SYMBOL INDEX (206 symbols across 18 files)

FILE: SDK/Samples/KitchenSink/AgentIntegration.cs
  class AgentIntegration (line 12) | class AgentIntegration : IAgentIntegration
    method IntegrateWith (line 16) | public void IntegrateWith (IAgent agent)
    class SampleRepresentationProvider (line 21) | class SampleRepresentationProvider : RepresentationProvider
      method HasSensibleEnumerator (line 23) | public override bool HasSensibleEnumerator (IEnumerable enumerable)
      method ProvideRepresentations (line 33) | public override IEnumerable<object> ProvideRepresentations (object obj)

FILE: SDK/Samples/KitchenSink/Api.cs
  class KitchenSink (line 5) | public static class KitchenSink
    method RandomColor (line 9) | public static Color RandomColor ()

FILE: SDK/Samples/KitchenSink/KitchenSinkIntegration.js
  function PersonRenderer (line 4) | function PersonRenderer () {

FILE: SDK/Samples/KitchenSink/Person.cs
  class Person (line 7) | public sealed class Person : ISerializableObject
    method Person (line 11) | public Person (string name)
    method Serialize (line 19) | void ISerializableObject.Serialize (ObjectSerializer serializer)

FILE: SDK/typings/xamarin-interactive.d.ts
  type CultureInfo (line 6) | interface CultureInfo {
  type ManagedObject (line 14) | interface ManagedObject {
  type RendererRepresentationOptions (line 26) | enum RendererRepresentationOptions {
  type RendererRepresentation (line 58) | interface RendererRepresentation {
  type RenderTarget (line 81) | interface RenderTarget {
  type RenderState (line 103) | interface RenderState {
  type Renderer (line 123) | interface Renderer {
  class RendererRegistry (line 168) | class RendererRegistry {

FILE: graphics/tiny-renderer/Renderer/Listings/ListingTexture.cs
  class ListingTexture (line 7) | static class ListingTexture
    method Execute (line 14) | public static void Execute (Model model, Image texture)

FILE: graphics/tiny-renderer/Renderer/Listings/ListingZBuffer.cs
  class ListingZBuffer (line 7) | static class ListingZBuffer
    method Execute (line 14) | public static void Execute (Model model)

FILE: graphics/tiny-renderer/Renderer/Program.cs
  class MainClass (line 8) | class MainClass
    method Main (line 57) | public static void Main (string [] args)
    method ScreenSpaceAOListing (line 91) | static void ScreenSpaceAOListing ()
    method AOShaderListing (line 123) | static void AOShaderListing ()
    method AmbientListing (line 129) | static void AmbientListing ()
    method DepthShaderListing (line 190) | static void DepthShaderListing ()
    method TangetShaderListing (line 205) | static void TangetShaderListing ()
    method SpecularShaderListing (line 212) | static void SpecularShaderListing ()
    method RunSpec (line 218) | static void RunSpec (Model model, Image texture, Image nm, Image sm, s...
    method NormalMapListing (line 224) | static void NormalMapListing ()
    method TextureShaderListing (line 230) | static void TextureShaderListing ()
    method GouraudShader6Listing (line 236) | static void GouraudShader6Listing ()
    method GouraudShaderListing (line 242) | static void GouraudShaderListing ()
    method Render (line 248) | static RenderResult Render (Model model, IShader shader, string path)
    method Render (line 257) | static RenderResult Render (Model model, IShader shader)
    class RenderResult (line 275) | class RenderResult
    method CameraMoveListing (line 281) | static void CameraMoveListing ()
    method ProjectionListing (line 307) | static void ProjectionListing ()
    method LightListing (line 337) | static void LightListing ()
    method TriangleListing (line 362) | static void TriangleListing ()

FILE: graphics/tiny-renderer/Renderer/Tests/GouraudShaderFixture.cs
  class GouraudShaderFixture (line 10) | [TestFixture]
    method Vertex (line 18) | [Test]

FILE: graphics/tiny-renderer/Renderer/Tests/MatrixFixture.cs
  class MatrixFixture (line 9) | [TestFixture]
    method InverseIdentity (line 12) | [Test]

FILE: graphics/tiny-renderer/Renderer/Tests/ModelFixture.cs
  class ModelUtils (line 7) | static class ModelUtils
    method GetModel1 (line 21) | public static Model GetModel1 ()
  class ModelFixture (line 27) | [TestFixture]
    method Normal (line 30) | [Test]

