bool Wallbreaker::checkBrick(Entity& entity, int i, int j, const sf::Vector2f& old_pos)
{
if (i >= 0 && i < LevelManager::NB_BRICK_LINES && j >= 0 && j < LevelManager::NB_BRICK_COLS)
{
Brick& brick = m_level.getBrick(i, j);
if (brick.isActive())
{
entity.onBrickHit(brick, old_pos);
if (!brick.isActive())
{
// Randomly create a new power-up
if (math::rand(0, 9) == 0)
{
PowerUp* powerup = PowerUp::createRandom();
powerup->setPosition(brick.getPosition());
addEntity(powerup);
}
// Update remaining bricks counter
--m_remaining_bricks;
m_hud.setBrickCount(m_remaining_bricks);
// Upgrade score
++m_score;
m_hud.setScore(m_score);
if (m_score > Settings::highscore)
{
Settings::highscore = m_score;
m_hud.setHighscore(Settings::highscore);
}
}
return true;
}
}
return false;
}
void EndlessWorld::extendFlat()
{
//flat
cpVect verts[] = {
cpv(koniec - dodatek - G_odlegloscmiedzyBramkami, -2000),
cpv(koniec - dodatek - G_odlegloscmiedzyBramkami, 0),
cpv(koniec, 0),
cpv(koniec, -2000),
};
cpSpaceRemoveStaticShape(gravitySpace, floor);
floor = cpPolyShapeNew(floorBody, 4, verts, cpvzero);
floor->e = 0;//elastycznosc;
floor->u = 0.1f;//friction
floor->collision_type = COLLISIONTYPEFLOOR;
cpShapeSetLayers(floor, CPFLOORCOLIDER);
cpSpaceAddStaticShape(gravitySpace, floor);
flatsprite->setTextureRect(Rect(verts[0].x, verts[1].y, abs(verts[3].x), flatsprite->getTexture()->getContentSize().height));
bottomSpr->setPositionX(koniec - dodatek - G_odlegloscmiedzyBramkami);
//chkpts
if (isEndless())
{
for (int i = koniec - dodatek; i <= koniec; i += G_odlegloscmiedzyBramkami)
{
auto chkpt = Chcekpoint::create(this, &orderedOpponents, R_SPRITE_checkpoint);
chkpt->setPosition(i, floor->bb.t);
modifyGate(chkpt);
rotationLayer->addChild(chkpt);
}
}
//POWERUPS
for (int j = koniec - dodatek + G_powerUpOdleglos + random(0,G_powerUpOdlegloscVar); j <= koniec; j += G_powerUpOdleglos + random(0,G_powerUpOdlegloscVar))
{
int wysokosc = 2.5f * Sprite::createWithSpriteFrameName(R_Box[1])->getContentSize().height;
PowerUp *pwrup = PowerUp::create(&orderedOpponents);
pwrup->setPosition(Vec2(j, floor->bb.t + wysokosc));
rotationLayer->addChild(pwrup);
}
}
void EndlessWorld::setMinGates(int number)
{
minliczbabramek = number;
int bramki = minliczbabramek;
if (isEndless()) bramki = G_endlessGateNumber;
for (int i = 1; i <= bramki; i++)
{
auto chkpt = Chcekpoint::create(this, &orderedOpponents, R_SPRITE_checkpoint);
chkpt->setPosition(floor->bb.l + i*G_odlegloscmiedzyBramkami, floor->bb.t);
rotationLayer->addChild(chkpt);
if (i == minliczbabramek) chkpt->setIsLast(true);
modifyGate(chkpt);
}
//POWER UPY
for (int odl = G_powerUpOdleglos + random(0,G_powerUpOdlegloscVar); odl <= koniec; odl += G_powerUpOdleglos + random(0,G_powerUpOdlegloscVar))
{
int wysokosc = 2.5f * Sprite::createWithSpriteFrameName(R_Box[1])->getContentSize().height;
PowerUp *pwrup = PowerUp::create(&orderedOpponents);
pwrup->setPosition(Vec2(odl, floor->bb.t + wysokosc));
rotationLayer->addChild(pwrup);
}
}
void PowerUp::dropRandom(const sf::Vector2f& position)
{
PowerUp* powerup = new PowerUp((Type) math::rand(0, PowerUp::_COUNT - 1));
powerup->setPosition(position);
EntityManager::getInstance().addEntity(powerup);
}