private string stealCompute(uint currentVal, IRNG anRNG, bool thiefCuff)
{
string returnStr = "";
//Lazy way of looking ahead in the RNG. Probably adds some overhead to the display function.
RNGState rngState = anRNG.saveState();
uint firstPercent = currentVal % 100;
uint secondPercent = anRNG.genrand() % 100;
uint thirdPercent = anRNG.genrand() % 100;
anRNG.loadState(rngState);
if (thiefCuff)
{
if (firstPercent < 6)
{
returnStr += "Rare";
}
if (secondPercent < 30)
{
returnStr += " + Uncommon";
}
if (thirdPercent < 80)
{
returnStr += " + Common";
}
}
else
{
if (firstPercent < 3)
{
returnStr = "Rare";
}
else if (secondPercent < 10)
{
returnStr = "Uncommon";
}
else if (thirdPercent < 55)
{
returnStr = "Common";
}
}
if (returnStr == "")
{
returnStr = "None";
}
return(returnStr.TrimStart(new char[] { ' ', '+' }));
}
/// <summary>
/// Loads the state of the RNG
/// </summary>
/// <param name="inputState">Tuple<Input mti, Input mt, Input mag01></param>
public void loadState(RNGState inputState)
{
mti = inputState.mti;
inputState.mt.CopyTo(mt, 0);
position = inputState.position;
}
/// <summary>
/// Loads the state of the RNG
/// </summary>
/// <param name="inputState">Tuple<Input mti, Input mt, Input mag01></param>
public void loadState(RNGState inputState)
{
mti = inputState.mti;
inputState.mt.CopyTo(mt, 0);
}
