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Code Issues Projects Releases Wiki Activity

Reduced project complexity

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- Removed area lights
- Removed tube lights
- Removed samples
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max 2022-02-19 01:20:14 +01:00
parent 317aef1b6c
commit 9b799c8b4e
63 changed files with 0 additions and 30407 deletions
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Assets/AreaLight/Scripts/AreaLight.Direct.cs
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using UnityEngine;
using UnityEngine.Rendering;
using System.Collections.Generic;
public partial class AreaLight : MonoBehaviour
{
[HideInInspector]
public Mesh m_Cube;
[HideInInspector]
public Shader m_ProxyShader;
Material m_ProxyMaterial;
static Texture2D s_TransformInvTexture_Specular;
static Texture2D s_TransformInvTexture_Diffuse;
static Texture2D s_AmpDiffAmpSpecFresnel;
Dictionary<Camera, CommandBuffer> m_Cameras = new Dictionary<Camera, CommandBuffer>();
static CameraEvent kCameraEvent = CameraEvent.AfterLighting;
bool InitDirect()
{
if (m_ProxyShader == null || m_Cube == null)
return false;
// Proxy
m_ProxyMaterial = new Material(m_ProxyShader);
m_ProxyMaterial.hideFlags = HideFlags.HideAndDontSave;
return true;
}
void SetUpLUTs()
{
if (s_TransformInvTexture_Diffuse == null)
s_TransformInvTexture_Diffuse = AreaLightLUT.LoadLUT(AreaLightLUT.LUTType.TransformInv_DisneyDiffuse);
if (s_TransformInvTexture_Specular == null)
s_TransformInvTexture_Specular = AreaLightLUT.LoadLUT(AreaLightLUT.LUTType.TransformInv_GGX);
if (s_AmpDiffAmpSpecFresnel == null)
s_AmpDiffAmpSpecFresnel = AreaLightLUT.LoadLUT(AreaLightLUT.LUTType.AmpDiffAmpSpecFresnel);
m_ProxyMaterial.SetTexture("_TransformInv_Diffuse", s_TransformInvTexture_Diffuse);
m_ProxyMaterial.SetTexture("_TransformInv_Specular", s_TransformInvTexture_Specular);
m_ProxyMaterial.SetTexture("_AmpDiffAmpSpecFresnel", s_AmpDiffAmpSpecFresnel);
}
void Cleanup()
{
for(var e = m_Cameras.GetEnumerator(); e.MoveNext();)
{
var cam = e.Current;
if (cam.Key != null && cam.Value != null)
{
cam.Key.RemoveCommandBuffer (kCameraEvent, cam.Value);
}
}
m_Cameras.Clear();
}
static readonly float[,] offsets = new float[4,2] {{1, 1}, {1, -1}, {-1, -1}, {-1, 1}};
CommandBuffer GetOrCreateCommandBuffer(Camera cam)
{
if(cam == null)
return null;
CommandBuffer buf = null;
if(!m_Cameras.ContainsKey(cam)) {
buf = new CommandBuffer();
buf.name = /*"Area light: " +*/ gameObject.name;
m_Cameras[cam] = buf;
cam.AddCommandBuffer(kCameraEvent, buf);
cam.depthTextureMode |= DepthTextureMode.Depth;
} else {
buf = m_Cameras[cam];
buf.Clear();
}
return buf;
}
public void SetUpCommandBuffer()
{
if (InsideShadowmapCameraRender())
return;
Camera cam = Camera.current;
CommandBuffer buf = GetOrCreateCommandBuffer(cam);
buf.SetGlobalVector("_LightPos", transform.position);
buf.SetGlobalVector("_LightColor", GetColor());
SetUpLUTs();
// Needed as we're using the vert_deferred vertex shader from UnityDeferredLibrary.cginc
// TODO: Make the light render as quad if it intersects both near and far plane.
// (Also missing: rendering as front faces when near doesn't intersect, stencil optimisations)
buf.SetGlobalFloat("_LightAsQuad", 0);
// A little bit of bias to prevent the light from lighting itself - the source quad
float z = 0.01f;
Transform t = transform;
Matrix4x4 lightVerts = new Matrix4x4();
for (int i = 0; i < 4; i++)
lightVerts.SetRow(i, t.TransformPoint(new Vector3(m_Size.x * offsets[i,0], m_Size.y * offsets[i,1], z) * 0.5f));
buf.SetGlobalMatrix("_LightVerts", lightVerts);
if (m_Shadows)
SetUpShadowmapForSampling(buf);
Matrix4x4 m = Matrix4x4.TRS(new Vector3(0, 0, 10.0f), Quaternion.identity, Vector3.one * 20);
buf.DrawMesh(m_Cube, t.localToWorldMatrix * m, m_ProxyMaterial, 0, m_Shadows ? /*shadows*/ 0 : /*no shadows*/ 1);
}
void SetKeyword(string keyword, bool on)
{
if (on)
m_ProxyMaterial.EnableKeyword(keyword);
else
m_ProxyMaterial.DisableKeyword(keyword);
}
void ReleaseTemporary(ref RenderTexture rt)
{
if (rt == null)
return;
RenderTexture.ReleaseTemporary(rt);
rt = null;
}
Color GetColor()
{
if (QualitySettings.activeColorSpace == ColorSpace.Gamma)
return m_Color * m_Intensity;
return new Color(
Mathf.GammaToLinearSpace(m_Color.r * m_Intensity),
Mathf.GammaToLinearSpace(m_Color.g * m_Intensity),
Mathf.GammaToLinearSpace(m_Color.b * m_Intensity),
1.0f
);
}
}

