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materials/OmniUe4Base.mdl

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+mdl 1.3;
+
+import ::df::*;
+import ::state::*;
+import ::math::*;
+import ::tex::*;
+import ::anno::*;
+import ::base::*;
+
+using .::DrivesimPBR_Model import *;
+
+float3 tangent_space_normal(
+    float3 normal = float3(0.0,0.0,1.0),
+    float3 tangent_u = state::texture_tangent_u(0),
+	float3 tangent_v = state::texture_tangent_v(0)
+)
+[[
+    anno::description("Interprets the vector in tangent space"),
+    anno::noinline()
+]]
+{
+    return math::normalize(
+        tangent_u * normal.x +
+        tangent_v * normal.y +
+        state::normal() * (normal.z));
+}
+
+export material OmniUe4Base(
+    float3 base_color = float3(0.0, 0.0, 0.0),
+    float metallic = 0.0,
+    float roughness = 0.5,
+    float specular = 0.5,
+    float3 normal = float3(0.0, 0.0, 1.0),
+    uniform float clearcoat_weight = 0.0,
+    uniform float clearcoat_roughness = 0.0,
+    float3 clearcoat_normal = float3(0.0, 0.0, 1.0),
+    //float3 emissive_color = float3(0.0, 0.0, 0.0),
+    //float3 displacement = float3(0.0, 0.0, 0.0),
+    uniform float opacity = 1.0,
+    uniform bool is_tangent_space_normal = true,
+    //uniform bool two_sided = false,
+    uniform bool is_unlit = false
+)
+[[
+	anno::author("NVIDIA CORPORATION"), 
+	anno::key_words(string[]("omni", "UE4", "omniverse", "lit", "clearcoat", "generic"))
+]]
+= let {
+    uniform bool enable_clearcoat = clearcoat_weight > 0.0 ? true : false;
+    // bool enable_emission = (emissive_color.x > 0.0 || emissive_color.y > 0.0 || emissive_color.z > 0.0) ? true : false;
+    uniform bool enable_opacity = opacity < 1.0 ? true : false;
+
+    float3 final_normal = math::normalize(normal);
+	float3 the_normal =  is_unlit ? state::normal() : 
+							(is_tangent_space_normal ? tangent_space_normal(
+                                            normal:         final_normal,
+                                            tangent_u:      state::texture_tangent_u(0),
+                                            tangent_v:      state::texture_tangent_v(0)
+                            ) : final_normal);
+} in DrivesimPBR_Model(
+    diffuse_color: color(base_color),
+    roughness: roughness,
+    metallic: metallic,
+    specular: specular,
+    normal: the_normal,
+    enable_clearcoat: enable_clearcoat,
+    clearcoat_weight: clearcoat_weight,
+    clearcoat_reflection_roughness: clearcoat_roughness,
+    clearcoat_normal: clearcoat_normal,
+    enable_emission: false, // xxxnsubtil: no emission in road_base.mdl
+    enable_opacity: enable_opacity,
+    alpha: opacity
+);

materials/OmniUe4BaseTerrain.mdl

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+mdl 1.3;
+
+import ::df::*;
+import ::state::*;
+import ::math::*;
+import ::tex::*;
+import ::anno::*;
+import ::base::*;
+
+using .::DrivesimPBR_Model import *;
+
+float3 tangent_space_normal(
+    float3 normal = float3(0.0,0.0,1.0),
+    float3 tangent_u = state::texture_tangent_u(0),
+	float3 tangent_v = state::texture_tangent_v(0)
+)
+[[
+    anno::description("Interprets the vector in tangent space"),
+    anno::noinline()
+]]
+{
+    return math::normalize(
+        tangent_u * normal.x +
+        tangent_v * normal.y +
+        state::normal() * (normal.z));
+}
+
+export material OmniUe4Base(
+    float3 base_color = float3(0.0, 0.0, 0.0),
+    float metallic = 0.0,
+    float roughness = 0.5,
+    float specular = 0.5,
+    float3 normal = float3(0.0, 0.0, 1.0),
+    uniform float clearcoat_weight = 0.0,
+    uniform float clearcoat_roughness = 0.0,
+    float3 clearcoat_normal = float3(0.0, 0.0, 1.0),
+    // float3 emissive_color = float3(0.0, 0.0, 0.0),
+    // float3 displacement = float3(0.0, 0.0, 0.0),
+    uniform float opacity = 1.0,
+    uniform bool is_tangent_space_normal = true,
+    // uniform bool two_sided = false,
+    uniform bool is_unlit = false,
+    uniform float opacity_ratio = 1.f,
+    uniform color opacity_tint = color(1.0f),
+    uniform float opacity_multiplier = 1.f
+)
+[[
+	anno::author("NVIDIA CORPORATION"), 
+	anno::key_words(string[]("omni", "UE4", "omniverse", "lit", "clearcoat", "generic"))
+]]
+= let {
+    uniform bool enable_clearcoat = clearcoat_weight > 0.0 ? true : false;
+    // bool enable_emission = (emissive_color.x > 0.0 || emissive_color.y > 0.0 || emissive_color.z > 0.0) ? true : false;
+    uniform bool enable_opacity = opacity < 1.0 ? true : false;
+
+    float3 final_normal = math::normalize(normal);
+	float3 the_normal =  is_unlit ? state::normal() : 
+							(is_tangent_space_normal ? tangent_space_normal(
+                                            normal:         final_normal,
+                                            tangent_u:      state::texture_tangent_u(0),
+                                            tangent_v:      state::texture_tangent_v(0)
+                            ) : final_normal);
+} in DrivesimPBR_Model(
+    diffuse_color: color(base_color),
+    roughness: roughness,
+    metallic: metallic,
+    specular: specular,
+    normal: the_normal,
+    enable_clearcoat: enable_clearcoat,
+    clearcoat_weight: clearcoat_weight,
+    clearcoat_reflection_roughness: clearcoat_roughness,
+    clearcoat_normal: clearcoat_normal,
+    enable_emission: false, // xxxnsubtil: no emission in road_base.mdl
+    enable_opacity: enable_opacity,
+    alpha: opacity,
+    opacity_ratio: opacity_ratio,
+    opacity_tint : opacity_tint,
+    opacity_multiplier : opacity_multiplier
+);

