public static CAMatrix InitialiseMatrix(BaseProgram progEvaulateProgram,
BaseProgram progOpponents)
{
CAMatrix matMatrix = new CAMatrix();
// Position player 0 on board
ImprovedRandom rndRandom = GlobalRandom.m_rndRandom;
int nMinXToGenerate = matMatrix.Width * 4 / 10;
int nMaxXToGenerate = matMatrix.Width * 6 / 10;
int nMinYToGenerate = matMatrix.Height * 4 / 10;
int nMaxYToGenerate = matMatrix.Height * 6 / 10;
matMatrix.CreateCell(rndRandom.Next(nMinXToGenerate, nMaxXToGenerate),
rndRandom.Next(nMinYToGenerate, nMaxYToGenerate),
progEvaulateProgram,
PLAYER_COLOR, STARTING_ENERGY);
// Create possible colors
List <Color> arrColors = new List <Color>();
arrColors.Add(Color.RoyalBlue);
arrColors.Add(Color.Silver);
arrColors.Add(Color.Salmon);
// Position other players on board
BaseProgram progOpponent0 = (BaseProgram)progOpponents.Clone();
matMatrix.CreateCell(rndRandom.Next(nMinXToGenerate, nMaxXToGenerate),
rndRandom.Next(nMinYToGenerate, nMaxYToGenerate),
progOpponent0, arrColors[0], STARTING_ENERGY);
BaseProgram progOpponent1 = (BaseProgram)progOpponents.Clone();
matMatrix.CreateCell(rndRandom.Next(nMinXToGenerate, nMaxXToGenerate),
rndRandom.Next(nMinYToGenerate, nMaxYToGenerate),
progOpponent1, arrColors[1], STARTING_ENERGY);
return(matMatrix);
}
public static float ProgramRunner(World cWorld, BaseProgram progEvaulateProgram,
Graphics grpGraphics, bool fDisplayProgress)
{
// Reset the variables of all the programs.
for (int i = 0; i < progEvaulateProgram.Variables.Length; i++)
{
progEvaulateProgram.Variables[i].Value = 0;
}
ImprovedRandom rndRandom = GlobalRandom.m_rndRandom;
bool fFoundGoodPlayerPosition = false;
float dPlayerInitialPositionX = 0;
float dPlayerInitialPositionY = 0;
while (fFoundGoodPlayerPosition == false)
{
dPlayerInitialPositionX = rndRandom.Next(0, cWorld.GetWorldWidth());
dPlayerInitialPositionY = rndRandom.Next(0, cWorld.GetWorldHeight());
if (cWorld.CheckIfPositionIsBlocked(new PointF(dPlayerInitialPositionX, dPlayerInitialPositionY)) == false)
{
fFoundGoodPlayerPosition = true;
}
}
Runner cRunner = new Runner(new PointF(dPlayerInitialPositionX, dPlayerInitialPositionY));
float dTotalPassedDistnace = 0;
// Running the matrix players.
int nNumberOfIterations = 100;
if (fDisplayProgress == true)
{
nNumberOfIterations = 200;
}
int nNumOfTimesPlayerHadDistanceZero = 0;
int nNumOfTimesPlayerWasBlocked = 1;
for (int i = 0; i < nNumberOfIterations; i++)
{
if (fDisplayProgress == true)
{
DisplayWorld(cWorld, cRunner, grpGraphics);
Thread.Sleep(30);
}
PointF pntLastRunnerPosition = cRunner.GetPosition();
progEvaulateProgram.Run(cRunner);
cRunner.RunTimestep(cWorld);
PointF pntCurrRunnerPosition = cRunner.GetPosition();
float dPassedDistnace = new Vector(pntLastRunnerPosition, pntCurrRunnerPosition).Distance();
// If the player did not move, it's gonna cost him.
if (dPassedDistnace == 0f)
{
nNumOfTimesPlayerHadDistanceZero++;
}
if (cRunner.WasBlockedThisTurn() == true)
{
nNumOfTimesPlayerWasBlocked++;
}
dTotalPassedDistnace += dPassedDistnace;
}
//dTotalPassedDistnace *= (1 - ((float)nNumOfTimesPlayerHadDistanceZero / nNumberOfIterations));
float dDivision = nNumOfTimesPlayerWasBlocked;
dTotalPassedDistnace /= dDivision;
return(dTotalPassedDistnace);
}
