void Game::Init() {
srand(time(0));
m_isRunning = true;
lightObj = GameObjectPtr(new GameObject());
lightObj->Init();
lightObj->AddComponent(Component::T_DirectionalLight);
lightObj->DirectionalLight()->m_Color = vec4(1, 0.5, 0.5, 0.4);
lightObj->Transform()->position = vec3(10, 10, 0);
cameraObj = GameObjectPtr(new GameObject());
cameraObj->Init();
cameraObj->AddComponent(Component::T_PerspectiveCamera);
cameraObj->PerspectiveCamera()->CalcProjMatrix();
cameraObj->Transform()->position = vec3(100, 300, 0);
GLRenderer::Instance().SetMainCamera(cameraObj->PerspectiveCamera());
MaterialPtr testMat = SceneManager::Instance().CreateMaterial("DeferredPrepass");
ShaderPtr shader = AssetManager::Instance().GetShader("deferred/Diffuse.shader");
testMat->SetShaderProgram(shader);
MaterialPtr bumpMat = SceneManager::Instance().CreateMaterial("DeferredPrepassBump");
ShaderPtr bumpShader = AssetManager::Instance().GetShader("deferred/DiffuseNormal.shader");
bumpMat->SetShaderProgram(bumpShader);
boxObj = GameObjectPtr(new GameObject());
boxObj->Init();
boxObj->AddComponent(Component::T_MeshRenderer);
boxObj->MeshRenderer()->SetMesh(AssetManager::Instance().GetMesh("meshes/de_dust2.obj"));
boxObj->MeshRenderer()->SetMaterial(testMat);
boxObj->Transform()->position = vec3(0, 0, 0);
boxObj->MeshRenderer()->SetDiffuseMapTexture(AssetManager::Instance().GetTexture2D("meshes/test.tga"));
boxObj->MeshRenderer()->SetNormalMapTexture(AssetManager::Instance().GetTexture2D("meshes/box_normal.tga"));
boxObj->MeshRenderer()->SetTextureScale(vec2(1, 1));
boxObj->AddComponent(Component::T_RigidBody);
RigidBodyPtr bodyPtr = boxObj->RigidBody();
CRigidBody* body = (CRigidBody*)(bodyPtr.get());
body->InitializeStaticMesh();
//body->InitializeStatic(PhysicsManager::Instance().CreateStaticMesh(AssetManager::Instance().GetMesh("meshes/de_dust2.obj")));
PhysicsBoxPtr boxShape = PhysicsManager::Instance().CreateBoxShape(vec3(10, 10, 10));
for(int i=0; i<32; i++) {
boxObj = GameObjectPtr(new GameObject());
boxObj->Init();
char buf[256];
sprintf(buf, "Box #%i", i);
boxObj->Name(std::string(buf));
boxObj->AddComponent(Component::T_MeshRenderer);
boxObj->MeshRenderer()->SetMesh(AssetManager::Instance().GetMesh("meshes/bumpbox.obj"));
if(i%2 == 0) {
boxObj->MeshRenderer()->SetMaterial(testMat);
} else {
boxObj->MeshRenderer()->SetMaterial(bumpMat);
}
boxObj->MeshRenderer()->SetDiffuseMapTexture(AssetManager::Instance().GetTexture2D("meshes/test.tga"));
boxObj->Transform()->position = vec3(0, 15+30*i, 0);
boxObj->Transform()->scale = vec3(10, 10, 10);
boxObj->AddComponent(Component::T_PointLight);
boxObj->PointLight()->SetRadius(45.f);
boxObj->PointLight()->m_Color = vec4(0.5f+float(rand()%1000)*0.001f*0.5f, 0.5f+float(rand()%1000)*0.001f*0.5f, 0.5f+float(rand()%1000)*0.001f*0.5f, 5);
boxObj->AddComponent(Component::T_RigidBody);
RigidBodyPtr boxBodyPtr = boxObj->RigidBody();
CRigidBody* boxBody = (CRigidBody*)(boxBodyPtr.get());
boxBody->InitializeDynamic(10.f, boxShape);
}
}
