def visit_HorizontalExecution(
self,
node: oir.HorizontalExecution,
*,
prog_ctx: ProgramContext,
comp_ctx: GTComputationContext,
interval: gtcpp.GTInterval,
**kwargs: Any,
) -> gtcpp.GTStage:
assert "stencil_symtable" in kwargs
apply_method = gtcpp.GTApplyMethod(
interval=self.visit(interval, **kwargs),
body=self.visit(node.body, **kwargs),
local_variables=self.visit(node.declarations, **kwargs),
)
accessors = _extract_accessors(apply_method)
stage_args = [gtcpp.Arg(name=acc.name) for acc in accessors]
comp_ctx.add_arguments({
param_arg
for param_arg in stage_args if param_arg.name not in
[tmp.name for tmp in comp_ctx.temporaries]
})
functor_name = type(node).__name__ + str(id(node))
prog_ctx.add_functor(
gtcpp.GTFunctor(
name=functor_name,
applies=[apply_method],
param_list=gtcpp.GTParamList(accessors=accessors),
)),
return gtcpp.GTStage(functor=functor_name, args=stage_args)
def visit_HorizontalExecution(
self,
node: oir.HorizontalExecution,
*,
prog_ctx: ProgramContext,
comp_ctx: GTComputationContext,
interval: gtcpp.GTInterval,
**kwargs: Any,
) -> gtcpp.GTStage:
assert "stencil_symtable" in kwargs
body = self.visit(node.body, **kwargs)
mask = self.visit(node.mask, **kwargs)
if mask:
body = [
gtcpp.IfStmt(cond=mask, true_branch=gtcpp.BlockStmt(body=body))
]
apply_method = gtcpp.GTApplyMethod(
interval=self.visit(interval, **kwargs),
body=body,
local_variables=self.visit(node.declarations, **kwargs),
)
accessors = _extract_accessors(apply_method)
stage_args = [gtcpp.Arg(name=acc.name) for acc in accessors]
comp_ctx.add_arguments({
param_arg
for param_arg in stage_args if param_arg.name not in
[tmp.name for tmp in comp_ctx.temporaries]
})
prog_ctx.add_functor(
gtcpp.GTFunctor(
name=node.id_,
applies=[apply_method],
param_list=gtcpp.GTParamList(accessors=accessors),
)),
return gtcpp.GTStage(functor=node.id_, args=stage_args)