def _apply(cls, slices, eachfunc, dtype=rtypes.unknown, named_params=False, keep_name=False, per_slice=False, **kwargs):
if(not isinstance(dtype,rtypes.TypeUnknown)):
dtype = rtypes.createType(dtype,len(slices[0].dims))
if per_slice:
return tuple([ops.EachOp((slice,), eachfunc, dtype, named_params, keep_name, kwargs) for slice in slices])
else:
slices,plans = ops.broadcast(slices, mode='dim', partial=False)
return (ops.EachOp(slices, eachfunc, dtype, named_params, keep_name, kwargs),)
def _apply(
cls, slices, eachfunc, dtype=rtypes.unknown, named_params=False, keep_name=False, per_slice=False, **kwargs
):
if not isinstance(dtype, rtypes.TypeUnknown):
refdims = []
for slice in slices:
refdims.extend(slice.dims)
refdims.extend(slice.type.getAllDims())
dtype = rtypes.createType(dtype, len(slices[0].dims), refdims=refdims)
if per_slice:
return tuple([ops.EachOp((slice,), eachfunc, dtype, named_params, keep_name, kwargs) for slice in slices])
else:
slices, plans = ops.broadcast(slices, mode="dim", partial=False)
return (ops.EachOp(slices, eachfunc, dtype, named_params, keep_name, kwargs),)
def _apply(cls, binslices, mode, pos=None, **kwargs):
binslices = cls._prepareSlices(*binslices)
(lslice, rslice), plans = ops.broadcast(binslices, mode, partial=cls._allow_partial_bc)
sig, nkwargs, outparam = cls._findSignature(left=lslice, right=rslice, **kwargs)
if isinstance(outparam, rtypes.TypeUnknown):
if binslices[0].name == binslices[1].name:
name = binslices[0].name
elif binslices[0].name == "data":
name = binslices[1].name
elif binslices[1].name == "data":
name = binslices[0].name
else:
name = "result"
outparam = Param(name, outparam)
if not pos is None and name == "result":
outparam = outparam.withNumber(pos)
s = ops.BinFuncElemOp(cls.__name__, sig, outparam, **nkwargs)
return s
