bool World::resetTet(TetrominoType* type) {
Vec2d* newCoords = new Vec2d(spawnPoint);
if (nextTet == nullptr) {
TetrominoType* randomType = typeFactory->getRandomType();
int spawnOffset = randomType->getHeight();
newCoords->setY(newCoords->getY() - spawnOffset);
activeTet = tetFactory->getTetromino(randomType, newCoords)->withDirection(defaultDirection);
} else {
delete activeTet;
activeTet = nextTet;
}
type = typeFactory->getRandomType();
int spawnOffset = type->getHeight();
delete newCoords;
newCoords = new Vec2d(spawnPoint);
if (mode == INFINITY_MODE) newCoords->setX((rand() % 8) + 1);
newCoords->setY(newCoords->getY() - spawnOffset);
nextTet = tetFactory->getTetromino(type, newCoords)->withDirection(defaultDirection);
Translation translation = Translation(activeTet->getCoords());
vector<Quad*>* resetQuads = translation.transform(activeTet->getQuads());
bool success = !heap->collidesWithQuads(resetQuads);
Quad::deleteQuads(resetQuads, true);
delete newCoords;
return success;
}
void Gameplay::draw(Drawable* drawable, GLint pixelSize) {
Vec2d* drawCoords = drawable->getCoords()->applyScale(pixelSize);
glPushMatrix();
glTranslatef(drawCoords->getX(), drawCoords->getY(), 0);
for (Segment* segment : *drawable->getMesh()) {
Vec2d* relativeOffset = segment->getRelativeCoord()->getInverse();
glTranslatef(relativeOffset->getX() * pixelSize, relativeOffset->getY() * pixelSize, 0);
glColor3fv(segment->getColour()->getColour3fv());
Primitive::drawSquare(pixelSize);
}
glPopMatrix();
}
bool World::collidesWithQuads(vector<Quad*>* quads) {
for (auto quad : *quads) {
for (int i = 0; i < quad->getVertexCount(); i++) {
Vec2d* vertex = quad->getVertices()[i];
if (vertex->getY() < 0 || vertex->getY() > bounds->getY() || vertex->getX() < 0 || vertex->getX() > bounds->getX()) {
cout << "Collision with world " << vertex->toString() << endl;
return true;
}
}
}
return false;
}
bool World::resetTet(char letter) {
TetrominoType* type = typeFactory->getType(letter);
Vec2d* newCoords = new Vec2d(spawnPoint);
int spawnOffset = type->getHeight();
newCoords->setY(newCoords->getY() - spawnOffset);
activeTet = tetFactory->getTetromino(type, newCoords)->withDirection(defaultDirection);
nextTet = tetFactory->getTetromino(type, newCoords)->withDirection(defaultDirection);
return !heap->collidesWithQuads(activeTet->getQuads());
}