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Assets/AreaLight/Scripts/AreaLight.Shadow.cs
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using UnityEngine;
using UnityEngine.Rendering;
public partial class AreaLight : MonoBehaviour
{
Camera m_ShadowmapCamera;
Transform m_ShadowmapCameraTransform;
[HideInInspector]
public Shader m_ShadowmapShader;
[HideInInspector]
public Shader m_BlurShadowmapShader;
Material m_BlurShadowmapMaterial;
RenderTexture m_Shadowmap = null;
RenderTexture m_BlurredShadowmap = null;
Texture2D m_ShadowmapDummy = null;
int m_ShadowmapRenderTime = -1;
int m_BlurredShadowmapRenderTime = -1;
FogLight m_FogLight = null;
public enum TextureSize
{
x512 = 512,
x1024 = 1024,
x2048 = 2048,
x4096 = 4096,
}
void UpdateShadowmap(int res)
{
if (m_Shadowmap != null && m_ShadowmapRenderTime == Time.renderedFrameCount)
return;
// Create the camera
if (m_ShadowmapCamera == null)
{
if (m_ShadowmapShader == null)
{
Debug.LogError("AreaLight's shadowmap shader not assigned.", this);
return;
}
GameObject go = new GameObject("Shadowmap Camera");
go.AddComponent(typeof(Camera));
m_ShadowmapCamera = go.GetComponent<Camera>();
go.hideFlags = HideFlags.HideAndDontSave;
m_ShadowmapCamera.enabled = false;
m_ShadowmapCamera.clearFlags = CameraClearFlags.SolidColor;
m_ShadowmapCamera.renderingPath = RenderingPath.Forward;
// exp(EXPONENT) for ESM, white for VSM
// m_ShadowmapCamera.backgroundColor = new Color(Mathf.Exp(EXPONENT), 0, 0, 0);
m_ShadowmapCamera.backgroundColor = Color.white;
m_ShadowmapCameraTransform = go.transform;
m_ShadowmapCameraTransform.parent = transform;
m_ShadowmapCameraTransform.localRotation = Quaternion.identity;
}
if (m_Angle == 0.0f)
{
m_ShadowmapCamera.orthographic = true;
m_ShadowmapCameraTransform.localPosition = Vector3.zero;
m_ShadowmapCamera.nearClipPlane = 0;
m_ShadowmapCamera.farClipPlane = m_Size.z;
m_ShadowmapCamera.orthographicSize = 0.5f * m_Size.y;
m_ShadowmapCamera.aspect = m_Size.x / m_Size.y;
}
else
{
m_ShadowmapCamera.orthographic = false;
float near = GetNearToCenter();
m_ShadowmapCameraTransform.localPosition = -near * Vector3.forward;
m_ShadowmapCamera.nearClipPlane = near;
m_ShadowmapCamera.farClipPlane = near + m_Size.z;
m_ShadowmapCamera.fieldOfView = m_Angle;
m_ShadowmapCamera.aspect = m_Size.x / m_Size.y;
}
ReleaseTemporary(ref m_Shadowmap);
m_Shadowmap = RenderTexture.GetTemporary(res, res, 24, RenderTextureFormat.Shadowmap);
m_Shadowmap.name = "AreaLight Shadowmap";
m_Shadowmap.filterMode = FilterMode.Bilinear;
m_Shadowmap.wrapMode = TextureWrapMode.Clamp;
m_ShadowmapCamera.targetTexture = m_Shadowmap;
// Clear. RenderWithShader() should clear too, but it doesn't.
// TODO: Check if it's a bug.
m_ShadowmapCamera.cullingMask = 0;
m_ShadowmapCamera.Render();
m_ShadowmapCamera.cullingMask = m_ShadowCullingMask;
// We might be rendering inside PlaneReflections, which invert culling. Disable temporarily.
var oldCulling = GL.invertCulling;
GL.invertCulling = false;
m_ShadowmapCamera.RenderWithShader(m_ShadowmapShader, "RenderType");
// Back to whatever was the culling mode.
GL.invertCulling = oldCulling;
m_ShadowmapRenderTime = Time.renderedFrameCount;
}
public RenderTexture GetBlurredShadowmap()
{
UpdateBlurredShadowmap();
return m_BlurredShadowmap;
}
RenderTexture[] temp;
void UpdateBlurredShadowmap()
{
if (m_BlurredShadowmap != null && m_BlurredShadowmapRenderTime == Time.renderedFrameCount)
return;
InitFogLight();
int startRes = (int)m_ShadowmapRes;
int targetRes = (int)m_FogLight.m_ShadowmapRes;
// To make things easier, blurred shadowmap is at most half the size of the regular.
if (isActiveAndEnabled && m_Shadows)
{
targetRes = Mathf.Min(targetRes, startRes/2);
}
else
{
// If the area light or the shadows on it are disabled, we can
// just get the most convenient resolution for us.
startRes = 2 * startRes;
}
UpdateShadowmap(startRes);
RenderTexture originalRT = RenderTexture.active;
// Downsample
ReleaseTemporary(ref m_BlurredShadowmap);
InitMaterial(ref m_BlurShadowmapMaterial, m_BlurShadowmapShader);
int downsampleSteps = (int)Mathf.Log(startRes / targetRes, 2);
if (temp == null || temp.Length != downsampleSteps)
temp = new RenderTexture[downsampleSteps];
// RFloat for ESM, RGHalf for VSM
RenderTextureFormat format = RenderTextureFormat.RGHalf;
for(int i = 0, currentRes = startRes/2; i < downsampleSteps; i++)
{
temp[i] = RenderTexture.GetTemporary(currentRes, currentRes, 0, format, RenderTextureReadWrite.Linear);
temp[i].name = "AreaLight Shadow Downsample";
temp[i].filterMode = FilterMode.Bilinear;
temp[i].wrapMode = TextureWrapMode.Clamp;
m_BlurShadowmapMaterial.SetVector("_TexelSize", new Vector4(0.5f/currentRes, 0.5f/currentRes, 0, 0));
if (i == 0)
{
m_BlurShadowmapMaterial.SetTexture("_Shadowmap", m_Shadowmap);
InitShadowmapDummy();
m_BlurShadowmapMaterial.SetTexture("_ShadowmapDummy", m_ShadowmapDummy);
m_BlurShadowmapMaterial.SetVector("_ZParams", GetZParams());
m_BlurShadowmapMaterial.SetFloat("_ESMExponent", m_FogLight.m_ESMExponent);
Blur(m_Shadowmap, temp[i], /*sample & convert shadowmap*/ 0);
}
else
{
m_BlurShadowmapMaterial.SetTexture("_MainTex", temp[i - 1]);
Blur(temp[i - 1], temp[i], /*regular sample*/ 1);
}
currentRes /= 2;
}
for (int i = 0; i < downsampleSteps - 1; i++)
RenderTexture.ReleaseTemporary(temp[i]);
m_BlurredShadowmap = temp[downsampleSteps - 1];
// Blur
if (m_FogLight.m_BlurIterations > 0)
{
RenderTexture tempBlur = RenderTexture.GetTemporary (targetRes, targetRes, 0, format, RenderTextureReadWrite.Linear);
tempBlur.name = "AreaLight Shadow Blur";
tempBlur.filterMode = FilterMode.Bilinear;
tempBlur.wrapMode = TextureWrapMode.Clamp;
m_BlurShadowmapMaterial.SetVector("_MainTex_TexelSize", new Vector4(1.0f/targetRes, 1.0f/targetRes, 0, 0));
float blurSize = m_FogLight.m_BlurSize;
for(int i = 0; i < m_FogLight.m_BlurIterations; i++)
{
m_BlurShadowmapMaterial.SetFloat ("_BlurSize", blurSize);
Blur(m_BlurredShadowmap, tempBlur, /*vertical blur*/2);
Blur(tempBlur, m_BlurredShadowmap, /*horizontal blur*/3);
blurSize *= 1.2f;
}
RenderTexture.ReleaseTemporary(tempBlur);
}
RenderTexture.active = originalRT;
m_BlurredShadowmapRenderTime = Time.renderedFrameCount;
}
// Normally would've used Graphics.Blit(), but it breaks picking in the scene view.
// TODO: bug report
void Blur(RenderTexture src, RenderTexture dst, int pass)
{
RenderTexture.active = dst;
m_BlurShadowmapMaterial.SetTexture("_MainTex", src);
m_BlurShadowmapMaterial.SetPass(pass);
RenderQuad();
}
void RenderQuad()
{
GL.Begin(GL.QUADS);
GL.TexCoord2( 0, 0);
GL.Vertex3 (-1, 1, 0);
GL.TexCoord2( 0, 1);
GL.Vertex3 (-1,-1, 0);
GL.TexCoord2( 1, 1);
GL.Vertex3 ( 1,-1, 0);
GL.TexCoord2( 1, 0);
GL.Vertex3 ( 1, 1, 0);
GL.End();
}
void SetUpShadowmapForSampling(CommandBuffer buf)
{
UpdateShadowmap((int)m_ShadowmapRes);
buf.SetGlobalTexture("_Shadowmap", m_Shadowmap);
InitShadowmapDummy();
m_ProxyMaterial.SetTexture("_ShadowmapDummy", m_ShadowmapDummy);
buf.SetGlobalMatrix("_ShadowProjectionMatrix", GetProjectionMatrix());
float texelsInMap = (int)m_ShadowmapRes;
float relativeTexelSize = texelsInMap / 2048.0f;
buf.SetGlobalFloat("_ShadowReceiverWidth", relativeTexelSize * m_ReceiverSearchDistance / texelsInMap);
buf.SetGlobalFloat("_ShadowReceiverDistanceScale", m_ReceiverDistanceScale * 0.5f / 10.0f); // 10 samples in shader
Vector2 shadowLightWidth = new Vector2(m_LightNearSize, m_LightFarSize) * relativeTexelSize / texelsInMap;
buf.SetGlobalVector("_ShadowLightWidth", shadowLightWidth);
buf.SetGlobalFloat("_ShadowBias", m_ShadowBias);
}
void InitMaterial(ref Material material, Shader shader)
{
if (material)
return;
if (!shader)
{
Debug.LogError("Missing shader");
return;
}
material = new Material(shader);
material.hideFlags = HideFlags.HideAndDontSave;
}
void InitShadowmapDummy()
{
if(m_ShadowmapDummy != null)
return;
m_ShadowmapDummy = new Texture2D(1, 1, TextureFormat.Alpha8, false, true);
m_ShadowmapDummy.filterMode = FilterMode.Point;
m_ShadowmapDummy.SetPixel(0, 0, new Color(0f, 0f, 0f, 0f));
m_ShadowmapDummy.Apply(false, true);
}
void InitFogLight()
{
if (m_FogLight != null)
return;
// It should always be here, because it triggered this code path in the first place.
m_FogLight = GetComponent<FogLight>();
}
bool InsideShadowmapCameraRender()
{
RenderTexture target = Camera.current.targetTexture;
return target != null && target.format == RenderTextureFormat.Shadowmap;
}
Vector4 GetZParams()
{
float n = GetNearToCenter();
float f = n + m_Size.z;
// linear z, 0 near, 1 far
// linearz = A * (z + 1.0) / (z + B);
// A = n/(n - f)
// B = (n + f)/(n - f)
return new Vector4(n/(n - f), (n + f)/(n - f), 0, 0);
}
}

