def __finalizetype__(cls):
"""
Assure that the resulting type has the correct shape, size, dim,
dtype
"""
# Shape parameters
if cls.__parameters__ is None or cls.shape is None:
default_ns = default_smallvectors_type_ns(cls.__parameters__)
for k, v in default_ns.items():
if getattr(cls, k, None) is None:
setattr(cls, k, v)
# Pick up flat object
flat = mFlat if issubclass(cls, _Mutable) else Flat
cls.__flat__ = flat
# Floating parameter
if cls.dtype is not None:
cls._floating = promote_type(cls._float, cls.dtype)
assert cls.dtype is not Any, cls
def __finalizetype__(cls):
"""
Assure that the resulting type has the correct shape, size, dim,
dtype
"""
# Shape parameters
if cls.__parameters__ is None or cls.shape is None:
default_ns = default_smallvectors_type_ns(cls.__parameters__)
for k, v in default_ns.items():
if getattr(cls, k, None) is None:
setattr(cls, k, v)
# Pick up flat object
flat = mFlat if issubclass(cls, _Mutable) else Flat
cls.__flat__ = flat
# Floating parameter
if cls.dtype is not None:
cls._floating = promote_type(cls._float, cls.dtype)
assert cls.dtype is not Any, cls
def __preparenamespace__(cls, params):
"""
Create shape, size, dim, dtype.
"""
return default_smallvectors_type_ns(params)
def __preparenamespace__(cls, params):
"""
Create shape, size, dim, dtype.
"""
return default_smallvectors_type_ns(params)
