public string Isolate(string transformMe, string isolateMe, int maxRepetitions, int maxPopulationSize, List <Operator> operators)
{
List <Goal> goals = TransformGoal.StandardFormTransformGoals(operators);
goals.Add(new IsolateGoal(isolateMe, false));
goals.Add(new LengthGoal());
List <Transform> transforms = TransformData.AllAlgebraTransformsAsTransforms(operators);
UseSubstitutions = false;
return(Solve(transformMe, goals, transforms, maxRepetitions, maxPopulationSize, operators));
}
public string PartialDerivative(string transformMe, int maxRepetitions, int maxPopulationSize, List <Operator> operators)
{
List <Goal> goals = TransformGoal.StandardFormTransformGoals(operators);
goals.Add(new TransformGoal(-50, "p(x)~0", operators));
List <Transform> transforms = TransformData.AllAlgebraTransformsAsTransforms(operators);
transforms.AddRange(TransformData.PartialDerivativeTransformsAsTransforms(operators));
UseSubstitutions = false;
return(Solve(transformMe, goals, transforms, maxRepetitions, maxPopulationSize, operators));
}
public string Simplify(string simplifyMe, int maxRepetitions, int maxPopulationSize, List <Operator> operators)
{
List <Goal> goals = TransformGoal.StandardFormTransformGoals(operators);
goals.Add(new LengthGoal());
goals.Add(new PreferOneVariableGoal());
List <Transform> transforms = TransformData.AllAlgebraTransformsAsTransforms(operators);
UseSubstitutions = false;
return(Solve(simplifyMe, goals, transforms, maxRepetitions, maxPopulationSize, operators));
}
