net.simplace.simulation.FWSimSimulation

A simulation is the runnable and configured simulation model. It runs in an own java.lang.Thread implementing the java.lang.Runnable interface. It consists of a Name, ProjectID of the including project, net.simplace.simulation.model.FWSimModel and a List of net.simplace.simulation.util.FWSimVariables that the simulation is able to store as start configuration.


public final class FWSimSimulation implements java.lang.Runnable {
// Public Constructors
public FWSimSimulation(FWSimVarMap aVarMap, FWSimModel aModel, List
aFilterListHeader);

// Public Instance Methods
public void run(); // From java.lang.Runnable

called by the java.lang.Thread to start it running
public void init();

Initialize a simulation run
public void finish();

Finish a model run
public void registerResultCache(FWSimResultCache aCache);

public void setValue(String aColName, FWSimVariable.DATA_TYPE aDataType,
Object aObject);

sets value to the solution. Values can be used in modeling process
public FWSimVarMap getVarMap();


returns the SimVarMap of the implemented Model as a template
public List getInitialValues();


returns the SimVarMap of the implemented Model as a template
public String getName();


returns the id of the simulation
public String getID();


returns the iD
public Object getVariableValue(String aName);


returns the Value of the end state (after model ended)
public Object getInitialVariableValue(String aName);


returns the Value of the original VarMap (before model started)
public FWSimResultCache getResultCache(String aName);


returns the Result references
public Set getCacheNames();


returns the Result Cache Names
public FWSimModel getModel();


returns the running Model
public FWSimSimulation clone(Integer aSimulationNumber);


returns a clone of FWSimSimulation object
public boolean equals(Object aObj); // Overrides java.lang.Object

public int hashCode(); // Overrides java.lang.Object

public String toString(); // Overrides java.lang.Object


}



Passed to: net.simplace.simulation.control.FWSimulationGenerator.addSimulation(), net.simplace.simulation.control.FWSimulationGenerator.generate(), net.simplace.simulation.control.generators.SimpleSimulationGenerator.generate(), net.simplace.simulation.control.generators.EquidistantCalSimGenerator.generate(), net.simplace.simulation.control.generators.DefaultSimulationGenerator.generate(), FWSimSession.modelEnded(), FWSimSession.modelStarted(), net.simplace.simulation.io.output.adapter.CacheOutputAdapter.registerSimulation(), FWSimProject.updateSimulations(), net.simplace.simulation.control.FWSimulationGenerator.updateSimulations()



Returned by: clone(), net.simplace.simulation.wrapper.SimplaceWrapper.createSimulation(), FWSimProject.getSelectedSimulation(), net.simplace.simulation.control.FWSimulationGenerator.getSimulation(), net.simplace.simulation.control.FWSimulationSelector.select(), net.simplace.simulation.control.selectors.WeightedLeastDifferenceSelector.select(), net.simplace.simulation.control.selectors.LeastSquareSelector.select(), net.simplace.simulation.control.selectors.LeastDifferenceSelector.select(), FWSimProject.selectSimulation(), net.simplace.simulation.control.FWSimulationSelector.selectSimulation()



Type of: net.simplace.simulation.wrapper.SimplaceWrapper.iPreparedSimulation