public MinusOperator()
{
Minus = Utils.MakeOperator(LConstants.MINUS_OP, 1, true,
(values, op) =>
{
op.CheckParamCount(values.Length);
MeNumber result = values[0].Get <float>() - values[1].Get <float>();
return(result);
}, CommonValidators.TwoNumbers, CommonParamTypes.TwoNumbers);
}
public PowerOperator()
{
Power = Utils.MakeOperator(LConstants.POWER_OP, 3, true,
(values, op) =>
{
op.CheckParamCount(values.Length);
MeNumber result = (float)Math.Pow(values[0].Get <float>(), values[1].Get <float>());
return(result);
}, CommonValidators.TwoNumbers, CommonParamTypes.TwoNumbers);
}
public AbsFunction()
{
Abs = Utils.MakeFunction(LConstants.ABS_F,
(values, func) =>
{
func.CheckParamCount(values.Length);
MeNumber result = (float)Math.Abs(values[0].Get <float>());
return(result);
}, CommonParamTypes.SingleNumber, CommonValidators.SingleNumber);
}
public DivideOperator()
{
Divide = Utils.MakeOperator(LConstants.DIVIDE_OP, 2, true,
(values, op) =>
{
op.CheckParamCount(values.Length);
MeNumber result = values[0].Get <float>() / values[1].Get <float>();
return(result);
}, CommonValidators.TwoNumbers, CommonParamTypes.TwoNumbers);
}
public MultiplyOperator()
{
Multiply = Utils.MakeOperator(LConstants.MULITPLY_OP, 2, true,
(values, op) =>
{
op.CheckParamCount(values.Length);
MeNumber result = values[0].Get <float>() * values[1].Get <float>();
return(result);
}, CommonValidators.TwoNumbers, CommonParamTypes.TwoNumbers);
}
public MaxFunction()
{
Max = Utils.MakeFunction(LConstants.MAX_F,
(values, func) =>
{
func.CheckParamCount(values.Length);
float[] parameters = MeArray.ToFloatArray(values);
MeNumber maxNumber = parameters.Max();
return(maxNumber);
}, CommonParamTypes.SingleNumber, CommonValidators.NumberArray, false);
}
public NonNegFunction()
{
NonNeg = Utils.MakeFunction(LConstants.NON_NEG_F,
(values, func) =>
{
func.CheckParamCount(values.Length);
float value = values[0].Get <float>();
MeNumber result = value > 0 ? value : 0;
return(result);
}, CommonParamTypes.SingleNumber, CommonValidators.SingleNumber);
}
public MinFunction()
{
Min = Utils.MakeFunction(LConstants.MIN_F,
(values, func) =>
{
func.CheckParamCount(values.Length);
float[] parameters = MeArray.ToFloatArray(values);
MeNumber result = parameters.Min();
return(result);
}, CommonParamTypes.SingleNumber, CommonValidators.NumberArray, false);
}