public TicTacToeGameScreen()
{
tictactoeAI = new TicTacToeAI();
turnpiece = TurnPiece.oturn;
winningformation = WinningFormation.nowin;
gameMouse = new MouseState();
blankBackgroundRect = new Rectangle(0, 0, 1024, 720);
mouseCount = 0;
previousState = new MouseState();
middleState = new MouseState();
hitEnterToReplay = false;
pieceSize.X = 128;
pieceSize.Y = 128;
// the peices rectangles set
#region Pieces
xRect = new Rectangle[9];
oRect = new Rectangle[100];
xRect[0] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[1] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[2] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[3] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[4] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[5] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[6] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[7] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[8] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
terminateLoop = false;
// rectangle pieces
oRect[0] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[1] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[2] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[3] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[4] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[5] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[6] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[7] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[8] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[9] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[10] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[11] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[12] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[13] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[14] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[15] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[16] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[17] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[18] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[19] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[20] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[21] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[22] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[23] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[24] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[25] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[26] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[27] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[28] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[29] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[30] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[31] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[32] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[33] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[34] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[35] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[36] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[37] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[38] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[39] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[40] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[41] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[42] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[43] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[44] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[45] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[46] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[47] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[48] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[49] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[50] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[51] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[52] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[53] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[54] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[55] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[56] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[57] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[58] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[59] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[60] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[61] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[62] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[63] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[64] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[65] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[66] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[60] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[61] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[62] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[63] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[64] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[65] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[66] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[67] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[68] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[69] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[70] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[71] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[72] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[73] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[74] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[75] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[76] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[77] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[78] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[79] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[80] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[81] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[82] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[83] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[84] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[85] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[86] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[87] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[88] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[89] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[90] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[91] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[92] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[93] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[94] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[95] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[96] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[97] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[98] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[99] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
#endregion
gameBoardRect = new Rectangle(100, 50, 640, 640);
mouseCollision = new Rectangle(0, 0, 24, 24);
// intitalizing the texture array
// gameboard location is set to empty
gameboardlocation = GameBoardLocation.empty;
// locations of each and every piece put into a vector2 array to explicit or implicit conversion to int for rectangular collision
boxLocations = new Vector2[3, 3];
boxLocations[0, 0] = new Vector2(150, 100);
boxLocations[0, 1] = new Vector2(370, 90);
boxLocations[0, 2] = new Vector2(570, 95);
boxLocations[1, 0] = new Vector2(140, 290);
boxLocations[1, 1] = new Vector2(365, 300);
boxLocations[1, 2] = new Vector2(575, 290);
boxLocations[2, 0] = new Vector2(155, 520);
boxLocations[2, 1] = new Vector2(365, 510);
boxLocations[2, 2] = new Vector2(570, 520);
// confirm or deny if the location is used or not based on boolean logic algorithim
tictactoeAI.IsLocationUsed = new bool[3, 3];
// nested double for loop that initializes all in the multi dimensional array as false for update method
// deep logical algorithims
for (int a = 0; a < 3; a++)
{
for (int b = 0; b < 3; b++)
{
tictactoeAI.IsLocationUsed[a, b] = false;
}
}
// boolean multi dimensional array to see if x is using the spot
tictactoeAI.LocationUsedByX = new bool[3, 3];
for (int a = 0; a < 3; a++)
{
for (int b = 0; b < 3; b++)
{
tictactoeAI.LocationUsedByX[a, b] = false;
}
}
// double nested for loop to set all values to false
// boolean multi dimensional array to see if o is using the spot
tictactoeAI.LocationUsedByO = new bool[3, 3];
for (int a = 0; a < 3; a++)
{
for (int b = 0; b < 3; b++)
{
tictactoeAI.LocationUsedByO[a, b] = false;
}
}
/* comment only
* Locations for each field in debug mode
* textfile that maps locations
* 1 2 3
* 4 5 6
* 7 8 9
* 1.) x: 150 y: 100
* 2.) x: 370 y: 90
* 3.) x: 570 y: 95
* 4.) x: 140 y: 290
* 5.) x: 365 y: 300
* 6.) x: 575 y: 290
* 7.) x: 155 y: 520
* 8.) x: 365 y: 510
* 9.) x: 570 y: 520
*/
boxCollisionRect = new Rectangle[9];
boxCollisionRect[0] = new Rectangle((int)boxLocations[0, 0].X, (int)boxLocations[0, 0].Y, 130, 130);
boxCollisionRect[1] = new Rectangle((int)boxLocations[0, 1].X, (int)boxLocations[0, 1].Y, 130, 130);
boxCollisionRect[2] = new Rectangle((int)boxLocations[0, 2].X, (int)boxLocations[0, 2].Y, 130, 130);
boxCollisionRect[3] = new Rectangle((int)boxLocations[1, 0].X, (int)boxLocations[1, 0].Y, 130, 130);
boxCollisionRect[4] = new Rectangle((int)boxLocations[1, 1].X, (int)boxLocations[1, 1].Y, 130, 130);
boxCollisionRect[5] = new Rectangle((int)boxLocations[1, 2].X, (int)boxLocations[1, 2].Y, 130, 130);
boxCollisionRect[6] = new Rectangle((int)boxLocations[2, 0].X, (int)boxLocations[2, 0].Y, 130, 130);
boxCollisionRect[7] = new Rectangle((int)boxLocations[2, 1].X, (int)boxLocations[2, 1].Y, 130, 130);
boxCollisionRect[8] = new Rectangle((int)boxLocations[2, 2].X, (int)boxLocations[2, 2].Y, 130, 130);
/* comment only
* Locations for each field in debug mode
* textfile that maps locations
* 1 2 3
* 4 5 6
* 7 8 9
* 1.) x: 150 y: 100
* 2.) x: 370 y: 90
* 3.) x: 570 y: 95
* 4.) x: 140 y: 290
* 5.) x: 365 y: 300
* 6.) x: 575 y: 290
* 7.) x: 155 y: 520
* 8.) x: 365 y: 510
* 9.) x: 570 y: 520
*/
}
public void TicTacToeMoves()
{
// o piece placement algorithim
if (TurnPiece.oturn == turnpiece)
{
// gameboardlocation = GameBoardLocation.row1x1;
oRect[0].X = Convert.ToInt32(boxLocations[1, 1].X);
oRect[0].Y = Convert.ToInt32(boxLocations[1, 1].Y);
if ((oRect[0].X == Convert.ToInt32(boxLocations[1, 1].X) && (oRect[0].Y == Convert.ToInt32(boxLocations[1, 1].Y))))
{
// for probability math and piece placement detection and calculations
// represents row 1x1
isLocationUsed[1, 1] = true;
// represents row1x1
locationUsedByO[1, 1] = true;
// switch turn back into x
turnpiece = TurnPiece.xturn;
isFirstMove = true;
}
}
}
public void OX_DecisionWinner()
{
// algorithim in the a.i. hierachy. makes sure that when x and o both have two empty spaces and it is O's turn O win is chosen.
