public override IBaseMathOperator CalculateSimplyfy()
{
var variable = new VariableXMathOperator();
switch (A)
{
case ConstantMathOperator _ when B is VariableXMathOperator:
variable.SetMultiply(((VariableXMathOperator)B).GetMultiply() * A.Result());
return(variable);
case VariableXMathOperator @operator when B is ConstantMathOperator:
variable.SetMultiply(@operator.GetMultiply() * B.Result());
return(variable);
}
if (A is ConstantMathOperator && Math.Abs(A.Result()) < 0.000001 ||
B is ConstantMathOperator && Math.Abs(B.Result()) < 0.000001)
{
return(new ConstantMathOperator(0));
}
if (A.Simplyfy() is ConstantMathOperator && Math.Abs(A.Result() - 1) < 0.000001d)
{
return(B.Simplyfy());
}
if (B.Simplyfy() is ConstantMathOperator && Math.Abs(B.Result() - 1) < 0.000001d)
{
return(A.Simplyfy());
}
return(base.CalculateSimplyfy());
}
public override IBaseMathOperator CalculateSimplyfy()
{
if (Math.Abs(multiply) < 0.00001d)
{
return(new ConstantMathOperator(0));
}
var temp = new VariableXMathOperator();
temp.SetMultiply(multiply);
temp.SetXValue(value);
return(temp);
}