def __preparenamespace__(cls, params):
ns = SmallVectorsBase.__preparenamespace__(params)
try:
m, n, dtype = params
except ValueError:
pass
else:
if (m, n) not in [(2, 2), (3, 3)]:
ns['__slots__'] = 'flat'
return ns
def __preparenamespace__(cls, params):
ns = SmallVectorsBase.__preparenamespace__(params)
try:
m, n, dtype = params
except ValueError:
pass
else:
if (m, n) not in [(2, 2), (3, 3)]:
ns['__slots__'] = 'flat'
return ns
def __finalizetype__(cls):
SmallVectorsBase.__finalizetype__(cls)
if cls.shape:
cls.nrows, cls.ncols = cls.shape
else:
cls.nrows = cls.ncols = None
def __finalizetype__(cls):
SmallVectorsBase.__finalizetype__(cls)
N = cls.shape[0]
if isinstance(N, int):
cls.size = N * (N + 1)
cls.dim = N
def __preparenamespace__(cls, params):
N, _dtype = params
ns = SmallVectorsBase.__preparenamespace__(params)
ns["size"] = N * (N + 1)
return ns
def __finalizetype__(cls):
SmallVectorsBase.__finalizetype__(cls)
if cls.shape:
cls.nrows, cls.ncols = cls.shape
else:
cls.nrows = cls.ncols = None
def __finalizetype__(cls):
SmallVectorsBase.__finalizetype__(cls)
N = cls.shape[0]
if isinstance(N, int):
cls.size = N * (N + 1)
cls.dim = N
def __preparenamespace__(cls, params):
N, _dtype = params
ns = SmallVectorsBase.__preparenamespace__(params)
ns['size'] = N * (N + 1)
return ns
