z.var('deltas').exclude() # wait until requested
sb.finalize_class(z)
# CvContourTree
z = sb.mb.class_('CvContourTree')
sb.init_class(z)
MT.expose_CvSeq_members(z, FT)
sb.finalize_class(z)
#CvConvexityDefect
z = sb.mb.class_('CvConvexityDefect')
sb.init_class(z)
for t in (
'start', 'end', 'depth_point',
):
FT.expose_member_as_pointee(z, t)
sb.finalize_class(z)
def expose_QuadEdge2D_members(z):
FT.expose_member_as_array_of_pointees(z, 'pt', 4)
FT.set_array_item_type_as_size_t(z, 'next')
z = sb.mb.class_('CvQuadEdge2D')
sb.init_class(z)
expose_QuadEdge2D_members(z)
sb.finalize_class(z)
# CvSubdiv2DPoint
z = sb.mb.class_('CvSubdiv2DPoint')
sb.init_class(z)
sb.mb.decl('CvSubdiv2DEdge').include()
sb.init_class(z)
for t in ('train', 'predict'):
for t2 in z.mem_funs(t):
t2._transformer_kwds['alias'] = t
z.mem_fun('get_covs').exclude() # TODO: expose this function
sb.finalize_class(z)
# CvPair16u32s # do not expose this old struct
# z = sb.mb.class_('CvPair16u32s')
# z.include()
# z.decls().exclude()
# CvDTreeSplit
z = sb.mb.class_('CvDTreeSplit')
sb.init_class(z)
FT.expose_member_as_pointee(z, 'next')
FT.expose_member_as_ndarray1d(z, 'subset', 2)
for t in ('c', 'split_point'): # workaround for unnamed union
z.var(t).exclude()
z.add_declaration_code('''
static float CvDTreeSplit_get_c(CvDTreeSplit const &inst) { return inst.ord.c; }
static void CvDTreeSplit_set_c(CvDTreeSplit &inst, float _c) { inst.ord.c = _c; }
static int CvDTreeSplit_get_split_point(CvDTreeSplit const &inst) { return inst.ord.split_point; }
static void CvDTreeSplit_set_split_point(CvDTreeSplit &inst, int _split_point) { inst.ord.split_point = _split_point; }
''')
z.add_registration_code('add_property( "c", &CvDTreeSplit_get_c, &CvDTreeSplit_set_c )')
z.add_registration_code('add_property( "split_point", &CvDTreeSplit_get_split_point, &CvDTreeSplit_set_split_point )')
sb.finalize_class(z)
CV_SET_ELEM_FREE_FLAG = (1 << (_CT.sizeof(_CT.c_int)*8-1))
# Checks whether the element pointed by ptr belongs to a set or not
def CV_IS_SET_ELEM(ptr):
return cast(ptr, CvSetElem_p)[0].flags >= 0
CV_TYPE_NAME_GRAPH = "opencv-graph"
''')
# CvMemBlock
z = sb.mb.class_('CvMemBlock')
sb.init_class(z)
for t in ('prev', 'next'):
FT.expose_member_as_pointee(z, t)
sb.finalize_class(z)
# CvMemStorage -- now managed by cv::MemStorage
# this class is enabled only to let cv::MemStorage function properly
z = sb.mb.class_('CvMemStorage')
sb.init_class(z)
for t in ('bottom', 'top'):
FT.expose_member_as_pointee(z, t)
sb.finalize_class(z)
# cv::MemStorage
sb.register_ti('cv::Ptr', ['CvMemStorage'], 'MemStorage')
sb.expose_class_Ptr('CvMemStorage')
sb.cc.write('''
def _MemStorage__repr__(self):
# cvChangeSeqBlock # these functions are now obsolete, use Seq<T> instead
# cvCreateSet
FT.expose_func(sb.mb.free_fun('cvCreateSet'), ward_indices=(4, ))
# cvSetAdd, cvSetNew, cvSetRemoveByPtr # TODO: fix
# cvGetSetElem
FT.expose_func(sb.mb.free_fun('cvGetSetElem'), ward_indices=(1, ))
# CvGraphScanner
z = sb.mb.class_('CvGraphScanner')
z.include()
for t in ('vtx', 'dst', 'edge', 'graph', 'stack'):
FT.expose_member_as_pointee(z, t)
sb.insert_del_interface('CvGraphScanner', '_PE._cvReleaseGraphScanner')
# this whole set of functions cvGraph*, # TODO: fix these funcs
# CvTreeNodeIterator
z = sb.mb.class_('CvTreeNodeIterator')
z.include()
z.var('node').expose_address = True # wait until requested
# this whole set of functions cvTree*
# Drawing Functions
sb.cc.write('''
#-----------------------------------------------------------------------------
# Drawing Functions
CV_BLOB_MINW = 5
CV_BLOB_MINH = 5
''')
#=============================================================================
# Structures
#=============================================================================
# CvDefParam
# TODO: fix the rest of the member declarations
z = sb.mb.class_('CvDefParam')
z.include()
FT.expose_member_as_pointee(z, 'next')
for t in ('pName', 'pComment', 'Str'):
FT.expose_member_as_str(z, t)
for t in ('pDouble', 'pFloat', 'pInt', 'pStr'):
z.var(t).exclude()
# CvVSModule
z = sb.mb.class_('CvVSModule')
sb.init_class(z)
z.mem_fun('GetModuleName').exclude()
z.add_declaration_code('''
inline bp::str CvVSModule_GetModuleName(CvVSModule &inst) { return bp::str(inst.GetModuleName()); }
''')
z.add_registration_code('def("GetModuleName", &::CvVSModule_GetModuleName)')
sb.finalize_class(z)
CV_BLOB_MINW = 5
CV_BLOB_MINH = 5
''')
#=============================================================================
# Structures
#=============================================================================
# CvDefParam
# TODO: fix the rest of the member declarations
z = sb.mb.class_('CvDefParam')
z.include()
FT.expose_member_as_pointee(z, 'next')
for t in ('pName', 'pComment', 'Str'):
FT.expose_member_as_str(z, t)
for t in ('pDouble', 'pFloat', 'pInt', 'pStr'):
z.var(t).exclude()
# CvVSModule
z = sb.mb.class_('CvVSModule')
sb.init_class(z)
z.mem_fun('GetModuleName').exclude()
z.add_declaration_code('''
inline bp::str CvVSModule_GetModuleName(CvVSModule &inst) { return bp::str(inst.GetModuleName()); }
''')
z.add_registration_code('def("GetModuleName", &::CvVSModule_GetModuleName)')
sb.finalize_class(z)
# CvContourTree
z = sb.mb.class_('CvContourTree')
sb.init_class(z)
MT.expose_CvSeq_members(z, FT)
sb.finalize_class(z)
#CvConvexityDefect
z = sb.mb.class_('CvConvexityDefect')
sb.init_class(z)
for t in (
'start',
'end',
'depth_point',
):
FT.expose_member_as_pointee(z, t)
sb.finalize_class(z)
def expose_QuadEdge2D_members(z):
FT.expose_member_as_array_of_pointees(z, 'pt', 4)
FT.set_array_item_type_as_size_t(z, 'next')
z = sb.mb.class_('CvQuadEdge2D')
sb.init_class(z)
expose_QuadEdge2D_members(z)
sb.finalize_class(z)
# CvSubdiv2DPoint
z = sb.mb.class_('CvSubdiv2DPoint')