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Assets/AreaLight/Scripts/AreaLight.Shadow.cs.meta
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Assets/AreaLight/Scripts/AreaLight.cs
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using UnityEngine;
[ExecuteInEditMode]
public partial class AreaLight : MonoBehaviour
{
public bool m_RenderSource = true;
public Vector3 m_Size = new Vector3(1, 1, 2);
[Range(0, 179)]
public float m_Angle = 0.0f;
[MinValue(0)]
public float m_Intensity = 0.8f;
public Color m_Color = Color.white;
[Header("Shadows")]
public bool m_Shadows = false;
public LayerMask m_ShadowCullingMask = ~0;
public TextureSize m_ShadowmapRes = TextureSize.x2048;
[MinValue(0)]
public float m_ReceiverSearchDistance = 24.0f;
[MinValue(0)]
public float m_ReceiverDistanceScale = 5.0f;
[MinValue(0)]
public float m_LightNearSize = 4.0f;
[MinValue(0)]
public float m_LightFarSize = 22.0f;
[Range(0, 0.1f)]
public float m_ShadowBias = 0.001f;
MeshRenderer m_SourceRenderer;
Mesh m_SourceMesh;
[HideInInspector]
public Mesh m_Quad;
Vector2 m_CurrentQuadSize = Vector2.zero;
Vector3 m_CurrentSize = Vector3.zero;
float m_CurrentAngle = -1.0f;
bool m_Initialized = false;
MaterialPropertyBlock m_props;
void Awake()
{
if(!Init())
return;
UpdateSourceMesh();
}
bool Init()
{
if (m_Initialized)
return true;
if (m_Quad == null || !InitDirect())
return false;
m_SourceRenderer = GetComponent<MeshRenderer>();
m_SourceRenderer.enabled = true;
m_SourceMesh = Instantiate<Mesh>(m_Quad);
m_SourceMesh.hideFlags = HideFlags.HideAndDontSave;
MeshFilter mfs = gameObject.GetComponent<MeshFilter>();
mfs.sharedMesh = m_SourceMesh;
Transform t = transform;
if (t.localScale != Vector3.one)
{
#if UNITY_EDITOR
Debug.LogError("AreaLights don't like to be scaled. Setting local scale to 1.", this);
#endif
t.localScale = Vector3.one;
}
SetUpLUTs();
m_Initialized = true;
return true;
}
void OnEnable()
{
m_props = new MaterialPropertyBlock();
if(!Init())
return;
UpdateSourceMesh();
}
void OnDisable()
{
if(!Application.isPlaying)
Cleanup();
else
for(var e = m_Cameras.GetEnumerator(); e.MoveNext();)
if(e.Current.Value != null)
e.Current.Value.Clear();
}
void OnDestroy()
{
if (m_ProxyMaterial != null)
DestroyImmediate(m_ProxyMaterial);
if (m_SourceMesh != null)
DestroyImmediate(m_SourceMesh);
Cleanup();
}
static Vector3[] vertices = new Vector3[4];
void UpdateSourceMesh()
{
m_Size.x = Mathf.Max(m_Size.x, 0);
m_Size.y = Mathf.Max(m_Size.y, 0);
m_Size.z = Mathf.Max(m_Size.z, 0);
Vector2 quadSize = m_RenderSource && enabled ? new Vector2(m_Size.x, m_Size.y) : Vector2.one * 0.0001f;
if (quadSize != m_CurrentQuadSize)
{
float x = quadSize.x * 0.5f;
float y = quadSize.y * 0.5f;
// To prevent the source quad from getting into the shadowmap, offset it back a bit.
float z = -0.001f;
vertices[0].Set(-x, y, z);
vertices[1].Set( x, -y, z);
vertices[2].Set( x, y, z);
vertices[3].Set(-x, -y, z);
m_SourceMesh.vertices = vertices;
m_CurrentQuadSize = quadSize;
}
if (m_Size != m_CurrentSize || m_Angle != m_CurrentAngle)
{
// Set the bounds of the mesh to large, so that they drive rendering of the entire light
// TODO: Make the bounds tight around the shape of the light. Right now they're just tight around
// the shadow frustum, which is fine if the shadows are enable (ok, maybe far plane should be more clever),
// but doesn't make sense if shadows are disabled.
m_SourceMesh.bounds = GetFrustumBounds();
}
}
void Update()
{
if (!gameObject.activeInHierarchy || !enabled)
{
Cleanup();
return;
}
if(!Init())
return;
UpdateSourceMesh();
if(Application.isPlaying)
for(var e = m_Cameras.GetEnumerator(); e.MoveNext();)
if(e.Current.Value != null)
e.Current.Value.Clear();
}
void OnWillRenderObject()
{
if(!Init())
return;
// TODO: This is just a very rough guess. Need to properly calculate the surface emission
// intensity based on light's intensity.
Color color = new Color(
Mathf.GammaToLinearSpace(m_Color.r),
Mathf.GammaToLinearSpace(m_Color.g),
Mathf.GammaToLinearSpace(m_Color.b),
1.0f);
m_props.SetVector("_EmissionColor", color * m_Intensity);
m_SourceRenderer.SetPropertyBlock(m_props);
SetUpCommandBuffer();
}
float GetNearToCenter()
{
if (m_Angle == 0.0f)
return 0;
return m_Size.y * 0.5f / Mathf.Tan(m_Angle * 0.5f * Mathf.Deg2Rad);
}
Matrix4x4 GetOffsetMatrix(float zOffset)
{
Matrix4x4 m = Matrix4x4.identity;
m.SetColumn(3, new Vector4(0, 0, zOffset, 1));
return m;
}
public Matrix4x4 GetProjectionMatrix(bool linearZ = false)
{
Matrix4x4 m;
if (m_Angle == 0.0f)
{
m = Matrix4x4.Ortho(-0.5f * m_Size.x, 0.5f * m_Size.x, -0.5f * m_Size.y, 0.5f * m_Size.y, 0, -m_Size.z);
}
else
{
float near = GetNearToCenter();
if (linearZ)
{
m = PerspectiveLinearZ(m_Angle, m_Size.x/m_Size.y, near, near + m_Size.z);
}
else
{
m = Matrix4x4.Perspective(m_Angle, m_Size.x/m_Size.y, near, near + m_Size.z);
m = m * Matrix4x4.Scale(new Vector3(1, 1, -1));
}
m = m * GetOffsetMatrix(near);
}
return m * transform.worldToLocalMatrix;
}
public Vector4 MultiplyPoint(Matrix4x4 m, Vector3 v)
{
Vector4 res;
res.x = m.m00 * v.x + m.m01 * v.y + m.m02 * v.z + m.m03;
res.y = m.m10 * v.x + m.m11 * v.y + m.m12 * v.z + m.m13;
res.z = m.m20 * v.x + m.m21 * v.y + m.m22 * v.z + m.m23;
res.w = m.m30 * v.x + m.m31 * v.y + m.m32 * v.z + m.m33;
return res;
}
Matrix4x4 PerspectiveLinearZ(float fov, float aspect, float near, float far)
{
// A vector transformed with this matrix should get perspective division on x and y only:
// Vector4 vClip = MultiplyPoint(PerspectiveLinearZ(...), vEye);
// Vector3 vNDC = Vector3(vClip.x / vClip.w, vClip.y / vClip.w, vClip.z);
// vNDC is [-1, 1]^3 and z is linear, i.e. z = 0 is half way between near and far in world space.
float rad = Mathf.Deg2Rad * fov * 0.5f;
float cotan = Mathf.Cos(rad) / Mathf.Sin(rad);
float deltainv = 1.0f / (far - near);
Matrix4x4 m;
m.m00 = cotan / aspect; m.m01 = 0.0f; m.m02 = 0.0f; m.m03 = 0.0f;
m.m10 = 0.0f; m.m11 = cotan; m.m12 = 0.0f; m.m13 = 0.0f;
m.m20 = 0.0f; m.m21 = 0.0f; m.m22 = 2.0f * deltainv; m.m23 = - (far + near) * deltainv;
m.m30 = 0.0f; m.m31 = 0.0f; m.m32 = 1.0f; m.m33 = 0.0f;
return m;
}
public Vector4 GetPosition()
{
Transform t = transform;
if (m_Angle == 0.0f)
{
Vector3 dir = -t.forward;
return new Vector4(dir.x, dir.y, dir.z, 0);
}
Vector3 pos = t.position - GetNearToCenter() * t.forward;
return new Vector4(pos.x, pos.y, pos.z, 1);
}
Bounds GetFrustumBounds()
{
if (m_Angle == 0.0f)
return new Bounds(Vector3.zero, m_Size);
float tanhalffov = Mathf.Tan(m_Angle * 0.5f * Mathf.Deg2Rad);
float near = m_Size.y * 0.5f / tanhalffov;
float z = m_Size.z;
float y = (near + m_Size.z) * tanhalffov * 2.0f;
float x = m_Size.x * y / m_Size.y;
return new Bounds(Vector3.forward * m_Size.z * 0.5f, new Vector3(x, y, z));
}
void OnDrawGizmosSelected()
{
Gizmos.color = Color.white;
if (m_Angle == 0.0f)
{
Gizmos.matrix = transform.localToWorldMatrix;
Gizmos.DrawWireCube(new Vector3(0, 0, 0.5f * m_Size.z), m_Size);
return;
}
float near = GetNearToCenter();
Gizmos.matrix = transform.localToWorldMatrix * GetOffsetMatrix(-near);
Gizmos.DrawFrustum(Vector3.zero, m_Angle, near + m_Size.z, near, m_Size.x/m_Size.y);
Gizmos.matrix = transform.localToWorldMatrix;
Gizmos.color = Color.yellow;
Bounds bounds = GetFrustumBounds();
Gizmos.DrawWireCube(bounds.center, bounds.size);
}
}

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Assets/AreaLight/Scripts/AreaLightLUT.DisneyDiffuse.cs
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Assets/AreaLight/Scripts/AreaLightLUT.GGX.cs
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Assets/AreaLight/Scripts/AreaLightLUT.Load.cs
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using UnityEngine;
public partial class AreaLightLUT
{
const int kLUTResolution = 64;
const int kLUTMatrixDim = 3;
public enum LUTType
{
TransformInv_DisneyDiffuse,
TransformInv_GGX,
AmpDiffAmpSpecFresnel
}
public static Texture2D LoadLUT(LUTType type)
{
switch(type)
{
case LUTType.TransformInv_DisneyDiffuse: return LoadLUT(s_LUTTransformInv_DisneyDiffuse);
case LUTType.TransformInv_GGX: return LoadLUT(s_LUTTransformInv_GGX);
case LUTType.AmpDiffAmpSpecFresnel: return LoadLUT(s_LUTAmplitude_DisneyDiffuse, s_LUTAmplitude_GGX, s_LUTFresnel_GGX);
}
return null;
}
static Texture2D CreateLUT(TextureFormat format, Color[] pixels)
{
Texture2D tex = new Texture2D(kLUTResolution, kLUTResolution, format, false /*mipmap*/, true /*linear*/);
tex.hideFlags = HideFlags.HideAndDontSave;
tex.wrapMode = TextureWrapMode.Clamp;
tex.SetPixels(pixels);
tex.Apply();
return tex;
}
static Texture2D LoadLUT(double[,] LUTTransformInv)
{
const int count = kLUTResolution * kLUTResolution;
Color[] pixels = new Color[count];
// transformInv
for (int i = 0; i < count; i++)
{
// Only columns 0, 2, 4 and 6 contain interesting values (at least in the case of GGX).
pixels[i] = new Color( (float)LUTTransformInv[i, 0],
(float)LUTTransformInv[i, 2],
(float)LUTTransformInv[i, 4],
(float)LUTTransformInv[i, 6]);
}
return CreateLUT(TextureFormat.RGBAHalf, pixels);
}
static Texture2D LoadLUT(float[] LUTScalar0, float[] LUTScalar1, float[] LUTScalar2)
{
const int count = kLUTResolution * kLUTResolution;
Color[] pixels = new Color[count];
// amplitude
for (int i = 0; i < count; i++)
{
pixels[i] = new Color(LUTScalar0[i], LUTScalar1[i], LUTScalar2[i], 0);
}
return CreateLUT(TextureFormat.RGBAHalf, pixels);
}
}

