SYMBOL INDEX (170 symbols across 33 files)

FILE: boids/Assets/AnimationBaker/Editor/Tex2dToPng.cs
  class Tex2dToPng (line 6) | public class Tex2dToPng
    method SaveSelection (line 8) | [MenuItem("Custom/tex2png")]

FILE: boids/Assets/AnimationBaker/Scripts/AnimationTextureBaker.cs
  class AnimationTextureBaker (line 10) | public class AnimationTextureBaker : MonoBehaviour
    type VertInfo (line 15) | public struct VertInfo
    method Start (line 22) | void Start()

FILE: boids/Assets/AnimationBaker/Scripts/RenderTextureToTexture2D.cs
  class RenderTextureToTexture2D (line 3) | public class RenderTextureToTexture2D : MonoBehaviour
    method Convert (line 6) | public static Texture2D Convert(RenderTexture rt)
    method Convert (line 33) | static Texture2D Convert(RenderTexture rt, TextureFormat format)

FILE: boids/Assets/BoidsSimulationOnGPU/Scripts/BoidsRender.cs
  class BoidsRender (line 8) | [RequireComponent(typeof(GPUBoids))]
    method Start (line 44) | void Start()
    method Update (line 72) | void Update()
    method OnDisable (line 78) | void OnDisable()
    method RenderInstancedMesh (line 88) | void RenderInstancedMesh()

FILE: boids/Assets/BoidsSimulationOnGPU/Scripts/GPUBoids.cs
  class GPUBoids (line 10) | public class GPUBoids : MonoBehaviour
    type BoidData (line 13) | [System.Serializable]
    method GetBoidDataBuffer (line 71) | public ComputeBuffer GetBoidDataBuffer()
    method GetMaxObjectNum (line 77) | public int GetMaxObjectNum()
    method GetSimulationAreaCenter (line 83) | public Vector3 GetSimulationAreaCenter()
    method GetSimulationAreaSize (line 89) | public Vector3 GetSimulationAreaSize()
    method Start (line 96) | void Start()
    method Update (line 102) | void Update()
    method OnDestroy (line 108) | void OnDestroy()
    method OnDrawGizmos (line 114) | void OnDrawGizmos()
    method InitBuffer (line 124) | void InitBuffer()
    method Simulation (line 158) | void Simulation()
    method ReleaseBuffer (line 193) | void ReleaseBuffer()

FILE: boids/Assets/GPUMarchingCubes/Scripts/GPUMarchingCubesDrawMesh.cs
  class GPUMarchingCubesDrawMesh (line 7) | public class GPUMarchingCubesDrawMesh : MonoBehaviour {
    method Initialize (line 35) | void Initialize()
    method CreateMesh (line 50) | void CreateMesh()
    method RenderMesh (line 92) | void RenderMesh()
    method Start (line 126) | void Start ()
    method Update (line 131) | void Update()
    method OnDestroy (line 136) | void OnDestroy()
    method OnDrawGizmos (line 141) | private void OnDrawGizmos()

FILE: boids/Assets/GPUMarchingCubes/Scripts/MarchingCubesDefines.cs
  class MarchingCubesDefines (line 8) | public class MarchingCubesDefines {
    method MarchingCubesDefines (line 19) | public MarchingCubesDefines()
    method ReleaseBuffer (line 41) | public void ReleaseBuffer()

FILE: boids/Assets/MCMC3d/Demo/DemoMetropolis3d.cs
  class DemoMetropolis3d (line 5) | public class DemoMetropolis3d : MonoBehaviour
    method Start (line 16) | void Start()
    method Prepare (line 24) | void Prepare()
    method Generate (line 37) | IEnumerator Generate()

FILE: boids/Assets/MCMC3d/Demo/DemoRejection3d.cs
  class DemoRejection3d (line 6) | public class DemoRejection3d : MonoBehaviour {
    type DistributionData (line 19) | struct DistributionData
    method Start (line 27) | void Start()
    method Generate (line 33) | IEnumerator Generate()