materials/OmniUe4Function.mdl

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+/******************************************************************************
+ *       Copyright 1986, 2019 NVIDIA ARC GmbH. All rights reserved.           *
+ ******************************************************************************
+ 
+Permission is hereby granted by NVIDIA Corporation ("NVIDIA"), free of charge,
+to any person obtaining a copy of the sample definition code that uses our 
+Material Definition Language (the "MDL Materials"), to reproduce and distribute
+the MDL Materials, including without limitation the rights to use, copy, merge,
+publish, distribute, and sell modified and unmodified copies of the MDL 
+Materials, and to permit persons to whom the MDL Materials is furnished to do
+so, in all cases solely for use with NVIDIA’s Material Definition Language,
+subject to the following further conditions:
+
+1. The above copyright notices, this list of conditions, and the disclaimer
+that follows shall be retained in all copies of one or more of the MDL
+Materials, including in any software with which the MDL Materials are bundled,
+redistributed, and/or sold, and included either as stand-alone text files,
+human-readable headers or in the appropriate machine-readable metadata fields
+within text or binary files as long as those fields can be easily viewed by the
+user, as applicable.
+2. The name of NVIDIA shall not be used to promote, endorse or advertise any 
+Modified Version without specific prior written permission, except a) to comply
+ with the notice requirements otherwise contained herein; or b) to acknowledge
+the contribution(s) of NVIDIA.
+
+THE MDL MATERIALS ARE PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
+OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF MERCHANTABILITY,
+FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OF COPYRIGHT, PATENT,
+TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL NVIDIA CORPORATION BE LIABLE FOR 
+ANY CLAIM, DAMAGES OR OTHER LIABILITY, INCLUDING ANY GENERAL, SPECIAL, 
+INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, WHETHER IN AN ACTION OF 
+CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF THE USE OR INABILITY TO USE
+THE MDL MATERIALS OR FROM OTHER DEALINGS IN THE MDL MATERIALS.
+*/
+
+//* 1.0.1 - using absolute import paths when importing standard modules
+
+mdl 1.3;
+
+import ::df::*;
+import ::state::*;
+import ::math::*;
+import ::tex::*;
+import ::anno::*;
+
+
+export float3x3 matrix_inverse(float3x3 matrix)
+[[
+    anno::description("Inverse the 3x3 matrix"),
+    anno::noinline()
+]]
+{
+	float determinant = (matrix[0][0] * matrix[1][1] * matrix[2][2] + matrix[1][0] * matrix[2][1] * matrix[0][2] + matrix[2][0] * matrix[0][1] * matrix[1][2]) - (matrix[0][2] * matrix[1][1] * matrix[2][0] + matrix[1][2] * matrix[2][1] * matrix[0][0] + matrix[2][2] * matrix[0][1] * matrix[1][0]);
+	float rdet = 1.0f / determinant;
+	
+	float3x3 result;
+	
+	result[0][0] = rdet * (matrix[1][1] * matrix[2][2] - matrix[1][2] * matrix[2][1]);
+	result[0][1] = -rdet * (matrix[0][1] * matrix[2][2] - matrix[0][2] * matrix[2][1]);
+	result[0][2] = rdet * (matrix[0][1] * matrix[1][2] - matrix[0][2] * matrix[1][1]);
+	
+	result[1][0] = -rdet * (matrix[1][0] * matrix[2][2] - matrix[1][2] * matrix[2][0]);
+	result[1][1] = rdet * (matrix[0][0] * matrix[2][2] - matrix[0][2] * matrix[2][0]);
+	result[1][2] = -rdet * (matrix[0][0] * matrix[1][2] - matrix[0][2] * matrix[1][0]);
+	
+	result[2][0] = rdet * (matrix[1][0] * matrix[2][1] - matrix[1][1] * matrix[2][0]);
+	result[2][1] = -rdet * (matrix[0][0] * matrix[2][1] - matrix[0][1] * matrix[2][0]);
+	result[2][2] = rdet * (matrix[0][0] * matrix[1][1] - matrix[0][1] * matrix[1][0]);
+
+	return result;
+}
+
+export float3 transform_vector_from_tangent_to_world(float3 vector)
+[[
+    anno::description("Transform vector from tangent space to world space"),
+    anno::noinline()
+]]
+{
+	float3x3 tangent_to_world = float3x3(state::texture_tangent_u(0), state::texture_tangent_v(0), state::normal());
+	return tangent_to_world * vector;
+}
+
+export float3 transform_vector_from_world_to_tangent(float3 vector)
+[[
+    anno::description("Transform vector from world space to tangent space"),
+    anno::noinline()
+]]
+{
+	float3x3 tangent_to_world = float3x3(state::texture_tangent_u(0), state::texture_tangent_v(0), state::normal());
+	
+	// inverse tangent to world matrix
+	float3x3 world_to_tangent = matrix_inverse(tangent_to_world);
+	
+	return world_to_tangent * vector;	
+}
+
+export float4 unpack_normal_map(
+    float4 texture_sample = float4(0.0, 0.0, 1.0, 1.0)
+    )
+[[
+    anno::description("Unpack a normal stored in a normal map"),
+    anno::noinline()
+]]
+{
+    float2 normal_xy = float2(texture_sample.x, texture_sample.y);
+
+	normal_xy = normal_xy * float2(2.0,2.0) - float2(1.0,1.0);
+	float normal_z = math::sqrt( math::saturate( 1.0 - math::dot( normal_xy, normal_xy ) ) );
+	return float4( normal_xy.x, normal_xy.y, normal_z, 1.0 );
+}
+
+// for get color value from normal.
+export float4 pack_normal_map(
+    float4 texture_sample = float4(0.0, 0.0, 1.0, 1.0)
+    )
+[[
+    anno::description("Pack to color from a normal")
+]]
+{
+    float2 return_xy = float2(texture_sample.x, texture_sample.y);
+
+	return_xy = (return_xy + float2(1.0,1.0)) / float2(2.0,2.0);
+	
+	return float4( return_xy.x, return_xy.y, 0.0, 1.0 );
+}
+
+export float4 greyscale_texture_lookup(
+    float4 texture_sample = float4(0.0, 0.0, 0.0, 1.0)
+    )
+[[
+    anno::description("Sampling a greyscale texture"),
+    anno::noinline()
+]]
+{
+    return float4(texture_sample.x, texture_sample.x, texture_sample.x, texture_sample.x);
+}     
+
+export float3 pixel_normal_world_space()
+[[
+    anno::description("Pixel normal in world space"),
+    anno::noinline()
+]]
+{
+    return state::transform_normal(state::coordinate_internal,state::coordinate_world,state::normal());
+}
+
+export float3 vertex_normal_world_space()
+[[
+    anno::description("Vertex normal in world space"),
+    anno::noinline()
+]]
+{
+    return state::transform_normal(state::coordinate_internal,state::coordinate_world,state::normal());
+}
+
+export float3 landscape_normal_world_space()
+[[
+    anno::description("Landscape normal in world space")
+]]
+{
+	float3 normalFromNormalmap = math::floor((::vertex_normal_world_space() * 0.5 + 0.5) * 255.0) / 255.0 * 2.0 - 1.0;
+	
+	float2 normalXY = float2(normalFromNormalmap.x, normalFromNormalmap.y);
+	return float3(normalXY.x, normalXY.y, math::sqrt(math::saturate(1.0 - math::dot(normalXY, normalXY))));
+}
+
+// Different implementation specific between mdl and hlsl for smoothstep
+export float smoothstep(float a, float b, float l)
+{
+	if (a < b)
+	{
+		return math::smoothstep(a, b, l);
+	}
+	else if (a > b)
+	{
+		return 1.0 - math::smoothstep(b, a, l);
+	}
+	else
+	{
+		return l <= a ? 0.0 : 1.0;
+	}
+}
+
+export float2 smoothstep(float2 a, float2 b, float2 l)
+{
+	return float2(smoothstep(a.x, b.x, l.x), smoothstep(a.y, b.y, l.y));
+}
+
+export float3 smoothstep(float3 a, float3 b, float3 l)
+{
+	return float3(smoothstep(a.x, b.x, l.x), smoothstep(a.y, b.y, l.y), smoothstep(a.z, b.z, l.z));
+}
+
+export float4 smoothstep(float4 a, float4 b, float4 l)
+{
+	return float4(smoothstep(a.x, b.x, l.x), smoothstep(a.y, b.y, l.y), smoothstep(a.z, b.z, l.z), smoothstep(a.w, b.w, l.w));
+}
+
+export float2 smoothstep(float2 a, float2 b, float l)
+{
+	return float2(smoothstep(a.x, b.x, l), smoothstep(a.y, b.y, l));
+}
+
+export float3 smoothstep(float3 a, float3 b, float l)
+{
+	return float3(smoothstep(a.x, b.x, l), smoothstep(a.y, b.y, l), smoothstep(a.z, b.z, l));
+}
+
+export float4 smoothstep(float4 a, float4 b, float l)
+{
+	return float4(smoothstep(a.x, b.x, l), smoothstep(a.y, b.y, l), smoothstep(a.z, b.z, l), smoothstep(a.w, b.w, l));
+}
+
+//------------------ Random from UE4 -----------------------
+float length2(float3 v)
+{
+	return math::dot(v, v);
+}
+
+float3 GetPerlinNoiseGradientTextureAt(uniform texture_2d PerlinNoiseGradientTexture, float3 v)
+{
+	const float2 ZShear = float2(17.0f, 89.0f);
+
+	float2 OffsetA = v.z * ZShear;
+	float2 TexA = (float2(v.x, v.y) + OffsetA + 0.5f) / 128.0f;
+	float4 PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexA.x,1.0-TexA.y),tex::wrap_repeat,tex::wrap_repeat);
+	return float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z) * 2.0 - 1.0;
+}
+
+float3 SkewSimplex(float3 In)
+{
+	return In + math::dot(In, float3(1.0 / 3.0f) );
+}
+float3 UnSkewSimplex(float3 In)
+{
+	return In - math::dot(In, float3(1.0 / 6.0f) );
+}
+
+// 3D random number generator inspired by PCGs (permuted congruential generator)
+// Using a **simple** Feistel cipher in place of the usual xor shift permutation step
+// @param v = 3D integer coordinate
+// @return three elements w/ 16 random bits each (0-0xffff).
+// ~8 ALU operations for result.x    (7 mad, 1 >>)
+// ~10 ALU operations for result.xy  (8 mad, 2 >>)
+// ~12 ALU operations for result.xyz (9 mad, 3 >>)
+
+//TODO: uint3
+int3 Rand3DPCG16(int3 p)
+{
+	// taking a signed int then reinterpreting as unsigned gives good behavior for negatives
+	//TODO: uint3
+	int3 v = int3(p);
+
+	// Linear congruential step. These LCG constants are from Numerical Recipies
+	// For additional #'s, PCG would do multiple LCG steps and scramble each on output
+	// So v here is the RNG state
+	v = v * 1664525 + 1013904223;
+
+	// PCG uses xorshift for the final shuffle, but it is expensive (and cheap
+	// versions of xorshift have visible artifacts). Instead, use simple MAD Feistel steps
+	//
+	// Feistel ciphers divide the state into separate parts (usually by bits)
+	// then apply a series of permutation steps one part at a time. The permutations
+	// use a reversible operation (usually ^) to part being updated with the result of
+	// a permutation function on the other parts and the key.
+	//
+	// In this case, I'm using v.x, v.y and v.z as the parts, using + instead of ^ for
+	// the combination function, and just multiplying the other two parts (no key) for 
+	// the permutation function.
+	//
+	// That gives a simple mad per round.
+	v.x += v.y*v.z;
+	v.y += v.z*v.x;
+	v.z += v.x*v.y;
+	v.x += v.y*v.z;
+	v.y += v.z*v.x;
+	v.z += v.x*v.y;
+
+	// only top 16 bits are well shuffled
+	return v >> 16;
+}
+
+// Wraps noise for tiling texture creation
+// @param v = unwrapped texture parameter
+// @param bTiling = true to tile, false to not tile
+// @param RepeatSize = number of units before repeating
+// @return either original or wrapped coord
+float3 NoiseTileWrap(float3 v,  bool bTiling, float RepeatSize)
+{
+	return bTiling ? (math::frac(v / RepeatSize) * RepeatSize) : v;
+}
+
+// Evaluate polynomial to get smooth transitions for Perlin noise
+// only needed by Perlin functions in this file
+// scalar(per component): 2 add, 5 mul
+float4 PerlinRamp(float4 t)
+{
+	return t * t * t * (t * (t * 6 - 15) + 10); 
+}
+
+// Blum-Blum-Shub-inspired pseudo random number generator
+// http://www.umbc.edu/~olano/papers/mNoise.pdf
+// real BBS uses ((s*s) mod M) with bignums and M as the product of two huge Blum primes
+// instead, we use a single prime M just small enough not to overflow
+// note that the above paper used 61, which fits in a half, but is unusably bad
+// @param Integer valued floating point seed
+// @return random number in range [0,1)
+// ~8 ALU operations (5 *, 3 frac)
+float RandBBSfloat(float seed)
+{
+	float BBS_PRIME24 = 4093.0;
+	float s = math::frac(seed / BBS_PRIME24);
+	s = math::frac(s * s * BBS_PRIME24);
+	s = math::frac(s * s * BBS_PRIME24);
+	return s;
+}
+
+// Modified noise gradient term
+// @param seed - random seed for integer lattice position
+// @param offset - [-1,1] offset of evaluation point from lattice point
+// @return gradient direction (xyz) and contribution (w) from this lattice point
+float4 MGradient(int seed, float3 offset)
+{
+	//TODO uint
+	int rand = Rand3DPCG16(int3(seed,0,0)).x;
+	int3 MGradientMask = int3(0x8000, 0x4000, 0x2000);
+	float3 MGradientScale = float3(1.0 / 0x4000, 1.0 / 0x2000, 1.0 / 0x1000);
+	float3 direction = float3(int3(rand, rand, rand) & MGradientMask) * MGradientScale - 1;
+	return float4(direction.x, direction.y, direction.z, math::dot(direction, offset));
+}
+
+// compute Perlin and related noise corner seed values
+// @param v = 3D noise argument, use float3(x,y,0) for 2D or float3(x,0,0) for 1D
+// @param bTiling = true to return seed values for a repeating noise pattern
+// @param RepeatSize = integer units before tiling in each dimension
+// @param seed000-seed111 = hash function seeds for the eight corners
+// @return fractional part of v
+struct SeedValue
+{
+	float3 fv = float3(0);
+	float seed000 = 0;
+	float seed001 = 0;
+	float seed010 = 0;
+	float seed011 = 0;
+	float seed100 = 0;
+	float seed101 = 0;
+	float seed110 = 0;
+	float seed111 = 0;
+};
+
+SeedValue NoiseSeeds(float3 v, bool bTiling, float RepeatSize)
+{
+	SeedValue seeds;
+	seeds.fv = math::frac(v);
+	float3 iv = math::floor(v);
+
+	const float3 primes = float3(19, 47, 101);
+
+	if (bTiling)
+	{	// can't algebraically combine with primes
+		seeds.seed000 = math::dot(primes, NoiseTileWrap(iv, true, RepeatSize));
+		seeds.seed100 = math::dot(primes, NoiseTileWrap(iv + float3(1, 0, 0), true, RepeatSize));
+		seeds.seed010 = math::dot(primes, NoiseTileWrap(iv + float3(0, 1, 0), true, RepeatSize));
+		seeds.seed110 = math::dot(primes, NoiseTileWrap(iv + float3(1, 1, 0), true, RepeatSize));
+		seeds.seed001 = math::dot(primes, NoiseTileWrap(iv + float3(0, 0, 1), true, RepeatSize));
+		seeds.seed101 = math::dot(primes, NoiseTileWrap(iv + float3(1, 0, 1), true, RepeatSize));
+		seeds.seed011 = math::dot(primes, NoiseTileWrap(iv + float3(0, 1, 1), true, RepeatSize));
+		seeds.seed111 = math::dot(primes, NoiseTileWrap(iv + float3(1, 1, 1), true, RepeatSize));
+	}
+	else
+	{	// get to combine offsets with multiplication by primes in this case
+		seeds.seed000 = math::dot(iv, primes);
+		seeds.seed100 = seeds.seed000 + primes.x;
+		seeds.seed010 = seeds.seed000 + primes.y;
+		seeds.seed110 = seeds.seed100 + primes.y;
+		seeds.seed001 = seeds.seed000 + primes.z;
+		seeds.seed101 = seeds.seed100 + primes.z;
+		seeds.seed011 = seeds.seed010 + primes.z;
+		seeds.seed111 = seeds.seed110 + primes.z;
+	}
+
+	return seeds;
+}
+
+struct SimplexWeights
+{
+	float4 Result = float4(0);
+	float3 PosA = float3(0);
+	float3 PosB = float3(0);
+	float3 PosC = float3(0);
+	float3 PosD = float3(0);
+};
+
+// Computed weights and sample positions for simplex interpolation
+// @return float4(a,b,c, d) Barycentric coordinate defined as Filtered = Tex(PosA) * a + Tex(PosB) * b + Tex(PosC) * c + Tex(PosD) * d
+SimplexWeights ComputeSimplexWeights3D(float3 OrthogonalPos)
+{
+	SimplexWeights weights;
+	float3 OrthogonalPosFloor = math::floor(OrthogonalPos);
+
+	weights.PosA = OrthogonalPosFloor;
+	weights.PosB = weights.PosA + float3(1, 1, 1);
+
+	OrthogonalPos -= OrthogonalPosFloor;
+
+	float Largest = math::max(OrthogonalPos.x, math::max(OrthogonalPos.y, OrthogonalPos.z));
+	float Smallest = math::min(OrthogonalPos.x, math::min(OrthogonalPos.y, OrthogonalPos.z));
+
+	weights.PosC = weights.PosA + float3(Largest == OrthogonalPos.x, Largest == OrthogonalPos.y, Largest == OrthogonalPos.z);
+	weights.PosD = weights.PosA + float3(Smallest != OrthogonalPos.x, Smallest != OrthogonalPos.y, Smallest != OrthogonalPos.z);
+
+	float RG = OrthogonalPos.x - OrthogonalPos.y;
+	float RB = OrthogonalPos.x - OrthogonalPos.z;
+	float GB = OrthogonalPos.y - OrthogonalPos.z;
+
+	weights.Result.z = 
+		  math::min(math::max(0, RG), math::max(0, RB))		// X
+		+ math::min(math::max(0, -RG), math::max(0, GB))		// Y
+		+ math::min(math::max(0, -RB), math::max(0, -GB));	// Z
+	
+	weights.Result.w = 
+		  math::min(math::max(0, -RG), math::max(0, -RB))		// X
+		+ math::min(math::max(0, RG), math::max(0, -GB))		// Y
+		+ math::min(math::max(0, RB), math::max(0, GB));		// Z
+
+	weights.Result.y = Smallest;
+	weights.Result.x = 1.0f - weights.Result.y - weights.Result.z - weights.Result.w;
+
+	return weights;
+}
+
+// filtered 3D gradient simple noise (few texture lookups, high quality)
+// @param v >0
+// @return random number in the range -1 .. 1
+float SimplexNoise3D_TEX(uniform texture_2d PerlinNoiseGradientTexture, float3 EvalPos)
+{
+	float3 OrthogonalPos = SkewSimplex(EvalPos);
+
+	SimplexWeights Weights = ComputeSimplexWeights3D(OrthogonalPos);
+
+	// can be optimized to 1 or 2 texture lookups (4 or 8 channel encoded in 32 bit)
+	float3 A = GetPerlinNoiseGradientTextureAt(PerlinNoiseGradientTexture, Weights.PosA);
+	float3 B = GetPerlinNoiseGradientTextureAt(PerlinNoiseGradientTexture, Weights.PosB);
+	float3 C = GetPerlinNoiseGradientTextureAt(PerlinNoiseGradientTexture, Weights.PosC);
+	float3 D = GetPerlinNoiseGradientTextureAt(PerlinNoiseGradientTexture, Weights.PosD);
+	
+	Weights.PosA = UnSkewSimplex(Weights.PosA);
+	Weights.PosB = UnSkewSimplex(Weights.PosB);
+	Weights.PosC = UnSkewSimplex(Weights.PosC);
+	Weights.PosD = UnSkewSimplex(Weights.PosD);
+
+	float DistanceWeight;
+
+	DistanceWeight = math::saturate(0.6f - length2(EvalPos - Weights.PosA));	DistanceWeight *= DistanceWeight; DistanceWeight *= DistanceWeight;
+	float a = math::dot(A, EvalPos - Weights.PosA) * DistanceWeight;
+	DistanceWeight = math::saturate(0.6f - length2(EvalPos - Weights.PosB));	DistanceWeight *= DistanceWeight; DistanceWeight *= DistanceWeight;
+	float b = math::dot(B, EvalPos - Weights.PosB) * DistanceWeight;
+	DistanceWeight = math::saturate(0.6f - length2(EvalPos - Weights.PosC));	DistanceWeight *= DistanceWeight; DistanceWeight *= DistanceWeight;
+	float c = math::dot(C, EvalPos - Weights.PosC) * DistanceWeight;
+	DistanceWeight = math::saturate(0.6f - length2(EvalPos - Weights.PosD));	DistanceWeight *= DistanceWeight; DistanceWeight *= DistanceWeight;
+	float d = math::dot(D, EvalPos - Weights.PosD) * DistanceWeight;
+
+	return 32 * (a + b + c + d);
+}
+
+// filtered 3D noise, can be optimized
+// @param v = 3D noise argument, use float3(x,y,0) for 2D or float3(x,0,0) for 1D
+// @param bTiling = repeat noise pattern
+// @param RepeatSize = integer units before tiling in each dimension
+// @return random number in the range -1 .. 1
+float GradientNoise3D_TEX(uniform texture_2d PerlinNoiseGradientTexture, float3 v, bool bTiling, float RepeatSize)
+{
+	bTiling = true;
+	float3 fv = math::frac(v);
+	float3 iv0 = NoiseTileWrap(math::floor(v), bTiling, RepeatSize);
+	float3 iv1 = NoiseTileWrap(iv0 + 1, bTiling, RepeatSize);
+
+	const int2 ZShear = int2(17, 89);
+	
+	float2 OffsetA = iv0.z * ZShear;
+	float2 OffsetB = OffsetA + ZShear;	// non-tiling, use relative offset
+	if (bTiling)						// tiling, have to compute from wrapped coordinates
+	{
+		OffsetB = iv1.z * ZShear;
+	}
+
+	// Texture size scale factor
+	float ts = 1 / 128.0f;
+
+	// texture coordinates for iv0.xy, as offset for both z slices
+	float2 TexA0 = (float2(iv0.x, iv0.y) + OffsetA + 0.5f) * ts;
+	float2 TexB0 = (float2(iv0.x, iv0.y) + OffsetB + 0.5f) * ts;
+
+	// texture coordinates for iv1.xy, as offset for both z slices
+	float2 TexA1 = TexA0 + ts;	// for non-tiling, can compute relative to existing coordinates
+	float2 TexB1 = TexB0 + ts;
+	if (bTiling)				// for tiling, need to compute from wrapped coordinates
+	{
+		TexA1 = (float2(iv1.x, iv1.y) + OffsetA + 0.5f) * ts;
+		TexB1 = (float2(iv1.x, iv1.y) + OffsetB + 0.5f) * ts;
+	}
+
+
+	// can be optimized to 1 or 2 texture lookups (4 or 8 channel encoded in 8, 16 or 32 bit)
+	float4 PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexA0.x,1.0-TexA0.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 A = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexA1.x,1.0-TexA0.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 B = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexA0.x,1.0-TexA1.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 C = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexA1.x,1.0-TexA1.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 D = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexB0.x,1.0-TexB0.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 E = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexB1.x,1.0-TexB0.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 F = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexB0.x,1.0-TexB1.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 G = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexB1.x,1.0-TexB1.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 H = PerlinNoiseColor * 2 - 1;
+
+	float a = math::dot(A, fv - float3(0, 0, 0));
+	float b = math::dot(B, fv - float3(1, 0, 0));
+	float c = math::dot(C, fv - float3(0, 1, 0));
+	float d = math::dot(D, fv - float3(1, 1, 0));
+	float e = math::dot(E, fv - float3(0, 0, 1));
+	float f = math::dot(F, fv - float3(1, 0, 1));
+	float g = math::dot(G, fv - float3(0, 1, 1));
+	float h = math::dot(H, fv - float3(1, 1, 1));
+
+	float4 Weights = PerlinRamp(math::frac(float4(fv.x, fv.y, fv.z, 0)));
+	
+	float i = math::lerp(math::lerp(a, b, Weights.x), math::lerp(c, d, Weights.x), Weights.y);
+	float j = math::lerp(math::lerp(e, f, Weights.x), math::lerp(g, h, Weights.x), Weights.y);
+
+	return math::lerp(i, j, Weights.z);
+}
+
+// @return random number in the range -1 .. 1
+// scalar: 6 frac, 31 mul/mad, 15 add, 
+float FastGradientPerlinNoise3D_TEX(uniform texture_3d PerlinNoise3DTexture, float3 xyz)
+{
+	// needs to be the same value when creating the PerlinNoise3D texture
+	float Extent = 16;
+
+	// last texel replicated and needed for filtering
+	// scalar: 3 frac, 6 mul
+	xyz = math::frac(xyz / (Extent - 1)) * (Extent - 1);
+
+	// scalar: 3 frac
+	float3 uvw = math::frac(xyz);
+	// = floor(xyz);
+	// scalar: 3 add
+	float3 p0 = xyz - uvw;
+//	float3 f = math::pow(uvw, 2) * 3.0f - math::pow(uvw, 3) * 2.0f;	// original perlin hermite (ok when used without bump mapping)
+	// scalar: 2*3 add 5*3 mul
+	float4 pr = PerlinRamp(float4(uvw.x, uvw.y, uvw.z, 0));
+	float3 f = float3(pr.x, pr.y, pr.z);	// new, better with continues second derivative for bump mapping
+	// scalar: 3 add
+	float3 p = p0 + f;
+	// scalar: 3 mad
+	// TODO: need reverse???
+	float4 NoiseSample = tex::lookup_float4(PerlinNoise3DTexture, p / Extent + 0.5f / Extent);	// +0.5f to get rid of bilinear offset
+
+	// reconstruct from 8bit (using mad with 2 constants and dot4 was same instruction count)
+	// scalar: 4 mad, 3 mul, 3 add 
+	float3 n = float3(NoiseSample.x, NoiseSample.y, NoiseSample.z) * 255.0f / 127.0f - 1.0f;
+	float d = NoiseSample.w * 255.f - 127;
+	return math::dot(xyz, n) - d;
+}
+
+// Perlin-style "Modified Noise"
+// http://www.umbc.edu/~olano/papers/index.html#mNoise
