CRDFile::CRDFile (std::string const crdpath, int const c_size, const bool periodic) :
CoordinateFile (crdpath, c_size),
_periodic(periodic) {
// ReadLine (); // skip the first frame's header
rewind (_file);
LoadNext (); // load the first frame of the file
}
void Player::SongFinished() {
fprintf(stderr, "Song finished!\n");
Mix_Music *last = current;
if (next != NULL) {
current = next;
playCurrent();
}
Mix_FreeMusic(last);
LoadNext();
}
void ResourceManager::Load()
{
JValue * gameDate = JsonParser::ParseFile("Config/config.json");
JValue &resource = (*gameDate)["Resource"];
for (int i = 0; i < resource.GetLength(); ++i)
{
JValue * levelData = JsonParser::ParseFile(resource[i]["location"].ToString().c_str());
_metaData.InsertAtLast(levelData);
//_metaData.InsertAtFirst(levelData);
}
LoadNext();
}
void LastFMUrlHandler::TunerTrackAvailable() {
emit AsyncLoadComplete(LoadNext(service_->last_url_));
}
void CRDFile::Rewind () {
rewind(this->_file);
//ReadLine();
LoadNext();
this->_frame = 1;
} // rewind
// |----------------------------------------------------------------------------|
// | Logic() |
// |----------------------------------------------------------------------------|
// The logic function, which will be called by the main game loop.
bool LevelScreen::Logic() {
debug ("LevelScreen: Logic() called.", 10);
// Check if it's game over
if (m_gameOver)
{
// Check for click
if((InputClass::GetInstance())->IsMouseButtonPressed(0))
m_done = true;
return true;
}
// Check if it's time to load the next level
if(m_activeBlocks <= 0)
{
// Display the dialogue
if (!m_dialogue)
{
++m_levelNumber;
m_dialogue = true;
return true;
}
// Load next level
LoadNext();
// Increase speed of ball
m_ball->IncreaseSpeed();
// Reset ball location
m_ball->Respawn();
}
// Once the new level is loaded, check for mouse click to close dialogue
if (m_dialogue)
{
// Check for click
if((InputClass::GetInstance())->IsMouseButtonPressed(0))
m_dialogue = false;
return true;
}
// Player and ball logic
if (m_player)
m_player->Logic();
if (m_ball)
m_ball->Logic();
// Border Collisions
if(m_ball->Collision(m_top))
SoundClass::GetInstance()->PlayBounce();
if(m_ball->Collision(m_left))
SoundClass::GetInstance()->PlayBounce();
if(m_ball->Collision(m_right))
SoundClass::GetInstance()->PlayBounce();
if(m_ball->CheckCollision(m_bottom))
{
m_ball->Respawn();
--m_lives;
}
// Player Collisions
if(m_ball->Collision(m_player))
{
m_ball->PlayerCollide(m_player);
SoundClass::GetInstance()->PlayBounce();
}
// Block Collisions
for (int i=0; i<m_numBlocks; ++i)
{
if (m_blocks[i])
{
if(m_ball->Collision(m_blocks[i]))
{
m_score += 50;
if(m_blocks[i]->IsDead())
{
delete m_blocks[i];
m_blocks[i] = 0;
--m_activeBlocks;
m_score += 50;
SoundClass::GetInstance()->PlayBreak();
}
else
{
SoundClass::GetInstance()->PlayBounce();
}
}
}
}
// Check if we've used up all our lives
if (m_lives <= 0)
{
m_gameOver = true;
// Check for high score
if (m_score > m_highScores[19])
{
m_highScoreGet = true;
int prev_score = m_score;
int next_score = m_score;
for (int i=0; i<20; ++i)
{
if (prev_score >= m_highScores[i])
{
next_score = m_highScores[i];
m_highScores[i] = prev_score;
prev_score = next_score;
}
}
SaveScoresToFile();
}
}
return true;
}