FILE: graphics/tiny-renderer/Renderer/Tests/VectorFixture.cs
  class VectorFixture (line 7) | [TestFixture]
    method Project3D (line 10) | [Test]
    method Embed4D_DefaultValue (line 21) | [Test]
    method Embed4D (line 33) | [Test]
    method VectorIndexer (line 45) | [Test]
    method Vector4_Divide (line 73) | [Test]
    method Vector4_Sub (line 85) | [Test]
    method Vector4_Norm (line 98) | [Test]
    method Vector4_Normalize (line 106) | [Test]

FILE: graphics/tiny-renderer/Renderer/WorkbookItems/Geometry.cs
  type Vec2f (line 5) | struct Vec2f
    method Normalize (line 23) | public Vec2f Normalize ()
    method Norm (line 28) | public float Norm ()
  type Vec3f (line 60) | public struct Vec3f
    method Normalize (line 85) | public Vec3f Normalize ()
    method Norm (line 90) | public float Norm ()
  type Vec4f (line 119) | struct Vec4f
    method Normalize (line 147) | public Vec4f Normalize ()
    method Norm (line 153) | public float Norm ()
  type Vec2i (line 174) | struct Vec2i
  type Vec3i (line 185) | struct Vec3i
  class Geometry (line 197) | static class Geometry
    method Cross (line 199) | public static Vec3f Cross (Vec3f l, Vec3f r)
    method Dot (line 208) | public static float Dot (Vec3f l, Vec3f r)
    method Embed4D (line 213) | public static Vec4f Embed4D (Vec3f v, float fill = 1)
    method Project2D (line 218) | public static Vec2f Project2D (Vec3f v)
    method Project2D (line 223) | public static Vec2f Project2D (Vec4f v)
    method Project3D (line 228) | public static Vec3f Project3D (Vec4f v)

FILE: graphics/tiny-renderer/Renderer/WorkbookItems/Image.cs
  type Format (line 7) | enum Format
  type Color (line 14) | struct Color
    method Color (line 37) | public Color (byte red, byte green, byte blue, byte alpha)
    method Color (line 42) | public Color (byte red, byte green, byte blue)
    method Color (line 47) | public Color (byte value)
    method Color (line 52) | public Color (int value, Format format)
  class Image (line 69) | class Image
    method Image (line 83) | public Image (int width, int height, Format format)
    method VerticalFlip (line 92) | public void VerticalFlip ()
    method Clear (line 110) | public void Clear ()
    method GetOffset (line 141) | int GetOffset (int x, int y)
    method WriteToFile (line 146) | public bool WriteToFile (string path, bool rle = true)
    method Load (line 168) | public static Image Load (string path)
    method WriteTo (line 205) | static void WriteTo (BinaryWriter writer, TGAHeader header)
    method ReadHeader (line 221) | static TGAHeader ReadHeader (BinaryReader reader)
    method UnloadRleData (line 240) | bool UnloadRleData (BinaryWriter writer)
    method LoadRleData (line 275) | void LoadRleData (BinaryReader reader)
    method DataTypeFor (line 309) | static DataType DataTypeFor (int bpp, bool rle)
  type TGAHeader (line 318) | struct TGAHeader
  type DataType (line 338) | public enum DataType : byte

FILE: graphics/tiny-renderer/Renderer/WorkbookItems/Matrix.cs
  type Matrix4 (line 5) | public struct Matrix4
    method Transpose (line 99) | public Matrix4 Transpose ()
    method Identity (line 110) | public static Matrix4 Identity ()
    method Zoom (line 115) | public static Matrix4 Zoom (float scale)
    method RotationZ (line 120) | public static Matrix4 RotationZ (float angle)
    method ToString (line 147) | public override string ToString ()
  type Matrix3 (line 159) | public struct Matrix3
    method Transpose (line 228) | public Matrix3 Transpose ()
    method SetColumn (line 237) | public void SetColumn (int col, Vec3f v)
    method SetRow (line 244) | public void SetRow (int row, Vec3f v)
    method ToString (line 251) | public override string ToString ()
  type Matrix2 (line 263) | public struct Matrix2
  class MatrixHelpers (line 314) | static class MatrixHelpers
    method TransposeInverse (line 382) | public static Matrix4 TransposeInverse (Matrix4 m)
    method Inverse (line 402) | public static Matrix4 Inverse (Matrix4 m)
    method Inverse (line 422) | public static Matrix3 Inverse (Matrix3 m)
    method Cofactor (line 442) | static Matrix4 Cofactor (Matrix4 m)
    method Cofactor (line 452) | static Matrix3 Cofactor (Matrix3 m)
    method Cofactor (line 462) | static float Cofactor (Matrix4 m, int row, int col)
    method Cofactor (line 468) | static float Cofactor (Matrix3 m, int row, int col)
    method Minor (line 474) | static Matrix3 Minor (Matrix4 m, int row, int col)
    method Minor (line 487) | static Matrix2 Minor (Matrix3 m, int row, int col)
    method Det (line 500) | static float Det (Matrix3 m)
    method Det (line 509) | static float Det (Matrix2 m)
    method Mult (line 514) | public static Vec3f Mult (Matrix3 m, Vec3f v)
    method Mult (line 523) | public static Vec4f Mult (Matrix4 m, Vec4f v)