+// @param v = 3D noise argument, use float3(x,y,0) for 2D or float3(x,0,0) for 1D
+// @param bTiling = repeat noise pattern
+// @param RepeatSize = integer units before tiling in each dimension
+// @return random number in the range -1 .. 1
+float GradientNoise3D_ALU(float3 v, bool bTiling, float RepeatSize)
+{
+	SeedValue seeds = NoiseSeeds(v, bTiling, RepeatSize);
+
+	float rand000 = MGradient(int(seeds.seed000), seeds.fv - float3(0, 0, 0)).w;
+	float rand100 = MGradient(int(seeds.seed100), seeds.fv - float3(1, 0, 0)).w;
+	float rand010 = MGradient(int(seeds.seed010), seeds.fv - float3(0, 1, 0)).w;
+	float rand110 = MGradient(int(seeds.seed110), seeds.fv - float3(1, 1, 0)).w;
+	float rand001 = MGradient(int(seeds.seed001), seeds.fv - float3(0, 0, 1)).w;
+	float rand101 = MGradient(int(seeds.seed101), seeds.fv - float3(1, 0, 1)).w;
+	float rand011 = MGradient(int(seeds.seed011), seeds.fv - float3(0, 1, 1)).w;
+	float rand111 = MGradient(int(seeds.seed111), seeds.fv - float3(1, 1, 1)).w;
+
+	float4 Weights = PerlinRamp(float4(seeds.fv.x, seeds.fv.y, seeds.fv.z, 0));
+
+	float i = math::lerp(math::lerp(rand000, rand100, Weights.x), math::lerp(rand010, rand110, Weights.x), Weights.y);
+	float j = math::lerp(math::lerp(rand001, rand101, Weights.x), math::lerp(rand011, rand111, Weights.x), Weights.y);
+	return math::lerp(i, j, Weights.z);
+}
+
+// 3D value noise - used to be incorrectly called Perlin noise
+// @param v = 3D noise argument, use float3(x,y,0) for 2D or float3(x,0,0) for 1D
+// @param bTiling = repeat noise pattern
+// @param RepeatSize = integer units before tiling in each dimension
+// @return random number in the range -1 .. 1
+float ValueNoise3D_ALU(float3 v, bool bTiling, float RepeatSize)
+{
+	SeedValue seeds = NoiseSeeds(v, bTiling, RepeatSize);
+
+	float rand000 = RandBBSfloat(seeds.seed000) * 2 - 1;
+	float rand100 = RandBBSfloat(seeds.seed100) * 2 - 1;
+	float rand010 = RandBBSfloat(seeds.seed010) * 2 - 1;
+	float rand110 = RandBBSfloat(seeds.seed110) * 2 - 1;
+	float rand001 = RandBBSfloat(seeds.seed001) * 2 - 1;
+	float rand101 = RandBBSfloat(seeds.seed101) * 2 - 1;
+	float rand011 = RandBBSfloat(seeds.seed011) * 2 - 1;
+	float rand111 = RandBBSfloat(seeds.seed111) * 2 - 1;
+	
+	float4 Weights = PerlinRamp(float4(seeds.fv.x, seeds.fv.y, seeds.fv.z, 0));
+	
+	float i = math::lerp(math::lerp(rand000, rand100, Weights.x), math::lerp(rand010, rand110, Weights.x), Weights.y);
+	float j = math::lerp(math::lerp(rand001, rand101, Weights.x), math::lerp(rand011, rand111, Weights.x), Weights.y);
+	return math::lerp(i, j, Weights.z);
+}
+
+// 3D jitter offset within a voronoi noise cell
+// @param pos - integer lattice corner
+// @return random offsets vector
+float3 VoronoiCornerSample(float3 pos, int Quality)
+{
+	// random values in [-0.5, 0.5]
+	float3 noise = float3(Rand3DPCG16(int3(pos))) / 0xffff - 0.5;
+
+	// quality level 1 or 2: searches a 2x2x2 neighborhood with points distributed on a sphere
+	// scale factor to guarantee jittered points will be found within a 2x2x2 search
+	if (Quality <= 2)
+	{
+		return math::normalize(noise) * 0.2588;
+	}
+
+	// quality level 3: searches a 3x3x3 neighborhood with points distributed on a sphere
+	// scale factor to guarantee jittered points will be found within a 3x3x3 search
+	if (Quality == 3)
+	{
+		return math::normalize(noise) * 0.3090;
+	}
+
+	// quality level 4: jitter to anywhere in the cell, needs 4x4x4 search
+	return noise;
+}
+
+// compare previous best with a new candidate
+// not producing point locations makes it easier for compiler to eliminate calculations when they're not needed
+// @param minval = location and distance of best candidate seed point before the new one
+// @param candidate = candidate seed point
+// @param offset = 3D offset to new candidate seed point
+// @param bDistanceOnly = if true, only set maxval.w with distance, otherwise maxval.w is distance and maxval.xyz is position
+// @return position (if bDistanceOnly is false) and distance to closest seed point so far
+float4 VoronoiCompare(float4 minval, float3 candidate, float3 offset, bool bDistanceOnly)
+{
+	if (bDistanceOnly)
+	{
+		return float4(0, 0, 0, math::min(minval.w, math::dot(offset, offset)));
+	}
+	else
+	{
+		float newdist = math::dot(offset, offset);
+		return newdist > minval.w ? minval : float4(candidate.x, candidate.y, candidate.z, newdist);
+	}
+}
+
+// 220 instruction Worley noise
+float4 VoronoiNoise3D_ALU(float3 v, int Quality, bool bTiling, float RepeatSize, bool bDistanceOnly)
+{
+	float3 fv = math::frac(v),  fv2 = math::frac(v + 0.5);
+	float3 iv = math::floor(v), iv2 = math::floor(v + 0.5);
+
+	// with initial minimum distance = infinity (or at least bigger than 4), first min is optimized away
+	float4 mindist = float4(0,0,0,100);
+	float3 p, offset;
+
+	// quality level 3: do a 3x3x3 search
+	if (Quality == 3)
+	{
+		int offset_x;
+		int offset_y;
+		int offset_z;
+		for (offset_x = -1; offset_x <= 1; ++offset_x)
+		{
+			for (offset_y = -1; offset_y <= 1; ++offset_y)
+			{
+				for (offset_z = -1; offset_z <= 1; ++offset_z)
+				{
+					offset = float3(offset_x, offset_y, offset_z);
+					p = offset + VoronoiCornerSample(NoiseTileWrap(iv2 + offset, bTiling, RepeatSize), Quality);
+					mindist = VoronoiCompare(mindist, iv2 + p, fv2 - p, bDistanceOnly);
+				}
+			}
+		}
+	}
+
+	// everybody else searches a base 2x2x2 neighborhood
+	else
+	{
+		int offset_x;
+		int offset_y;
+		int offset_z;
+		for (offset_x = 0; offset_x <= 1; ++offset_x)
+		{
+			for (offset_y = 0; offset_y <= 1; ++offset_y)
+			{
+				for (offset_z = 0; offset_z <= 1; ++offset_z)
+				{
+					offset = float3(offset_x, offset_y, offset_z);
+					p = offset + VoronoiCornerSample(NoiseTileWrap(iv + offset, bTiling, RepeatSize), Quality);
+					mindist = VoronoiCompare(mindist, iv + p, fv - p, bDistanceOnly);
+
+					// quality level 2, do extra set of points, offset by half a cell
+					if (Quality == 2)
+					{
+						// 467 is just an offset to a different area in the random number field to avoid similar neighbor artifacts
+						p = offset + VoronoiCornerSample(NoiseTileWrap(iv2 + offset, bTiling, RepeatSize) + 467, Quality);
+						mindist = VoronoiCompare(mindist, iv2 + p, fv2 - p, bDistanceOnly);
+					}
+				}
+			}
+		}
+	}
+
+	// quality level 4: add extra sets of four cells in each direction
+	if (Quality >= 4)
+	{
+		int offset_x;
+		int offset_y;
+		int offset_z;	
+		for (offset_x = -1; offset_x <= 2; offset_x += 3)
+		{
+			for (offset_y = 0; offset_y <= 1; ++offset_y)
+			{
+				for (offset_z = 0; offset_z <= 1; ++offset_z)
+				{
+					offset = float3(offset_x, offset_y, offset_z);
+					// along x axis
+					p = offset + VoronoiCornerSample(NoiseTileWrap(iv + offset, bTiling, RepeatSize), Quality);
+					mindist = VoronoiCompare(mindist, iv + p, fv - p, bDistanceOnly);
+
+					// along y axis
+					p = float3(offset.y, offset.z, offset.x) + VoronoiCornerSample(NoiseTileWrap(iv + float3(offset.y, offset.z, offset.x), bTiling, RepeatSize), Quality);
+					mindist = VoronoiCompare(mindist, iv + p, fv - p, bDistanceOnly);
+
+					// along z axis
+					p = float3(offset.z, offset.x, offset.y) + VoronoiCornerSample(NoiseTileWrap(iv + float3(offset.z, offset.x, offset.y), bTiling, RepeatSize), Quality);
+					mindist = VoronoiCompare(mindist, iv + p, fv - p, bDistanceOnly);
+				}
+			}
+		}
+	}
+
+	// transform squared distance to real distance
+	return float4(mindist.x, mindist.y, mindist.z, math::sqrt(mindist.w));
+}
+
+// Coordinates for corners of a Simplex tetrahedron
+// Based on McEwan et al., Efficient computation of noise in GLSL, JGT 2011
+// @param v = 3D noise argument
+// @return 4 corner locations
+float4x3 SimplexCorners(float3 v)
+{
+	// find base corner by skewing to tetrahedral space and back
+	float3 tet = math::floor(v + v.x/3 + v.y/3 + v.z/3);
+	float3 base = tet - tet.x/6 - tet.y/6 - tet.z/6;
+	float3 f = v - base;
+
+	// Find offsets to other corners (McEwan did this in tetrahedral space,
+	// but since skew is along x=y=z axis, this works in Euclidean space too.)
+	float3 g = math::step(float3(f.y,f.z,f.x), float3(f.x,f.y,f.z)), h = 1 - float3(g.z, g.x, g.y);
+	float3 a1 = math::min(g, h) - 1.0 / 6.0, a2 = math::max(g, h) - 1.0 / 3.0;
+
+	// four corners
+	return float4x3(base, base + a1, base + a2, base + 0.5);
+}
+
+// Improved smoothing function for simplex noise
+// @param f = fractional distance to four tetrahedral corners
+// @return weight for each corner
+float4 SimplexSmooth(float4x3 f)
+{
+	const float scale = 1024. / 375.;	// scale factor to make noise -1..1
+	float4 d = float4(math::dot(f[0], f[0]), math::dot(f[1], f[1]), math::dot(f[2], f[2]), math::dot(f[3], f[3]));
+	float4 s = math::saturate(2 * d);
+	return (1 * scale + s*(-3 * scale + s*(3 * scale - s*scale)));
+}
+
+// Derivative of simplex noise smoothing function
+// @param f = fractional distanc eto four tetrahedral corners
+// @return derivative of smoothing function for each corner by x, y and z
+float3x4 SimplexDSmooth(float4x3 f)
+{
+	const float scale = 1024. / 375.;	// scale factor to make noise -1..1
+	float4 d = float4(math::dot(f[0], f[0]), math::dot(f[1], f[1]), math::dot(f[2], f[2]), math::dot(f[3], f[3]));
+	float4 s = math::saturate(2 * d);
+	s = -12 * scale + s*(24 * scale - s * 12 * scale);
+
+	return float3x4(
+		s * float4(f[0][0], f[1][0], f[2][0], f[3][0]),
+		s * float4(f[0][1], f[1][1], f[2][1], f[3][1]),
+		s * float4(f[0][2], f[1][2], f[2][2], f[3][2]));
+}
+
+// Simplex noise and its Jacobian derivative
+// @param v = 3D noise argument
+// @param bTiling = whether to repeat noise pattern
+// @param RepeatSize = integer units before tiling in each dimension, must be a multiple of 3
+// @return float3x3 Jacobian in J[*].xyz, vector noise in J[*].w
+//     J[0].w, J[1].w, J[2].w is a Perlin-style simplex noise with vector output, e.g. (Nx, Ny, Nz)
+//     J[i].x is X derivative of the i'th component of the noise so J[2].x is dNz/dx
+// You can use this to compute the noise, gradient, curl, or divergence:
+//   float3x4 J = JacobianSimplex_ALU(...);
+//   float3 VNoise = float3(J[0].w, J[1].w, J[2].w);	// 3D noise
+//   float3 Grad = J[0].xyz;							// gradient of J[0].w
+//   float3 Curl = float3(J[1][2]-J[2][1], J[2][0]-J[0][2], J[0][1]-J[1][2]);
+//   float Div = J[0][0]+J[1][1]+J[2][2];
+// All of these are confirmed to compile out all unneeded terms.
+// So Grad of X doesn't compute Y or Z components, and VNoise doesn't do any of the derivative computation.
+float3x4 JacobianSimplex_ALU(float3 v, bool bTiling, float RepeatSize)
+{
+	int3 MGradientMask = int3(0x8000, 0x4000, 0x2000);
+	float3 MGradientScale = float3(1. / 0x4000, 1. / 0x2000, 1. / 0x1000);
+
+	// corners of tetrahedron
+	float4x3 T = SimplexCorners(v);
+	// TODO: uint3
+	int3 rand = int3(0);
+	float4x3 gvec0 = float4x3(1.0);
+	float4x3 gvec1 = float4x3(1.0);
+	float4x3 gvec2 = float4x3(1.0);
+	float4x3 fv = float4x3(1.0);
+	float3x4 grad = float3x4(1.0);
+
+	// processing of tetrahedral vertices, unrolled
+	// to compute gradient at each corner
+	fv[0] = v - T[0];
+	rand = Rand3DPCG16(int3(math::floor(NoiseTileWrap(6 * T[0] + 0.5, bTiling, RepeatSize))));
+	gvec0[0] = float3(int3(rand.x,rand.x,rand.x) & MGradientMask) * MGradientScale - 1;
+	gvec1[0] = float3(int3(rand.y,rand.y,rand.y) & MGradientMask) * MGradientScale - 1;
+	gvec2[0] = float3(int3(rand.z,rand.z,rand.z) & MGradientMask) * MGradientScale - 1;
+	grad[0][0] = math::dot(gvec0[0], fv[0]);
+	grad[1][0] = math::dot(gvec1[0], fv[0]);
+	grad[2][0] = math::dot(gvec2[0], fv[0]);
+
+	fv[1] = v - T[1];
+	rand = Rand3DPCG16(int3(math::floor(NoiseTileWrap(6 * T[1] + 0.5, bTiling, RepeatSize))));
+	gvec0[1] = float3(int3(rand.x,rand.x,rand.x) & MGradientMask) * MGradientScale - 1;
+	gvec1[1] = float3(int3(rand.y,rand.y,rand.y) & MGradientMask) * MGradientScale - 1;
+	gvec1[1] = float3(int3(rand.z,rand.z,rand.z) & MGradientMask) * MGradientScale - 1;
+	grad[0][1] = math::dot(gvec0[1], fv[1]);
+	grad[1][1] = math::dot(gvec1[1], fv[1]);
+	grad[2][1] = math::dot(gvec2[1], fv[1]);
+
+	fv[2] = v - T[2];
+	rand = Rand3DPCG16(int3(math::floor(NoiseTileWrap(6 * T[2] + 0.5, bTiling, RepeatSize))));
+	gvec0[2] = float3(int3(rand.x,rand.x,rand.x) & MGradientMask) * MGradientScale - 1;
+	gvec1[2] = float3(int3(rand.y,rand.y,rand.y) & MGradientMask) * MGradientScale - 1;
+	gvec2[2] = float3(int3(rand.z,rand.z,rand.z) & MGradientMask) * MGradientScale - 1;
+	grad[0][2] = math::dot(gvec0[2], fv[2]);
+	grad[1][2] = math::dot(gvec1[2], fv[2]);
+	grad[2][2] = math::dot(gvec2[2], fv[2]);
+
+	fv[3] = v - T[3];
+	rand = Rand3DPCG16(int3(math::floor(NoiseTileWrap(6 * T[3] + 0.5, bTiling, RepeatSize))));
+	gvec0[3] = float3(int3(rand.x,rand.x,rand.x) & MGradientMask) * MGradientScale - 1;
+	gvec1[3] = float3(int3(rand.y,rand.y,rand.y) & MGradientMask) * MGradientScale - 1;
+	gvec2[3] = float3(int3(rand.z,rand.z,rand.z) & MGradientMask) * MGradientScale - 1;
+	grad[0][3] = math::dot(gvec0[3], fv[3]);
+	grad[1][3] = math::dot(gvec1[3], fv[3]);
+	grad[2][3] = math::dot(gvec2[3], fv[3]);
+
+	// blend gradients
+	float4 sv = SimplexSmooth(fv);
+	float3x4 ds = SimplexDSmooth(fv);
+
+	float3x4 jacobian = float3x4(1.0);
+	float3 vec0 = gvec0*sv + grad[0]*ds; // NOTE: mdl is column major, convert from UE4 (row major)
+	jacobian[0] = float4(vec0.x, vec0.y, vec0.z, math::dot(sv, grad[0]));
+	float3 vec1 = gvec1*sv + grad[1]*ds;
+	jacobian[1] = float4(vec1.x, vec1.y, vec1.z, math::dot(sv, grad[1]));
+	float3 vec2 = gvec2*sv + grad[2]*ds;
+	jacobian[2] = float4(vec2.x, vec2.y, vec2.z, math::dot(sv, grad[2]));
+
+	return jacobian;
+}
+
+// While RepeatSize is a float here, the expectation is that it would be largely integer values coming in from the UI. The downstream logic assumes
+// floats for all called functions (NoiseTileWrap) and this prevents any float-to-int conversion errors from automatic type conversion.
+float Noise3D_Multiplexer(uniform texture_2d PerlinNoiseGradientTexture, uniform texture_3d PerlinNoise3DTexture, int Function, float3 Position, int Quality, bool bTiling, float RepeatSize)
+{
+	// verified, HLSL compiled out the switch if Function is a constant
+	switch(Function)
+	{
+		case 0:
+			return SimplexNoise3D_TEX(PerlinNoiseGradientTexture, Position);
+		case 1:
+			return GradientNoise3D_TEX(PerlinNoiseGradientTexture, Position, bTiling, RepeatSize);
+		case 2:
+			return FastGradientPerlinNoise3D_TEX(PerlinNoise3DTexture, Position);
+		case 3:
+			return GradientNoise3D_ALU(Position, bTiling, RepeatSize);
+		case 4:
+			return ValueNoise3D_ALU(Position, bTiling, RepeatSize);
+		case 5:
+			return VoronoiNoise3D_ALU(Position, Quality, bTiling, RepeatSize, true).w * 2.0 - 1.0;
+	}
+	return 0;
+}
+//----------------------------------------------------------
+
+export float noise(uniform texture_2d PerlinNoiseGradientTexture, uniform texture_3d PerlinNoise3DTexture, float3 Position, float Scale, float Quality, float Function, float Turbulence, float Levels, float OutputMin, float OutputMax, float LevelScale, float FilterWidth, float Tiling, float RepeatSize)
+[[
+    anno::description("Noise"),
+    anno::noinline()
+]]
+{
+	Position *= Scale;
+	FilterWidth *= Scale;
+
+	float Out = 0.0f;
+	float OutScale = 1.0f;
+	float InvLevelScale = 1.0f / LevelScale;
+	
+	int iFunction(Function);
+	int iQuality(Quality);
+	int iLevels(Levels);
+	bool bTurbulence(Turbulence);
+	bool bTiling(Tiling);
+	
+	for(int i = 0; i < iLevels; ++i)
+	{
+		// fade out noise level that are too high frequent (not done through dynamic branching as it usually requires gradient instructions)
+		OutScale *= math::saturate(1.0 - FilterWidth);
+
+		if(bTurbulence)
+		{
+			Out += math::abs(Noise3D_Multiplexer(PerlinNoiseGradientTexture, PerlinNoise3DTexture, iFunction, Position, iQuality, bTiling, RepeatSize)) * OutScale;
+		}
+		else
+		{
+			Out += Noise3D_Multiplexer(PerlinNoiseGradientTexture, PerlinNoise3DTexture, iFunction, Position, iQuality, bTiling, RepeatSize) * OutScale;
+		}
+
+		Position *= LevelScale;
+		RepeatSize *= LevelScale;
+		OutScale *= InvLevelScale;
+		FilterWidth *= LevelScale;
+	}
+
+	if(!bTurbulence)
+	{
+		// bring -1..1 to 0..1 range
+		Out = Out * 0.5f + 0.5f;
+	}
+
+	// Out is in 0..1 range
+	return math::lerp(OutputMin, OutputMax, Out);
+}
+
+// Material node for noise functions returning a vector value
+// @param LevelScale usually 2 but higher values allow efficient use of few levels
+// @return in user defined range (OutputMin..OutputMax)
+export float4 vector4_noise(float3 Position, float Quality, float Function, float Tiling, float TileSize)
+[[
+    anno::description("Vector Noise"),
+    anno::noinline()
+]]
+{
+	float4 result = float4(0,0,0,1);
+	float3 ret = float3(0);
+	int iQuality = int(Quality);
+	int iFunction = int(Function);
+	bool bTiling = Tiling > 0.0;
+	
+	float3x4 Jacobian = JacobianSimplex_ALU(Position, bTiling, TileSize);	// compiled out if not used
+
+	// verified, HLSL compiled out the switch if Function is a constant
+	switch (iFunction)
+	{
+	case 0:	// Cellnoise
+		ret = float3(Rand3DPCG16(int3(math::floor(NoiseTileWrap(Position, bTiling, TileSize))))) / 0xffff;
+		result = float4(ret.x, ret.y, ret.z, 1);
+		break;
+	case 1: // Color noise
+		ret = float3(Jacobian[0].w, Jacobian[1].w, Jacobian[2].w);
+		result = float4(ret.x, ret.y, ret.z, 1);
+		break;
+	case 2: // Gradient
+		result = Jacobian[0];
+		break;
+	case 3: // Curl
+		ret = float3(Jacobian[2][1] - Jacobian[1][2], Jacobian[0][2] - Jacobian[2][0], Jacobian[1][0] - Jacobian[0][1]);
+		result = float4(ret.x, ret.y, ret.z, 1);
+		break;
+	case 4: // Voronoi
+		result = VoronoiNoise3D_ALU(Position, iQuality, bTiling, TileSize, false);
+		break;
+	}
+	return result;
+}
+
+export float3 vector3_noise(float3 Position, float Quality, float Function, float Tiling, float TileSize)
+[[
+    anno::description("Vector Noise float3 version"),
+    anno::noinline()
+]]
+{
+	float4 noise = vector4_noise(Position, Quality, Function, Tiling, TileSize);
+	return float3(noise.x, noise.y, noise.z);
+}
+
+
+// workaround for ue4 fresnel (without supporting for camera vector) : replacing it with 0.0, means facing to the view
+export float fresnel(float exponent [[anno::unused()]], float base_reflect_fraction [[anno::unused()]], float3 normal [[anno::unused()]])
+[[
+    anno::description("Fresnel"),
+    anno::noinline()
+]]
+{
+	return 0.0;
+}
+
+export float fresnel_function(float3 normal_vector [[anno::unused()]], float3 camera_vector [[anno::unused()]], 
+                                bool invert_fresnel [[anno::unused()]], float power [[anno::unused()]], 
+                                bool use_cheap_contrast [[anno::unused()]], float cheap_contrast_dark [[anno::unused()]], float cheap_contrast_bright [[anno::unused()]], 
+                                bool clamp_fresnel_dot_product [[anno::unused()]])
+[[
+    anno::description("Fresnel Function"),
+    anno::noinline()
+]]
+{
+	return 0.0;
+}
+
+export float3 camera_vector()
+[[
+    anno::description("Camera Vector"),
+    anno::noinline()
+]]
+{
+	// assume camera postion is 0,0,0
+	return math::normalize(float3(0) - state::transform_point(state::coordinate_internal,state::coordinate_world,state::position()));
+}
+
+export float pixel_depth()
+[[
+    anno::description("Pixel Depth"),
+    anno::noinline()
+]]
+{
+	return 256.0f;
+}
+
+export float scene_depth()
+[[
+    anno::description("Scene Depth")
+]]
+{
+	return 65500.0f;
+}
+
+export float3 scene_color()
+[[
+    anno::description("Scene Color")
+]]
+{
+	return float3(1.0f);
+}
+
+export float4 vertex_color()
+[[
+    anno::description("Vertex Color"),
+    anno::noinline()
+]]
+{
+	return float4(1.0f);
+}
+
+export float4 vertex_color_from_coordinate(int VertexColorCoordinateIndex)
+[[
+    anno::description("Vertex Color for float2 PrimVar"),
+    anno::noinline()
+]]
+{
+	// Kit only supports 4 uv sets, 2 uvs are available to vertex color. if vertex color index is invalid, output the constant WHITE color intead
+	return (VertexColorCoordinateIndex > 2) ? float4(1.0f) : float4(state::texture_coordinate(VertexColorCoordinateIndex).x, state::texture_coordinate(VertexColorCoordinateIndex).y, state::texture_coordinate(VertexColorCoordinateIndex+1).x, state::texture_coordinate(VertexColorCoordinateIndex+1).y);
+}
+
+export float3 camera_position()
+[[
+    anno::description("Camera Position"),
+    anno::noinline()
+]]
+{
+	return float3(1000.0f, 0, 0);
+}
+
+export float3 rotate_about_axis(float4 NormalizedRotationAxisAndAngle, float3 PositionOnAxis, float3 Position)
+[[
+    anno::description("Rotates Position about the given axis by the given angle")
+]]
+{
+	// Project Position onto the rotation axis and find the closest point on the axis to Position
+	float3 NormalizedRotationAxis = float3(NormalizedRotationAxisAndAngle.x,NormalizedRotationAxisAndAngle.y,NormalizedRotationAxisAndAngle.z);
+	float3 ClosestPointOnAxis = PositionOnAxis + NormalizedRotationAxis * math::dot(NormalizedRotationAxis, Position - PositionOnAxis);
+	// Construct orthogonal axes in the plane of the rotation
+	float3 UAxis = Position - ClosestPointOnAxis;
+	float3 VAxis = math::cross(NormalizedRotationAxis, UAxis);
+	float[2] SinCosAngle = math::sincos(NormalizedRotationAxisAndAngle.w);
+	// Rotate using the orthogonal axes
+	float3 R = UAxis * SinCosAngle[1] + VAxis * SinCosAngle[0];
+	// Reconstruct the rotated world space position
+	float3 RotatedPosition = ClosestPointOnAxis + R;
+	// Convert from position to a position offset
+	return RotatedPosition - Position;
+}
+
+export float2 rotate_scale_offset_texcoords(float2 InTexCoords, float4 InRotationScale, float2 InOffset)
+[[
+    anno::description("Returns a float2 texture coordinate after 2x2 transform and offset applied")
+]]
+{
+	return float2(math::dot(InTexCoords, float2(InRotationScale.x, InRotationScale.y)), math::dot(InTexCoords, float2(InRotationScale.z, InRotationScale.w))) + InOffset;
+}
+
+export float3 reflection_custom_world_normal(float3 WorldNormal, bool bNormalizeInputNormal)
+[[
+    anno::description("Reflection vector about the specified world space normal")
+]]
+{
+	if (bNormalizeInputNormal)
+	{
+		WorldNormal = math::normalize(WorldNormal);
+	}
+
+	return -camera_vector() + WorldNormal * math::dot(WorldNormal, camera_vector()) * 2.0;
+}
+
+export float3 reflection_vector()
+[[
+    anno::description("Reflection Vector"),
+    anno::noinline()
+]]
+{
+    float3 normal = state::transform_normal(state::coordinate_internal,state::coordinate_world,state::normal());
+	return reflection_custom_world_normal(normal, false);
+}
+
+export float dither_temporalAA(float AlphaThreshold = 0.5f, float Random = 1.0f [[anno::unused()]])
+[[
+    anno::description("Dither TemporalAA"),
+    anno::noinline()
+]]
+{
+	return AlphaThreshold;
+}
+

