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0961b8e1-f08a-4ab7-aa87-1e9e594245be.mop
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0961b8e1-f08a-4ab7-aa87-1e9e594245be.mop
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{
"Name": "ParticleReplicator1",
"_id": "0961b8e1-f08a-4ab7-aa87-1e9e594245be",
"Namespace": "lib.geometry.modify",
"Description": "Quick prototyping for a non-simulated particle animator.",
"Inputs": [
{
"Name": "Code",
"MetaInstanceID": "e8650c2c-a02c-44ea-8ec6-50f835ed5e96",
"DefaultValue": {
"Type": "Text",
"Value": [
"float4x4 objectToWorldMatrix;\r",
"float4x4 worldToCameraMatrix;\r",
"float4x4 cameraToObjectMatrix; // modelview inverse\r",
"float4x4 projMatrix;\r",
"float4x4 textureMatrix;\r",
"\r",
"\r",
"//>>> _parameters\r",
"float MaxCount;",
"float EmitRate;",
"float LifeTime;",
"float ResetTrigger;",
"float EmitFrom;",
"float3 EmitterSize;",
"float LimitPositions;",
"float3 Scatter;",
"float EmitVelocity;",
"float2 EmitAngleA;",
"float2 EmitAngleB;",
"float2 Size;",
"float3 Stretch;",
"float StrechByMotion;",
"float2 ShrinkOverTime;",
"float Orientation;",
"float VelocityFriction;",
"float3 Gravity;",
"float3 Turbulence;",
"float2 TextureCells;",
"float4 ColorStart;",
"float4 ColorVariation;",
"float4 ColorEnd;",
"float2 FadeWithAge;",
"float2 Focus;",
"float2 FadeTooClose;",
"float RandomSeed;",
"float3 EmitCenter;",
"Texture2D NoiseTexture;",
"float ParametersAffect;",
"//<<< _parameters\r",
"\r",
"float Time;\r",
"\r",
"struct PointLight\r",
"{\r",
" float4 position;\r",
" float4 ambient;\r",
" float4 diffuse;\r",
" float4 specular;\r",
" float4 attenuation;\r",
"};\r",
"\r",
"struct SpotLight\r",
"{\r",
" float4 ambient;\r",
" float4 diffuse;\r",
" float4 specular;\r",
" float constantAttenuation;\r",
" float linearAttenuation;\r",
" float quadraticAttenuation;\r",
" float spotCutoff;\r",
" float spotCosCutoff;\r",
" float spotExponent;\r",
"};\r",
"\r",
"cbuffer FogSettings\r",
"{\r",
" float4 fogColor;\r",
" float fogStart;\r",
" float fogEnd;\r",
" float fogScale;\r",
"}\r",
"\r",
"cbuffer MaterialBuffer\r",
"{\r",
" float4 materialAmbient;\r",
" float4 materialDiffuse;\r",
" float4 materialSpecular;\r",
" float4 materialEmission;\r",
" float materialShininess;\r",
"};\r",
"\r",
"\r",
"cbuffer PointLightsBuffer\r",
"{\r",
" int numPointLights;\r",
" PointLight pointLights[3];\r",
"};\r",
"\r",
"\r",
"Texture2D txDiffuse;\r",
"\r",
"SamplerState samLinear\r",
"{\r",
" Filter = MIN_MAG_MIP_LINEAR;\r",
" AddressU = Wrap;\r",
" AddressV = Wrap;\r",
"};\r",
"\r",
"\r",
"\r",
"struct VertexData\r",
"{\r",
" float4 pos : POSITION;\r",
" float3 normal : NORMAL;\r",
" float4 col : COLOR;\r",
" float2 texCoord : TEXCOORD0;\r",
" float3 tangent : TANGENT0;\r",
