def __call__(self, ina, out=None):
in1 = asarray(ina)
if out is None:
out1 = in1._clone(in1._shape)
else:
out1 = out
_applyObjects1(self.func, in1, out1)
if out is None:
return _fix_rank0(out1)
def __call__(self, ina, out=None):
in1 = asarray(ina)
if out is None:
out1 = in1._clone(in1._shape)
else:
out1 = out
_applyObjects1(self.func, in1, out1)
if out is None:
return _fix_rank0(out1)
def _applyObjects1(f, in1, out):
"""_applyObjects2() applies function 'f' elementwise to
inputs 'in1' and 'in2', storing the result in 'out'."""
if isinstance(in1, ObjectArray) and len(in1._shape) > 1:
for i in xrange(len(in1)):
_applyObjects1(f, in1[i], out[i])
else:
for i in xrange(len(in1)):
out[i] = f(in1[i])
def _applyObjects1(f, in1, out):
"""_applyObjects2() applies function 'f' elementwise to
inputs 'in1' and 'in2', storing the result in 'out'."""
if isinstance(in1, ObjectArray) and len(in1._shape) > 1:
for i in xrange(len(in1)):
_applyObjects1(f, in1[i], out[i])
else:
for i in xrange(len(in1)):
out[i] = f(in1[i])
