void DrawObject3DAmbient ( std::string name, vec2 centre, float scale, float angle, float bank )
{
Object3D* obj = GetObject3D(name);
EnableTexturing();
DisableBlending();
obj->BindTextures();
//glUniform3f(UniformLocation("Ambient"), ambient.red(), ambient.green(), ambient.blue());
SetShader("3DBase");
glUniform1f(UniformLocation("specularScale"), obj->SpecularScale());
glUniform1f(UniformLocation("shininess"), obj->Shininess());
Matrices::SetViewMatrix(matrix2x3::Translate(centre));
obj->Draw(scale, angle, bank);
}
int Game::playTrack(Track& track){
bool raceFinished = false;
unsigned int timeElapsed = 0;
//Interface
Program prog2D;
prog2D = loadProgram("../shaders/tex2D.vs.glsl", "../shaders/tex2D.fs.glsl");
prog2D.use();
//Carre qui affiche les pouvoirs
Object2D powerquad;
powerquad.setVertices(0.7, 0.9, -0.9, -0.64);
powerquad.build();
//Carre qui affiche la position
Object2D positionQuad;
positionQuad.setVertices(-0.9,-0.7,0.64,0.9);
positionQuad.build();
//Surfaces pour afficher le classement final (à optimiser)
Object2D positionQuad1;
positionQuad1.setVertices(-0.2,-0.1,0.8,0.9);
positionQuad1.build();
Object2D positionQuad2;
positionQuad2.setVertices(-0.2,-0.1,0.6,0.7);
positionQuad2.build();
Object2D positionQuad3;
positionQuad3.setVertices(-0.2,-0.1,0.4,0.5);
positionQuad3.build();
Object2D positionQuad4;
positionQuad4.setVertices(-0.2,-0.1,0.2,0.3);
positionQuad4.build();
Object2D positionQuad5;
positionQuad5.setVertices(-0.2,-0.1,0.0,0.1);
positionQuad5.build();
Object2D positionQuad6;
positionQuad6.setVertices(-0.2,-0.1,-0.2,-0.1);
positionQuad6.build();
Object2D positionQuad7;
positionQuad7.setVertices(-0.2,-0.1,-0.4,-0.3);
positionQuad7.build();
Object2D positionQuad8;
positionQuad8.setVertices(-0.2,-0.1,-0.6,-0.5);
positionQuad8.build();
Object2D persoQuad1;
persoQuad1.setVertices(0.1,0.2,0.8,0.9);
persoQuad1.build();
Object2D persoQuad2;
persoQuad2.setVertices(0.1,0.2,0.6,0.7);
persoQuad2.build();
Object2D persoQuad3;
persoQuad3.setVertices(0.1,0.2,0.4,0.5);
persoQuad3.build();
Object2D persoQuad4;
persoQuad4.setVertices(0.1,0.2,0.2,0.3);
persoQuad4.build();
Object2D persoQuad5;
persoQuad5.setVertices(0.1,0.2,0.0,0.1);
persoQuad5.build();
Object2D persoQuad6;
persoQuad6.setVertices(0.1,0.2,-0.2,-0.1);
persoQuad6.build();
Object2D persoQuad7;
persoQuad7.setVertices(0.1,0.2,-0.4,-0.3);
persoQuad7.build();
Object2D persoQuad8;
persoQuad8.setVertices(0.1,0.2,-0.6,-0.5);
persoQuad8.build();
GLint locVarTexture;
locVarTexture= glGetUniformLocation(prog2D.getGLId(), "uTexture");
GLuint* texturepower=PowerTexture();
GLuint* textureRank=RankTexture();
GLuint* texturePerso=PersoTexture();
Program prog;
prog = loadProgram("../shaders/3D.vs.glsl","../shaders/tex3D.fs.glsl");
prog.use();
GLuint uMVPMatrix=glGetUniformLocation(prog.getGLId(),"uMVPMatrix");
GLuint uMVMatrix=glGetUniformLocation(prog.getGLId(),"uMVMatrix");
GLuint uNormalMatrix=glGetUniformLocation(prog.getGLId(),"uNormalMatrix");