" float3 binormal : BINORMAL0;\r",
"};\r",
"\r",
"struct InstanceData\r",
"{\r",
" float emitTime : EMIT_TIME;\r",
" float emitSize : EMIT_SIZE;\r",
" float3 emitPosition : EMIT_POSITION;\r",
" float3 emitVelocity : EMIT_VELOCITY;\r",
"};\r",
"\r",
"struct VS_IN\r",
"{\r",
" VertexData vertexData;\r",
" InstanceData instanceData;\r",
"};\r",
"\r",
"\r",
"struct PS_IN\r",
"{\r",
" float4 pos : SV_POSITION;\r",
" float4 posInWorld : WORLD_POS;\r",
" float3 normal : NORMAL; \r",
" float2 texCoord : TEXCOORD0;\r",
" float4 vertexColor : COLOR;\r",
" float3 fragPosToCamPos : POS;\r",
" float fogFragCoord : FALLO;\r",
"};\r",
"\r",
"\r",
"float mod(float a, float b)\r",
"{\r",
" return a - b*floor(a/b);\r",
"}\r",
"\r",
"float3 mod(float3 a, float b)\r",
"{\r",
" return a - b*floor(a/b);\r",
"}\r",
"\r",
"\r",
"\r",
"\r",
"[numthreads(512, 1, 1)]\r",
" float Noise(int x, int seed)\r",
"{\r",
" int n = x + seed*137;\r",
" n = (n<<13) ^ n;\r",
" return (float)( 1.0 - ( (n * (n * n * 15731 + 789221) + 1376312589) & 0x7fffffff) / 1073741824.0);\r",
"}\r",
"\r",
"[numthreads(512, 1, 1)]\r",
"float Lerp(float a, float b, float t)\r",
"{\r",
" return a + t * (b - a);\r",
"}\r",
"\r",
"[numthreads(512, 1, 1)]\r",
"float Fade(float t)\r",
"{\r",
" return t * t * t * (t * (t * 6 - 15) + 10);\r",
"}\r",
"\r",
"\r",
"[numthreads(512, 1, 1)]\r",
"float getNoise(float value, float zoom, float noiseTime, int seed, float period)\r",
"{\r",
" value /= zoom;\r",
" value += noiseTime;\r",
" \r",
" float noiseSum = 0;\r",
" for(int a=0; a<4; a++) {\r",
" float f = (float)pow(2,a); \r",
" float amplitude = (float)pow(period ,a);\r",
"\r",
" float v = value*f / zoom;\r",
" \r",
" noiseSum += Lerp( Noise( (int)v , (int)seed ),\r",
" Noise( (int)v+1, (int)seed ),\r",
" Fade( v - (float)floor(v) )\r",
" )* amplitude;\r",
" } \r",
" return noiseSum; \r",
"}\r",
"\r",
"float3 getNoiseOffset(float3 pos) \r",
"{\r",
" float period = 1;\r",
" //float3 offset =float3(0,0,0);\r",
" //p+= NoiseOffset;\r",
"\r",
" float3 noise1 = float3(getNoise(pos.x + pos.y - 436.3f, Turbulence.z, Turbulence.y, RandomSeed , period),\r",
" getNoise(pos.x + pos.z + 19.3f, Turbulence.z, Turbulence.y, RandomSeed , period ),\r",
" getNoise(pos.y + pos.z - 210.3f, Turbulence.z, Turbulence.y, RandomSeed , period ));\r",
"\r",
" float3 noise2 = float3(getNoise(pos.z + pos.x -21.23f, Turbulence.z, Turbulence.y, RandomSeed , period ),\r",
" getNoise(pos.x + pos.z +31.73f, Turbulence.z, Turbulence.y, RandomSeed , period ),\r",
" getNoise(pos.x + pos.y - 41.33f, Turbulence.z, Turbulence.y, RandomSeed , period ));\r",
" \r",
" float3 noise3 = float3(getNoise(pos.x + pos.z + 91.73f, Turbulence.z, Turbulence.y, RandomSeed , period ),\r",
