public void CanTranslateTest1()
{
var list = new List <IGenoTypeNode>
{
new SquareRoot(),
new Multiplication(),
new Plus(),
new Minus(),
new FeatureTerminal("a"),
new FeatureTerminal("b"),
new FeatureTerminal("c"),
new FeatureTerminal("d")
};
var phenoTypeTree = new GeneExpression.PhenoTypeTree(list);
var expresssion = phenoTypeTree.ToString();
Assert.Equal("SQRT(((a+b)*(c-d)))", expresssion);
}
public void CanTranslateTest3()
{
var randomGenerator = new UniformRandomGenerator();
var possibleFunctions = new List <IGenoTypeNode>
{
new SquareRoot(),
new Multiplication(),
new Division(),
new Plus(),
new Minus(),
new Minimum(),
new Maximum(),
new Not(),
new Exp(),
new Sinus(),
new Cosinus()
};
var possibleTerminals = new List <IGenoTypeNode>
{
new FeatureTerminal("a"),
new FeatureTerminal("b"),
new FeatureTerminal("c"),
new FeatureTerminal("d")
};
var eaGeneExpressionParameters = new EaGeneExpressionParameters(20, possibleFunctions, possibleTerminals);
var parameterTerminalFactory = new ParameterTerminalFactory(eaGeneExpressionParameters, randomGenerator);
var genoTypeFactory = new GenoTypeFactory(eaGeneExpressionParameters, randomGenerator, parameterTerminalFactory);
eaGeneExpressionParameters.ParameterTypeInteger = true;
eaGeneExpressionParameters.ConstantProbability = 0;
var genoType = genoTypeFactory.GetGenoType();
var phenoTypeTree = new GeneExpression.PhenoTypeTree(genoType.GenoTypeNodes);
var expresssion = phenoTypeTree.ToString();
}