Uses of Class
at.dms.kjc.spacedynamic.SimulationCounter

Packages that use SimulationCounter

at.dms.kjc.spacedynamic

Uses of SimulationCounter in at.dms.kjc.spacedynamic

Methods in at.dms.kjc.spacedynamic with parameters of type SimulationCounter

boolean	WorkBasedSimulator.canFire(FlatNode node, HashMap<FlatNode,Integer> executionCounts, SimulationCounter counters)
abstract boolean	Simulator.canFire(FlatNode node, HashMap<FlatNode,Integer> executionCounts, SimulationCounter counters)
boolean	SimpleSimulator.canFire(FlatNode node, HashMap<FlatNode,Integer> executionCounts, SimulationCounter counters)
boolean	NoSimulator.canFire(FlatNode node, HashMap<FlatNode,Integer> executionCounts, SimulationCounter counters)
boolean	FineGrainSimulator.canFire(FlatNode node, HashMap<FlatNode,Integer> executionCounts, SimulationCounter counters)
protected int	Simulator.consumedItems(FlatNode fire, SimulationCounter counters, HashMap<FlatNode,Integer> executionCounts) return how many items a node consumes (pop's) for one firing given the current state of the simulation
protected void	Simulator.decrementExecutionCounts(FlatNode fire, HashMap<FlatNode,Integer> executionCounts, SimulationCounter counters) Give that a node has just fired, update the simulation state
protected int	WorkBasedSimulator.fireJoiner(FlatNode fire, SimulationCounter counters, HashMap<FlatNode,Integer> executionCounts)
protected abstract int	Simulator.fireJoiner(FlatNode fire, SimulationCounter counters, HashMap<FlatNode,Integer> executionCounts) this method should fire a joiner, assuming the joiner can fire, and update the simulation state
protected int	SimpleSimulator.fireJoiner(FlatNode fire, SimulationCounter counters, HashMap<FlatNode,Integer> executionCounts)
protected int	NoSimulator.fireJoiner(FlatNode fire, SimulationCounter counters, HashMap<FlatNode,Integer> executionCounts)
protected int	FineGrainSimulator.fireJoiner(FlatNode fire, SimulationCounter counters, HashMap<FlatNode,Integer> executionCounts)
protected int	Simulator.fireMe(FlatNode fire, SimulationCounter counters, HashMap<FlatNode,Integer> executionCounts) consume the data and return the number of items produced
protected int	Simulator.itemsNeededToFire(FlatNode fire, SimulationCounter counters, HashMap<FlatNode,Integer> executionCounts) given a node