void
TankWarWorld::Think(float time)
{
addBonusItems(time);
addNewTanks(time);
createTrees(time);
}
void testChainFriends(bool recreate = true) {
if (recreate) createTrees();
for (Int_t i = 0; i < noChains; i++)
{
chains[i] = new TChain(chainNames[i]);
for (Int_t j = 0; j < noTrees; j++) {
chains[i]->Add(Form("%s%d.root",chainNames[i],j));
// chains[i]->Print();
}
}
chains[0]->AddFriend(chains[1],"");
chains[0]->AddFriend(chains[2],"");
chains[0]->GetEntries();
//chains[0]->GetTree()->GetListOfFriends()->ls();
chains[2]->LoadTree(0);
//chains[0]->GetTree()->GetListOfFriends()->ls();
chains[0]->Scan("a.z:b.z:c.z","","",3);
chains[2]->AddFriend(chains[3],"");
chains[2]->Scan("d.z","","",3);
chains[1]->AddFriend(chains[0],"");
chains[3]->Scan("d.z","","",3);
chains[2]->Scan("d.z","","",3);
chains[0]->Scan("a.z:b.z:c.z:d.z","","",3);
chains[2]->Scan("d.z","","",3);
}
HoldLine::HoldLine(QWidget *parent) : QWidget(parent){
XLOC = 36;
level = 0;
points = 0;
gameOver = false;
gameWon = false;
paused = false;
gameStarted = false;
moving = false;
prot = new Protagonist();
quiver = new Quiver();
trapBag = new TrapBag();
protect = new Protect();
protectItem = new ProtectItem();
ammoList.push_back(quiver);
ammoList.push_back(trapBag);
MAXENEMIES = 10;
createBullets(3);
createArrows(8);
createTraps(5);
createTrees(4);
}
int main (int argc, char *argv[]) {
srand(time(NULL));
initGraphics(argc, argv);
glEnable(GL_POINT_SMOOTH);
Particle::startLifeSpan = 50;
Particle::startColour = emitColours[0];
currentColour = Particle::startColour;
Particle::initialVelocity = 20.0;
Particle::terminalVelocity = 50;
Particle::airResistance = 1.0;
Particle::renderMode = PARTICLERENDERMODE_POINT;
Particle::bounce = 0.5;
ParticleEmitter::emitSpread = 1.0;
ParticleSystem::perEmit = 4;
Texture::load("grass.png", "grass");
Texture::load("sky.png", "sky");
Texture::load("shine.png", "shine");
glPointSize(10.0f);
std::cout << glGetString(GL_RENDERER);
createMoutains(&mountainY);
createTrees();
initFlyBys();
// Create water sprinkler
particleSystem = ParticleSystem();
particleSystem.setEmitTicks(emitFrequency);
makeSprinkler();
camera = Vector3(
cameraDistance * cos(cameraAngle * (M_PI / 180)),
cameraElevation ,
cameraDistance * sin(cameraAngle * (M_PI/ 180))
);
gravitationalForce[0] = GravitationalForce(GRAVITATIONALFORCETYPE_NONE, 10.0, Vector3(100.0, -100, -400.0));
gravitationalForce[1] = GravitationalForce(GRAVITATIONALFORCETYPE_NONE, 10.0, Vector3(100.0, -100, -300.0));
gravitationalForce[2] = GravitationalForce(GRAVITATIONALFORCETYPE_NONE, 10.0, Vector3(100.0, -100, -200.0));
gravitationalForce[3] = GravitationalForce(GRAVITATIONALFORCETYPE_NONE, 10.0, Vector3(100.0, -100, -100.0));
gravitationalForce[4] = GravitationalForce(GRAVITATIONALFORCETYPE_NONE, 10.0, Vector3(100.0, -100, 0.0));
gravitationalForce[5] = GravitationalForce(GRAVITATIONALFORCETYPE_NONE, 10.0, Vector3(100.0, -100, 100.0));
gravitationalForce[6] = GravitationalForce(GRAVITATIONALFORCETYPE_NONE, 10.0, Vector3(100.0, -100, 200.0));
gravitationalForce[7] = GravitationalForce(GRAVITATIONALFORCETYPE_NONE, 10.0, Vector3(100.0, -100, 300.0));
gravitationalForce[8] = GravitationalForce(GRAVITATIONALFORCETYPE_NONE, 10.0, Vector3(100.0, -100, 400.0));
glutMainLoop();
}
Vector<Sprite*> Tree::getTrees(){
createTrees();
return trees;
}
