private static SemanticaList CriaListaDefault(GPSolutionDefinition sh)
{
string listName = "default";
sh.CreateListByName(listName, config.minLevels, config.maxLevels);
GPSemantica semanticaF1 = new GPSemanticaFormula("f1", 2, 3);
GPSemantica semanticaF2 = new GPSemanticaFormula("f2", 2, 2);
GPSemantica semanticaF3 = new GPSemanticaFormula("f3", 2, 3);
GPSemantica semanticaF4 = new GPSemanticaFormula("f4", 1, 1);
GPSemantica semanticaF5 = new GPSemanticaFormula("f5", 0, 0);
GPSemanticaNumber semanticaN1 = new GPSemanticaNumber("0 a 100", 0, 100);
sh.AddSemanticaToList(listName, semanticaF1);
sh.AddSemanticaToList(listName, semanticaF2);
sh.AddSemanticaToList(listName, semanticaF3);
sh.AddSemanticaToList(listName, semanticaF5);
sh.AddSemanticaToList(listName, semanticaN1);
SemanticaList lista = sh.GetListByName(listName);
lista.minLevels = config.minLevels;
lista.maxLevels = config.maxLevels;
Assert.IsTrue(lista.Contains(semanticaF1));
Assert.IsTrue(lista.Contains(semanticaF2));
Assert.IsTrue(lista.Contains(semanticaF3));
Assert.IsFalse(lista.Contains(semanticaF4));
sh.AddSemanticaToList(listName, semanticaF4);
Assert.IsTrue(lista.Contains(semanticaF4));
return(lista);
}
private SemanticaList CriaListaNumerica(GPSolutionDefinition holder)
{
string listName = "numericList";
GPSemanticaNumber semanticaN1 = new GPSemanticaNumber("0 a 100", 0, 100);
GPSolutionDefinition sh = new GPSolutionDefinition(config);
sh.CreateListByName(listName, 0, 0);
sh.AddSemanticaToList(listName, semanticaN1);
SemanticaList lista = sh.GetListByName(listName);
Assert.IsTrue(lista.Contains(semanticaN1));
return(lista);
}
private GPSolutionDefinition CreateSampleDefinition(string listName)
{
GPSolutionDefinition definition = new GPSolutionDefinition(config);
definition.CreateListByName(listName, config.minLevels, config.maxLevels);
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.BOOL_AND));
SemanticaList listSemantic = definition.GetListByName(listName);
Assert.IsNotNull(listSemantic);
Assert.IsTrue(listSemantic.Contains(definition.GetSemantica(GPConsts.BOOL_AND)));
//Assert.IsFalse(listSemantic.Contains(definition.GetSemantica(GPConsts.BOOL_NOT)));
// definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.BOOL_NOT));
//Assert.IsTrue(listSemantic.Contains(definition.GetSemantica(GPConsts.BOOL_NOT)));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.BOOL_OR));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.COMP_DIF));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.COMP_EQUAL));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.COMP_GREATER));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.COMP_GREATER_EQ));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.COMP_LOWER));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.COMP_LOWER_EQ));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.OPER_ADD));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.OPER_DIVIDE));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.OPER_MULTIPLY));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.OPER_SUBTRACT));
definition.AddSemanticaToList(listName, definition.GetSemantica(GPConsts.NUMBER_DEFAULT));
return(definition);
}
