void CSLevel::postFrame(const float &elapsedtime)
{
// let the physx world do it's thing
CS_SAFE(getPhysXWorld(), postFrame(elapsedtime));
// let the objects do their thing
CS_SAFE(m_ObjectFactory, postFrame(elapsedtime));
}
void ANativeWindowDisplayAdapter::frameCallback(CameraFrame* cameraFrame)
{
LOG_FUNCTION_NAME;
DisplayFrame df;
df.mBuffer = cameraFrame->mBuffer;
df.mType = (CameraFrame::FrameType) cameraFrame->mFrameType;
df.mOffset = cameraFrame->mOffset;
df.mWidthStride = cameraFrame->mAlignment;
df.mLength = cameraFrame->mLength;
df.mWidth = cameraFrame->mWidth;
df.mHeight = cameraFrame->mHeight;
postFrame(df);
LOG_FUNCTION_NAME_EXIT;
}
int main()
{
init();
double ballVelX = BALL_VEL;
double ballVelY = BALL_VEL;
int topPaddleX;
int bottomPaddleX;
double ballX;
double ballY;
unsigned int topPlayerScore = 0;
unsigned int bottomPlayerScore = 0;
reset(topPaddleX, bottomPaddleX, ballX, ballY);
bool quit = false;
int key;
while(!quit)
{
preFrame();
key = getKey();
if(key == 's')
--topPaddleX;
else if(key == 'd')
++topPaddleX;
else if(key == 'k')
--bottomPaddleX;
else if(key == 'l')
++bottomPaddleX;
else if(key == '`')
quit = true;
ballX += ballVelX;
ballY += ballVelY;
if(ballX >= XMAX)
ballVelX = -ballVelX;
else if(ballX <= 0)
ballVelX = -ballVelX;
if(ballY >= YMAX)
{
ballVelY = -ballVelY;
if(ballX < (bottomPaddleX - PADDLE_HALF_SIZE) ||
ballX > (bottomPaddleX + PADDLE_HALF_SIZE))
{
reset(topPaddleX, bottomPaddleX, ballX, ballY);
++topPlayerScore;
}
}
else if(ballY <= 0)
{
ballVelY = -ballVelY;
if(ballX < (topPaddleX - PADDLE_HALF_SIZE) ||
ballX > (topPaddleX + PADDLE_HALF_SIZE))
{
++bottomPlayerScore;
reset(topPaddleX, bottomPaddleX, ballX, ballY);
}
}
postFrame();
drawPaddle(topPaddleX, 0);
drawPaddle(bottomPaddleX, YMAX);
drawBall((int)ballX, (int)ballY);
drawScore(topPlayerScore, bottomPlayerScore);
}
cleanUp();
return 0;
}