GLuint uTex=glGetUniformLocation(prog.getGLId(),"uTexture");
GLuint uKd=glGetUniformLocation(prog.getGLId(),"uKd");
GLuint uKs=glGetUniformLocation(prog.getGLId(),"uKs");
GLuint uShininess=glGetUniformLocation(prog.getGLId(),"uShininess");
GLuint uLightDir_vs=glGetUniformLocation(prog.getGLId(),"uLightDir_vs");
GLuint uLightIntensity=glGetUniformLocation(prog.getGLId(),"uLightIntensity");
glEnable(GL_DEPTH_TEST);
glm::mat4 ViewMatrix;
TrackballCamera camera;
// Les power qu'on peut ramasser, a enlever car ils seront inclus dans powObject
PowerObject boost(BOOST,10000);
PowerObject atk_back(ATK_BACK,10000);
PowerObject trap(TRAP,10000);
PowerObject shield(SHIELD, 10000);
PowerObject atk_all(ATK_ALL, 10000);
PowerObject atk_front(ATK_FRONT, 10000);
//Ciel
Object3D sky;
sky.sphere(1,32,16);
sky.setScale(glm::vec3(80,80,80));
sky.setHitbox(glm::vec3(0));
sky.build();
sky.LoadTexture("../textures/sky.jpg");
PowerObject *obj=NULL;
bool done=false;
bool ready=false;
int sortie=0;
std::cout << "Lecture du fichier Map" << std::endl;
//Lecture du fichier Map
track.insertElt();
//Nodes
unsigned int rank = 8;
//On donne le prochain noeud pour que les IA s'y dirigent
for (std::vector<Kart*>::iterator it = Karts.begin() ; it != Karts.end(); ++it){
(*it)->setNodeTo(track.getNodeStart()->next);
(*it)->setRank(rank);
rank--;
}
Node* currentNode = track.getNodeStart();
Object3D* node;
// while(1){
// node = new Object3D();
// node->sphere(1,32,16);
// node->setScale(glm::vec3(1,1,1));
// node->setHitbox(glm::vec3(0));
// node->setPosition(currentNode->getPosition());
// node->build();
// if(currentNode==track.getNodeStart())
// node->LoadTexture("../textures/Maison.jpg");
// else
// node->LoadTexture("../textures/CCTex.jpg");
// track.push_back(*node);
// currentNode = currentNode->next;
// if(currentNode==track.getNodeStart())
// break;
// }
placementKart(track.getNodeStart());
//Rotation pour la caméra
std::queue<std::pair<float,Uint32>> anglefile;
anglefile.push(std::pair<float,Uint32>(Karts[0]->getAngle(),0));
glUniform3f(uKd, 1, 1, 1);
glUniform3f(uKs, 1, 1, 1);
glUniform1f(uShininess, 2);
glUniform3f(uLightIntensity, 1, 1, 1);
timeElapsed=0;
while(!done) {
Uint32 tStart = SDL_GetTicks();
if(timeElapsed >= FPS && timeElapsed < 2*FPS)
std::cout << "3 ..." << std::endl;
if(timeElapsed >= 2*FPS && timeElapsed < 3*FPS)
std::cout << "2 ..." << std::endl;
if(timeElapsed >= 3*FPS && timeElapsed < 4*FPS)
std::cout << "1 ..." << std::endl;
if(timeElapsed >= 4*FPS && timeElapsed < 5*FPS){
std::cout << "PINAAAAAAAAAAGE !!!" << std::endl;
ready=true;
}
glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
prog2D.use();
//affichage des pouvoirs
powerquad.initDraw();
if (Players[0]->getPower()==NULL){
powerquad.bindTex(texturepower[6]);
}
else{
switch(Players[0]->getPower()->getType()){
case BOOST:
powerquad.bindTex(texturepower[0]);
break;
case ATK_FRONT:
powerquad.bindTex(texturepower[1]);
