int main(int argc, char *argv[])
{
#ifdef Q_WS_X11
XInitThreads();
#endif
Engine engine(argc, argv,"demo_game/media/");
SceneGraph* sg = engine.getScenegraph_TEMPORARY();
g_sg = sg;
QList<InputManager::Control> controls;
controls.push_back(InputManager::Control(false,"avance"));
controls.push_back(InputManager::Control(false,"recule"));
controls.push_back(InputManager::Control(false,"gauche"));
controls.push_back(InputManager::Control(false,"droite"));
INPUT_MANAGER.addControls(controls);
INPUT_MANAGER.addBinding("KB_Z","avance");
INPUT_MANAGER.addBinding("KB_Up","avance");
INPUT_MANAGER.addBinding("KB_S","recule");
INPUT_MANAGER.addBinding("KB_Down","recule");
INPUT_MANAGER.addBinding("KB_Q","gauche");
INPUT_MANAGER.addBinding("KB_Left","gauche");
INPUT_MANAGER.addBinding("KB_D","droite");
INPUT_MANAGER.addBinding("KB_Right","droite");
Node* nRot = new Node("Rotating node");
Node* nQt = new Node("Qt Logo");
Node* nCam = new Node("Camera");
Node* nCamFollow = new Node("Camera Follow");
Node* nHead = new Node("Head");
Node* nStar = new Node("Star");
Node* nLight = new Node("Light");
Node* nLight2 = new Node("Light2");
Node* nUni = new Node("Unicorn");
Node* nGarg = new Node("Gargoyle");
Node* nDuck = new Node("Duck");
Node* nBuddy = new Node("Buddy");
Node* nSand = new Node("Sand");
QVector<Node*> balls;
QVector<Node*> walls;
for(int i=0 ; i<4 ; i++) {
walls.push_back(new Node("Wall" + QString().setNum(i+1)));
}
for(int i=0 ; i<15 ; i++) {
balls.push_back(new Node("Ball" + QString().setNum(i+1)));
}
nRot->addProperty(new IProperty());
// nRot->addProperty(new DummyUpdatable());
// nQt->addProperty(new QtLogo(engine.getGLW_TEMPORARY()));
// nQt->addProperty(new Grid(1.0f, 1.0f, 40, 40));
//nDuckGrid->addProperty(new Grid(1.0f, 1.0f, 40, 40));
nCam->addProperty(new Camera(70,1,200));
nCamFollow->addProperty(new Camera(90,1,200));
nHead->addProperty(new DummyUpdatable());
Light* light;
light = new Light(false);
//light->setType(Light::SUN);
//light->setDiffuseColor(Vector4f(0.2,1.0,0.2,1.0));
//light->setSpecularColor(Vector4f(0.2,1.0,0.2,1.0));
light->setDiffuseColor(Vector4f(1.0,1.0,0.0,1.0));
light->setSpecularColor(Vector4f(1.0,1.0,1.0,1.0));
nLight2->addProperty(light);
light = new Light(true);
//light->setType(Light::SPOT);
light->setDiffuseColor(Vector4f(1.0,1.0,1.0,1.0));
light->setSpecularColor(Vector4f(1.0,1.0,1.0,1.0));
//light->setDiffuseColor(Vector4f(1.0,0.2,0.2,1.0));
//light->setSpecularColor(Vector4f(1.0,0.2,0.2,1.0));
nLight->addProperty(light);
Mesh plane = MESH_MANAGER.get("Plane");
Mesh cube = MESH_MANAGER.get("Cube");
Mesh sphere = MESH_MANAGER.get("Sphere_16_32");
Mesh mesh = MESH_MANAGER.get("duck");
Mesh buddymesh = MESH_MANAGER.get("buddy");
Material buddy = MATERIAL_MANAGER.get("buddy");
Material duck = MATERIAL_MANAGER.get("duck");
Material star = MATERIAL_MANAGER.get("star");
Material gargoyle = MATERIAL_MANAGER.get("gargoyle");
Material sand = MATERIAL_MANAGER.get("sand");
Material gradientmats[4];
gradientmats[0] = MATERIAL_MANAGER.get("grad1");