" getNoise(pos.x + pos.y + 231.23f, Turbulence.z, Turbulence.y, RandomSeed , period ),\r",
" getNoise(pos.y + pos.z - 23.33f, Turbulence.z, Turbulence.y, RandomSeed , period ));\r",
"\r",
"\r",
" // Noise Offset\r",
" \r",
" //float3 noise1 = (RGBANoise.SampleLevel(samLinear, (p.xz + NoiseTime*10 * float3(0.14,0.53,0.41) ) / NoiseRepeat , 0).xyz - float3(0.5, 0.5, 0.5)) * NoiseAmount; \r",
" //float3 noise2 = (RGBANoise.SampleLevel(samLinear, (p.yz + NoiseTime*6 * float3(0.41,0.31,0.01) ) / NoiseRepeat , 0).xyz - float3(0.5, 0.5, 0.5)) * NoiseAmount; \r",
" //float3 noise3 = (RGBANoise.SampleLevel(samLinear, (p.yx + NoiseTime*9 * float3(0.74,0.15,0.55) ) / NoiseRepeat , 0).xyz - float3(0.5, 0.5, 0.5)) * NoiseAmount; \r",
" float3 noiseCombined = noise1+noise2+noise3;\r",
" return noiseCombined;\r",
"}\r",
"\r",
"float3 getOffsetTexture(float3 p) {\r",
"\r",
" float3 offset =float3(0,0,0);\r",
" //p+= NoiseOffset;\r",
"\r",
" // Noise Offset\r",
" float3 noise1 = (NoiseTexture.SampleLevel(samLinear, (p.xz + Turbulence.y*10 * float3(0.14,0.53,0.41) ) / Turbulence.z , 0).xyz - float3(0.5, 0.5, 0.5)); \r",
" float3 noise2 = (NoiseTexture.SampleLevel(samLinear, (p.yz + Turbulence.y*6 * float3(0.41,0.31,0.01) ) / Turbulence.z , 0).xyz - float3(0.5, 0.5, 0.5)); \r",
" float3 noise3 = (NoiseTexture.SampleLevel(samLinear, (p.yx + Turbulence.y*9 * float3(0.74,0.15,0.55) ) / Turbulence.z , 0).xyz - float3(0.5, 0.5, 0.5)); \r",
" float3 noiseCombined = noise1+noise2+noise3;\r",
" return noiseCombined;\r",
"}\r",
"\r",
"\r",
"float3 getPosition(float age, InstanceData particle) \r",
"{ \r",
" float3 pos = particle.emitPosition;\r",
" \r",
" \r",
" pos += particle.emitVelocity * age /(1 + VelocityFriction * age);\r",
" pos += Gravity * age*age /2;\r",
" \r",
" if(Turbulence.x > 0) {\r",
" float turbulenceOverLifetime = clamp( age/LifeTime *10, 0,1);\r",
" //pos += getNoiseOffset(pos) * Turbulence.x * turbulenceOverLifetime;\r",
" pos += getOffsetTexture(pos) * Turbulence.x * turbulenceOverLifetime;\r",
" \r",
" }\r",
" \r",
" return pos; \r",
"}\r",
"\r",
"\r",
"//>>>> VS2\r",
"PS_IN VS( VS_IN input )\r",
"{\r",
" PS_IN output = (PS_IN)0;\r",
" \r",
" float3 p = input.vertexData.pos;\r",
" float age =(Time - input.instanceData.emitTime);\r",
" \r",
" float3 p1 = getPosition(age, input.instanceData);\r",
"\r",
" // Rotate to velocity \r",
" //Matrix worldMatrix = ( 0,0,0,0, 1,1,1,1, 2,2,2,2, 3,3,3,3 );\r",
" Matrix rotateToMotion = ( 1,0,0,0, 0,1,0,0, 0,0,1,0, 0,0,0,1 );\r",
" if(Orientation==1) { \r",
" float3 p2 = getPosition(age+0.1, input.instanceData);\r",
" \r",
" float3 dir = normalize(p1-p2); \r",
" float3 helperDir = float3(0, 1, 0);\r",
" //if (abs(dir.y) < 0.1 && abs(dir.z) < 0.1)\r",