break;
case ATK_BACK:
powerquad.bindTex(texturepower[2]);
break;
case ATK_ALL:
powerquad.bindTex(texturepower[3]);
break;
case SHIELD:
powerquad.bindTex(texturepower[4]);
break;
case TRAP:
powerquad.bindTex(texturepower[5]);
break;
}
}
powerquad.Draw(locVarTexture);
//Gestion du classement
if( !raceFinished ){
ranking(Karts);
positionQuad.initDraw();
positionQuad.bindTex(textureRank[Karts[0]->getRank()-1]);
positionQuad.Draw(locVarTexture);
}
else{
getFinalRanking(Players);
positionQuad1.initDraw();
positionQuad1.bindTex(textureRank[0]);
positionQuad1.Draw(locVarTexture);
positionQuad2.initDraw();
positionQuad2.bindTex(textureRank[1]);
positionQuad2.Draw(locVarTexture);
positionQuad3.initDraw();
positionQuad3.bindTex(textureRank[2]);
positionQuad3.Draw(locVarTexture);
positionQuad4.initDraw();
positionQuad4.bindTex(textureRank[3]);
positionQuad4.Draw(locVarTexture);
positionQuad5.initDraw();
positionQuad5.bindTex(textureRank[4]);
positionQuad5.Draw(locVarTexture);
positionQuad6.initDraw();
positionQuad6.bindTex(textureRank[5]);
positionQuad6.Draw(locVarTexture);
positionQuad7.initDraw();
positionQuad7.bindTex(textureRank[6]);
positionQuad7.Draw(locVarTexture);
positionQuad8.initDraw();
positionQuad8.bindTex(textureRank[7]);
positionQuad8.Draw(locVarTexture);
persoQuad1.initDraw();
persoQuad1.bindTex(texturePerso[getIdPersoByRank(Players, 1)]);
persoQuad1.Draw(locVarTexture);
persoQuad2.initDraw();
persoQuad2.bindTex(texturePerso[getIdPersoByRank(Players, 2)]);
persoQuad2.Draw(locVarTexture);
persoQuad3.initDraw();
persoQuad3.bindTex(texturePerso[getIdPersoByRank(Players, 3)]);
persoQuad3.Draw(locVarTexture);
persoQuad4.initDraw();
persoQuad4.bindTex(texturePerso[getIdPersoByRank(Players, 4)]);
persoQuad4.Draw(locVarTexture);
persoQuad5.initDraw();
persoQuad5.bindTex(texturePerso[getIdPersoByRank(Players, 5)]);
persoQuad5.Draw(locVarTexture);
persoQuad6.initDraw();
persoQuad6.bindTex(texturePerso[getIdPersoByRank(Players, 6)]);
persoQuad6.Draw(locVarTexture);
persoQuad7.initDraw();
persoQuad7.bindTex(texturePerso[getIdPersoByRank(Players, 7)]);
persoQuad7.Draw(locVarTexture);
persoQuad8.initDraw();
persoQuad8.bindTex(texturePerso[getIdPersoByRank(Players, 8)]);
persoQuad8.Draw(locVarTexture);
}
prog.use();
//Decalage camera
if(tStart-anglefile.front().second>330){
if(anglefile.size()>1)
anglefile.pop();
}
//Camera
ViewMatrix=camera.getViewMatrix(Karts[0]->getPosition(), anglefile.front().first,Karts[0]->back);
glUniform3fv(uLightDir_vs, 1, glm::value_ptr(glm::rotate(ViewMatrix,Karts[0]->getAngle()+90, glm::vec3(0,1,0))));
//Kart (boucle sur tous les karts)
for (int id=0;id<8;++id){
if((id!=0 && ready) || raceFinished ){
//Deplacement IA
int sortie=Karts[id]->moveIA(track.getMapObjects(),track.getPowObjects(), Karts,Players[id]->getPower(),
Players[id]->getCharacter().getHero(), Players[id]->getCharacter().isPowerReady(tStart));
if(sortie==1)
