(nn)
# Perform the morphological snake
morpho_snake = self.run_proc(['morphological_snake', \
'-I', 'input_0.png', \
'-O', oimg +'_0.png', \
'-C', 'input_0.cn', \
'-F', 'output_0.cn', \
'-S', str(self.cfg['param']['sigma']), \
'-T', str(self.cfg['param']['snake_structure']), \
'-N', str(nn), \
'-B', str(self.cfg['param']['snake_balloon']), \
'-R', str(self.cfg['param']['snake_balloon_diff_radius']), \
'-P', str(self.cfg['param']['snake_edge_detector_threshold'])], \
stdout=stdout, stderr=stdout )
self.wait_proc(morpho_snake, timeout)
if self.cfg['param']['iterations'] < 100:
oimg = 'output_0' + str(self.cfg['param']['iterations'])
else:
oimg = 'output_' + str(self.cfg['param']['iterations'])
morpho_snake = self.run_proc(['morphological_snake', \
'-I', 'input_0.png', \
'-O', oimg +'_0.png', \
'-C', 'input_0.cn', \
'-F', 'output_0.cn', \
'-S', str(self.cfg['param']['sigma']), \
'-T', str(self.cfg['param']['snake_structure']), \
'-N', str(self.cfg['param']['iterations']), \
'-B', str(self.cfg['param']['snake_balloon']), \
'-R', str(self.cfg['param']['snake_balloon_diff_radius']), \
'-P', str(self.cfg['param']['snake_edge_detector_threshold'])], \
stdout=stdout, stderr=stdout )
self.wait_proc(morpho_snake, timeout)
shutil.copy( self.work_dir + oimg +'_0.png', \
self.work_dir + 'output_0.png' )
cmdrun = ['convert', '-delay', '100', '-loop', '0', ' ', \
self.work_dir + 'output_*_0.png', \
self.work_dir + 'animate_output.gif']
subprocess.Popen(cmdrun).wait()
self.cfg['param']['command_line'] = 'morphological_snake ' + \
' -I ' + ' input_0.png' + ' -O ' + ' output_0.png' + \
' -C ' + 'input_0.cn' + ' -F ' + 'output_0.cn' + \
' -S ' + str(self.cfg['param']['sigma']) + \
' -T ' + str(self.cfg['param']['snake_structure']) + \
' -N ' + str(self.cfg['param']['iterations']) + \
' -B ' + str(self.cfg['param']['snake_balloon']) + \
' -R ' + str(self.cfg['param']['snake_balloon_diff_radius']) + \
' -P ' + str(self.cfg['param']['snake_edge_detector_threshold'])
self.cfg.save()
return
def run_algo(self, stdout=None):
"""
The core algo runner
could also be called by a batch processor
this one needs no parameter
"""
timeout = False
# Read data from configuration file
pfile = self.work_dir + 'index.cfg'
if os.path.isfile( pfile ) :
self.cfg['param'] = cfg_open(pfile, 'rb')['param']
else :
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
animate_inc = 20
niter = int( (self.cfg['param']['iterations']/animate_inc) ) + 1
nn = 0
oimg = ''
for ii in range(0, niter) :
nn = ii * animate_inc
if nn < 100 :
oimg = 'output_0' + str(nn)
else :
oimg = 'output_' + str(nn)
# Perform the morphological snake
morpho_snake = self.run_proc(['morphological_snake', \
'-I', 'input_0.png', \
'-O', oimg +'_0.png', \
'-C', 'input_0.cn', \
'-F', 'output_0.cn', \
'-S', str(self.cfg['param']['sigma']), \
'-T', str(self.cfg['param']['snake_structure']), \
'-N', str(nn), \
'-B', str(self.cfg['param']['snake_balloon']), \
'-R', str(self.cfg['param']['snake_balloon_diff_radius']), \
'-P', str(self.cfg['param']['snake_edge_detector_threshold'])], \
stdout=stdout, stderr=stdout )
self.wait_proc( morpho_snake, timeout )
if self.cfg['param']['iterations'] < 100 :
oimg = 'output_0' + str(self.cfg['param']['iterations'])
else :
oimg = 'output_' + str(self.cfg['param']['iterations'])
morpho_snake = self.run_proc(['morphological_snake', \
'-I', 'input_0.png', \
'-O', oimg +'_0.png', \
'-C', 'input_0.cn', \
'-F', 'output_0.cn', \
'-S', str(self.cfg['param']['sigma']), \
'-T', str(self.cfg['param']['snake_structure']), \
'-N', str(self.cfg['param']['iterations']), \
'-B', str(self.cfg['param']['snake_balloon']), \
'-R', str(self.cfg['param']['snake_balloon_diff_radius']), \
'-P', str(self.cfg['param']['snake_edge_detector_threshold'])], \
stdout=stdout, stderr=stdout )
self.wait_proc( morpho_snake, timeout )
shutil.copy( self.work_dir + oimg +'_0.png', \
self.work_dir + 'output_0.png' )