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Assets/AreaLight/Shaders/AreaLight.cginc
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// Based on 'Real-Time Polygonal-Light Shading with Linearly Transformed Cosines'
// https://labs.unity.com/article/real-time-polygonal-light-shading-linearly-transformed-cosines
#if AREA_LIGHT_ENABLE_DIFFUSE
sampler2D _TransformInv_Diffuse;
#endif
sampler2D _TransformInv_Specular;
sampler2D _AmpDiffAmpSpecFresnel;
float4x4 _LightVerts;
half IntegrateEdge(half3 v1, half3 v2)
{
half d = dot(v1,v2);
half theta = acos(max(-0.9999, dot(v1,v2)));
half theta_sintheta = theta / sin(theta);
return theta_sintheta * (v1.x*v2.y - v1.y*v2.x);
}
// Baum's equation
// Expects non-normalized vertex positions
half PolygonRadiance(half4x3 L)
{
// detect clipping config
uint config = 0;
if (L[0].z > 0) config += 1;
if (L[1].z > 0) config += 2;
if (L[2].z > 0) config += 4;
if (L[3].z > 0) config += 8;
// The fifth vertex for cases when clipping cuts off one corner.
// Due to a compiler bug, copying L into a vector array with 5 rows
// messes something up, so we need to stick with the matrix + the L4 vertex.
half3 L4 = L[3];
// This switch is surprisingly fast. Tried replacing it with a lookup array of vertices.
// Even though that replaced the switch with just some indexing and no branches, it became
// way, way slower - mem fetch stalls?
// clip
uint n = 0;
switch(config)
{
case 0: // clip all
break;
case 1: // V1 clip V2 V3 V4
n = 3;
L[1] = -L[1].z * L[0] + L[0].z * L[1];
L[2] = -L[3].z * L[0] + L[0].z * L[3];
break;
case 2: // V2 clip V1 V3 V4
n = 3;
L[0] = -L[0].z * L[1] + L[1].z * L[0];
L[2] = -L[2].z * L[1] + L[1].z * L[2];
break;
case 3: // V1 V2 clip V3 V4
n = 4;
L[2] = -L[2].z * L[1] + L[1].z * L[2];
L[3] = -L[3].z * L[0] + L[0].z * L[3];
break;
case 4: // V3 clip V1 V2 V4
n = 3;
L[0] = -L[3].z * L[2] + L[2].z * L[3];
L[1] = -L[1].z * L[2] + L[2].z * L[1];
break;
case 5: // V1 V3 clip V2 V4: impossible
break;
case 6: // V2 V3 clip V1 V4
n = 4;
L[0] = -L[0].z * L[1] + L[1].z * L[0];
L[3] = -L[3].z * L[2] + L[2].z * L[3];
break;
case 7: // V1 V2 V3 clip V4
n = 5;
L4 = -L[3].z * L[0] + L[0].z * L[3];
L[3] = -L[3].z * L[2] + L[2].z * L[3];
break;
case 8: // V4 clip V1 V2 V3
n = 3;
L[0] = -L[0].z * L[3] + L[3].z * L[0];
L[1] = -L[2].z * L[3] + L[3].z * L[2];
L[2] = L[3];
break;
case 9: // V1 V4 clip V2 V3
n = 4;
L[1] = -L[1].z * L[0] + L[0].z * L[1];
L[2] = -L[2].z * L[3] + L[3].z * L[2];
break;
case 10: // V2 V4 clip V1 V3: impossible
break;
case 11: // V1 V2 V4 clip V3
n = 5;
L[3] = -L[2].z * L[3] + L[3].z * L[2];
L[2] = -L[2].z * L[1] + L[1].z * L[2];
break;
case 12: // V3 V4 clip V1 V2
n = 4;
L[1] = -L[1].z * L[2] + L[2].z * L[1];
L[0] = -L[0].z * L[3] + L[3].z * L[0];
break;
case 13: // V1 V3 V4 clip V2
n = 5;
L[3] = L[2];
L[2] = -L[1].z * L[2] + L[2].z * L[1];
L[1] = -L[1].z * L[0] + L[0].z * L[1];
break;
case 14: // V2 V3 V4 clip V1
n = 5;
L4 = -L[0].z * L[3] + L[3].z * L[0];
L[0] = -L[0].z * L[1] + L[1].z * L[0];
break;
case 15: // V1 V2 V3 V4
n = 4;
break;
}
if (n == 0)
return 0;
// normalize
L[0] = normalize(L[0]);
L[1] = normalize(L[1]);
L[2] = normalize(L[2]);
if(n == 3)
L[3] = L[0];
else
{
L[3] = normalize(L[3]);
if (n == 4)
L4 = L[0];
else
L4 = normalize(L4);
}
// integrate
half sum = 0;
sum += IntegrateEdge(L[0], L[1]);
sum += IntegrateEdge(L[1], L[2]);
sum += IntegrateEdge(L[2], L[3]);
if(n >= 4)
sum += IntegrateEdge(L[3], L4);
if(n == 5)
sum += IntegrateEdge(L4, L[0]);
sum *= 0.15915; // 1/2pi
return max(0, sum);
}
half TransformedPolygonRadiance(half4x3 L, half2 uv, sampler2D transformInv, half amplitude)
{
// Get the inverse LTC matrix M
half3x3 Minv = 0;
Minv._m22 = 1;
Minv._m00_m02_m11_m20 = tex2D(transformInv, uv);
// Transform light vertices into diffuse configuration
half4x3 LTransformed = mul(L, Minv);
// Polygon radiance in transformed configuration - specular
return PolygonRadiance(LTransformed) * amplitude;
}
half3 CalculateLight (half3 position, half3 diffColor, half3 specColor, half oneMinusRoughness, half3 N,
half3 lightPos, half3 lightColor)
{
#if AREA_LIGHT_SHADOWS
half shadow = Shadow(position);
if (shadow == 0.0)
return 0;
#endif
// TODO: larger and smaller values cause artifacts - why?
oneMinusRoughness = clamp(oneMinusRoughness, 0.01, 0.93);
half roughness = 1 - oneMinusRoughness;
half3 V = normalize(_WorldSpaceCameraPos - position);
// Construct orthonormal basis around N, aligned with V
half3x3 basis;
basis[0] = normalize(V - N * dot(V, N));
basis[1] = normalize(cross(N, basis[0]));
basis[2] = N;
// Transform light vertices into that space
half4x3 L;
L = _LightVerts - half4x3(position, position, position, position);
L = mul(L, transpose(basis));
// UVs for sampling the LUTs
half theta = acos(dot(V, N));
half2 uv = half2(roughness, theta/1.57);
half3 AmpDiffAmpSpecFresnel = tex2D(_AmpDiffAmpSpecFresnel, uv).rgb;
half3 result = 0;
#if AREA_LIGHT_ENABLE_DIFFUSE
half diffuseTerm = TransformedPolygonRadiance(L, uv, _TransformInv_Diffuse, AmpDiffAmpSpecFresnel.x);
result = diffuseTerm * diffColor;
#endif
half specularTerm = TransformedPolygonRadiance(L, uv, _TransformInv_Specular, AmpDiffAmpSpecFresnel.y);
half fresnelTerm = specColor + (1.0 - specColor) * AmpDiffAmpSpecFresnel.z;
result += specularTerm * fresnelTerm * UNITY_PI;
#if AREA_LIGHT_SHADOWS
result *= shadow;
#endif
return result * lightColor;
}

