Struct rs_pbrt::integrators::bdpt::Vertex

pub struct Vertex<'a> { /* private fields */ }

Implementations

impl<'a> Vertex<'a>

pub fn new( vertex_type: VertexType, ei: EndpointInteraction<'a>, beta: &Spectrum ) -> Self

pub fn create_camera_from_ray( camera: &'a Arc<Camera>, ray: &Ray, beta: &Spectrum ) -> Vertex<'a>

pub fn create_camera_from_interaction( camera: &'a Arc<Camera>, it: &InteractionCommon, beta: &Spectrum ) -> Vertex<'a>

pub fn create_surface_interaction( si: SurfaceInteraction<'a>, beta: &Spectrum, pdf: Float, prev: &Vertex<'_> ) -> Vertex<'a>

pub fn create_medium_interaction( mi: MediumInteraction, beta: &Spectrum, pdf: Float, prev: &Vertex<'_> ) -> Vertex<'a>

pub fn create_light_interaction( ei: EndpointInteraction<'a>, beta: &Spectrum, pdf: Float ) -> Vertex<'a>

pub fn create_light( light: &'a Arc<Light>, ray: &Ray, nl: &Normal3f, le: &Spectrum, pdf: Float ) -> Vertex<'a>

pub fn p(&self) -> Point3f

pub fn time(&self) -> Float

pub fn ng(&self) -> Normal3f

pub fn ns(&self) -> Normal3f

pub fn is_on_surface(&self) -> bool

pub fn f(&self, next: &Vertex<'_>, mode: TransportMode) -> Spectrum

pub fn is_connectible(&self) -> bool

pub fn is_light(&self) -> bool

pub fn is_delta_light(&self) -> bool

pub fn is_infinite_light(&self) -> bool

pub fn le(&self, scene: &Scene, v: &Vertex<'_>) -> Spectrum

pub fn convert_density(&self, pdf: Float, next: &Vertex<'_>) -> Float

pub fn pdf( &self, scene: &Scene, prev: Option<&Vertex<'_>>, next: &Vertex<'_> ) -> Float

pub fn pdf_light(&self, scene: &Scene, v: &Vertex<'_>) -> Float

pub fn pdf_light_origin( &self, scene: &Scene, v: &Vertex<'_>, light_distr: Arc<Distribution1D> ) -> Float