public void addArrow(int column, int row, Variables.Direction dir, Gameboard gameboard, int dirtex)
{
if (column < Variables.columns || row < Variables.rows)
{
Cell cell = gameboard.getCell(row, column);
if (!cell.isBase && !cell.isSpawn)
{
if (!hasArrow(cell) && rdy)
{
if (p_arrows.Count >= MAX_ARROWS)
{
Cell c = p_arrows[p_arrows.Count - 1];
removeArrow(c, gameboard);
}
p_arrows.Insert(0, cell);
cell.setOwnedBy(index);
gameboard.updateTile(column, row, dir, arrows[dirtex - 1]);
}
else
{
removeArrow(cell, gameboard);
p_arrows.Insert(0, cell);
cell.setOwnedBy(index);
gameboard.updateTile(column, row, dir, arrows[dirtex - 1]);
}
}
}
}
//draws the frame, if the direction is None = -1, we make sheet 0 so it won't break the array.
public void DrawFrame(SpriteBatch batch, Variables.Direction direction)
{
int sheet = (int)direction;
if (sheet < (int)Variables.Direction.Up)
{
sheet++;
}
DrawFrame(batch, Frame, sheet);
}
//Updates the position of the Sprite on the gameboard
public void updatePosition(Variables.Direction direction)
{
if (direction == Variables.Direction.Right)
{
this.coord = new Vector2(this.coord.X + Variables.speed, this.coord.Y);
}
if (direction == Variables.Direction.Left)
{
this.coord = new Vector2(this.coord.X - Variables.speed, this.coord.Y);
}
if (direction == Variables.Direction.Down)
{
this.coord = new Vector2(this.coord.X, this.coord.Y + Variables.speed);
}
if (direction == Variables.Direction.Up)
{
this.coord = new Vector2(this.coord.X, this.coord.Y - Variables.speed);
}
}
//FOLLOWING SECTION IS TO BE REMOVED, IT IS THE PLAYER 1 MOUSE DEBUG TOOL FOR DEVELOPER WITHOUT XBOX CONTROLLER
//*************************************************************************************************************
public void addArrow(Vector2 position, Variables.Direction dir, Gameboard gameboard, int dirtex)
{
int tempCol = (int)position.X / Variables.cellWidth;
int tempRow = (int)position.Y / Variables.cellHeigth;
Cell temp_c = gameboard.getCell(tempRow, tempCol);
if (!hasArrow(temp_c) && rdy)
{
if (p_arrows.Count >= 4)
{
Cell c = p_arrows[p_arrows.Count - 1];
int c_column = c.getPositionY();
int c_row = c.getPositionX();
gameboard.updateTile(c_column, c_row, Variables.Direction.None, Tile.cellBorder);
p_arrows.Remove(c);
}
p_arrows.Insert(0, temp_c);
gameboard.updateTile(position, dir, arrows[dirtex - 1]);
}
}
public void updateTile(Vector2 position, Variables.Direction direction, Texture2D texture)
{
int column = (int) position.X / Variables.cellWidth;
int row = (int) position.Y / Variables.cellHeigth;
Cell cell = Rows[row].Columns[column];
if (!cell.isBase && !cell.isSpawn)
{
switch (direction)
{
case Variables.Direction.None:
Rows[row].Columns[column].setTileID(0, texture);
break;
case Variables.Direction.Up:
Rows[row].Columns[column].setTileID(1, texture);
break;
case Variables.Direction.Right:
Rows[row].Columns[column].setTileID(2, texture);
break;
case Variables.Direction.Down:
Rows[row].Columns[column].setTileID(3, texture);
break;
case Variables.Direction.Left:
Rows[row].Columns[column].setTileID(4, texture);
break;
}
}
}
public void updateTile(int column, int row, Variables.Direction direction, Texture2D texture)
{
if (column >= Variables.columns || row >= Variables.rows) return;
//int column = (int) position.X / Variables.cellWidth;
//int row = (int) position.Y / Variables.cellHeigth;
//Console.WriteLine("Position == " + position.X + ", " + position.Y);
Cell cell = Rows[row].Columns[column];
if(!cell.isBase && !cell.isSpawn)
{
switch (direction)
{
case Variables.Direction.None:
Rows[row].Columns[column].setTileID(0, texture);
break;
case Variables.Direction.Up:
Rows[row].Columns[column].setTileID(1, texture);
break;
case Variables.Direction.Right:
Rows[row].Columns[column].setTileID(2, texture);
break;
case Variables.Direction.Down:
Rows[row].Columns[column].setTileID(3, texture);
break;
case Variables.Direction.Left:
Rows[row].Columns[column].setTileID(4, texture);
break;
}
}
}