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Assets/AreaLight/Shaders/AreaLight.shader
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Shader "Hidden/AreaLight" {
SubShader {
Tags { "Queue"="Geometry-1" }
CGINCLUDE
#include "UnityCG.cginc"
#include "UnityPBSLighting.cginc"
#include "UnityDeferredLibrary.cginc"
#define AREA_LIGHT_ENABLE_DIFFUSE 1
#if AREA_LIGHT_SHADOWS
#include "AreaLightShadows.cginc"
#endif
#include "AreaLight.cginc"
sampler2D _CameraGBufferTexture0;
sampler2D _CameraGBufferTexture1;
sampler2D _CameraGBufferTexture2;
void DeferredCalculateLightParams (
unity_v2f_deferred i,
out float3 outWorldPos,
out float2 outUV)
{
i.ray = i.ray * (_ProjectionParams.z / i.ray.z);
float2 uv = i.uv.xy / i.uv.w;
// read depth and reconstruct world position
float depth = SAMPLE_DEPTH_TEXTURE(_CameraDepthTexture, uv);
depth = Linear01Depth (depth);
float4 vpos = float4(i.ray * depth,1);
float3 wpos = mul (unity_CameraToWorld, vpos).xyz;
outWorldPos = wpos;
outUV = uv;
}
half4 CalculateLightDeferred (unity_v2f_deferred i)
{
float3 worldPos;
float2 uv;
DeferredCalculateLightParams (i, worldPos, uv);
half4 gbuffer0 = tex2D (_CameraGBufferTexture0, uv);
half4 gbuffer1 = tex2D (_CameraGBufferTexture1, uv);
half4 gbuffer2 = tex2D (_CameraGBufferTexture2, uv);
half3 baseColor = gbuffer0.rgb;
half3 specColor = gbuffer1.rgb;
half oneMinusRoughness = gbuffer1.a;
half3 normalWorld = gbuffer2.rgb * 2 - 1;
normalWorld = normalize(normalWorld);
return CalculateLight (worldPos, baseColor, specColor, oneMinusRoughness, normalWorld,
_LightPos.xyz, _LightColor.xyz).rgbb;
}
ENDCG
// shadows
Pass
{
Fog { Mode Off }
ZWrite Off
Blend One One
Cull Front
ZTest Always
CGPROGRAM
#pragma target 3.0
#pragma vertex vert_deferred
#pragma fragment frag
#pragma exclude_renderers nomrt
// only one option, so it will always be set and before any includes
#pragma multi_compile AREA_LIGHT_SHADOWS
fixed4 frag (unity_v2f_deferred i) : SV_Target
{
return CalculateLightDeferred(i);
}
ENDCG
}
// no shadows
Pass
{
Fog { Mode Off }
ZWrite Off
Blend One One
Cull Front
ZTest Always
CGPROGRAM
#pragma target 3.0
#pragma vertex vert_deferred
#pragma fragment frag
#pragma exclude_renderers nomrt
fixed4 frag (unity_v2f_deferred i) : SV_Target
{
return CalculateLightDeferred(i);
}
ENDCG
}
}
Fallback Off
}

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Assets/AreaLight/Shaders/AreaLightShadows.cginc
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cbuffer POISSON_DISKS {
static half2 poisson[40] = {
half2(0.02971195f, 0.8905211f),
half2(0.2495298f, 0.732075f),
half2(-0.3469206f, 0.6437836f),
half2(-0.01878909f, 0.4827394f),
half2(-0.2725213f, 0.896188f),
half2(-0.6814336f, 0.6480481f),
half2(0.4152045f, 0.2794172f),
half2(0.1310554f, 0.2675925f),
half2(0.5344744f, 0.5624411f),
half2(0.8385689f, 0.5137348f),
half2(0.6045052f, 0.08393857f),
half2(0.4643163f, 0.8684642f),
half2(0.335507f, -0.110113f),
half2(0.03007669f, -0.0007075319f),
half2(0.8077537f, 0.2551664f),
half2(-0.1521498f, 0.2429521f),
half2(-0.2997617f, 0.0234927f),
half2(0.2587779f, -0.4226915f),
half2(-0.01448214f, -0.2720358f),
half2(-0.3937779f, -0.228529f),
half2(-0.7833176f, 0.1737299f),
half2(-0.4447537f, 0.2582748f),
half2(-0.9030743f, 0.406874f),
half2(-0.729588f, -0.2115215f),
half2(-0.5383645f, -0.6681151f),
half2(-0.07709587f, -0.5395499f),
half2(-0.3402214f, -0.4782109f),
half2(-0.5580465f, 0.01399586f),
half2(-0.105644f, -0.9191031f),
half2(-0.8343651f, -0.4750755f),
half2(-0.9959937f, -0.0540134f),
half2(0.1747736f, -0.936202f),
half2(-0.3642297f, -0.926432f),
half2(0.1719682f, -0.6798802f),
half2(0.4424475f, -0.7744268f),
half2(0.6849481f, -0.3031401f),
half2(0.5453879f, -0.5152272f),
half2(0.9634013f, -0.2050581f),
half2(0.9907925f, 0.08320642f),
half2(0.8386722f, -0.5428791f)
};
};
Texture2D _Shadowmap;
SamplerComparisonState sampler_Shadowmap;
// To get a sampler, which doesn't do comparison
Texture2D _ShadowmapDummy;
SamplerState sampler_ShadowmapDummy;
half _ShadowReceiverWidth;
half _ShadowReceiverDistanceScale;
half2 _ShadowLightWidth;
half _ShadowBias;
float4x4 _ShadowProjectionMatrix;
half EdgeSmooth(half2 xy)
{
// Magic tweaks to the shape
float corner = 0.4;
float outset = 1.0;
float smooth = 0.5;
float d = length(max(abs(xy) - 1 + corner*outset, 0.0)) - corner;
return saturate(1 - smoothstep(-smooth, 0, d));
}
half ReverseZ(half z)
{
#if UNITY_REVERSED_Z
return 1.0 - z;
#endif
return z;
}
half Shadow(half3 position)
{
half4 pClip = mul(_ShadowProjectionMatrix, half4(position, 1));
half3 p = pClip.xyz/pClip.w;
if (any(step(1.0, abs(p.xy))))
return 0;
// The texture contains just 0. But we need to sample it somewhere for Unity to initialize the corresponding sampler.
float dist = _ShadowmapDummy.Sample(sampler_ShadowmapDummy, 0).a;
half edgeSmooth = EdgeSmooth(p.xy);
p = p * 0.5 + 0.5;
for(int j = 0; j < 10; ++j)
{
half2 offset = poisson[j + 24] * _ShadowReceiverWidth;
float depth = ReverseZ(_Shadowmap.SampleLevel(sampler_ShadowmapDummy, p.xy + offset, 0).r);
dist += max(0.0, p.z - depth);
}
dist *= _ShadowReceiverDistanceScale;
p.z -= _ShadowBias/pClip.w;
p.z = ReverseZ(p.z);
half shadow = 0;
for(int i = 0; i < 32; ++i)
{
half lightWidth = lerp(_ShadowLightWidth.x, _ShadowLightWidth.y, min(1.0, dist));
const half2 offset = poisson[i] * lightWidth;
shadow += _Shadowmap.SampleCmpLevelZero(sampler_Shadowmap, p.xy + offset, p.z);
}
return shadow * edgeSmooth / 32.0;
}

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Shader "Custom/StandardAlphaBlended-VolumetricFog"
{
Properties
{
_Color ("Color", Color) = (1,1,1,1)
_MainTex ("Albedo (RGB)", 2D) = "white" {}
_Glossiness ("Smoothness", Range(0,1)) = 0.5
_Metallic ("Metallic", Range(0,1)) = 0.0
}
SubShader
{
Tags {"Queue" = "Transparent" "RenderType"="Transparent" }
LOD 200
CGPROGRAM
#pragma surface surf Standard fullforwardshadows alpha finalcolor:ApplyFog
#pragma target 3.0
#pragma multi_compile _ VOLUMETRIC_FOG
#if VOLUMETRIC_FOG
#include "../../VolumetricFog/Shaders/VolumetricFog.cginc"
#endif
sampler2D _MainTex;
sampler2D _CameraDepthTexture;
struct Input {
float2 uv_MainTex;
float4 screenPos;
};
void ApplyFog(Input IN, SurfaceOutputStandard o, inout fixed4 color)
{
#if VOLUMETRIC_FOG
half3 uvscreen = IN.screenPos.xyz/IN.screenPos.w;
half linear01Depth = Linear01Depth(uvscreen.z);
fixed4 fog = Fog(linear01Depth, uvscreen.xy);
// Always apply fog attenuation - also in the forward add pass.
color.rgb *= fog.a;
// Alpha premultiply mode (used with alpha and Standard lighting function, or explicitly alpha:premul)
// uses source blend factor of One instead of SrcAlpha. `color` is compensated for it, so we need to compensate
// the amount of inscattering too. A note on why this works: below.
#if _ALPHAPREMULTIPLY_ON
fog.rgb *= o.Alpha;
#endif
// Add inscattering only once, so in forward base, but not forward add.
#ifndef UNITY_PASS_FORWARDADD
color.rgb += fog.rgb;
#endif
// So why does multiplying the inscattered light by alpha work?
// In other words: how did fog ever work, if opaque objects add all of the inscattered light
// between them and the camera, and then the transparencies add even more?
//
// This is our scene initially:
// scene |---is0---------------------------------------> camera
//
// And that's with the transparent object added in between the opaque stuff and the camera:
// scene |---is1---> transparent |---is2---------------> camera
//
// When rendering, we start with the opaque part of the scene and add all the light inscattered between that and the camera: is0.
// Then we add the transparent object. It does two things (let's consider the alpha premultiply version):
// - Dims whatever was behind it (including is0) by OneMinusSrcAlpha
// - Adds light inscattered in front of it (is2), multiplied by Alpha
//
// So all in all we end up with this much inscattered light:
// is0 * OneMinusSrcAlpha + is2 * Alpha
//
// Judging by the diagram, though, the correct amount should be:
// is1 * OneMinusSrcAlpha + is2
//
// Turns out the two expressions are equal - who would've thunk?
// is1 = is0 - is2
// (is0 - is2) * OneMinusSrcAlpha + is2
// is0 * OneMinusSrcAlpha - is2 * (1 - Alpha) + is2
// is0 * OneMinusSrcAlpha - is2 + is2 * Alpha + is2
// is0 * OneMinusSrcAlpha + is2 * Alpha
// I leave figuring out if the fog attenuation is correct as an exercise to the reader ;)
#endif
}
half _Glossiness;
half _Metallic;
fixed4 _Color;
void surf (Input IN, inout SurfaceOutputStandard o)
{
fixed4 c = tex2D (_MainTex, IN.uv_MainTex) * _Color;
o.Albedo = c.rgb;
o.Metallic = _Metallic;
o.Smoothness = _Glossiness;
o.Alpha = c.a;
}
ENDCG
}
FallBack "Standard"
}