" // helperDir = float3(1, 0, 0);\r",
" if( abs(dir.y) > 0.1)\r",
" helperDir = float3(1,0,0);\r",
" float3 yAxis = normalize(cross(dir, helperDir));\r",
" float3 xAxis = normalize(cross(yAxis, dir));\r",
" \r",
" rotateToMotion._m00= xAxis.x;\r",
" rotateToMotion._m01= xAxis.y;\r",
" rotateToMotion._m02= xAxis.z;\r",
" rotateToMotion._m03= 0;\r",
" \r",
" rotateToMotion._m10= yAxis.x;\r",
" rotateToMotion._m11= yAxis.y;\r",
" rotateToMotion._m12= yAxis.z;\r",
" rotateToMotion._m13= 0;\r",
" \r",
" rotateToMotion._m20= dir.x;\r",
" rotateToMotion._m21= dir.y;\r",
" rotateToMotion._m22= dir.z;\r",
" rotateToMotion._m23= 0;\r",
" \r",
" rotateToMotion._m30=0;\r",
" rotateToMotion._m31=0;\r",
" rotateToMotion._m32=0;\r",
" rotateToMotion._m33=1;\r",
" }\r",
" else if(Orientation == 0) {\r",
" rotateToMotion = cameraToObjectMatrix; // inverse \r",
" }\r",
" else if(Orientation == 2) {\r",
" rotateToMotion = cameraToObjectMatrix; // inverse \r",
" \r",
" float angleZ= input.instanceData.emitTime * 200 ;\r",
" float caz= cos(angleZ);\r",
" float saz= sin(angleZ); \r",
" float4x4 rotz = { caz, -saz, 0, 0,\r",
" saz, caz, 0, 0,\r",
" 0, 0, 1, 0,\r",
" 0, 0, 0, 1};\r",
" p = mul(p, rotz);\r",
" }\r",
" \r",
" \r",
"\r",
" //m._Row1 = new Vector4(xAxis, 0);\r",
" //m.Row2 = new Vector4(yAxis, 0);\r",
" //m.Row3 = new Vector4(dir, 0);\r",
" \r",
" //float4x4 worldMatrix = float4( {xAxis.x, xAxis.y, xAxis.z, 1}, {yAxis.x, yAxis.y, yAxis.z,0}, {dir.xyz,0}, {0,0,0,0} );\r",
" //transform *= m;\r",
" \r",
" // Scale down\r",
" float size = Size.x + Size.y * Noise(input.instanceData.emitTime * 100, 200);\r",
" float ageRatio = age/LifeTime;\r",
" float shrinkBeginning = smoothstep(1,0, LifeTime / age * ShrinkOverTime.x );\r",
" float shrinkEnd = clamp( 1- (ageRatio -1 + ShrinkOverTime.y)/ShrinkOverTime.y, 0,1);\r",
" size *= shrinkBeginning * shrinkEnd;\r",
" \r",
" p*= size;\r",
" p*= Stretch;\r",
" \r",
" p = mul(p, rotateToMotion);\r",
" p+= p1;\r",
" \r",
" p = mul(p, objectToWorldMatrix);\r",
" \r",
" \r",
" //Matrix objectToRotatedInWorld = rotateToMotion * objectToWorldMatrix;\r",
" \r",
" //p = mul(p, objectToRotatedInWorld); \r",
"\r",
" output.posInWorld = float4(p.xyz,1);\r",
" output.pos = mul(output.posInWorld, worldToCameraMatrix);\r",
" \r",
" output.normal = mul(input.vertexData.normal, (float3x3)objectToWorldMatrix);\r",
" //output.normal = mul(input.vertexData.normal, (float3x3)objectToRotatedInWorld);\r",
" \r",
" output.fogFragCoord = abs(output.pos.z / input.vertexData.pos.w);\r",
" \r",
" \r",
" \r",
" output.pos = mul(output.pos, projMatrix);\r",
" output.texCoord = mul(float4(input.vertexData.texCoord, 0, 1), textureMatrix).xy;\r",
" output.fragPosToCamPos = normalize(mul(cameraToObjectMatrix[3], objectToWorldMatrix) - output.posInWorld);\r",
