SYMBOL INDEX (696 symbols across 60 files)

FILE: benches/io.rs
  constant GAUSSIAN_COUNTS (line 10) | const GAUSSIAN_COUNTS: [usize; 4] = [
  function gaussian_cloud_3d_decode_benchmark (line 15) | fn gaussian_cloud_3d_decode_benchmark(c: &mut Criterion) {
  function gaussian_cloud_4d_decode_benchmark (line 30) | fn gaussian_cloud_4d_decode_benchmark(c: &mut Criterion) {
  function khr_gltf_scene_encode_benchmark (line 45) | fn khr_gltf_scene_encode_benchmark(c: &mut Criterion) {

FILE: examples/headless.rs
  type MainWorldReceiver (line 46) | struct MainWorldReceiver(Receiver<Vec<u8>>);
  type RenderWorldSender (line 49) | struct RenderWorldSender(Sender<Vec<u8>>);
  type CaptureController (line 52) | struct CaptureController {
    method new (line 59) | pub fn new(width: u32, height: u32) -> Self {
  function main (line 68) | fn main() {
  function setup_gaussian_cloud (line 95) | fn setup_gaussian_cloud(
  type ImageCopyPlugin (line 194) | pub struct ImageCopyPlugin;
  method build (line 197) | fn build(&self, app: &mut App) {
  type CaptureFramePlugin (line 218) | pub struct CaptureFramePlugin;
  method build (line 221) | fn build(&self, app: &mut App) {
  type ImageCopier (line 227) | struct ImageCopier {
    method new (line 234) | pub fn new(src_image: Handle<Image>, size: Extent3d, render_device: &R...
    method enabled (line 251) | pub fn enabled(&self) -> bool {
  type ImageCopiers (line 257) | struct ImageCopiers(Vec<ImageCopier>);
  function extract_image_copiers (line 259) | fn extract_image_copiers(mut commands: Commands, image_copiers: Extract<...
  type ImageCopy (line 265) | struct ImageCopy;
  type ImageCopyDriver (line 268) | struct ImageCopyDriver;
    method run (line 271) | fn run(
  function receive_image_from_buffer (line 325) | fn receive_image_from_buffer(
  type ImageToSave (line 355) | struct ImageToSave(Handle<Image>);
  function save_captured_frame (line 357) | fn save_captured_frame(

FILE: examples/minimal.rs
  function main (line 3) | fn main() {

FILE: examples/multi_camera.rs
  function multi_camera_app (line 16) | fn multi_camera_app() {
  function setup_multi_camera (line 59) | pub fn setup_multi_camera(
  function press_s_to_spawn_camera (line 189) | fn press_s_to_spawn_camera(
  type CameraPosition (line 224) | struct CameraPosition {
  function set_camera_viewports (line 228) | fn set_camera_viewports(
  function esc_close (line 247) | fn esc_close(keys: Res<ButtonInput<KeyCode>>, mut exit: MessageWriter<Ap...
  function main (line 253) | pub fn main() {

FILE: src/camera.rs
  type GaussianCamera (line 7) | pub struct GaussianCamera {
  type GaussianCameraPlugin (line 12) | pub struct GaussianCameraPlugin;
  method build (line 15) | fn build(&self, app: &mut App) {
  function apply_camera_warmup (line 23) | fn apply_camera_warmup(mut cameras: Query<&mut GaussianCamera>) {

FILE: src/gaussian/cloud.rs
  type CloudPlugin (line 15) | pub struct CloudPlugin<R: PlanarSync> {
  type CloudVisibilityClass (line 19) | pub struct CloudVisibilityClass;
  function add_planar_class (line 21) | fn add_planar_class(world: DeferredWorld, ctx: HookContext) {
  method build (line 30) | fn build(&self, app: &mut App) {
  function calculate_bounds (line 45) | pub fn calculate_bounds<R: PlanarSync>(

FILE: src/gaussian/covariance.rs
  function compute_covariance_3d (line 4) | pub fn compute_covariance_3d(rotation: Vec4, scale: Vec3) -> [f32; 6] {

FILE: src/gaussian/f16.rs
  type RotationScaleOpacityPacked128 (line 30) | pub struct RotationScaleOpacityPacked128 {
    method from_gaussian (line 38) | pub fn from_gaussian(gaussian: &Gaussian3d) -> Self {
    method rotation (line 57) | pub fn rotation(&self) -> Rotation {
    method scale_opacity (line 66) | pub fn scale_opacity(&self) -> ScaleOpacity {
    method from (line 78) | fn from(rotation_scale_opacity: [f32; 8]) -> Self {
    method from (line 93) | fn from(rotation_scale_opacity: [f16; 8]) -> Self {
    method from (line 108) | fn from(rotation_scale_opacity: [u32; 4]) -> Self {
  type Covariance3dOpacityPacked128 (line 131) | pub struct Covariance3dOpacityPacked128 {
    method from_gaussian (line 138) | pub fn from_gaussian(gaussian: &Gaussian3d) -> Self {
    method covariance_3d_opacity (line 154) | pub fn covariance_3d_opacity(&self) -> Covariance3dOpacity {
    method from (line 172) | fn from(cov3d_opacity: [u32; 4]) -> Self {
  type IsotropicRotations (line 195) | pub struct IsotropicRotations {
    method from_gaussian (line 201) | pub fn from_gaussian(gaussian: &Gaussian4d) -> Self {
    method rotations (line 217) | pub fn rotations(&self) -> [Rotation; 2] {
    method from (line 236) | fn from(rotations: [u32; 4]) -> Self {
  function pack_f32s_to_u32 (line 244) | pub fn pack_f32s_to_u32(upper: f32, lower: f32) -> u32 {
  function pack_f16s_to_u32 (line 248) | pub fn pack_f16s_to_u32(upper: f16, lower: f16) -> u32 {
  function unpack_u32_to_f16s (line 254) | pub fn unpack_u32_to_f16s(value: u32) -> (f16, f16) {
  function unpack_u32_to_f32s (line 260) | pub fn unpack_u32_to_f32s(value: u32) -> (f32, f32) {

FILE: src/gaussian/f32.rs
  type Position (line 13) | pub type Position = [f32; 3];
  type PositionTimestamp (line 30) | pub struct PositionTimestamp {
    method from (line 36) | fn from(position_timestamp: [f32; 4]) -> Self {
  type PositionVisibility (line 53) | pub struct PositionVisibility {
    method from (line 68) | fn from(position_visibility: [f32; 4]) -> Self {
  method default (line 59) | fn default() -> Self {
  type Rotation (line 95) | pub struct Rotation {
    method from (line 100) | fn from(rotation: [f32; 4]) -> Self {
  type IsotropicRotations (line 120) | pub struct IsotropicRotations {
    method from_gaussian (line 126) | pub fn from_gaussian(gaussian: &Gaussian4d) -> Self {
    method rotations (line 136) | pub fn rotations(&self) -> [Rotation; 2] {
    method from (line 149) | fn from(rotations: [f32; 8]) -> Self {
  type ScaleOpacity (line 172) | pub struct ScaleOpacity {
    method from (line 178) | fn from(scale_opacity: [f32; 4]) -> Self {
  type TimestampTimescale (line 201) | pub struct TimestampTimescale {
    method from (line 208) | fn from(timestamp_timescale: [f32; 4]) -> Self {
  type Covariance3dOpacity (line 232) | pub struct Covariance3dOpacity {
    method from (line 239) | fn from(gaussian: &Gaussian3d) -> Self {

FILE: src/gaussian/formats/planar_3d.rs
  type Gaussian3d (line 45) | pub struct Gaussian3d {
  type Gaussian2d (line 56) | pub type Gaussian2d = Gaussian3d;
  type PackedType (line 88) | type PackedType = Gaussian3d;
  method visibility (line 90) | fn visibility(&self, index: usize) -> f32 {
  method visibility_mut (line 94) | fn visibility_mut(&mut self, index: usize) -> &mut f32 {
  method position_iter (line 98) | fn position_iter(&self) -> PositionIter<'_> {
  method position_par_iter (line 103) | fn position_par_iter(&self) -> crate::gaussian::iter::PositionParIter<'_> {
  method from_iter (line 109) | fn from_iter<I: IntoIterator<Item = Gaussian3d>>(iter: I) -> Self {
  method from (line 115) | fn from(packed: Vec<Gaussian3d>) -> Self {
  method sample (line 121) | fn sample<R: Rng + ?Sized>(&self, rng: &mut R) -> Gaussian3d {
  function random_gaussians_3d (line 171) | pub fn random_gaussians_3d(n: usize) -> PlanarGaussian3d {
  function random_gaussians_3d_seeded (line 182) | pub fn random_gaussians_3d_seeded(n: usize, seed: u64) -> PlanarGaussian...
  method test_model (line 194) | fn test_model() -> Self {
  method iter (line 255) | pub fn iter(&self) -> impl Iterator<Item = Gaussian3d> + '_ {