materials/OmniUe4FunctionTerrain.mdl

@@ -0,0 +1,1168 @@
+/******************************************************************************
+ *       Copyright 1986, 2019 NVIDIA ARC GmbH. All rights reserved.           *
+ ******************************************************************************
+ 
+Permission is hereby granted by NVIDIA Corporation ("NVIDIA"), free of charge,
+to any person obtaining a copy of the sample definition code that uses our 
+Material Definition Language (the "MDL Materials"), to reproduce and distribute
+the MDL Materials, including without limitation the rights to use, copy, merge,
+publish, distribute, and sell modified and unmodified copies of the MDL 
+Materials, and to permit persons to whom the MDL Materials is furnished to do
+so, in all cases solely for use with NVIDIA’s Material Definition Language,
+subject to the following further conditions:
+
+1. The above copyright notices, this list of conditions, and the disclaimer
+that follows shall be retained in all copies of one or more of the MDL
+Materials, including in any software with which the MDL Materials are bundled,
+redistributed, and/or sold, and included either as stand-alone text files,
+human-readable headers or in the appropriate machine-readable metadata fields
+within text or binary files as long as those fields can be easily viewed by the
+user, as applicable.
+2. The name of NVIDIA shall not be used to promote, endorse or advertise any 
+Modified Version without specific prior written permission, except a) to comply
+ with the notice requirements otherwise contained herein; or b) to acknowledge
+the contribution(s) of NVIDIA.
+
+THE MDL MATERIALS ARE PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
+OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF MERCHANTABILITY,
+FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OF COPYRIGHT, PATENT,
+TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL NVIDIA CORPORATION BE LIABLE FOR 
+ANY CLAIM, DAMAGES OR OTHER LIABILITY, INCLUDING ANY GENERAL, SPECIAL, 
+INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, WHETHER IN AN ACTION OF 
+CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF THE USE OR INABILITY TO USE
+THE MDL MATERIALS OR FROM OTHER DEALINGS IN THE MDL MATERIALS.
+*/
+
+//* 1.0.1 - using absolute import paths when importing standard modules
+
+mdl 1.3;
+
+import ::df::*;
+import ::state::*;
+import ::math::*;
+import ::tex::*;
+import ::anno::*;
+
+
+export float3x3 matrix_inverse(float3x3 matrix)
+[[
+    anno::description("Inverse the 3x3 matrix"),
+    anno::noinline()
+]]
+{
+	float determinant = (matrix[0][0] * matrix[1][1] * matrix[2][2] + matrix[1][0] * matrix[2][1] * matrix[0][2] + matrix[2][0] * matrix[0][1] * matrix[1][2]) - (matrix[0][2] * matrix[1][1] * matrix[2][0] + matrix[1][2] * matrix[2][1] * matrix[0][0] + matrix[2][2] * matrix[0][1] * matrix[1][0]);
+	float rdet = 1.0f / determinant;
+	
+	float3x3 result;
+	
+	result[0][0] = rdet * (matrix[1][1] * matrix[2][2] - matrix[1][2] * matrix[2][1]);
+	result[0][1] = -rdet * (matrix[0][1] * matrix[2][2] - matrix[0][2] * matrix[2][1]);
+	result[0][2] = rdet * (matrix[0][1] * matrix[1][2] - matrix[0][2] * matrix[1][1]);
+	
+	result[1][0] = -rdet * (matrix[1][0] * matrix[2][2] - matrix[1][2] * matrix[2][0]);
+	result[1][1] = rdet * (matrix[0][0] * matrix[2][2] - matrix[0][2] * matrix[2][0]);
+	result[1][2] = -rdet * (matrix[0][0] * matrix[1][2] - matrix[0][2] * matrix[1][0]);
+	
+	result[2][0] = rdet * (matrix[1][0] * matrix[2][1] - matrix[1][1] * matrix[2][0]);
+	result[2][1] = -rdet * (matrix[0][0] * matrix[2][1] - matrix[0][1] * matrix[2][0]);
+	result[2][2] = rdet * (matrix[0][0] * matrix[1][1] - matrix[0][1] * matrix[1][0]);
+
+	return result;
+}
+
+export float3 transform_vector_from_tangent_to_world(float3 vector)
+[[
+    anno::description("Transform vector from tangent space to world space"),
+    anno::noinline()
+]]
+{
+	float3x3 tangent_to_world = float3x3(state::texture_tangent_u(0), state::texture_tangent_v(0), state::normal());
+	return tangent_to_world * vector;
+}
+
+export float3 transform_vector_from_world_to_tangent(float3 vector)
+[[
+    anno::description("Transform vector from world space to tangent space"),
+    anno::noinline()
+]]
+{
+	float3x3 tangent_to_world = float3x3(state::texture_tangent_u(0), state::texture_tangent_v(0), state::normal());
+	
+	// inverse tangent to world matrix
+	float3x3 world_to_tangent = matrix_inverse(tangent_to_world);
+	
+	return world_to_tangent * vector;	
+}
+
+export float4 unpack_normal_map(
+    float4 texture_sample = float4(0.0, 0.0, 1.0, 1.0)
+    )
+[[
+    anno::description("Unpack a normal stored in a normal map"),
+    anno::noinline()
+]]
+{
+    float2 normal_xy = float2(texture_sample.x, texture_sample.y);
+
+	normal_xy = normal_xy * float2(2.0,2.0) - float2(1.0,1.0);
+	float normal_z = math::sqrt( math::saturate( 1.0 - math::dot( normal_xy, normal_xy ) ) );
+	return float4( normal_xy.x, normal_xy.y, normal_z, 1.0 );
+}
+
+// for get color value from normal.
+export float4 pack_normal_map(
+    float4 texture_sample = float4(0.0, 0.0, 1.0, 1.0)
+    )
+[[
+    anno::description("Pack to color from a normal")
+]]
+{
+    float2 return_xy = float2(texture_sample.x, texture_sample.y);
+
+	return_xy = (return_xy + float2(1.0,1.0)) / float2(2.0,2.0);
+	
+	return float4( return_xy.x, return_xy.y, 0.0, 1.0 );
+}
+
+export float4 greyscale_texture_lookup(
+    float4 texture_sample = float4(0.0, 0.0, 0.0, 1.0)
+    )
+[[
+    anno::description("Sampling a greyscale texture"),
+    anno::noinline()
+]]
+{
+    return float4(texture_sample.x, texture_sample.x, texture_sample.x, texture_sample.x);
+}     
+
+export float3 pixel_normal_world_space()
+[[
+    anno::description("Pixel normal in world space"),
+    anno::noinline()
+]]
+{
+    return state::transform_normal(state::coordinate_internal,state::coordinate_world,state::normal());
+}
+
+export float3 vertex_normal_world_space()
+[[
+    anno::description("Vertex normal in world space"),
+    anno::noinline()
+]]
+{
+    return state::transform_normal(state::coordinate_internal,state::coordinate_world,state::normal());
+}
+
+export float3 landscape_normal_world_space()
+[[
+    anno::description("Landscape normal in world space")
+]]
+{
+	float3 normalFromNormalmap = math::floor((::vertex_normal_world_space() * 0.5 + 0.5) * 255.0) / 255.0 * 2.0 - 1.0;
+	
+	float2 normalXY = float2(normalFromNormalmap.x, normalFromNormalmap.y);
+	return float3(normalXY.x, normalXY.y, math::sqrt(math::saturate(1.0 - math::dot(normalXY, normalXY))));
+}
+
+// Different implementation specific between mdl and hlsl for smoothstep
+export float smoothstep(float a, float b, float l)
+{
+	if (a < b)
+	{
+		return math::smoothstep(a, b, l);
+	}
+	else if (a > b)
+	{
+		return 1.0 - math::smoothstep(b, a, l);
+	}
+	else
+	{
+		return l <= a ? 0.0 : 1.0;
+	}
+}
+
+export float2 smoothstep(float2 a, float2 b, float2 l)
+{
+	return float2(smoothstep(a.x, b.x, l.x), smoothstep(a.y, b.y, l.y));
+}
+
+export float3 smoothstep(float3 a, float3 b, float3 l)
+{
+	return float3(smoothstep(a.x, b.x, l.x), smoothstep(a.y, b.y, l.y), smoothstep(a.z, b.z, l.z));
+}
+
+export float4 smoothstep(float4 a, float4 b, float4 l)
+{
+	return float4(smoothstep(a.x, b.x, l.x), smoothstep(a.y, b.y, l.y), smoothstep(a.z, b.z, l.z), smoothstep(a.w, b.w, l.w));
+}
+
+export float2 smoothstep(float2 a, float2 b, float l)
+{
+	return float2(smoothstep(a.x, b.x, l), smoothstep(a.y, b.y, l));
+}
+
+export float3 smoothstep(float3 a, float3 b, float l)
+{
+	return float3(smoothstep(a.x, b.x, l), smoothstep(a.y, b.y, l), smoothstep(a.z, b.z, l));
+}
+
+export float4 smoothstep(float4 a, float4 b, float l)
+{
+	return float4(smoothstep(a.x, b.x, l), smoothstep(a.y, b.y, l), smoothstep(a.z, b.z, l), smoothstep(a.w, b.w, l));
+}
+
+//------------------ Random from UE4 -----------------------
+float length2(float3 v)
+{
+	return math::dot(v, v);
+}
+
+float3 GetPerlinNoiseGradientTextureAt(uniform texture_2d PerlinNoiseGradientTexture, float3 v)
+{
+	const float2 ZShear = float2(17.0f, 89.0f);
+
+	float2 OffsetA = v.z * ZShear;
+	float2 TexA = (float2(v.x, v.y) + OffsetA + 0.5f) / 128.0f;
+	float4 PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexA.x,1.0-TexA.y),tex::wrap_repeat,tex::wrap_repeat);
+	return float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z) * 2.0 - 1.0;
+}
+
+float3 SkewSimplex(float3 In)
+{
+	return In + math::dot(In, float3(1.0 / 3.0f) );
+}
+float3 UnSkewSimplex(float3 In)
+{
+	return In - math::dot(In, float3(1.0 / 6.0f) );
+}
+
+// 3D random number generator inspired by PCGs (permuted congruential generator)
+// Using a **simple** Feistel cipher in place of the usual xor shift permutation step
+// @param v = 3D integer coordinate
+// @return three elements w/ 16 random bits each (0-0xffff).
+// ~8 ALU operations for result.x    (7 mad, 1 >>)
+// ~10 ALU operations for result.xy  (8 mad, 2 >>)
+// ~12 ALU operations for result.xyz (9 mad, 3 >>)
+
+//TODO: uint3
+int3 Rand3DPCG16(int3 p)
+{
+	// taking a signed int then reinterpreting as unsigned gives good behavior for negatives
+	//TODO: uint3
+	int3 v = int3(p);
+
+	// Linear congruential step. These LCG constants are from Numerical Recipies
+	// For additional #'s, PCG would do multiple LCG steps and scramble each on output
+	// So v here is the RNG state
+	v = v * 1664525 + 1013904223;
+
+	// PCG uses xorshift for the final shuffle, but it is expensive (and cheap
+	// versions of xorshift have visible artifacts). Instead, use simple MAD Feistel steps
+	//
+	// Feistel ciphers divide the state into separate parts (usually by bits)
+	// then apply a series of permutation steps one part at a time. The permutations
+	// use a reversible operation (usually ^) to part being updated with the result of
+	// a permutation function on the other parts and the key.
+	//
+	// In this case, I'm using v.x, v.y and v.z as the parts, using + instead of ^ for
+	// the combination function, and just multiplying the other two parts (no key) for 
+	// the permutation function.
+	//
+	// That gives a simple mad per round.
+	v.x += v.y*v.z;
+	v.y += v.z*v.x;
+	v.z += v.x*v.y;
+	v.x += v.y*v.z;
+	v.y += v.z*v.x;
+	v.z += v.x*v.y;
+
+	// only top 16 bits are well shuffled
+	return v >> 16;
+}
+
+// Wraps noise for tiling texture creation
+// @param v = unwrapped texture parameter
+// @param bTiling = true to tile, false to not tile
+// @param RepeatSize = number of units before repeating
+// @return either original or wrapped coord
+float3 NoiseTileWrap(float3 v,  bool bTiling, float RepeatSize)
+{
+	return bTiling ? (math::frac(v / RepeatSize) * RepeatSize) : v;
+}
+
+// Evaluate polynomial to get smooth transitions for Perlin noise
+// only needed by Perlin functions in this file
+// scalar(per component): 2 add, 5 mul
+float4 PerlinRamp(float4 t)
+{
+	return t * t * t * (t * (t * 6 - 15) + 10); 
+}
+
+// Blum-Blum-Shub-inspired pseudo random number generator
+// http://www.umbc.edu/~olano/papers/mNoise.pdf
+// real BBS uses ((s*s) mod M) with bignums and M as the product of two huge Blum primes
+// instead, we use a single prime M just small enough not to overflow
+// note that the above paper used 61, which fits in a half, but is unusably bad
+// @param Integer valued floating point seed
+// @return random number in range [0,1)
+// ~8 ALU operations (5 *, 3 frac)
+float RandBBSfloat(float seed)
+{
+	float BBS_PRIME24 = 4093.0;
+	float s = math::frac(seed / BBS_PRIME24);
+	s = math::frac(s * s * BBS_PRIME24);
+	s = math::frac(s * s * BBS_PRIME24);
+	return s;
+}
+
+// Modified noise gradient term
+// @param seed - random seed for integer lattice position
+// @param offset - [-1,1] offset of evaluation point from lattice point
+// @return gradient direction (xyz) and contribution (w) from this lattice point
+float4 MGradient(int seed, float3 offset)
+{
+	//TODO uint
+	int rand = Rand3DPCG16(int3(seed,0,0)).x;
+	int3 MGradientMask = int3(0x8000, 0x4000, 0x2000);
+	float3 MGradientScale = float3(1.0 / 0x4000, 1.0 / 0x2000, 1.0 / 0x1000);
+	float3 direction = float3(int3(rand, rand, rand) & MGradientMask) * MGradientScale - 1;
+	return float4(direction.x, direction.y, direction.z, math::dot(direction, offset));
+}
+
+// compute Perlin and related noise corner seed values
+// @param v = 3D noise argument, use float3(x,y,0) for 2D or float3(x,0,0) for 1D
+// @param bTiling = true to return seed values for a repeating noise pattern
+// @param RepeatSize = integer units before tiling in each dimension
+// @param seed000-seed111 = hash function seeds for the eight corners
+// @return fractional part of v
+struct SeedValue
+{
+	float3 fv = float3(0);
+	float seed000 = 0;
+	float seed001 = 0;
+	float seed010 = 0;
+	float seed011 = 0;
+	float seed100 = 0;
+	float seed101 = 0;
+	float seed110 = 0;
+	float seed111 = 0;
+};
+
+SeedValue NoiseSeeds(float3 v, bool bTiling, float RepeatSize)
+{
+	SeedValue seeds;
+	seeds.fv = math::frac(v);
+	float3 iv = math::floor(v);
+
+	const float3 primes = float3(19, 47, 101);
+
+	if (bTiling)
+	{	// can't algebraically combine with primes
+		seeds.seed000 = math::dot(primes, NoiseTileWrap(iv, true, RepeatSize));
+		seeds.seed100 = math::dot(primes, NoiseTileWrap(iv + float3(1, 0, 0), true, RepeatSize));
+		seeds.seed010 = math::dot(primes, NoiseTileWrap(iv + float3(0, 1, 0), true, RepeatSize));
+		seeds.seed110 = math::dot(primes, NoiseTileWrap(iv + float3(1, 1, 0), true, RepeatSize));
+		seeds.seed001 = math::dot(primes, NoiseTileWrap(iv + float3(0, 0, 1), true, RepeatSize));
+		seeds.seed101 = math::dot(primes, NoiseTileWrap(iv + float3(1, 0, 1), true, RepeatSize));
+		seeds.seed011 = math::dot(primes, NoiseTileWrap(iv + float3(0, 1, 1), true, RepeatSize));
+		seeds.seed111 = math::dot(primes, NoiseTileWrap(iv + float3(1, 1, 1), true, RepeatSize));
+	}
+	else
+	{	// get to combine offsets with multiplication by primes in this case
+		seeds.seed000 = math::dot(iv, primes);
+		seeds.seed100 = seeds.seed000 + primes.x;
+		seeds.seed010 = seeds.seed000 + primes.y;
+		seeds.seed110 = seeds.seed100 + primes.y;
+		seeds.seed001 = seeds.seed000 + primes.z;
+		seeds.seed101 = seeds.seed100 + primes.z;
+		seeds.seed011 = seeds.seed010 + primes.z;
+		seeds.seed111 = seeds.seed110 + primes.z;
+	}
+
+	return seeds;
+}
+
+struct SimplexWeights
+{
+	float4 Result = float4(0);
+	float3 PosA = float3(0);
+	float3 PosB = float3(0);
+	float3 PosC = float3(0);
+	float3 PosD = float3(0);
+};
+
+// Computed weights and sample positions for simplex interpolation
+// @return float4(a,b,c, d) Barycentric coordinate defined as Filtered = Tex(PosA) * a + Tex(PosB) * b + Tex(PosC) * c + Tex(PosD) * d
+SimplexWeights ComputeSimplexWeights3D(float3 OrthogonalPos)
+{
+	SimplexWeights weights;
+	float3 OrthogonalPosFloor = math::floor(OrthogonalPos);
+
+	weights.PosA = OrthogonalPosFloor;
+	weights.PosB = weights.PosA + float3(1, 1, 1);
+
+	OrthogonalPos -= OrthogonalPosFloor;
+
+	float Largest = math::max(OrthogonalPos.x, math::max(OrthogonalPos.y, OrthogonalPos.z));
+	float Smallest = math::min(OrthogonalPos.x, math::min(OrthogonalPos.y, OrthogonalPos.z));
+
