Method InitCube_

Source/Engine/StratusResourceManager.cpp:919–947

    };

    void ResourceManager::InitCube_() {
        cube_ = CreateRenderEntity();
        RenderComponent * rc = cube_->Components().GetComponent<RenderComponent>().component;
        MeshPtr mesh = Mesh::Create();
        rc->meshes->meshes.push_back(mesh);
        rc->meshes->transforms.push_back(glm::mat4(1.0f));
        MaterialPtr mat = MaterialManager::Instance()->CreateDefault();
        rc->AddMaterial(mat);

        const size_t cubeStride = 14;
        const size_t cubeNumVertices = cubeData.size() / cubeStride;

        for (size_t i = 0, f = 0; i < cubeNumVertices; ++i, f += cubeStride) {
            mesh->AddVertex(glm::vec3(cubeData[f], cubeData[f + 1], cubeData[f + 2]));
            mesh->AddNormal(glm::vec3(cubeData[f + 3], cubeData[f + 4], cubeData[f + 5]));
            mesh->AddUV(glm::vec2(cubeData[f + 6], cubeData[f + 7]));
            // rmesh->AddTangent(glm::vec3(cubeData[f + 8], cubeData[f + 9], cubeData[f + 10]));
            // rmesh->AddBitangent(glm::vec3(cubeData[f + 11], cubeData[f + 12], cubeData[f + 13]));
        }

        mesh->CalculateAabbs(glm::mat4(1.0f));
        pendingFinalize_.insert(std::make_pair("DefaultCube", Async<Entity>(cube_)));

        // rmesh->GenerateCpuData();
        // rnode->AddMeshContainer(RenderMeshContainer{rmesh, mat});
        // rmesh->SetFaceCulling(RenderFaceCulling::CULLING_CCW);
        // _pendingFinalize.insert(std::make_pair("DefaultCube", Async<Entity>(_cube)));
        // _cube->SetRenderNode(rnode);
    }

    void ResourceManager::InitQuad_() {
        quad_ = CreateRenderEntity();