FILE: src/gaussian/formats/planar_4d.rs
  type Gaussian4d (line 40) | pub struct Gaussian4d {
  type PackedType (line 213) | type PackedType = Gaussian4d;
  method visibility (line 215) | fn visibility(&self, index: usize) -> f32 {
  method visibility_mut (line 219) | fn visibility_mut(&mut self, index: usize) -> &mut f32 {
  method position_iter (line 223) | fn position_iter(&self) -> PositionIter<'_> {
  method position_par_iter (line 228) | fn position_par_iter(&self) -> crate::gaussian::iter::PositionParIter<'_> {
  method from_iter (line 234) | fn from_iter<I: IntoIterator<Item = Gaussian4d>>(iter: I) -> Self {
  method from (line 240) | fn from(packed: Vec<Gaussian4d>) -> Self {
  method sample (line 246) | fn sample<R: Rng + ?Sized>(&self, rng: &mut R) -> Gaussian4d {
  function random_gaussians_4d (line 290) | pub fn random_gaussians_4d(n: usize) -> PlanarGaussian4d {
  function random_gaussians_4d_seeded (line 301) | pub fn random_gaussians_4d_seeded(n: usize, seed: u64) -> PlanarGaussian...
  method test_model (line 313) | fn test_model() -> Self {

FILE: src/gaussian/formats/planar_4d_hierarchy.rs
  type TemporalGaussianLevel (line 4) | pub struct TemporalGaussianLevel {
  type TemporalGaussianHierarchy (line 10) | pub struct TemporalGaussianHierarchy {

FILE: src/gaussian/interface.rs
  type CommonCloud (line 9) | pub trait CommonCloud
    method len_sqrt_ceil (line 15) | fn len_sqrt_ceil(&self) -> usize {
    method square_len (line 18) | fn square_len(&self) -> usize {
    method compute_aabb (line 22) | fn compute_aabb(&self) -> Option<Aabb3d> {
    method visibility (line 65) | fn visibility(&self, index: usize) -> f32;
    method visibility_mut (line 66) | fn visibility_mut(&mut self, index: usize) -> &mut f32;
    method position_iter (line 69) | fn position_iter(&self) -> PositionIter<'_>;
    method position_par_iter (line 72) | fn position_par_iter(&self) -> crate::gaussian::iter::PositionParIter<...
  type TestCloud (line 75) | pub trait TestCloud {
    method test_model (line 76) | fn test_model() -> Self;

FILE: src/gaussian/iter.rs
  type PositionIter (line 8) | pub struct PositionIter<'a> {
  function new (line 13) | pub fn new(slice: &'a [PositionVisibility]) -> Self {
  type Item (line 21) | type Item = &'a Position;
  method next (line 23) | fn next(&mut self) -> Option<Self::Item> {
  type PositionParIter (line 29) | pub struct PositionParIter<'a> {
  function new (line 35) | pub fn new(slice: &'a [PositionVisibility]) -> Self {
  type Item (line 44) | type Item = &'a Position;
  method drive_unindexed (line 46) | fn drive_unindexed<C>(self, consumer: C) -> C::Result
  method len (line 58) | fn len(&self) -> usize {
  method drive (line 62) | fn drive<C>(self, consumer: C) -> <C as Consumer<Self::Item>>::Result
  method with_producer (line 69) | fn with_producer<CB>(self, callback: CB) -> CB::Output

FILE: src/gaussian/settings.rs
  type DrawMode (line 7) | pub enum DrawMode {
  type GaussianMode (line 17) | pub enum GaussianMode {
  type PlaybackMode (line 27) | pub enum PlaybackMode {
  type RasterizeMode (line 38) | pub enum RasterizeMode {
  type GaussianColorSpace (line 50) | pub enum GaussianColorSpace {
  type CloudSettings (line 60) | pub struct CloudSettings {
  method default (line 80) | fn default() -> Self {
  type SettingsPlugin (line 103) | pub struct SettingsPlugin;
  method build (line 105) | fn build(&self, app: &mut App) {
  function playback_update (line 112) | fn playback_update(time: Res<Time>, mut query: Query<(&mut CloudSettings...

FILE: src/io/codec.rs
  type CloudCodec (line 4) | pub trait CloudCodec {
    method encode (line 5) | fn encode(&self) -> Vec<u8>;
    method decode (line 6) | fn decode(data: &[u8]) -> Self;
    method write_to_file (line 8) | fn write_to_file(&self, path: &str) {

FILE: src/io/gcloud/bincode2.rs
  method encode (line 12) | fn encode(&self) -> Vec<u8> {
  method decode (line 23) | fn decode(data: &[u8]) -> Self {
  method encode (line 33) | fn encode(&self) -> Vec<u8> {
  method decode (line 44) | fn decode(data: &[u8]) -> Self {
  function decode_gzip (line 53) | fn decode_gzip<T>(data: &[u8]) -> Result<T, bincode2::Error>
  function decode_raw (line 61) | fn decode_raw<T>(data: &[u8]) -> T

FILE: src/io/gcloud/flexbuffers.rs
  method encode (line 10) | fn encode(&self) -> Vec<u8> {
  method decode (line 18) | fn decode(data: &[u8]) -> Self {
  method encode (line 25) | fn encode(&self) -> Vec<u8> {
  method decode (line 33) | fn decode(data: &[u8]) -> Self {

FILE: src/io/loader.rs
  type Gaussian3dLoader (line 15) | pub struct Gaussian3dLoader;
  type Asset (line 18) | type Asset = PlanarGaussian3d;
  type Settings (line 19) | type Settings = ();
  type Error (line 20) | type Error = std::io::Error;
  method load (line 22) | async fn load(
  method extensions (line 63) | fn extensions(&self) -> &[&str] {
  type Gaussian4dLoader (line 69) | pub struct Gaussian4dLoader;
  type Asset (line 72) | type Asset = PlanarGaussian4d;
  type Settings (line 73) | type Settings = ();
  type Error (line 74) | type Error = std::io::Error;
  method load (line 76) | async fn load(
  method extensions (line 113) | fn extensions(&self) -> &[&str] {

FILE: src/io/mod.rs
  type IoPlugin (line 12) | pub struct IoPlugin;
  method build (line 14) | fn build(&self, app: &mut App) {

FILE: src/io/ply.rs
  constant MAX_SIZE_VARIANCE (line 21) | pub const MAX_SIZE_VARIANCE: f32 = 4.0;
  method new (line 24) | fn new() -> Self {
  method set_property (line 28) | fn set_property(&mut self, key: String, property: Property) {
  function parse_ply_3d (line 76) | pub fn parse_ply_3d(mut reader: &mut dyn BufRead) -> Result<PlanarGaussi...
  method new (line 135) | fn new() -> Self {
  method set_property (line 139) | fn set_property(&mut self, key: String, property: Property) {
  function parse_ply_4d (line 185) | pub fn parse_ply_4d(mut reader: &mut dyn BufRead) -> Result<PlanarGaussi...

