Community Forum

shader

Category	Farming Simulator 22
Created	24.07.2022 23:11

Patton_M47	24.07.2022 23:11
how do I convert a shader from FS19 to 22

Patton_M47	25.07.2022 00:05
<?xml version="1.0" encoding="utf-8"?> <CustomShader version="4"> <Parameters> <Parameter name="RDT" target="RDT" type="float4" group="base" defaultValue="1.0 1.0 20.0 20.0" minValue = "0.0 0.0 0.0 0.0" maxValue = "1.0 1.0 50.0 50.0"/> <Parameter name="offsetUV" target="offsetUV" type="float4" group="offsetUV" defaultValue="0.0 0.0 0.0 0.0" minValue = "-10.0 -10.0 -10.0 -10.0" maxValue = "10.0 10.0 10.0 10.0"/> <Parameter name="uvCenterSize" target="uvCenterSize" type="float4" group="uvRotate" defaultValue="0.5 0.5 1.0 1.0" minValue = "-1.0 -1.0 0.0 0.0" maxValue = "1.0 1.0 50.0 50.0"/> <Parameter name="uvScale" target="uvScale" type="float4" group="uvScale" defaultValue="1.0 1.0 1.0 1.0" minValue = "-10.0 -10.0 -10.0 -10.0" maxValue = "10.0 10.0 10.0 10.0"/> <Parameter name="colorScale" target="colorScale" type="float4" group="color" defaultValue="0.8 0.55 0.055 1.0" minValue = "0.0 0.0 0.0 0.0" maxValue = "1.0 1.0 1.0 1.0"/> <Parameter name="morphPosition" target="morphPosition" type="float4" group="morphPosition" defaultValue="-0.45 -0.915 0.5 0.1" minValue = "-4.0 -4.0 0.0 0.0" maxValue = "2.0 2.0 1.0 1.0"/> <Parameter name="scrollPosition" target="scrollPosition" type="float4" group="scroll" defaultValue="0.0 0.0 0.0 0.0"/> <Parameter name="lengthAndRadius" target="lengthAndRadius" type="float4" group="scroll" defaultValue="2.0 0.5 0.0 0.0"/> <Parameter name="widthAndDiam" target="widthAndDiam" type="float2" group="rim" defaultValue="40 40"/> <Parameter name="connectorPos" target="connectorPos" type="float4" group="connectorPos" defaultValue="0 80 40 40"/> <Parameter name="numberOfStaticsAndDiam" target="numberOfStaticsAndDiam" type="float2" group="numStatics" defaultValue="4 40"/> <Parameter name="connectorPosAndScale" target="connectorPosAndScale" type="float3" group="connectorPosAndScale" defaultValue="0 80 1.0"/> <Parameter name="beltPos" target="beltPos" type="float" group="beltPos" defaultValue="0.0"/> <Parameter name="cv0" target="cv0" type="float4" group="catmull" defaultValue="2 2 -5 0"/> <Parameter name="cv1" target="cv1" type="float4" group="catmull" defaultValue="0 0 0 0"/> <Parameter name="cv2" target="cv2" type="float4" group="catmull" defaultValue="0 0 10 0"/> <Parameter name="cv3" target="cv3" type="float4" group="catmull" defaultValue="-2 2 15 0"/> <Parameter name="lengthInvLength" target="lengthInvLength" type="float4" group="catmull" defaultValue="10 0.1 0 0"/> <Parameter name="uvHide" target="uvHide" type="float4" group="uvHide" defaultValue="0.0 1.0 0.0 0.0" minValue = "0.0 0.0 0.0 0.0" maxValue = "1.0 1.0 1.0 1.0"/> <Parameter name="axisCompression" target="axisCompression" type="float4" group="jiggling" defaultValue="1 0 0 5"/> <Parameter name="amplFreq" target="amplFreq" type="float4" group="jiggling" defaultValue="1 1 0 0"/> </Parameters> <Textures> <Texture name="DirtNmap" defaultColorProfile="linearRGB" defaultFilename="../shared/dirt_normal.png"/> </Textures> <Variations> <Variation name="meshScroll" groups="base scroll"> <![CDATA[ // Enables caterpillar mesh scrolling #define MESH_SCROLL ]]> </Variation> <Variation name="uvScroll" groups="base offsetUV"> <![CDATA[ // Enables UV scrolling #define UV_SCROLL ]]> </Variation> <Variation name="uvScrollHideBySecondUV" groups="base offsetUV uvHide"> <![CDATA[ #define UV_SCROLL #define HIDE_BY_SECOND_UV ]]> </Variation> <Variation name="uvRotate" groups="base offsetUV uvRotate"> <![CDATA[ // Enables UV rotation #define UV_ROTATE ]]> </Variation> <Variation name="uvScale" groups="base uvScale"> <![CDATA[ // Enables UV scaling #define UV_SCALE ]]> </Variation> <Variation name="Decal"> <![CDATA[ // Enables 2nd UV set for specular #define DECAL_RENDER ]]> </Variation> <Variation name="Window"> <![CDATA[ // should be used with akphaBlended material #define WINDOW ]]> </Variation> <Variation name="colorMask" groups="base color"> <![CDATA[ // Enables colorPainting by mask from glossMap.a #define COLOR_MASK ]]> </Variation> <Variation name="tirePressureDeformation" groups="base morphPosition"> <![CDATA[ // Enables deformation of the tire (offset vertices of the mesh) #define TIRE_PRESSURE_DEFORMATION ]]> </Variation> <Variation name="RIM" groups="base rim color"> <![CDATA[ // Enables smart scale for some parts of the mesh (masked by vertex colors) // see example file #define RIM #define DISABLE_VERTEX_COLOR ]]> </Variation> <Variation name="RIM_colorMask" groups="base rim color"> <![CDATA[ #define RIM #define COLOR_MASK #define DISABLE_VERTEX_COLOR ]]> </Variation> <Variation name="RIM_numberOfStatics_colorMask" groups="base numStatics color"> <![CDATA[ #define NUMBER_OF_STATICS_AND_DIAM #define RIM_NUMBER_OF_STATICS #define COLOR_MASK #define DISABLE_VERTEX_COLOR ]]> </Variation> <Variation name="RIM_DUAL1_colorMask" groups="base connectorPos numStatics color"> <![CDATA[ // Enables smart scale for some parts of the mesh (masked by vertex colors) // see example file #define RIM_DUAL1 #define NUMBER_OF_STATICS_AND_DIAM #define COLOR_MASK #define DISABLE_VERTEX_COLOR ]]> </Variation> <Variation name="HUB_DUAL1_colorMask" groups="base connectorPosAndScale color"> <![CDATA[ // Enables smart scale for some parts of the mesh (masked by vertex colors) // see example file #define HUB_DUAL1 #define COLOR_MASK #define DISABLE_VERTEX_COLOR ]]> </Variation> <Variation name="BELT_KUHN" groups="base beltPos"> <![CDATA[ // Enables smart mesh and uv deform (masked by vertex colors) // see example file #define BELT_KUHN #define DISABLE_VERTEX_COLOR ]]> </Variation> <Variation name="LOCAL_CATMULL_ROM" groups="base catmull"> <![CDATA[ // Enables 4 points Catmull rom spline #define LOCAL_CATMULL_ROM ]]> </Variation> <Variation name="jiggling" groups="base jiggling"> <![CDATA[ // Enables jiggling effect // requires: // vertexColor.rgb - jiggling (roatation) pivot (per vertex part) // vertexColor.a - random value used to offset jiggling (makes unique movement per vertex part) // // In.texCoords1.x - controls intensity of jiggling (used as 0..1 gradient) // #define MESH_JIGGLING #define DISABLE_VERTEX_COLOR ]]> </Variation> </Variations> <LodLevel startDistance = "0"> <CodeInjections> <CodeInjection position = "MATERIALINFO"> <![CDATA[ #if defined( DISABLE_VERTEX_COLOR ) #if defined(PARTICLE_SYSTEM_ALPHA_BLEND) #undef PARTICLE_SYSTEM_ALPHA_BLEND #endif #endif /* RDT.x - NOT USED YET RDT.y - Dirt Amount RDT.z - Dirt Texture Tile / uniform float4 RDT; #if defined( MESH_SCROLL ) / Assumption fisrt_circle.radius == second_circle.radius, see example file how to use it scrollPosition.x - position of the caterpillar elements (scrolling time based parameter) lengthAndRadius.x - caterpillar length (from fisrt_circle center to second_circle center) lengthAndRadius.y - caterpillar radius (circle radius) / uniform float4 scrollPosition; uniform float4 lengthAndRadius; #endif #if defined( UV_SCROLL ) \|\| defined( UV_ROTATE ) / offsetUV.xy - translate offsetUV.z - rotate / uniform float4 offsetUV; #endif #if defined( HIDE_BY_SECOND_UV ) uniform float4 uvHide; #endif #if defined( UV_ROTATE ) / uvCenterSize.xy - roattion center in UV space (for example, 0.25 0.5 ) uvCenterSize.zw - proportion of the texture ( for example, 2x1 (horizontal x vertical) == 512x256 ) / uniform float4 uvCenterSize; #endif #if defined( UV_SCALE ) / uvScale.xy - scale UV / uniform float4 uvScale; #endif #if defined( COLOR_MASK ) / colorScale - rgb color multiplied by albedo.rgb, uses specular.a for masking / uniform float4 colorScale; #endif #if defined( TIRE_PRESSURE_DEFORMATION ) / Enables tirePressureDeformation uses morphPosition parameter morphPosition.x - start deforming position ( objectSpace by "Y" ) morphPosition.y - end deforming position ( objectSpace by "Y" ) morphPosition.z - mPushOutRatio HARDCODED // relationship between deformation and mPushOut ( 0 - [do noting], 1 - [mPushOut == mPushUp] ) morphPosition.w - mPushUp - deformation in meters / uniform float4 morphPosition; #endif #if defined( RIM ) / widthAndDiam.x - rim width (real size in inches) widthAndDiam.y - diameter of the rim (real size in inches) / uniform float2 widthAndDiam; #endif #if defined( RIM_DUAL1 ) / connectorPos.x - offset of the hooks ( absolute, do not offset other parameters, in inches ) connectorPos.y - fisrt rim width (real size in inches) connectorPos.z - connection between rims (real sixe in inches) connectorPos.w - second rim width (real size in inches) Pivot point for the second rim (in meters) is: ( 0.5connectorPos.y + connectorPos.z + 0.5connectorPos.w ) * 0.0254 / uniform float4 connectorPos; #endif #if defined( NUMBER_OF_STATICS_AND_DIAM ) / numberOfStaticsAndDiam.x - number of hooks numberOfStaticsAndDiam.y - diameter of the rim (real size in inches) / uniform float2 numberOfStaticsAndDiam; #endif #if defined( HUB_DUAL1 ) / connectorPosAndScale.x - offset of the center ( absolute, do not offset other parameters, in inches ) connectorPosAndScale.y - offset to the second hub (real size in inches) connectorPosAndScale.z - object scale / uniform float3 connectorPosAndScale; #endif #if defined( BELT_KUHN ) / beltPos - defines bending position of vertices / uniform float beltPos; #endif #if defined( LOCAL_CATMULL_ROM ) / the curve is placed between cv1 and cv2. cv0 and cv3 control the tangential direction at cv1 and cv2 respectively / uniform float4 cv0; uniform float4 cv1; uniform float4 cv2; uniform float4 cv3; uniform float4 lengthInvLength; #endif #if defined( MESH_JIGGLING ) / axisCompression.xyz - jiggle (rotation) around this axis axisCompression.w - compression value for vertexColors (vertex colors limited to 0..1) amplFreq.x - amplitude of jiggling amplFreq.y - frequency of jiggling amplFreq.z - 0..1 amount of jiggling elements amplFreq.w - time controlled by script / uniform float4 axisCompression; uniform float4 amplFreq; #endif ]]> </CodeInjection> <CodeInjection position = "SAMPLERS"> <![CDATA[ sampler2D DirtNmap; ]]> </CodeInjection> <CodeInjection position = "FS_GLOBALS"> <![CDATA[ float4 gGloss; float gAO; float gDirt; ]]> </CodeInjection> <CodeInjection position = "CONFIG_DEFINES"> <![CDATA[ #if defined( DECAL_RENDER ) // Remap gloss map lookups to our custom tex coord #define GLOSSMAP_TEXCOORD glossMapTexCoords2 #endif ]]> </CodeInjection> <CodeInjection position="VS_OUTPUT"> <![CDATA[ #if defined( DECAL_RENDER ) float2 glossMapTexCoords2 : TEXCOORDn; #endif #if defined( HIDE_BY_SECOND_UV ) float2 albedoMapTexCoord2 : TEXCOORDn; #endif ]]> </CodeInjection> <CodeInjection position="SAMPLERS"> <![CDATA[ #if defined( UV_ROTATE ) float2 m_getUVRotationSinCos( ) { float mTime = offsetUV.z; float2 mSinCos; // compute sin and cos for this angle sincos( mTime, mSinCos.x, mSinCos.y ); return mSinCos; } #endif #if defined( MESH_JIGGLING ) float3 m_getQuaternionDeformPos( float mAngle, float3 mAxis, float3 mPos ) { float4 mQr = float4(0,0,0,0); float mHalfAngle = ( mAngle 0.5 ) * 3.14159 / 180.0; mQr.x = mAxis.x * sin( mHalfAngle ); mQr.y = mAxis.y * sin( mHalfAngle ); mQr.z = mAxis.z * sin( mHalfAngle ); mQr.w = cos( mHalfAngle ); float3 mQ = float3(mQr.x,mQr.y,mQr.z); float3 mDeformPos = mPos + 2.0 * cross( mQ, cross(mQ, mPos) + mQr.wmPos ); return mDeformPos; } #endif ]]> </CodeInjection> <CodeInjection position="GET_POSITION_VS"> <![CDATA[ float3 mPos = In.position.xyz; #if defined( MESH_JIGGLING ) { float mAttenuation = In.texCoords1.x; float3 mAxis = axisCompression.xyz; float mCompression = axisCompression.w; float mAmplitude = amplFreq.x; float mFrequency = amplFreq.y; float mJigAmountElements = 1 - amplFreq.z; float mTime = amplFreq.w; float mSinus = sin(2.78In.color.a + 5.67mTimemFrequency)sin(16.75In.color.a - 28.45mTimemFrequency); float mAngle = 10mAmplitudesaturate(mSinus); mAngle = saturate(sign( sin(0.53mTime + 23.16In.color.a) sin(1.476mTime - 12.78In.color.a ) - mJigAmountElements )); float3 mPivot = mCompression(2.0In.color.xyz - 1.0); mPos -= mPivot; float3 mDeformPos = m_getQuaternionDeformPos(mAngle,mAxis,mPos); mPos = lerp( mPos, mDeformPos, mAttenuation ); mPos += mPivot; } return mPos; #endif #if defined( BELT_KUHN ) mPos.x += beltPosIn.color.x; mPos.x += 2beltPosIn.color.z; return mPos; #endif #if defined( NUMBER_OF_STATICS_AND_DIAM ) float mDiameter = 0.0254 numberOfStaticsAndDiam.y; // Apply radial distortion (we assume that the initial mesh radius is 1) if (In.color.w < 0.5) { // Move whole blocks towards the center that are placed around the rim with the same angular distance float stepSize = 6.283185307179586476925286766559 / numberOfStaticsAndDiam.x; float angle = atan2(In.position.y, In.position.z); angle = floor(angle / stepSize + 0.5) * stepSize; float2 d = float2(sin(angle), cos(angle)); mPos.yz = In.position.yz + d * (mDiameter-1)0.5; } else { mPos.yz = In.position.yz + normalize(In.position.yz) (mDiameter-1)0.5; } #endif #if defined( RIM_NUMBER_OF_STATICS ) return mPos; #endif #if defined( RIM ) float2 mWidthAndDiam = 0.0254 widthAndDiam.xy; // inch to meter convertion // Apply radial distortion (we assume that the mesh radius is 1) mPos.yz = In.position.yz + normalize(In.position.yz) * (mWidthAndDiam.y-1)0.5; // Apply distortion along x axis from 2 control points (control points in the mesh are assumed to be 0.5 from the center) mPos.x = In.color.x (In.position.x + mWidthAndDiam.x0.5-0.5); mPos.x += In.color.y (In.position.x - mWidthAndDiam.x0.5+0.5); mPos.x += (1-(dot(In.color.xy, float2(1,1)))) In.position.x; return mPos; #endif #if defined( RIM_DUAL1 ) // Apply distortion along x axis from 3 control points (distance between control points in the mesh is assumed to be 1) float mSide = 1.0; if ( In.position.x < 0 ) { mSide = -1.0; } float4 mRealPosition = 0.0254 * connectorPos; // convert inches to meters mPos.x = (1-In.color.x)(1-In.color.y)(1-In.color.z)( In.position.x + mSidemRealPosition.x); mRealPosition.y = 0.5; mPos.x += In.color.x (In.position.x + mSide(mRealPosition.y-1)); mRealPosition.z += mRealPosition.y; mPos.x += In.color.y (In.position.x + mSide(mRealPosition.z-2)); mRealPosition.w += mRealPosition.z; mPos.x += In.color.z (In.position.x + mSide(mRealPosition.w-3)); mPos.x += (1-(dot(In.color.xyz, float3(1,1,1)))) In.position.x; return mPos; #endif #if defined( HUB_DUAL1 ) float2 mRealPosition = 0.0254 * connectorPosAndScale.xy; float mSide = 1.0; if ( In.position.x < 0 ) { mSide = -1.0; } mPos.x += In.color.x * mSide( - 1 ); mPos = connectorPosAndScale.z; mPos.x += In.color.y * mSide( 4 (1 - connectorPosAndScale.z ) ); mPos.x += In.color.x * mSide* mRealPosition.x; mPos.x += In.color.y * mSide* ( mRealPosition.y - 4 ); return mPos; #endif #if defined( TIRE_PRESSURE_DEFORMATION ) float3 localY = mul(float3(0,1,0), (float3x3)modelMatrix); localY.x = 0; localY = normalize(localY); float3 mDeformedPosition = In.position.xyz; float localYPosition = dot(In.position, localY); float mBlendIn = morphPosition.x; float mBlendOut = morphPosition.y; float mMaskBase = saturate((localYPosition - mBlendIn) / ( mBlendOut - mBlendIn )); float mMask = sin( mMaskBase * 3.14159 ); float mPushOutRatio = 0.5; //morphPosition.z; float mPushUp = morphPosition.w; float mBound = abs( mBlendOut - mBlendIn ); mPushUp = clamp( mPushUp, 0.0, mBound ); float mPushOut = mPushUp * mPushOutRatio; mDeformedPosition.x += mPushOut * mMask * sign(In.position.x); mDeformedPosition += localY * (mPushUp * mMaskBase); return float4( mDeformedPosition, 1.0 ); #endif ]]> </CodeInjection> <CodeInjection position="POST_SET_TEXCOORDS_VS"> <![CDATA[ #if defined( BELT_KUHN ) float2 mUV = convertDefaultTexCoords( In, In.texCoords0.xy ); float mScaler1 = beltPos + 1; float mScaler2 = 1 - 0.5 * beltPos; mUV.y = lerp( mUV.y, mUV.y * mScaler1, In.color.y ); mUV.y = lerp( mUV.y, ( mUV.y + 0.25 ) * mScaler2 - 0.25, In.color.w ); float mBlendFactor = In.color.x(1-In.color.y)(1-In.color.z)(1-In.color.w); float mScaler3 = 0.5 beltPos; mUV.y = lerp( mUV.y, mUV.y + mScaler3, mBlendFactor); Out.defaultTexCoords = mUV; #endif #if defined( DECAL_RENDER ) // Pass second UVSet to the Pixel Shader Out.glossMapTexCoords2 = convertDefaultTexCoords( In, In.texCoords1.xy ); #endif #if defined( HIDE_BY_SECOND_UV ) Out.albedoMapTexCoord2 = convertDefaultTexCoords( In, In.texCoords1.xy ); #endif #if defined( UV_ROTATE ) && defined( ALBEDO_MAP ) float2 mOutgoingUV = getDefaultTexCoords(In); mOutgoingUV = uvCenterSize.zw; float2 mRotationCenter = uvCenterSize.xy; mRotationCenter = uvCenterSize.zw; float2 mSinCos = m_getUVRotationSinCos(); // move the rotation center to the origin float2 mTmpUV = mOutgoingUV - mRotationCenter; // rotate the uv mOutgoingUV.x = dot( mTmpUV, float2( mSinCos.y, - mSinCos.x ) ); mOutgoingUV.y = dot( mTmpUV, mSinCos.xy ); // move the uv's back to the correct place mOutgoingUV += mRotationCenter; mOutgoingUV /= uvCenterSize.zw; Out.defaultTexCoords = mOutgoingUV; #endif #if defined( UV_SCROLL ) && defined( ALBEDO_MAP ) float2 mUV = getDefaultTexCoords(In); mUV.xy += offsetUV.xy; Out.defaultTexCoords = mUV; #endif #if defined( UV_SCALE ) && defined( ALBEDO_MAP ) float2 mUV = getDefaultTexCoords(In); mUV.xy = uvScale.xy; Out.defaultTexCoords = mUV; #endif ]]> </CodeInjection> <CodeInjection position="START_POS_VS"> <![CDATA[ #if defined( MESH_SCROLL ) float mTotalLenght = 3.1415926lengthAndRadius.y + 2lengthAndRadius.x; float crawlerRadius = lengthAndRadius.y; float crawlerRadiusPi = 3.1415926crawlerRadius; float crawlerLength = lengthAndRadius.x; float posFirstRot = crawlerLength; float posAfterRot = posFirstRot + crawlerRadiusPi; float posAfterBottom = posAfterRot + crawlerLength; float posAfterLastRot = posAfterBottom + crawlerRadiusPi; float offsetZRaw = mTotalLenght * ( scrollPosition.x - floor(scrollPosition.x) ); position.z = fmod(position.z+offsetZRaw,posAfterLastRot); float3 origPosition = position.xyz; if (origPosition.z > posFirstRot) { // z=0 -> 0 // z=pir -> pi float angle = (origPosition.z - posFirstRot) / crawlerRadius; position.z = posFirstRot + sin(angle)origPosition.y; position.y = cos(angle)origPosition.y; if (origPosition.z > posAfterRot) { position.z = posFirstRot - (origPosition.z - posAfterRot); position.y = -origPosition.y; if (origPosition.z > posAfterBottom) { // z=0 -> 0 // z=pir -> pi float angle = (origPosition.z - posAfterBottom) / crawlerRadius; position.z = - sin(angle)origPosition.y; position.y = - cos(angle)origPosition.y; } } } #endif #if defined( LOCAL_CATMULL_ROM ) { float3 v = float3( position.x, position.y, 0 ); // q(t) = 0.5f ((2 P1) + (-P0 + P2) * t + (2P0 - 5P1 + 4P2 - P3) t^2 + (-P0 + 3P1 - 3P2 + P3) * t^3) float sT = position.z/lengthInvLength.x; float3 splinePos = 0.5f ((2.0f cv1.xyz) + (- cv0.xyz+ cv2.xyz)sT + (2.0f cv0.xyz - 5.0f* cv1.xyz + 4.0f* cv2.xyz - cv3.xyz) * (sTsT) + (- cv0.xyz + 3.0f cv1.xyz - 3.0f* cv2.xyz + cv3.xyz) * (sTsTsT)); float sT2 = (position.z+0.01f)/lengthInvLength.x; float3 splinePos2 = 0.5f ((2.0f cv1.xyz) + (- cv0.xyz+ cv2.xyz)sT2 + (2.0f cv0.xyz - 5.0f* cv1.xyz + 4.0f* cv2.xyz - cv3.xyz) * (sT2sT2) + (- cv0.xyz + 3.0f cv1.xyz - 3.0f* cv2.xyz + cv3.xyz) * (sT2sT2sT2)); // calculate rotation matrix float3 z1 = float3(0.0f, 0.0f, 1.0f); float3 z2 = normalize( splinePos2.xyz - splinePos.xyz ); float3 ra = normalize( cross(z2, z1) ); // rot. axis float a = acos( dot(z2, z1) ); // rot. angle float sa = sin(a); float ca = cos(a); float cam = 1.0f - ca; float3x3 rotMat = float3x3( ra.xra.x cam + ca, ra.yra.x cam + ra.zsa, ra.zra.x * cam - ra.ysa, ra.xra.y * cam - ra.zsa, ra.yra.y * cam + ca, ra.zra.y cam + ra.xsa, ra.xra.z * cam + ra.ysa, ra.yra.z * cam - ra.xsa, ra.zra.z * cam + ca ); position.xyz = splinePos.xyz + mul( rotMat, v ); } #endif ]]> </CodeInjection> <CodeInjection position="GET_NORMAL_VS"> <![CDATA[ #if defined( MESH_SCROLL ) float3 normal = In.normal.xyz; float mTotalLenght = 3.1415926lengthAndRadius.y + 2lengthAndRadius.x; float crawlerRadius = lengthAndRadius.y; float crawlerRadiusPi = 3.1415926crawlerRadius; float crawlerLength = lengthAndRadius.x; float posFirstRot = crawlerLength; float posAfterRot = posFirstRot + crawlerRadiusPi; float posAfterBottom = posAfterRot + crawlerLength; float posAfterLastRot = posAfterBottom + crawlerRadiusPi; float offsetZRaw = mTotalLenght ( scrollPosition.x - floor(scrollPosition.x) ); float posZ = fmod(getPosition(In).z+offsetZRaw,posAfterLastRot); if (posZ > posFirstRot) { // z=0 -> 0 // z=pir -> pi float angle = (posZ - posFirstRot) / crawlerRadius; float cosAngle = cos(angle); float sinAngle = sin(angle); normal.y = cosAngleIn.normal.y - sinAngleIn.normal.z; normal.z = sinAngleIn.normal.y + cosAngleIn.normal.z; if (posZ > posAfterRot) { normal.yz = -In.normal.yz; if (posZ > posAfterBottom) { // z=0 -> 0 // z=pir -> pi float angle = (posZ - posAfterBottom) / crawlerRadius; float cosAngle = cos(angle); float sinAngle = sin(angle); normal.y = -cosAngleIn.normal.y + sinAngleIn.normal.z; normal.z = -sinAngleIn.normal.y - cosAngleIn.normal.z; } } } return normal; #endif ]]> </CodeInjection> <CodeInjection position="GET_TANGENT_VS"> <![CDATA[ #if defined( MESH_SCROLL ) float3 tangent = In.tangent.xyz; float mTotalLenght = 3.1415926lengthAndRadius.y + 2lengthAndRadius.x; float crawlerRadius = lengthAndRadius.y; float crawlerRadiusPi = 3.1415926crawlerRadius; float crawlerLength = lengthAndRadius.x; float posFirstRot = crawlerLength; float posAfterRot = posFirstRot + crawlerRadiusPi; float posAfterBottom = posAfterRot + crawlerLength; float posAfterLastRot = posAfterBottom + crawlerRadiusPi; float offsetZRaw = mTotalLenght ( scrollPosition.x - floor(scrollPosition.x) ); float posZ = fmod(getPosition(In).z+offsetZRaw,posAfterLastRot); if (posZ > posFirstRot) { // z=0 -> 0 // z=pir -> pi float angle = (posZ - posFirstRot) / crawlerRadius; float cosAngle = cos(angle); float sinAngle = sin(angle); tangent.y = cosAngleIn.tangent.y - sinAngleIn.tangent.z; tangent.z = sinAngleIn.tangent.y + cosAngleIn.tangent.z; if (posZ > posAfterRot) { tangent.yz = -In.tangent.yz; if (posZ > posAfterBottom) { // z=0 -> 0 // z=pir -> pi float angle = (posZ - posAfterBottom) / crawlerRadius; float cosAngle = cos(angle); float sinAngle = sin(angle); tangent.y = -cosAngleIn.tangent.y + sinAngleIn.tangent.z; tangent.z = -sinAngleIn.tangent.y - cosAngleIn.tangent.z; } } } return tangent; #endif #if defined( UV_ROTATE ) && defined( ALBEDO_MAP ) float2 mSinCos = m_getUVRotationSinCos(); float3 b = cross(In.normal.xyz, In.tangent.xyz)In.tangent.w; float3 t = In.tangent.xyz; // Rotate tangent in oposite direction than uvs to compensate changed tangent space return float3( t.xmSinCos.y - b.xmSinCos.x, t.ymSinCos.y - b.ymSinCos.x, t.zmSinCos.y - b.zmSinCos.x); #endif ]]> </CodeInjection> <CodeInjection position="GET_BITANGENT_VS"> <![CDATA[ #if defined( MESH_SCROLL ) return cross(getNormal(In), getTangent(In))In.tangent.w; #endif #if defined( UV_ROTATE ) && defined( ALBEDO_MAP ) return cross(In.normal.xyz, getTangent(In))In.tangent.w; #endif ]]> </CodeInjection> <CodeInjection position = "START_FS"> <![CDATA[ #if defined( GLOSS_MAP ) / glossMap.r - roughness glossMap.g - ambient occlusion glossMap.b - dirt mask glossMap.a - color mask ( if enabled ) / globals.gGloss = tex2D( glossMap, In.vs.GLOSSMAP_TEXCOORD).rgba; globals.gAO = globals.gGloss.g; float texDirt = 1 - globals.gGloss.b; globals.gDirt = saturate( (texDirt1.05 - (RDT.g - 0.5)) * 2 ); #else globals.gGloss = 0; globals.gAO = 0; globals.gDirt = 0; #endif ]]> </CodeInjection> <CodeInjection position = "GET_UNNORMALIZED_TANGENT_SPACE_NORMAL_FS"> <![CDATA[ #if defined( NORMAL_MAP ) float3 mNormal; #ifdef NORMAL_MAP_SIGNED_2CHANNEL // use BC5 signed format for the normal map mNormal.xy = tex2D(normalMap, In.vs.NORMALMAP_TEXCOORD).xy; mNormal.z = sqrt(1.0 - dot(mNormal.xy, mNormal.xy)); #else mNormal = tex2D(normalMap, In.vs.NORMALMAP_TEXCOORD).xyz - 0.5; #endif float3 mDirtNmap = tex2D( DirtNmap, float2( RDT.z, RDT.w ) * In.vs.NORMALMAP_TEXCOORD ).xyz - 0.5; return mNormal + float3(mDirtNmap.xy, 0.0) * (1 - globals.gDirt); #endif ]]> </CodeInjection> <CodeInjection position = "GET_TANGENT_SPACE_NORMAL_FS"> <![CDATA[ #if defined( NORMAL_MAP ) return normalize(getUnnormalizedTangentSpaceNormal(In, globals)); #endif ]]> </CodeInjection> <CodeInjection position = "POST_DIFFUSE_COLOR_FS"> <![CDATA[ #if defined( SPECULAR ) && defined( GLOSS_MAP ) #if defined( COLOR_MASK ) diffuseColor.xyz = lerp( diffuseColor.rgb, diffuseColor.rgb * colorScale.rgb, globals.gGloss.a ); #endif #if defined( WINDOW ) diffuseColor.xyz += clamp( 0.65 ( 1-globals.gDirt ), 0.0, 1.0 ); #else float3 mDirtColor = float3( 0.20, 0.14, 0.08 ); // HardCoded Dirt Color diffuseColor.xyz = lerp( mDirtColor, diffuseColor.xyz, globals.gDirt); // DirtColor lerp #endif diffuseColor.xyz = globals.gAO; // Multiply AO for DIFFUSE #endif ]]> </CodeInjection> <CodeInjection position = "POST_GLOSS_COLOR_FS"> <![CDATA[ #if defined( SPECULAR ) && defined( GLOSS_MAP ) #if defined( WINDOW ) float cosPower = max(5000 * globals.gGloss.r * globals.gDirt, 0.1); #else float cosPower = max(50 * globals.gGloss.r * globals.gDirt, 0.1); #endif roughness = sqrt(sqrt(2.0/(cosPower+2.0))); metalness = 0; bakedAO = globals.gAO; #endif ]]> </CodeInjection> <CodeInjection position="FINAL_POS_FS"> <![CDATA[ #if defined( ALPHA_BLENDED ) #if defined( WINDOW ) oColor.a += clamp( 0.65(1-globals.gDirt), 0.0, 1.0 ); #endif #endif #if defined( HIDE_BY_SECOND_UV ) float mVisibility = 1.0; float refX = In.vs.albedoMapTexCoord2.x; mVisibility = refX >= uvHide.x && refX <= uvHide.y; clip( mVisibility - 0.5 ); #endif #if defined(DEBUG_SHOW_PARALLAX) { float a = roughness roughness; float a2 = a * a; float cosPower = min(2 / a2 - 2, 2048); oColor.xyz *= 0.0001; oColor.xyz += pow(cosPower/100, 2.2); } #endif ]]> </CodeInjection> </CodeInjections> </LodLevel> </CustomShader>

