public static void OPERATOR_DIV(MathContext m)
{
double b = m.STK.Pop();
double a = m.STK.Pop();
m.STK.Push(a / b);
}
public static void OPERATOR_EXP(MathContext m)
{
double b = m.STK.Pop();
double a = m.STK.Pop();
m.STK.Push(Math.Pow(a, b));
}
static MathContext CalcInternal(List <MathOperation> mops, Dictionary <string, Tuple <int, Action <MathContext> > > functions)
{
MathContext math = new MathContext();
math.STK = new Stack <double>();
math.Functions = functions;
for (int i = 0; i < mops.Count; i++)
{
if (mops[i].OpValue == MathOp.LDN)
{
math.STK.Push(mops[i].NumericValue);
}
else if (mops[i].OpValue == MathOp.FNC)
{
functions[mops[i].FunctionValue].Item2(math);
}
else
{
Operators[(int)mops[i].OpValue](math);
}
}
return(math);
}
static MathContext CalcInternal(List<MathOperation> mops, Dictionary<string, Tuple<int, Action<MathContext>>> functions)
{
MathContext math = new MathContext();
math.STK = new Stack<double>();
math.Functions = functions;
for (int i = 0; i < mops.Count; i++)
{
if (mops[i].OpValue == MathOp.LDN)
{
math.STK.Push(mops[i].NumericValue);
}
else if (mops[i].OpValue == MathOp.FNC)
{
functions[mops[i].FunctionValue].Item2(math);
}
else
{
Operators[(int)mops[i].OpValue](math);
}
}
return math;
}
public static void OPERATOR_SUB(MathContext m)
{
double b = m.STK.Pop();
double a = m.STK.Pop();
m.STK.Push(a - b);
}
public static void OPERATOR_EXP(MathContext m)
{
double b = m.STK.Pop();
double a = m.STK.Pop();
m.STK.Push(Math.Pow(a, b));
}
public static void FUNCTION_SIN(MathContext m)
{
double a = m.STK.Pop();
m.STK.Push(Math.Sin(a));
}
public static void FUNCTION_COS(MathContext m)
{
double a = m.STK.Pop();
m.STK.Push(Math.Cos(a));
}
public static void FUNCTION_COS(MathContext m)
{
double a = m.STK.Pop();
m.STK.Push(Math.Cos(a));
}
public static void FUNCTION_SIN(MathContext m)
{
double a = m.STK.Pop();
m.STK.Push(Math.Sin(a));
}