FILE: src/io/scene.rs
  constant KHR_GAUSSIAN_SPLATTING_EXTENSION (line 28) | const KHR_GAUSSIAN_SPLATTING_EXTENSION: &str = "KHR_gaussian_splatting";
  constant ATTR_POSITION (line 30) | const ATTR_POSITION: &str = "POSITION";
  constant ATTR_COLOR_0 (line 31) | const ATTR_COLOR_0: &str = "COLOR_0";
  constant ATTR_ROTATION (line 32) | const ATTR_ROTATION: &str = "KHR_gaussian_splatting:ROTATION";
  constant ATTR_SCALE (line 33) | const ATTR_SCALE: &str = "KHR_gaussian_splatting:SCALE";
  constant ATTR_OPACITY (line 34) | const ATTR_OPACITY: &str = "KHR_gaussian_splatting:OPACITY";
  constant ATTR_SH_PREFIX (line 35) | const ATTR_SH_PREFIX: &str = "KHR_gaussian_splatting:SH_DEGREE_";
  constant SH_DEGREE_ZERO_BASIS (line 36) | const SH_DEGREE_ZERO_BASIS: f32 = 0.282_095;
  type GaussianKernel (line 39) | pub enum GaussianKernel {
  type GaussianProjection (line 45) | pub enum GaussianProjection {
  type GaussianSortingMethod (line 51) | pub enum GaussianSortingMethod {
  type GaussianPrimitiveSpec (line 57) | pub struct GaussianPrimitiveSpec {
  method default (line 67) | fn default() -> Self {
  type GaussianPrimitiveMetadata (line 79) | pub struct GaussianPrimitiveMetadata {
  type CloudBundle (line 87) | pub struct CloudBundle {
  type SceneCamera (line 96) | pub struct SceneCamera {
  type GaussianScene (line 102) | pub struct GaussianScene {
  type SceneExportCloud (line 108) | pub struct SceneExportCloud {
  type SceneExportCamera (line 117) | pub struct SceneExportCamera {
  method default (line 126) | fn default() -> Self {
  type GaussianSceneHandle (line 139) | pub struct GaussianSceneHandle(pub Handle<GaussianScene>);
  type GaussianSceneLoaded (line 142) | pub struct GaussianSceneLoaded;
  type GaussianScenePlugin (line 145) | pub struct GaussianScenePlugin;
  method build (line 148) | fn build(&self, app: &mut App) {
  function spawn_scene (line 167) | fn spawn_scene(
  type GaussianSceneLoader (line 204) | pub struct GaussianSceneLoader;
  type Asset (line 207) | type Asset = GaussianScene;
  type Settings (line 208) | type Settings = ();
  type Error (line 209) | type Error = std::io::Error;
  method load (line 211) | async fn load(
  method extensions (line 223) | fn extensions(&self) -> &[&str] {
  type GaussianPrimitiveSource (line 229) | struct GaussianPrimitiveSource {
  type RawRoot (line 237) | struct RawRoot {
  type RawMesh (line 247) | struct RawMesh {
  type RawNode (line 253) | struct RawNode {
  type RawPrimitive (line 260) | struct RawPrimitive {
  type RawGaussianExtension (line 271) | struct RawGaussianExtension {
  function default_projection (line 280) | fn default_projection() -> String {
  function default_sorting_method (line 284) | fn default_sorting_method() -> String {
  function load_gltf_scene (line 288) | async fn load_gltf_scene(
  function ensure_gaussian_extension_used (line 348) | fn ensure_gaussian_extension_used(extensions_used: &[String]) -> Result<...
  function parse_raw_root (line 362) | fn parse_raw_root(bytes: &[u8]) -> Result<RawRoot, std::io::Error> {
  function collect_gaussian_primitives (line 387) | fn collect_gaussian_primitives(
  function parse_kernel (line 451) | fn parse_kernel(
  function parse_color_space (line 477) | fn parse_color_space(
  function parse_projection (line 504) | fn parse_projection(
  function parse_sorting_method (line 530) | fn parse_sorting_method(
  function load_buffers (line 556) | async fn load_buffers(
  function decode_data_uri (line 614) | fn decode_data_uri(uri: &str) -> Option<Result<Vec<u8>, std::io::Error>> {
  function decode_percent_encoded_data_uri (line 644) | fn decode_percent_encoded_data_uri(payload: &str) -> Result<Vec<u8>, std...
  function decode_hex (line 672) | fn decode_hex(value: u8) -> Result<u8, std::io::Error> {
  function collect_node_bundles (line 688) | fn collect_node_bundles(
  function encode_khr_gaussian_scene_gltf_bytes (line 765) | pub fn encode_khr_gaussian_scene_gltf_bytes(
  function write_khr_gaussian_scene_gltf (line 1031) | pub fn write_khr_gaussian_scene_gltf(
  function encode_khr_gaussian_scene_glb_bytes (line 1040) | pub fn encode_khr_gaussian_scene_glb_bytes(
  function write_khr_gaussian_scene_glb (line 1079) | pub fn write_khr_gaussian_scene_glb(
  function extract_embedded_binary_buffer (line 1088) | fn extract_embedded_binary_buffer(root: &mut Value) -> Result<Vec<u8>, s...
  function align_to_four_bytes (line 1129) | fn align_to_four_bytes(bytes: &mut Vec<u8>) {
  type AccessorSpec (line 1135) | struct AccessorSpec<'a> {
  function push_f32_accessor (line 1143) | fn push_f32_accessor(
  function transform_matrix_values (line 1180) | fn transform_matrix_values(transform: Transform) -> [f32; 16] {
  function gaussian_extension_object (line 1184) | fn gaussian_extension_object(
  function kernel_extension_identifier (line 1216) | fn kernel_extension_identifier(metadata: &GaussianPrimitiveMetadata) -> ...
  function color_space_extension_identifier (line 1224) | fn color_space_extension_identifier(
  function projection_extension_identifier (line 1235) | fn projection_extension_identifier(metadata: &GaussianPrimitiveMetadata)...
  function sorting_method_extension_identifier (line 1243) | fn sorting_method_extension_identifier(metadata: &GaussianPrimitiveMetad...
  function extension_identifier (line 1251) | fn extension_identifier(spec_value: &str, fallback_value: &str, known_va...
  function kernel_to_extension_value (line 1260) | fn kernel_to_extension_value(kernel: GaussianKernel) -> &'static str {
  function projection_to_extension_value (line 1266) | fn projection_to_extension_value(projection: GaussianProjection) -> &'st...
  function sorting_method_to_extension_value (line 1272) | fn sorting_method_to_extension_value(method: GaussianSortingMethod) -> &...
  function color_space_to_extension_value (line 1278) | fn color_space_to_extension_value(color_space: GaussianColorSpace) -> &'...
  function sh_index_to_degree_coefficient (line 1285) | fn sh_index_to_degree_coefficient(index: usize) -> (usize, usize) {
  function max_export_sh_degree (line 1295) | fn max_export_sh_degree() -> usize {
  function decode_gaussian_primitive (line 1304) | fn decode_gaussian_primitive(
  function required_accessor (line 1396) | fn required_accessor<'a>(
  function optional_accessor (line 1416) | fn optional_accessor<'a>(
  function collect_sh_accessors (line 1435) | fn collect_sh_accessors<'a>(
  function collect_sh_coefficient_map (line 1456) | fn collect_sh_coefficient_map(
  function parse_sh_semantic (line 1551) | fn parse_sh_semantic(semantic: &str) -> Option<(usize, usize)> {
  function sh_coefficient_index (line 1558) | fn sh_coefficient_index(degree: usize, coefficient: usize) -> usize {
  function max_supported_sh_degree (line 1562) | fn max_supported_sh_degree() -> usize {
  function ensure_count (line 1573) | fn ensure_count(
  function read_position_attribute (line 1589) | fn read_position_attribute(
  function read_rotation_attribute (line 1630) | fn read_rotation_attribute(
  function read_scale_attribute (line 1708) | fn read_scale_attribute(
  function read_opacity_attribute (line 1777) | fn read_opacity_attribute(
  function read_color_attribute (line 1827) | fn read_color_attribute(
  function read_sh_coefficient_attribute (line 1925) | fn read_sh_coefficient_attribute(
  function read_items (line 1957) | fn read_items<T: Item + Copy>(
  function normalize_quaternion (line 1978) | fn normalize_quaternion(quaternion: &mut [f32; 4]) -> bool {
  function normalize_i8 (line 2000) | fn normalize_i8(value: i8) -> f32 {
  function normalize_i16 (line 2004) | fn normalize_i16(value: i16) -> f32 {
  function normalize_u8 (line 2008) | fn normalize_u8(value: u8) -> f32 {
  function normalize_u16 (line 2012) | fn normalize_u16(value: u16) -> f32 {
  function validates_complete_sh_coefficients_for_supported_degree (line 2021) | fn validates_complete_sh_coefficients_for_supported_degree() {
  function allows_no_sh_coefficients_for_extension_defined_lighting (line 2050) | fn allows_no_sh_coefficients_for_extension_defined_lighting() {
  function rejects_partial_sh_degree (line 2057) | fn rejects_partial_sh_degree() {
  function clips_sh_coefficients_above_supported_degree (line 2078) | fn clips_sh_coefficients_above_supported_degree() {
  function preserves_unknown_extension_identifiers_on_export (line 2112) | fn preserves_unknown_extension_identifiers_on_export() {
  function uses_runtime_color_space_for_known_identifiers (line 2132) | fn uses_runtime_color_space_for_known_identifiers() {
  function decodes_base64_data_uri (line 2147) | fn decodes_base64_data_uri() {
  function decodes_percent_encoded_data_uri (line 2154) | fn decodes_percent_encoded_data_uri() {
  function requires_khr_extension_in_extensions_used (line 2161) | fn requires_khr_extension_in_extensions_used() {
  function encodes_khr_scene_with_camera_node (line 2169) | fn encodes_khr_scene_with_camera_node() {
  function encodes_khr_scene_as_glb_with_bin_chunk (line 2211) | fn encodes_khr_scene_as_glb_with_bin_chunk() {
  function normalizes_zero_length_quaternion_to_identity (line 2251) | fn normalizes_zero_length_quaternion_to_identity() {
  function build_gltf_with_accessors (line 2258) | fn build_gltf_with_accessors(
  function reads_quantized_rotation_scale_opacity (line 2292) | fn reads_quantized_rotation_scale_opacity() {
  function reads_unnormalized_scale_i16 (line 2360) | fn reads_unnormalized_scale_i16() {
  function skips_invalid_rotation_gaussians_during_export (line 2387) | fn skips_invalid_rotation_gaussians_during_export() {