if (TurnPiece.oturn == turnpiece)
{
if ((isLocationUsed[0, 0] == true) && (isLocationUsed[0, 1] == true) && (isLocationUsed[1, 0] == true) && (isLocationUsed[1, 1] == true))
{
if ((locationUsedByX[0, 0] == true) && (locationUsedByO[0, 1] == true) && (locationUsedByX[1, 0] == true) && (locationUsedByO[1, 1] == true))
{
if ((isLocationUsed[2, 1] == false) && (locationUsedByO[2, 1] == false) && (locationUsedByX[2, 1] == false))
{
oRect[76].X = Convert.ToInt32(boxLocations[2, 1].X);
oRect[76].Y = Convert.ToInt32(boxLocations[2, 1].Y);
locationUsedByO[2, 1] = true;
isLocationUsed[2, 1] = true;
turnpiece = TurnPiece.xturn;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((isLocationUsed[0, 0] == true) && (isLocationUsed[0, 1] == true) && (isLocationUsed[1, 0] == true) && (isLocationUsed[1, 1] == true))
{
if ((locationUsedByX[0, 0] == true) && (locationUsedByX[0, 1] == true) && (locationUsedByO[1, 0] == true) && (locationUsedByO[1, 1] == true))
{
if ((isLocationUsed[1, 2] == false) && (locationUsedByO[1, 2] == false) && (locationUsedByX[1, 2] == false))
{
oRect[77].X = Convert.ToInt32(boxLocations[1, 2].X);
oRect[77].Y = Convert.ToInt32(boxLocations[1, 2].Y);
locationUsedByO[1, 2] = true;
isLocationUsed[1, 2] = true;
turnpiece = TurnPiece.xturn;
}
}
}
}
///////////////////
if (TurnPiece.oturn == turnpiece)
{
if ((isLocationUsed[0, 1] == true) && (isLocationUsed[0, 2] == true) && (isLocationUsed[1, 1] == true) && (isLocationUsed[1, 2] == true))
{
if ((locationUsedByO[0, 1] == true) && (locationUsedByX[0, 2] == true) && (locationUsedByO[1, 1] == true) && (locationUsedByX[1, 2] == true))
{
if ((isLocationUsed[2, 1] == false) && (locationUsedByO[2, 1] == false) && (locationUsedByX[2, 1] == false))
{
oRect[78].X = Convert.ToInt32(boxLocations[2, 1].X);
oRect[78].Y = Convert.ToInt32(boxLocations[2, 1].Y);
locationUsedByO[2, 1] = true;
isLocationUsed[2, 1] = true;
turnpiece = TurnPiece.xturn;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((isLocationUsed[0, 1] == true) && (isLocationUsed[0, 2] == true) && (isLocationUsed[1, 1] == true) && (isLocationUsed[1, 2] == true))
{
if ((locationUsedByX[0, 1] == true) && (locationUsedByX[0, 2] == true) && (locationUsedByO[1, 1] == true) && (locationUsedByO[1, 2] == true))
{
if ((isLocationUsed[1, 0] == false) && (locationUsedByO[1, 0] == false) && (locationUsedByX[1, 0] == false))
{
oRect[79].X = Convert.ToInt32(boxLocations[1, 0].X);
oRect[79].Y = Convert.ToInt32(boxLocations[1, 0].Y);
locationUsedByO[1, 0] = true;
isLocationUsed[1, 0] = true;
turnpiece = TurnPiece.xturn;
}
}
}
}
//////////////////////////////////
if (TurnPiece.oturn == turnpiece)
{
if ((isLocationUsed[1, 0] == true) && (isLocationUsed[1, 1] == true) && (isLocationUsed[2, 0] == true) && (isLocationUsed[2, 1] == true))
{
if ((locationUsedByO[1, 0] == true) && (locationUsedByO[1, 1] == true) && (locationUsedByX[2, 0] == true) && (locationUsedByX[2, 1] == true))
{
if ((isLocationUsed[1, 2] == false) && (locationUsedByO[1, 2] == false) && (locationUsedByX[1, 2] == false))
{
oRect[80].X = Convert.ToInt32(boxLocations[1, 2].X);
oRect[80].Y = Convert.ToInt32(boxLocations[1, 2].Y);
locationUsedByO[1, 2] = true;
isLocationUsed[1, 2] = true;
turnpiece = TurnPiece.xturn;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((isLocationUsed[1, 0] == true) && (isLocationUsed[1, 1] == true) && (isLocationUsed[2, 0] == true) && (isLocationUsed[2, 1] == true))
{
if ((locationUsedByX[1, 0] == true) && (locationUsedByO[1, 1] == true) && (locationUsedByX[2, 0] == true) && (locationUsedByO[2, 1] == true))
{
if ((isLocationUsed[0, 1] == false) && (locationUsedByO[0, 1] == false) && (locationUsedByX[1, 0] == false))
{
oRect[81].X = Convert.ToInt32(boxLocations[0, 1].X);
oRect[81].Y = Convert.ToInt32(boxLocations[0, 1].Y);
locationUsedByO[0, 1] = true;
isLocationUsed[0, 1] = true;
turnpiece = TurnPiece.xturn;
}
}
}
}
/////////////////////////////////
if (TurnPiece.oturn == turnpiece)
{
if ((isLocationUsed[1, 1] == true) && (isLocationUsed[1, 2] == true) && (isLocationUsed[2, 1] == true) && (isLocationUsed[2, 2] == true))
{
if ((locationUsedByO[1, 1] == true) && (locationUsedByO[1, 2] == true) && (locationUsedByX[2, 1] == true) && (locationUsedByX[2, 2] == true))
{
if ((isLocationUsed[1, 0] == false) && (locationUsedByO[1, 0] == false) && (locationUsedByX[1, 0] == false))
{
oRect[82].X = Convert.ToInt32(boxLocations[1, 0].X);
oRect[82].Y = Convert.ToInt32(boxLocations[1, 0].Y);
locationUsedByO[1, 0] = true;
isLocationUsed[1, 0] = true;
turnpiece = TurnPiece.xturn;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((isLocationUsed[1, 1] == true) && (isLocationUsed[1, 2] == true) && (isLocationUsed[2, 1] == true) && (isLocationUsed[2, 2] == true))
{
if ((locationUsedByO[1, 1] == true) && (locationUsedByX[1, 2] == true) && (locationUsedByO[2, 1] == true) && (locationUsedByX[2, 2] == true))
{
if ((isLocationUsed[0, 1] == false) && (locationUsedByO[0, 1] == false) && (locationUsedByX[1, 0] == false))
{
oRect[83].X = Convert.ToInt32(boxLocations[0, 1].X);
oRect[83].Y = Convert.ToInt32(boxLocations[0, 1].Y);
locationUsedByO[0, 1] = true;
isLocationUsed[0, 1] = true;
turnpiece = TurnPiece.xturn;
}
}
}
}
}
public void O_PieceMoves()
{
//the deep principle of probability mathematics comes alive. the great one equation. checking either side of the X choice
// placing a piece based on each possible outcome as such 9+ algorithims. an alogorithm for each piece placement plus a few more
// for good measure
#region Moves to Make In Relationship To Opponent (Priority 2)
if (TurnPiece.oturn == turnpiece)
{
if (locationUsedByX[0, 0] == true)
{
if (isLocationUsed[0, 1] == false)
{
oRect[1].X = Convert.ToInt32(boxLocations[0, 1].X);
oRect[1].Y = Convert.ToInt32(boxLocations[0, 1].Y);
locationUsedByO[0, 1] = true;
isLocationUsed[0, 1] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[1, 0] == false)
{
oRect[2].X = Convert.ToInt32(boxLocations[1, 0].X);
oRect[2].Y = Convert.ToInt32(boxLocations[1, 0].Y);
locationUsedByO[1, 0] = true;
isLocationUsed[1, 0] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[1, 1] == false)
{
oRect[67].X = Convert.ToInt32(boxLocations[1, 1].X);
oRect[67].Y = Convert.ToInt32(boxLocations[1, 1].Y);
locationUsedByO[1, 1] = true;
isLocationUsed[1, 1] = true;
turnpiece = TurnPiece.xturn;
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if (locationUsedByX[0, 1] == true)
{
if (isLocationUsed[0, 0] == false)
{
oRect[4].X = Convert.ToInt32(boxLocations[0, 0].X);
oRect[4].Y = Convert.ToInt32(boxLocations[0, 0].Y);
locationUsedByO[0, 0] = true;
isLocationUsed[0, 0] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[0, 2] == false)
{
oRect[5].X = Convert.ToInt32(boxLocations[0, 2].X);
oRect[5].Y = Convert.ToInt32(boxLocations[0, 2].Y);
locationUsedByO[0, 2] = true;