gradientmats[1] = MATERIAL_MANAGER.get("grad2");
gradientmats[2] = MATERIAL_MANAGER.get("grad3");
gradientmats[3] = MATERIAL_MANAGER.get("grad4");
Sample sample = SAMPLE_MANAGER.get("quacking.wav");
nDuck->addProperty(new MeshRenderer(mesh,duck));
nStar->addProperty(new MeshRenderer(plane,star));
//nUni->addProperty(new MeshRenderer(cube,unicorn));
nGarg->addProperty(new MeshRenderer(cube,gargoyle));
nBuddy->addProperty(new MeshRenderer(buddymesh,buddy));
nSand->addProperty(new MeshRenderer(cube,sand));
nDuck->addProperty(new DummyControlable());
nDuck->addProperty(new SoundEmitter(sample));
nDuck->link(nCamFollow);
nDuck->link(nHead);
//nDuck->link(nDuckGrid);
nHead->link(nStar);
nHead->link(nLight);
nCam->link(nLight2);
nHead->link(nUni);
sg->link(nDuck);
sg->link(nBuddy);
sg->link(nRot);
sg->link(nQt);
sg->link(nSand);
for(QVector<Node*>::iterator it = walls.begin() ; it != walls.end() ; it++) {
sg->link(*it);
}
for(QVector<Node*>::iterator it = balls.begin() ; it != balls.end() ; it++) {
sg->link(*it);
}
nRot->link(nCam);
nRot->link(nGarg);
nRot->moveTo(Vector3f(0,0,0));
nQt->moveTo(Vector3f(0,-0.5,0));
nQt->rotate(Vector3f(1,0,0),90);
nCam->moveTo(Vector3f(0,10.0,0));
nCam->rotate(Vector3f(1,0,0),270);
nCamFollow->moveTo(Vector3f(0,2,3));
nCamFollow->rotate(Vector3f(1,0,0),345);
nUni->rotate(Vector3f(0,0,-1),90);
nUni->rotate(Vector3f(-1,0,0),90);
nHead->moveTo(Vector3f(0,0.5,0));
nUni->moveTo(Vector3f(1.5,0,0));
nStar->moveTo(Vector3f(-1.5,0,0));
nStar->rotate(Vector3f(0,0,1),270);
nLight->moveTo(Vector3f(-1.5,0,0));
nLight2->moveTo(Vector3f(0,0,-3));
nSand->moveTo(Vector3f(0,-0.5,0));
nSand->rotate(Vector3f(1,0,0),270);
nSand->setScale(Vector3f(10,10,0.01));
walls[0]->moveTo(Vector3f(0,1,-2));
//walls[0]->moveTo(Vector3f(0,1,-5));
walls[0]->setScale(Vector3f(10,3,0.01));
walls[1]->moveTo(Vector3f(0,1, 2));
//walls[1]->moveTo(Vector3f(0,1, 5));
walls[1]->setScale(Vector3f(10,3,0.01));
walls[2]->moveTo(Vector3f( 2,1,0));
//walls[2]->moveTo(Vector3f( 5,1,0));
walls[2]->setScale(Vector3f(0.01,3,10));
walls[3]->moveTo(Vector3f(-2,1,0));
//walls[3]->moveTo(Vector3f(-5,1,0));
walls[3]->setScale(Vector3f(0.01,3,10));
for(int i=0 ; i<balls.size() ; i++) {
balls[i]->moveTo(Vector3f(0,4+2*i,0));
float s1 = 0.1+(qrand() % 900)/1000.0;
float s2 = 0.1+(qrand() % 900)/1000.0;
float s3 = 0.1+(qrand() % 900)/1000.0;
balls[i]->setScale(Vector3f(s1,s2,s3));
}
nGarg->moveTo(Vector3f(-3,3,-3));
nGarg->setScale(Vector3f(1,0.3,1));
nBuddy->moveTo(Vector3f(3,1.5,3));
nBuddy->rotate(Vector3f(1,0,0),-90);
nBuddy->rotate(Vector3f(0,1,0),180);
nDuck->moveTo(Vector3f(0,-0.5,-1.8));
nDuck->rotate(Vector3f(0,1,0),127);
//nDuckGrid->rotate(Vector3f(1,0,0),270);
PhysicObject::Properties prop;
nSand->addProperty(new PhysicObject(prop));
for(QVector<Node*>::iterator it=walls.begin() ; it != walls.end() ; it++) {
(*it)->addProperty(new PhysicObject(prop));
//(*it)->addProperty(new MeshRenderer(cube,gargoyle));
}
prop.is_kinematic = true;
nGarg->addProperty(new PhysicObject(prop));
