private void CheckPush()
{
for (int brick = 0; brick < _numBricks; brick++)
{
if (BrickCollection[brick].BrickFill != FillColorRed)
{
continue;
}
InterectSide whichSide = IntersectsAt(BrickCollection[brick].BrickRectangle, _ballRectangle);
switch (whichSide)
{
case InterectSide.NONE:
break;
case InterectSide.TOP:
BrickCollection[brick].BrickCanvasTop += _pushMove;
break;
case InterectSide.BOTTOM:
BrickCollection[brick].BrickCanvasTop -= _pushMove;
break;
case InterectSide.LEFT:
BrickCollection[brick].BrickCanvasLeft += _pushMove;
break;
case InterectSide.RIGHT:
BrickCollection[brick].BrickCanvasLeft -= _pushMove;
break;
}
}
}
void check()
{
InterectSide side = IntersectsAt(_paddleRectangle, _ballRectangle);
if (PaddleFill == RedColor)
{
switch (side)
{
case InterectSide.NONE:
break;
case InterectSide.TOP:
paddleCanvasTop += 10;
_paddleRectangle = new System.Drawing.Rectangle((int)paddleCanvasLeft, (int)paddleCanvasTop, (int)paddleWidth, (int)paddleHeight);
break;
case InterectSide.BOTTOM:
paddleCanvasTop -= 10;
_paddleRectangle = new System.Drawing.Rectangle((int)paddleCanvasLeft, (int)paddleCanvasTop, (int)paddleWidth, (int)paddleHeight);
break;
case InterectSide.RIGHT:
paddleCanvasLeft -= 10;
_paddleRectangle = new System.Drawing.Rectangle((int)paddleCanvasLeft, (int)paddleCanvasTop, (int)paddleWidth, (int)paddleHeight);
break;
case InterectSide.LEFT:
paddleCanvasLeft += 10;
_paddleRectangle = new System.Drawing.Rectangle((int)paddleCanvasLeft, (int)paddleCanvasTop, (int)paddleWidth, (int)paddleHeight);
break;
}
}
}
private void CheckPush()
{
if (BrickFill != FillColorRed)
{
return;
}
InterectSide whichSide = IntersectsAt(BrickRectangle, _BallRectangle);
switch (whichSide)
{
case InterectSide.NONE:
break;
case InterectSide.TOP:
BrickCanvasTop += _pushMove;
break;
case InterectSide.BOTTOM:
BrickCanvasTop -= _pushMove;
break;
case InterectSide.LEFT:
BrickCanvasLeft += _pushMove;
break;
case InterectSide.RIGHT:
BrickCanvasLeft -= _pushMove;
break;
}
}
private void CheckCollision()
{
for (int brick = 0; brick < _numBricks; brick++)
{
InterectSide whichSide = IntersectsAt(BrickCollection[brick].BrickRectangle, _ballRectangle);
switch (whichSide)
{
case InterectSide.NONE:
break;
case InterectSide.TOP:
// Hidde the brick that is hit
BrickCollection[brick].BrickVisible = Visibility.Hidden;
// Delete the brick that is hit
BrickCollection[brick].BrickRectangle = Rectangle.Empty;
// Play the hit brick sound effect
HitBrick.Play();
Score += 1;
numBricksHit++;
// Call function CheckWin to determine user win the game or not
CheckWin();
break;
case InterectSide.BOTTOM:
BrickCollection[brick].BrickVisible = Visibility.Hidden;
BrickCollection[brick].BrickRectangle = Rectangle.Empty;
HitBrick.Play();
Score += 1;
numBricksHit++;
CheckWin();
break;
case InterectSide.LEFT:
BrickCollection[brick].BrickVisible = Visibility.Hidden;
BrickCollection[brick].BrickRectangle = Rectangle.Empty;
HitBrick.Play();
Score += 1;
numBricksHit++;
CheckWin();
break;
case InterectSide.RIGHT:
BrickCollection[brick].BrickVisible = Visibility.Hidden;
BrickCollection[brick].BrickRectangle = Rectangle.Empty;
HitBrick.Play();
Score += 1;
numBricksHit++;
CheckWin();
break;
}
}
}
private void CheckPush()
{
timer();
for (int brick = 0; brick < _numBricks; brick++)
{
if (BrickCollection[brick].BrickVisible == Visibility.Hidden)
{
continue;
}
InterectSide whichSide = IntersectsAt(BrickCollection[brick].BrickRectangle, _ballRectangle);
switch (whichSide)
{
case InterectSide.NONE:
break;
case InterectSide.TOP:
BrickCollection[brick].BrickVisible = Visibility.Hidden;
_ballYMove = -_ballYMove;
ballCanvasTop += 2 * _ballYMove;
ballCanvasLeft += _randomNumber.Next(5);
Score++;
break;
case InterectSide.BOTTOM:
BrickCollection[brick].BrickVisible = Visibility.Hidden;
_ballYMove = -_ballYMove;
ballCanvasTop += 2 * _ballYMove;
ballCanvasLeft += _randomNumber.Next(5);
Score++;
break;
case InterectSide.LEFT:
BrickCollection[brick].BrickVisible = Visibility.Hidden;
_ballXMove = -_ballXMove;
ballCanvasTop += 2 * _ballXMove;
ballCanvasLeft += _randomNumber.Next(5);
Score++;
break;
case InterectSide.RIGHT:
BrickCollection[brick].BrickVisible = Visibility.Hidden;
_ballXMove = -_ballXMove;
ballCanvasTop += 2 * _ballXMove;
ballCanvasLeft += _randomNumber.Next(5);
Score++;
break;
}
}
}
private void CheckTouch()
{
//start playing music at the beginning of the game
var GameMusics = Resources.BrickFX;
SoundPlayer GameMusic = new SoundPlayer(GameMusics);
for (int brick = 0; brick < _numBricks; brick++)
{
if (BrickCollection[brick].BrickVisible != Visibility.Collapsed)
{
InterectSide whichSide = IntersectsAt(BrickCollection[brick].BrickRectangle, _ballRectangle);
switch (whichSide)
{
case InterectSide.NONE:
break;
case InterectSide.TOP:
BrickCollection[brick].BrickVisible = Visibility.Collapsed;
_ballYMove = -_ballYMove;
ScoreCounter += 10;
GameMusic.Play();
Console.WriteLine("Hit the Top Side of Brick #" + brick + "/" + _numBricks);
return;
case InterectSide.BOTTOM:
BrickCollection[brick].BrickVisible = Visibility.Collapsed;
_ballYMove = -_ballYMove;
ScoreCounter += 10;
GameMusic.Play();
Console.WriteLine("Hit the Bottom Side of Brick #" + brick + "/" + _numBricks);
return;
case InterectSide.LEFT:
BrickCollection[brick].BrickVisible = Visibility.Collapsed;
_ballXMove = -_ballXMove;
ScoreCounter += 10;
GameMusic.Play();
Console.WriteLine("Hit the Left Side of Brick #" + brick + "/" + _numBricks);
return;
case InterectSide.RIGHT:
BrickCollection[brick].BrickVisible = Visibility.Collapsed;
_ballXMove = -_ballXMove;
ScoreCounter += 10;
GameMusic.Play();
Console.WriteLine("Hit the Right Side of Brick #" + brick + "/" + _numBricks);
return;
}
}
}
}
private void CheckPush() //----------------------------------------------------------------------------
{
for (int brick = 0; brick < numCol * numRow; brick++)
{
if (BrickCollection[brick].BrickVisible == Visibility.Hidden)
{
continue;
}
InterectSide whichSide = IntersectsAt(BrickCollection[brick].BrickRectangle, _ballRectangle);
switch (whichSide)
{
case InterectSide.NONE:
// BrickCollection[brick].BrickVisible = Visibility.Hidden;
// score++;
break;
case InterectSide.TOP:
BrickCollection[brick].BrickVisible = Visibility.Hidden;
_ballYMove *= -1;
score++;
Scored = score.ToString();
break;
case InterectSide.BOTTOM:
BrickCollection[brick].BrickVisible = Visibility.Hidden;
_ballYMove *= -1;
score++;
Scored = score.ToString();
break;
case InterectSide.LEFT:
BrickCollection[brick].BrickVisible = Visibility.Hidden;
_ballXMove *= -1;
score++;
Scored = score.ToString();
break;
case InterectSide.RIGHT:
BrickCollection[brick].BrickVisible = Visibility.Hidden;
_ballXMove *= -1;
score++;
Scored = score.ToString();
break;
}
}
}
private void BallMMTimerCallback(IntPtr pWhat, bool success)
{
if (!_moveBall)
{
return;
}
// start executing callback. this ensures we are synched correctly
// if the form is abruptly closed
// if this function returns false, we should exit the callback immediately
// this means we did not get the mutex, and the timer is being deleted.