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using UnityEngine;
using UnityEditor;
using UnityEditor.AnimatedValues;
[CustomEditor(typeof(TubeLight))]
[CanEditMultipleObjects]
public class TubeLightEditor : Editor {
AnimFloat m_ShowInfo;
void OnEnable()
{
m_ShowInfo = new AnimFloat(0);
m_ShowInfo.valueChanged.AddListener(Repaint);
m_ShowInfo.speed = 0.5f;
}
override public void OnInspectorGUI()
{
DrawDefaultInspector();
if (targets.Length > 1)
return;
EditorGUILayout.Space();
if(GUILayout.Button("Add a shadow plane"))
m_ShowInfo.value = AddShadowPlane() ? 0 : 100;
foreach (TubeLightShadowPlane shadowPlane in ((TubeLight)target).m_ShadowPlanes)
if (shadowPlane != null)
EditorGUILayout.ObjectField("Shadow Plane", shadowPlane, typeof(TubeLightShadowPlane), !EditorUtility.IsPersistent(target));
m_ShowInfo.target = 0;
if (EditorGUILayout.BeginFadeGroup(Mathf.Min(1.0f, m_ShowInfo.value)))
EditorGUILayout.HelpBox("Limit of " + TubeLight.maxPlanes + " planes reached. Delete an existing one.", MessageType.Info);
EditorGUILayout.EndFadeGroup();
}
bool AddShadowPlane()
{
TubeLight tubeLight = (TubeLight)target;
int i = 0;
for (; i < TubeLight.maxPlanes; i++)
{
if (tubeLight.m_ShadowPlanes[i] != null)
continue;
GameObject go = new GameObject("Shadow Plane");
TubeLightShadowPlane shadowPlane = go.AddComponent<TubeLightShadowPlane>();
go.transform.position = tubeLight.transform.position + go.transform.forward;
go.transform.parent = tubeLight.transform;
tubeLight.m_ShadowPlanes[i] = shadowPlane;
EditorUtility.SetDirty (tubeLight);
break;
}
return i < TubeLight.maxPlanes;
}
}

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Assets/TubeLight/Scripts.meta
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327
Assets/TubeLight/Scripts/TubeLight.cs
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using UnityEngine;
using UnityEngine.Rendering;
using System.Collections.Generic;
[ExecuteInEditMode]
public class TubeLight : MonoBehaviour
{
public float m_Intensity = 0.8f;
public Color m_Color = Color.white;
public float m_Range = 10.0f;
public float m_Radius = 0.3f;
public float m_Length = 0.0f;
[HideInInspector]
public Mesh m_Sphere;
[HideInInspector]
public Mesh m_Capsule;
[HideInInspector]
public Shader m_ProxyShader;
Material m_ProxyMaterial;
public bool m_RenderSource = false;
Renderer m_SourceRenderer;
Transform m_SourceTransform;
Mesh m_SourceMesh;
float m_LastLength = -1;
public const int maxPlanes = 2;
[HideInInspector]
public TubeLightShadowPlane[] m_ShadowPlanes = new TubeLightShadowPlane[maxPlanes];
bool m_Initialized = false;
MaterialPropertyBlock m_props;
const float kMinRadius = 0.001f;
bool renderSource {get{return m_RenderSource && m_Radius >= kMinRadius;}}
Dictionary<Camera, CommandBuffer> m_Cameras = new Dictionary<Camera, CommandBuffer>();
static CameraEvent kCameraEvent = CameraEvent.AfterLighting;
void Start()
{
if(!Init())
return;
UpdateMeshesAndBounds();
}
bool Init()
{
if (m_Initialized)
return true;
// Sometimes on editor startup (especially after project upgrade?), Init() gets called
// while m_ProxyShader, m_Sphere or m_Capsule is still null/hasn't loaded.
if (m_ProxyShader == null || m_Sphere == null || m_Capsule == null)
return false;
// Proxy
m_ProxyMaterial = new Material(m_ProxyShader);
m_ProxyMaterial.hideFlags = HideFlags.HideAndDontSave;
// Source
m_SourceMesh = Instantiate<Mesh>(m_Capsule);
m_SourceMesh.hideFlags = HideFlags.HideAndDontSave;
// Can't create the MeshFilter here, since for some reason the DontSave flag has
// no effect on it. Has to be added to the prefab instead.
//m_SourceMeshFilter = gameObject.AddComponent<MeshFilter>();
MeshFilter mfs = gameObject.GetComponent<MeshFilter>();
// Hmm, causes trouble
// mfs.hideFlags = HideFlags.HideInInspector;
mfs.sharedMesh = m_SourceMesh;
// A similar problem here.
// m_SourceRenderer = gameObject.AddComponent<MeshRenderer>();
m_SourceRenderer = gameObject.GetComponent<MeshRenderer>();
m_SourceRenderer.enabled = true;
// We want it to be pickable in the scene view, so no HideAndDontSave
// Hmm, causes trouble
// m_SourceRenderer.hideFlags = HideFlags.DontSave | HideFlags.HideInInspector;
m_SourceTransform = transform;
m_Initialized = true;
return true;
}
void OnEnable()
{
if(m_props == null)
m_props = new MaterialPropertyBlock();
if(!Init())
return;
UpdateMeshesAndBounds();
}
void OnDisable()
{
if(!Application.isPlaying)
Cleanup();
else
for(var e = m_Cameras.GetEnumerator(); e.MoveNext();)
if(e.Current.Value != null)
e.Current.Value.Clear();
}
void OnDestroy()
{
if (m_ProxyMaterial != null)
DestroyImmediate(m_ProxyMaterial);
if (m_SourceMesh != null)
DestroyImmediate(m_SourceMesh);
Cleanup();
}
void Cleanup()
{
for(var e = m_Cameras.GetEnumerator(); e.MoveNext();)
{
var cam = e.Current;
if(cam.Key != null && cam.Value != null)
cam.Key.RemoveCommandBuffer (kCameraEvent, cam.Value);
}
m_Cameras.Clear();
}
void UpdateMeshesAndBounds()
{
// Sanitize
m_Range = Mathf.Max(m_Range, 0);
m_Radius = Mathf.Max(m_Radius, 0);
m_Length = Mathf.Max(m_Length, 0);
m_Intensity = Mathf.Max(m_Intensity, 0);
Vector3 sourceSize = renderSource ? Vector3.one * m_Radius * 2.0f : Vector3.one;
if (m_SourceTransform.localScale != sourceSize || m_Length != m_LastLength)
{
m_LastLength = m_Length;
Vector3[] vertices = m_Capsule.vertices;
for (int i = 0; i < vertices.Length; i++)
{
if (renderSource)
vertices[i].y += Mathf.Sign(vertices[i].y) * (- 0.5f + 0.25f * m_Length / m_Radius);
else
vertices[i] = Vector3.one * 0.0001f;
}
m_SourceMesh.vertices = vertices;
}
m_SourceTransform.localScale = sourceSize;
float range = m_Range + m_Radius;
// TODO: lazy for now, should draw a tight capsule
range += 0.5f * m_Length;
range *= 1.02f;
range /= m_Radius;
m_SourceMesh.bounds = new Bounds(Vector3.zero, Vector3.one * range);
}
void Update()
{
if(!Init())
return;
UpdateMeshesAndBounds();
if(Application.isPlaying)
for(var e = m_Cameras.GetEnumerator(); e.MoveNext();)
if(e.Current.Value != null)
e.Current.Value.Clear();
}
Color GetColor()
{
if (QualitySettings.activeColorSpace == ColorSpace.Gamma)
return m_Color * m_Intensity;
return new Color(
Mathf.GammaToLinearSpace(m_Color.r * m_Intensity),
Mathf.GammaToLinearSpace(m_Color.g * m_Intensity),
Mathf.GammaToLinearSpace(m_Color.b * m_Intensity),
1.0f
);
}
void OnWillRenderObject()
{
if(InsideShadowmapCameraRender())
return;
if(!Init())
return;
// TODO: This is just a very rough guess. Need to properly calculate the surface emission
// intensity based on light's intensity.
m_props.SetVector("_EmissionColor", m_Color * Mathf.Sqrt(m_Intensity) * 2.0f);
m_SourceRenderer.SetPropertyBlock(m_props);
SetUpCommandBuffer();
}
void SetUpCommandBuffer()
{
Camera cam = Camera.current;
CommandBuffer buf = null;
if (!m_Cameras.ContainsKey(cam))
{
buf = new CommandBuffer();
buf.name = gameObject.name;
m_Cameras[cam] = buf;
cam.AddCommandBuffer(kCameraEvent, buf);
cam.depthTextureMode |= DepthTextureMode.Depth;
}
else
{
buf = m_Cameras[cam];
buf.Clear();
}
Transform t = transform;
Vector3 lightAxis = t.up;
Vector3 lightPos = t.position - 0.5f * lightAxis * m_Length;
buf.SetGlobalVector("_LightPos", new Vector4(lightPos.x, lightPos.y, lightPos.z, 1.0f/(m_Range*m_Range)));
buf.SetGlobalVector("_LightAxis", new Vector4(lightAxis.x, lightAxis.y, lightAxis.z, 0.0f));
buf.SetGlobalFloat("_LightAsQuad", 0);
buf.SetGlobalFloat("_LightRadius", m_Radius);
buf.SetGlobalFloat("_LightLength", m_Length);
buf.SetGlobalVector("_LightColor", GetColor());
SetShadowPlaneVectors(buf);
float range = m_Range + m_Radius;
// TODO: lazy for now, should draw a tight capsule
range += 0.5f * m_Length;
range *= 1.02f;
range /= m_Radius;
Matrix4x4 m = Matrix4x4.Scale(Vector3.one * range);
buf.DrawMesh(m_Sphere, t.localToWorldMatrix * m, m_ProxyMaterial, 0, 0);
}
public TubeLightShadowPlane.Params[] GetShadowPlaneParams(ref TubeLightShadowPlane.Params[] p)
{
if (p == null || p.Length != maxPlanes)
p = new TubeLightShadowPlane.Params[maxPlanes];
for(int i = 0; i < maxPlanes; i++)
{
TubeLightShadowPlane sp = m_ShadowPlanes[i];
p[i].plane = sp == null ? new Vector4(0, 0, 0, 1) : sp.GetShadowPlaneVector();
p[i].feather = sp == null ? 1 : sp.feather;
}
return p;
}
TubeLightShadowPlane.Params[] sppArr = new TubeLightShadowPlane.Params[maxPlanes];
void SetShadowPlaneVectors(CommandBuffer buf)
{
var p = GetShadowPlaneParams(ref sppArr);
for (int i = 0, n = p.Length; i < n; ++i)
{
var spp = p[i];
if(i == 0) {
buf.SetGlobalVector("_ShadowPlane0", spp.plane);
buf.SetGlobalFloat("_ShadowPlaneFeather0", spp.feather);
} else if(i == 1) {
buf.SetGlobalVector("_ShadowPlane1", spp.plane);
buf.SetGlobalFloat("_ShadowPlaneFeather1", spp.feather);
} else {
buf.SetGlobalVector("_ShadowPlane" + i, spp.plane);
buf.SetGlobalFloat("_ShadowPlaneFeather" + i, spp.feather);
}
}
}
void OnDrawGizmosSelected()
{
if (m_SourceTransform == null)
return;
Gizmos.color = Color.white;
// Skip the scale
Matrix4x4 m = new Matrix4x4();
m.SetTRS(m_SourceTransform.position, m_SourceTransform.rotation, Vector3.one);
Gizmos.matrix = m;
Gizmos.DrawWireSphere(Vector3.zero, m_Radius + m_Range + 0.5f * m_Length);
Vector3 start = 0.5f * Vector3.up * m_Length;
Gizmos.DrawWireSphere(start, m_Radius);
if (m_Length == 0.0f)
return;
Vector3 end = - 0.5f * Vector3.up * m_Length;
Gizmos.DrawWireSphere(end, m_Radius);
Vector3 r = Vector3.forward * m_Radius;
Gizmos.DrawLine(start + r, end + r);
Gizmos.DrawLine(start - r, end - r);
r = Vector3.right * m_Radius;
Gizmos.DrawLine(start + r, end + r);
Gizmos.DrawLine(start - r, end - r);
}
void OnDrawGizmos()
{
// TODO: Looks like this changed the name. Find a more robust way to use the icon.
// Gizmos.DrawIcon(transform.position, "PointLight Gizmo_MIP0.png", true);
}
bool InsideShadowmapCameraRender()
{
RenderTexture target = Camera.current.targetTexture;
return target != null && target.format == RenderTextureFormat.Shadowmap;
}
}

