Functions — github.com/Twinklebear/tray_rust

CodeHub MCPcopy Create free account

hub / github.com/Twinklebear/tray_rust / functions

Functions483 in github.com/Twinklebear/tray_rust

⨍ Functions 483◇ Types & classes 105

Methodindex_mut

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

src/linalg/point.rs:155

Methodindex_mut

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

src/linalg/vector.rs:133

Methodindex_mut

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

src/film/color.rs:169

Construct a new flattened interior node

src/geometry/bvh.rs:299

Methodinterpolate

(&self, other: &Keyframe, t: f32)

src/linalg/keyframe.rs:67

Methodintersect

Test the ray for intersection against this insance of geometry. returns Some(Intersection) if an intersection was found and None if not. If an interse

src/geometry/emitter.rs:118

Methodintersect

Test the ray for intersection against this insance of geometry. returns Some(Intersection) if an intersection was found and None if not. If an interse

src/geometry/receiver.rs:29

Methodintersect

Test the ray for intersection against this insance of geometry. returns Some(Intersection) if an intersection was found and None if not. If an interse

src/geometry/instance.rs:96

Methodintersect

(&self, ray: &mut linalg::Ray)

src/geometry/animated_mesh.rs:131

Methodintersect

(&self, ray: &mut linalg::Ray)

src/geometry/mesh.rs:82

Methodinv_height

src/film/filter/mitchell_netravali.rs:59

Methodinv_mul_normal

Multiply the normal with the inverse transformation

src/linalg/transform.rs:174

Methodinv_width

src/film/filter/mitchell_netravali.rs:57

Compute the Jacobian for the change of variables (see [Walter et al 07] section 4.2), here we compute equation 17 in that section.

src/bxdf/microfacet_transmission.rs:43

Construct a new flattened leaf node

src/geometry/bvh.rs:303

Methodlisten_for_master

Listen on the worker `PORT` for the master to contact us and send us instructions about the scene we should render and what parts of it we've been ass

src/exec/distrib/worker.rs:37

Methodload_file

src/scene.rs:101

Methodload_file

Create a new MERL BRDF by loading the refletance data from a MERL BRDF database file

src/material/merl.rs:51

Load all the meshes defined in an OBJ file and return them in a hashmap that maps the model's name in the file to its loaded mesh. TODO: Don't build t

src/geometry/mesh.rs:50

Construct the look at transform for a camera at `pos` looking at the point `center` oriented with up vector `up`

src/linalg/transform.rs:112

src/main.rs:168

examples/plane.rs:16

examples/sphere.rs:16

Methodmap_index

Re-map values from an angular value to the index in the MERL data table

src/bxdf/merl.rs:35

src/sampler/uniform.rs:46

src/sampler/adaptive.rs:118

Compose two transformations

src/linalg/transform.rs:194

Multiply two normals

src/linalg/normal.rs:62

Multiply two matrices

src/linalg/matrix4.rs:235

Scale the point by some value

src/linalg/point.rs:71

Multiply the quaternion by a scalar

src/linalg/quaternion.rs:134

Compose the animated transformations

src/linalg/animated_transform.rs:81

Multiply two vectors

src/linalg/vector.rs:57

Multiply the two colors

src/film/color.rs:98

Negate the normal

src/linalg/normal.rs:102

Negate the point

src/linalg/point.rs:111

Negate the quaternion

src/linalg/quaternion.rs:158

Negate the vector

src/linalg/vector.rs:105

Negate the color channels

src/film/color.rs:138

Create a new instance of some geometry in the scene

src/geometry/receiver.rs:22

Create a new disk with some inner and outer radius

src/geometry/disk.rs:36

Setup the differential geometry. Note that the normal will be computed using cross(dp_du, dp_dv)

src/geometry/differential_geometry.rs:32

(positions: Vec<Arc<Vec<Point>>>, normals: Vec<Arc<Vec<Normal>>>, texcoords: Vec<Arc<Vec<Point>

src/geometry/animated_mesh.rs:45

Create a new degenerate box

src/geometry/bbox.rs:19

Construct the Intersection from a potential hit stored in a Option<DifferentialGeometry>. Returns None if `dg` is None or if the instance member of `d

src/geometry/intersection.rs:25

Create a new rectangle with the desired width and height

src/geometry/rectangle.rs:32

Create a new Mesh from the triangles described in the buffers passed This data could come from an OBJ file via [tobj](https://github.com/Twinklebear/t

src/geometry/mesh.rs:38

Create a new BVH using a SAH construction algorithm which holds the scene geometry for some time period.