+	weights.PosC = weights.PosA + float3(Largest == OrthogonalPos.x, Largest == OrthogonalPos.y, Largest == OrthogonalPos.z);
+	weights.PosD = weights.PosA + float3(Smallest != OrthogonalPos.x, Smallest != OrthogonalPos.y, Smallest != OrthogonalPos.z);
+
+	float RG = OrthogonalPos.x - OrthogonalPos.y;
+	float RB = OrthogonalPos.x - OrthogonalPos.z;
+	float GB = OrthogonalPos.y - OrthogonalPos.z;
+
+	weights.Result.z = 
+		  math::min(math::max(0, RG), math::max(0, RB))		// X
+		+ math::min(math::max(0, -RG), math::max(0, GB))		// Y
+		+ math::min(math::max(0, -RB), math::max(0, -GB));	// Z
+	
+	weights.Result.w = 
+		  math::min(math::max(0, -RG), math::max(0, -RB))		// X
+		+ math::min(math::max(0, RG), math::max(0, -GB))		// Y
+		+ math::min(math::max(0, RB), math::max(0, GB));		// Z
+
+	weights.Result.y = Smallest;
+	weights.Result.x = 1.0f - weights.Result.y - weights.Result.z - weights.Result.w;
+
+	return weights;
+}
+
+// filtered 3D gradient simple noise (few texture lookups, high quality)
+// @param v >0
+// @return random number in the range -1 .. 1
+float SimplexNoise3D_TEX(uniform texture_2d PerlinNoiseGradientTexture, float3 EvalPos)
+{
+	float3 OrthogonalPos = SkewSimplex(EvalPos);
+
+	SimplexWeights Weights = ComputeSimplexWeights3D(OrthogonalPos);
+
+	// can be optimized to 1 or 2 texture lookups (4 or 8 channel encoded in 32 bit)
+	float3 A = GetPerlinNoiseGradientTextureAt(PerlinNoiseGradientTexture, Weights.PosA);
+	float3 B = GetPerlinNoiseGradientTextureAt(PerlinNoiseGradientTexture, Weights.PosB);
+	float3 C = GetPerlinNoiseGradientTextureAt(PerlinNoiseGradientTexture, Weights.PosC);
+	float3 D = GetPerlinNoiseGradientTextureAt(PerlinNoiseGradientTexture, Weights.PosD);
+	
+	Weights.PosA = UnSkewSimplex(Weights.PosA);
+	Weights.PosB = UnSkewSimplex(Weights.PosB);
+	Weights.PosC = UnSkewSimplex(Weights.PosC);
+	Weights.PosD = UnSkewSimplex(Weights.PosD);
+
+	float DistanceWeight;
+
+	DistanceWeight = math::saturate(0.6f - length2(EvalPos - Weights.PosA));	DistanceWeight *= DistanceWeight; DistanceWeight *= DistanceWeight;
+	float a = math::dot(A, EvalPos - Weights.PosA) * DistanceWeight;
+	DistanceWeight = math::saturate(0.6f - length2(EvalPos - Weights.PosB));	DistanceWeight *= DistanceWeight; DistanceWeight *= DistanceWeight;
+	float b = math::dot(B, EvalPos - Weights.PosB) * DistanceWeight;
+	DistanceWeight = math::saturate(0.6f - length2(EvalPos - Weights.PosC));	DistanceWeight *= DistanceWeight; DistanceWeight *= DistanceWeight;
+	float c = math::dot(C, EvalPos - Weights.PosC) * DistanceWeight;
+	DistanceWeight = math::saturate(0.6f - length2(EvalPos - Weights.PosD));	DistanceWeight *= DistanceWeight; DistanceWeight *= DistanceWeight;
+	float d = math::dot(D, EvalPos - Weights.PosD) * DistanceWeight;
+
+	return 32 * (a + b + c + d);
+}
+
+// filtered 3D noise, can be optimized
+// @param v = 3D noise argument, use float3(x,y,0) for 2D or float3(x,0,0) for 1D
+// @param bTiling = repeat noise pattern
+// @param RepeatSize = integer units before tiling in each dimension
+// @return random number in the range -1 .. 1
+float GradientNoise3D_TEX(uniform texture_2d PerlinNoiseGradientTexture, float3 v, bool bTiling, float RepeatSize)
+{
+	bTiling = true;
+	float3 fv = math::frac(v);
+	float3 iv0 = NoiseTileWrap(math::floor(v), bTiling, RepeatSize);
+	float3 iv1 = NoiseTileWrap(iv0 + 1, bTiling, RepeatSize);
+
+	const int2 ZShear = int2(17, 89);
+	
+	float2 OffsetA = iv0.z * ZShear;
+	float2 OffsetB = OffsetA + ZShear;	// non-tiling, use relative offset
+	if (bTiling)						// tiling, have to compute from wrapped coordinates
+	{
+		OffsetB = iv1.z * ZShear;
+	}
+
+	// Texture size scale factor
+	float ts = 1 / 128.0f;
+
+	// texture coordinates for iv0.xy, as offset for both z slices
+	float2 TexA0 = (float2(iv0.x, iv0.y) + OffsetA + 0.5f) * ts;
+	float2 TexB0 = (float2(iv0.x, iv0.y) + OffsetB + 0.5f) * ts;
+
+	// texture coordinates for iv1.xy, as offset for both z slices
+	float2 TexA1 = TexA0 + ts;	// for non-tiling, can compute relative to existing coordinates
+	float2 TexB1 = TexB0 + ts;
+	if (bTiling)				// for tiling, need to compute from wrapped coordinates
+	{
+		TexA1 = (float2(iv1.x, iv1.y) + OffsetA + 0.5f) * ts;
+		TexB1 = (float2(iv1.x, iv1.y) + OffsetB + 0.5f) * ts;
+	}
+
+
+	// can be optimized to 1 or 2 texture lookups (4 or 8 channel encoded in 8, 16 or 32 bit)
+	float4 PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexA0.x,1.0-TexA0.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 A = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexA1.x,1.0-TexA0.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 B = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexA0.x,1.0-TexA1.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 C = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexA1.x,1.0-TexA1.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 D = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexB0.x,1.0-TexB0.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 E = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexB1.x,1.0-TexB0.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 F = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexB0.x,1.0-TexB1.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 G = PerlinNoiseColor * 2 - 1;
+	PerlinNoise = tex::lookup_float4(PerlinNoiseGradientTexture,float2(TexB1.x,1.0-TexB1.y),tex::wrap_repeat,tex::wrap_repeat);
+	PerlinNoiseColor = float3(PerlinNoise.x, PerlinNoise.y, PerlinNoise.z);
+	float3 H = PerlinNoiseColor * 2 - 1;
+
+	float a = math::dot(A, fv - float3(0, 0, 0));
+	float b = math::dot(B, fv - float3(1, 0, 0));
+	float c = math::dot(C, fv - float3(0, 1, 0));
+	float d = math::dot(D, fv - float3(1, 1, 0));
+	float e = math::dot(E, fv - float3(0, 0, 1));
+	float f = math::dot(F, fv - float3(1, 0, 1));
+	float g = math::dot(G, fv - float3(0, 1, 1));
+	float h = math::dot(H, fv - float3(1, 1, 1));
+
+	float4 Weights = PerlinRamp(math::frac(float4(fv.x, fv.y, fv.z, 0)));
+	
+	float i = math::lerp(math::lerp(a, b, Weights.x), math::lerp(c, d, Weights.x), Weights.y);
+	float j = math::lerp(math::lerp(e, f, Weights.x), math::lerp(g, h, Weights.x), Weights.y);
+
+	return math::lerp(i, j, Weights.z);
+}
+
+// @return random number in the range -1 .. 1
+// scalar: 6 frac, 31 mul/mad, 15 add, 
+float FastGradientPerlinNoise3D_TEX(uniform texture_3d PerlinNoise3DTexture, float3 xyz)
+{
+	// needs to be the same value when creating the PerlinNoise3D texture
+	float Extent = 16;
+
+	// last texel replicated and needed for filtering
+	// scalar: 3 frac, 6 mul
+	xyz = math::frac(xyz / (Extent - 1)) * (Extent - 1);
+
+	// scalar: 3 frac
+	float3 uvw = math::frac(xyz);
+	// = floor(xyz);
+	// scalar: 3 add
+	float3 p0 = xyz - uvw;
+//	float3 f = math::pow(uvw, 2) * 3.0f - math::pow(uvw, 3) * 2.0f;	// original perlin hermite (ok when used without bump mapping)
+	// scalar: 2*3 add 5*3 mul
+	float4 pr = PerlinRamp(float4(uvw.x, uvw.y, uvw.z, 0));
+	float3 f = float3(pr.x, pr.y, pr.z);	// new, better with continues second derivative for bump mapping
+	// scalar: 3 add
+	float3 p = p0 + f;
+	// scalar: 3 mad
+	// TODO: need reverse???
+	float4 NoiseSample = tex::lookup_float4(PerlinNoise3DTexture, p / Extent + 0.5f / Extent);	// +0.5f to get rid of bilinear offset
+
+	// reconstruct from 8bit (using mad with 2 constants and dot4 was same instruction count)
+	// scalar: 4 mad, 3 mul, 3 add 
+	float3 n = float3(NoiseSample.x, NoiseSample.y, NoiseSample.z) * 255.0f / 127.0f - 1.0f;
+	float d = NoiseSample.w * 255.f - 127;
+	return math::dot(xyz, n) - d;
+}
+
+// Perlin-style "Modified Noise"
+// http://www.umbc.edu/~olano/papers/index.html#mNoise
+// @param v = 3D noise argument, use float3(x,y,0) for 2D or float3(x,0,0) for 1D
+// @param bTiling = repeat noise pattern
+// @param RepeatSize = integer units before tiling in each dimension
+// @return random number in the range -1 .. 1
+float GradientNoise3D_ALU(float3 v, bool bTiling, float RepeatSize)
+{
+	SeedValue seeds = NoiseSeeds(v, bTiling, RepeatSize);
+
+	float rand000 = MGradient(int(seeds.seed000), seeds.fv - float3(0, 0, 0)).w;
+	float rand100 = MGradient(int(seeds.seed100), seeds.fv - float3(1, 0, 0)).w;
+	float rand010 = MGradient(int(seeds.seed010), seeds.fv - float3(0, 1, 0)).w;
+	float rand110 = MGradient(int(seeds.seed110), seeds.fv - float3(1, 1, 0)).w;
+	float rand001 = MGradient(int(seeds.seed001), seeds.fv - float3(0, 0, 1)).w;
+	float rand101 = MGradient(int(seeds.seed101), seeds.fv - float3(1, 0, 1)).w;
+	float rand011 = MGradient(int(seeds.seed011), seeds.fv - float3(0, 1, 1)).w;
+	float rand111 = MGradient(int(seeds.seed111), seeds.fv - float3(1, 1, 1)).w;
+
+	float4 Weights = PerlinRamp(float4(seeds.fv.x, seeds.fv.y, seeds.fv.z, 0));
+
+	float i = math::lerp(math::lerp(rand000, rand100, Weights.x), math::lerp(rand010, rand110, Weights.x), Weights.y);
+	float j = math::lerp(math::lerp(rand001, rand101, Weights.x), math::lerp(rand011, rand111, Weights.x), Weights.y);
+	return math::lerp(i, j, Weights.z);
+}
+
+// 3D value noise - used to be incorrectly called Perlin noise
+// @param v = 3D noise argument, use float3(x,y,0) for 2D or float3(x,0,0) for 1D
+// @param bTiling = repeat noise pattern
+// @param RepeatSize = integer units before tiling in each dimension
+// @return random number in the range -1 .. 1
+float ValueNoise3D_ALU(float3 v, bool bTiling, float RepeatSize)
+{
+	SeedValue seeds = NoiseSeeds(v, bTiling, RepeatSize);
+
+	float rand000 = RandBBSfloat(seeds.seed000) * 2 - 1;
+	float rand100 = RandBBSfloat(seeds.seed100) * 2 - 1;
+	float rand010 = RandBBSfloat(seeds.seed010) * 2 - 1;
+	float rand110 = RandBBSfloat(seeds.seed110) * 2 - 1;
+	float rand001 = RandBBSfloat(seeds.seed001) * 2 - 1;
+	float rand101 = RandBBSfloat(seeds.seed101) * 2 - 1;
+	float rand011 = RandBBSfloat(seeds.seed011) * 2 - 1;
+	float rand111 = RandBBSfloat(seeds.seed111) * 2 - 1;
+	
+	float4 Weights = PerlinRamp(float4(seeds.fv.x, seeds.fv.y, seeds.fv.z, 0));
+	
+	float i = math::lerp(math::lerp(rand000, rand100, Weights.x), math::lerp(rand010, rand110, Weights.x), Weights.y);
+	float j = math::lerp(math::lerp(rand001, rand101, Weights.x), math::lerp(rand011, rand111, Weights.x), Weights.y);
+	return math::lerp(i, j, Weights.z);
+}
+
+// 3D jitter offset within a voronoi noise cell
+// @param pos - integer lattice corner
+// @return random offsets vector
+float3 VoronoiCornerSample(float3 pos, int Quality)
+{
+	// random values in [-0.5, 0.5]
+	float3 noise = float3(Rand3DPCG16(int3(pos))) / 0xffff - 0.5;
+
+	// quality level 1 or 2: searches a 2x2x2 neighborhood with points distributed on a sphere
+	// scale factor to guarantee jittered points will be found within a 2x2x2 search
+	if (Quality <= 2)
+	{
+		return math::normalize(noise) * 0.2588;
+	}
+
+	// quality level 3: searches a 3x3x3 neighborhood with points distributed on a sphere
+	// scale factor to guarantee jittered points will be found within a 3x3x3 search
+	if (Quality == 3)
+	{
+		return math::normalize(noise) * 0.3090;
+	}
+
+	// quality level 4: jitter to anywhere in the cell, needs 4x4x4 search
+	return noise;
+}
+
+// compare previous best with a new candidate
+// not producing point locations makes it easier for compiler to eliminate calculations when they're not needed
+// @param minval = location and distance of best candidate seed point before the new one
+// @param candidate = candidate seed point
+// @param offset = 3D offset to new candidate seed point
+// @param bDistanceOnly = if true, only set maxval.w with distance, otherwise maxval.w is distance and maxval.xyz is position
+// @return position (if bDistanceOnly is false) and distance to closest seed point so far
+float4 VoronoiCompare(float4 minval, float3 candidate, float3 offset, bool bDistanceOnly)
+{
+	if (bDistanceOnly)
+	{
+		return float4(0, 0, 0, math::min(minval.w, math::dot(offset, offset)));
+	}
+	else
+	{
+		float newdist = math::dot(offset, offset);
+		return newdist > minval.w ? minval : float4(candidate.x, candidate.y, candidate.z, newdist);
+	}
+}
+
+// 220 instruction Worley noise
+float4 VoronoiNoise3D_ALU(float3 v, int Quality, bool bTiling, float RepeatSize, bool bDistanceOnly)
+{
+	float3 fv = math::frac(v),  fv2 = math::frac(v + 0.5);
+	float3 iv = math::floor(v), iv2 = math::floor(v + 0.5);
+
+	// with initial minimum distance = infinity (or at least bigger than 4), first min is optimized away
+	float4 mindist = float4(0,0,0,100);
+	float3 p, offset;
+
+	// quality level 3: do a 3x3x3 search
+	if (Quality == 3)
+	{
+		int offset_x;
+		int offset_y;
+		int offset_z;
+		for (offset_x = -1; offset_x <= 1; ++offset_x)
+		{
+			for (offset_y = -1; offset_y <= 1; ++offset_y)
+			{
+				for (offset_z = -1; offset_z <= 1; ++offset_z)
+				{
+					offset = float3(offset_x, offset_y, offset_z);
+					p = offset + VoronoiCornerSample(NoiseTileWrap(iv2 + offset, bTiling, RepeatSize), Quality);
+					mindist = VoronoiCompare(mindist, iv2 + p, fv2 - p, bDistanceOnly);
+				}
+			}
+		}
+	}
+
+	// everybody else searches a base 2x2x2 neighborhood
+	else
+	{
+		int offset_x;
+		int offset_y;
+		int offset_z;
+		for (offset_x = 0; offset_x <= 1; ++offset_x)
+		{
+			for (offset_y = 0; offset_y <= 1; ++offset_y)
+			{
+				for (offset_z = 0; offset_z <= 1; ++offset_z)
+				{
+					offset = float3(offset_x, offset_y, offset_z);
+					p = offset + VoronoiCornerSample(NoiseTileWrap(iv + offset, bTiling, RepeatSize), Quality);
+					mindist = VoronoiCompare(mindist, iv + p, fv - p, bDistanceOnly);
+
+					// quality level 2, do extra set of points, offset by half a cell
+					if (Quality == 2)
+					{
+						// 467 is just an offset to a different area in the random number field to avoid similar neighbor artifacts
+						p = offset + VoronoiCornerSample(NoiseTileWrap(iv2 + offset, bTiling, RepeatSize) + 467, Quality);
+						mindist = VoronoiCompare(mindist, iv2 + p, fv2 - p, bDistanceOnly);
+					}
+				}
+			}
+		}
+	}
+
+	// quality level 4: add extra sets of four cells in each direction
+	if (Quality >= 4)
+	{
+		int offset_x;
+		int offset_y;
+		int offset_z;	
+		for (offset_x = -1; offset_x <= 2; offset_x += 3)
+		{
+			for (offset_y = 0; offset_y <= 1; ++offset_y)
+			{
+				for (offset_z = 0; offset_z <= 1; ++offset_z)
+				{
+					offset = float3(offset_x, offset_y, offset_z);
+					// along x axis
+					p = offset + VoronoiCornerSample(NoiseTileWrap(iv + offset, bTiling, RepeatSize), Quality);
+					mindist = VoronoiCompare(mindist, iv + p, fv - p, bDistanceOnly);
+
+					// along y axis
+					p = float3(offset.y, offset.z, offset.x) + VoronoiCornerSample(NoiseTileWrap(iv + float3(offset.y, offset.z, offset.x), bTiling, RepeatSize), Quality);
+					mindist = VoronoiCompare(mindist, iv + p, fv - p, bDistanceOnly);
+
+					// along z axis
+					p = float3(offset.z, offset.x, offset.y) + VoronoiCornerSample(NoiseTileWrap(iv + float3(offset.z, offset.x, offset.y), bTiling, RepeatSize), Quality);
+					mindist = VoronoiCompare(mindist, iv + p, fv - p, bDistanceOnly);
+				}
+			}
+		}
+	}
+
+	// transform squared distance to real distance
+	return float4(mindist.x, mindist.y, mindist.z, math::sqrt(mindist.w));
+}
+
+// Coordinates for corners of a Simplex tetrahedron
+// Based on McEwan et al., Efficient computation of noise in GLSL, JGT 2011
