dignea  1.0.0
Diverse Instance Generator with Novelty Search and Evolutionary Algorithms
NextFit Member List

This is the complete list of members for NextFit, including all inherited members.

AbstractEA()AbstractEA< S >
AbstractEA(const int &maxEvals, const int &popsize)AbstractEA< S >
AbstractEA(unique_ptr< PopulationEvaluator< S >>, const int &maxEvals, const int &popsize)AbstractEA< S >
avgEvolution (defined in AbstractEA< S >)AbstractEA< S >protected
createInitialPopulation()Heuristic< IntIntSolution >inlineprotectedvirtual
DEFAULT_EVALUATIONS_LIMITAbstractEA< S >static
DEFAULT_POPULATION_SIZEAbstractEA< S >static
ELAPSED_TIME (defined in AbstractEA< S >)AbstractEA< S >static
elapsedTime (defined in AbstractEA< S >)AbstractEA< S >protected
endTime (defined in AbstractEA< S >)AbstractEA< S >protected
evaluatePopulation(vector< IntIntSolution > &)Heuristic< IntIntSolution >inlineprotectedvirtual
AbstractEA::evaluatePopulation(vector< S > &pop)=0AbstractEA< S >protectedpure virtual
evaluator (defined in AbstractEA< S >)AbstractEA< S >protected
EVALUATOR (defined in AbstractEA< S >)AbstractEA< S >static
evolution (defined in AbstractEA< S >)AbstractEA< S >protected
EVOLUTION_SIZE (defined in AbstractEA< S >)AbstractEA< S >static
evolutionInterval (defined in AbstractEA< S >)AbstractEA< S >protected
finishProgress() overrideHeuristic< IntIntSolution >protectedvirtual
getElapsedTime() constAbstractEA< S >inline
getEvaluator() constAbstractEA< S >inline
getEvolution() constAbstractEA< S >virtual
getID() constNextFitinlinevirtual
getMaxEvaluations() constAbstractEA< S >inline
getName() constNextFitinlinevirtual
getPerformedEvaluations() constAbstractEA< S >inline
getPopulation() constAbstractEA< S >inline
getPopulationSize() constAbstractEA< S >inline
getPrintingInterval() constAbstractEA< S >inline
getProblem() constAbstractEA< S >inline
getResults() const overrideNextFitvirtual
Heuristic()=default (defined in Heuristic< IntIntSolution >)Heuristic< IntIntSolution >
initProgress()Heuristic< IntIntSolution >inlineprotectedvirtual
isStoppingConditionReached() overrideHeuristic< IntIntSolution >inlineprotectedvirtual
MAX_EVALUATIONS (defined in AbstractEA< S >)AbstractEA< S >static
maxEvaluationsAbstractEA< S >protected
NAME (defined in AbstractEA< S >)AbstractEA< S >static
nextCheckpoint (defined in AbstractEA< S >)AbstractEA< S >protected
NextFit() (defined in NextFit)NextFit
performedEvaluations (defined in AbstractEA< S >)AbstractEA< S >protected
POP_SIZE (defined in AbstractEA< S >)AbstractEA< S >static
population (defined in AbstractEA< S >)AbstractEA< S >protected
populationSizeAbstractEA< S >protected
problem (defined in AbstractEA< S >)AbstractEA< S >protected
run() overrideNextFitvirtual
setEvaluator(unique_ptr< PopulationEvaluator< S >> eval)AbstractEA< S >inline
setMaxEvaluations(int maxEval)AbstractEA< S >inline
setPerformedEvaluations(int pEvals)AbstractEA< S >inline
setPopulation(const vector< S > &pop)AbstractEA< S >
setPopulationSize(int pSize)AbstractEA< S >
setProblem(shared_ptr< BPP > prob) (defined in NextFit)NextFit
setProblem(BPP *prob) (defined in NextFit)NextFit
Heuristic< IntIntSolution >::setProblem(shared_ptr< Problem< S >> prob)AbstractEA< S >inlinevirtual
Heuristic< IntIntSolution >::setProblem(Problem< S > *prob)AbstractEA< S >inlinevirtual
startTime (defined in AbstractEA< S >)AbstractEA< S >protected
to_json() constHeuristic< IntIntSolution >virtual
updateEvolution(vector< IntIntSolution > &)Heuristic< IntIntSolution >inlineprotectedvirtual
updateEvolution(const int &checkpoint, vector< IntIntSolution > &)Heuristic< IntIntSolution >inlineprotectedvirtual
AbstractEA::updateEvolution(vector< S > &pop)AbstractEA< S >protectedvirtual
AbstractEA::updateEvolution(const int &checkpoint, vector< S > &)AbstractEA< S >protectedvirtual
updateProgress()Heuristic< IntIntSolution >inlineprotectedvirtual
~AbstractEA() (defined in AbstractEA< S >)AbstractEA< S >virtual
~Heuristic()=default (defined in Heuristic< IntIntSolution >)Heuristic< IntIntSolution >virtual
~NextFit()=default (defined in NextFit)NextFitvirtual