Examples of Equation

edu.cmu.relativelayout.equation.Equation
This is the interface all classes that support equations need to implement. @author Rachael Bennett (srbennett@gmail.com) @version 0.1
jmathexpr.arithmetic.equation.Equation
Equation in one unknown. This class is immutable. @author Elemér Furka
ket.math.Equation
Represent an equation in terms of a (possibly recursive) branch. The equation also stores string representations to reduce the amount of re-evaluation required.
lipstone.joshua.parser.util.Equation
synalp.commons.lexicon.Equation
Equation is the class that represent an equation in the syntactic lexicon input file (.glex, .lex or .xml). @author Alexandre Denis @author Céline Moro @version %I%, %G% @since 1.0
uk.ac.cranfield.thesis.shared.Equation
uk.ac.cranfield.thesis.shared.model.Equation

Examples of uk.ac.cranfield.thesis.shared.model.Equation

    
    public void test1OrderEquation()
    {
        delayTestFinish(500);
        
        Equation equation = new Equation("y'=-2*y+x+4");
        equation.setFunctionVariable('y');
        equation.setIndependentVariable('x');
        equation.setOrder(1);
        
        List<Double> list = new ArrayList<Double>();
        list.add(1.0);
        
        equation.setInitValues(list);
        
        solverService.solve(equation, 0.01, 0.0, 0.2, new AsyncCallback<Solution>()
        {
            
            @Override

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Examples of uk.ac.cranfield.thesis.shared.model.Equation

    
    public void test1OrderSystem()
    {
        delayTestFinish(500);
        
        Equation equation = new Equation("y'= y + x");
        equation.setIndependentVariable('x');
        equation.setFunctionVariable('y');
        equation.setOrder(1);
        
        Equation equation2 = new Equation("z'= z + y + x");
        equation2.setIndependentVariable('x');
        equation2.setFunctionVariable('z');
        equation2.setOrder(1);
        
        List<Double> list = new ArrayList<Double>();
        list.add(0.0);
        
        List<Double> list2 = new ArrayList<Double>();
        list2.add(0.0);
        
        equation.setInitValues(list);
        equation2.setInitValues(list2);
        List<Equation> equations = new ArrayList<Equation>(2);
        equations.add(equation);
        equations.add(equation2);
        System system = new System(equations);

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Examples of uk.ac.cranfield.thesis.shared.model.Equation

        
        // TODO : transformthis test into parser test
        
        delayTestFinish(500);
        
        Equation equation = new Equation("y'= y + x");
        equation.setIndependentVariable('x');
        equation.setFunctionVariable('y');
        equation.setOrder(1);
        
        Equation equation2 = new Equation("z'= z+x+y");
        equation2.setIndependentVariable('x');
        equation2.setFunctionVariable('z');
        equation2.setOrder(1);
        
        List<Double> list = new ArrayList<Double>();
        list.add(0.0);
        
        List<Double> list2 = new ArrayList<Double>();
        list2.add(0.0);
        
        equation.setInitValues(list);
        equation2.setInitValues(list2);
        List<Equation> equations = new ArrayList<Equation>(2);
        equations.add(equation);
        equations.add(equation2);
        System system = new System(equations);

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Examples of uk.ac.cranfield.thesis.shared.model.Equation

    
    public void test1OrderSystem3()
    {
        delayTestFinish(500);
        
        Equation equation = new Equation("y'= y + x");
        equation.setIndependentVariable('x');
        equation.setFunctionVariable('y');
        equation.setOrder(1);
        
        Equation equation2 = new Equation("z'= z + y + x");
        equation2.setIndependentVariable('x');
        equation2.setFunctionVariable('z');
        equation2.setOrder(1);
        
        Equation equation3 = new Equation("u'= u + x + 4");
        equation3.setIndependentVariable('x');
        equation3.setFunctionVariable('u');
        equation3.setOrder(1);
        
        
        List<Double> list = new ArrayList<Double>();
        list.add(0.0);
        
        List<Double> list2 = new ArrayList<Double>();
        list2.add(0.0);
        
        List<Double> list3 = new ArrayList<Double>();
        list3.add(0.0);
        
        equation.setInitValues(list);
        equation2.setInitValues(list2);
        equation3.setInitValues(list3);
        
        List<Equation> equations = new ArrayList<Equation>(3);
        
        equations.add(equation);
        equations.add(equation2);

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