Patton_M47

25.07.2022 00:05

<?xml version="1.0" encoding="utf-8"?>

<CustomShader version="4">
<Parameters>
<Parameter name="RDT" target="RDT" type="float4" group="base" defaultValue="1.0 1.0 20.0 20.0" minValue = "0.0 0.0 0.0 0.0" maxValue = "1.0 1.0 50.0 50.0"/>
<Parameter name="offsetUV" target="offsetUV" type="float4" group="offsetUV" defaultValue="0.0 0.0 0.0 0.0" minValue = "-10.0 -10.0 -10.0 -10.0" maxValue = "10.0 10.0 10.0 10.0"/>
<Parameter name="uvCenterSize" target="uvCenterSize" type="float4" group="uvRotate" defaultValue="0.5 0.5 1.0 1.0" minValue = "-1.0 -1.0 0.0 0.0" maxValue = "1.0 1.0 50.0 50.0"/>
<Parameter name="uvScale" target="uvScale" type="float4" group="uvScale" defaultValue="1.0 1.0 1.0 1.0" minValue = "-10.0 -10.0 -10.0 -10.0" maxValue = "10.0 10.0 10.0 10.0"/>
<Parameter name="colorScale" target="colorScale" type="float4" group="color" defaultValue="0.8 0.55 0.055 1.0" minValue = "0.0 0.0 0.0 0.0" maxValue = "1.0 1.0 1.0 1.0"/>
<Parameter name="morphPosition" target="morphPosition" type="float4" group="morphPosition" defaultValue="-0.45 -0.915 0.5 0.1" minValue = "-4.0 -4.0 0.0 0.0" maxValue = "2.0 2.0 1.0 1.0"/>
<Parameter name="scrollPosition" target="scrollPosition" type="float4" group="scroll" defaultValue="0.0 0.0 0.0 0.0"/>
<Parameter name="lengthAndRadius" target="lengthAndRadius" type="float4" group="scroll" defaultValue="2.0 0.5 0.0 0.0"/>
<Parameter name="widthAndDiam" target="widthAndDiam" type="float2" group="rim" defaultValue="40 40"/>
<Parameter name="connectorPos" target="connectorPos" type="float4" group="connectorPos" defaultValue="0 80 40 40"/>
<Parameter name="numberOfStaticsAndDiam" target="numberOfStaticsAndDiam" type="float2" group="numStatics" defaultValue="4 40"/>
<Parameter name="connectorPosAndScale" target="connectorPosAndScale" type="float3" group="connectorPosAndScale" defaultValue="0 80 1.0"/>
<Parameter name="beltPos" target="beltPos" type="float" group="beltPos" defaultValue="0.0"/>
<Parameter name="cv0" target="cv0" type="float4" group="catmull" defaultValue="2 2 -5 0"/>
<Parameter name="cv1" target="cv1" type="float4" group="catmull" defaultValue="0 0 0 0"/>
<Parameter name="cv2" target="cv2" type="float4" group="catmull" defaultValue="0 0 10 0"/>
<Parameter name="cv3" target="cv3" type="float4" group="catmull" defaultValue="-2 2 15 0"/>
<Parameter name="lengthInvLength" target="lengthInvLength" type="float4" group="catmull" defaultValue="10 0.1 0 0"/>
<Parameter name="uvHide" target="uvHide" type="float4" group="uvHide" defaultValue="0.0 1.0 0.0 0.0" minValue = "0.0 0.0 0.0 0.0" maxValue = "1.0 1.0 1.0 1.0"/>
<Parameter name="axisCompression" target="axisCompression" type="float4" group="jiggling" defaultValue="1 0 0 5"/>
<Parameter name="amplFreq" target="amplFreq" type="float4" group="jiggling" defaultValue="1 1 0 0"/>
</Parameters>
<Textures>
<Texture name="DirtNmap" defaultColorProfile="linearRGB" defaultFilename="../shared/dirt_normal.png"/>
</Textures>
<Variations>
<Variation name="meshScroll" groups="base scroll">
<![CDATA[
// Enables caterpillar mesh scrolling
#define MESH_SCROLL
]]>
</Variation>
<Variation name="uvScroll" groups="base offsetUV">
<![CDATA[
// Enables UV scrolling
#define UV_SCROLL
]]>
</Variation>
<Variation name="uvScrollHideBySecondUV" groups="base offsetUV uvHide">
<![CDATA[
#define UV_SCROLL
#define HIDE_BY_SECOND_UV
]]>
</Variation>
<Variation name="uvRotate" groups="base offsetUV uvRotate">
<![CDATA[
// Enables UV rotation
#define UV_ROTATE
]]>
</Variation>
<Variation name="uvScale" groups="base uvScale">
<![CDATA[
// Enables UV scaling
#define UV_SCALE
]]>
</Variation>
<Variation name="Decal">
<![CDATA[
// Enables 2nd UV set for specular
#define DECAL_RENDER
]]>
</Variation>
<Variation name="Window">
<![CDATA[
// should be used with akphaBlended material
#define WINDOW
]]>
</Variation>
<Variation name="colorMask" groups="base color">
<![CDATA[
// Enables colorPainting by mask from glossMap.a
#define COLOR_MASK
]]>
</Variation>
<Variation name="tirePressureDeformation" groups="base morphPosition">
<![CDATA[
// Enables deformation of the tire (offset vertices of the mesh)
#define TIRE_PRESSURE_DEFORMATION
]]>
</Variation>
<Variation name="RIM" groups="base rim color">
<![CDATA[
// Enables smart scale for some parts of the mesh (masked by vertex colors)
// see example file
#define RIM
#define DISABLE_VERTEX_COLOR
]]>
</Variation>
<Variation name="RIM_colorMask" groups="base rim color">
<![CDATA[
#define RIM
#define COLOR_MASK
#define DISABLE_VERTEX_COLOR
]]>
</Variation>
<Variation name="RIM_numberOfStatics_colorMask" groups="base numStatics color">
<![CDATA[
#define NUMBER_OF_STATICS_AND_DIAM
#define RIM_NUMBER_OF_STATICS
#define COLOR_MASK
#define DISABLE_VERTEX_COLOR
]]>
</Variation>
<Variation name="RIM_DUAL1_colorMask" groups="base connectorPos numStatics color">
<![CDATA[
// Enables smart scale for some parts of the mesh (masked by vertex colors)
// see example file
#define RIM_DUAL1
#define NUMBER_OF_STATICS_AND_DIAM
#define COLOR_MASK
#define DISABLE_VERTEX_COLOR
]]>
</Variation>
<Variation name="HUB_DUAL1_colorMask" groups="base connectorPosAndScale color">
<![CDATA[
// Enables smart scale for some parts of the mesh (masked by vertex colors)
// see example file
#define HUB_DUAL1
#define COLOR_MASK
#define DISABLE_VERTEX_COLOR
]]>
</Variation>
<Variation name="BELT_KUHN" groups="base beltPos">
<![CDATA[
// Enables smart mesh and uv deform (masked by vertex colors)
// see example file
#define BELT_KUHN
#define DISABLE_VERTEX_COLOR
]]>
</Variation>
<Variation name="LOCAL_CATMULL_ROM" groups="base catmull">
<![CDATA[
// Enables 4 points Catmull rom spline
#define LOCAL_CATMULL_ROM
]]>
</Variation>
<Variation name="jiggling" groups="base jiggling">
<![CDATA[
// Enables jiggling effect
// requires:
// vertexColor.rgb - jiggling (roatation) pivot (per vertex part)
// vertexColor.a - random value used to offset jiggling (makes unique movement per vertex part)
//
// In.texCoords1.x - controls intensity of jiggling (used as 0..1 gradient)
//
#define MESH_JIGGLING
#define DISABLE_VERTEX_COLOR
]]>
</Variation>
</Variations>
<LodLevel startDistance = "0">
<CodeInjections>
<CodeInjection position = "MATERIALINFO">
<![CDATA[
#if defined( DISABLE_VERTEX_COLOR )
#if defined(PARTICLE_SYSTEM_ALPHA_BLEND)
#undef PARTICLE_SYSTEM_ALPHA_BLEND
#endif
#endif
/*
RDT.x - NOT USED YET
RDT.y - Dirt Amount
RDT.z - Dirt Texture Tile
*/
uniform float4 RDT;
#if defined( MESH_SCROLL )
/*
Assumption fisrt_circle.radius == second_circle.radius, see example file how to use it
scrollPosition.x - position of the caterpillar elements (scrolling time based parameter)
lengthAndRadius.x - caterpillar length (from fisrt_circle center to second_circle center)
lengthAndRadius.y - caterpillar radius (circle radius)
*/
uniform float4 scrollPosition;
uniform float4 lengthAndRadius;
#endif
#if defined( UV_SCROLL ) || defined( UV_ROTATE )
/*
offsetUV.xy - translate
offsetUV.z - rotate
*/
uniform float4 offsetUV;
#endif
#if defined( HIDE_BY_SECOND_UV )
uniform float4 uvHide;
#endif
#if defined( UV_ROTATE )
/*
uvCenterSize.xy - roattion center in UV space (for example, 0.25 0.5 )
uvCenterSize.zw - proportion of the texture ( for example, 2x1 (horizontal x vertical) == 512x256 )
*/
uniform float4 uvCenterSize;
#endif
#if defined( UV_SCALE )
/*
uvScale.xy - scale UV
*/
uniform float4 uvScale;
#endif
#if defined( COLOR_MASK )
/*
colorScale - rgb color multiplied by albedo.rgb, uses specular.a for masking
*/
uniform float4 colorScale;
#endif
#if defined( TIRE_PRESSURE_DEFORMATION )
/*
Enables tirePressureDeformation uses morphPosition parameter
morphPosition.x - start deforming position ( objectSpace by "Y" )
morphPosition.y - end deforming position ( objectSpace by "Y" )
morphPosition.z - mPushOutRatio HARDCODED // relationship between deformation and mPushOut ( 0 - [do noting], 1 - [mPushOut == mPushUp] )
morphPosition.w - mPushUp - deformation in meters
*/
uniform float4 morphPosition;
#endif
#if defined( RIM )
/*
widthAndDiam.x - rim width (real size in inches)
widthAndDiam.y - diameter of the rim (real size in inches)
*/
uniform float2 widthAndDiam;
#endif
#if defined( RIM_DUAL1 )
/*
connectorPos.x - offset of the hooks ( absolute, do not offset other parameters, in inches )
connectorPos.y - fisrt rim width (real size in inches)
connectorPos.z - connection between rims (real sixe in inches)
connectorPos.w - second rim width (real size in inches)