prop.shape = PhysicObject::MESH;
prop.mesh_name = "duck";
nDuck->addProperty(new PhysicObject(prop));
prop.is_kinematic = false;
prop.mass = 100.0;
prop.restitution = 0.1;
int nbDuckLight = 0;
prop.shape = PhysicObject::BOX;
for(QVector<Node*>::iterator it=balls.begin() ; it != balls.end() ; it++) {
(*it)->addProperty(new PhysicObject(prop));
prop.mass += 1.0;
(*it)->addProperty(new MeshRenderer(cube,gradientmats[nbDuckLight%4]));
if(nbDuckLight < 0) {
light = new Light(false);
if(nbDuckLight % 3 == 0) {
light->setDiffuseColor(Vector4f(0.2,0.2,1.0,1.0));
light->setSpecularColor(Vector4f(0.2,0.2,1.0,1.0));
} else if(nbDuckLight % 3 == 1) {
light->setDiffuseColor(Vector4f(1.0,0.2,0.2,1.0));
light->setSpecularColor(Vector4f(1.0,0.2,0.2,1.0));
} else {
light->setDiffuseColor(Vector4f(0.2,1.0,0.2,1.0));
light->setSpecularColor(Vector4f(0.2,1.0,0.2,1.0));
}
(*it)->addProperty(light);
}
nbDuckLight++;
}
// Beurk ! Mais je peux le faire alors je me prive pas ^^
//RENDER_MANAGER.setCurrentCamera(static_cast<Camera*>(nCamFollow->properties().child("Camera")));
RENDER_MANAGER.setCurrentCamera(static_cast<Camera*>(nCamFollow->properties().child("Camera")));
RenderManager::Background background;
background.type = RenderManager::Background::SKYBOX;
background.color = Vector3f(0.5,0.5,0.5);
background.sunDirection = Vector3f(10,5,10);
background.textures[0] = TEXTURE_MANAGER.get("stormy_front.tga");
background.textures[1] = TEXTURE_MANAGER.get("stormy_left.tga");
background.textures[2] = TEXTURE_MANAGER.get("stormy_back.tga");
background.textures[3] = TEXTURE_MANAGER.get("stormy_right.tga");
background.textures[4] = TEXTURE_MANAGER.get("stormy_top.tga");
background.textures[5] = TEXTURE_MANAGER.get("stormy_bottom.tga");
RENDER_MANAGER.setBackground(background);
RENDER_MANAGER.setAmbient(Vector3f(0.8,0.8,0.8));
COMMAND_MANAGER.registerCommand("spawn_duck",spawn_duck);
COMMAND_MANAGER.readFile("config.cfg");
int ret = engine.start();
return ret;
}
int main(int argc, char *argv[])
{
#ifdef Q_WS_X11
XInitThreads();
#endif
Engine engine(argc, argv,"demo_game/media/");
SceneGraph* sg = engine.getScenegraph_TEMPORARY();
QList<InputManager::Control> controls;
controls.push_back(InputManager::Control(false,"avance"));
controls.push_back(InputManager::Control(false,"recule"));
controls.push_back(InputManager::Control(false,"gauche"));
controls.push_back(InputManager::Control(false,"droite"));
INPUT_MANAGER.addControls(controls);
INPUT_MANAGER.addBinding("KB_Z","avance");
INPUT_MANAGER.addBinding("KB_Up","avance");
INPUT_MANAGER.addBinding("KB_S","recule");
INPUT_MANAGER.addBinding("KB_Down","recule");
INPUT_MANAGER.addBinding("KB_Q","gauche");
INPUT_MANAGER.addBinding("KB_Left","gauche");
INPUT_MANAGER.addBinding("KB_D","droite");
INPUT_MANAGER.addBinding("KB_Right","droite");
Node* nTerrain = new Node("Terrain");
Node* nBase = new Node("Base");
Node* nRot = new Node("Rotating node");
Node* nLight = new Node("Light");
Node* nPlane = new Node("Plane");
Node* nCentre = new Node("Centre");
Node* nCamFollow = new Node("Camera Follow");
