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⨍ Functions 483◇ Types & classes 105

↓ 1 callersMethodweight

(&self, x: f32, y: f32)

src/film/filter/gaussian.rs:33

↓ 1 callersFunctionworker_node

src/main.rs:148

Add two normals together

src/linalg/normal.rs:46

Add two matrices together

src/linalg/matrix4.rs:219

Add two points together

src/linalg/point.rs:39

Add two quaternions

src/linalg/quaternion.rs:118

Add two vectors together

src/linalg/vector.rs:41

Add two colors together

src/film/color.rs:82

Methodadd_pixels

Add the floating point RGBAf32 pixels to the image. It is assumed that `pixels` contains a `dim.0` by `dim.1` pixel image.

src/film/image.rs:21

Get an EnumSet containing all flags for all BxDFs. This would be all types of BRDFs and BTDFs

src/bxdf/mod.rs:65

Get an EnumSet containing all flags for reflective BxDFs (eg. BRDFs)

src/bxdf/mod.rs:52

Get an EnumSet containing all flags for transmissive BxDFs (eg. BTDFs)

src/bxdf/mod.rs:58

Methodall_types

Get an EnumSet containing all flags for the different types of BxDFs: Diffuse, Glossy, Specular

src/bxdf/mod.rs:44

Methodanimated_fov

Create a camera with some orientation in the world specified by `cam_world` and an animated perspective projection with `fov`. The render target dimen

src/film/camera.rs:97

Functionarctan_theta

Compute the value of arctan theta for a vector in shading space

src/bxdf/mod.rs:146

Create a new area light using the geometry passed to emit light TODO: We need sample methods for geometry to do this We also need MIS in the path trac

src/geometry/emitter.rs:94

Methodarea_light

Create an instance of the geometry in the scene that will emit and receive light

src/geometry/instance.rs:84

Create a black color

src/film/color.rs:34

(&self, start: f32, end: f32)

src/geometry/emitter.rs:154

(&self, start: f32, end: f32)

src/geometry/receiver.rs:55

(&self, _: f32, _: f32)

src/geometry/disk.rs:79

(&self, start: f32, end: f32)

src/geometry/instance.rs:130

(&self, start: f32, end: f32)

src/geometry/animated_mesh.rs:137

(&self, _: f32, _: f32)

src/geometry/rectangle.rs:67

(&self, start: f32, end: f32)

src/geometry/mesh.rs:88

(&self, _: f32, _: f32)

src/geometry/sphere.rs:85

Methodbroadcast

Initialize the normal with the same value of x, y, z

src/linalg/normal.rs:21

Methodbroadcast

Initialize the point with the same value of x, y, z

src/linalg/point.rs:19

Methodbroadcast

Initialize the vector with the same value of x, y, z

src/linalg/vector.rs:20

Methodbroadcast

Create an RGB color using the same value for all channels

src/film/color.rs:30

(&self, hit: &Intersection<'a, 'b>, alloc: &'c Allocator)

src/material/metal.rs:56

(&'a self, hit: &Intersection<'a, 'b>, alloc: &'c Allocator)

src/material/matte.rs:52

(&self, hit: &Intersection<'a, 'b>, alloc: &'c Allocator)

src/material/rough_glass.rs:57

(&'a self, hit: &Intersection<'a, 'b>, alloc: &'c Allocator)

src/material/specular_metal.rs:49

(&'a self, hit: &Intersection<'a, 'b>, alloc: &'c Allocator)

src/material/glass.rs:51

(&self, hit: &Intersection<'a, 'b>, alloc: &'c Allocator)

src/material/plastic.rs:59

Construct the BVH tree using SAH splitting heuristic to determine split locations returns the root node of the subtree constructed over the slice of g

src/geometry/bvh.rs:139

Methodbuild_leaf

Construct a new leaf node containing the passed geometry. Indices will be added to `ordered_geom` to instruct how the flattened tree should be placed

src/geometry/bvh.rs:236

Methodbxdf_type

src/bxdf/lambertian.rs:26

Methodbxdf_type

src/bxdf/torrance_sparrow.rs:34

Methodbxdf_type

src/bxdf/microfacet_transmission.rs:59

Methodbxdf_type

src/bxdf/specular_transmission.rs:28

Methodbxdf_type

src/bxdf/specular_reflection.rs:28

Methodbxdf_type

src/bxdf/oren_nayar.rs:37

Methodchild_segment

Create a child ray segment from `o + min_t * d` to `o + max_t * d`

src/linalg/ray.rs:38

Functioncos_hemisphere_pdf

Compute the PDF of the cosine weighted hemisphere sampling

Methoddecompose

Decompose the transformation into its component translation, rotation and scaling operations.