cmdrun = ['convert', '-delay', '100', '-loop', '0', ' ', \
self.work_dir + 'output_*_0.png', \
self.work_dir + 'animate_output.gif']
subprocess.Popen( cmdrun ).wait()
self.cfg['param']['command_line'] = 'morphological_snake ' + \
' -I ' + ' input_0.png' + ' -O ' + ' output_0.png' + \
' -C ' + 'input_0.cn' + ' -F ' + 'output_0.cn' + \
' -S ' + str(self.cfg['param']['sigma']) + \
' -T ' + str(self.cfg['param']['snake_structure']) + \
' -N ' + str(self.cfg['param']['iterations']) + \
' -B ' + str(self.cfg['param']['snake_balloon']) + \
' -R ' + str(self.cfg['param']['snake_balloon_diff_radius']) + \
' -P ' + str(self.cfg['param']['snake_edge_detector_threshold'])
self.cfg.save()
return
def params(self, newrun=False, msg=None):
"""
Configure the algo execution
"""
if self.first_run:
self.orig_work_dir = self.work_dir
self.first_run = False
self.old_work_dir = self.work_dir
# Set undefined parameters to default values
self.cfg['param'] = dict(self.default_param, **self.cfg['param'])
if newrun:
self.clone_input()
# Keep old parameters
self.cfg['param'] = \
cfg_open(self.old_work_dir + 'index.cfg', 'rb')['param']
img = image(self.work_dir + 'input_0.png')
(xsize, ysize) = img.size
self.cfg['param']['img_width'] = xsize
self.cfg['param']['img_height'] = ysize
self.cfg['param']['zoom_default'] = int(self.get_zoom_default( \
self.cfg['param'] ))
if msg == 'use the output points':
shutil.copy(self.old_work_dir + 'output_0.cn', \
self.work_dir + 'input_0.cn')
lst = []
ofile = open(self.work_dir + 'input_0.cn','r')
line = ofile.readline()
line = ofile.readline()
ii = 0
while line:
if ii > -1:
vec = line.split(" ")
vec[1] = vec[1][0:len(vec[1])-1]
lst += [[int(vec[0]), self.cfg['param']['img_height'] \
- int(vec[1])]]
ii = 0
ii += 1
line = ofile.readline()
self.cfg['param']['poly'] = json.dumps( lst )
self.cfg.save()
self.draw_poly( self.cfg['param'] )
return self.tmpl_out('params.html')
def addpoint(self, **kwargs):
"""
draw the polygon
"""
pfile = self.old_work_dir + 'index.cfg'
if os.path.isfile( pfile ) :
self.cfg['param'] = cfg_open(pfile, 'rb')['param']
if self.old_work_dir != self.work_dir:
shutil.copy(self.old_work_dir + 'input_0.bmp', \
self.work_dir + 'input_0.bmp')
self.cfg['param']['zoom'] = int(self.check_zoom( kwargs['zoom'], \
self.cfg['param'] ))
self.cfg['param']['zoom_default'] = int(self.get_zoom_default( \
self.cfg['param'] ))
[ self.cfg['param']['scrollx'], self.cfg['param']['scrolly'] ] = \
self.check_scroll( kwargs['scrollx'], kwargs['scrolly'], \
self.cfg['param']['zoom'], self.cfg['param'] )
## .................
if 'x_center' in kwargs:
self.cfg['param']['x_center'] = float( kwargs['x_center'] )
xcoor = int( int( self.cfg['param']['x_center'] ) / \
2 ** self.cfg['param']['zoom'])
if ( 0 <= xcoor <= float( self.cfg['param']['img_width']) ):
self.cfg['param']['x_center'] = float( kwargs['x_center'] )
else :
self.cfg['param']['x_center'] = \
float(self.cfg['param']['img_width']) / 2
### ......
if 'y_center' in kwargs:
self.cfg['param']['y_center'] = float( kwargs['y_center'] )
ycoor = int( int( self.cfg['param']['y_center'] ) / \
2 ** self.cfg['param']['zoom'])
if ( 0 <= ycoor <= float( self.cfg['param']['img_height']) ):
self.cfg['param']['y_center'] = float( kwargs['y_center'] )
else :
self.cfg['param']['y_center'] = \
float(self.cfg['param']['img_height']) / 2
### ......
if 'optimized' in kwargs:
if kwargs['optimized'] == 'on':
self.cfg['param']['optimized'] = 1
else:
self.cfg['param']['optimized'] = 0
else:
if 'action' not in kwargs:
self.cfg['param']['optimized'] = 0
## .................
# Check action (VALUE)
if 'action' in kwargs:
self.cfg['param']['action'] = self.check_action( kwargs['action'], \
kwargs['poly'], self.cfg['param'] )
else :
self.cfg['param']['poly'] = self.check_poly( kwargs['poly'],
kwargs['point.x'], kwargs['point.y'], \
self.cfg['param'])
self.cfg.save()
self.draw_poly( self.cfg['param'] )
return self.tmpl_out('params.html')