Pivot point for the second rim (in meters) is:
( 0.5*connectorPos.y + connectorPos.z + 0.5*connectorPos.w ) * 0.0254
*/
uniform float4 connectorPos;
#endif
#if defined( NUMBER_OF_STATICS_AND_DIAM )
/*
numberOfStaticsAndDiam.x - number of hooks
numberOfStaticsAndDiam.y - diameter of the rim (real size in inches)
*/
uniform float2 numberOfStaticsAndDiam;
#endif
#if defined( HUB_DUAL1 )
/*
connectorPosAndScale.x - offset of the center ( absolute, do not offset other parameters, in inches )
connectorPosAndScale.y - offset to the second hub (real size in inches)
connectorPosAndScale.z - object scale
*/
uniform float3 connectorPosAndScale;
#endif
#if defined( BELT_KUHN )
/*
beltPos - defines bending position of vertices
*/
uniform float beltPos;
#endif
#if defined( LOCAL_CATMULL_ROM )
/*
the curve is placed between cv1 and cv2.
cv0 and cv3 control the tangential direction at cv1 and cv2 respectively
*/
uniform float4 cv0;
uniform float4 cv1;
uniform float4 cv2;
uniform float4 cv3;
uniform float4 lengthInvLength;
#endif
#if defined( MESH_JIGGLING )
/*
axisCompression.xyz - jiggle (rotation) around this axis
axisCompression.w - compression value for vertexColors (vertex colors limited to 0..1)
amplFreq.x - amplitude of jiggling
amplFreq.y - frequency of jiggling
amplFreq.z - 0..1 amount of jiggling elements
amplFreq.w - time controlled by script
*/
uniform float4 axisCompression;
uniform float4 amplFreq;
#endif
]]>
</CodeInjection>
<CodeInjection position = "SAMPLERS">
<![CDATA[
sampler2D DirtNmap;
]]>
</CodeInjection>
<CodeInjection position = "FS_GLOBALS">
<![CDATA[
float4 gGloss;
float gAO;
float gDirt;
]]>
</CodeInjection>
<CodeInjection position = "CONFIG_DEFINES">
<![CDATA[

#if defined( DECAL_RENDER )
// Remap gloss map lookups to our custom tex coord
#define GLOSSMAP_TEXCOORD glossMapTexCoords2
#endif
]]>
</CodeInjection>
<CodeInjection position="VS_OUTPUT">
<![CDATA[
#if defined( DECAL_RENDER )
float2 glossMapTexCoords2 : TEXCOORDn;
#endif
#if defined( HIDE_BY_SECOND_UV )
float2 albedoMapTexCoord2 : TEXCOORDn;
#endif
]]>
</CodeInjection>
<CodeInjection position="SAMPLERS">
<![CDATA[
#if defined( UV_ROTATE )
float2 m_getUVRotationSinCos( )
{
float mTime = offsetUV.z;
float2 mSinCos;
// compute sin and cos for this angle
sincos( mTime, mSinCos.x, mSinCos.y );
return mSinCos;
}
#endif
#if defined( MESH_JIGGLING )
float3 m_getQuaternionDeformPos( float mAngle, float3 mAxis, float3 mPos )
{
float4 mQr = float4(0,0,0,0);
float mHalfAngle = ( mAngle * 0.5 ) * 3.14159 / 180.0;
mQr.x = mAxis.x * sin( mHalfAngle );
mQr.y = mAxis.y * sin( mHalfAngle );
mQr.z = mAxis.z * sin( mHalfAngle );
mQr.w = cos( mHalfAngle );
float3 mQ = float3(mQr.x,mQr.y,mQr.z);
float3 mDeformPos = mPos + 2.0 * cross( mQ, cross(mQ, mPos) + mQr.w*mPos );
return mDeformPos;
}
#endif
]]>
</CodeInjection>
<CodeInjection position="GET_POSITION_VS">
<![CDATA[
float3 mPos = In.position.xyz;
#if defined( MESH_JIGGLING )
{
float mAttenuation = In.texCoords1.x;
float3 mAxis = axisCompression.xyz;
float mCompression = axisCompression.w;
float mAmplitude = amplFreq.x;
float mFrequency = amplFreq.y;
float mJigAmountElements = 1 - amplFreq.z;
float mTime = amplFreq.w;
float mSinus = sin(2.78*In.color.a + 5.67*mTime*mFrequency)*sin(16.75*In.color.a - 28.45*mTime*mFrequency);
float mAngle = 10*mAmplitude*saturate(mSinus);
mAngle *= saturate(sign( sin(0.53*mTime + 23.16*In.color.a) * sin(1.476*mTime - 12.78*In.color.a ) - mJigAmountElements ));

float3 mPivot = mCompression*(2.0*In.color.xyz - 1.0);
mPos -= mPivot;
float3 mDeformPos = m_getQuaternionDeformPos(mAngle,mAxis,mPos);
mPos = lerp( mPos, mDeformPos, mAttenuation );
mPos += mPivot;
}
return mPos;
#endif
#if defined( BELT_KUHN )
mPos.x += beltPos*In.color.x;
mPos.x += 2*beltPos*In.color.z;
return mPos;
#endif
#if defined( NUMBER_OF_STATICS_AND_DIAM )
float mDiameter = 0.0254 * numberOfStaticsAndDiam.y;
// Apply radial distortion (we assume that the initial mesh radius is 1)
if (In.color.w < 0.5) {
// Move whole blocks towards the center that are placed around the rim with the same angular distance
float stepSize = 6.283185307179586476925286766559 / numberOfStaticsAndDiam.x;
float angle = atan2(In.position.y, In.position.z);
angle = floor(angle / stepSize + 0.5) * stepSize;
float2 d = float2(sin(angle), cos(angle));
mPos.yz = In.position.yz + d * (mDiameter-1)*0.5;
} else {
mPos.yz = In.position.yz + normalize(In.position.yz) * (mDiameter-1)*0.5;
}
#endif
#if defined( RIM_NUMBER_OF_STATICS )
return mPos;
#endif
#if defined( RIM )
float2 mWidthAndDiam = 0.0254 * widthAndDiam.xy; // inch to meter convertion
// Apply radial distortion (we assume that the mesh radius is 1)
mPos.yz = In.position.yz + normalize(In.position.yz) * (mWidthAndDiam.y-1)*0.5;
// Apply distortion along x axis from 2 control points (control points in the mesh are assumed to be 0.5 from the center)
mPos.x = In.color.x * (In.position.x + mWidthAndDiam.x*0.5-0.5);
mPos.x += In.color.y * (In.position.x - mWidthAndDiam.x*0.5+0.5);
mPos.x += (1-(dot(In.color.xy, float2(1,1)))) * In.position.x;
return mPos;
#endif
#if defined( RIM_DUAL1 )
// Apply distortion along x axis from 3 control points (distance between control points in the mesh is assumed to be 1)
float mSide = 1.0;
if ( In.position.x < 0 ) {
mSide = -1.0;
}
float4 mRealPosition = 0.0254 * connectorPos; // convert inches to meters
mPos.x = (1-In.color.x)*(1-In.color.y)*(1-In.color.z)*( In.position.x + mSide*mRealPosition.x);
mRealPosition.y *= 0.5;
mPos.x += In.color.x * (In.position.x + mSide*(mRealPosition.y-1));
mRealPosition.z += mRealPosition.y;
mPos.x += In.color.y * (In.position.x + mSide*(mRealPosition.z-2));
mRealPosition.w += mRealPosition.z;
mPos.x += In.color.z * (In.position.x + mSide*(mRealPosition.w-3));
mPos.x += (1-(dot(In.color.xyz, float3(1,1,1)))) * In.position.x;
return mPos;
#endif
#if defined( HUB_DUAL1 )
float2 mRealPosition = 0.0254 * connectorPosAndScale.xy;
float mSide = 1.0;
if ( In.position.x < 0 ) {
mSide = -1.0;
}
mPos.x += In.color.x * mSide*( - 1 );
mPos *= connectorPosAndScale.z;
mPos.x += In.color.y * mSide*( 4 *(1 - connectorPosAndScale.z ) );

