#include <ckpttn/HierNetlist.hpp>
template<typename graph_
HierNetlist is implemented by xnetwork::Graph, which is a networkx-like graph.
Base classes
-
template<typename graph_struct Netlist<graph_t>
t> - Netlist.
Public types
- using nodeview_t = typename graph_t::nodeview_t
- using node_t = typename graph_t::node_t
- using index_t = typename nodeview_t::key_type
Constructors, destructors, conversion operators
-
HierNetlist(graph_
t gr, const nodeview_ t& modules, const nodeview_ t& nets) - Constructs a new HierNetlist object.
Public functions
- void projection_down(gsl::span<const std::uint8_t> part, gsl::span<std::uint8_t> part_down) const
- Projection down.
- void projection_up(gsl::span<const std::uint8_t> part, gsl::span<std::uint8_t> part_up) const
- Projects a part up to a higher level of the hierarchy.
-
auto get_net_weight(const node_
t& net) const -> uint32_t -> auto - Returns the weight of the specified net.
Public variables
-
const Netlist<graph_
t>* parent -
std::vector<node_
t> node_up_map -
std::vector<node_
t> node_down_map -
py::dict<index_
t, node_ t> cluster_down_map - ShiftArray<std::vector<uint32_t>> net_weight
Function documentation
template<typename graph_
Constructs a new HierNetlist object.
| Parameters | |
|---|---|
| gr in | The graph object to be used for the HierNetlist. |
| modules in | The nodeview of modules for the HierNetlist. |
| nets in | The nodeview of nets for the HierNetlist. |
template<typename graph_
Projection down.
| Parameters | |
|---|---|
| part in | The part to be projected down. |
| part_down out | The projected part at the lower level. |
Projects a part down to a lower level of the hierarchy.
template<typename graph_
Projects a part up to a higher level of the hierarchy.
| Parameters | |
|---|---|
| part in | The part to be projected up. |
| part_up out | The projected part at the higher level. |
template<typename graph_
Returns the weight of the specified net.
| Parameters | |
|---|---|
| net | The net for which to retrieve the weight. |
| Returns | The weight of the specified net. |
If the net_weight array is empty, the default net weight of 1 is returned. Otherwise, the weight of the specified net is returned from the net_weight array.