# theRNG
z = sb.mb.free_fun('theRNG')
z.include()
z.call_policies = CP.return_value_policy(CP.reference_existing_object)
# fillConvexPoly
z = sb.mb.free_fun('fillConvexPoly')
z.include()
z._transformer_creators.append(FT.input_array1d('pts', 'npts'))
# fillPoly
for t in ('fillPoly', 'polylines'):
z = sb.mb.free_fun(t)
z.include()
z._transformer_creators.append(FT.input_array2d('pts', 'npts',
'ncontours'))
z._transformer_kwds['alias'] = t
# getTextSize
z = sb.mb.free_fun('getTextSize')
z.include()
z._transformer_creators.append(FT.output_type1('baseLine'))
# MemStorage -- exposed in cxtypes_h_gen
# cvCreateMemStorage
sb.mb.free_fun('cvCreateMemStorage').exclude()
sb.mb.add_declaration_code('''
cv::MemStorage createMemStorage(int block_size CV_DEFAULT(0))
{
return cv::MemStorage(cvCreateMemStorage(block_size));
transformer_creators=[FT.arg_output('lines')])
# getOptimalNewCameraMatrix
FT.expose_func(sb.mb.free_fun('getOptimalNewCameraMatrix'),
return_pointee=False,
transformer_creators=[FT.output_type1('validPixROI')])
# calcHist
for z in sb.mb.free_funs('calcHist'):
FT.expose_func(z,
return_pointee=False,
transformer_creators=[
FT.input_array1d('images', 'nimages'),
FT.input_array1d('channels'),
FT.input_array1d('histSize', 'dims'),
FT.input_array2d('ranges')
])
z._transformer_kwds['alias'] = 'calcHist'
# calcBackProject
for z in sb.mb.free_funs('calcBackProject'):
FT.expose_func(z,
return_pointee=False,
transformer_creators=[
FT.input_array1d('images', 'nimages'),
FT.input_array1d('channels'),
FT.input_array2d('ranges')
])
z._transformer_kwds['alias'] = 'calcBackProject'
# floodFill
# theRNG
z = sb.mb.free_fun('theRNG')
z.include()
z.call_policies = CP.return_value_policy(CP.reference_existing_object)
# fillConvexPoly
z = sb.mb.free_fun('fillConvexPoly')
z.include()
z._transformer_creators.append(FT.input_array1d('pts', 'npts'))
# fillPoly
for t in ('fillPoly', 'polylines'):
z = sb.mb.free_fun(t)
z.include()
z._transformer_creators.append(FT.input_array2d('pts', 'npts', 'ncontours'))
z._transformer_kwds['alias'] = t
# getTextSize
z = sb.mb.free_fun('getTextSize')
z.include()
z._transformer_creators.append(FT.output_type1('baseLine'))
# MemStorage -- exposed in cxtypes_h_gen
# cvCreateMemStorage
sb.mb.free_fun('cvCreateMemStorage').exclude()
sb.mb.add_declaration_code('''
cv::MemStorage createMemStorage(int block_size CV_DEFAULT(0))
{
return cv::MemStorage(cvCreateMemStorage(block_size));
FT.expose_func(sb.mb.free_fun('HoughCircles'), return_pointee=False,
transformer_creators=[FT.arg_output('circles')])
FT.expose_func(sb.mb.free_fun('HoughLines'), return_pointee=False,
transformer_creators=[FT.arg_output('lines')])
FT.expose_func(sb.mb.free_fun('HoughLinesP'), return_pointee=False,
transformer_creators=[FT.arg_output('lines')])
# getOptimalNewCameraMatrix
FT.expose_func(sb.mb.free_fun('getOptimalNewCameraMatrix'), return_pointee=False,
transformer_creators=[FT.output_type1('validPixROI')])
# calcHist
for z in sb.mb.free_funs('calcHist'):
FT.expose_func(z, return_pointee=False, transformer_creators=[
FT.input_array1d('images', 'nimages'), FT.input_array1d('channels'),
FT.input_array1d('histSize', 'dims'), FT.input_array2d('ranges')])
z._transformer_kwds['alias'] = 'calcHist'
# calcBackProject
for z in sb.mb.free_funs('calcBackProject'):
FT.expose_func(z, return_pointee=False, transformer_creators=[
FT.input_array1d('images', 'nimages'), FT.input_array1d('channels'),
FT.input_array2d('ranges')])
z._transformer_kwds['alias'] = 'calcBackProject'
# floodFill
for z in sb.mb.free_funs('floodFill'):
FT.expose_func(z, return_pointee=False, transformer_creators=[FT.output_type1('rect')])
z._transformer_kwds['alias'] = 'floodFill'