// where center of triangle should be, **relative to board coordinates**
Vector3 getIncenter(int row, int col)
{
// NOTE: This calculation depends on nRows = 2*(odd number)
// a, b, c, are the corner points of the triangle
float a_y, a_x, b_y, b_x, c_y, c_x;
if (getDirection(row, col) == TriangleDirection.Upward)
{
// every other row is offset by half a triangle side length
a_y = (Constants.Instance().s / 2) * ((row + 1) % 2) + Mathf.Floor(col / 2) * Constants.Instance().s;
a_x = -1 * (row) * Constants.Instance().h - Constants.Instance().h / 3;
}
else // Direction is Downward
{
a_y = (Constants.Instance().s / 2) * (row % 2) + Mathf.Floor(col / 2) * Constants.Instance().s;
a_x = -1 * (row) * Constants.Instance().h;
}
b_y = a_y + 1 * Constants.Instance().s;
b_x = a_x;
c_y = a_y + (Constants.Instance().s / 2);
c_x = a_x + 1 * Constants.Instance().s;
Vector3 incenter = new Vector3((a_x + b_x + c_x) / 3, (a_y + b_y + c_y) / 3);
//incenter = incenter + corner;
// rotate based on the rotation of the board
incenter = Quaternion.Euler(0, 0, BoardHandler.Instance().transform.rotation.eulerAngles.z) * incenter;
return(incenter);
}
public void startNewGameDialog()
{
UnityAction yesAction = new UnityAction(() => { BoardHandler.Instance().reset();
BattleInfo.Instance().resetStats();
BattleInfo.gameState = GameState.PlayerTurn; });
UnityAction noAction = new UnityAction(() => { BattleInfo.gameState = GameState.Exiting;
Application.Quit(); });
dialogBox.Choice("Would you like to battle again?", yesAction, noAction);
}