isLocationUsed[0, 2] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[1, 0] == false)
{
oRect[68].X = Convert.ToInt32(boxLocations[1, 0].X);
oRect[68].Y = Convert.ToInt32(boxLocations[1, 0].Y);
locationUsedByO[1, 0] = true;
isLocationUsed[1, 0] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[1, 2] == false)
{
oRect[69].X = Convert.ToInt32(boxLocations[1, 2].X);
oRect[69].Y = Convert.ToInt32(boxLocations[1, 2].Y);
locationUsedByO[1, 2] = true;
isLocationUsed[1, 2] = true;
turnpiece = TurnPiece.xturn;
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if (locationUsedByX[0, 2] == true)
{
if (isLocationUsed[0, 1] == false)
{
oRect[6].X = Convert.ToInt32(boxLocations[0, 1].X);
oRect[6].Y = Convert.ToInt32(boxLocations[0, 1].Y);
locationUsedByO[0, 1] = true;
isLocationUsed[0, 1] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[1, 2] == false)
{
oRect[7].X = Convert.ToInt32(boxLocations[1, 2].X);
oRect[7].Y = Convert.ToInt32(boxLocations[1, 2].Y);
locationUsedByO[1, 2] = true;
isLocationUsed[1, 2] = true;
turnpiece = TurnPiece.xturn;
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if (locationUsedByX[1, 0] == true)
{
if (isLocationUsed[0, 0] == false)
{
oRect[8].X = Convert.ToInt32(boxLocations[0, 0].X);
oRect[8].Y = Convert.ToInt32(boxLocations[0, 0].Y);
locationUsedByO[0, 0] = true;
isLocationUsed[0, 0] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[2, 0] == false)
{
oRect[9].X = Convert.ToInt32(boxLocations[2, 0].X);
oRect[9].Y = Convert.ToInt32(boxLocations[2, 0].Y);
locationUsedByO[2, 0] = true;
isLocationUsed[2, 0] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[0, 1] == false)
{
oRect[70].X = Convert.ToInt32(boxLocations[0, 1].X);
oRect[70].Y = Convert.ToInt32(boxLocations[0, 1].Y);
locationUsedByO[0, 1] = true;
isLocationUsed[0, 1] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[2, 1] == false)
{
oRect[71].X = Convert.ToInt32(boxLocations[2, 1].X);
oRect[71].Y = Convert.ToInt32(boxLocations[2, 1].Y);
locationUsedByO[2, 1] = true;
isLocationUsed[2, 1] = true;
turnpiece = TurnPiece.xturn;
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if (locationUsedByX[1, 2] == true)
{
if (isLocationUsed[0, 2] == false)
{
oRect[10].X = Convert.ToInt32(boxLocations[0, 2].X);
oRect[10].Y = Convert.ToInt32(boxLocations[0, 2].Y);
locationUsedByO[0, 2] = true;
isLocationUsed[0, 2] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[2, 2] == false)
{
oRect[11].X = Convert.ToInt32(boxLocations[2, 2].X);
oRect[11].Y = Convert.ToInt32(boxLocations[2, 2].Y);
locationUsedByO[2, 2] = true;
isLocationUsed[2, 2] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[0, 1] == false)
{
oRect[72].X = Convert.ToInt32(boxLocations[0, 1].X);
oRect[72].Y = Convert.ToInt32(boxLocations[0, 1].Y);
locationUsedByO[0, 1] = true;
isLocationUsed[0, 1] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[2, 1] == false)
{
oRect[73].X = Convert.ToInt32(boxLocations[2, 1].X);
oRect[73].Y = Convert.ToInt32(boxLocations[2, 1].Y);
locationUsedByO[2, 1] = true;
isLocationUsed[2, 1] = true;
turnpiece = TurnPiece.xturn;
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if (locationUsedByX[2, 0] == true)
{
if (isLocationUsed[1, 0] == false)
{
oRect[12].X = Convert.ToInt32(boxLocations[1, 0].X);
oRect[12].Y = Convert.ToInt32(boxLocations[1, 0].Y);
locationUsedByO[1, 0] = true;
isLocationUsed[1, 0] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[2, 1] == false)
{
oRect[13].X = Convert.ToInt32(boxLocations[2, 1].X);
oRect[13].Y = Convert.ToInt32(boxLocations[2, 1].Y);
locationUsedByO[2, 1] = true;
isLocationUsed[2, 1] = true;
turnpiece = TurnPiece.xturn;
}
}
else if (locationUsedByX[2, 1] == true)
{
if (isLocationUsed[2, 0] == false)
{
oRect[14].X = Convert.ToInt32(boxLocations[2, 0].X);
oRect[14].Y = Convert.ToInt32(boxLocations[2, 0].Y);
locationUsedByO[2, 0] = true;
isLocationUsed[2, 0] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[2, 2] == false)
{
oRect[15].X = Convert.ToInt32(boxLocations[2, 2].X);
oRect[15].Y = Convert.ToInt32(boxLocations[2, 2].Y);
locationUsedByO[2, 2] = true;
isLocationUsed[2, 2] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[1, 0] == false)
{
oRect[74].X = Convert.ToInt32(boxLocations[1, 0].X);
oRect[74].Y = Convert.ToInt32(boxLocations[1, 0].Y);
locationUsedByO[1, 0] = true;
isLocationUsed[1, 0] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[1, 2] == false)
{
oRect[75].X = Convert.ToInt32(boxLocations[1, 2].X);
oRect[75].Y = Convert.ToInt32(boxLocations[1, 2].Y);
locationUsedByO[1, 2] = true;
isLocationUsed[1, 2] = true;
turnpiece = TurnPiece.xturn;
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if (locationUsedByX[2, 2] == true)
{
if (isLocationUsed[2, 1] == false)
{
oRect[16].X = Convert.ToInt32(boxLocations[2, 1].X);
oRect[16].Y = Convert.ToInt32(boxLocations[2, 1].Y);
locationUsedByO[2, 1] = true;
isLocationUsed[2, 1] = true;
turnpiece = TurnPiece.xturn;
}
else if (isLocationUsed[1, 2] == false)
{
oRect[17].X = Convert.ToInt32(boxLocations[1, 2].X);
oRect[17].Y = Convert.ToInt32(boxLocations[1, 2].Y);
locationUsedByO[1, 2] = true;
isLocationUsed[1, 2] = true;
turnpiece = TurnPiece.xturn;
}
}
}
#endregion
}
public void SetToOturn()
{
turnpiece = TurnPiece.oturn;
}
public TicTacToeAI()
{
turnpiece = TurnPiece.oturn;
winningformation = WinningFormation.nowin;
gameMouse = new MouseState();
blankBackgroundRect = new Rectangle(0, 0, 1024, 720);
mouseCount = 0;
previousState = new MouseState();
middleState = new MouseState();
hitEnterToReplay = false;
pieceSize.X = 128;
pieceSize.Y = 128;
// the peices rectangles set
#region Pieces
xRect = new Rectangle[9];
oRect = new Rectangle[100];
for (int r = 0; r < oRect.Length; r++)
{
oRect[r] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
}
terminateLoop = false;
/*
xRect[0] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[1] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[2] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[3] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[4] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[5] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[6] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[7] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
xRect[8] = new Rectangle(0, 0, (int)pieceSize.X, (int)pieceSize.Y);
// rectangle pieces