FILE: src/lib.rs
  type GaussianSplattingPlugin (line 48) | pub struct GaussianSplattingPlugin;
  method build (line 51) | fn build(&self, app: &mut App) {

FILE: src/material/classification.rs
  constant CLASSIFICATION_SHADER_HANDLE (line 6) | const CLASSIFICATION_SHADER_HANDLE: Handle<Shader> =
  type ClassificationMaterialPlugin (line 9) | pub struct ClassificationMaterialPlugin;
  method build (line 12) | fn build(&self, app: &mut App) {

FILE: src/material/depth.rs
  constant DEPTH_SHADER_HANDLE (line 6) | const DEPTH_SHADER_HANDLE: Handle<Shader> = uuid_handle!("72e596c7-6226-...
  type DepthMaterialPlugin (line 8) | pub struct DepthMaterialPlugin;
  method build (line 11) | fn build(&self, app: &mut App) {

FILE: src/material/mod.rs
  type MaterialPlugin (line 14) | pub struct MaterialPlugin;
  method build (line 18) | fn build(&self, app: &mut App) {

FILE: src/material/noise.rs
  type NoiseMaterial (line 8) | pub struct NoiseMaterial {
  method default (line 13) | fn default() -> Self {
  type NoiseMaterialPlugin (line 19) | pub struct NoiseMaterialPlugin;
  method build (line 22) | fn build(&self, app: &mut App) {
  function apply_noise_cpu (line 28) | fn apply_noise_cpu(

FILE: src/material/optical_flow.rs
  constant OPTICAL_FLOW_SHADER_HANDLE (line 6) | const OPTICAL_FLOW_SHADER_HANDLE: Handle<Shader> =
  type OpticalFlowMaterialPlugin (line 9) | pub struct OpticalFlowMaterialPlugin;
  method build (line 12) | fn build(&self, app: &mut App) {

FILE: src/material/position.rs
  constant POSITION_SHADER_HANDLE (line 6) | const POSITION_SHADER_HANDLE: Handle<Shader> = uuid_handle!("91ad4ad8-5e...
  type PositionMaterialPlugin (line 8) | pub struct PositionMaterialPlugin;
  method build (line 11) | fn build(&self, app: &mut App) {

FILE: src/material/spherical_harmonics.rs
  constant SPHERICAL_HARMONICS_SHADER_HANDLE (line 17) | const SPHERICAL_HARMONICS_SHADER_HANDLE: Handle<Shader> =
  type SphericalHarmonicCoefficientsPlugin (line 20) | pub struct SphericalHarmonicCoefficientsPlugin;
  method build (line 23) | fn build(&self, app: &mut App) {
  function num_sh_coefficients (line 33) | const fn num_sh_coefficients(degree: usize) -> usize {
  constant SH_DEGREE (line 44) | pub const SH_DEGREE: usize = 4;
  constant SH_DEGREE (line 47) | pub const SH_DEGREE: usize = 3;
  constant SH_DEGREE (line 50) | pub const SH_DEGREE: usize = 2;
  constant SH_DEGREE (line 58) | pub const SH_DEGREE: usize = 1;
  constant SH_DEGREE (line 67) | pub const SH_DEGREE: usize = 0;
  constant SH_DEGREE (line 76) | pub const SH_DEGREE: usize = 0;
  constant SH_CHANNELS (line 78) | pub const SH_CHANNELS: usize = 3;
  constant SH_COEFF_COUNT_PER_CHANNEL (line 79) | pub const SH_COEFF_COUNT_PER_CHANNEL: usize = num_sh_coefficients(SH_DEG...
  constant SH_COEFF_COUNT (line 80) | pub const SH_COEFF_COUNT: usize = pad_4(SH_COEFF_COUNT_PER_CHANNEL * SH_...
  constant HALF_SH_COEFF_COUNT (line 82) | pub const HALF_SH_COEFF_COUNT: usize = SH_COEFF_COUNT / 2;
  constant PADDED_HALF_SH_COEFF_COUNT (line 83) | pub const PADDED_HALF_SH_COEFF_COUNT: usize = pad_4(HALF_SH_COEFF_COUNT);
  constant SH_VEC4_PLANES (line 87) | pub const SH_VEC4_PLANES: usize = SH_COEFF_COUNT / 4;
  type SphericalHarmonicCoefficients (line 114) | pub struct SphericalHarmonicCoefficients {
    method set (line 150) | pub fn set(&mut self, index: usize, value: f32) {
  method default (line 132) | fn default() -> Self {
  function coefficients_serializer (line 200) | fn coefficients_serializer<S>(n: &[f32; SH_COEFF_COUNT], s: S) -> Result...
  function coefficients_deserializer (line 212) | fn coefficients_deserializer<'de, D>(d: D) -> Result<[f32; SH_COEFF_COUN...

FILE: src/material/spherindrical_harmonics.rs
  constant SH_4D_DEGREE_TIME (line 20) | pub const SH_4D_DEGREE_TIME: usize = 2;
  constant SH_4D_COEFF_COUNT_PER_CHANNEL (line 22) | pub const SH_4D_COEFF_COUNT_PER_CHANNEL: usize = (SH_DEGREE + 1).pow(2) ...
  constant SH_4D_COEFF_COUNT (line 23) | pub const SH_4D_COEFF_COUNT: usize = pad_4(SH_4D_COEFF_COUNT_PER_CHANNEL...
  constant HALF_SH_4D_COEFF_COUNT (line 25) | pub const HALF_SH_4D_COEFF_COUNT: usize = pad_4(SH_4D_COEFF_COUNT / 2);
  constant MAX_POD_U32_ARRAY_SIZE (line 28) | pub const MAX_POD_U32_ARRAY_SIZE: usize = 32;
  constant POD_ARRAY_SIZE (line 29) | pub const POD_ARRAY_SIZE: usize = gcd(SH_4D_COEFF_COUNT, MAX_POD_U32_ARR...
  constant POD_PLANE_COUNT (line 30) | pub const POD_PLANE_COUNT: usize = SH_4D_COEFF_COUNT / POD_ARRAY_SIZE;
  constant WASTE (line 32) | pub const WASTE: usize = POD_PLANE_COUNT * POD_ARRAY_SIZE - SH_4D_COEFF_...
  constant SH_4D_VEC4_PLANES (line 37) | pub const SH_4D_VEC4_PLANES: usize = SH_4D_COEFF_COUNT / 4;
  constant SPHERINDRICAL_HARMONICS_SHADER_HANDLE (line 39) | const SPHERINDRICAL_HARMONICS_SHADER_HANDLE: Handle<Shader> =
  type SpherindricalHarmonicCoefficientsPlugin (line 42) | pub struct SpherindricalHarmonicCoefficientsPlugin;
  method build (line 44) | fn build(&self, app: &mut App) {
  type SpherindricalHarmonicCoefficients (line 79) | pub struct SpherindricalHarmonicCoefficients {
    method from (line 105) | fn from(flat_coefficients: [f32; SH_4D_COEFF_COUNT]) -> Self {
    method set (line 131) | pub fn set(&mut self, index: usize, value: f32) {
  method default (line 97) | fn default() -> Self {
  function coefficients_serializer (line 184) | fn coefficients_serializer<S>(
  function coefficients_deserializer (line 199) | fn coefficients_deserializer<'de, D>(

