PlatKillas::PlatKillas() {
Init();
done = false;
lastFrameTicks = 0.0f;
timeLeftOver = 0.0f;
gravity_x = 0.0f;
gravity_y = -9.8f;
bulletIndex = 0;
shootTimer = 0.1f;
buildLevel();
characterSpriteSheetTexture = LoadTexture("characters_1.png");
SheetSprite playerSprite = SheetSprite(characterSpriteSheetTexture, 12, 8, 15);
player = new Player();
player->sprite = playerSprite;
player->y = -0.5f;
player->width = 0.2f;
player->height = 0.2f;
player->friction_x = 3.0f;
entities.push_back(player);
}
const IntervalRTreeNode *
SortedPackedIntervalRTree::buildTree()
{
// sort the leaf nodes
std::sort( leaves->begin(), leaves->end(), IntervalRTreeNode::compare );
// now group nodes into blocks of two and build tree up recursively
IntervalRTreeNode::ConstVect * src = leaves;
IntervalRTreeNode::ConstVect * dest = new IntervalRTreeNode::ConstVect();
while (true)
{
buildLevel( src, dest);
if (dest->size() == 1)
{
const IntervalRTreeNode * r = (*dest)[ 0 ];
delete src;
delete dest;
//delete leaves; // don't need anymore
return r;
}
IntervalRTreeNode::ConstVect * temp = src;
src = dest;
dest = temp;
}
}
void
GameState::nextLevel() {
resetBall();
++m_level;
buildLevel();
}
int Play::play()
{
//physicsMap(levelMap);
buildLevel();
Game game;
int success = game.run();
return success;
}
void Level::read()
{
float width, height;
width = (float)std::stoi(nextWord());
height = (float)std::stoi(nextWord());
m_sizeLevel = sf::Vector2f(width,height);
buildLevel();
}
void ClassDemoApp::Render() {
viewMatrix.identity();
buildLevel();
renderTilemap();
viewMatrix.Translate(-player->position_x, -player->position_y - 1.0f, 0);
player->Draw(program);
}
GameState::GameState(difficulty d) {
m_difficulty = d;
m_level = 0;
m_balls = 3;
m_blocks_destroyed = 0;
m_paddle = 0;
resetBall();
buildLevel();
initializeGL();
g_sound_engine.playSound(NEW_GAME);
}
void SideScroller::Init() {
// insert player as the first entity
SpriteSheet playerSprite = SpriteSheet(characterSpriteSheetTexture, 12, 8, 18);
Entity* player = new Entity();
player->sprite = playerSprite;
player->x = 0.0f;
player->y = -2.5f;
player->width = 0.2f;
player->height = 0.2f;
player->friction_x = 3.0f;
player->isPlayer = true;
entities.push_back(player);
// build the level, aka read tile file and throw into leveldata
buildLevel();
}
void ObjectOverviewModel::buildData(IOManager* io, std::string rootDir) {
auto dataRoot_ = new DataFolder(model_, owner_);
auto root = addTopLevelData(dataRoot_);
auto tplDir = io->findFolder(rootDir, "templates");
if(tplDir.empty()) {
std::cout << "templates not found? this wasn't supposed to happen" << std::endl;
} else
buildTemplates(io, tplDir, root);
auto lvlDir = io->findFolder(rootDir, "level");
if(lvlDir.empty()) {
std::cout << "level not found? this wasn't supposed to happen" << std::endl;
} else
buildLevel(io, lvlDir, root);
auto asDir = io->findFolder(rootDir, "angelscript");
if(asDir.empty()) {
std::cout << "angelscript not found? this wasn't supposed to happen" << std::endl;
} else
buildAS(io, asDir, root);
}
void ObjectOverviewModel::buildLevel(IOManager* io, std::string rootDir, QTreeWidgetItem* root, std::string name, LevelFolder* lvlFolder) {
auto levelRoot_ = new LevelFolder(rootDir, name, model_, lvlFolder, owner_);
auto lvlRoot = addChild(root,levelRoot_);
levelRoot_->setTreeItems(lvlRoot);
auto levels = io->getAllDataInDirectory(rootDir, ".lvl");
for (auto &t : levels) {
auto lvlItem = new LevelResource(t, rootDir, model_, levelRoot_, owner_);
auto treeItem = addChild(lvlRoot, lvlItem);
auto lvl = model_.levelEditorModel()->loadLevel(io->findResource(rootDir, t), lvlItem->name());
if(lvl) {
lvl->setLevelResource(lvlItem);
lvlItem->setTreeItems(lvlRoot, treeItem);
}
}
auto sub = io->getAllFoldersInDirectory(rootDir);
for (int i = 0; i < sub.size(); i++) {
buildLevel(io, rootDir+sub[i]+"/", lvlRoot, sub[i], levelRoot_);
}
}