private void CreateState()
{
// Get a random number of Dirty Cells
int numDirty = RandomNumberHelper.RandomNumber(1, (_gridSize * _gridSize));
// Set variables
_initState = new bool[_gridSize, _gridSize];
// Build stack of tuples (Usually more efficient than looping till the right cell is randomly chosen)
ArrayList arrList = new ArrayList();
for (int i = 0; i < _gridSize; i++)
{
for (int j = 0; j < _gridSize; j++)
{
arrList.Add((i, j));
}
}
// Loop until all dirty cells are selected
while (arrList.Count > 0 && numDirty-- > 0)
{
// Get row,col tuple
int nextIndex = RandomNumberHelper.RandomNumber(0, arrList.Count - 1);
var nextTuple = (Tuple <int, int>)arrList[nextIndex];
// Set state to dirty and remove row,col combo
_initState[nextTuple.Item1, nextTuple.Item2] = true;
arrList.RemoveAt(nextIndex);
}
}
public void RandomNumberHelperTests_RandomNumber()
{
var r = RandomNumberHelper.RandomNumber();
Logger.Debug("random number: {0}", r);
for (var i = 0; i <= 1000; i++)
{
r = RandomNumberHelper.RandomNumber();
}
}
// Set Agent Position Properties
public void SetAgentPosition(int xpos, int ypos)
{
// if < 0 Set Random, if > gridsize set 0
AgentXPos = xpos >= 0 ? (xpos >= GridSize ? 0 : xpos) : RandomNumberHelper.RandomNumber(0, GridSize);
AgentYPos = ypos >= 0 ? (ypos >= GridSize ? 0 : ypos) : RandomNumberHelper.RandomNumber(0, GridSize);
}