+// @param v = 3D noise argument
+// @return 4 corner locations
+float4x3 SimplexCorners(float3 v)
+{
+	// find base corner by skewing to tetrahedral space and back
+	float3 tet = math::floor(v + v.x/3 + v.y/3 + v.z/3);
+	float3 base = tet - tet.x/6 - tet.y/6 - tet.z/6;
+	float3 f = v - base;
+
+	// Find offsets to other corners (McEwan did this in tetrahedral space,
+	// but since skew is along x=y=z axis, this works in Euclidean space too.)
+	float3 g = math::step(float3(f.y,f.z,f.x), float3(f.x,f.y,f.z)), h = 1 - float3(g.z, g.x, g.y);
+	float3 a1 = math::min(g, h) - 1.0 / 6.0, a2 = math::max(g, h) - 1.0 / 3.0;
+
+	// four corners
+	return float4x3(base, base + a1, base + a2, base + 0.5);
+}
+
+// Improved smoothing function for simplex noise
+// @param f = fractional distance to four tetrahedral corners
+// @return weight for each corner
+float4 SimplexSmooth(float4x3 f)
+{
+	const float scale = 1024. / 375.;	// scale factor to make noise -1..1
+	float4 d = float4(math::dot(f[0], f[0]), math::dot(f[1], f[1]), math::dot(f[2], f[2]), math::dot(f[3], f[3]));
+	float4 s = math::saturate(2 * d);
+	return (1 * scale + s*(-3 * scale + s*(3 * scale - s*scale)));
+}
+
+// Derivative of simplex noise smoothing function
+// @param f = fractional distanc eto four tetrahedral corners
+// @return derivative of smoothing function for each corner by x, y and z
+float3x4 SimplexDSmooth(float4x3 f)
+{
+	const float scale = 1024. / 375.;	// scale factor to make noise -1..1
+	float4 d = float4(math::dot(f[0], f[0]), math::dot(f[1], f[1]), math::dot(f[2], f[2]), math::dot(f[3], f[3]));
+	float4 s = math::saturate(2 * d);
+	s = -12 * scale + s*(24 * scale - s * 12 * scale);
+
+	return float3x4(
+		s * float4(f[0][0], f[1][0], f[2][0], f[3][0]),
+		s * float4(f[0][1], f[1][1], f[2][1], f[3][1]),
+		s * float4(f[0][2], f[1][2], f[2][2], f[3][2]));
+}
+
+// Simplex noise and its Jacobian derivative
+// @param v = 3D noise argument
+// @param bTiling = whether to repeat noise pattern
+// @param RepeatSize = integer units before tiling in each dimension, must be a multiple of 3
+// @return float3x3 Jacobian in J[*].xyz, vector noise in J[*].w
+//     J[0].w, J[1].w, J[2].w is a Perlin-style simplex noise with vector output, e.g. (Nx, Ny, Nz)
+//     J[i].x is X derivative of the i'th component of the noise so J[2].x is dNz/dx
+// You can use this to compute the noise, gradient, curl, or divergence:
+//   float3x4 J = JacobianSimplex_ALU(...);
+//   float3 VNoise = float3(J[0].w, J[1].w, J[2].w);	// 3D noise
+//   float3 Grad = J[0].xyz;							// gradient of J[0].w
+//   float3 Curl = float3(J[1][2]-J[2][1], J[2][0]-J[0][2], J[0][1]-J[1][2]);
+//   float Div = J[0][0]+J[1][1]+J[2][2];
+// All of these are confirmed to compile out all unneeded terms.
+// So Grad of X doesn't compute Y or Z components, and VNoise doesn't do any of the derivative computation.
+float3x4 JacobianSimplex_ALU(float3 v, bool bTiling, float RepeatSize)
+{
+	int3 MGradientMask = int3(0x8000, 0x4000, 0x2000);
+	float3 MGradientScale = float3(1. / 0x4000, 1. / 0x2000, 1. / 0x1000);
+
+	// corners of tetrahedron
+	float4x3 T = SimplexCorners(v);
+	// TODO: uint3
+	int3 rand = int3(0);
+	float4x3 gvec0 = float4x3(1.0);
+	float4x3 gvec1 = float4x3(1.0);
+	float4x3 gvec2 = float4x3(1.0);
+	float4x3 fv = float4x3(1.0);
+	float3x4 grad = float3x4(1.0);
+
+	// processing of tetrahedral vertices, unrolled
+	// to compute gradient at each corner
+	fv[0] = v - T[0];
+	rand = Rand3DPCG16(int3(math::floor(NoiseTileWrap(6 * T[0] + 0.5, bTiling, RepeatSize))));
+	gvec0[0] = float3(int3(rand.x,rand.x,rand.x) & MGradientMask) * MGradientScale - 1;
+	gvec1[0] = float3(int3(rand.y,rand.y,rand.y) & MGradientMask) * MGradientScale - 1;
+	gvec2[0] = float3(int3(rand.z,rand.z,rand.z) & MGradientMask) * MGradientScale - 1;
+	grad[0][0] = math::dot(gvec0[0], fv[0]);
+	grad[1][0] = math::dot(gvec1[0], fv[0]);
+	grad[2][0] = math::dot(gvec2[0], fv[0]);
+
+	fv[1] = v - T[1];
+	rand = Rand3DPCG16(int3(math::floor(NoiseTileWrap(6 * T[1] + 0.5, bTiling, RepeatSize))));
+	gvec0[1] = float3(int3(rand.x,rand.x,rand.x) & MGradientMask) * MGradientScale - 1;
+	gvec1[1] = float3(int3(rand.y,rand.y,rand.y) & MGradientMask) * MGradientScale - 1;
+	gvec1[1] = float3(int3(rand.z,rand.z,rand.z) & MGradientMask) * MGradientScale - 1;
+	grad[0][1] = math::dot(gvec0[1], fv[1]);
+	grad[1][1] = math::dot(gvec1[1], fv[1]);
+	grad[2][1] = math::dot(gvec2[1], fv[1]);
+
+	fv[2] = v - T[2];
+	rand = Rand3DPCG16(int3(math::floor(NoiseTileWrap(6 * T[2] + 0.5, bTiling, RepeatSize))));
+	gvec0[2] = float3(int3(rand.x,rand.x,rand.x) & MGradientMask) * MGradientScale - 1;
+	gvec1[2] = float3(int3(rand.y,rand.y,rand.y) & MGradientMask) * MGradientScale - 1;
+	gvec2[2] = float3(int3(rand.z,rand.z,rand.z) & MGradientMask) * MGradientScale - 1;
+	grad[0][2] = math::dot(gvec0[2], fv[2]);
+	grad[1][2] = math::dot(gvec1[2], fv[2]);
+	grad[2][2] = math::dot(gvec2[2], fv[2]);
+
+	fv[3] = v - T[3];
+	rand = Rand3DPCG16(int3(math::floor(NoiseTileWrap(6 * T[3] + 0.5, bTiling, RepeatSize))));
+	gvec0[3] = float3(int3(rand.x,rand.x,rand.x) & MGradientMask) * MGradientScale - 1;
+	gvec1[3] = float3(int3(rand.y,rand.y,rand.y) & MGradientMask) * MGradientScale - 1;
+	gvec2[3] = float3(int3(rand.z,rand.z,rand.z) & MGradientMask) * MGradientScale - 1;
+	grad[0][3] = math::dot(gvec0[3], fv[3]);
+	grad[1][3] = math::dot(gvec1[3], fv[3]);
+	grad[2][3] = math::dot(gvec2[3], fv[3]);
+
+	// blend gradients
+	float4 sv = SimplexSmooth(fv);
+	float3x4 ds = SimplexDSmooth(fv);
+
+	float3x4 jacobian = float3x4(1.0);
+	float3 vec0 = gvec0*sv + grad[0]*ds; // NOTE: mdl is column major, convert from UE4 (row major)
+	jacobian[0] = float4(vec0.x, vec0.y, vec0.z, math::dot(sv, grad[0]));
+	float3 vec1 = gvec1*sv + grad[1]*ds;
+	jacobian[1] = float4(vec1.x, vec1.y, vec1.z, math::dot(sv, grad[1]));
+	float3 vec2 = gvec2*sv + grad[2]*ds;
+	jacobian[2] = float4(vec2.x, vec2.y, vec2.z, math::dot(sv, grad[2]));
+
+	return jacobian;
+}
+
+// While RepeatSize is a float here, the expectation is that it would be largely integer values coming in from the UI. The downstream logic assumes
+// floats for all called functions (NoiseTileWrap) and this prevents any float-to-int conversion errors from automatic type conversion.
+float Noise3D_Multiplexer(uniform texture_2d PerlinNoiseGradientTexture, uniform texture_3d PerlinNoise3DTexture, int Function, float3 Position, int Quality, bool bTiling, float RepeatSize)
+{
+	// verified, HLSL compiled out the switch if Function is a constant
+	switch(Function)
+	{
+		case 0:
+			return SimplexNoise3D_TEX(PerlinNoiseGradientTexture, Position);
+		case 1:
+			return GradientNoise3D_TEX(PerlinNoiseGradientTexture, Position, bTiling, RepeatSize);
+		case 2:
+			return FastGradientPerlinNoise3D_TEX(PerlinNoise3DTexture, Position);
+		case 3:
+			return GradientNoise3D_ALU(Position, bTiling, RepeatSize);
+		case 4:
+			return ValueNoise3D_ALU(Position, bTiling, RepeatSize);
+		case 5:
+			return VoronoiNoise3D_ALU(Position, Quality, bTiling, RepeatSize, true).w * 2.0 - 1.0;
+	}
+	return 0;
+}
+//----------------------------------------------------------
+
+export float noise(uniform texture_2d PerlinNoiseGradientTexture, uniform texture_3d PerlinNoise3DTexture, float3 Position, float Scale, float Quality, float Function, float Turbulence, float Levels, float OutputMin, float OutputMax, float LevelScale, float FilterWidth, float Tiling, float RepeatSize)
+[[
+    anno::description("Noise"),
+    anno::noinline()
+]]
+{
+	Position *= Scale;
+	FilterWidth *= Scale;
+
+	float Out = 0.0f;
+	float OutScale = 1.0f;
+	float InvLevelScale = 1.0f / LevelScale;
+	
+	int iFunction(Function);
+	int iQuality(Quality);
+	int iLevels(Levels);
+	bool bTurbulence(Turbulence);
+	bool bTiling(Tiling);
+	
+	for(int i = 0; i < iLevels; ++i)
+	{
+		// fade out noise level that are too high frequent (not done through dynamic branching as it usually requires gradient instructions)
+		OutScale *= math::saturate(1.0 - FilterWidth);
+
+		if(bTurbulence)
+		{
+			Out += math::abs(Noise3D_Multiplexer(PerlinNoiseGradientTexture, PerlinNoise3DTexture, iFunction, Position, iQuality, bTiling, RepeatSize)) * OutScale;
+		}
+		else
+		{
+			Out += Noise3D_Multiplexer(PerlinNoiseGradientTexture, PerlinNoise3DTexture, iFunction, Position, iQuality, bTiling, RepeatSize) * OutScale;
+		}
+
+		Position *= LevelScale;
+		RepeatSize *= LevelScale;
+		OutScale *= InvLevelScale;
+		FilterWidth *= LevelScale;
+	}
+
+	if(!bTurbulence)
+	{
+		// bring -1..1 to 0..1 range
+		Out = Out * 0.5f + 0.5f;
+	}
+
+	// Out is in 0..1 range
+	return math::lerp(OutputMin, OutputMax, Out);
+}
+
+// Material node for noise functions returning a vector value
+// @param LevelScale usually 2 but higher values allow efficient use of few levels
+// @return in user defined range (OutputMin..OutputMax)
+export float4 vector4_noise(float3 Position, float Quality, float Function, float Tiling, float TileSize)
+[[
+    anno::description("Vector Noise"),
+    anno::noinline()
+]]
+{
+	float4 result = float4(0,0,0,1);
+	float3 ret = float3(0);
+	int iQuality = int(Quality);
+	int iFunction = int(Function);
+	bool bTiling = Tiling > 0.0;
+	
+	float3x4 Jacobian = JacobianSimplex_ALU(Position, bTiling, TileSize);	// compiled out if not used
+
+	// verified, HLSL compiled out the switch if Function is a constant
+	switch (iFunction)
+	{
+	case 0:	// Cellnoise
+		ret = float3(Rand3DPCG16(int3(math::floor(NoiseTileWrap(Position, bTiling, TileSize))))) / 0xffff;
+		result = float4(ret.x, ret.y, ret.z, 1);
+		break;
+	case 1: // Color noise
+		ret = float3(Jacobian[0].w, Jacobian[1].w, Jacobian[2].w);
+		result = float4(ret.x, ret.y, ret.z, 1);
+		break;
+	case 2: // Gradient
+		result = Jacobian[0];
+		break;
+	case 3: // Curl
+		ret = float3(Jacobian[2][1] - Jacobian[1][2], Jacobian[0][2] - Jacobian[2][0], Jacobian[1][0] - Jacobian[0][1]);
+		result = float4(ret.x, ret.y, ret.z, 1);
+		break;
+	case 4: // Voronoi
+		result = VoronoiNoise3D_ALU(Position, iQuality, bTiling, TileSize, false);
+		break;
+	}
+	return result;
+}
+
+export float3 vector3_noise(float3 Position, float Quality, float Function, float Tiling, float TileSize)
+[[
+    anno::description("Vector Noise float3 version"),
+    anno::noinline()
+]]
+{
+	float4 noise = vector4_noise(Position, Quality, Function, Tiling, TileSize);
+	return float3(noise.x, noise.y, noise.z);
+}
+
+
+// workaround for ue4 fresnel (without supporting for camera vector) : replacing it with 0.0, means facing to the view
+export float fresnel(float exponent [[anno::unused()]], float base_reflect_fraction [[anno::unused()]], float3 normal [[anno::unused()]])
+[[
+    anno::description("Fresnel"),
+    anno::noinline()
+]]
+{
+	return 0.0;
+}
+
+export float fresnel_function(float3 normal_vector [[anno::unused()]], float3 camera_vector [[anno::unused()]], 
+                                bool invert_fresnel [[anno::unused()]], float power [[anno::unused()]], 
+                                bool use_cheap_contrast [[anno::unused()]], float cheap_contrast_dark [[anno::unused()]], float cheap_contrast_bright [[anno::unused()]], 
+                                bool clamp_fresnel_dot_product [[anno::unused()]])
+[[
+    anno::description("Fresnel Function"),
+    anno::noinline()
+]]
+{
+	return 0.0;
+}
+
+export float3 camera_vector()
+[[
+    anno::description("Camera Vector"),
+    anno::noinline()
+]]
+{
+	// assume camera postion is 0,0,0
+	return math::normalize(float3(0) - state::transform_point(state::coordinate_internal,state::coordinate_world,state::position()));
+}
+
+export float pixel_depth()
+[[
+    anno::description("Pixel Depth"),
+    anno::noinline()
+]]
+{
+	return 256.0f;
+}
+
+export float scene_depth()
+[[
+    anno::description("Scene Depth")
+]]
+{
+	return 65500.0f;
+}
+
+export float3 scene_color()
+[[
+    anno::description("Scene Color")
+]]
+{
+	return float3(1.0f);
+}
+
+export float4 vertex_color()
+[[
+    anno::description("Vertex Color"),
+    anno::noinline()
+]]
+{
+	return float4(1.0f);
+}
+
+export float4 vertex_color_from_coordinate(int VertexColorCoordinateIndex)
+[[
+    anno::description("Vertex Color for float2 PrimVar"),
+    anno::noinline()
+]]
+{
+	// Kit only supports 4 uv sets, 2 uvs are available to vertex color. if vertex color index is invalid, output the constant WHITE color intead
+	return (VertexColorCoordinateIndex > 2) ? float4(1.0f) : float4(state::texture_coordinate(VertexColorCoordinateIndex).x, state::texture_coordinate(VertexColorCoordinateIndex).y, state::texture_coordinate(VertexColorCoordinateIndex+1).x, state::texture_coordinate(VertexColorCoordinateIndex+1).y);
+}
+
+export float3 camera_position()
+[[
+    anno::description("Camera Position"),
+    anno::noinline()
+]]
+{
+	return float3(1000.0f, 0, 0);
+}
+
+export float3 rotate_about_axis(float4 NormalizedRotationAxisAndAngle, float3 PositionOnAxis, float3 Position)
+[[
+    anno::description("Rotates Position about the given axis by the given angle")
+]]
+{
+	// Project Position onto the rotation axis and find the closest point on the axis to Position
+	float3 NormalizedRotationAxis = float3(NormalizedRotationAxisAndAngle.x,NormalizedRotationAxisAndAngle.y,NormalizedRotationAxisAndAngle.z);
+	float3 ClosestPointOnAxis = PositionOnAxis + NormalizedRotationAxis * math::dot(NormalizedRotationAxis, Position - PositionOnAxis);
+	// Construct orthogonal axes in the plane of the rotation
+	float3 UAxis = Position - ClosestPointOnAxis;
+	float3 VAxis = math::cross(NormalizedRotationAxis, UAxis);
+	float[2] SinCosAngle = math::sincos(NormalizedRotationAxisAndAngle.w);
+	// Rotate using the orthogonal axes
+	float3 R = UAxis * SinCosAngle[1] + VAxis * SinCosAngle[0];
+	// Reconstruct the rotated world space position
+	float3 RotatedPosition = ClosestPointOnAxis + R;
+	// Convert from position to a position offset
+	return RotatedPosition - Position;
+}
+
+export float2 rotate_scale_offset_texcoords(float2 InTexCoords, float4 InRotationScale, float2 InOffset)
+[[
+    anno::description("Returns a float2 texture coordinate after 2x2 transform and offset applied")
+]]
+{
+	return float2(math::dot(InTexCoords, float2(InRotationScale.x, InRotationScale.y)), math::dot(InTexCoords, float2(InRotationScale.z, InRotationScale.w))) + InOffset;
+}
+
+export float3 reflection_custom_world_normal(float3 WorldNormal, bool bNormalizeInputNormal)
+[[
+    anno::description("Reflection vector about the specified world space normal")
+]]
+{
+	if (bNormalizeInputNormal)
+	{
+		WorldNormal = math::normalize(WorldNormal);
+	}
+
+	return -camera_vector() + WorldNormal * math::dot(WorldNormal, camera_vector()) * 2.0;
+}
+
+export float3 reflection_vector()
+[[
+    anno::description("Reflection Vector"),
+    anno::noinline()
+]]
+{
+    float3 normal = state::transform_normal(state::coordinate_internal,state::coordinate_world,state::normal());
+	return reflection_custom_world_normal(normal, false);
+}
+
+export float dither_temporalAA(float AlphaThreshold = 0.5f, float Random = 1.0f [[anno::unused()]])
+[[
+    anno::description("Dither TemporalAA"),
+    anno::noinline()
+]]
+{
+	return AlphaThreshold;
+}
+