FILE: src/math/mod.rs
  function gcd (line 1) | pub const fn gcd(a: usize, b: usize) -> usize {
  function pad_4 (line 5) | pub const fn pad_4(x: usize) -> usize {

FILE: src/morph/interpolate.rs
  constant INTERPOLATE_SHADER_HANDLE (line 36) | const INTERPOLATE_SHADER_HANDLE: Handle<Shader> =
  constant WORKGROUP_SIZE (line 38) | const WORKGROUP_SIZE: u32 = 256;
  type InterpolateLabel (line 41) | pub struct InterpolateLabel;
  type InterpolatePlugin (line 43) | pub struct InterpolatePlugin<R: PlanarSync> {
  method default (line 48) | fn default() -> Self {
  method build (line 61) | fn build(&self, app: &mut App) {
  method finish (line 88) | fn finish(&self, app: &mut App) {
  function ensure_gaussian_interpolate_synced (line 95) | fn ensure_gaussian_interpolate_synced<R: PlanarSync>(
  function ensure_gaussian_interpolate_output_gaussian3d (line 110) | fn ensure_gaussian_interpolate_output_gaussian3d(
  type GaussianInterpolate (line 149) | pub struct GaussianInterpolate<R: PlanarSync> {
  method clone (line 158) | fn clone(&self) -> Self {
  type GaussianInterpolateBindGroups (line 166) | pub struct GaussianInterpolateBindGroups<R: PlanarSync> {
  type GaussianInterpolatePipeline (line 174) | pub struct GaussianInterpolatePipeline<R: PlanarSync> {
  method from_world (line 185) | fn from_world(render_world: &mut World) -> Self {
  function extract_gaussian_interpolate (line 226) | pub fn extract_gaussian_interpolate<R>(
  function queue_gaussian_interpolate_bind_groups (line 265) | pub fn queue_gaussian_interpolate_bind_groups<R: PlanarSync>(
  type GaussianInterpolateNode (line 388) | pub struct GaussianInterpolateNode<R: PlanarSync> {
  method from_world (line 406) | fn from_world(world: &mut World) -> Self {
  method update (line 420) | fn update(&mut self, world: &mut World) {
  method run (line 445) | fn run(

FILE: src/morph/mod.rs
  type MorphPlugin (line 10) | pub struct MorphPlugin<R: PlanarSync> {
  method default (line 14) | fn default() -> Self {
  method build (line 27) | fn build(&self, app: &mut App) {

FILE: src/morph/particle.rs
  constant PARTICLE_SHADER_HANDLE (line 42) | const PARTICLE_SHADER_HANDLE: Handle<Shader> = uuid_handle!("00000000-00...
  type MorphLabel (line 45) | pub struct MorphLabel;
  type ParticleBehaviorPlugin (line 47) | pub struct ParticleBehaviorPlugin<R: PlanarSync> {
  method default (line 51) | fn default() -> Self {
  method build (line 59) | fn build(&self, app: &mut App) {
  method finish (line 97) | fn finish(&self, app: &mut App) {
  function extract_particle_behaviors (line 104) | pub fn extract_particle_behaviors(
  type GpuParticleBehaviorBuffers (line 119) | pub struct GpuParticleBehaviorBuffers {
  type SourceAsset (line 125) | type SourceAsset = ParticleBehaviors;
  type Param (line 126) | type Param = SRes<RenderDevice>;
  method prepare_asset (line 128) | fn prepare_asset(
  method asset_usage (line 149) | fn asset_usage(_: &Self::SourceAsset) -> RenderAssetUsages {
  type ParticleBehaviorPipeline (line 155) | pub struct ParticleBehaviorPipeline<R: PlanarSync> {
  method from_world (line 162) | fn from_world(render_world: &mut World) -> Self {
  type ParticleBehaviorBindGroup (line 213) | pub struct ParticleBehaviorBindGroup {
  function queue_particle_behavior_bind_group (line 217) | pub fn queue_particle_behavior_bind_group<R: PlanarSync>(
  type ParticleBehaviorNode (line 257) | pub struct ParticleBehaviorNode<R: PlanarSync> {
  method from_world (line 273) | fn from_world(world: &mut World) -> Self {
  method update (line 284) | fn update(&mut self, world: &mut World) {
  method run (line 304) | fn run(
  type ParticleBehaviorsHandle (line 364) | pub struct ParticleBehaviorsHandle(pub Handle<ParticleBehaviors>);
    method from (line 367) | fn from(handle: Handle<ParticleBehaviors>) -> Self {
  function from (line 373) | fn from(handle: ParticleBehaviorsHandle) -> Self {
  function from (line 379) | fn from(handle: &ParticleBehaviorsHandle) -> Self {
  type ParticleBehavior (line 389) | pub struct ParticleBehavior {
  method default (line 397) | fn default() -> Self {
  type ParticleBehaviors (line 408) | pub struct ParticleBehaviors(pub Vec<ParticleBehavior>);
  method sample (line 411) | fn sample<R: Rng + ?Sized>(&self, rng: &mut R) -> ParticleBehavior {
  function random_particle_behaviors (line 436) | pub fn random_particle_behaviors(n: usize) -> ParticleBehaviors {

FILE: src/noise/mod.rs
  constant NOISE_SHADER_HANDLE (line 6) | const NOISE_SHADER_HANDLE: Handle<Shader> = uuid_handle!("4f73e89b-30f9-...
  type NoisePlugin (line 9) | pub struct NoisePlugin;
  method build (line 12) | fn build(&self, app: &mut App) {

FILE: src/query/mod.rs
  type QueryPlugin (line 13) | pub struct QueryPlugin;
  method build (line 17) | fn build(&self, app: &mut App) {

FILE: src/query/raycast.rs
  type Point (line 8) | pub struct Point {
  type InsideMesh (line 14) | pub struct InsideMesh;
  type RaycastSelectionPlugin (line 17) | pub struct RaycastSelectionPlugin;
  method build (line 20) | fn build(&self, app: &mut App) {
  type Triangle (line 27) | struct Triangle {
  function point_in_mesh_system (line 31) | fn point_in_mesh_system(
  function is_point_in_mesh (line 54) | fn is_point_in_mesh(point: Vec3, mesh: &Mesh) -> bool {
  function ray_intersects_triangle (line 92) | fn ray_intersects_triangle(ray_origin: Vec3, ray_direction: Vec3, triang...

FILE: src/query/select.rs
  type Select (line 13) | pub struct Select {
    method from_iter (line 19) | fn from_iter<I: IntoIterator<Item = usize>>(iter: I) -> Self {
    method invert (line 29) | pub fn invert(&mut self, cloud_size: usize) -> Select {
  type SelectPlugin (line 42) | pub struct SelectPlugin;
  method build (line 45) | fn build(&self, app: &mut App) {
  type CommonCloudSelectPlugin (line 57) | pub struct CommonCloudSelectPlugin<R: PlanarSync>
  method build (line 69) | fn build(&self, app: &mut App) {
  function apply_selection (line 81) | fn apply_selection<R: PlanarSync>(
  type InvertSelectionEvent (line 114) | pub struct InvertSelectionEvent;
  function invert_selection (line 116) | fn invert_selection<R: PlanarSync>(
  type SaveSelectionEvent (line 154) | pub struct SaveSelectionEvent;
  function save_selection (line 156) | pub fn save_selection<R: PlanarSync>(

FILE: src/query/sparse.rs
  type PositionPoint (line 12) | struct PositionPoint([f32; 3]);
  type Scalar (line 15) | type Scalar = f32;
  type Dim (line 16) | type Dim = U3;
  method at (line 18) | fn at(&self, i: usize) -> Self::Scalar {
  type SparseSelect (line 24) | pub struct SparseSelect {
    method select (line 41) | pub fn select(&self, cloud: &PlanarGaussian3d) -> Select {
  method default (line 31) | fn default() -> Self {
  type SparsePlugin (line 57) | pub struct SparsePlugin;
  method build (line 60) | fn build(&self, app: &mut App) {
  function collect_points (line 66) | fn collect_points(cloud: &PlanarGaussian3d) -> Vec<PositionPoint> {
  function select_sparse_handler (line 73) | fn select_sparse_handler(

