Struct multiview::Multiview

pub(crate) struct Multiview {
    pub(crate) perspective_projection: bool,
    pub(crate) camera_control: CameraControl,
    pub(crate) camera_position: Vec3,
    pub(crate) model_mesh_instances: Vec<GpuMeshInstance>,
    pub(crate) mesh_instance_positions_and_colors: Vec<(Vec3, Color32)>,
    pub(crate) random_points_positions: Vec<Vec3>,
    pub(crate) random_points_radii: Vec<Size>,
    pub(crate) random_points_colors: Vec<Color32>,
    pub(crate) take_screenshot_next_frame_for_view: Option<u32>,
}

Fields

perspective_projection: bool

camera_control: CameraControl

camera_position: Vec3

model_mesh_instances: Vec<GpuMeshInstance>

mesh_instance_positions_and_colors: Vec<(Vec3, Color32)>

random_points_positions: Vec<Vec3>

random_points_radii: Vec<Size>

random_points_colors: Vec<Color32>

take_screenshot_next_frame_for_view: Option<u32>

Implementations

impl Multiview

pub(crate) fn draw_view<D: 'static + DrawData + Sync + Send + Clone>( &self, re_ctx: &RenderContext, target_cfg: TargetConfiguration, skybox: GenericSkyboxDrawData, draw_data: D, index: u32, ) -> Result<(ViewBuilder, CommandBuffer)>

Trait Implementations

impl Example for Multiview

fn title() -> &'static str

fn new(re_ctx: &RenderContext) -> Self

fn draw( &mut self, re_ctx: &RenderContext, resolution: [u32; 2], time: &Time, pixels_per_point: f32, ) -> Result<Vec<ViewDrawResult>>

fn on_key_event(&mut self, input: KeyEvent)

fn on_cursor_moved(&mut self, _position_in_pixel: UVec2)