def run(self):
'''
Phase 1: remap the relevant source image areas onto a canvas
Note that nona will load ALL of the images (one at a time)
but will only generate output for those that matter
Each one takes a noticible amount of time but its relatively small compared to the time spent actually mapping images
'''
print
print 'Supertile phase 1: remapping (nona)'
if self.out.find('.') < 0:
raise Exception('Require image extension')
# Hugin likes to use the base filename as the intermediates, lets do the sames
out_name_base = self.out[0:self.out.find('.')].split('/')[-1]
print "out name: %s, base: %s" % (self.out, out_name_base)
#ssadf
if out_name_base is None or len(out_name_base) == 0 or out_name_base == '.' or out_name_base == '..':
raise Exception('Bad output file base "%s"' % str(out_name_base))
# Scope of these files is only here
# We only produce the single output file, not the intermediates
managed_temp_dir = ManagedTempDir.get2(prefix_mangle='st_%06dx_%06dy_' % (self.bounds[0], self.bounds[1]))
# without the slash they go into the parent directory with that prefix
out_name_prefix = managed_temp_dir.file_name + "/"
'''
For large projects this was too slow
Instead, we simply copy the project and manually fix up the relevant portion
'''
print 'Copying pto'
pto = self.pto.copy(control_points=False)
#pto = self.mini_pto.copy()
print 'Cropping...'
#sys.exit(1)
pl = pto.panorama_line
# It is fine to go out of bounds, it will be black filled
#pl.set_bounds(x, min(x + self.tw(), pto.right()), y, min(y + self.th(), pto.bottom()))
pl.set_crop(self.bounds)
# try to fix remapper errors due to excessive overlap
rm_red_img(pto)
#print 'debug break' ; sys.exit(1)
print 'Preparing remapper...'
remapper = Nona(pto, out_name_prefix)
remapper.pprefix = self.pprefix
remapper.args = self.nona_args
print 'Starting remapper...'
remapper.remap()
'''
Phase 2: blend the remapped images into an output image
'''
print
print 'Supertile phase 2: blending (enblend)'
blender = Enblend(remapper.get_output_files(), self.out, lock=self.enblend_lock)
blender.pprefix = self.pprefix
blender.args = self.enblend_args
blender.run()
# We are done with these files, they should be nuked
if not config.keep_temp_files():
for f in remapper.get_output_files():
os.remove(f)
print 'Supertile ready!'
def run(self):
'''
Phase 1: remap the relevant source image areas onto a canvas
Note that nona will load ALL of the images (one at a time)
but will only generate output for those that matter
Each one takes a noticible amount of time but its relatively small compared to the time spent actually mapping images
'''
print
print 'Supertile phase 1: remapping (nona)'
if self.out.find('.') < 0:
raise Exception('Require image extension')
# Hugin likes to use the base filename as the intermediates, lets do the sames
out_name_base = self.out[0:self.out.find('.')].split('/')[-1]
print "out name: %s, base: %s" % (self.out, out_name_base)
#ssadf
if out_name_base is None or len(
out_name_base
) == 0 or out_name_base == '.' or out_name_base == '..':
raise Exception('Bad output file base "%s"' % str(out_name_base))
# Scope of these files is only here
# We only produce the single output file, not the intermediates
managed_temp_dir = ManagedTempDir.get2(
prefix_mangle='st_%06dx_%06dy_' % (self.bounds[0], self.bounds[1]))
# without the slash they go into the parent directory with that prefix
out_name_prefix = managed_temp_dir.file_name + "/"
'''
For large projects this was too slow
Instead, we simply copy the project and manually fix up the relevant portion
'''
print 'Copying pto'
pto = self.pto.copy(control_points=False)
#pto = self.mini_pto.copy()
print 'Cropping...'
#sys.exit(1)
pl = pto.panorama_line
# It is fine to go out of bounds, it will be black filled
#pl.set_bounds(x, min(x + self.tw(), pto.right()), y, min(y + self.th(), pto.bottom()))
pl.set_crop(self.bounds)
# try to fix remapper errors due to excessive overlap
rm_red_img(pto)
#print 'debug break' ; sys.exit(1)
print 'Preparing remapper...'
remapper = Nona(pto, out_name_prefix)
remapper.pprefix = self.pprefix
remapper.args = self.nona_args
print 'Starting remapper...'
remapper.remap()
'''
Phase 2: blend the remapped images into an output image
'''
print
print 'Supertile phase 2: blending (enblend)'
blender = Enblend(remapper.get_output_files(),
self.out,
lock=self.enblend_lock)
blender.pprefix = self.pprefix
blender.args = self.enblend_args
blender.run()
# We are done with these files, they should be nuked
if not config.keep_temp_files():
for f in remapper.get_output_files():
os.remove(f)
print 'Supertile ready!'
