Uses of Class
util.PartialScheduleGrph

Packages that use PartialScheduleGrph

Package	Description
alg
alg.cost
gui
util

Uses of PartialScheduleGrph in alg

Methods in alg that return PartialScheduleGrph

Modifier and Type	Method	Description
PartialScheduleGrph	Algorithm.runAlg()	This function is used to run any algorithm.
PartialScheduleGrph	DFSAlgorithm.runAlg()	Entry point for the algoritm - initializes state space and starts recursion
PartialScheduleGrph	DFSParallel.runAlg()

Constructors in alg with parameters of type PartialScheduleGrph

Constructor	Description
DFSTask(ScheduleGrph input, PartialScheduleGrph current, PartialScheduleGrph best, CostFunction cost, java.util.HashSet<java.lang.String> closed, int numProcessors, int lastAdded, java.util.concurrent.atomic.AtomicLong lowerBound, java.util.concurrent.atomic.AtomicLong iterations)	Sets up the DFS task without visualization
DFSTask(ScheduleGrph input, PartialScheduleGrph current, PartialScheduleGrph best, CostFunction cost, java.util.HashSet<java.lang.String> closed, int numProcessors, int lastAdded, java.util.concurrent.atomic.AtomicLong lowerBound, java.util.concurrent.atomic.AtomicLong iterations, ScheduleListener listen)	Sets up the DFS task with visualization

Uses of PartialScheduleGrph in alg.cost

Methods in alg.cost with parameters of type PartialScheduleGrph

Modifier and Type	Method	Description
void	AStarCostFunction.applyCost(PartialScheduleGrph g, int addedVertex, int numProcessors)
void	CostFunction.applyCost(PartialScheduleGrph g, int vertex, int numProcessors)	Applies this cost function to the specified schedule graph, setting its score
void	AStarCostFunction.applyCostParallel(PartialScheduleGrph g, int addedVertex, int numProcessors)	Apply the cost function to a graph while running on multiple cores in parallel
int	AStarCostFunction.getDRT(int addedVertex, PartialScheduleGrph g, int processor)	Get the Data Ready Time of the graph
int	AStarCostFunction.getIdleTimeFit(PartialScheduleGrph sched, int numProcessors, int addedVertex)	Returns the FIT(s) function representing the idle time bound of a partial schedule.

Uses of PartialScheduleGrph in gui

Methods in gui with parameters of type PartialScheduleGrph

Modifier and Type	Method	Description
void	Controller.updateGraph(ScheduleEvent event, int iterations, PartialScheduleGrph a)	Update the listener for the current best schedule gantt chart display
void	ScheduleListener.updateGraph(ScheduleEvent event, int iterations, PartialScheduleGrph a)	Update the listener for the current best schedule gantt chart display

Uses of PartialScheduleGrph in util

Methods in util that return PartialScheduleGrph

Modifier and Type	Method	Description
PartialScheduleGrph	PartialScheduleGrph.copy()	Create and return a copy of this schedule including data such as task starts, score, processor starts etc
PartialScheduleGrph	PartialScheduleGrph.getNormalizedCopy(int numProcessor)	Returns a normalized copy of this schedule, where processors are in a specific fixed order, to allow comparison between two schedules that are identical aside from processor names
PartialScheduleGrph	MinimalScheduleGrph.toGraph()	Generate a full PartialScheduleGrph from this minimal version

Methods in util with parameters of type PartialScheduleGrph

Modifier and Type	Method	Description
int	PartialScheduleGrph.compareTo(PartialScheduleGrph g)	The compareTo method for ranking partial schedules.

Constructors in util with parameters of type PartialScheduleGrph

Constructor	Description
MinimalScheduleGrph(PartialScheduleGrph in)	The constructor for generating a MinimalScheduleGrph based on a PartialScheduleGrph