Players[id]->usePower(Karts,id,tStart,track.getMapObjects());
else if(sortie==2)
Players[id]->getCharacter().useSuperPower(tStart,*Karts[id],track.getMapObjects());
}else{
Karts[id]->crossANode();
}
Karts[id]->getVAO().bind(); //Bind du VAO
Karts[id]->TransfoMatrix(ViewMatrix,Karts[id]->getPosition()); //Transformations (View, Translation, anglerotation,scale)
Karts[id]->MatrixToShader(uMVMatrix, uMVPMatrix, uNormalMatrix, WINDOW_WIDTH, WINDOW_HEIGHT); //Envoi des matrices au shader
Karts[id]->Draw(uTex); //Draw de l'objet
//Pouvoirs Classiques
if(Players[id]->getPower()){
if(Players[id]->getPower()->isLaunched() && Players[id]->getPower()->withKart()){
Players[id]->getPower()->getVAO().bind(); //Bind du VAO
Players[id]->getPower()->TransfoMatrix(ViewMatrix, Players[id]->getKart().getPosition()); //Transformations (View, Translation, anglerotation,scale)
Players[id]->getPower()->MatrixToShader(uMVMatrix, uMVPMatrix, uNormalMatrix, WINDOW_WIDTH, WINDOW_HEIGHT); //Envoi des matrices au shader
Players[id]->getPower()->Draw(uTex); //Draw de l'objet
}
if(Players[id]->getPower()->isLaunched() && Players[id]->getPower()->isPerimed(tStart)){
Players[id]->stopPower(Karts,id);
}
}
//Pouvoirs Speciaux
if(Players[id]->getCharacter().isLaunched()){
if(Players[id]->getCharacter().isPerimed(tStart)){
Players[id]->getCharacter().useSuperPowerBack(Players[id]->getKart());
Players[id]->getCharacter().hitSuperPowerBack(Karts);
}
else {
Players[id]->getCharacter().continuousHitSuperPower(Karts,Players[id]->getKart());
}
}
}
//Dessin des objets de la map
for(int id=0;id<track.getMapObjects().size();++id){
if(track.getMapObjects()[id]->isVisible()){
track.getMapObjects()[id]->getVAO().bind();
track.getMapObjects()[id]->movePower();
track.getMapObjects()[id]->TransfoMatrix(ViewMatrix, track.getMapObjects()[id]->getPosition());
track.getMapObjects()[id]->MatrixToShader(uMVMatrix, uMVPMatrix, uNormalMatrix, WINDOW_WIDTH, WINDOW_HEIGHT);
track.getMapObjects()[id]->Draw(uTex);
}
if(track.getMapObjects()[id]->tooFar()){
delete(track.getMapObjects()[id]);
track.getMapObjects().erase(track.getMapObjects().begin()+id);
id--;
}
else if(track.getMapObjects()[id]->isPerimed(tStart)){
track.getMapObjects()[id]->hitKartBack(Karts);
delete(track.getMapObjects()[id]);
track.getMapObjects().erase(track.getMapObjects().begin()+id);
id--;
}
}
//Dessin des pouvoirs de la map
for (std::vector<PowerObject*>::iterator it = track.getPowObjects().begin() ; it != track.getPowObjects().end(); ++it){
if((*it)->isVisible()){
(*it)->getVAO().bind();
(*it)->rotateObj();
(*it)->TransfoMatrix(ViewMatrix, (*it)->getPosition());
(*it)->MatrixToShader(uMVMatrix, uMVPMatrix, uNormalMatrix, WINDOW_WIDTH, WINDOW_HEIGHT);
(*it)->Draw(uTex);
}
if((*it)->isPerimed(tStart)){
(*it)->visible=true;
}
}
//Gestion des collisions
for (int idkart=0;idkart<8;++idkart){ // Boucle sur tous les karts
//Collision avec les autres objets de la map
