public void ExactlyDivideTest()
{
FakeVariableLinker fvl = new FakeVariableLinker();
DoubleVar d1 = new DoubleVar(FakeVariableLinker.DoubleA);
LongVar i1 = new LongVar(FakeVariableLinker.IntA);
LongConst a = new LongConst(300);
LongConst c = new LongConst(603);
DoubleConst b = new DoubleConst(20.7);
ArithmeticExpression ae = new ArithmeticExpression(a, i1, Operator.ExactlyDivide);
Assert.IsTrue(ae.GetResult(fvl).ToString() == "5");
ae = new ArithmeticExpression(c, a, Operator.ExactlyDivide);
Assert.IsTrue(ae.GetResult(fvl).ToString() == "2");
ae = new ArithmeticExpression(c, a, Operator.Divide);
Assert.IsTrue(ae.GetResult(fvl).ToString() == "2.01");
ae = new ArithmeticExpression(c, b, Operator.ExactlyDivide);
Assert.IsTrue(ae.GetResult(fvl).ToString() == "29");
ae = new ArithmeticExpression(c, a, Operator.Remainder);
Assert.IsTrue(ae.GetResult(fvl).ToString() == "3");
ae = new ArithmeticExpression(c, b, Operator.Remainder);
Assert.IsTrue(ae.GetResult(fvl).ToString() == (603 % 20.7).ToString());
TestContext.WriteLine(ae.GetResult(fvl).ToString()); // Scan
ae = new ArithmeticExpression(c, new DoubleConst(0), Operator.Divide);
Assert.ThrowsException <DivideByZeroException>(() => ae.GetResult(fvl));
ae = new ArithmeticExpression(c, new DoubleConst(15), Operator.Divide);
Assert.IsTrue(ae.GetResult(fvl).ToString() == "40.2");
//TestContext.WriteLine(ae.GetResult(fvl).ToString());
}
public void JsonSave()
{
DoubleVar d1 = new DoubleVar(FakeVariableLinker.DoubleA);
LongVar i1 = new LongVar(FakeVariableLinker.IntA);
LongConst a = new LongConst(300);
DoubleConst b = new DoubleConst(20.7);
ArithmeticExpression ae = new ArithmeticExpression(a, i1);
ArithmeticExpression ae2 = new ArithmeticExpression(ae, d1, Operator.Multiply);
ArithmeticExpression ae3 = new ArithmeticExpression(ae2, b, Operator.Minus);
TestContext.WriteLine(JsonConvert.SerializeObject(ae3));
}
public void VariableAndConst()
{
FakeVariableLinker fvl = new FakeVariableLinker();
DoubleVar d1 = new DoubleVar(FakeVariableLinker.DoubleA);
LongVar i1 = new LongVar(FakeVariableLinker.IntA);
LongConst a = new LongConst(300);
DoubleConst b = new DoubleConst(20.7);
ArithmeticExpression ae = new ArithmeticExpression(a, i1);
ArithmeticExpression ae2 = new ArithmeticExpression(ae, d1, Operator.Multiply);
ArithmeticExpression ae3 = new ArithmeticExpression(ae2, b, Operator.Minus);
Assert.IsTrue(ae3.GetResult(fvl).ToString() == "897.3");
}
public override object DeepCopy()
{
DoubleVar newVar = new DoubleVar(_parent);
copyAttributes(this, newVar);
newVar._tag = _tag;
newVar._parent = _parent;
if (newVar.Values != null)
{
for (int i = 0; i < newVar.Values.Count; i++)
{
newVar.Values[i] = (DoubleVar)Values[i].DeepCopy();
}
}
return(newVar);
}
private void CreateCollectionVariable(List <string> lst, int type)
{
for (int i = 0; i < lst.Count; i++)
{
if (type == 0)
{
BitVar bv = new BitVar("Klapany");
bv.VarName = lst[i];
BitValues.Add(bv);
}
if (type == 1)
{
BoolVar bov = new BoolVar("Klapany");
bov.VarName = lst[i];
BoolValues.Add(bov);
}
if (type == 2)
{
IntVar iv = new IntVar("Klapany");
iv.VarName = lst[i];
IntValues.Add(iv);
}
if (type == 3)
{
DoubleVar dv = new DoubleVar("Klapany");
dv.VarName = lst[i];
DoubleValues.Add(dv);
}
if (type == 4)
{
BoolVarFMS bvfms = new BoolVarFMS("Klapany");
bvfms.VarName = lst[i];
BoolFMSValues.Add(bvfms);
}
}
}
/// <summary>
/// Procura e retorna em caso de sucesso uma variavel de gráfico do tipo <see cref="DoubleVar"/>
/// </summary>
/// <param name="variable">Nome da variavel</param>
/// <param name="doubleVar">Se encontrado o objeto resultante <see cref="DoubleVar"/> será alocado nele.</param>
/// <returns>Verdadeiro se encontrado, falso se não encontrado</returns>
public bool TryGetDoubeValue(string variable, out DoubleVar doubleVar)
{
return(doubleVars.TryGetValue(variable, out doubleVar));
}
public void ApplyChange(DoubleVar amount)
{
value += amount.value;
}