oRect[0] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[1] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[2] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[3] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[4] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[5] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[6] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[7] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[8] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[9] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[10] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[11] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[12] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[13] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[14] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[15] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[16] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[17] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[18] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[19] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[20] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[21] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[22] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[23] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[24] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[25] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[26] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[27] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[28] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[29] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[30] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[31] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[32] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[33] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[34] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[35] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[36] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[37] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[38] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[39] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[40] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[41] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[42] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[43] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[44] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[45] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[46] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[47] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[48] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[49] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[50] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[51] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[52] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[53] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[54] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[55] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[56] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[57] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[58] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[59] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[60] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[61] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[62] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[63] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[64] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[65] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[66] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[60] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[61] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[62] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[63] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[64] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[65] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[66] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[67] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[68] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[69] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[70] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[71] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[72] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[73] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[74] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[75] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[76] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[77] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[78] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[79] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[80] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[81] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[82] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[83] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[84] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[85] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[86] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[87] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[88] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[89] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[90] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[91] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[92] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[93] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[94] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[95] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[96] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[97] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[98] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
oRect[99] = new Rectangle(130, 0, (int)pieceSize.X, (int)pieceSize.Y);
*/
#endregion
gameBoardRect = new Rectangle(100, 50, 640, 640);
mouseCollision = new Rectangle(0, 0, 24, 24);
// intitalizing the texture array
// gameboard location is set to empty
gameboardlocation = GameBoardLocation.empty;
// locations of each and every piece put into a vector2 array to explicit or implicit conversion to int for rectangular collision
boxLocations = new Vector2[3, 3];
boxLocations[0, 0] = new Vector2(150, 100);
boxLocations[0, 1] = new Vector2(370, 90);
boxLocations[0, 2] = new Vector2(570, 95);
boxLocations[1, 0] = new Vector2(140, 290);
boxLocations[1, 1] = new Vector2(365, 300);
boxLocations[1, 2] = new Vector2(575, 290);
boxLocations[2, 0] = new Vector2(155, 520);
boxLocations[2, 1] = new Vector2(365, 510);
boxLocations[2, 2] = new Vector2(570, 520);
// confirm or deny if the location is used or not based on boolean logic algorithim
isLocationUsed = new bool[3, 3];
// nested double for loop that initializes all in the multi dimensional array as false for update method
// deep logical algorithims
for (int a = 0; a < 3; a++)
{
for (int b = 0; b < 3; b++)
{
isLocationUsed[a, b] = false;
}
}