materials/README.txt

@@ -0,0 +1 @@
+This directory exists because the SimReady prop sublayers under external/omniverse_mirror/simready_props/<name>/ bind their MDL material through the relative asset path ../../../materials/SimPBR.mdl (e.g. antiquelvasesmall_inst_base.usd), which from that location resolves to external/materials/; without it, renders log the MDL error "could not find module '::..::..::..::materials::SimPBR'" and the affected props (50 of 280 pool assets) render untextured. The contents are byte-identical copies (sha256-verified) of the 28 mirrored files, plus the mirror_manifest.json documenting them, from external/omniverse_mirror/Assets/simready_content/materials/, whose manifest records the upstream source https://omniverse-content-production.s3.us-west-2.amazonaws.com under prefix Assets/simready_content/materials/ (mirrored 2026-07-07). Copied on 2026-08-18.

materials/SimPBR.mdl

@@ -0,0 +1,562 @@
+/*****************************************************************************
+*     Copyright 1986-2020 NVIDIA Corporation. All rights reserved.
+******************************************************************************
+
+ MDL MATERIALS ARE PROVIDED PURSUANT TO AN END USER LICENSE  AGREEMENT,
+ WHICH WAS ACCEPTED IN ORDER TO GAIN ACCESS TO THIS FILE.  IN PARTICULAR,
+ THE MDL MATERIALS ARE PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
+ EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF
+ MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OF
+ COPYRIGHT, PATENT, TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL NVIDIA
+ CORPORATION BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, INCLUDING
+ ANY GENERAL, SPECIAL,  INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES,
+ WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF
+ THE USE OR INABILITY TO USE THE MDL MATERIALS OR FROM OTHER DEALINGS IN
+ THE MDL MATERIALS.
+*/
+
+mdl 1.4;
+
+import ::df::*;
+import ::state::*;
+import ::math::*;
+import ::base::*;
+import ::tex::*;
+import ::anno::*;
+
+import ::nvidia::core_definitions::file_texture;
+import ::nvidia::core_definitions::normalmap_texture;
+
+using .::SimPBR_Model import *;
+using .::baking_annotations import *;
+
+export material SimPBR(
+    // -------------------- DIFFUSE REFLECTION ----------------------
+    color diffuse_color_constant = color(0.2f)
+    [[
+        anno::display_name("Albedo Base Color"),
+        anno::description("The base albedo color to use if no texture is specified"),
+        anno::in_group("Diffuse")
+    ]],
+    uniform texture_2d diffuse_texture = texture_2d()
+    [[
+        anno::display_name("Albedo Map"),
+        anno::description("The texture specifying the albedo value to use"),
+        anno::in_group("Diffuse")
+    ]],
+    uniform color diffuse_tint = color(1.0f)
+    [[
+        anno::display_name("Albedo Tint"),
+        anno::description("This tints the albedo color or texture contant"),
+        anno::in_group("Diffuse")
+    ]],
+    uniform bool enable_transmission = false
+    [[
+        anno::display_name("Enable Diffuse Transmission"),
+        anno::description("Enables the diffuse transmission of light through thin diffuse scattering layer"),
+        anno::in_group("Diffuse")
+    ]],
+    uniform float opacity_ratio = 1.f
+    [[
+        anno::enable_if("enable_transmission == true"),
+        anno::display_name("Opacity Ratio"),
+        anno::description("Amount of opacity"),
+        anno::in_group("Diffuse")
+    ]],
+    uniform color opacity_tint = color(1.0f)
+    [[
+        anno::enable_if("enable_transmission == true"),
+        anno::display_name("Diffuse transmission tint"),
+        anno::description("Base diffuse transmission color"),
+        anno::in_group("Diffuse")
+    ]],
+    uniform float opacity_multiplier = 1.f
+    [[
+        anno::enable_if("enable_transmission == true"),
+        anno::display_name("Diffuse transmission multiplier"),
+        anno::description("Base diffuse transmission multiplier"),
+        anno::in_group("Diffuse")
+    ]],
+
+    // -------------------- SPECULAR REFLECTION ----------------------
+    float reflection_roughness_constant = 0.5f
+    [[
+        anno::display_name("Roughness Amount"),
+        anno::hard_range(0.0,1.),
+        anno::description("Higher roughness values lead to more blurry reflections"),
+        anno::in_group("Specular")
+    ]],
+    uniform float reflection_roughness_texture_influence = 0.0f
+    [[
+        anno::display_name("Roughness Map Influence"),
+        anno::hard_range(0.0, 1.),
+        anno::description("Blends between the constant value and the lookup of the roughness texture"),
+        anno::in_group("Specular")
+    ]],
+    uniform texture_2d reflectionroughness_texture = texture_2d()
+    [[
+        anno::display_name("Roughness Map"),
+        anno::in_group("Specular")
+    ]],
+
+    float anisotropy_constant = 0.0f
+    [[
+        anno::display_name("Anisotropy Amount"),
+        anno::hard_range(-1.,1.),
+        anno::description("0 for isotropic, extents of -1 to 1 for anisotropy"),
+        anno::in_group("Specular")
+    ]],
+    uniform float anisotropy_texture_influence = 0.0f
+    [[
+        anno::display_name("Anisotropy Map Influence"),
+        anno::hard_range(0.0, 1.),
+        anno::description("Blends between the constant value and the lookup of the anisotropy texture"),
+        anno::in_group("Specular")
+    ]],
+    uniform texture_2d anisotropy_texture = texture_2d()
+    [[
+        anno::display_name("Anisotropy Map"),
+        anno::in_group("Specular")
+    ]],
+
+    float metallic_constant = 0.f
+    [[
+        anno::display_name("Metallic Amount"),
+        anno::hard_range(0.0,1.),
+        anno::description("Metallic Material"),
+        anno::in_group("Specular")
+    ]],
+    uniform float metallic_texture_influence = 0.0f
+    [[
+        anno::display_name("Metallic Map Influence"),
+        anno::hard_range(0.0, 1.),
+        anno::description("Blends between the constant value and the lookup of the metallic texture"),
+        anno::in_group("Specular")
+    ]],
+    uniform texture_2d metallic_texture = texture_2d()
+    [[
+        anno::display_name("Metallic Map"),
+        anno::in_group("Specular")
+    ]],
+
+    float specular_constant = 1.f
+    [[
+        anno::display_name("Specular amount"),
+        anno::hard_range(0.0, 1.0),
+        anno::description("Scale of the specular component"),
+        anno::in_group("Specular")
+    ]],
+    uniform texture_2d specular_texture = texture_2d()
+    [[
+        anno::display_name("Specular Map"),
+        anno::in_group("Specular")
+    ]],
+
+    // -------------------- ORM ----------------------
+    uniform bool enable_ORM_texture = true
+    [[
+        anno::display_name("Enable ORM Texture"),
+        anno::description("When True the ORM texture will be used to extract the Occlusion, Roughness and Metallic Map"),
+        anno::in_group("Reflectivity")
+    ]],
+    uniform texture_2d ORM_texture = texture_2d()
+    [[
+        anno::display_name("ORM Map"),
+        anno::description("Texture that hae Occlusion, Roughness and Metallic map stored in the respective r, g and b channels"),
+        anno::in_group("Reflectivity")
+    ]],
+
+    // -------------------- Clearcoat ----------------------
+    uniform bool enable_clearcoat = false
+    [[
+        anno::display_name("Enable Clearcoat Layer"),
+        anno::description("Adds a  clearcoat layer on top of the material when enabled"),
+        anno::in_group("Clearcoat")
+    ]],
+    color clearcoat_tint = color(1.0f)
+    [[
+        anno::display_name("Clearcoat Tint"),
+        anno::description("Clearcoat is tinted and affects the underlying material"),
+        anno::in_group("Clearcoat")
+    ]],
+    float clearcoat_transparency = 1.0f
+    [[
+        anno::display_name("Clearcoat Transparency"),
+        anno::description("Adjusts the transparency of the clearcoat. Can be turned into a fully opaque clearcoat "
+        "covering the underlying layer"),
+        anno::in_group("Clearcoat")
+    ]],
+    float clearcoat_reflection_roughness = 0.0f
+    [[
+        anno::display_name("Clearcoat Roughness"),
+        anno::description("Higher roughness values lead to more blurry reflections"),
+        anno::hard_range(0.0f, 1.0f),
+        anno::in_group("Clearcoat")
+    ]],
+    float clearcoat_weight = 1.0f
+    [[
+        anno::display_name("Clearcoat Weight"),
+        anno::description("Sets the weight for clearcoat layer"),
+        anno::hard_range(0.0f, 1.0f),
+        anno::in_group("Clearcoat")
+    ]],
+    float clearcoat_flatten = 1.0f
+    [[
+        anno::display_name("Clearcoat Flatten"),
+        anno::description("Flattens the clearcoat to even out the underlying bump maps"),
+        anno::hard_range(0.0f, 1.0f),
+        anno::in_group("Clearcoat")
+    ]],
+    float clearcoat_ior = 1.56f
+    [[
+        anno::display_name("Clearcoat IOR"),
+        anno::description("Sets the Index of refraction for the clearcoat layer"),
+        anno::soft_range(1.0f, 4.0f),
+        anno::in_group("Clearcoat")
+    ]],
+    uniform float clearcoat_bump_factor = 1.f
+    [[
+        anno::display_name("Clearcoat Normal Map Strength"),
+        anno::description("Strength of normal map."),
+        anno::in_group("Clearcoat")
+    ]],
+
+    float3 clearcoat_normal_input = float3(0.0, 0.0, 0.0),
+    uniform texture_2d clearcoat_normalmap_texture = texture_2d()
+    [[
+        anno::display_name("Clearcoat Normal Map"),
+        anno::description("Enables the usage of the normalmap texture"),
+        anno::in_group("Clearcoat")
+    ]],
+
+    uniform bool clearcoat_flip_tangent_u = false
+    [[
+        anno::display_name("Clearcoat Normal Map Flip U Tangent"),
+        anno::in_group("Clearcoat")
+    ]],
+    uniform bool clearcoat_flip_tangent_v = true
+    [[
+        anno::display_name("Clearcoat Normal Map Flip V Tangent"),
+        anno::in_group("Clearcoat")
+    ]],
+
+
+    // -------------------- REFLECTIVITY ----------------------
+    uniform bool enable_retroreflection = false
+    [[
+        anno::display_name("Enable Retroreflection"),
+        anno::in_group("Reflectivity")
+    ]],
+    color retroreflection_tint = color(.182,.800,.000)
+    [[
+        anno::display_name("Retro-reflection tint"),
+        anno::description("The tint of the retroreflection"),
+        anno::in_group("Reflectivity")
+    ]],
+    uniform float normal_reflectivity = 0.5
+    [[
+        anno::display_name("Retro-reflection weight facing"),
+        anno::hard_range(0.0,1.),
+        anno::description("Reflectivity control for geometry facing the viewer"),
+        anno::in_group("Reflectivity")
+    ]],
+    uniform float grazing_reflectivity = 1.0
+    [[
+        anno::display_name("Retro-reflection weight edge"),
+        anno::hard_range(0.0,1.),
+        anno::description("Reflectivity control for the reflectivity at geometry edges"),
+        anno::in_group("Reflectivity")
+    ]],
+
+    // -------------------- AMBIENT OCCLUSION ----------------------
+    float ao_to_diffuse = 0.0
+    [[
+        anno::display_name("AO to Diffuse"),
+        anno::description("Controls the amount of ambient occlusion multiplied into the diffuse color channel"),
+        anno::in_group("AO")
+    ]],
+    float ao_input = float(1.0),
+    uniform texture_2d ao_texture = texture_2d()
+    [[
+        anno::display_name("Ambient Occlusion Map"),
+        anno::description("The Ambient Occlusion texture for the material"),
+        anno::in_group("AO")
+    ]],
+
+    // -------------------- EMISSIVE ----------------------
+    uniform bool enable_emission = false
+    [[
+        anno::display_name("Enable Emission"),
+        anno::description("Enables the emission of light from the material"),
+        anno::in_group("Emissive")
+    ]],
+    uniform color emissive_color = color(1.0, 0.1, 0.1)
+    [[
+        anno::enable_if("enable_emission == true"),
+        anno::display_name("Emissive Color"),
+        anno::description("The emission color"),
+        anno::in_group("Emissive")
+    ]],
+
+    color emissive_mask_input = color(1.0),
+    uniform texture_2d emissive_mask_texture = texture_2d()
+    [[
+        anno::enable_if("enable_emission == true"),
+        anno::display_name("Emissive Mask Map"),
+        anno::description("The texture masking the emissive color"),
+        anno::in_group("Emissive")
+    ]],
+    uniform float emissive_intensity = 40.f
+    [[
+        anno::enable_if("enable_emission == true"),
+        anno::display_name("Emissive Intensity"),
+        anno::description("Intensity of the emission"),
+        anno::in_group("Emissive")
+    ]],
+    uniform bool enable_emissive_flipbook = false
+    [[
+        anno::display_name("Enable Flipbook for emission"),
+        anno::description("Allows the use of animated emissive textures (e.g. video screens)"),
+        anno::in_group("Emissive")
+    ]],
+    uniform int2 flipbook_dim = int2(1,1)
+    [[
+        anno::enable_if("enable_emissive_flipbook == true"),
+        anno::display_name("Flipbook Rows/Columns"),
+        anno::description("How many rows and columns are in the flipbook?"),
+        anno::in_group("Emissive")
+    ]],
+    uniform int target_fps = 1
+    [[
+        anno::enable_if("enable_emissive_flipbook == true"),
+        anno::display_name("Flipbook Target FPS"),
+        anno::description("Playback speed in frames per second"),
+        anno::in_group("Emissive")
+    ]],
+
+    // -------------------- ALPHA  ----------------------
+    uniform bool enable_opacity = false
+    [[
+        anno::display_name("Enable Opacity"),
+        anno::description("Enables or disables alpha functionality"),
+        anno::in_group("Alpha")
+    ]],
+    float alpha_constant = 1.0
+    [[
+        anno::enable_if("enable_opacity == true"),
+        anno::display_name("Opacity Fallback Constant"),
+        anno::hard_range(0.0, 1.0),
+        anno::description("The base alpha constant to use if no texture is specified"),
+        anno::in_group("Alpha")
+    ]],
+    uniform texture_2d opacity_texture = texture_2d()
+    [[
+        anno::enable_if("enable_opacity == true"),
+        anno::display_name("Opacity Map"),
+        anno::description("The texture specifying the opacity value to use"),
+        anno::in_group("Alpha")
+    ]],
+    uniform bool enable_opacity_cutout = false
+    [[
+        anno::enable_if("enable_opacity == true"),
+        anno::display_name("Enable Alpha Cutout"),
+        anno::description("Enables or disables alpha cutout functionality"),
+        anno::in_group("Alpha")
+    ]],
+    uniform float alpha_cutout_cutoff = 1.f
+    [[
+        anno::enable_if("enable_opacity == true"),
+        anno::enable_if("enable_opacity_cutout == true"),
+        anno::hard_range(0.0, 1.0),
+        anno::display_name("Alpha Cutout Cutoff"),
+        anno::description("The cutoff value to to render as transparent up to and opaque past"),
+        anno::in_group("Alpha")
+    ]],
+
+    // -------------------- NORMAL ----------------------
+    uniform float bump_factor = 1.f
+    [[
+        anno::display_name("Normal Map Strength"),
+        anno::description("Strength of normal map."),
+        anno::in_group("Normal")
+    ]],
+
+    float3 normal_input = state::normal(),
+    uniform texture_2d normalmap_texture = texture_2d()
+    [[
+        anno::display_name("Normal Map"),
+        anno::in_group("Normal")
+    ]],
+    uniform bool flip_tangent_u = false
+    [[
+        anno::display_name("Normal Map Flip U Tangent"),
+        anno::in_group("Normal")
+    ]],
+    uniform bool flip_tangent_v = true
+    [[
+        anno::display_name("Normal Map Flip V Tangent"),
+        anno::in_group("Normal")
+    ]],
+
+    // -------------------- UV ADJUSTMENTS ----------------------
+    uniform bool project_uvw = false
+    [[
+        anno::display_name("Enable Project UVW Coordinates"),
+        anno::description("When enabled, UV coordinates will be generated by projecting them from a coordinate system"),
+        anno::in_group("UV")
+    ]],
+    uniform bool world_or_object = false
+    [[
+        anno::enable_if("project_uvw == true"),
+        anno::display_name("Enable World Space"),
+        anno::description("When set to 'true' uses world space for projection, when 'false' object space is used"),
+        anno::in_group("UV")
+    ]],
+    uniform float2 texture_translate =  float2(0.0f)
+    [[
+        anno::display_name("Texture Translate"),
+        anno::description("Controls position of texture."),
+        anno::in_group("UV")
+    ]],
+    uniform float2 texture_scale =  float2(1.0f)
+    [[
+        anno::display_name("Texture Tiling"),
+        anno::description("Controls repetition of the texture."),
+        anno::in_group("UV")
+    ]],
+    uniform float2 texture_speed =  float2(0.0f)
+    [[
+        anno::display_name("Texture Speed"),
+        anno::description("Scrolling texture animation speed in UVs per sec."),
+        anno::in_group("UV")
+    ]]
+)
+[[
+    anno::display_name("Sim PBR"),
+    anno::description("Supports the opaque alpha cutout material model of the Sim Renderer"),
+    anno::in_group("SimReady"),
+    anno::version( 1, 0, 0),
+    anno::author("NVIDIA CORPORATION"),
+    anno::key_words(string[]("Sim", "PBR", "opaque", "alpha", "cutout", "omniverse", "generic"))
+]]
+ = let {
+    base::texture_coordinate_system the_system = world_or_object ? base::texture_coordinate_world : base::texture_coordinate_object;
+
+    base::texture_coordinate_info uvw = project_uvw ?
+        base::coordinate_projection(
+            coordinate_system: the_system,
+            texture_space: 0,
+            projection_type: base::projection_cubic
+        ) : base::coordinate_source(
+            coordinate_system: base::texture_coordinate_uvw,
+            texture_space: 0
+        );
+
+    // Need to use a small value so the compiler doesnt optimize out this var...
+    float t = 0.00000001;//state::animation_time();
+    base::texture_coordinate_info transformed_uvw =  base::transform_coordinate(
+        transform: base::rotation_translation_scale(
+        scaling: float3(texture_scale.x, texture_scale.y, 1.0),
+        rotation: float3(0.0, 0.0, 0.0 ),
+        translation: float3(texture_translate.x + t * texture_speed.x, texture_translate.y + t * texture_speed.y, 0.0)),
+        coordinate: uvw
+    );
+    float2 uv = float2(transformed_uvw.position.x, transformed_uvw.position.y);
+
+    // Diffuse Color Lookup and AO
+    float4 base_lookup = tex::texture_isvalid(diffuse_texture) ? tex::lookup_float4(tex: diffuse_texture, coord: uv) : float4(1, 1, 1, 1);
+
+    float opacityValue = tex::texture_isvalid(opacity_texture) ? tex::lookup_float4(tex: opacity_texture, coord: uv).w : alpha_constant;
+
+    // Normal calculations
+    float3 normal_lookup =  tex::texture_isvalid(normalmap_texture) ?
+        base::tangent_space_normal_texture(
+            texture: normalmap_texture,
+            factor: bump_factor,
+            uvw: transformed_uvw,
+            flip_tangent_u: flip_tangent_u,
+            flip_tangent_v: flip_tangent_v
+        ) : normal_input;
+
+    float3 clearcoat_normal = tex::texture_isvalid(clearcoat_normalmap_texture) ?
+    base::tangent_space_normal_texture(
+        texture: clearcoat_normalmap_texture,
+        factor: clearcoat_bump_factor,
+        uvw: uvw,
+        flip_tangent_u: clearcoat_flip_tangent_u,
+        flip_tangent_v: clearcoat_flip_tangent_v
+    ) : clearcoat_normal_input;
+
+    float3 flattened_clearcoat_normal = ::math::lerp(normal_lookup, ::state::normal(), clearcoat_flatten);
+    float3 final_clearcoat_normal = tex::texture_isvalid(clearcoat_normalmap_texture) ? clearcoat_normal : flattened_clearcoat_normal;
+
+    float ao_lookup = tex::texture_isvalid(ao_texture) ? tex::lookup_float4(tex: ao_texture, coord: uv).x : ao_input;
+
+    color diffuse_color = tex::texture_isvalid(diffuse_texture) ? color(base_lookup.x, base_lookup.y, base_lookup.z) : diffuse_color_constant;
+
+    float3 ORM_lookup = tex::lookup_float3(
+        tex: ORM_texture,
+        coord: float2(transformed_uvw.position.x, transformed_uvw.position.y)
+    );
+
+    float roughness_lookup = tex::texture_isvalid(reflectionroughness_texture) ?
+        tex::lookup_float4(tex: reflectionroughness_texture, coord: uv).x : reflection_roughness_constant;
+    float anisotropy_lookup = tex::texture_isvalid(anisotropy_texture) ?
+        (tex::lookup_float4(tex: anisotropy_texture, coord: uv).x * 2.0f - 1.0f) : anisotropy_constant;
+    float metallic_lookup = tex::texture_isvalid(metallic_texture) ?
+        tex::lookup_float4(tex: metallic_texture, coord: uv).x : metallic_constant;
+    float specular_lookup = tex::texture_isvalid(specular_texture) ?
+        tex::lookup_float4(tex: specular_texture, coord: uv).x : specular_constant;
+
+    float roughness_selection = enable_ORM_texture ? ORM_lookup.y : roughness_lookup;
+    float metallic_selection = enable_ORM_texture ? ORM_lookup.z : metallic_lookup;
+    float ao = enable_ORM_texture ? ORM_lookup.x : ao_lookup;
+
+    float reflection_roughness =  math::lerp(reflection_roughness_constant, roughness_selection, reflection_roughness_texture_influence);
+    float anisotropy =  math::lerp(anisotropy_constant, anisotropy_lookup, anisotropy_texture_influence);
+    float metallic = math::lerp(metallic_constant, metallic_selection, metallic_texture_influence);
+
+    int rows = flipbook_dim.x;
+    int columns = flipbook_dim.y;
+    int numFrames = rows * columns;
+    varying int frameIdx = int(state::animation_time() * target_fps) % numFrames;
+    varying float2 baseUV = float2(transformed_uvw.position.x, transformed_uvw.position.y);
+    varying float2 emissiveUV = enable_emissive_flipbook ?
+        ((baseUV + float2(frameIdx % rows, frameIdx / rows)) / float2(rows, columns)) : baseUV;
+
+    color emissive_mask = tex::texture_isvalid(emissive_mask_texture) ?
+        tex::lookup_color(emissive_mask_texture, emissiveUV, tex::wrap_repeat, tex::wrap_repeat) : emissive_mask_input;
+
+} in SimPBR_Model(
+    diffuse_color: diffuse_color,
+    diffuse_tint: diffuse_tint,
+    roughness: reflection_roughness,
+    anisotropy: anisotropy,
+    metallic: metallic,
+    specular: specular_lookup,
+    normal: normal_lookup,
+    enable_clearcoat: enable_clearcoat,
+    clearcoat_tint: clearcoat_tint,
+    clearcoat_transparency: clearcoat_transparency,
+    clearcoat_reflection_roughness: clearcoat_reflection_roughness,
+    clearcoat_weight: clearcoat_weight,
+    clearcoat_ior: clearcoat_ior,
+    clearcoat_normal: final_clearcoat_normal,
+    enable_retroreflection: enable_retroreflection,
+    retroreflection_tint: retroreflection_tint,
+    normal_reflectivity: normal_reflectivity,
+    grazing_reflectivity: grazing_reflectivity,
+    ao_to_diffuse: ao_to_diffuse,
+    ao: ao,
+    enable_emission: enable_emission,
+    emissive_color: emissive_color,
+    emissive_mask: emissive_mask,
+    emissive_intensity: emissive_intensity,
+    enable_opacity: enable_opacity,
+    alpha: opacityValue,
+    enable_opacity_cutout: enable_opacity_cutout,
+    alpha_cutout_cutoff: alpha_cutout_cutoff,
+    opacity_ratio: enable_transmission ? opacity_ratio : 1.0,
+    opacity_tint : opacity_tint,
+    opacity_multiplier : opacity_multiplier
+);

