public double BaseMath(BaseMathOperation operationId, int numOfArguments, List <double> args) // sorta shitty basic math function
{
int count = 1; // start at 1
double result = args[0]; // bug fix
int opId = Convert.ToInt32(operationId);
for (int i = 0; i < numOfArguments; i++) // loop
{
try
{
switch (opId)
{
case 0: // can't use a switch statement, sadly
result = result + args[count];
continue;
case 1:
result = result - args[count];
continue;
case 2:
result = result * args[count];
continue;
case 3:
result = result / args[count];
continue;
case 4:
result = result % args[count];
continue;
case 5:
result = Math.Sqrt(args[count]);
continue;
case 6:
result = Math.Sin(args[count]);
continue;
case 7:
result = Math.Cos(args[count]);
continue;
case 8:
result = Math.Tan(args[count]);
continue;
case 9:
result = Math.Asin(args[count]);
continue;
case 10:
result = Math.Acos(args[count]);
continue;
case 11:
result = Math.Atan(args[count]);
continue;
default:
ElmThrowException(44);
return(-0xd15ea5e);
}
}
catch (IndexOutOfRangeException)
{
ElmThrowException(45);
}
}
return(result);
}
public double BaseMath(BaseMathOperation operationId, double num, double num2) // 2-numbers only overload
{
double result = num; // bug fix
int opId = Convert.ToInt32(operationId);
try
{
switch (opId)
{
case 0: // can't use a switch statement, sadly
result = num + num2;
return(result);
case 1:
result = num - num2;
return(result);
case 2:
result = num * num2;
return(result);
case 3:
result = num / num2;
return(result);
case 4:
result = num % num2;
return(result);
case 5:
result = Math.Sqrt(num);
return(result);
case 6:
result = Math.Sin(num);
return(result);
case 7:
result = Math.Cos(num);
return(result);
case 8:
result = Math.Tan(num);
return(result);
case 9:
result = Math.Asin(num);
return(result);
case 10:
result = Math.Acos(num);
return(result);
case 11:
result = Math.Atan(num);
return(result);
default:
ElmThrowException(44);
return(-0xd15ea5e);
}
}
catch (IndexOutOfRangeException)
{
ElmThrowException(45);
}
return(result);
}