FILE: boids/Assets/MCMC3d/Math/GaussianDistribution3d.cs
  class GaussianDistribution3d (line 7) | public static class GaussianDistribution3d
    method ProbablityStandard (line 9) | public static float ProbablityStandard()
    method GenerateRandomPointStandard (line 17) | public static Vector3 GenerateRandomPointStandard()
    method GenerateRandomPoint (line 25) | public static Vector3 GenerateRandomPoint(Vector3 arg, Matrix4x4 sigma)

FILE: boids/Assets/MCMC3d/Math/Metroplis3d.cs
  class Metropolis3d (line 6) | public class Metropolis3d
    method Metropolis3d (line 16) | public Metropolis3d(Vector4[] data, Vector3 scale)
    method Reset (line 22) | public void Reset()
    method Chain (line 31) | public IEnumerable<Vector3> Chain(int nInitialize, int limit, float th...
    method Next (line 45) | void Next(float threshold)
    method Density (line 59) | float Density(Vector3 pos)

FILE: boids/Assets/MCMC3d/Math/RandomGenerator.cs
  class RandomGenerator (line 5) | public static class RandomGenerator
    method exponential_distribution (line 10) | public static float exponential_distribution(float lambda)
    method rand_gaussian (line 18) | public static float rand_gaussian(float mu, float sigma)
    method rand_cauchy (line 27) | public static float rand_cauchy(float mu, float gamma)
    method rand_chi (line 35) | public static float rand_chi(int k)
    method rand_lnormal (line 51) | public static float rand_lnormal(float mu, float sigma)
    method rand_prepared (line 60) | public static float rand_prepared(float[] arr)

FILE: boids/Assets/MCMC3d/Math/Rejection3d.cs
  class Rejection3d (line 7) | public class Rejection3d
    method Rejection3d (line 14) | public Rejection3d(Vector3 origin, float scale, float aspect)
    method Sequence (line 22) | public IEnumerable<Vector3> Sequence(int limit, float threshold)

FILE: boids/Assets/MCMC3d/Math/SimplexNoiseGenerator.cs
  class SimplexNoiseGenerator (line 7) | public class SimplexNoiseGenerator
    method SimplexNoiseGenerator (line 16) | public SimplexNoiseGenerator()
    method SimplexNoiseGenerator (line 27) | public SimplexNoiseGenerator(string seed)
    method SimplexNoiseGenerator (line 47) | public SimplexNoiseGenerator(int[] seed)
    method GetSeed (line 52) | public string GetSeed()
    method coherentNoise (line 66) | public float coherentNoise(float x, float y, float z, int octaves = 1,...
    method getDensity (line 79) | public int getDensity(Vector3 loc)
    method getDensityFloat (line 85) | public float getDensityFloat(Vector3 loc)
    method noise (line 92) | public float noise(float x, float y, float z)
    method kay (line 112) | float kay(int a)
    method shuffle (line 139) | int shuffle(int i, int j, int k)
    method b (line 144) | int b(int i, int j, int k, int B)
    method b (line 149) | int b(int N, int B)
    method fastfloor (line 154) | int fastfloor(float n)

FILE: boids/Assets/ProceduralModeling/Scripts/BadCylinder.cs
  class BadCylinder (line 7) | public class BadCylinder : ProceduralModelingBase {
    method Build (line 16) | protected override Mesh Build() {
    method GenerateCap (line 86) | void GenerateCap(int segments, float top, float bottom, float radius, ...