Texture heightmap;
if(argc>1) {
heightmap = TEXTURE_MANAGER.get(argv[1]);
} else {
heightmap = TEXTURE_MANAGER.get("heightmap_island.tga");
}
Mesh sphere = MESH_MANAGER.get("Sphere_16_32");
Mesh palm = MESH_MANAGER.get("palm");
Mesh mesh = MESH_MANAGER.get("duckplane");
Material mat = MATERIAL_MANAGER.get("palm");
Material duckmat = MATERIAL_MANAGER.get("duckplane");
Material terrain = MATERIAL_MANAGER.get("terrain_test");
PhysicObject::Properties prop;
prop.is_kinematic = false;
prop.mass = 100.0;
prop.restitution = 0.1;
//prop.linDamping = 0.6;
//prop.angDamping = 0.3;
prop.shape = PhysicObject::MESH;
prop.mesh_name = "duckplane";
sg->link(nCentre);
nCentre->link(nPlane);
nCentre->move(Vector3f(512.0,50.0,512.0));
nPlane->addProperty(new MeshRenderer(mesh,duckmat));
nPlane->rotate(Vector3f(0.0,0.0,1.0), 20.0);
nPlane->move(Vector3f(286.0,20.0,0.0));
//nPlane->setScale(Vector3f(5.0,5.0,5.0));
nCentre->addProperty(new DummyUpdatable(0.1));
Camera* cam = new Camera(90,1,1024);
nCamFollow->addProperty(cam);
nCamFollow->move(Vector3f(0,2,5));
nCamFollow->rotate(Vector3f(-1,0,0),15);
nPlane->link(nCamFollow);
Light* light = new Light(true);
light->setAttenuation(0,1.f/512.f,0);
//light->setAttenuation(0.1,0,0);
light->setType(Light::SUN);
nLight->addProperty(light);
/*
nLight->move(Vector3f(512.0, 75.0, 512.0));
nLight->rotate(Vector3f(0.0, 0.0, 1.0),35);
*/
nLight->lookAt(Vector3f(4.3,13,10));
nLight->rotate(nLight->apply(Vector3f(0,1,0)),90);
nLight->moveTo(25*Vector3f(4.3,13,10) + Vector3f(512,50,512));
//nLight->lookAt(Vector3f(512,50,512));
//nLight->rotate(Vector3f(0,1,0),-90);
/*
cam = new Camera(90,1,1024);
nLight->addProperty(cam);
*/
nBase->rotate(Vector3f(1,0,0),90);
nBase->rotate(Vector3f(0,1,0),-45);
nTerrain->addProperty(new TerrainRenderer(heightmap, terrain, 70.0f, 2.f,20.f));
nTerrain->setScale(Vector3f(1,3,1));
sg->link(nTerrain);
sg->link(nLight);
nBase->link(nRot);
sg->link(nBase);
addTree(sg,Vector3f(502.7,39.2,616.7),135);
addTree(sg,Vector3f(494.8,37.2,628.1),45);
addTree(sg,Vector3f(520.6,40.2,612.8),12);
addTree(sg,Vector3f(513.1,38.2,622.6),286);
addTree(sg,Vector3f(520.5,37.2,632.2),124);
RenderManager::Background background;
background.type = RenderManager::Background::COLOR;
background.color = Vector3f(0,0,0);
background.sunDirection = Vector3f(4.3,13,10);
background.textures[0] = TEXTURE_MANAGER.get("interstellar_lf.tga");
background.textures[1] = TEXTURE_MANAGER.get("interstellar_ft.tga");
background.textures[2] = TEXTURE_MANAGER.get("interstellar_rt.tga");
background.textures[3] = TEXTURE_MANAGER.get("interstellar_bk.tga");
background.textures[4] = TEXTURE_MANAGER.get("interstellar_up.tga");
background.textures[5] = TEXTURE_MANAGER.get("interstellar_dn.tga");
background.type = RenderManager::Background::SKYBOX;
RENDER_MANAGER.setBackground(background);
//RENDER_MANAGER.setCurrentCamera(cam);
RENDER_MANAGER.setAmbient(Vector3f(0.1,0.2,0.15));
COMMAND_MANAGER.readFile("config.cfg");
int ret = engine.start();
return ret;
}
