public void LeaveGameScreen()
{
// Move away from the screen.
Vector3 normPos = (this.transform.position - gameScreen.transform.position).normalized;
Vector3 targetPos = new Vector3(gameScreen.targetPos.x + normPos.x * GAME_SCREEN_LEAVE_DISTANCE,
gameScreen.targetPos.y + normPos.y * GAME_SCREEN_LEAVE_DISTANCE,
gameScreen.targetPos.z + normPos.z * GAME_SCREEN_LEAVE_DISTANCE);
// If we've finished leaving the screen, free both it and the screen.
Vector3 move = Stat3DMove.MoveToPos(transform.position,
targetPos,
GAME_SCREEN_LOOK_SPEED);
if (move == transform.position)
{
gameScreen.Leave();
gameScreen = null;
state = "";
return;
}
transform.position = move;
}
// Update is called once per frame
void Update()
{
// Check if the player has clicked on a game screen.
ClickGameScreen();
// If the player is looking at the screen, move them to the ideal position.
if (state == "screen_lock")
{
// Stop any velocity you had.
rigidbody.velocity = Vector3.zero;
rot = 0.0f;
// Move towards the screen
transform.position = Stat3DMove.MoveToPos(transform.position, gameScreen.targetPos, GAME_SCREEN_LOOK_SPEED);
transform.eulerAngles = Stat3DMove.MoveToRot(transform.eulerAngles, gameScreen.targetRot, GAME_SCREEN_LOOK_SPEED);
// Manipulate the MouseAim to make the game think we're moving the mouse like this.
mouseLook.SetMouseAim(gameScreen.targetRot.y, gameScreen.targetRot.x);
return;
}
// Allow player to move around while leaving the screen.
mouseLook.MouseAim();
// Stop looking at a screen you're locked into when you leave.
if (state == "screen_leave")
{
LeaveGameScreen();
return;
}
// Otherwise allow movement normally.
Move();
}
