public static int Throws( int nFaces,
int nDice,
int nThrows,
CountingMethod countingMethod)
{
if(rnd == null)
{
rnd = new Random();
}
var totThrows = nThrows * nDice;
if(totThrows == 0)
{
return 0;
}
var partial = new int[totThrows];
var upperBound = nFaces + 1;
for (int i = 0; i < totThrows; i++)
{
partial[i] = rnd.Next(1, upperBound);
}
return countingMethod == null
? partial.Sum()
: countingMethod(partial);
}
public static int Throws(Dice dice,
int nThrows = 1,
CountingMethod countingMethod = null,
ThrowModifier mod = ThrowModifier.Normal)
{
return Throws(dice.NumFaces, dice.NumDice, nThrows, countingMethod, mod);
}
public static int Throws(int nFaces,
int nDice,
int nThrows,
CountingMethod countingMethod)
{
if (rnd == null)
{
rnd = new Random();
}
var totThrows = nThrows * nDice;
if (totThrows == 0)
{
return(0);
}
var partial = new int[totThrows];
var upperBound = nFaces + 1;
for (int i = 0; i < totThrows; i++)
{
partial[i] = rnd.Next(1, upperBound);
}
return(countingMethod == null
? partial.Sum()
: countingMethod(partial));
}
public static int Throws(Dice dice,
int nThrows = 1,
CountingMethod countingMethod = null,
ThrowModifier mod = ThrowModifier.Normal)
{
return(Throws(dice.NumFaces, dice.NumDice, nThrows, countingMethod, mod));
}
public static int Throws(int nFaces, int nDice = 1, int nThrows = 1, CountingMethod countingMethod = null, ThrowModifier mod = ThrowModifier.Normal)
{
switch(mod)
{
case ThrowModifier.Minimized:
return nDice * nThrows;
case ThrowModifier.Maximized:
return nFaces * nDice * nThrows;
case ThrowModifier.Averaged:
return (int)Math.Floor((((nDice * nThrows) * (1 + nFaces)) / 2.0) * nThrows);
case ThrowModifier.Normal:
default:
return Throws(nFaces, nDice, nThrows, countingMethod);
}
}
public static int Throws(int nFaces, int nDice = 1, int nThrows = 1, CountingMethod countingMethod = null, ThrowModifier mod = ThrowModifier.Normal)
{
switch (mod)
{
case ThrowModifier.Minimized:
return(nDice * nThrows);
case ThrowModifier.Maximized:
return(nFaces * nDice * nThrows);
case ThrowModifier.Averaged:
return((int)Math.Floor((((nDice * nThrows) * (1 + nFaces)) / 2.0) * nThrows));
case ThrowModifier.Normal:
default:
return(Throws(nFaces, nDice, nThrows, countingMethod));
}
}
