Method Update

ZEngine/src/GraphicScene.cpp:74–125

    }

    void GraphicScene::Update(Core::TimeStep dt) {
        m_entity_registry->view<CameraComponent>().each([&dt, this](CameraComponent& component) {
            if (component.IsPrimaryCamera) {
                m_scene_camera = component.GetCamera();
                component.GetCameraController()->Update(dt);
            }
        });

        if ((m_scene_requested_size.first > 0.0f) && (m_scene_requested_size.second > 0.0f)) {
            m_entity_registry->view<CameraComponent>().each([&, this](CameraComponent& component) {
                if (component.IsPrimaryCamera) {
                    auto controller = component.GetCameraController();
                    controller->SetAspectRatio(m_scene_requested_size.first / m_scene_requested_size.second);
                    controller->UpdateProjectionMatrix();
                    m_renderer->GetFrameBuffer()->Resize(m_scene_requested_size.first, m_scene_requested_size.second);
                }
            });
            m_scene_requested_size = {0.0f, 0.0f};
        }

        // Todo : Should be refactored
        auto view_light_component = m_entity_registry->view<LightComponent, TransformComponent, GeometryComponent, MaterialComponent>();
        for (auto entity : view_light_component) {
            auto [light_component, transform_component, geometry_component, material_component] =
                view_light_component.get<LightComponent, TransformComponent, GeometryComponent, MaterialComponent>(entity);

            auto geometry = geometry_component.GetGeometry();
            geometry->SetPosition(transform_component.GetPosition());
            geometry->SetRotationAxis(transform_component.GetRotationAxis());
            geometry->SetRotationAngle(transform_component.GetRotationAngle());
            geometry->SetScaleSize(transform_component.GetScaleSize());

            // We update light position with is geometry position, so we have the correct light's source position
            light_component.GetLight()->SetPosition(geometry->GetPosition());
            auto mesh = CreateRef<Meshes::Mesh>(std::move(geometry), material_component.GetMaterial());
            m_mesh_list.push_back(std::move(mesh));
        }

        auto views = m_entity_registry->view<TransformComponent, GeometryComponent, MaterialComponent>();
        for (auto entity : views) {
            auto [transform_component, geometry_component, material_component] = views.get<TransformComponent, GeometryComponent, MaterialComponent>(entity);

            auto geometry = geometry_component.GetGeometry();
            geometry->SetPosition(transform_component.GetPosition());
            geometry->SetRotationAxis(transform_component.GetRotationAxis());
            geometry->SetRotationAngle(transform_component.GetRotationAngle());
            geometry->SetScaleSize(transform_component.GetScaleSize());

            auto mesh = CreateRef<Meshes::Mesh>(std::move(geometry), material_component.GetMaterial());
            m_mesh_list.push_back(std::move(mesh));
        }
    }

    void GraphicScene::Render() {
        if (m_scene_camera) {