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⨍ Functions 483◇ Types & classes 105

(&self, p: &Point, w_i: &Vector)

src/geometry/disk.rs:97

Compute the PDF that the ray from `p` with direction `w_i` intersects the shape. This is the same as disk for computing PDF, we just use the rectangle

src/geometry/rectangle.rs:91

Compute the PDF that the ray from `p` with direction `w_i` intersects the shape

src/geometry/sphere.rs:131

(&self, w_h: &Vector)

src/bxdf/microfacet/beckmann.rs:47

(&self, w_h: &Vector)

src/bxdf/microfacet/ggx.rs:44

Methodperspective

Construct a perspective transformation

src/linalg/transform.rs:126

Methodpoint_light

Create a point light at the origin that is transformed by `transform` to its location in the world

src/geometry/instance.rs:90

Methodprint_tree

(&self, depth: usize)

src/geometry/bvh.rs:366

(&mut self, event_loop: &mut EventLoop<Master>, token: Token, event: EventSet)

src/exec/distrib/master.rs:199

Create an instance of the geometry in the scene that will only receive light.

src/geometry/instance.rs:79

Methodreport_results

Let the sampler inspect the results of sampling the pixel so it can determine if more samples should be taken. Returns true if these samples are ok to

src/sampler/mod.rs:48

Construct a transform to rotate about `axis` by `deg` degrees

src/linalg/transform.rs:91

Construct a transform to rotate `deg` degrees about the x axis

src/linalg/transform.rs:58

Construct a transform to rotate `deg` degrees about the y axis

src/linalg/transform.rs:69

Construct a transform to rotate `deg` degrees about the z axis

src/linalg/transform.rs:80

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

src/geometry/rectangle.rs:81

Sample the object using the probability density of the solid angle from `p` to the sampled point on the surface. Returns the sampled point and the sur

src/geometry/sphere.rs:99

(&self, w_o: &Vector, samples: &(f32, f32))

src/bxdf/torrance_sparrow.rs:56

Sample an incident light direction for an outgoing light direction `w_o`. `samples` will be used to randomly sample a direction for the outgoing light

src/bxdf/mod.rs:102

(&self, w_o: &Vector, samples: &(f32, f32))

src/bxdf/microfacet_transmission.rs:84

Sampling the specular BTDF just returns the specular transmission direction for the light leaving along `w_o`

src/bxdf/specular_transmission.rs:39

Sampling the specular BRDF just returns the specular reflection direction for the light leaving along `w_o`

src/bxdf/specular_reflection.rs:39

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

src/bxdf/microfacet/beckmann.rs:36

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

src/bxdf/microfacet/ggx.rs:37

Methodsample_color

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

src/texture/image.rs:42

Methodsample_color

(&self, u: f32, v: f32, time: f32)

src/texture/animated_image.rs:47

Methodsample_f32

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

src/texture/image.rs:36

Methodsample_f32

(&self, u: f32, v: f32, time: f32)

src/texture/animated_image.rs:36

Construct a transform to scale x, y and z by the values in the vector

src/linalg/transform.rs:45

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

src/linalg/ray.rs:30

Methodselect_block

(&mut self, start: (u32, u32))

src/sampler/uniform.rs:49

Methodselect_block

(&mut self, start: (u32, u32))

src/sampler/adaptive.rs:121

Methodset_transform

Set the transform to place the receiver into world space

src/geometry/receiver.rs:49

Methodset_transform

Set the transform for this instance

src/geometry/instance.rs:121

Methodshadowing_masking

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

src/bxdf/microfacet/beckmann.rs:50

Create a new box containing only the point passed

src/geometry/bbox.rs:23

Create a new box spanning [min, max]

src/geometry/bbox.rs:27

Get an EnumSet containing flags for all types of specular BxDFs

src/bxdf/mod.rs:67

Functionspherical_dir_coords

Compute the direction specified by `theta` and `phi` in the coordinate system formed by `x`, `y` and `z`

src/linalg/mod.rs:61

(img_dim: (usize, usize))

src/exec/distrib/master.rs:39

Methodstart_workers

Create a new master that will contact the worker nodes passed and send instructions on what parts of the scene to start rendering

src/exec/distrib/master.rs:88

Subtract two normals

src/linalg/normal.rs:54

Subtract two matrices

src/linalg/matrix4.rs:227

Subtract two points to get the vector between them

src/linalg/point.rs:55

Subtract two quaternions

src/linalg/quaternion.rs:126

Subtract two vectors

src/linalg/vector.rs:49

Subtract the two colors

src/film/color.rs:90

Get the tag for this instance

src/geometry/instance.rs:107

Functiontest_add

src/linalg/matrix4.rs:266

Functiontest_cross

src/linalg/mod.rs:130

Functiontest_distance_sqr

src/linalg/point.rs:166

Functiontest_dot

src/linalg/mod.rs:138

Functiontest_face_fwd

src/linalg/normal.rs:141

Functiontest_idx

src/linalg/vector.rs:150

Functiontest_len_sqr

src/linalg/vector.rs:144

Functiontest_mul

src/linalg/matrix4.rs:290

Functiontest_mult_sanity

src/linalg/transform.rs:285

Functiontest_partition

src/partition.rs:42

Methodtest_points

Create an occlusion tester to perform the test between two points

src/light/mod.rs:21

Create an occlusion tester to perform the test along the ray starting at `p` and in direction `d`

src/light/mod.rs:26

Functiontest_rotate

src/linalg/transform.rs:372

Functiontest_rotate_x

src/linalg/transform.rs:315

Functiontest_rotate_y

src/linalg/transform.rs:334

Functiontest_rotate_z

src/linalg/transform.rs:353

Functiontest_scale

src/linalg/transform.rs:305

Functiontest_sub

src/linalg/matrix4.rs:278

Functiontest_translate

src/linalg/transform.rs:295

Methodto_transform

Get the rotation transform described by this quaternion

src/linalg/quaternion.rs:86

src/bxdf/mod.rs:86

Methodtranslate

Construct a transformation matrix to translate by the vector

src/linalg/transform.rs:32

Methodunanimated

Create a new non-animated BVH holding the geometry

src/geometry/bvh.rs:29

Methodunanimated

(transform: &Transform)

src/linalg/animated_transform.rs:34

Functionuniform_sample_cone

Uniformly sample a direction in a cone with max angle `cos_theta_max` where the cone lies along the z-axis

Methodupdate_deformation

Have the object recompute its bounds for the time range. In the case of deforming geometry this can rebuild acceleration structures for example.

src/geometry/mod.rs:73

Methodupdate_deformation

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

src/geometry/animated_mesh.rs:140

Methodupdate_frame

Advance the time the scene is currently displaying to the time range passed

src/scene.rs:152

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

src/film/filter/mitchell_netravali.rs:53

src/film/filter/mitchell_netravali.rs:56

Methodwith_alpha

Create an RGB color

src/film/color.rs:26

Methodwith_keyframes

Create an animated transformation blending between the passed keyframes

src/linalg/animated_transform.rs:22

Methodwith_keyframes

Create an animated transform that will blend between the passed keyframes

src/film/animated_color.rs:47

Methodwith_normal

Setup the differential geometry using the normal passed for the surface normal

src/geometry/differential_geometry.rs:49

Return the zero matrix

src/linalg/matrix4.rs:13

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