// boolean multi dimensional array to see if x is using the spot
locationUsedByX = new bool[3, 3];
for (int a = 0; a < 3; a++)
{
for (int b = 0; b < 3; b++)
{
locationUsedByX[a, b] = false;
}
}
// double nested for loop to set all values to false
// boolean multi dimensional array to see if o is using the spot
locationUsedByO = new bool[3, 3];
for (int a = 0; a < 3; a++)
{
for (int b = 0; b < 3; b++)
{
locationUsedByO[a, b] = false;
}
}
/* comment only
Locations for each field in debug mode
textfile that maps locations
1 2 3
4 5 6
7 8 9
1.) x: 150 y: 100
2.) x: 370 y: 90
3.) x: 570 y: 95
4.) x: 140 y: 290
5.) x: 365 y: 300
6.) x: 575 y: 290
7.) x: 155 y: 520
8.) x: 365 y: 510
9.) x: 570 y: 520
*/
boxCollisionRect = new Rectangle[9];
boxCollisionRect[0] = new Rectangle((int)boxLocations[0, 0].X, (int)boxLocations[0, 0].Y, 130, 130);
boxCollisionRect[1] = new Rectangle((int)boxLocations[0, 1].X, (int)boxLocations[0, 1].Y, 130, 130);
boxCollisionRect[2] = new Rectangle((int)boxLocations[0, 2].X, (int)boxLocations[0, 2].Y, 130, 130);
boxCollisionRect[3] = new Rectangle((int)boxLocations[1, 0].X, (int)boxLocations[1, 0].Y, 130, 130);
boxCollisionRect[4] = new Rectangle((int)boxLocations[1, 1].X, (int)boxLocations[1, 1].Y, 130, 130);
boxCollisionRect[5] = new Rectangle((int)boxLocations[1, 2].X, (int)boxLocations[1, 2].Y, 130, 130);
boxCollisionRect[6] = new Rectangle((int)boxLocations[2, 0].X, (int)boxLocations[2, 0].Y, 130, 130);
boxCollisionRect[7] = new Rectangle((int)boxLocations[2, 1].X, (int)boxLocations[2, 1].Y, 130, 130);
boxCollisionRect[8] = new Rectangle((int)boxLocations[2, 2].X, (int)boxLocations[2, 2].Y, 130, 130);
/* comment only
Locations for each field in debug mode
textfile that maps locations
1 2 3
4 5 6
7 8 9
1.) x: 150 y: 100
2.) x: 370 y: 90
3.) x: 570 y: 95
4.) x: 140 y: 290
5.) x: 365 y: 300
6.) x: 575 y: 290
7.) x: 155 y: 520
8.) x: 365 y: 510
9.) x: 570 y: 520
*/
}
// a copy of the above a.i. method that is redesigned to stop x from winning under such conditions
public void StopX_ToWinPieceMoves()
{
// the deepest greatest 22 algorithims of tic tac toe ever written by Jimmy Ellis
#region Moves to Make In Relationship To Self and Win (Priority 1)
if (TurnPiece.oturn == turnpiece)
{
// row 1x1, row1x2
if ((locationUsedByX[0, 0] == true) && (locationUsedByX[0, 1] == true))
{
if ((locationUsedByO[0, 2] == false) && (locationUsedByX[0, 2] == false) && (isLocationUsed[0, 2] == false))
{
oRect[42].X = Convert.ToInt32(boxLocations[0, 2].X);
oRect[42].Y = Convert.ToInt32(boxLocations[0, 2].Y);
locationUsedByO[0, 2] = true;
isLocationUsed[0, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 2] && isLocationUsed[0, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
if (TurnPiece.oturn == turnpiece)
{
//row 1x2, row1x3
if ((locationUsedByX[0, 1] == true) && (locationUsedByX[0, 2] == true))
{
if ((locationUsedByO[0, 0] == false) && (locationUsedByX[0, 0] == false) && (isLocationUsed[0, 0] == false))
{
oRect[43].X = Convert.ToInt32(boxLocations[0, 0].X);
oRect[43].Y = Convert.ToInt32(boxLocations[0, 0].Y);
locationUsedByO[0, 0] = true;
isLocationUsed[0, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 0] && isLocationUsed[0, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
// row1x1, row1x3
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[0, 0] == true) && (locationUsedByX[0, 2] == true))
{
if ((locationUsedByO[0, 1] == false) && (locationUsedByX[0, 1] == false) && (isLocationUsed[0, 1] == false))
{
oRect[44].X = Convert.ToInt32(boxLocations[0, 1].X);
oRect[44].Y = Convert.ToInt32(boxLocations[0, 1].Y);
locationUsedByO[0, 1] = true;
isLocationUsed[0, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 1] && isLocationUsed[0, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
/////////////////////////////////////////
// row 2x1, row 2x2
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[1, 0] == true) && (locationUsedByX[1, 1] == true))
{
if ((locationUsedByO[1, 2] == false) && (locationUsedByX[1, 2] == false) && (isLocationUsed[1, 2] == false))
{
oRect[45].X = Convert.ToInt32(boxLocations[1, 2].X);
oRect[45].Y = Convert.ToInt32(boxLocations[1, 2].Y);
locationUsedByO[1, 2] = true;
isLocationUsed[1, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 2] && isLocationUsed[1, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
// row 2x2, row 2x3
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[1, 1] == true) && (locationUsedByX[1, 2] == true))
{
if ((locationUsedByO[1, 0] == false) && (locationUsedByX[1, 0] == false) && (isLocationUsed[1, 0] == false))
{
oRect[46].X = Convert.ToInt32(boxLocations[1, 0].X);
oRect[46].Y = Convert.ToInt32(boxLocations[1, 0].Y);
locationUsedByO[1, 0] = true;
isLocationUsed[1, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 0] && isLocationUsed[1, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
// row 2x1, row 2x3
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[1, 0] == true) && (locationUsedByX[1, 2] == true))
{
if ((locationUsedByO[1, 1] == false) && (locationUsedByX[1, 1] == false) && (isLocationUsed[1, 1] == false))
{
oRect[47].X = Convert.ToInt32(boxLocations[1, 1].X);
oRect[47].Y = Convert.ToInt32(boxLocations[1, 1].Y);
locationUsedByO[1, 1] = true;
isLocationUsed[1, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 1] && isLocationUsed[1, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
///////////////////////////////////////
//row3x1, row3x2
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[2, 0] == true) && (locationUsedByX[2, 1] == true))
{
if ((locationUsedByO[2, 2] == false) && (locationUsedByX[2, 2] == false) && (isLocationUsed[2, 2] == false))
{
oRect[48].X = Convert.ToInt32(boxLocations[2, 2].X);
oRect[48].Y = Convert.ToInt32(boxLocations[2, 2].Y);
locationUsedByO[2, 2] = true;
isLocationUsed[2, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 2] && isLocationUsed[2, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
//row3x2, row3x3
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[2, 1] == true) && (locationUsedByX[2, 2] == true))
{
if ((locationUsedByO[2, 0] == false) && (locationUsedByX[2, 0] == false) && (isLocationUsed[2, 0] == false))
{
oRect[49].X = Convert.ToInt32(boxLocations[2, 0].X);
oRect[49].Y = Convert.ToInt32(boxLocations[2, 0].Y);
locationUsedByO[2, 0] = true;
isLocationUsed[2, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 0] && isLocationUsed[2, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
//row3x1, row3x3
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[2, 0] == true) && (locationUsedByX[2, 2] == true))
{
if ((locationUsedByO[2, 1] == false) && (locationUsedByX[2, 1] == false) && (isLocationUsed[2, 1] == false))
{
oRect[50].X = Convert.ToInt32(boxLocations[2, 1].X);
oRect[50].Y = Convert.ToInt32(boxLocations[2, 1].Y);