mPos.x += In.color.x * mSide* mRealPosition.x;
mPos.x += In.color.y * mSide* ( mRealPosition.y - 4 );
return mPos;
#endif
#if defined( TIRE_PRESSURE_DEFORMATION )
float3 localY = mul(float3(0,1,0), (float3x3)modelMatrix);
localY.x = 0;
localY = normalize(localY);

float3 mDeformedPosition = In.position.xyz;
float localYPosition = dot(In.position, localY);

float mBlendIn = morphPosition.x;
float mBlendOut = morphPosition.y;

float mMaskBase = saturate((localYPosition - mBlendIn) / ( mBlendOut - mBlendIn ));
float mMask = sin( mMaskBase * 3.14159 );

float mPushOutRatio = 0.5; //morphPosition.z;
float mPushUp = morphPosition.w;
float mBound = abs( mBlendOut - mBlendIn );
mPushUp = clamp( mPushUp, 0.0, mBound );
float mPushOut = mPushUp * mPushOutRatio;

mDeformedPosition.x += mPushOut * mMask * sign(In.position.x);
mDeformedPosition += localY * (mPushUp * mMaskBase);
return float4( mDeformedPosition, 1.0 );
#endif
]]>
</CodeInjection>
<CodeInjection position="POST_SET_TEXCOORDS_VS">
<![CDATA[
#if defined( BELT_KUHN )
float2 mUV = convertDefaultTexCoords( In, In.texCoords0.xy );
float mScaler1 = beltPos + 1;
float mScaler2 = 1 - 0.5 * beltPos;
mUV.y = lerp( mUV.y, mUV.y * mScaler1, In.color.y );
mUV.y = lerp( mUV.y, ( mUV.y + 0.25 ) * mScaler2 - 0.25, In.color.w );
float mBlendFactor = In.color.x*(1-In.color.y)*(1-In.color.z)*(1-In.color.w);
float mScaler3 = 0.5 * beltPos;
mUV.y = lerp( mUV.y, mUV.y + mScaler3, mBlendFactor);
Out.defaultTexCoords = mUV;
#endif
#if defined( DECAL_RENDER )
// Pass second UVSet to the Pixel Shader
Out.glossMapTexCoords2 = convertDefaultTexCoords( In, In.texCoords1.xy );
#endif
#if defined( HIDE_BY_SECOND_UV )
Out.albedoMapTexCoord2 = convertDefaultTexCoords( In, In.texCoords1.xy );
#endif
#if defined( UV_ROTATE ) && defined( ALBEDO_MAP )
float2 mOutgoingUV = getDefaultTexCoords(In);
mOutgoingUV *= uvCenterSize.zw;
float2 mRotationCenter = uvCenterSize.xy;
mRotationCenter *= uvCenterSize.zw;
float2 mSinCos = m_getUVRotationSinCos();
// move the rotation center to the origin
float2 mTmpUV = mOutgoingUV - mRotationCenter;
// rotate the uv
mOutgoingUV.x = dot( mTmpUV, float2( mSinCos.y, - mSinCos.x ) );
mOutgoingUV.y = dot( mTmpUV, mSinCos.xy );
// move the uv's back to the correct place
mOutgoingUV += mRotationCenter;
mOutgoingUV /= uvCenterSize.zw;
Out.defaultTexCoords = mOutgoingUV;
#endif
#if defined( UV_SCROLL ) && defined( ALBEDO_MAP )
float2 mUV = getDefaultTexCoords(In);
mUV.xy += offsetUV.xy;
Out.defaultTexCoords = mUV;

#endif
#if defined( UV_SCALE ) && defined( ALBEDO_MAP )
float2 mUV = getDefaultTexCoords(In);
mUV.xy *= uvScale.xy;
Out.defaultTexCoords = mUV;
#endif
]]>
</CodeInjection>
<CodeInjection position="START_POS_VS">
<![CDATA[
#if defined( MESH_SCROLL )
float mTotalLenght = 3.1415926*lengthAndRadius.y + 2*lengthAndRadius.x;

float crawlerRadius = lengthAndRadius.y;
float crawlerRadiusPi = 3.1415926*crawlerRadius;
float crawlerLength = lengthAndRadius.x;

float posFirstRot = crawlerLength;
float posAfterRot = posFirstRot + crawlerRadiusPi;
float posAfterBottom = posAfterRot + crawlerLength;
float posAfterLastRot = posAfterBottom + crawlerRadiusPi;

float offsetZRaw = mTotalLenght * ( scrollPosition.x - floor(scrollPosition.x) );
position.z = fmod(position.z+offsetZRaw,posAfterLastRot);

float3 origPosition = position.xyz;

if (origPosition.z > posFirstRot)
{
// z=0 -> 0
// z=pi*r -> pi
float angle = (origPosition.z - posFirstRot) / crawlerRadius;
position.z = posFirstRot + sin(angle)*origPosition.y;
position.y = cos(angle)*origPosition.y;
if (origPosition.z > posAfterRot) {
position.z = posFirstRot - (origPosition.z - posAfterRot);
position.y = -origPosition.y;
if (origPosition.z > posAfterBottom) {
// z=0 -> 0
// z=pi*r -> pi
float angle = (origPosition.z - posAfterBottom) / crawlerRadius;
position.z = - sin(angle)*origPosition.y;
position.y = - cos(angle)*origPosition.y;
}
}
}
#endif
#if defined( LOCAL_CATMULL_ROM )
{
float3 v = float3( position.x, position.y, 0 );

// q(t) = 0.5f *((2 * P1) + (-P0 + P2) * t + (2*P0 - 5*P1 + 4*P2 - P3) * t^2 + (-P0 + 3*P1 - 3*P2 + P3) * t^3)

float sT = position.z/lengthInvLength.x;
float3 splinePos = 0.5f *((2.0f* cv1.xyz) + (- cv0.xyz+ cv2.xyz)*sT + (2.0f* cv0.xyz - 5.0f* cv1.xyz + 4.0f* cv2.xyz - cv3.xyz) * (sT*sT) + (- cv0.xyz + 3.0f* cv1.xyz - 3.0f* cv2.xyz + cv3.xyz) * (sT*sT*sT));

float sT2 = (position.z+0.01f)/lengthInvLength.x;
float3 splinePos2 = 0.5f *((2.0f* cv1.xyz) + (- cv0.xyz+ cv2.xyz)*sT2 + (2.0f* cv0.xyz - 5.0f* cv1.xyz + 4.0f* cv2.xyz - cv3.xyz) * (sT2*sT2) + (- cv0.xyz + 3.0f* cv1.xyz - 3.0f* cv2.xyz + cv3.xyz) * (sT2*sT2*sT2));

// calculate rotation matrix
float3 z1 = float3(0.0f, 0.0f, 1.0f);
float3 z2 = normalize( splinePos2.xyz - splinePos.xyz );

float3 ra = normalize( cross(z2, z1) ); // rot. axis
float a = acos( dot(z2, z1) ); // rot. angle

float sa = sin(a);
float ca = cos(a);
float cam = 1.0f - ca;

float3x3 rotMat = float3x3(
ra.x*ra.x * cam + ca, ra.y*ra.x * cam + ra.z*sa, ra.z*ra.x * cam - ra.y*sa,
ra.x*ra.y * cam - ra.z*sa, ra.y*ra.y * cam + ca, ra.z*ra.y * cam + ra.x*sa,
ra.x*ra.z * cam + ra.y*sa, ra.y*ra.z * cam - ra.x*sa, ra.z*ra.z * cam + ca
);

position.xyz = splinePos.xyz + mul( rotMat, v );
}
#endif
]]>
</CodeInjection>
<CodeInjection position="GET_NORMAL_VS">
<![CDATA[
#if defined( MESH_SCROLL )
float3 normal = In.normal.xyz;
float mTotalLenght = 3.1415926*lengthAndRadius.y + 2*lengthAndRadius.x;

float crawlerRadius = lengthAndRadius.y;
float crawlerRadiusPi = 3.1415926*crawlerRadius;
float crawlerLength = lengthAndRadius.x;

float posFirstRot = crawlerLength;
float posAfterRot = posFirstRot + crawlerRadiusPi;
float posAfterBottom = posAfterRot + crawlerLength;
float posAfterLastRot = posAfterBottom + crawlerRadiusPi;

float offsetZRaw = mTotalLenght * ( scrollPosition.x - floor(scrollPosition.x) );
float posZ = fmod(getPosition(In).z+offsetZRaw,posAfterLastRot);