FILE: src/render/mod.rs
  constant BINDINGS_SHADER_HANDLE (line 67) | const BINDINGS_SHADER_HANDLE: Handle<Shader> = uuid_handle!("cfd9a3d9-a0...
  constant GAUSSIAN_SHADER_HANDLE (line 68) | const GAUSSIAN_SHADER_HANDLE: Handle<Shader> = uuid_handle!("9a18d83b-13...
  constant GAUSSIAN_2D_SHADER_HANDLE (line 69) | const GAUSSIAN_2D_SHADER_HANDLE: Handle<Shader> =
  constant GAUSSIAN_3D_SHADER_HANDLE (line 71) | const GAUSSIAN_3D_SHADER_HANDLE: Handle<Shader> =
  constant GAUSSIAN_4D_SHADER_HANDLE (line 73) | const GAUSSIAN_4D_SHADER_HANDLE: Handle<Shader> =
  constant HELPERS_SHADER_HANDLE (line 75) | const HELPERS_SHADER_HANDLE: Handle<Shader> = uuid_handle!("9ca57ab0-07d...
  constant PACKED_SHADER_HANDLE (line 76) | const PACKED_SHADER_HANDLE: Handle<Shader> = uuid_handle!("5bb62086-7004...
  constant PLANAR_SHADER_HANDLE (line 77) | const PLANAR_SHADER_HANDLE: Handle<Shader> = uuid_handle!("d6a3f978-f795...
  constant TEXTURE_SHADER_HANDLE (line 78) | const TEXTURE_SHADER_HANDLE: Handle<Shader> = uuid_handle!("500e2ebf-51a...
  constant TRANSFORM_SHADER_HANDLE (line 79) | const TRANSFORM_SHADER_HANDLE: Handle<Shader> =
  type RenderPipelinePlugin (line 84) | pub struct RenderPipelinePlugin<R: PlanarSync> {
  method default (line 89) | fn default() -> Self {
  method build (line 102) | fn build(&self, app: &mut App) {
  method finish (line 209) | fn finish(&self, app: &mut App) {
  type PlanarStorageRebindQueue (line 219) | pub struct PlanarStorageRebindQueue<R: PlanarSync> {
  method default (line 225) | fn default() -> Self {
  method clone (line 234) | fn clone(&self) -> Self {
  function push_unique (line 243) | pub fn push_unique(&mut self, id: AssetId<R::PlanarType>) {
  function queue_planar_storage_rebinds (line 250) | fn queue_planar_storage_rebinds<R: PlanarSync>(
  function extract_planar_storage_rebind_queue (line 267) | fn extract_planar_storage_rebind_queue<R: PlanarSync>(
  function refresh_planar_storage_bind_groups (line 276) | fn refresh_planar_storage_bind_groups<R: PlanarSync>(
  type GpuCloudBundle (line 313) | pub struct GpuCloudBundle<R: PlanarSync> {
  type GpuCloudBundleQuery (line 323) | type GpuCloudBundleQuery<R: bevy_interleave::prelude::PlanarSync> = (
  type GpuCloudBindGroupQuery (line 333) | type GpuCloudBindGroupQuery<R: bevy_interleave::prelude::PlanarSync> = (
  function queue_gaussians (line 341) | fn queue_gaussians<R: PlanarSync>(
  type CloudPipeline (line 446) | pub struct CloudPipeline<R: PlanarSync> {
  function buffer_layout (line 461) | fn buffer_layout(
  function storage_layout_descriptor (line 480) | pub(crate) fn storage_layout_descriptor<P: ReflectInterleaved>(
  method from_world (line 507) | fn from_world(render_world: &mut World) -> Self {
  type ShaderDefines (line 686) | pub struct ShaderDefines {
    method max_tile_count (line 702) | pub fn max_tile_count(&self, count: usize) -> u32 {
    method sorting_status_counters_buffer_size (line 706) | pub fn sorting_status_counters_buffer_size(&self, count: usize) -> usi...
  method default (line 712) | fn default() -> Self {
  function shader_defs (line 743) | pub fn shader_defs(key: CloudPipelineKey) -> Vec<ShaderDefVal> {
  type CloudPipelineKey (line 869) | pub struct CloudPipelineKey {
  type Key (line 882) | type Key = CloudPipelineKey;
  method specialize (line 884) | fn specialize(&self, key: Self::Key) -> RenderPipelineDescriptor {
  type DrawGaussians (line 956) | type DrawGaussians<R: bevy_interleave::prelude::PlanarSync> = (
  type CloudUniform (line 966) | pub struct CloudUniform {
  function extract_gaussians (line 982) | pub fn extract_gaussians<R: PlanarSync>(
  type GaussianUniformBindGroups (line 1061) | pub struct GaussianUniformBindGroups {
  type SortBindGroup (line 1066) | pub struct SortBindGroup {
  function queue_gaussian_bind_group (line 1071) | fn queue_gaussian_bind_group<R: PlanarSync>(
  type GaussianViewBindGroup (line 1189) | pub struct GaussianViewBindGroup {
  type GaussianComputeViewBindGroup (line 1194) | pub struct GaussianComputeViewBindGroup {
  function queue_gaussian_view_bind_groups (line 1202) | pub fn queue_gaussian_view_bind_groups<R: PlanarSync>(
  function queue_gaussian_compute_view_bind_groups (line 1278) | pub fn queue_gaussian_compute_view_bind_groups<R: PlanarSync>(
  type SetViewBindGroup (line 1354) | pub struct SetViewBindGroup<const I: usize>;
  type Param (line 1356) | type Param = ();
  type ViewQuery (line 1357) | type ViewQuery = (Read<GaussianViewBindGroup>, Read<ViewUniformOffset>);
  type ItemQuery (line 1358) | type ItemQuery = ();
  function render (line 1361) | fn render<'w>(
  type SetPreviousViewBindGroup (line 1376) | pub struct SetPreviousViewBindGroup<const I: usize>;
  type Param (line 1378) | type Param = SRes<PrepassViewBindGroup>;
  type ViewQuery (line 1379) | type ViewQuery = (
  type ItemQuery (line 1384) | type ItemQuery = ();
  function render (line 1387) | fn render<'w>(
  type SetGaussianUniformBindGroup (line 1423) | pub struct SetGaussianUniformBindGroup<const I: usize>;
  type Param (line 1425) | type Param = SRes<GaussianUniformBindGroups>;
  type ViewQuery (line 1426) | type ViewQuery = ();
  type ItemQuery (line 1427) | type ItemQuery = Read<DynamicUniformIndex<CloudUniform>>;
  function render (line 1430) | fn render<'w>(
  type DrawGaussianInstanced (line 1459) | pub struct DrawGaussianInstanced<R: PlanarSync> {
  method default (line 1464) | fn default() -> Self {
  type Param (line 1475) | type Param = SRes<RenderAssets<R::GpuPlanarType>>;
  type ViewQuery (line 1476) | type ViewQuery = Read<SortTrigger>;
  type ItemQuery (line 1477) | type ItemQuery = (
  function render (line 1484) | fn render<'w>(

FILE: src/render/packed.rs
  type PackedBuffers (line 17) | pub struct PackedBuffers {
  function prepare_cloud (line 21) | pub fn prepare_cloud(render_device: &RenderDevice, cloud: &PlanarGaussia...
  function get_bind_group_layout (line 32) | pub fn get_bind_group_layout(render_device: &RenderDevice, read_only: bo...
  function get_bind_group (line 49) | pub fn get_bind_group<R: PlanarSync>(

FILE: src/render/texture.rs
  type BufferTexturePlugin (line 23) | pub struct BufferTexturePlugin;
  method build (line 26) | fn build(&self, _app: &mut App) {}
  function get_sorted_bind_group_layout (line 29) | pub fn get_sorted_bind_group_layout(render_device: &RenderDevice) -> Bin...

