Trait RoutingProblem 

pub trait RoutingProblem<C: L2NBase> {
    // Required methods
    fn fused_layout_netlist(&self) -> &C;
    fn top_cell(&self) -> C::CellId;
    fn nets(&self) -> Box<dyn Iterator<Item = C::NetId> + '_>;
    fn boundary(&self) -> Option<SimpleRPolygon<C::Coord>>;

    // Provided methods
    fn net_weight(&self, _net: &C::NetId) -> f64 { ... }
    fn arc_weight(
        &self,
        _signal_source: &TerminalId<C>,
        _signal_destination: &TerminalId<C>,
    ) -> f64 { ... }
    fn blockages(
        &self,
    ) -> Box<dyn Iterator<Item = (C::LayerId, SimpleRPolygon<C::Coord>)>> { ... }
}

Representation of the routing problem.

This excludes information directly related to the technology such as design rules.

Required Methods

fn fused_layout_netlist(&self) -> &C

Get the base layout/netlist structure.

fn top_cell(&self) -> C::CellId

Get the top cell whose content should be placed.

fn nets(&self) -> Box<dyn Iterator<Item = C::NetId> + '_>

Return the nets which should be routed.

fn boundary(&self) -> Option<SimpleRPolygon<C::Coord>>

Routes must remain within this boundary.

Provided Methods

fn net_weight(&self, _net: &C::NetId) -> f64

Get the weight of a net. Default is 1.0. When optimizing the wire-length, the weighted wire-length should be used. For example a weight 0.0 means that the net should not be considered for wire-length optimization. Place and route algorithms may or may not use the net weight.

fn arc_weight( &self, _signal_source: &TerminalId<C>, _signal_destination: &TerminalId<C>, ) -> f64

Weight of an ‘arc’, i.e. a net segment which starts at signal_source and ends at signal_destination. Default weight is 1.0`. Place and route algorithms may or may not use the arc weight.

fn blockages( &self, ) -> Box<dyn Iterator<Item = (C::LayerId, SimpleRPolygon<C::Coord>)>>

Shapes where routes should not pass.

Implementors

impl<'a, C: L2NBase> RoutingProblem<C> for SimpleDesignRef<'a, C>

impl<'a, LN, RG> RoutingProblem<LN> for SimpleRoutingProblem<'a, LN, RG>

where LN: L2NBase,