if (posZ > posFirstRot) {
// z=0 -> 0
// z=pi*r -> pi
float angle = (posZ - posFirstRot) / crawlerRadius;

float cosAngle = cos(angle);
float sinAngle = sin(angle);

normal.y = cosAngle*In.normal.y - sinAngle*In.normal.z;
normal.z = sinAngle*In.normal.y + cosAngle*In.normal.z;
if (posZ > posAfterRot) {
normal.yz = -In.normal.yz;
if (posZ > posAfterBottom) {
// z=0 -> 0
// z=pi*r -> pi
float angle = (posZ - posAfterBottom) / crawlerRadius;

float cosAngle = cos(angle);
float sinAngle = sin(angle);

normal.y = -cosAngle*In.normal.y + sinAngle*In.normal.z;
normal.z = -sinAngle*In.normal.y - cosAngle*In.normal.z;
}
}
}

return normal;
#endif
]]>
</CodeInjection>
<CodeInjection position="GET_TANGENT_VS">
<![CDATA[
#if defined( MESH_SCROLL )
float3 tangent = In.tangent.xyz;
float mTotalLenght = 3.1415926*lengthAndRadius.y + 2*lengthAndRadius.x;

float crawlerRadius = lengthAndRadius.y;
float crawlerRadiusPi = 3.1415926*crawlerRadius;
float crawlerLength = lengthAndRadius.x;

float posFirstRot = crawlerLength;
float posAfterRot = posFirstRot + crawlerRadiusPi;
float posAfterBottom = posAfterRot + crawlerLength;
float posAfterLastRot = posAfterBottom + crawlerRadiusPi;

float offsetZRaw = mTotalLenght * ( scrollPosition.x - floor(scrollPosition.x) );
float posZ = fmod(getPosition(In).z+offsetZRaw,posAfterLastRot);

if (posZ > posFirstRot) {
// z=0 -> 0
// z=pi*r -> pi
float angle = (posZ - posFirstRot) / crawlerRadius;

float cosAngle = cos(angle);
float sinAngle = sin(angle);

tangent.y = cosAngle*In.tangent.y - sinAngle*In.tangent.z;
tangent.z = sinAngle*In.tangent.y + cosAngle*In.tangent.z;
if (posZ > posAfterRot) {
tangent.yz = -In.tangent.yz;
if (posZ > posAfterBottom) {
// z=0 -> 0
// z=pi*r -> pi
float angle = (posZ - posAfterBottom) / crawlerRadius;

float cosAngle = cos(angle);
float sinAngle = sin(angle);

tangent.y = -cosAngle*In.tangent.y + sinAngle*In.tangent.z;
tangent.z = -sinAngle*In.tangent.y - cosAngle*In.tangent.z;
}
}
}
return tangent;
#endif
#if defined( UV_ROTATE ) && defined( ALBEDO_MAP )
float2 mSinCos = m_getUVRotationSinCos();

float3 b = cross(In.normal.xyz, In.tangent.xyz)*In.tangent.w;
float3 t = In.tangent.xyz;

// Rotate tangent in oposite direction than uvs to compensate changed tangent space
return float3(
t.x*mSinCos.y - b.x*mSinCos.x,
t.y*mSinCos.y - b.y*mSinCos.x,
t.z*mSinCos.y - b.z*mSinCos.x);
#endif
]]>
</CodeInjection>
<CodeInjection position="GET_BITANGENT_VS">
<![CDATA[
#if defined( MESH_SCROLL )
return cross(getNormal(In), getTangent(In))*In.tangent.w;
#endif
#if defined( UV_ROTATE ) && defined( ALBEDO_MAP )
return cross(In.normal.xyz, getTangent(In))*In.tangent.w;
#endif
]]>
</CodeInjection>
<CodeInjection position = "START_FS">
<![CDATA[
#if defined( GLOSS_MAP )
/*
glossMap.r - roughness
glossMap.g - ambient occlusion
glossMap.b - dirt mask
glossMap.a - color mask ( if enabled )
*/
globals.gGloss = tex2D( glossMap, In.vs.GLOSSMAP_TEXCOORD).rgba;
globals.gAO = globals.gGloss.g;
float texDirt = 1 - globals.gGloss.b;
globals.gDirt = saturate( (texDirt*1.05 - (RDT.g - 0.5)) * 2 );
#else
globals.gGloss = 0;
globals.gAO = 0;
globals.gDirt = 0;
#endif
]]>
</CodeInjection>
<CodeInjection position = "GET_UNNORMALIZED_TANGENT_SPACE_NORMAL_FS">
<![CDATA[
#if defined( NORMAL_MAP )
float3 mNormal;
#ifdef NORMAL_MAP_SIGNED_2CHANNEL
// use BC5 signed format for the normal map
mNormal.xy = tex2D(normalMap, In.vs.NORMALMAP_TEXCOORD).xy;
mNormal.z = sqrt(1.0 - dot(mNormal.xy, mNormal.xy));
#else
mNormal = tex2D(normalMap, In.vs.NORMALMAP_TEXCOORD).xyz - 0.5;
#endif
float3 mDirtNmap = tex2D( DirtNmap, float2( RDT.z, RDT.w ) * In.vs.NORMALMAP_TEXCOORD ).xyz - 0.5;
return mNormal + float3(mDirtNmap.xy, 0.0) * (1 - globals.gDirt);
#endif
]]>
</CodeInjection>
<CodeInjection position = "GET_TANGENT_SPACE_NORMAL_FS">
<![CDATA[
#if defined( NORMAL_MAP )
return normalize(getUnnormalizedTangentSpaceNormal(In, globals));
#endif
]]>
</CodeInjection>
<CodeInjection position = "POST_DIFFUSE_COLOR_FS">
<![CDATA[
#if defined( SPECULAR ) && defined( GLOSS_MAP )
#if defined( COLOR_MASK )
diffuseColor.xyz = lerp( diffuseColor.rgb, diffuseColor.rgb * colorScale.rgb, globals.gGloss.a );
#endif
#if defined( WINDOW )
diffuseColor.xyz += clamp( 0.65 *( 1-globals.gDirt ), 0.0, 1.0 );
#else
float3 mDirtColor = float3( 0.20, 0.14, 0.08 ); // HardCoded Dirt Color
diffuseColor.xyz = lerp( mDirtColor, diffuseColor.xyz, globals.gDirt); // DirtColor lerp
#endif
diffuseColor.xyz *= globals.gAO; // Multiply AO for DIFFUSE
#endif
]]>
</CodeInjection>
<CodeInjection position = "POST_GLOSS_COLOR_FS">
<![CDATA[
#if defined( SPECULAR ) && defined( GLOSS_MAP )
#if defined( WINDOW )
float cosPower = max(5000 * globals.gGloss.r * globals.gDirt, 0.1);
#else
float cosPower = max(50 * globals.gGloss.r * globals.gDirt, 0.1);
#endif
roughness = sqrt(sqrt(2.0/(cosPower+2.0)));
metalness = 0;
bakedAO = globals.gAO;
#endif
]]>
</CodeInjection>
<CodeInjection position="FINAL_POS_FS">
<![CDATA[
#if defined( ALPHA_BLENDED )
#if defined( WINDOW )
oColor.a += clamp( 0.65*(1-globals.gDirt), 0.0, 1.0 );
#endif
#endif
#if defined( HIDE_BY_SECOND_UV )
float mVisibility = 1.0;
float refX = In.vs.albedoMapTexCoord2.x;
mVisibility = refX >= uvHide.x && refX <= uvHide.y;
clip( mVisibility - 0.5 );
#endif

#if defined(DEBUG_SHOW_PARALLAX)
{
float a = roughness * roughness;
float a2 = a * a;
float cosPower = min(2 / a2 - 2, 2048);
oColor.xyz *= 0.0001;
oColor.xyz += pow(cosPower/100, 2.2);
}
#endif
]]>
</CodeInjection>
</CodeInjections>
</LodLevel>
</CustomShader>

William Rowe (Bonger76)	25.07.2022 01:57
this looks like a vehicale shader you need to look in the FS22 game files and go into data/fs19support/shaders ,the latest is version 5

Patton_M47	25.07.2022 02:11
I tried the fs19 support one and it does not do what I want :( I also tried changing the 4 to a 5 and that does not work either.... it originally allowed color configuration without UDMI

Patton_M47	25.07.2022 02:11
I tried the fs19 support one and it does not do what I want :( I also tried changing the 4 to a 5 and that does not work either.... it originally allowed color configuration without UDMI

Patton_M47	30.07.2022 14:18
hello?

Ryan Groote (SilentBlast)	01.01.2024 18:36
i need version 5

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