for (std::vector<Object3D*>::iterator it_mapObjects = track.getMapObjects().begin() ; it_mapObjects != track.getMapObjects().end(); ++it_mapObjects){ // Boucle sur tous les objets de la map
if(Karts[idkart]->isInCollision( **it_mapObjects )){
if(((*it_mapObjects)->hitKart(*Karts[idkart],idkart, tStart))==0){
Karts[idkart]->avoidCollision( **it_mapObjects );
Karts[idkart]->move(-1); // Fais ralentir le kart quand il est en collision
}
}
}
//Collision avec les pouvoirs ramassables de la map
for (std::vector<PowerObject*>::iterator it_powObjects = track.getPowObjects().begin() ; it_powObjects != track.getPowObjects().end(); ++it_powObjects){ // Boucle sur tous les objets de la map
if(Karts[idkart]->isInCollision( **it_powObjects )){
Players[idkart]->pickPower(**it_powObjects,tStart);
(*it_powObjects)->visible=false;
}
}
//Collision avec les autres Karts
//>>>>>>>>>>>>>>>>>>>>> Boucle sur le reste des karts, permet d'éviter de tester 2 fois la même collision (kart1/kart2 et kart2/kart1 par exemple)
for (int idotherkart = idkart+1 ; idotherkart <8; ++idotherkart){ // Boucle sur le reste des karts
if(Karts[idkart]->intouchable || Karts[idotherkart]->intouchable)
continue;
if(Karts[idkart]->isInCollision( *Karts[idotherkart] )){
Karts[idkart]->avoidCollision( *Karts[idotherkart] );
Karts[idkart]->move(-1); // Fais ralentir le kart quand il est en collision
Players[idkart]->getCharacter().hitSuperPower(tStart, Karts, idotherkart, *Karts[idkart]); //Pouvoir spécial kart1 sur kart2
Players[idotherkart]->getCharacter().hitSuperPower(tStart, Karts, idkart, *Karts[idotherkart]); //Pouvoir spécial kart2 sur kart1
}
}
//Collision avec les bords de la map
Karts[idkart]->collisionWithMap(track.getLargeur(), track.getLongueur());
}
/* for(int i=0; i<8; ++i){
finalRankQuad[i].initDraw();
finalRankQuad[i].bindTex(textureRank[i]);
finalRankQuad[i].Draw(locVarTexture);
}
*/
//getFinalRanking(Players, textSurfaces, font);
// showRankSurfaces(rankSurfaces, screen, positionSurfaces);
// std::cout << "Votre classement : " << Karts[0]->getRank() << std::endl;
//std::cout << "NbNodesPassed : " << Karts[0]->getNbNodesPassed() << std::endl;
if((float)Karts[0]->getNbNodesPassed()/track.getNbNodes() == track.getNbLaps() ){
raceFinished = true;
}
//Sky
sky.getVAO().bind();
sky.setAngle(tStart*0.001f);
sky.TransfoMatrix(ViewMatrix,Karts[0]->getPosition());
sky.MatrixToShader(uMVMatrix, uMVPMatrix, uNormalMatrix, WINDOW_WIDTH, WINDOW_HEIGHT);
sky.Draw(uTex);
VAO::debind();
SDL_Event e;
while(SDL_PollEvent(&e)) {
switch(e.type) {
case SDL_QUIT:
done = true;
sortie=-1;
break;
case SDL_KEYDOWN:
switch(e.key.keysym.sym){
case 'n':
std::cout << "You pick an Attack_Front" << std::endl;
Players[0]->pickPower(atk_front,tStart);
obj=Players[0]->getPower();
break;
case 'b':
std::cout << "You pick a Boost" << std::endl;
Players[0]->pickPower(boost,tStart);
break;
case 'v':
std::cout << "You pick an Attack_back" << std::endl;