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Assets/TubeLight/Scripts/TubeLight.cs.meta
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Assets/TubeLight/Scripts/TubeLightShadowPlane.cs
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using UnityEngine;
public class TubeLightShadowPlane : MonoBehaviour
{
[MinValue(0)]
public float m_Feather = 1.0f;
public float feather {get{ return m_Feather * 0.1f;}}
public Vector4 GetShadowPlaneVector()
{
Transform t = transform;
Vector3 v = t.forward;
float d = Vector3.Dot(t.position, v);
return new Vector4(v.x, v.y, v.z, d);
}
void OnDrawGizmosSelected()
{
Matrix4x4 m = Matrix4x4.zero;
Transform t = transform;
m.SetTRS(t.position, t.rotation, new Vector3(1, 1, 0));
Gizmos.matrix = m;
Gizmos.DrawWireSphere(Vector3.zero, 1);
}
public struct Params
{
public Vector4 plane;
public float feather;
}
}

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Assets/TubeLight/Shaders.meta
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189
Assets/TubeLight/Shaders/TubeLight.cginc
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// Based on 'Real Shading in Unreal Engine 4'
// http://blog.selfshadow.com/publications/s2013-shading-course/#course_content
#include "TubeLightAttenuation.cginc"
#ifndef SHADOW_PLANES
#define SHADOW_PLANES 1
#endif
#if SHADOW_PLANES
#include "TubeLightShadowPlanes.cginc"
#endif
#define SHARP_EDGE_FIX 1
void SphereLightToPointLight(float3 pos, float3 lightPos, float3 eyeVec, half3 normal, float sphereRad, half rangeSqInv, inout UnityLight light, out half lightDist)
{
half3 viewDir = -eyeVec;
half3 r = reflect (viewDir, normal);
float3 L = lightPos - pos;
float3 centerToRay = dot (L, r) * r - L;
float3 closestPoint = L + centerToRay * saturate(sphereRad / length(centerToRay));
lightDist = length(closestPoint);
light.dir = closestPoint / lightDist;
half distLSq = dot(L, L);
light.ndotl = saturate(dot(normal, L/sqrt(distLSq)));
float distNorm = distLSq * rangeSqInv;
float atten = AttenuationToZero(distNorm);
light.color *= atten;
}
void TubeLightToPointLight(float3 pos, float3 tubeStart, float3 tubeEnd, float3 normal, float tubeRad, float rangeSqInv, float3 representativeDir, float3 lightColor, out float3 outLightColor, out float3 outLightDir, out float outNdotL, out half outLightDist)
{
half3 N = normal;
float3 L0 = tubeStart - pos;
float3 L1 = tubeEnd - pos;
float L0dotL0 = dot(L0, L0);
float distL0 = sqrt(L0dotL0);
float distL1 = length(L1);
float NdotL0 = dot(L0, N) / (2.0 * distL0);
float NdotL1 = dot(L1, N) / (2.0 * distL1);
outNdotL = saturate(NdotL0 + NdotL1);
float3 Ldir = L1 - L0;
float RepdotL0 = dot(representativeDir, L0);
float RepdotLdir = dot(representativeDir, Ldir);
float L0dotLdir = dot(L0, Ldir);
float LdirdotLdir = dot(Ldir, Ldir);
float distLdir = sqrt(LdirdotLdir);
#if SHARP_EDGE_FIX
// There's a very visible discontinuity if we just take the closest distance to ray,
// as the original paper suggests. This is an attempt to fix it, but it gets slightly more expensive and
// has its own artifact, although this time at least C0 smooth.
// Smallest angle to ray
float t = (L0dotLdir * RepdotL0 - L0dotL0 * RepdotLdir) / (L0dotLdir * RepdotLdir - LdirdotLdir * RepdotL0);
t = saturate(t);
// As representativeDir becomes parallel (well, in some plane) to Ldir and then points away, t flips from 0 to 1 (or vv) and a discontinuity shows up.
// Counteract by detecting that relative angle/position and flip t. The discontinuity in t moves to the back side.
float3 L0xLdir = cross(L0, Ldir);
float3 LdirxR = cross(Ldir, representativeDir);
float RepAtLdir = dot(L0xLdir, LdirxR);
// RepAtLdir is negative if R points away from Ldir.
// TODO: check if lerp below is indeed cheaper.
// if (RepAtLdir < 0)
// t = 1 - t;
t = lerp(1 - t, t, step(0, RepAtLdir));
#else
// Original by Karis
// Closest distance to ray
float t = (RepdotL0 * RepdotLdir - L0dotLdir) / (distLdir * distLdir - RepdotLdir * RepdotLdir);
t = saturate(t);
#endif
float3 closestPoint = L0 + Ldir * t;
float3 centerToRay = dot(closestPoint, representativeDir) * representativeDir - closestPoint;
closestPoint = closestPoint + centerToRay * saturate(tubeRad / length(centerToRay));
outLightDist = length(closestPoint);
outLightDir = closestPoint / outLightDist;
float distNorm = 0.5f * (distL0 * distL1 + dot(L0, L1)) * rangeSqInv;
outLightColor = lightColor * AttenuationToZero(distNorm);
}
void TubeLightToPointLight(float3 pos, float3 tubeStart, float3 tubeEnd, float3 eyeVec, float3 normal, float tubeRad, float rangeSqInv, float3 lightColor, out float3 outLightColor, out float3 outLightDir, out float outNdotL, out half outLightDist)
{
half3 viewDir = -eyeVec;
half3 representativeDir = reflect (viewDir, normal);
TubeLightToPointLight(pos, tubeStart, tubeEnd, normal, tubeRad, rangeSqInv, representativeDir, lightColor, outLightColor, outLightDir, outNdotL, outLightDist);
}
inline half GGXTerm_Area (half NdotH, half roughness, half lightDist, half lightRadius)
{
half a = roughness * roughness;
half a2 = a * a;
half d = NdotH * NdotH * (a2 - 1.f) + 1.f;
d = max(d, 0.000001);
half aP = saturate( lightRadius / (lightDist*2.0) + a);
half aP2 = aP * aP;
return a2 * a2 / (UNITY_PI * d * d * aP2);
}
half4 BRDF1_Unity_PBS_Area (half3 diffColor, half3 specColor, half oneMinusReflectivity, half oneMinusRoughness,
half3 normal, half3 viewDir,
UnityLight light, UnityIndirect gi, half lightDist, half lightRadius)
{
half roughness = 1-oneMinusRoughness;
half3 halfDir = Unity_SafeNormalize (light.dir + viewDir);
half nl = light.ndotl;
half nh = BlinnTerm (normal, halfDir);
half nv = DotClamped (normal, viewDir);
half lv = DotClamped (light.dir, viewDir);
half lh = DotClamped (light.dir, halfDir);
half V = SmithGGXVisibilityTerm (nl, nv, roughness);
half D = GGXTerm_Area (nh, roughness, lightDist, lightRadius);
half nlPow5 = Pow5 (1-nl);
half nvPow5 = Pow5 (1-nv);
half Fd90 = 0.5 + 2 * lh * lh * roughness;
half disneyDiffuse = (1 + (Fd90-1) * nlPow5) * (1 + (Fd90-1) * nvPow5);
