public void ProcessInput(UserInput input)
{
switch (input)
{
case UserInput.Down:
if (tryMove(1, 0, active))
{
active.X++;
}
break;
case UserInput.Left:
if (tryMove(0, -1, active))
{
active.Y--;
}
break;
case UserInput.Right:
if (tryMove(0, 1, active))
{
active.Y++;
}
break;
case UserInput.Lock:
while (tryMove(1, 0, active))
{
active.X++;
}
lockActive();
break;
case UserInput.RotateClockwise:
doRotate(false);
break;
case UserInput.RotateCClockwise:
doRotate(true);
break;
case UserInput.Hold:
if (hold == null)
{
hold = active;
active = next;
next = Tetromino.getRandom();
TetrominoLockedEventArgs largs = new TetrominoLockedEventArgs();
largs.Next = next;
TetrominoLocked(this, largs);
}
else
{
Tetromino temp = hold;
hold = active;
active = temp;
}
ghost = new Tetromino(active);
active.X = 0;
active.Y = 3;
TetrominoHeldEventArgs args = new TetrominoHeldEventArgs();
args.Hold = hold;
TetrominoHeld(this, args);
break;
}
dueLock = false;
evaluateLock();
HasChanged = true;
}
public void ProcessInput(UserInput input)
{
switch (input)
{
case UserInput.Down:
if (tryMove(1, 0, active))
{
active.X++;
}
break;
case UserInput.Left:
if (tryMove(0, -1, active))
{
active.Y--;
}
break;
case UserInput.Right:
if (tryMove(0, 1, active))
{
active.Y++;
}
break;
case UserInput.Lock:
while (tryMove(1, 0, active))
{
active.X++;
}
lockActive();
break;
case UserInput.RotateClockwise:
doRotate(false);
break;
case UserInput.RotateCClockwise:
doRotate(true);
break;
case UserInput.Hold:
if (hold == null)
{
hold = active;
active = next;
next = Tetromino.getRandom();
TetrominoLockedEventArgs largs = new TetrominoLockedEventArgs();
largs.Next = next;
TetrominoLocked(this, largs);
}
else
{
Tetromino temp = hold;
hold = active;
active = temp;
}
ghost = new Tetromino(active);
active.X = 0;
active.Y = 3;
TetrominoHeldEventArgs args = new TetrominoHeldEventArgs();
args.Hold = hold;
TetrominoHeld(this, args);
break;
}
dueLock = false;
evaluateLock();
HasChanged = true;
}
