本文整理汇总了C++中Shared::apply方法的典型用法代码示例。如果您正苦于以下问题：C++ Shared::apply方法的具体用法？C++ Shared::apply怎么用？C++ Shared::apply使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类Shared的用法示例。
在下文中一共展示了Shared::apply方法的1个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: will_become_current
void MazeSolverScene::will_become_current(ISceneManager * manager) {
Scene::will_become_current(manager);
//_grid = new Grid ();
//_axes = new Axes ();
_camera = new BirdsEyeCamera;
Ref<IProjection> projection = new PerspectiveProjection(R90, 1.0, 1024.0);
_renderer_state = new RendererState;
_renderer_state->shader_manager = new ShaderManager;
_renderer_state->texture_manager = new TextureManager;
_renderer_state->resource_loader = manager->resource_loader();
_renderer_state->viewport = new Viewport(_camera, projection);
{
_flat_program = _renderer_state->load_program("Shaders/flat");
_flat_program->set_attribute_location("position", POSITION);
_flat_program->set_attribute_location("normal", NORMAL);
_flat_program->set_attribute_location("mapping", MAPPING);
_flat_program->link();
auto binding = _flat_program->binding();
binding.set_texture_unit("diffuse_texture", 0);
}
{
_wireframe_program = _renderer_state->load_program("Shaders/wireframe");
_wireframe_program->set_attribute_location("position", WireframeRenderer::POSITION);
_wireframe_program->link();
_wireframe_renderer = new WireframeRenderer;
}
{
using namespace Geometry;
Shared<MeshT> mesh = new MeshT;
mesh->layout = LINES;
Generate::grid(*mesh, 32, 2.0);
_grid_mesh_buffer = new MeshBuffer<MeshT>();
_grid_mesh_buffer->set_mesh(mesh);
{
auto binding = _grid_mesh_buffer->vertex_array().binding();
// Attach indices
binding.attach(_grid_mesh_buffer->index_buffer());
// Attach attributes
auto attributes = binding.attach(_grid_mesh_buffer->vertex_buffer());
attributes[POSITION] = &MeshT::VertexT::position;
attributes[NORMAL] = &MeshT::VertexT::normal;
attributes[MAPPING] = &MeshT::VertexT::mapping;
}
}
{
Shared<MeshT> mesh = new MeshT;
Generate::plane(*mesh, Vec2(9.6, 9.6));
mesh->layout = Geometry::TRIANGLE_FAN;
_floor_mesh_buffer = new MeshBufferT(mesh);
{
auto binding = _floor_mesh_buffer->vertex_array().binding();
// Attach indices
binding.attach(_floor_mesh_buffer->index_buffer());
// Attach attributes
auto attributes = binding.attach(_floor_mesh_buffer->vertex_buffer());
attributes[POSITION] = &MeshT::VertexT::position;
attributes[NORMAL] = &MeshT::VertexT::normal;
attributes[MAPPING] = &MeshT::VertexT::mapping;
}
}
{
Shared<MeshT> mesh = new MeshT;
Generate::plane(*mesh, Vec2(9.6, 9.6));
mesh->layout = Geometry::TRIANGLE_FAN;
Mat44 transform = IDENTITY;
transform = transform.translated_matrix(Vec3(-10, 0, 10));
transform = transform * transform.rotating_matrix_around_y(R90);
mesh->apply(transform);
_wall_mesh_buffer = new MeshBufferT(mesh);
{
auto binding = _wall_mesh_buffer->vertex_array().binding();
// Attach indices
binding.attach(_wall_mesh_buffer->index_buffer());
// Attach attributes
auto attributes = binding.attach(_wall_mesh_buffer->vertex_buffer());
attributes[POSITION] = &MeshT::VertexT::position;
attributes[NORMAL] = &MeshT::VertexT::normal;
//.........这里部分代码省略.........