locationUsedByO[2, 1] = true;
isLocationUsed[2, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 1] && isLocationUsed[2, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
/////////////////////////////////////////////////////////
// COLUMNS //
////////////////////////////////////////////////////////
// left most column
// row1x1, row2x1
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[0, 0] == true) && (locationUsedByX[1, 0] == true))
{
if ((locationUsedByO[2, 0] == false) && (locationUsedByX[2, 0] == false) && (isLocationUsed[2, 0] == false))
{
oRect[51].X = Convert.ToInt32(boxLocations[2, 0].X);
oRect[51].Y = Convert.ToInt32(boxLocations[2, 0].Y);
locationUsedByO[2, 0] = true;
isLocationUsed[2, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 0] && isLocationUsed[2, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
// row2x1, row3x1
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[1, 0] == true) && (locationUsedByX[2, 0] == true))
{
if ((locationUsedByO[0, 0] == false) && (locationUsedByX[0, 0] == false) && (isLocationUsed[0, 0] == false))
{
oRect[52].X = Convert.ToInt32(boxLocations[0, 0].X);
oRect[52].Y = Convert.ToInt32(boxLocations[0, 0].Y);
locationUsedByO[0, 0] = true;
isLocationUsed[0, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 0] && isLocationUsed[0, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
// row1x1, row3x1
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[0, 0] == true) && (locationUsedByX[2, 0] == true))
{
if ((locationUsedByO[1, 0] == false) && (locationUsedByX[1, 0] == false) && (isLocationUsed[1, 0] == false))
{
oRect[53].X = Convert.ToInt32(boxLocations[1, 0].X);
oRect[53].Y = Convert.ToInt32(boxLocations[1, 0].Y);
locationUsedByO[1, 0] = true;
isLocationUsed[1, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 0] && isLocationUsed[1, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
////////////////////
// middle column //
//////////////////
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[0, 1] == true) && (locationUsedByX[1, 1] == true))
{
if ((locationUsedByO[2, 1] == false) && (locationUsedByX[2, 1] == false) && (isLocationUsed[2, 1] == false))
{
oRect[54].X = Convert.ToInt32(boxLocations[2, 1].X);
oRect[54].Y = Convert.ToInt32(boxLocations[2, 1].Y);
locationUsedByO[2, 1] = true;
isLocationUsed[2, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 1] && isLocationUsed[2, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[1, 1] == true) && (locationUsedByX[2, 1] == true))
{
if ((locationUsedByO[0, 1] == false) && (locationUsedByX[0, 1] == false) && (isLocationUsed[0, 1] == false))
{
oRect[55].X = Convert.ToInt32(boxLocations[0, 1].X);
oRect[55].Y = Convert.ToInt32(boxLocations[0, 1].Y);
locationUsedByO[0, 1] = true;
isLocationUsed[0, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 1] && isLocationUsed[0, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[0, 1] == true) && (locationUsedByX[2, 1] == true))
{
if ((locationUsedByO[1, 1] == false) && (locationUsedByX[1, 1] == false) && (isLocationUsed[1, 1] == false))
{
oRect[56].X = Convert.ToInt32(boxLocations[1, 1].X);
oRect[56].Y = Convert.ToInt32(boxLocations[1, 1].Y);
locationUsedByO[1, 1] = true;
isLocationUsed[1, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 1] && isLocationUsed[1, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
///////////////////////
// right most column
///////////////////////
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[0, 2] == true) && (locationUsedByX[1, 2] == true))
{
if ((locationUsedByO[2, 2] == false) && (locationUsedByX[2, 2] == false) && (isLocationUsed[2, 2] == false))
{
oRect[57].X = Convert.ToInt32(boxLocations[2, 2].X);
oRect[57].Y = Convert.ToInt32(boxLocations[2, 2].Y);
locationUsedByO[2, 2] = true;
isLocationUsed[2, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 2] && isLocationUsed[2, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[1, 2] == true) && (locationUsedByX[2, 2] == true))
{
if ((locationUsedByO[0, 2] == false) && (locationUsedByX[0, 2] == false) && (isLocationUsed[0, 2] == false))
{
oRect[58].X = Convert.ToInt32(boxLocations[0, 2].X);
oRect[58].Y = Convert.ToInt32(boxLocations[0, 2].Y);
locationUsedByO[0, 2] = true;
isLocationUsed[0, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 2] && isLocationUsed[0, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[0, 2] == true) && (locationUsedByX[2, 2] == true))
{
if ((locationUsedByO[1, 2] == false) && (locationUsedByX[1, 2] == false) && (isLocationUsed[1, 2] == false))
{
oRect[59].X = Convert.ToInt32(boxLocations[1, 2].X);
oRect[59].Y = Convert.ToInt32(boxLocations[1, 2].Y);
locationUsedByO[1, 2] = true;
isLocationUsed[1, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 2] && isLocationUsed[1, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
///////////////////////////
//diagnol from left to right
//////////////////////////////
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[0, 0] == true) && (locationUsedByX[1, 1] == true))
{
if ((locationUsedByO[2, 2] == false) && (locationUsedByX[2, 2] == false) && (isLocationUsed[2, 2] == false))
{
oRect[60].X = Convert.ToInt32(boxLocations[2, 2].X);
oRect[60].Y = Convert.ToInt32(boxLocations[2, 2].Y);
locationUsedByO[2, 2] = true;
isLocationUsed[2, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 2] && isLocationUsed[2, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[1, 1] == true) && (locationUsedByX[2, 2] == true))
{
if ((locationUsedByO[0, 0] == false) && (locationUsedByX[0, 0] == false) && (isLocationUsed[0, 0] == false))
{
oRect[61].X = Convert.ToInt32(boxLocations[0, 0].X);
oRect[61].Y = Convert.ToInt32(boxLocations[0, 0].Y);
locationUsedByO[0, 0] = true;
isLocationUsed[0, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 0] && isLocationUsed[0, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[0, 0] == true) && (locationUsedByX[2, 2] == true))
{
if ((locationUsedByO[1, 1] == false) && (locationUsedByX[1, 1] == false) && (isLocationUsed[1, 1] == false))
{
oRect[62].X = Convert.ToInt32(boxLocations[1, 1].X);
oRect[62].Y = Convert.ToInt32(boxLocations[1, 1].Y);
locationUsedByO[1, 1] = true;
isLocationUsed[1, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 1] && isLocationUsed[1, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
//////////////////////////////
// diagnal from right to left
//////////////////////////////
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[0, 2] == true) && (locationUsedByX[1, 1] == true))
{
if ((locationUsedByO[2, 0] == false) && (locationUsedByX[2, 0] == false) && (isLocationUsed[2, 0] == false))
{
oRect[63].X = Convert.ToInt32(boxLocations[2, 0].X);
oRect[63].Y = Convert.ToInt32(boxLocations[2, 0].Y);
locationUsedByO[2, 0] = true;
isLocationUsed[2, 0] = true;
turnpiece = TurnPiece.xturn;