Players[0]->pickPower(atk_back,tStart);
obj=Players[0]->getPower();
break;
case 'c':
std::cout << "You pick a Trap" << std::endl;
Players[0]->pickPower(trap,tStart);
obj=Players[0]->getPower();
break;
case 'x':
std::cout << "You pick a Shield" << std::endl;
Players[0]->pickPower(shield,tStart);
break;
case 'z':
std::cout << "You pick an Attack_All" << std::endl;
Players[0]->pickPower(atk_all,tStart);
break;
case 'm':
std::cout << "You have been hit" << std::endl;
if(obj)
obj->hitKart(*Karts[0], 0, tStart);
break;
case SDLK_SPACE:
if(ready)
Players[0]->usePower(Karts,0,tStart,track.getMapObjects());
break;
case SDLK_ESCAPE:
sortie=0;
done=true;
break;
case 'p':
sortie = redirectionPause();
if(sortie==-1)
done = true;
std::cout << sortie << std::endl;
break;
case 'q':
if(ready){
if(!Players[0]->getCharacter().isPowerReady(tStart))
break;
switch(Players[0]->getCharacter().getHero()){
case JOHN :
son = Mix_LoadWAV("../sounds/John.wav");
Mix_VolumeChunk(son, MIX_MAX_VOLUME);
Mix_PlayChannel(-1, son, 0);
break;
case KLAUS :
son = Mix_LoadWAV("../sounds/Klaus.wav");
Mix_VolumeChunk(son, MIX_MAX_VOLUME);
Mix_PlayChannel(-1, son, 0);
break;
case DOUG :
son = Mix_LoadWAV("../sounds/Doug.wav");
Mix_VolumeChunk(son, MIX_MAX_VOLUME);
Mix_PlayChannel(-1, son, 0);
break;
case CANADA :
son = Mix_LoadWAV("../sounds/Captain.wav");
Mix_VolumeChunk(son, MIX_MAX_VOLUME);
Mix_PlayChannel(-1, son, 0);
break;
case BURT :
son = Mix_LoadWAV("../sounds/Burt.wav");
Mix_VolumeChunk(son, MIX_MAX_VOLUME);
Mix_PlayChannel(-1, son, 0);
break;
case MCKORMACK :
son = Mix_LoadWAV("../sounds/Mac.wav");
Mix_VolumeChunk(son, MIX_MAX_VOLUME);
Mix_PlayChannel(-1, son, 0);
break;
case STEVE :
son = Mix_LoadWAV("../sounds/Steve.wav");
Mix_VolumeChunk(son, MIX_MAX_VOLUME);
Mix_PlayChannel(-1, son, 0);
break;
case STAN :
son = Mix_LoadWAV("../sounds/Stan.wav");
Mix_VolumeChunk(son, MIX_MAX_VOLUME);
Mix_PlayChannel(-1, son, 0);
break;
case JENNIFER :
son = Mix_LoadWAV("../sounds/Jennifer.wav");
Mix_VolumeChunk(son, MIX_MAX_VOLUME);
Mix_PlayChannel(-1, son, 0);
break;
}
Players[0]->getCharacter().useSuperPower(tStart,*Karts[0],track.getMapObjects());
}
break;
}
break;
default:
break;
}
}
Uint8 *keystate = SDL_GetKeyState(NULL);
if(ready && !raceFinished){
if ( keystate[SDLK_UP] ) Karts[0]->move(1);
if ( keystate[SDLK_DOWN] ) Karts[0]->move(-1);
if (!keystate[SDLK_UP] && !keystate[SDLK_UP]) Karts[0]->move(0);
if ( keystate[SDLK_LEFT] ){ Karts[0]->rotate(1); anglefile.push(std::pair<float,Uint32>(Karts[0]->getAngle(),tStart));}
if ( keystate[SDLK_RIGHT] ){ Karts[0]->rotate(-1); anglefile.push(std::pair<float,Uint32>(Karts[0]->getAngle(),tStart));}
}
// Mise à jour de la fenêtre (synchronisation implicite avec OpenGL)
SDL_GL_SwapBuffers();
Uint32 tEnd = SDL_GetTicks();
Uint32 d = tEnd - tStart;
if(d < FRAME_DURATION) {
SDL_Delay(FRAME_DURATION - d);
}
timeElapsed++;
}
std::cout << "Nettoyage" << std::endl;
CleanObjects(track);
return sortie;
}