def glMultiDrawElements(baseOperation, primtype, counts, typ, indices, primcount): """Currently glMultiDrawElements is not working in the wrapper We are replacing the code with a sequence of glDrawElements calls as per the spec for the function... """ for i in xrange( primcount ): glDrawElements( primtype, counts[i], typ, indices[i] )
def glMultiDrawElements(baseOperation, primtype, counts, typ, indices, primcount=None):
"""Currently glMultiDrawElements is not working in the wrapper
We are replacing the code with a sequence of glDrawElements calls
as per the spec for the function. Basically we'd spend more effort
making an array of array pointers than we would creating a simple
iteration in Python.
"""
if primcount is not None:
for i in xrange( primcount ):
glDrawElements( primtype, counts[i], typ, indices[i] )
else:
for c,i in zip( counts, indices ):
glDrawElements( primtype, c, typ, i )
def glMultiDrawElementsEXT(baseOperation,
primtype,
counts,
typ,
indices,
primcount=None):
"""Currently glMultiDrawElementsEXT is not working in the wrapper
We are replacing the code with a sequence of glDrawElements calls
as per the spec for the function. Basically we'd spend more effort
making an array of array pointers than we would creating a simple
iteration in Python.
"""
if primcount is not None:
for i in xrange(primcount):
glDrawElements(primtype, counts[i], typ, indices[i])
else:
for c, i in zip(counts, indices):
glDrawElements(primtype, c, typ, i)
#def convertIndices( arg, wrappedOperation, args ):
# """Convert indices to an array of arrays"""
# return [
# arrays.ArrayDatatype.asArray( element, args[2] )
# for element in arg
# ]
#def resolveIndices( value ):
# pointers = []
# for v in value:
# pointers.append( arrays.ArrayDatatype.voidDataPointer( v ) )
# typ = ctypes.POINTER(None) * len(value)
# return typ( *pointers )
#
#glMultiDrawElementsEXT = wrapper.wrapper( glMultiDrawElementsEXT ).setPyConverter(
# 'indices', convertIndices,
#).setCResolver(
# 'indices', resolveIndices,
#).setPyConverter(
# 'count', arrays.AsArrayTyped( 'count', arrays.GLsizeiArray ),
#).setCResolver(
# 'count', arrays.ArrayDatatype.voidDataPointer ,
#)
def glMultiDrawElementsEXT(baseOperation,
primtype,
counts,
typ,
indices,
primcount=None):
"""Currently glMultiDrawElementsEXT is not working in the wrapper
We are replacing the code with a sequence of glDrawElements calls
as per the spec for the function. Basically we'd spend more effort
making an array of array pointers than we would creating a simple
iteration in Python.
"""
if primcount is not None:
for i in xrange(primcount):
glDrawElements(primtype, counts[i], typ, indices[i])
else:
for c, i in zip(counts, indices):
glDrawElements(primtype, c, typ, i)
def glMultiDrawElementsEXT(baseOperation, primtype, counts, typ, indices, primcount=None):
"""Currently glMultiDrawElementsEXT is not working in the wrapper
We are replacing the code with a sequence of glDrawElements calls
as per the spec for the function. Basically we'd spend more effort
making an array of array pointers than we would creating a simple
iteration in Python.
"""
if primcount is not None:
for i in xrange( primcount ):
glDrawElements( primtype, counts[i], typ, indices[i] )
else:
for c,i in zip( counts, indices ):
glDrawElements( primtype, c, typ, i )
#def convertIndices( arg, wrappedOperation, args ):
# """Convert indices to an array of arrays"""
# return [
# arrays.ArrayDatatype.asArray( element, args[2] )
# for element in arg
# ]
#def resolveIndices( value ):
# pointers = []
# for v in value:
# pointers.append( arrays.ArrayDatatype.voidDataPointer( v ) )
# typ = ctypes.POINTER(None) * len(value)
# return typ( *pointers )
#
#glMultiDrawElementsEXT = wrapper.wrapper( glMultiDrawElementsEXT ).setPyConverter(
# 'indices', convertIndices,
#).setCResolver(
# 'indices', resolveIndices,
#).setPyConverter(
# 'count', arrays.AsArrayTyped( 'count', arrays.GLsizeiArray ),
#).setCResolver(
# 'count', arrays.ArrayDatatype.voidDataPointer ,
#)