}
}
else if ((locationUsedByX[1, 1] == true) && (locationUsedByX[2, 0] == true))
{
if ((locationUsedByO[0, 2] == false) && (locationUsedByX[0, 2] == false) && (isLocationUsed[0, 2] == false))
{
oRect[64].X = Convert.ToInt32(boxLocations[0, 2].X);
oRect[64].Y = Convert.ToInt32(boxLocations[0, 2].Y);
locationUsedByO[0, 2] = true;
isLocationUsed[0, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 2] && isLocationUsed[0, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByX[0, 2] == true) && (locationUsedByX[2, 0] == true))
{
if ((locationUsedByO[1, 1] == false) && (locationUsedByX[1, 1] == false) && (isLocationUsed[1, 1] == false))
{
oRect[65].X = Convert.ToInt32(boxLocations[1, 1].X);
oRect[65].Y = Convert.ToInt32(boxLocations[1, 1].Y);
locationUsedByO[1, 1] = true;
isLocationUsed[1, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 1] && isLocationUsed[1, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
}
#endregion
}
public void O_ToWinPieceMoves()
{
// the deepest greatest 22 algorithims of tic tac toe ever written by Jimmy Ellis
#region Moves to Make In Relationship To Self and Win (Priority 1)
if (TurnPiece.oturn == turnpiece)
{
// row 1x1, row1x2
if ((locationUsedByO[0, 0] == true) && (locationUsedByO[0, 1] == true))
{
if ((locationUsedByO[0, 2] == false) && (locationUsedByX[0, 2] == false) && (isLocationUsed[0, 2] == false))
{
oRect[18].X = Convert.ToInt32(boxLocations[0, 2].X);
oRect[18].Y = Convert.ToInt32(boxLocations[0, 2].Y);
locationUsedByO[0, 2] = true;
isLocationUsed[0, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 2] && isLocationUsed[0, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
//row 1x2, row1x3
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 1] == true) && (locationUsedByO[0, 2] == true))
{
if ((locationUsedByO[0, 0] == false) && (locationUsedByX[0, 0] == false) && (isLocationUsed[0, 0] == false))
{
oRect[19].X = Convert.ToInt32(boxLocations[0, 0].X);
oRect[19].Y = Convert.ToInt32(boxLocations[0, 0].Y);
locationUsedByO[0, 0] = true;
isLocationUsed[0, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 0] && isLocationUsed[0, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
// row1x1, row1x3
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 0] == true) && (locationUsedByO[0, 2] == true))
{
if ((locationUsedByO[0, 1] == false) && (locationUsedByX[0, 1] == false) && (isLocationUsed[0, 1] == false))
{
oRect[20].X = Convert.ToInt32(boxLocations[0, 1].X);
oRect[20].Y = Convert.ToInt32(boxLocations[0, 1].Y);
locationUsedByO[0, 1] = true;
isLocationUsed[0, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 1] && isLocationUsed[0, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
/////////////////////////////////////////
// row 2x1, row 2x2
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[1, 0] == true) && (locationUsedByO[1, 1] == true))
{
if ((locationUsedByO[1, 2] == false) && (locationUsedByX[1, 2] == false) && (isLocationUsed[1, 2] == false))
{
oRect[21].X = Convert.ToInt32(boxLocations[1, 2].X);
oRect[21].Y = Convert.ToInt32(boxLocations[1, 2].Y);
locationUsedByO[1, 2] = true;
isLocationUsed[1, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 2] && isLocationUsed[1, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
// row 2x2, row 2x3
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[1, 1] == true) && (locationUsedByO[1, 2] == true))
{
if ((locationUsedByO[1, 0] == false) && (locationUsedByX[1, 0] == false) && (isLocationUsed[1, 0] == false))
{
oRect[22].X = Convert.ToInt32(boxLocations[1, 0].X);
oRect[22].Y = Convert.ToInt32(boxLocations[1, 0].Y);
locationUsedByO[1, 0] = true;
isLocationUsed[1, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 0] && isLocationUsed[1, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
// row 2x1, row 2x3
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[1, 0] == true) && (locationUsedByO[1, 2] == true))
{
if ((locationUsedByO[1, 1] == false) && (locationUsedByX[1, 1] == false) && (isLocationUsed[1, 1] == false))
{
oRect[23].X = Convert.ToInt32(boxLocations[1, 1].X);
oRect[23].Y = Convert.ToInt32(boxLocations[1, 1].Y);
locationUsedByO[1, 1] = true;
isLocationUsed[1, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 1] && isLocationUsed[1, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
///////////////////////////////////////
//row3x1, row3x2
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[2, 0] == true) && (locationUsedByO[2, 1] == true))
{
if ((locationUsedByO[2, 2] == false) && (locationUsedByX[2, 2] == false) && (isLocationUsed[2, 2] == false))
{
oRect[24].X = Convert.ToInt32(boxLocations[2, 2].X);
oRect[24].Y = Convert.ToInt32(boxLocations[2, 2].Y);
locationUsedByO[2, 2] = true;
isLocationUsed[2, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 2] && isLocationUsed[2, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
//row3x2, row3x3
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[2, 1] == true) && (locationUsedByO[2, 2] == true))
{
if ((locationUsedByO[2, 0] == false) && (locationUsedByX[2, 0] == false) && (isLocationUsed[2, 0] == false))
{
oRect[25].X = Convert.ToInt32(boxLocations[2, 0].X);
oRect[25].Y = Convert.ToInt32(boxLocations[2, 0].Y);
locationUsedByO[2, 0] = true;
isLocationUsed[2, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 0] && isLocationUsed[2, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
//row3x1, row3x3
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[2, 0] == true) && (locationUsedByO[2, 2] == true))
{
if ((locationUsedByO[2, 1] == false) && (locationUsedByX[2, 1] == false) && (isLocationUsed[2, 1] == false))
{
oRect[26].X = Convert.ToInt32(boxLocations[2, 1].X);
oRect[26].Y = Convert.ToInt32(boxLocations[2, 1].Y);
locationUsedByO[2, 1] = true;
isLocationUsed[2, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 1] && isLocationUsed[2, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
/////////////////////////////////////////////////////////
// COLUMNS //
////////////////////////////////////////////////////////
// left most column
// row1x1, row2x1
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 0] == true) && (locationUsedByO[1, 0] == true))
{
if ((locationUsedByO[2, 0] == false) && (locationUsedByX[2, 0] == false) && (isLocationUsed[2, 0] == false))
{
oRect[27].X = Convert.ToInt32(boxLocations[2, 0].X);
oRect[27].Y = Convert.ToInt32(boxLocations[2, 0].Y);
locationUsedByO[2, 0] = true;
isLocationUsed[2, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 0] && isLocationUsed[2, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
// row2x1, row3x1
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[1, 0] == true) && (locationUsedByO[2, 0] == true))
{
if ((locationUsedByO[0, 0] == false) && (locationUsedByX[0, 0] == false) && (isLocationUsed[0, 0] == false))