if (!_ballHiResTimer.ExecutingCallback())
{
Console.WriteLine("Aborting timer callback.");
return;
}
ballCanvasLeft += _ballXMove;
ballCanvasTop += _ballYMove;
// check to see if ball has it the left or right side of the drawing element
if ((ballCanvasLeft + BallWidth >= _windowWidth) ||
(ballCanvasLeft <= 0))
{
_ballXMove = -_ballXMove;
}
// check to see if ball has it the top of the drawing element
if (ballCanvasTop <= 0)
{
_ballYMove = -_ballYMove;
}
if (ballCanvasTop + BallWidth >= _windowHeight)
{
// we hit bottom. stop moving the ball
_moveBall = false;
_mytimer.Stop();
}
// see if we hit the paddle
_ballRectangle = new System.Drawing.Rectangle((int)ballCanvasLeft, (int)ballCanvasTop, (int)BallWidth, (int)BallHeight);
if (_ballRectangle.IntersectsWith(_paddleRectangle))
{
// hit paddle. reverse direction in Y direction
_ballYMove = -_ballYMove;
// move the ball away from the paddle so we don't intersect next time around and
// get stick in a loop where the ball is bouncing repeatedly on the paddle
ballCanvasTop += 2 * _ballYMove;
// add move the ball in X some small random value so that ball is not traveling in the same
// pattern
ballCanvasLeft += _randomNumber.Next(5);
}
// done in callback. OK to delete timer
_ballHiResTimer.DoneExecutingCallback();
//UPDATE THE RECTANGLES HERE
for (int brick = 0; brick < _numBricks; brick++)
{
BrickCollection[brick].BrickRectangle = new System.Drawing.Rectangle((int)BrickCollection[brick].BrickCanvasLeft, (int)BrickCollection[brick].BrickCanvasTop, (int)BrickCollection[brick].BrickWidth, (int)BrickCollection[brick].BrickHeight);
if (BrickCollection[brick].BrickFill != FillColorRed)
{
continue;
}
InterectSide whichSide = IntersectsAt(BrickCollection[brick].BrickRectangle, _ballRectangle);
switch (whichSide)
{
case InterectSide.NONE:
break;
case InterectSide.TOP:
if (BrickCollection[brick].BrickVisible == System.Windows.Visibility.Visible)
{
_ballYMove = -_ballYMove;
BrickCollection[brick].BrickVisible = System.Windows.Visibility.Hidden;
ScoreBlock++;
}
break;
case InterectSide.BOTTOM:
if (BrickCollection[brick].BrickVisible == System.Windows.Visibility.Visible)
{
_ballYMove = -_ballYMove;
BrickCollection[brick].BrickVisible = System.Windows.Visibility.Hidden;
ScoreBlock++;
}
break;
case InterectSide.LEFT:
if (BrickCollection[brick].BrickVisible == System.Windows.Visibility.Visible)
{
_ballXMove = -_ballXMove;
BrickCollection[brick].BrickVisible = System.Windows.Visibility.Hidden;
ScoreBlock++;
}
break;
case InterectSide.RIGHT:
if (BrickCollection[brick].BrickVisible == System.Windows.Visibility.Visible)
{
_ballXMove = -_ballXMove;
BrickCollection[brick].BrickVisible = System.Windows.Visibility.Hidden;
ScoreBlock++;
}
break;
}
}
}
private void BallMMTimerCallback(IntPtr pWhat, bool success)
{
if (!_moveBall)
{
return;
}
if (!_ballHiResTimer.ExecutingCallback())
{
Console.WriteLine("Aborting timer callback.");
return;
}
BallCanvasLeft += _ballXMove;
BallCanvasTop += _ballYMove;
if (BallCanvasTop + BallWidth >= _windowHeight)
{
_moveBall = false;
}
_ballRectangle = new System.Drawing.Rectangle((int)BallCanvasLeft, (int)BallCanvasTop, (int)BallWidth, (int)BallHeight);
if (_ballRectangle.IntersectsWith(_paddleRectangle))
{
_ballYMove = -_ballYMove;
BallCanvasTop += 2 * _ballYMove;
BallCanvasLeft += _randomNumber.Next(5);
}
if ((BallCanvasLeft + BallWidth >= _windowWidth) ||
(BallCanvasLeft <= 0))
{
_ballXMove = -_ballXMove;
}
if (BallCanvasTop <= 0)
{
_ballYMove = -_ballYMove;
}
bool found = false;
//// check to see if we hit a visible block
for (int brick = 0; brick < BrickCollection.Count; brick++)
{
// if the current brick is not visible, just continue on to the next brick
if (BrickCollection[brick].BrickVisibility == Visibility.Hidden)
{
continue;
}
// // make a rectangle for the current brick so we can
// // check for a collision with the ball
Rectangle brickRectangle = new Rectangle(
(int)BrickCollection[brick].BrickCanvasLeft,
(int)BrickCollection[brick].BrickCanvasTop,
(int)BrickCollection[brick].BrickWidth - 1,
(int)BrickCollection[brick].BrickHeight - 1);
// // if the brick and ball do not intersect, just keep going
// // don't waste time findout out exactly where they intersect, because
// // they don'
if (brickRectangle.IntersectsWith(_ballRectangle) == false)
{
continue;
}
// // ok, find out where they intersect so we can determine which
// // direction to bounce the ball
InterectSide intersection = IntersectsAt(brickRectangle, _ballRectangle);
switch (intersection)
{
case InterectSide.NONE:
break;
case InterectSide.BOTTOM:
case InterectSide.TOP:
if (BrickCollection[brick].BrickVisibility == System.Windows.Visibility.Visible)
{
BrickCollection[brick].BrickVisibility = System.Windows.Visibility.Hidden;
_ballYMove = -_ballYMove;
found = true;
}
break;
case InterectSide.LEFT:
case InterectSide.RIGHT:
if (BrickCollection[brick].BrickVisibility == System.Windows.Visibility.Visible)
{
BrickCollection[brick].BrickVisibility = System.Windows.Visibility.Hidden;
_ballXMove = -_ballXMove;
found = true;
}
break;
}
// // if we found a collision, break;
if (found)
{
break;
}
}
//// done in callback. OK to delete timer
_ballHiResTimer.DoneExecutingCallback();
}