def test_optimize(self):
print 'Loading raw project...'
project = PTOProject.from_file_name('in.pto')
print 'Creating optimizer...'
optimizer = PTOptimizer(project)
#self.assertTrue(project.text != None)
print 'Running optimizer...'
optimizer.run()
def test_optimize(self):
print 'Loading raw project...'
project = PTOProject.from_file_name('in.pto')
print 'Creating optimizer...'
optimizer = PTOptimizer(project)
#self.assertTrue(project.text != None)
print 'Running optimizer...'
optimizer.run()
image_line.set_variable('Er', 1)
# Disable EMoR corrections
image_line.set_variable('Ra', 0)
image_line.set_variable('Rb', 0)
image_line.set_variable('Rc', 0)
image_line.set_variable('Rd', 0)
image_line.set_variable('Re', 0)
'''
if args.set_optimize_xy:
optimize_xy_only(pto)
# Needs to be late to get the earlier additions if we used them
if args.optimize:
print 'Optimizing'
opt = PTOptimizer(pto)
opt.reoptimize = args.reoptimize
opt.run()
# Default
if args.center != False:
print 'Centering...'
center(pto)
if args.pre_opt:
print 'Optimizing'
opt = PreOptimizer(pto)
opt.debug = args.verbose
opt.stdev = args.stdev
opt.run()
# Default
if args.center != False:
image_line.set_variable('Er', 1)
# Disable EMoR corrections
image_line.set_variable('Ra', 0)
image_line.set_variable('Rb', 0)
image_line.set_variable('Rc', 0)
image_line.set_variable('Rd', 0)
image_line.set_variable('Re', 0)
'''
if args.set_optimize_xy:
optimize_xy_only(pto)
# Needs to be late to get the earlier additions if we used them
if args.optimize:
print 'Optimizing'
opt = PTOptimizer(pto)
opt.reoptimize = args.reoptimize
opt.run()
# Default
if args.center != False:
print 'Centering...'
center(pto)
if args.pre_opt:
print 'Optimizing'
opt = PreOptimizer(pto)
opt.run()
# Default
if args.center != False:
print 'Centering...'
center(pto)
image_line.set_variable('Er', 1)
# Disable EMoR corrections
image_line.set_variable('Ra', 0)
image_line.set_variable('Rb', 0)
image_line.set_variable('Rc', 0)
image_line.set_variable('Rd', 0)
image_line.set_variable('Re', 0)
'''
if args.set_optimize_xy:
optimize_xy_only(pto)
# Needs to be late to get the earlier additions if we used them
if args.optimize:
print 'Optimizing'
opt = PTOptimizer(pto)
opt.reoptimize = args.reoptimize
opt.run()
# Default
if args.center != False:
print 'Centering...'
center(pto)
if args.pre_opt:
print 'Optimizing'
opt = PreOptimizer(pto)
opt.debug = args.verbose
opt.stdev = args.stdev
opt.run()
# Default
if args.center != False:
for image_line in project.image_lines:
# Don't adjust exposure
image_line.set_variable('Eev', 1)
# blue and red white balance correction at normal levels
image_line.set_variable('Eb', 1)
image_line.set_variable('Er', 1)
# Disable EMoR corrections
image_line.set_variable('Ra', 0)
image_line.set_variable('Rb', 0)
image_line.set_variable('Rc', 0)
image_line.set_variable('Rd', 0)
image_line.set_variable('Re', 0)
if args.set_optimize_xy:
optimize_xy_only(pto)
# Needs to be late to get the earlier additions if we used them
if args.optimize:
print 'Optimizing'
opt = PTOptimizer(pto)
opt.run()
# Default
if not args.center is False:
print 'Centering...'
center(pto)
print 'Saving to %s' % pto_out
pto.save_as(pto_out)