def visit_Stencil(self, node: oir.Stencil, **kwargs: Any) -> gtcpp.Program:
prog_ctx = self.ProgramContext()
comp_ctx = self.GTComputationContext(
create_symbol_name=symbol_name_creator(collect_symbol_names(node)))
assert all(
[isinstance(decl, oir.Temporary) for decl in node.declarations])
comp_ctx.add_temporaries(self.visit(node.declarations))
multi_stages = self.visit(node.vertical_loops,
prog_ctx=prog_ctx,
comp_ctx=comp_ctx,
**kwargs)
gt_computation = gtcpp.GTComputationCall(
arguments=comp_ctx.arguments,
extra_decls=comp_ctx.extra_decls,
temporaries=comp_ctx.temporaries,
multi_stages=multi_stages,
)
parameters = self.visit(node.params)
return gtcpp.Program(
name=node.name,
parameters=parameters,
functors=prog_ctx.functors,
gt_computation=gt_computation,
)
def visit_Stencil(self, node: oir.Stencil, **kwargs: Any) -> cuir.Program:
accessed_fields: Set[str] = set()
kernels = self.visit(
node.vertical_loops,
symtable=node.symtable_,
new_symbol_name=symbol_name_creator(set(node.symtable_)),
accessed_fields=accessed_fields,
)
temporaries = [
self.visit(d) for d in node.declarations
if d.name in accessed_fields
]
return cuir.Program(
name=node.name,
params=self.visit(node.params),
temporaries=temporaries,
kernels=kernels,
)
def visit_Stencil(self, node: oir.Stencil, **kwargs: Any) -> cuir.Program:
block_extents = compute_horizontal_block_extents(node)
accessed_fields: Set[str] = set()
kernels = self.visit(
node.vertical_loops,
new_symbol_name=symbol_name_creator(set(kwargs["symtable"])),
accessed_fields=accessed_fields,
block_extents=block_extents,
**kwargs,
)
temporaries = [
self.visit(d) for d in node.declarations
if d.name in accessed_fields
]
return cuir.Program(
name=node.name,
params=self.visit(node.params),
temporaries=temporaries,
kernels=kernels,
)
def visit_Stencil(self, node: oir.Stencil, **kwargs: Any) -> cuir.Program:
block_extents = compute_horizontal_block_extents(node)
ctx = self.Context(
new_symbol_name=symbol_name_creator(collect_symbol_names(node)))
kernels = self.visit(
node.vertical_loops,
ctx=ctx,
block_extents=block_extents,
**kwargs,
)
temporaries = [
self.visit(d) for d in node.declarations
if d.name in ctx.accessed_fields
]
return cuir.Program(
name=node.name,
params=self.visit(node.params),
positionals=list(ctx.positionals.values()),
temporaries=temporaries,
kernels=kernels,
)