FILE: boids/Assets/ProceduralModeling/Scripts/Curve/CatmullRomCurve.cs
  class CubicPoly3D (line 7) | public class CubicPoly3D {
    method CubicPoly3D (line 10) | public CubicPoly3D(Vector3 v0, Vector3 v1, Vector3 v2, Vector3 v3, flo...
    method Calculate (line 20) | public Vector3 Calculate(float t) {
  class CatmullRomCurve (line 27) | [System.Serializable]
    method GetPoint (line 30) | protected override Vector3 GetPoint(float t) {

FILE: boids/Assets/ProceduralModeling/Scripts/Curve/CurveBase.cs
  class CurveBase (line 9) | [System.Serializable]
    method GetPoint (line 20) | protected abstract Vector3 GetPoint(float t);
    method GetTangent (line 22) | protected virtual Vector3 GetTangent(float t) {
    method GetPointAt (line 36) | public Vector3 GetPointAt(float u) {
    method GetTangentAt (line 41) | public Vector3 GetTangentAt(float u) {
    method GetLengths (line 46) | float[] GetLengths(int divisions = -1) {
    method GetUtoTmapping (line 76) | protected float GetUtoTmapping(float u) {
    method ComputeFrenetFrames (line 120) | public List<FrenetFrame> ComputeFrenetFrames (int segments, bool close...
    method ComputeFrenetFrames (line 146) | public List<FrenetFrame> ComputeFrenetFrames(int segments, Vector3 nor...

FILE: boids/Assets/ProceduralModeling/Scripts/Curve/FrenetFrame.cs
  class FrenetFrame (line 7) | public class FrenetFrame {
    method FrenetFrame (line 14) | public FrenetFrame(Vector3 t, Vector3 n, Vector3 bn) {

FILE: boids/Assets/ProceduralModeling/Scripts/Cylinder.cs
  class Cylinder (line 7) | public class Cylinder : ProceduralModelingBase {
    method Build (line 16) | protected override Mesh Build() {
    method GenerateCap (line 92) | void GenerateCap(int segments, float top, float bottom, float radius, ...

FILE: boids/Assets/ProceduralModeling/Scripts/LSystem.cs
  class LSystem (line 7) | public class LSystem : MonoBehaviour {
    method OnEnable (line 17) | void OnEnable () {
    method DrawLSystem (line 25) | void DrawLSystem(int depth, float length = 2f) {
    method DrawFractal (line 32) | void DrawFractal(Matrix4x4 current, int depth, float length) {
    method OnRenderObject (line 52) | void OnRenderObject () {

FILE: boids/Assets/ProceduralModeling/Scripts/Plane.cs
  class Plane (line 7) | public class Plane : ProceduralModelingBase {
    method Build (line 15) | protected override Mesh Build() {

FILE: boids/Assets/ProceduralModeling/Scripts/ProceduralModelingBase.cs
  type ProceduralModelingMaterial (line 7) | public enum ProceduralModelingMaterial {
  class ProceduralModelingBase (line 13) | [RequireComponent (typeof(MeshFilter), typeof(MeshRenderer))]
    method Start (line 40) | protected virtual void Start () {
    method Rebuild (line 44) | public void Rebuild() {
    method LoadMaterial (line 56) | protected virtual Material LoadMaterial(ProceduralModelingMaterial typ...
    method Build (line 66) | protected abstract Mesh Build();