{
oRect[28].X = Convert.ToInt32(boxLocations[0, 0].X);
oRect[28].Y = Convert.ToInt32(boxLocations[0, 0].Y);
locationUsedByO[0, 0] = true;
isLocationUsed[0, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 0] && isLocationUsed[0, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
// row1x1, row3x1
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 0] == true) && (locationUsedByO[2, 0] == true))
{
if ((locationUsedByO[1, 0] == false) && (locationUsedByX[1, 0] == false) && (isLocationUsed[1, 0] == false))
{
oRect[29].X = Convert.ToInt32(boxLocations[1, 0].X);
oRect[29].Y = Convert.ToInt32(boxLocations[1, 0].Y);
locationUsedByO[1, 0] = true;
isLocationUsed[1, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 0] && isLocationUsed[1, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
////////////////////
// middle column //
//////////////////
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 1] == true) && (locationUsedByO[1, 1] == true))
{
if ((locationUsedByO[2, 1] == false) && (locationUsedByX[2, 1] == false) && (isLocationUsed[2, 1] == false))
{
oRect[30].X = Convert.ToInt32(boxLocations[2, 1].X);
oRect[30].Y = Convert.ToInt32(boxLocations[2, 1].Y);
locationUsedByO[2, 1] = true;
isLocationUsed[2, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 1] && isLocationUsed[2, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[1, 1] == true) && (locationUsedByO[2, 1] == true))
{
if ((locationUsedByO[0, 1] == false) && (locationUsedByX[0, 1] == false) && (isLocationUsed[0, 1] == false))
{
oRect[31].X = Convert.ToInt32(boxLocations[0, 1].X);
oRect[31].Y = Convert.ToInt32(boxLocations[0, 1].Y);
locationUsedByO[0, 1] = true;
isLocationUsed[0, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 1] && isLocationUsed[0, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 1] == true) && (locationUsedByO[2, 1] == true))
{
if ((locationUsedByO[1, 1] == false) && (locationUsedByX[1, 1] == false) && (isLocationUsed[1, 1] == false))
{
oRect[32].X = Convert.ToInt32(boxLocations[1, 1].X);
oRect[32].Y = Convert.ToInt32(boxLocations[1, 1].Y);
locationUsedByO[1, 1] = true;
isLocationUsed[1, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 1] && isLocationUsed[1, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
///////////////////////
// right most column
///////////////////////
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 2] == true) && (locationUsedByO[1, 2] == true))
{
if ((locationUsedByO[2, 2] == false) && (locationUsedByX[2, 2] == false) && (isLocationUsed[2, 2] == false))
{
oRect[33].X = Convert.ToInt32(boxLocations[2, 2].X);
oRect[33].Y = Convert.ToInt32(boxLocations[2, 2].Y);
locationUsedByO[2, 2] = true;
isLocationUsed[2, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 2] && isLocationUsed[2, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[1, 2] == true) && (locationUsedByO[2, 2] == true))
{
if ((locationUsedByO[0, 2] == false) && (locationUsedByX[0, 2] == false) && (isLocationUsed[0, 2] == false))
{
oRect[34].X = Convert.ToInt32(boxLocations[0, 2].X);
oRect[34].Y = Convert.ToInt32(boxLocations[0, 2].Y);
locationUsedByO[0, 2] = true;
isLocationUsed[0, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 2] && isLocationUsed[0, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 2] == true) && (locationUsedByO[2, 2] == true))
{
if ((locationUsedByO[1, 2] == false) && (locationUsedByX[1, 2] == false) && (isLocationUsed[1, 2] == false))
{
oRect[35].X = Convert.ToInt32(boxLocations[1, 2].X);
oRect[35].Y = Convert.ToInt32(boxLocations[1, 2].Y);
locationUsedByO[1, 2] = true;
isLocationUsed[1, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 2] && isLocationUsed[1, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
///////////////////////////
//diagnol from left to right
//////////////////////////////
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 0] == true) && (locationUsedByO[1, 1] == true))
{
if ((locationUsedByO[2, 2] == false) && (locationUsedByX[2, 2] == false) && (isLocationUsed[2, 2] == false))
{
oRect[36].X = Convert.ToInt32(boxLocations[2, 2].X);
oRect[36].Y = Convert.ToInt32(boxLocations[2, 2].Y);
locationUsedByO[2, 2] = true;
isLocationUsed[2, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[2, 2] && isLocationUsed[2, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[1, 1] == true) && (locationUsedByO[2, 2] == true))
{
if ((locationUsedByO[0, 0] == false) && (locationUsedByX[0, 0] == false) && (isLocationUsed[0, 0] == false))
{
oRect[37].X = Convert.ToInt32(boxLocations[0, 0].X);
oRect[37].Y = Convert.ToInt32(boxLocations[0, 0].Y);
locationUsedByO[0, 0] = true;
isLocationUsed[0, 0] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 0] && isLocationUsed[0, 0])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 0] == true) && (locationUsedByO[2, 2] == true))
{
if ((locationUsedByO[1, 1] == false) && (locationUsedByX[1, 1] == false) && (isLocationUsed[1, 1] == false))
{
oRect[38].X = Convert.ToInt32(boxLocations[1, 1].X);
oRect[38].Y = Convert.ToInt32(boxLocations[1, 1].Y);
locationUsedByO[1, 1] = true;
isLocationUsed[1, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 1] && isLocationUsed[1, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
//////////////////////////////
// diagnal from right to left
//////////////////////////////
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 2] == true) && (locationUsedByO[1, 1] == true))
{
if ((locationUsedByO[2, 0] == false) && (locationUsedByX[2, 0] == false) && (isLocationUsed[2, 0] == false))
{
oRect[39].X = Convert.ToInt32(boxLocations[2, 0].X);
oRect[39].Y = Convert.ToInt32(boxLocations[2, 0].Y);
locationUsedByO[2, 0] = true;
isLocationUsed[2, 0] = true;
turnpiece = TurnPiece.xturn;
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[1, 1] == true) && (locationUsedByO[2, 0] == true))
{
if ((locationUsedByO[0, 2] == false) && (locationUsedByX[0, 2] == false) && (isLocationUsed[0, 2] == false))
{
oRect[40].X = Convert.ToInt32(boxLocations[0, 2].X);
oRect[40].Y = Convert.ToInt32(boxLocations[0, 2].Y);
locationUsedByO[0, 2] = true;
isLocationUsed[0, 2] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[0, 2] && isLocationUsed[0, 2])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
if (TurnPiece.oturn == turnpiece)
{
if ((locationUsedByO[0, 2] == true) && (locationUsedByO[2, 0] == true))
{
if ((locationUsedByO[1, 1] == false) && (locationUsedByX[1, 1] == false) && (isLocationUsed[1, 1] == false))
{
oRect[41].X = Convert.ToInt32(boxLocations[1, 1].X);
oRect[41].Y = Convert.ToInt32(boxLocations[1, 1].Y);
locationUsedByO[1, 1] = true;
isLocationUsed[1, 1] = true;
turnpiece = TurnPiece.xturn;
if (locationUsedByO[1, 1] && isLocationUsed[1, 1])
{
terminateLoop = true;
}
else
{
terminateLoop = false;
}
}
}
}
#endregion
}