src/linalg/keyframe.rs:32

Methoddimensions

src/sampler/ld.rs:67

Methoddimensions

src/sampler/uniform.rs:48

Methoddimensions

src/sampler/adaptive.rs:120

Methoddimensions

Get the dimensions of the render target

src/film/render_target.rs:181

Compute the distance between this point and another

src/linalg/point.rs:31

Divide the normals components by the right hand side's components

src/linalg/normal.rs:86

Divide the points components by the right hand side's components

src/linalg/point.rs:95

Divide the quaternion by a scalar

src/linalg/quaternion.rs:150

Divide the vectors components by the right hand side's components

src/linalg/vector.rs:89

Divide the channels of one color by another

src/film/color.rs:122

(&self, other: &ColorKeyframe)

src/film/animated_color.rs:32

(&self, _: &Vector, _: &Vector)

src/bxdf/lambertian.rs:32

(&self, w_oi: &Vector, w_ii: &Vector)

src/bxdf/merl.rs:47

We'll never exactly hit the specular transmission direction with some pair so this just returns black. Use `sample` instead

src/bxdf/specular_transmission.rs:36

We'll never exactly hit the specular reflection direction with some pair so this just returns black. Use `sample` instead

src/bxdf/specular_reflection.rs:36

(&self, w_o: &Vector, w_i: &Vector)

src/bxdf/oren_nayar.rs:43

Return the color with values { e^r, e^g, e^b }

src/film/color.rs:73

Methodflatten_tree

Flatten the BVH sub-tree pointed too by the node passed into the vec passed Returns the index that the node was inserted at in the tree

src/geometry/bvh.rs:248

Methodfrom_iter

Create the matrix using the values from the iterator. The iterator should return the rows of the matrix one after another. The first 16 values returne

src/linalg/matrix4.rs:193

Construct a transform from an existing matrix

src/linalg/transform.rs:24

Methodfrom_matrix

Construct a quaternion from the rotation matrix Based on Shoemake 1991

src/linalg/quaternion.rs:25

Methodfrom_pair

Construct a transform from an existing matrix/inverse pair

src/linalg/transform.rs:28

Methodfrom_parts

Construct the keyframe from the decomposed transformation

src/linalg/keyframe.rs:27

Methodfrom_transform

Construct the quaternion from the transform

src/linalg/quaternion.rs:61

src/bxdf/mod.rs:87

Methodget_region

src/sampler/uniform.rs:52

Methodget_region

src/sampler/adaptive.rs:124

Methodget_renderf32

Get the raw floating point framebuffer

src/film/render_target.rs:243

Methodget_samples

(&mut self, samples: &mut Vec<(f32, f32)>, _: &mut StdRng)

src/sampler/uniform.rs:23

Methodget_samples

(&mut self, samples: &mut Vec<(f32, f32)>, rng: &mut StdRng)

src/sampler/adaptive.rs:82

Methodget_samples_1d

(&mut self, samples: &mut [f32], rng: &mut StdRng)

src/sampler/uniform.rs:41

Methodget_samples_1d

(&mut self, samples: &mut [f32], rng: &mut StdRng)

src/sampler/adaptive.rs:113

Methodget_samples_2d

(&mut self, samples: &mut [(f32, f32)], rng: &mut StdRng)

src/sampler/uniform.rs:35

Methodget_transform

Get the transform to place the receiver into world space

src/geometry/receiver.rs:45

Methodget_transform

Get the transform for this instance

src/geometry/instance.rs:114

Methodhalf_vector

(w_o: &Vector, w_i: &Vector, eta: (f32, f32))

src/bxdf/microfacet_transmission.rs:53

Check if any of the color channels are infinite

src/film/color.rs:55

src/linalg/matrix4.rs:178

Check if any of the color channels are NaN

src/film/color.rs:51

Methodhas_scale

Returns true if the transform has applies a scaling

src/linalg/transform.rs:141

src/film/filter/mitchell_netravali.rs:58

Construct the identity transformation

src/linalg/transform.rs:17

Return the identity matrix

src/linalg/matrix4.rs:17

Construct an identity quaternion

src/linalg/quaternion.rs:20

Methodillumination

(&self, _: &Scene, _: &[&Emitter], _: &Ray, hit: &Intersection, _: &mut Sampler, _: &mut S

src/integrator/normals_debug.rs:28

Methodillumination

(&self, scene: &Scene, light_list: &[&Emitter], ray: &Ray, hit: &Intersection, sampler: &m

src/integrator/whitted.rs:41

Access the BBox's min/max points by index - 0 = min - 1 = max

src/geometry/bbox.rs:113

Access the normal by index - 0 = x - 1 = y - 2 = z

src/linalg/normal.rs:114

Access the point by index - 0 = x - 1 = y - 2 = z

src/linalg/point.rs:123

Access the vector by index - 0 = x - 1 = y - 2 = z

src/linalg/vector.rs:117

Access the channels by index - 0 = r - 1 = g - 2 = b - 3 = a

src/film/color.rs:151

Methodindex_mut

Access the BBox's min/max points by index - 0 = min - 1 = max

src/geometry/bbox.rs:127

Methodindex_mut

Access the normal by index - 0 = x - 1 = y - 2 = z

src/linalg/normal.rs:130

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