" \r",
" \r",
" float4 color = lerp( ColorStart, ColorEnd, ageRatio);\r",
" \r",
" float fadeAtBeginning = smoothstep(1,0, LifeTime / age * FadeWithAge.x );\r",
" float fadeAtEnd = clamp( 1- (ageRatio -1 + FadeWithAge.y)/FadeWithAge.y, 0,1);\r",
" \r",
" float distance = output.pos.z;\r",
" float fadeTooClose = smoothstep(0,1, (distance - FadeTooClose.x) / (FadeTooClose.y+0.001));\r",
" color.a *= fadeAtBeginning * fadeAtEnd * fadeTooClose;\r",
" \r",
" //output.vertexColor = input.vertexData.col * color;\r",
" output.vertexColor = color;\r",
" \r",
" return output;\r",
"}\r",
"//<<< VS\r",
"\r",
"float4 calcLightSource(float3 fragPosInWorld, int lightIdx, float3 cameraVector, float3 norm, float4 baseColor)\r",
"{\r",
" float3 lightVector = pointLights[lightIdx].position - fragPosInWorld;\r",
" float dist = length(lightVector);\r",
" lightVector = normalize(lightVector);\r",
" float nxDir = max(0.0, dot(norm, lightVector));\r",
" float4 diffuse = pointLights[lightIdx].diffuse * nxDir;\r",
" float specularPower = 0.0;\r",
" if (nxDir > 0.0)\r",
" {\r",
" float3 r = reflect(-lightVector, norm);\r",
" float rl = max(0.0, dot(r, cameraVector));\r",
" specularPower = pow(rl, materialShininess);\r",
" }\r",
"\r",
" float attenuation = 1.0 / (pointLights[lightIdx].attenuation.x +\r",
" pointLights[lightIdx].attenuation.y * dist +\r",
" pointLights[lightIdx].attenuation.z * dist * dist);\r",
" float4 color = materialAmbient * pointLights[lightIdx].ambient * attenuation +\r",
" materialDiffuse * (diffuse * baseColor * attenuation) +\r",
" materialSpecular * pointLights[lightIdx].specular * specularPower * attenuation * baseColor;\r",
"\r",
" return color;\r",
"}\r",
"\r",
"\r",
"\r",
"//>>>> PS\r",
"float4 PS( PS_IN input ) : SV_Target\r",
"{\r",
" float2 newTexCoords = input.texCoord;\r",
" float3 norm = normalize(input.normal);\r",
" float4 baseColor = txDiffuse.Sample(samLinear, newTexCoords) * input.vertexColor;\r",
"\r",
" float4 color = float4(0, 0, 0, 1);\r",
" for (int lightIdx = 0; lightIdx < numPointLights; ++lightIdx)\r",
" {\r",
" color += calcLightSource(input.posInWorld, lightIdx, input.fragPosToCamPos, norm, baseColor);\r",
" }\r",
" color += materialEmission*baseColor;\r",
"\r",
" float fog = (fogEnd - input.fogFragCoord) * fogScale;\r",
" fog = clamp(fog, 0.0, 1.0);\r",
" return float4(lerp(fogColor.rgb, color.rgb, fog), materialDiffuse.a * baseColor.a);\r",
"}\r",
"//<<< PS\r",
"\r",
"technique10 Render\r",
"{\r",
" pass P0\r",
" {\r",
" SetGeometryShader( 0 );\r",
" SetVertexShader( CompileShader( vs_4_0, VS() ) );\r",
" SetPixelShader( CompileShader( ps_4_0, PS() ) );\r",
" }\r",
"} "
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