// HACK: theoretically we should divide by Pi diffuseTerm and not multiply specularTerm!
// BUT 1) that will make shader look significantly darker than Legacy ones
// and 2) on engine side "Non-important" lights have to be divided by Pi to in cases when they are injected into ambient SH
// NOTE: multiplication by Pi is part of single constant together with 1/4 now
half specularTerm = (V * D) * (UNITY_PI/4); // Torrance-Sparrow model, Fresnel is applied later (for optimization reasons)
if (IsGammaSpace())
specularTerm = sqrt(max(1e-4h, specularTerm));
specularTerm = max(0, specularTerm * nl);
half diffuseTerm = disneyDiffuse * nl;
half grazingTerm = saturate(oneMinusRoughness + (1-oneMinusReflectivity));
half3 color = diffColor * (gi.diffuse + light.color * diffuseTerm)
+ specularTerm * light.color * FresnelTerm (specColor, lh)
+ gi.specular * FresnelLerp (specColor, grazingTerm, nv);
return half4(color, 1);
}
half4 CalculateLight (float3 worldPos, float2 uv, half3 baseColor, half3 specColor, half oneMinusRoughness, half3 normalWorld,
half3 lightStart, half3 lightEnd, half3 lightColor, half lightRadius, half lightRangeSqInv)
{
UnityLight light = (UnityLight)0;
float3 eyeVec = normalize(worldPos - _WorldSpaceCameraPos);
half lightDist = 0;
#if 0
// Can't use a keyword, because no keywords in material property blocks.
// TODO: is it worth the dynamic branch?
if (sphereLight)
SphereLightToPointLight (worldPos, lightStart, eyeVec, normalWorld, lightRadius, lightRangeSqInv, light, lightDist);
else
#else
TubeLightToPointLight (worldPos, lightStart, lightEnd, eyeVec, normalWorld, lightRadius, lightRangeSqInv, lightColor, light.color, light.dir, light.ndotl, lightDist);
#endif
#if SHADOW_PLANES
light.color *= ShadowPlanes(worldPos);
#endif
half oneMinusReflectivity = 1 - SpecularStrength(specColor.rgb);
UnityIndirect ind;
UNITY_INITIALIZE_OUTPUT(UnityIndirect, ind);
ind.diffuse = 0;
ind.specular = 0;
half4 res = BRDF1_Unity_PBS_Area (baseColor, specColor, oneMinusReflectivity, oneMinusRoughness, normalWorld, -eyeVec, light, ind, lightDist, lightRadius);
return res;
}

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87
Assets/TubeLight/Shaders/TubeLight.shader
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Shader "Hidden/TubeLight" {
SubShader {
Tags { "Queue"="Geometry-1" }
CGINCLUDE
#include "UnityCG.cginc"
#include "UnityPBSLighting.cginc"
#include "UnityDeferredLibrary.cginc"
#define SHADOW_PLANES 1
#include "TubeLight.cginc"
sampler2D _CameraGBufferTexture0;
sampler2D _CameraGBufferTexture1;
sampler2D _CameraGBufferTexture2;
float _LightRadius;
float _LightLength;
float4 _LightAxis;
void DeferredCalculateLightParams (
unity_v2f_deferred i,
out float3 outWorldPos,
out float2 outUV)
{
i.ray = i.ray * (_ProjectionParams.z / i.ray.z);
float2 uv = i.uv.xy / i.uv.w;
// read depth and reconstruct world position
float depth = SAMPLE_DEPTH_TEXTURE(_CameraDepthTexture, uv);
depth = Linear01Depth (depth);
float4 vpos = float4(i.ray * depth,1);
float3 wpos = mul (unity_CameraToWorld, vpos).xyz;
outWorldPos = wpos;
outUV = uv;
}
half4 CalculateLightDeferred (unity_v2f_deferred i)
{
float3 worldPos;
float2 uv;
DeferredCalculateLightParams (i, worldPos, uv);
half4 gbuffer0 = tex2D (_CameraGBufferTexture0, uv);
half4 gbuffer1 = tex2D (_CameraGBufferTexture1, uv);
half4 gbuffer2 = tex2D (_CameraGBufferTexture2, uv);
half3 baseColor = gbuffer0.rgb;
half3 specColor = gbuffer1.rgb;
half oneMinusRoughness = gbuffer1.a;
half3 normalWorld = gbuffer2.rgb * 2 - 1;
normalWorld = normalize(normalWorld);
return CalculateLight (worldPos, uv, baseColor, specColor, oneMinusRoughness, normalWorld,
_LightPos.xyz, _LightPos.xyz + _LightAxis.xyz * _LightLength, _LightColor.xyz, _LightRadius, _LightPos.w);
}
ENDCG
Pass {
Fog { Mode Off }
ZWrite Off
Blend One One
Cull Front
ZTest Always
CGPROGRAM
#pragma target 3.0
#pragma vertex vert_deferred
#pragma fragment frag
#pragma exclude_renderers nomrt
fixed4 frag (unity_v2f_deferred i) : SV_Target
{
half4 light = CalculateLightDeferred(i);
// TODO: squash those NaNs at their source
return isnan(light) ? 0 : light;
}
ENDCG
}
}
Fallback Off
}

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55
Assets/TubeLight/Shaders/TubeLightAttenuation.cginc
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#ifndef TUBE_LIGHT_ATTENUATION_LEGACY
#define TUBE_LIGHT_ATTENUATION_LEGACY 0
#endif
#if TUBE_LIGHT_ATTENUATION_LEGACY
float Attenuation(float distNorm)
{
return 1.0 / (1.0 + 25.0 * distNorm);
}
float AttenuationToZero(float distNorm)
{
float att = Attenuation(distNorm);
// Replicating unity light attenuation - pulled to 0 at range
// if (distNorm > 0.8 * 0.8)
// att *= 1 - (distNorm - 0.8 * 0.8) / (1 - 0.8 * 0.8);
// Same, simplified
float oneDistNorm = 1.0 - distNorm;
att *= lerp(1.0, oneDistNorm * 2.78, step(0.64, distNorm));
att *= step(0.0, oneDistNorm);
return att;
}
#else
float Attenuation(float distSqr)
{
float d = sqrt(distSqr);
float kDefaultPointLightRadius = 0.25;
return 1.0 / pow(1.0 + d/kDefaultPointLightRadius, 2);
}
float AttenuationToZero(float distSqr)
{
// attenuation = 1 / (1 + distance_to_light / light_radius)^2
// = 1 / (1 + 2*(d/r) + (d/r)^2)
// For more details see: https://imdoingitwrong.wordpress.com/2011/01/31/light-attenuation/
float d = sqrt(distSqr);
float kDefaultPointLightRadius = 0.25;
float atten = 1.0 / pow(1.0 + d/kDefaultPointLightRadius, 2);
float kCutoff = 1.0 / pow(1.0 + 1.0/kDefaultPointLightRadius, 2); // cutoff equal to attenuation at distance 1.0
// Force attenuation to fall towards zero at distance 1.0
atten = (atten - kCutoff) / (1.f - kCutoff);
if (d >= 1.f)
atten = 0.f;
return atten;
}
#endif

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half ShadowPlane(half3 worldPos, half4 plane, half feather)
{
half x = plane.w - dot(worldPos, plane.xyz);
// Compiler bug workaround
x += 0.0001;
return smoothstep(-feather, feather, x);
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float4 _ShadowPlane0;
float _ShadowPlaneFeather0;
float4 _ShadowPlane1;
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