FILE: src/sort/mod.rs
  type SortMode (line 47) | pub enum SortMode {
  method default (line 62) | fn default() -> Self {
  type SortConfig (line 78) | pub struct SortConfig {
  method default (line 83) | fn default() -> Self {
  type SortPluginFlag (line 89) | pub struct SortPluginFlag;
  method build (line 91) | fn build(&self, _app: &mut App) {}
  type SortPlugin (line 96) | pub struct SortPlugin<R: PlanarSync> {
  method build (line 105) | fn build(&self, app: &mut App) {
  type SortTrigger (line 145) | pub struct SortTrigger {
  function update_sort_trigger (line 153) | fn update_sort_trigger(
  function update_textures_on_change (line 197) | fn update_textures_on_change(
  function auto_insert_sorted_entries (line 219) | fn auto_insert_sorted_entries<R: PlanarSync>(
  function update_sorted_entries_sizes (line 273) | fn update_sorted_entries_sizes(
  type SortedEntriesHandle (line 303) | pub struct SortedEntriesHandle(pub Handle<SortedEntries>);
    method from (line 306) | fn from(handle: Handle<SortedEntries>) -> Self {
  function from (line 312) | fn from(handle: SortedEntriesHandle) -> Self {
  function from (line 318) | fn from(handle: &SortedEntriesHandle) -> Self {
  type SortEntry (line 326) | pub struct SortEntry {
  type SortedEntries (line 332) | pub struct SortedEntries {
    method new (line 342) | pub fn new(
  type SourceAsset (line 396) | type SourceAsset = SortedEntries;
  type Param (line 397) | type Param = SRes<RenderDevice>;
  method prepare_asset (line 399) | fn prepare_asset(
  method asset_usage (line 422) | fn asset_usage(_: &Self::SourceAsset) -> RenderAssetUsages {
  type GpuSortedEntry (line 430) | pub struct GpuSortedEntry {

FILE: src/sort/radix.rs
  constant RADIX_SHADER_HANDLE (line 46) | const RADIX_SHADER_HANDLE: Handle<Shader> = uuid_handle!("dedb3ddf-f254-...
  constant TEMPORAL_SORT_SHADER_HANDLE (line 47) | const TEMPORAL_SORT_SHADER_HANDLE: Handle<Shader> =
  constant RADIX_PIPELINE_RESET (line 49) | const RADIX_PIPELINE_RESET: usize = 0;
  constant RADIX_PIPELINE_A (line 50) | const RADIX_PIPELINE_A: usize = 1;
  constant RADIX_PIPELINE_B (line 51) | const RADIX_PIPELINE_B: usize = 2;
  constant RADIX_PIPELINE_C_COUNT (line 52) | const RADIX_PIPELINE_C_COUNT: usize = 3;
  constant RADIX_PIPELINE_C_SCAN (line 53) | const RADIX_PIPELINE_C_SCAN: usize = 4;
  constant RADIX_PIPELINE_C_SCATTER (line 54) | const RADIX_PIPELINE_C_SCATTER: usize = 5;
  constant RADIX_PIPELINE_COUNT (line 55) | const RADIX_PIPELINE_COUNT: usize = 6;
  type RadixSortLabel (line 58) | pub struct RadixSortLabel;
  type RadixSortPlugin (line 61) | pub struct RadixSortPlugin<R: PlanarSync> {
  method build (line 69) | fn build(&self, app: &mut App) {
  method finish (line 107) | fn finish(&self, app: &mut App) {
  type RadixSortBuffers (line 115) | pub struct RadixSortBuffers<R: PlanarSync> {
  method default (line 121) | fn default() -> Self {
  type GpuRadixBuffers (line 129) | pub struct GpuRadixBuffers {
    method new (line 137) | pub fn new(count: usize, render_device: &RenderDevice) -> Self {
  function update_sort_buffers (line 180) | fn update_sort_buffers<R: PlanarSync>(
  type RadixSortPipeline (line 197) | pub struct RadixSortPipeline<R: PlanarSync> {
  method from_world (line 204) | fn from_world(render_world: &mut World) -> Self {
  type RadixBindGroup (line 373) | pub struct RadixBindGroup {
  function queue_radix_bind_group (line 380) | pub fn queue_radix_bind_group<R: PlanarSync>(
  type RadixSortNode (line 530) | pub struct RadixSortNode<R: PlanarSync> {
  method from_world (line 546) | fn from_world(world: &mut World) -> Self {
  method update (line 559) | fn update(&mut self, world: &mut World) {
  method run (line 586) | fn run(

FILE: src/sort/rayon.rs
  type RayonSortPlugin (line 13) | pub struct RayonSortPlugin<R: PlanarSync> {
  method build (line 21) | fn build(&self, app: &mut App) {
  function rayon_sort (line 27) | pub fn rayon_sort<R: PlanarSync>(

FILE: src/sort/std_sort.rs
  type StdSortPlugin (line 12) | pub struct StdSortPlugin<R: PlanarSync> {
  method build (line 20) | fn build(&self, app: &mut App) {
  function std_sort (line 27) | pub fn std_sort<R: PlanarSync>(

FILE: src/utils.rs
  type GaussianSplattingViewer (line 8) | pub struct GaussianSplattingViewer {
    method cloud_transform (line 106) | pub fn cloud_transform(&self) -> Transform {
  method default (line 78) | fn default() -> GaussianSplattingViewer {
  function parse_vec3 (line 130) | fn parse_vec3(value: &str) -> Option<Vec3> {
  function parse_scale (line 146) | fn parse_scale(value: &str) -> Option<Vec3> {
  function setup_hooks (line 171) | pub fn setup_hooks() {
  function log (line 179) | pub fn log(_msg: &str) {

FILE: tests/gaussian.rs
  function test_codec_3d (line 7) | fn test_codec_3d() {
  function test_codec_4d (line 18) | fn test_codec_4d() {

FILE: tests/gpu/_harness.rs
  type TestHarness (line 10) | pub struct TestHarness {
  function test_harness_app (line 14) | pub fn test_harness_app(harness: TestHarness) -> App {

FILE: tests/gpu/gaussian.rs
  function main (line 14) | fn main() {
  function setup (line 25) | fn setup(mut commands: Commands, mut gaussian_assets: ResMut<Assets<Plan...
  function exit_after_warmup (line 42) | fn exit_after_warmup(mut exit: MessageWriter<AppExit>, frame_count: Res<...

FILE: tests/gpu/radix.rs
  function main (line 14) | fn main() {
  function setup (line 25) | fn setup(mut commands: Commands, mut gaussian_assets: ResMut<Assets<Plan...
  function exit_after_warmup (line 42) | fn exit_after_warmup(mut exit: MessageWriter<AppExit>, frame_count: Res<...

