public GridWorldControl(int rows = 20, int cols = 20)
{
InitializeComponent();
_rows = rows;
_columns = cols;
_lastActions = new List <StateAction>();
_world = new List <List <GridUserControl> >();
int x = 0;
int y = 0;
for (int i = 0; i < _rows; i++)
{
_world.Add(new List <GridUserControl>());
for (int j = 0; j < _columns; j++)
{
GridUserControl grid = new GridUserControl();
grid.Margin = new Thickness(x, y, 0, 0);
_world[i].Add(grid);
GridWorldGrid.Children.Add(grid);
x += GridUserControl.WIDTH;
}
x = 0;
y += GridUserControl.HEIGHT;
}
_world[18][18].State = GridState.Goal;
_world[12][14].State = GridState.Blocked;
_world[13][14].State = GridState.Blocked;
_world[14][14].State = GridState.Blocked;
_world[14][14].State = GridState.Blocked;
_world[15][14].State = GridState.Blocked;
_world[15][13].State = GridState.Blocked;
_world[15][12].State = GridState.Blocked;
_world[15][10].State = GridState.Blocked;
_world[15][11].State = GridState.Blocked;
_world[15][9].State = GridState.Blocked;
_world[15][8].State = GridState.Blocked;
_world[10][7].State = GridState.Blocked;
_world[9][7].State = GridState.Blocked;
_world[8][7].State = GridState.Blocked;
_world[7][7].State = GridState.Blocked;
_world[5][2].State = GridState.Blocked;
_world[5][3].State = GridState.Blocked;
_world[6][13].State = GridState.Blocked;
_world[6][14].State = GridState.Blocked;
_world[6][15].State = GridState.Blocked;
_world[6][16].State = GridState.Blocked;
_world[6][17].State = GridState.Blocked;
_world[6][18].State = GridState.Blocked;
_world[16][10].State = GridState.Blocked;
_world[17][11].State = GridState.Blocked;
_world[3][5].State = GridState.Blocked;
_world[3][6].State = GridState.Blocked;
for (int i = 0; i < _rows; i++)
{
for (int j = 0; j < _columns; j++)
{
//if (_world[i][j].State == GridState.Blocked || _world[i][j].State == GridState.Goal)
// continue;
_world[i][j].UpValueQ = (_rand.NextDouble() + .01) * .1;
_world[i][j].LeftValueQ = (_rand.NextDouble() + .01) * .1;
_world[i][j].DownValueQ = (_rand.NextDouble() + .01) * .1;
_world[i][j].RightValueQ = (_rand.NextDouble() + .01) * .1;
}
}
SpawnPlayer();
this.Height = GridUserControl.HEIGHT * _rows;
this.Width = GridUserControl.WIDTH * _columns;
}
public void MakeMove()
{
GridUserControl state = _world[(int)_currentLocation.X][(int)_currentLocation.Y];
double upConfidence = state.UpValueQ + (.5 * (MAX_STEPS - state.UpValueE));
double downConfidence = state.DownValueQ + (.5 * (MAX_STEPS - state.DownValueE));
double leftConfidence = state.LeftValueQ + (.5 * (MAX_STEPS - state.LeftValueE));
double rightConfidence = state.RightValueQ + (.5 * (MAX_STEPS - state.RightValueE));
double totalChance = upConfidence + downConfidence + leftConfidence + rightConfidence;
double upChance = (upConfidence / totalChance) * 100;
double downChance = (downConfidence / totalChance) * 100;
double leftChance = (leftConfidence / totalChance) * 100;
double rightChance = (rightConfidence / totalChance) * 100;
int output = _rand.Next(1, 101);
int option = 0;
if (output < upChance)
{
option = UP_OPTION;
}
else if (output < upChance + downChance)
{
option = DOWN_OPTION;
}
else if (output < upChance + downChance + leftChance)
{
option = LEFT_OPTION;
}
else
{
option = RIGHT_OPTION;
}
bool validMove = false;
Point lastState = _currentLocation;
Action action = Action.Up;
switch (option)
{
case UP_OPTION:
validMove = MoveUp();
action = Action.Up;
break;
case RIGHT_OPTION:
validMove = MoveRight();
action = Action.Right;
break;
case LEFT_OPTION:
validMove = MoveLeft();
action = Action.Left;
break;
case DOWN_OPTION:
validMove = MoveDown();
action = Action.Down;
break;
}
switch (action)
{
case Action.Up:
_world[(int)lastState.X][(int)lastState.Y].UpValueE++;
break;
case Action.Right:
_world[(int)lastState.X][(int)lastState.Y].RightValueE++;
break;
case Action.Left:
_world[(int)lastState.X][(int)lastState.Y].LeftValueE++;
break;
case Action.Down:
_world[(int)lastState.X][(int)lastState.Y].DownValueE++;
break;
}
if (validMove)
{
StateAction sa = new StateAction();
sa.State = lastState;
sa.PlayerAction = action;
//Only add the last action in each state
RemoveState(sa);
_lastActions.Add(sa);
}
if (_world[(int)_currentLocation.X][(int)_currentLocation.Y].State == GridState.Goal)
{
WinGame();
}
}