src/geometry/bvh.rs:34

Create a sphere with the desired radius

src/geometry/sphere.rs:27

Create a new Dielectric Fresnel term for the boundary between two objects. `eta_i`: refractive index of the material the light is coming from. `eta_t`

src/bxdf/fresnel.rs:46

Create a new Lambertian BRDF with the desired reflective color property

src/bxdf/lambertian.rs:20

Create a new Torrance Sparrow microfacet BRDF

src/bxdf/torrance_sparrow.rs:27

Create a new transmissive microfacet BRDF

src/bxdf/microfacet_transmission.rs:27

Create a MERL BRDF to use data loaded from a MERL BRDF data file

src/bxdf/merl.rs:31

Create a new BSDF using the BxDFs passed to shade the differential geometry with refractive index `eta`

src/bxdf/bsdf.rs:38

Create a specularly transmissive BTDF with the color and Fresnel term

src/bxdf/specular_transmission.rs:22

Create a specularly reflective BRDF with the reflective color and Fresnel term

src/bxdf/specular_reflection.rs:22

Create a new Oren-Nayar BRDF with the desired color and roughness `roughness` should be the variance of the Gaussian describing the microfacet distrib

src/bxdf/oren_nayar.rs:26

Create a new Beckmann distribution with the desired width

src/bxdf/microfacet/beckmann.rs:19

Create a new GGX distribution with the desired width

src/bxdf/microfacet/ggx.rs:20

Initialize the normal and set values for x, y, z

src/linalg/normal.rs:17

Construct a new keyframe transformation, The transform will be stored in a decomposed form, M = TRS.

src/linalg/keyframe.rs:22

Create the matrix using the values passed

src/linalg/matrix4.rs:26

Initialize the point and set values for x, y, z

src/linalg/point.rs:15

Initialize the vector and set values for x, y, z

src/linalg/vector.rs:16

Create a new ray from `o` heading in `d` with infinite length

src/linalg/ray.rs:26

src/texture/mod.rs:47

(img: image::DynamicImage)

src/texture/image.rs:14

(frames: Vec<(f32, Image)>)

src/texture/animated_image.rs:15

Create a new multithreaded renderer which will use `num_threads` to render the image

src/exec/multithreaded.rs:26

(out_path: PathBuf, scene_file: String, spp: usize, num_threads: u32, frame_info: FrameInfo, se

src/exec/mod.rs:31

(scene: &str, frames: (usize, usize), block_start: usize, block_count: usize)

src/exec/distrib/mod.rs:67

src/exec/distrib/master.rs:59

Create a new metal material specifying the reflectance properties of the metal

src/material/metal.rs:44

Create a new Matte material with the desired diffuse color and roughness

src/material/matte.rs:41

Create the `RoughGlass` material with the desired color and index of refraction `reflect`: color of reflected light `transmit`: color of transmitted l

src/material/rough_glass.rs:47

Create a new specular metal with the desired metal properties. `eta`: refractive index of the metal `k`: absorption coefficient of the metal

src/material/specular_metal.rs:41

Create the glass material with the desired color and index of refraction `reflect`: color of reflected light `transmit`: color of transmitted light `e

src/material/glass.rs:43

Create a new plastic material specifying the diffuse and glossy colors along with the roughness of the surface

src/material/plastic.rs:46

Create a new path integrator with the min and max length desired for paths

src/integrator/path.rs:39

Create a new Whitted integrator with the desired maximum recursion depth for rays

src/integrator/whitted.rs:37

Create a new sample taking the 2D sample values from the slice

src/sampler/mod.rs:63

Create a low discrepancy sampler to sample the image in `dim.0 * dim.1` sized blocks

src/sampler/ld.rs:21

Create a block queue for the image with dimensions `img`. Panics if the image is not evenly broken into blocks of dimension `dim`

src/sampler/block_queue.rs:28

Create a uniform sampler to sample the image in `dim.0 * dim.1` sized blocks

src/sampler/uniform.rs:17

Create a low discrepancy sampler to sample the image in `dim.0 * dim.1` sized blocks

src/sampler/adaptive.rs:34

(frames: usize, time: f32, start: usize, end: usize)

src/film/mod.rs:32

(color: &Colorf, time: f32)

src/film/animated_color.rs:16

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

src/film/camera.rs:64

Create an RGB color

src/film/color.rs:22

(dimensions: (usize, usize))

src/film/image.rs:15

(x: f32, y: f32, color: Colorf)

src/film/render_target.rs:23

(w: f32, h: f32, b: f32, c: f32)

src/film/filter/mitchell_netravali.rs:22

(w: f32, h: f32, alpha: f32)

src/film/filter/gaussian.rs:21

Methodnon_specular

Get an EnumSet containing flags for all non-specular BxDFs

src/bxdf/mod.rs:75

src/scene.rs:51

Methodnormalized

Get a normalized copy of this vector

src/linalg/vector.rs:32

Methodnum_bxdfs

Return the total number of BxDFs

src/bxdf/bsdf.rs:46

Find the position of the point relative to the box, with `min` being the origin

src/geometry/bbox.rs:63

Initialize a point to be all 0 values

src/linalg/point.rs:23

← previous next →301–400 of 483, ranked by callers