FILE: boids/Assets/ProceduralModeling/Scripts/ProceduralTree.cs
  class ProceduralTree (line 10) | public class ProceduralTree : ProceduralModelingBase {
    method Build (line 27) | public static Mesh Build(TreeData data, int generations, float length,...
    method Build (line 110) | protected override Mesh Build ()
    method TraverseMaxLength (line 116) | static float TraverseMaxLength(TreeBranch branch) {
    method Traverse (line 126) | static void Traverse(TreeBranch from, Action<TreeBranch> action) {
  class TreeData (line 137) | [System.Serializable]
    method Setup (line 153) | public void Setup() {
    method Range (line 157) | public int Range(int a, int b) {
    method Range (line 161) | public float Range(float a, float b) {
    method GetRandomBranches (line 165) | public int GetRandomBranches() {
    method GetRandomGrowthAngle (line 169) | public float GetRandomGrowthAngle() {
    method GetRandomBendDegree (line 173) | public float GetRandomBendDegree() {
  class TreeBranch (line 179) | public class TreeBranch {
    method TreeBranch (line 211) | public TreeBranch(int generations, float length, float radius, TreeDat...
    method TreeBranch (line 214) | protected TreeBranch(int generation, int generations, Vector3 from, Ve...
    method BuildSegments (line 284) | List<TreeSegment> BuildSegments (TreeData data, float fromRadius, floa...
  class TreeSegment (line 311) | public class TreeSegment {
    method TreeSegment (line 326) | public TreeSegment(FrenetFrame frame, Vector3 position, float radius) {
  class Rand (line 333) | public class Rand {
    method Rand (line 342) | public Rand(int seed) {
    method Range (line 346) | public int Range(int a, int b) {
    method Range (line 351) | public float Range(float a, float b) {

FILE: boids/Assets/ProceduralModeling/Scripts/Quad.cs
  class Quad (line 7) | public class Quad : ProceduralModelingBase {
    method Build (line 11) | protected override Mesh Build() {

FILE: boids/Assets/ProceduralModeling/Scripts/Tubular.cs
  class Tubular (line 11) | public class Tubular : ProceduralModelingBase {
    method Build (line 21) | protected override Mesh Build() {
    method GenerateSegment (line 69) | void GenerateSegment(
    method OnDrawGizmosSelected (line 102) | void OnDrawGizmosSelected () {
    method DrawCurve (line 107) | void DrawCurve() {
    method DrawFrenetFrames (line 151) | void DrawFrenetFrames() {

FILE: boids/Assets/SimpleComputeShader/SampleScene_Array/SimpleComputeShader_Array.cs
  class SimpleComputeShader_Array (line 3) | public class SimpleComputeShader_Array : MonoBehaviour
    method Start (line 14) | void Start()

FILE: boids/Assets/SimpleComputeShader/SampleScene_Texture/SimpleComputeShader_Texture.cs
  class SimpleComputeShader_Texture (line 3) | public class SimpleComputeShader_Texture : MonoBehaviour
    type ThreadSize (line 16) | struct ThreadSize
      method ThreadSize (line 22) | public ThreadSize(uint x, uint y, uint z)
    method Start (line 33) | void Start()
    method Update (line 82) | void Update()

FILE: boids/Assets/Test/Scripts/Cam.cs
  class Cam (line 5) | public class Cam : MonoBehaviour {
    method Start (line 18) | void Start () {
    method Update (line 31) | void Update () {

FILE: boids/Assets/Test/Scripts/Fukusei.cs
  class Fukusei (line 5) | public class Fukusei : MonoBehaviour
    method Start (line 15) | void Start ()
    method Update (line 43) | void Update () {

FILE: boids/Assets/Test/Scripts/Fukusei2.cs
  class Fukusei2 (line 6) | public class Fukusei2 : MonoBehaviour {
    method Start (line 19) | void Start ()
    method Update (line 41) | private void Update()

FILE: boids/Assets/Test/Scripts/Fukusei3.cs
  class Fukusei3 (line 7) | public class Fukusei3 : MonoBehaviour {
    method Start (line 23) | void Start ()
    method ChangeTarget (line 54) | public void ChangeTarget(int type)
    method Update (line 90) | private void Update()

FILE: boids/Assets/Test/Scripts/Fukusei3Main.cs
  class Fukusei3Main (line 5) | public class Fukusei3Main : MonoBehaviour
    method Start (line 13) | void Start()
    method Update (line 26) | void Update()

FILE: boids/Assets/Test/Scripts/ImgPos.cs
  class ImgPos (line 5) | public class ImgPos : MonoBehaviour
    method Start (line 11) | void Start()
    method GetRandomPoint (line 36) | public static Vector2 GetRandomPoint()