def __init__(self, call, parent_call):
if False:
self._0_to_n = DynKernelArgument(None, None, None) # for pyreverse
Arguments.__init__(self, parent_call)
self._args = []
for (idx, arg) in enumerate(call.ktype.arg_descriptors):
self._args.append(
DynKernelArgument(arg, call.args[idx], parent_call))
self._dofs = []
def __init__(self, call, parent_call):
# pylint: disable=using-constant-test
if False:
self._0_to_n = GOKernelArgument(None, None, None) # for pyreverse
Arguments.__init__(self, parent_call)
self._args = []
for (idx, arg) in enumerate(call.ktype.arg_descriptors):
self._args.append(GOKernelArgument(arg, call.args[idx],
parent_call))
self._dofs = []
def __init__(self, call, parent_call):
if False: # pylint: disable=using-constant-test
self._0_to_n = GOKernelArgument(None, None, None) # for pyreverse
Arguments.__init__(self, parent_call)
self._args = []
# Loop over the kernel arguments obtained from the meta data
for (idx, arg) in enumerate(call.ktype.arg_descriptors):
# arg is a GO1p0Descriptor object
if arg.type == "grid_property":
# This is an argument supplied by the psy layer
self._args.append(GOKernelGridArgument(arg))
elif arg.type == "scalar" or arg.type == "field":
# This is a kernel argument supplied by the Algorithm layer
self._args.append(
GOKernelArgument(arg, call.args[idx], parent_call))
else:
raise ParseError("Invalid kernel argument type. Found '{0}' "
"but must be one of {1}".format(
arg.type,
["grid_property", "scalar", "field"]))
self._dofs = []