FILE: graphics/tiny-renderer/Renderer/WorkbookItems/Model.cs
  type Face (line 8) | struct Face
  class Model (line 15) | class Model
    method FromFile (line 22) | public static Model FromFile (string path)
    method FromText (line 36) | public static Model FromText (string text)
    method ParseLine (line 48) | void ParseLine (string line)
    method Normal (line 76) | public Vec3f Normal (Face face, int nthvert)
    method Vertex (line 82) | public Vec3f Vertex (Face face, int nthvert)
    method GetUV (line 88) | public Vec3f GetUV (Face face, int nthvert)

FILE: graphics/tiny-renderer/Renderer/WorkbookItems/Shaders.cs
  type IShader (line 9) | interface IShader
    method Vertex (line 11) | Vec4f Vertex (Face face, int nthvert);
    method Fragment (line 12) | bool Fragment (Vec3f fragment, Vec3f bar, out Color color);
  class GouraudShader (line 16) | class GouraudShader : IShader
    method GouraudShader (line 26) | public GouraudShader (Model model, Matrix4 viewPort, Matrix4 projectio...
    method Vertex (line 33) | public virtual Vec4f Vertex (Face face, int nthvert)
    method Fragment (line 41) | public virtual bool Fragment (Vec3f fragment, Vec3f bar, out Color color)
  class GouraudShader6 (line 49) | class GouraudShader6 : GouraudShader
    method GouraudShader6 (line 51) | public GouraudShader6 (Model model, Matrix4 viewPort, Matrix4 projecti...
    method Fragment (line 56) | public override bool Fragment (Vec3f fragment, Vec3f bar, out Color co...
  class TextureShader (line 70) | class TextureShader : IShader
    method TextureShader (line 82) | public TextureShader (Model model, Matrix4 viewPort, Matrix4 projectio...
    method Vertex (line 90) | public Vec4f Vertex (Face face, int nthvert)
    method Fragment (line 100) | public bool Fragment (Vec3f fragment, Vec3f bar, out Color color)
  class NormalMapShader (line 113) | class NormalMapShader : IShader
    method NormalMapShader (line 127) | public NormalMapShader (Model model, Matrix4 viewport, Matrix4 project...
    method Vertex (line 139) | public Vec4f Vertex (Face face, int nthvert)
    method Fragment (line 145) | public bool Fragment (Vec3f fragment, Vec3f bar, out Color color)
  class SpecularShader (line 157) | class SpecularShader : IShader
    method SpecularShader (line 172) | public SpecularShader (Model model, Matrix4 viewport, Matrix4 projecti...
    method Vertex (line 185) | public Vec4f Vertex (Face face, int nthvert)
    method Fragment (line 191) | public bool Fragment (Vec3f fragment, Vec3f bar, out Color color)
  class TangentShader (line 213) | class TangentShader : IShader
    method TangentShader (line 237) | public TangentShader (Model model, Matrix4 viewport, Matrix4 projectio...
    method Vertex (line 252) | public Vec4f Vertex (Face face, int nthvert)
    method Fragment (line 265) | public bool Fragment (Vec3f fragment, Vec3f bar, out Color color)
  class DepthShader (line 294) | class DepthShader : IShader
    method DepthShader (line 303) | public DepthShader (Model model, Matrix4 transformation)
    method Vertex (line 309) | public Vec4f Vertex (Face face, int nthvert)
    method Fragment (line 316) | public bool Fragment (Vec3f fragment, Vec3f bar, out Color color)
  class ShadowShader (line 324) | class ShadowShader : IShader
    method ShadowShader (line 344) | public ShadowShader (Model model, Matrix4 viewport, Matrix4 projection...
    method Vertex (line 360) | public Vec4f Vertex (Face face, int nthvert)
    method Fragment (line 370) | public bool Fragment (Vec3f fragment, Vec3f bar, out Color color)
  class ZShader (line 398) | class ZShader : IShader
    method ZShader (line 405) | public ZShader (Model model, Matrix4 viewport, Matrix4 projection, Mat...
    method Vertex (line 411) | public Vec4f Vertex (Face face, int nthvert)
    method Fragment (line 416) | public bool Fragment (Vec3f fragment, Vec3f bar, out Color color)
  class OcclusionShader (line 423) | class OcclusionShader : IShader
    method OcclusionShader (line 434) | public OcclusionShader (Model model, Matrix4 viewport, Matrix4 project...
    method Vertex (line 444) | public Vec4f Vertex (Face face, int nthvert)
    method Fragment (line 450) | public bool Fragment (Vec3f fragment, Vec3f bar, out Color color)
  class AOShader (line 464) | class AOShader : IShader
    method AOShader (line 473) | public AOShader (Model model, Matrix4 viewport, Matrix4 projection, Ma...
    method Vertex (line 481) | public Vec4f Vertex (Face face, int nthvert)
    method Fragment (line 487) | public bool Fragment (Vec3f fragment, Vec3f bar, out Color color)
  class ZShader2 (line 500) | class ZShader2 : IShader
    method ZShader2 (line 505) | public ZShader2 (Model model, Matrix4 viewport, Matrix4 projection, Ma...
    method Vertex (line 511) | public Vec4f Vertex (Face face, int nthvert)
    method Fragment (line 516) | public bool Fragment (Vec3f fragment, Vec3f bar, out Color color)
  class ShaderUtils (line 525) | static class ShaderUtils
    method TransformFace (line 528) | public static Vec4f TransformFace (Model model, Face face, int nthvert...
    method UpdateVarayingUV (line 536) | public static void UpdateVarayingUV (Model model, Face face, int nthve...
    method CalcUV (line 544) | public static Vec2f CalcUV (Vec3f varU, Vec3f varV, Vec3f bar)
    method GetColor (line 553) | public static Color GetColor (Image texture, Vec2f uvf)
    method Transform (line 559) | public static Vec3f Transform (Matrix4 t, Vec3f v)
    method Normal (line 566) | public static Vec3f Normal (Image normalMap, Vec2f uvf)
    method Specular (line 579) | public static float Specular (Image specularMap, Vec2f uvf)
    method CalcXY (line 587) | public static Vec2i CalcXY (Image texture, Vec2f uvf)