FILE: tests/headless_examples.rs
  constant MANIFEST_PATH (line 54) | const MANIFEST_PATH: &str = "www/examples/examples.json";
  constant THUMB_WIDTH (line 55) | const THUMB_WIDTH: u32 = 960;
  constant THUMB_HEIGHT (line 56) | const THUMB_HEIGHT: u32 = 540;
  type ExamplesManifest (line 59) | struct ExamplesManifest {
  type ExampleEntry (line 66) | struct ExampleEntry {
  type MainWorldReceiver (line 86) | struct MainWorldReceiver(Receiver<Vec<u8>>);
  type RenderWorldSender (line 89) | struct RenderWorldSender(Sender<Vec<u8>>);
  type CaptureController (line 92) | struct CaptureController {
    method new (line 105) | pub fn new(width: u32, height: u32) -> Self {
  type OutputTarget (line 121) | struct OutputTarget {
  type ThumbnailRenderConfig (line 126) | struct ThumbnailRenderConfig {
  type CaptureRenderTarget (line 131) | struct CaptureRenderTarget(Handle<Image>);
  type AutoFrameState (line 134) | struct AutoFrameState {
  type SceneCameraApplied (line 139) | struct SceneCameraApplied;
  type SceneRenderModeApplied (line 142) | struct SceneRenderModeApplied;
  type SceneRenderModeQuery (line 144) | type SceneRenderModeQuery = (Entity, &'static Children);
  type SceneRenderModeFilter (line 145) | type SceneRenderModeFilter = (With<GaussianSceneLoaded>, Without<SceneRe...
  type SceneReadyQuery (line 146) | type SceneReadyQuery = (
  type SceneReadyFilter (line 153) | type SceneReadyFilter = With<GaussianSceneLoaded>;
  function render_example_thumbnails (line 156) | fn render_example_thumbnails() {
  function load_manifest (line 189) | fn load_manifest() -> ExamplesManifest {
  function apply_args (line 194) | fn apply_args(
  function resolve_thumbnail_scene_input (line 244) | fn resolve_thumbnail_scene_input(input_scene: &str) -> String {
  function supported_thumbnail_sort_modes (line 295) | fn supported_thumbnail_sort_modes() -> String {
  function preferred_thumbnail_sort_mode (line 306) | fn preferred_thumbnail_sort_mode() -> SortMode {
  function render_example (line 354) | fn render_example(args: GaussianSplattingViewer, output_path: PathBuf) {
  function setup_gaussian_cloud (line 403) | fn setup_gaussian_cloud(
  function apply_scene_camera_spawn (line 507) | fn apply_scene_camera_spawn(
  function apply_scene_render_mode_override (line 539) | fn apply_scene_render_mode_override(
  function mark_capture_ready (line 564) | fn mark_capture_ready(
  function request_screenshot_capture (line 685) | fn request_screenshot_capture(
  function on_screenshot_captured (line 798) | fn on_screenshot_captured(
  function load_ply_cloud (line 819) | fn load_ply_cloud(input_cloud: &str) -> PlanarGaussian3d {
  type ImageCopyPlugin (line 835) | pub struct ImageCopyPlugin;
  method build (line 838) | fn build(&self, app: &mut App) {
  type CaptureFramePlugin (line 859) | pub struct CaptureFramePlugin;
  method build (line 862) | fn build(&self, app: &mut App) {
  type ImageCopier (line 868) | struct ImageCopier {
    method new (line 875) | pub fn new(src_image: Handle<Image>, size: Extent3d, render_device: &R...
    method enabled (line 892) | pub fn enabled(&self) -> bool {
  type ImageCopiers (line 898) | struct ImageCopiers(Vec<ImageCopier>);
  function extract_image_copiers (line 900) | fn extract_image_copiers(mut commands: Commands, image_copiers: Extract<...
  type ImageCopy (line 905) | struct ImageCopy;
  type ImageCopyDriver (line 908) | struct ImageCopyDriver;
    method run (line 911) | fn run(
  function receive_image_from_buffer (line 965) | fn receive_image_from_buffer(
  type ImageToSave (line 995) | struct ImageToSave(Handle<Image>);
  function save_captured_frame (line 998) | fn save_captured_frame(

FILE: tests/io.rs
  function test_codec_3d (line 7) | fn test_codec_3d() {
  function test_codec_4d (line 18) | fn test_codec_4d() {

FILE: tests/khr_loader_conformance.rs
  constant FIXTURE_ROOT (line 24) | const FIXTURE_ROOT: &str = "tests/fixtures/khr_gaussian_splatting";
  type ExpectedCase (line 27) | struct ExpectedCase {
  function approx_eq (line 34) | fn approx_eq(actual: f32, expected: f32, epsilon: f32) {
  function max_supported_test_sh_degree (line 41) | fn max_supported_test_sh_degree() -> usize {
  function try_load_fixture_scene (line 55) | fn try_load_fixture_scene(path: &str) -> Result<(GaussianScene, HashMap<...
  function load_fixture_scene (line 150) | fn load_fixture_scene(path: &str) -> (GaussianScene, HashMap<String, Pla...
  function expected_cases (line 154) | fn expected_cases() -> HashMap<&'static str, ExpectedCase> {
  function assert_case_cloud (line 288) | fn assert_case_cloud(
  function assert_scene_cases (line 328) | fn assert_scene_cases(
  function khr_loader_conformance_matrix_gltf_and_glb (line 363) | fn khr_loader_conformance_matrix_gltf_and_glb() {
  function khr_loader_extensibility_and_color0_fallback (line 372) | fn khr_loader_extensibility_and_color0_fallback() {

FILE: tools/compare_aabb_obb.rs
  function setup_aabb_obb_compare (line 13) | pub fn setup_aabb_obb_compare(
  function compare_aabb_obb_app (line 75) | fn compare_aabb_obb_app() {
  function esc_close (line 118) | pub fn esc_close(keys: Res<ButtonInput<KeyCode>>, mut exit: MessageWrite...
  function main (line 124) | pub fn main() {

FILE: tools/ply_to_gcloud.rs
  function is_point_in_transformed_sphere (line 13) | fn is_point_in_transformed_sphere(pos: &[f32; 3]) -> bool {
  function main (line 31) | fn main() {

FILE: tools/render_trellis_thumbnails.rs
  constant WIDTH (line 15) | const WIDTH: u32 = 960;
  constant HEIGHT (line 16) | const HEIGHT: u32 = 540;
  constant INPUT_PLY (line 17) | const INPUT_PLY: &str = "assets/trellis.ply";
  type ThumbnailMode (line 20) | enum ThumbnailMode {
  type ProjectedPoint (line 27) | struct ProjectedPoint {
  function main (line 34) | fn main() {
  function load_cloud (line 70) | fn load_cloud(path: &str) -> PlanarGaussian3d {
  function project_points (line 78) | fn project_points(
  function render_and_save (line 154) | fn render_and_save(

FILE: tools/surfel_plane.rs
  function setup_surfel_compare (line 14) | pub fn setup_surfel_compare(
  function compare_surfel_app (line 124) | fn compare_surfel_app() {
  function esc_close (line 167) | pub fn esc_close(keys: Res<ButtonInput<KeyCode>>, mut exit: MessageWrite...
  function main (line 173) | pub fn main() {

FILE: viewer/viewer.rs
  type ViewerMainCamera (line 63) | struct ViewerMainCamera;
  type SceneCameraApplied (line 66) | struct SceneCameraApplied;
  type SceneRenderModeApplied (line 69) | struct SceneRenderModeApplied;
  type ExportCloudQuery (line 72) | type ExportCloudQuery = (
  type ExportCameraQuery (line 81) | type ExportCameraQuery = (&'static GlobalTransform, Option<&'static Name>);
  type SceneCameraApplyQuery (line 82) | type SceneCameraApplyQuery = (Entity, &'static mut Transform, &'static m...
  type SceneRenderModeQuery (line 83) | type SceneRenderModeQuery = (Entity, &'static Children);
  type SceneRenderModeFilter (line 84) | type SceneRenderModeFilter = (With<GaussianSceneLoaded>, Without<SceneRe...
  function parse_input_file (line 86) | fn parse_input_file(input_file: &str) -> String {
  function decode_percent_encoded (line 111) | fn decode_percent_encoded(value: &str) -> Option<String> {
  function decode_hex (line 143) | fn decode_hex(value: u8) -> Option<u8> {
  function setup_gaussian_cloud (line 152) | fn setup_gaussian_cloud(
  function apply_scene_camera_spawn (line 293) | fn apply_scene_camera_spawn(
  function apply_scene_render_mode_override (line 363) | fn apply_scene_render_mode_override(
  function orbit_from_translation_and_focus (line 385) | fn orbit_from_translation_and_focus(
  function setup_particle_behavior (line 406) | fn setup_particle_behavior(
  function setup_noise_material (line 439) | fn setup_noise_material(
  function setup_sparse_select (line 460) | fn setup_sparse_select(
  function viewer_app (line 476) | fn viewer_app() {
  function press_s_screenshot (line 598) | pub fn press_s_screenshot(
  function press_g_save_gltf_scene (line 615) | fn press_g_save_gltf_scene(
  function press_g_save_gltf_scene (line 684) | fn press_g_save_gltf_scene(keys: Res<ButtonInput<KeyCode>>) {
  type ShowAxes (line 691) | pub struct ShowAxes;
  function draw_axes (line 693) | fn draw_axes(mut gizmos: Gizmos, query: Query<(&Transform, &Aabb), With<...
  function press_esc_close (line 700) | pub fn press_esc_close(keys: Res<ButtonInput<KeyCode>>, mut exit: Messag...
  function press_i_invert_selection (line 707) | fn press_i_invert_selection(
  function press_o_save_selection (line 718) | fn press_o_save_selection(
  function fps_display_setup (line 728) | fn fps_display_setup(mut commands: Commands, asset_server: Res<AssetServ...
  type FpsText (line 759) | struct FpsText;
  function fps_update_system (line 761) | fn fps_update_system(
  function decodes_percent_encoded_input_url (line 779) | fn decodes_percent_encoded_input_url() {
  function keeps_plain_relative_path (line 786) | fn keeps_plain_relative_path() {
  function main (line 793) | pub fn main() {