Plugin.java

package de.gaalop.tba;

import de.gaalop.ConfigurationProperty;
import de.gaalop.ConfigurationProperty.Type;
import de.gaalop.Notifications;
import java.awt.Image;
import java.util.Observable;
import de.gaalop.OptimizationStrategy;
import de.gaalop.OptimizationStrategyPlugin;
import de.gaalop.tba.cfgImport.optimization.maxima.ProcessBuilderMaximaConnection;

/**
 * Implements the Table Based Approach as an OptimizationStrategyPlugin
 * for using in Gaalop
 * 
 * @author Christian Steinmetz
 */
public class Plugin extends Observable implements OptimizationStrategyPlugin {


    @ConfigurationProperty(type = Type.BOOLEAN)
    public boolean optOneExpressionRemoval = true;
    @ConfigurationProperty(type = Type.BOOLEAN)
    public boolean optConstantPropagation = true;
    @ConfigurationProperty(type = Type.BOOLEAN)
    public boolean optUnusedAssignments = true;
    @ConfigurationProperty(type = Type.BOOLEAN)
    public boolean optInserting = true;
    public boolean invertTransformation = true;
    public boolean scalarFunctions = true;
    public boolean maximaExpand = false;
    
    @ConfigurationProperty(type = Type.BOOLEAN)
    public boolean doRoundingAfterOptimization = false;
    
    @ConfigurationProperty(type = Type.NUMBER)
    public int numberOfRoundingDigits = 6;

    public boolean isOptConstantPropagation() {
        return optConstantPropagation;
    }

    public boolean isOptOneExpressionRemoval() {
        return optOneExpressionRemoval;
    }

    public boolean isOptUnusedAssignments() {
        return optUnusedAssignments;
    }

    public boolean isOptInserting() {
        return optInserting;
    }

    public boolean isScalarFunctions() {
        return scalarFunctions;
    }

    public boolean isInvertTransformation() {
        return invertTransformation;
    }

    public boolean isMaximaExpand() {
        return maximaExpand;
    }

    public void setOptConstantPropagation(boolean optConstantPropagation) {
        this.optConstantPropagation = optConstantPropagation;
    }

    public void setOptOneExpressionRemoval(boolean optOneExpressionRemoval) {
        this.optOneExpressionRemoval = optOneExpressionRemoval;
    }

    public void setOptUnusedAssignments(boolean optUnusedAssignments) {
        this.optUnusedAssignments = optUnusedAssignments;
    }

    public void setOptInserting(boolean optInserting) {
        this.optInserting = optInserting;
    }

    public void setScalarFunctions(boolean scalarFunctions) {
        this.scalarFunctions = scalarFunctions;
    }

    public void setInvertTransformation(boolean invertTransformation) {
        this.invertTransformation = invertTransformation;
    }

    public void setMaximaExpand(boolean maximaExpand) {
        this.maximaExpand = maximaExpand;
    }

    public boolean isDoRoundingAfterOptimization() {
        return doRoundingAfterOptimization;
    }

    public void setNumberOfRoundingDigits(int numberOfRoundingDigits) {
        this.numberOfRoundingDigits = numberOfRoundingDigits;
    }

    public int getNumberOfRoundingDigits() {
        return numberOfRoundingDigits;
    }

    public void setDoRoundingAfterOptimization(boolean doRoundingAfterOptimization) {
        this.doRoundingAfterOptimization = doRoundingAfterOptimization;
    }

    @Override
    public String getDescription() {
        return "This plugin uses a table based approach to optimize Geometric Algebra";
    }

    @Override
    public Image getIcon() {
        return null;
    }

    @Override
    public String getName() {
        return "Table-Based Approach";
    }

    @Override
    public OptimizationStrategy createOptimizationStrategy() {
        return new TBAOptStrategy(this);
    }

    void notifyError(Throwable error) {
        setChanged();
        notifyObservers(new Notifications.Error(error));
    }
}