FILE: graphics/tiny-renderer/Renderer/WorkbookItems/Utils.cs
  class Utils (line 7) | static class Utils
    method Barycentric (line 9) | public static Vec3f Barycentric (Vec3f a, Vec3f b, Vec3f c, Vec2i p)
    method Triangle (line 26) | public static void Triangle (Image image, Vec3f [] coordinates, Color ...
    method Barycentric (line 53) | public static Vec3f Barycentric (Vec2f a, Vec2f b, Vec2f c, Vec2f p)
    method Triangle (line 77) | public static void Triangle (Image image, Vec3f [] coordinates, Color ...
    method InitZBuffer (line 113) | public static float [] InitZBuffer (Image image)
    method Triangle (line 122) | public static void Triangle (Image image, Vec3f [] coordinates, Image ...
    method Box (line 161) | public static void Box (Vec4f [] pts, out Vec2i pMin, out Vec2i pMax)
    method Triangle (line 174) | public static void Triangle (Image image, Vec4f [] pts, IShader shader...
    method DegToRad (line 207) | public static float DegToRad (float degAngle)
    method Viewport (line 213) | public static Matrix4 Viewport (int x, int y, int w, int h)
    method Projection (line 229) | public static Matrix4 Projection (float coeff)
    method LookAt (line 237) | public static Matrix4 LookAt (Vec3f eye, Vec3f center, Vec3f up)
    method RandPointOnUnitSphere (line 256) | public static Vec3f RandPointOnUnitSphere ()
    method MaxElevationAngle (line 271) | public static float MaxElevationAngle (float [] zbuffer, Vec2f p, Vec2...