materials/SimPBR_Model.mdl

@@ -0,0 +1,212 @@
+/*****************************************************************************
+*     Copyright 1986-2020 NVIDIA Corporation. All rights reserved.
+******************************************************************************
+
+ MDL MATERIALS ARE PROVIDED PURSUANT TO AN END USER LICENSE  AGREEMENT,
+ WHICH WAS ACCEPTED IN ORDER TO GAIN ACCESS TO THIS FILE.  IN PARTICULAR,
+ THE MDL MATERIALS ARE PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
+ EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF
+ MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OF
+ COPYRIGHT, PATENT, TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL NVIDIA
+ CORPORATION BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, INCLUDING
+ ANY GENERAL, SPECIAL,  INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES,
+ WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF
+ THE USE OR INABILITY TO USE THE MDL MATERIALS OR FROM OTHER DEALINGS IN
+ THE MDL MATERIALS.
+*/
+
+mdl 1.4;
+
+import ::df::*;
+import ::state::*;
+import ::math::*;
+import ::base::*;
+import ::tex::*;
+import ::anno::*;
+
+using .::baking_annotations import *;
+
+base::texture_return multiply_colors(
+    color color_1 = color(1.0, 1.0, 1.0),
+    color color_2 = color(.5, .5, .5),
+    float weight  = 1.0
+)
+[[
+    anno::hidden()
+]]
+{
+    return base::blend_color_layers(
+        layers: base::color_layer[](
+            base::color_layer(
+                layer_color: color_2,
+                weight: weight,
+                mode: base::color_layer_multiply
+            )
+        ), base: color_1
+    );
+}
+
+export material SimPBR_Model(
+    color diffuse_color = color(0.2f)               [[ target_baked_argument("diffuse_texture", "diffuse_color_constant", "RGBA8_UNORM") ]],
+    uniform color diffuse_tint = color(1.0f),
+    float roughness = 0.5f                          [[ target_baked_argument("reflectionroughness_texture", "reflection_roughness_constant", "R8_UNORM") ]],
+    float anisotropy = 0.0f                         [[ target_baked_argument("anisotropy_texture", "anisotropy_constant", "R8_SNORM") ]],
+    float metallic = 0.f                            [[ target_baked_argument("metallic_texture", "metallic_constant", "R8_UNORM") ]],
+    float specular = 1.f                            [[ target_baked_argument("specular_texture", "specular_constant", "R8_UNORM") ]],
+    float3 normal = float3(0.0, 0.0, 0.0)           [[ target_baked_argument("normalmap_texture", "normal_input", "RGBA8_SNORM", baking_annotations::TRANSFORM_UNORM_VECTOR) ]],
+    uniform bool enable_clearcoat = false,
+    color clearcoat_tint = color(1.0f),
+    float clearcoat_transparency = 1.0f,
+    float clearcoat_reflection_roughness = 0.0f,
+    float clearcoat_weight = 1.0f,
+    float clearcoat_ior = 1.56f,
+    float3 clearcoat_normal = float3(0.0, 0.0, 0.0) [[ target_baked_argument("clearcoat_normalmap_texture", "clearcoat_normal_input", "RGBA8_SNORM", baking_annotations::TRANSFORM_UNORM_VECTOR) ]],
+    uniform bool enable_retroreflection = false,
+    color retroreflection_tint = color(.182,.800,.000),
+    uniform float normal_reflectivity = 0.5,
+    uniform float grazing_reflectivity = 1.0,
+    float ao_to_diffuse = 0.0,
+    float ao = 1.0f                                 [[ target_baked_argument("ao_texture", "ao_input", "R8_UNORM") ]],
+    uniform bool enable_emission = false,
+    uniform color emissive_color = color(1.0, 0.1, 0.1),
+    color emissive_mask = color(1.0, 0.1, 0.1)      [[ target_baked_argument("emissive_mask_texture", "emissive_mask_input", "R8_UNORM") ]],
+    uniform float emissive_intensity = 40.f,
+    uniform bool enable_opacity = false,
+    float alpha = 1.0,
+    uniform bool enable_opacity_cutout = false,
+    uniform float alpha_cutout_cutoff = 1.f,
+    uniform float opacity_ratio = 1.f,
+    uniform color opacity_tint = color(1.0f),
+    uniform float opacity_multiplier = 1.f
+)
+[[
+    target_material_model(),
+    target_material_rendering("..::SimPBR::SimPBR")
+]]
+ = let {
+    color base_color = multiply_colors(diffuse_color, diffuse_tint, 1.0).tint;
+    color ao_weighted_base_color = multiply_colors(base_color, color(ao), ao_to_diffuse).tint;
+
+    float squared_roughness = roughness * roughness;
+    float roughness_u = squared_roughness * (1 + anisotropy);
+    float roughness_v = squared_roughness * (1 - anisotropy);
+
+    color diffuse_transmission_color = base_color * opacity_tint * opacity_multiplier;
+
+    bsdf diffuse_bsdf = df::weighted_layer(
+        weight: opacity_ratio,
+            layer: df::diffuse_reflection_bsdf(
+            tint: ao_weighted_base_color,
+            roughness: 0.0f
+        ),
+        base: df::diffuse_transmission_bsdf(tint: diffuse_transmission_color),
+        normal: enable_clearcoat ? normal : state::normal()
+    );
+
+    bsdf ggx_smith_bsdf = df::microfacet_ggx_smith_bsdf(
+        roughness_u: roughness_u,
+        roughness_v: roughness_v,
+        tint: color(1.0, 1.0, 1.0),
+        mode: df::scatter_reflect
+    );
+
+    bsdf custom_curve_layer_bsdf = df::custom_curve_layer(
+        normal_reflectivity: 0.03,
+        grazing_reflectivity: 1.0,
+        exponent: 5.0,
+        weight: specular,
+        layer: ggx_smith_bsdf,
+        base: diffuse_bsdf,
+        normal: enable_clearcoat ? normal : state::normal()
+    );
+
+    //
+    // Begin RETROREFLECTION SUPPORT
+    //
+    color final_retroreflection_color = multiply_colors(retroreflection_tint, base_color, 1.0).tint;
+    bsdf backscattering_glossy_bsdf = df::backscattering_glossy_reflection_bsdf(
+        tint: final_retroreflection_color,
+        roughness_u: squared_roughness
+    );
+
+    /*bsdf retroreflection_bsdf = df::custom_curve_layer(
+        normal_reflectivity: 1.-normal_reflectivity,
+        grazing_reflectivity: 1.-grazing_reflectivity,
+        base: backscattering_glossy_bsdf,
+        layer: custom_curve_layer_bsdf,
+        normal: enable_clearcoat ? normal_lookup : state::normal()
+    );*/
+
+    // if normal_reflectivity and grazing_reflectivity are 1 and weight is 1, just the layer is used
+    bsdf opt_retroreflection_bsdf = df::custom_curve_layer(
+        normal_reflectivity: enable_retroreflection ? 1.-normal_reflectivity : 1,
+        grazing_reflectivity: enable_retroreflection ? 1.-grazing_reflectivity : 1,
+        base: backscattering_glossy_bsdf,
+        layer: custom_curve_layer_bsdf,
+        normal: enable_clearcoat ? normal : state::normal()
+    );
+
+    //
+    // End RETROREFLECTION SUPPORT
+    //
+
+    bsdf directional_factor_bsdf = df::directional_factor(
+        normal_tint: ao_weighted_base_color,
+        grazing_tint: color(1.0, 1.0, 1.0),
+        exponent: 5.0f,
+        base: ggx_smith_bsdf
+    );
+
+    // CLEARCOAT
+    bsdf omni_PBR_bsdf = df::weighted_layer(
+        weight: metallic,
+        layer: directional_factor_bsdf,
+        base: opt_retroreflection_bsdf, //enable_retroreflection ? retroreflection_bsdf : custom_curve_layer_bsdf,
+        normal: enable_clearcoat ? normal : state::normal()
+    );
+
+    bsdf clearcoat_bsdf = df::microfacet_ggx_smith_bsdf(
+        roughness_u: clearcoat_reflection_roughness * clearcoat_reflection_roughness,
+        roughness_v: clearcoat_reflection_roughness * clearcoat_reflection_roughness,
+        tint: color(1.0f),
+        mode: df::scatter_reflect
+    );
+
+    // bsdf omni_PBR_coated_bsdf = df::custom_curve_layer(
+        // normal_reflectivity: clearcoat_reflectivity * 0.08,
+        // grazing_reflectivity: 1.0,
+        // weight: clearcoat_weight,
+        // layer: clearcoat_bsdf,
+        // base: omni_PBR_bsdf,
+        // normal: final_clearcoat_normal
+    // );
+
+    bsdf opt_opaque_clearcoat = df::weighted_layer(
+        weight: enable_clearcoat ? clearcoat_transparency : 1,
+        layer: ::df::tint(tint: enable_clearcoat ? clearcoat_tint : color(1), base: omni_PBR_bsdf),
+        base: ::df::diffuse_reflection_bsdf(tint: clearcoat_tint)
+    );
+
+    bsdf opt_omni_PBR_coated_bsdf = df::fresnel_layer(
+        ior: clearcoat_ior,
+        weight: enable_clearcoat ? clearcoat_weight : 0,
+        layer: clearcoat_bsdf,
+        base: opt_opaque_clearcoat,
+        normal: clearcoat_normal
+    );
+
+    bsdf final_bsdf = opt_omni_PBR_coated_bsdf;
+} in material(
+    thin_walled: false,
+    surface: material_surface(
+        scattering: final_bsdf,
+        emission: material_emission(
+            df::diffuse_edf(),
+            intensity: enable_emission ? emissive_color * emissive_mask * color(emissive_intensity) : color(0)
+        )
+    ),
+    geometry: material_geometry(
+        normal: enable_clearcoat ? state::normal() : normal,
+        cutout_opacity: enable_opacity ? (enable_opacity_cutout ? (alpha < alpha_cutout_cutoff ? 0.0 : 1.0) : alpha) : 1.0
+    )
+);

materials/SimPBR_Opacity.mdl

@@ -0,0 +1,651 @@
+/*****************************************************************************
+*     Copyright 1986-2020 NVIDIA Corporation. All rights reserved.
+******************************************************************************
+
+ MDL MATERIALS ARE PROVIDED PURSUANT TO AN END USER LICENSE  AGREEMENT,
+ WHICH WAS ACCEPTED IN ORDER TO GAIN ACCESS TO THIS FILE.  IN PARTICULAR, 
+ THE MDL MATERIALS ARE PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
+ EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF
+ MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OF 
+ COPYRIGHT, PATENT, TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL NVIDIA
+ CORPORATION BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, INCLUDING
+ ANY GENERAL, SPECIAL,  INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, 
+ WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF 
+ THE USE OR INABILITY TO USE THE MDL MATERIALS OR FROM OTHER DEALINGS IN 
+ THE MDL MATERIALS.
+*/
+
+mdl 1.4;
+
+import ::df::*;
+import ::state::*;
+import ::math::*;
+import ::base::*;
+import ::tex::*;
+import ::anno::*;
+
+import ::nvidia::core_definitions::file_texture;
+import ::nvidia::core_definitions::normalmap_texture;
+
+float4 raw_file_texture(
+    uniform texture_2d texture
+        [[ anno::description("The input texture") ]],
+    base::texture_coordinate_info uvw = base::texture_coordinate_info()
+        [[ anno::description("Custom value for texture coordinate") ]],
+    uniform float2 crop_u = float2(0.0, 1.0)
+        [[ anno::description("Restricts the texture access to sub-domain of the texture in the u direction") ]],
+    uniform float2 crop_v = float2(0.0, 1.0)
+        [[ anno::description("Restricts the texture access to sub-domain of the texture in the v direction") ]],
+    uniform tex::wrap_mode wrap_u = tex::wrap_repeat
+        [[ anno::description("Wrapping mode in the u direction") ]],
+    uniform tex::wrap_mode wrap_v = tex::wrap_repeat
+        [[ anno::description("Wrapping mode in the v direction") ]]
+)
+[[
+    anno::description("General texturing function for 2D bitmap texture stored in a file"),
+    anno::noinline()
+]]
+{
+    return tex::lookup_float4(texture, float2(uvw.position.x, uvw.position.y), wrap_u, wrap_v, crop_u, crop_v);
+}
+
+base::texture_return multiply_colors(
+  color color_1 = color(1.0, 1.0, 1.0),
+  color color_2 = color(.5, .5, .5),
+  float weight  = 1.0
+) [[ 
+  anno::hidden() 
+]]
+{
+  return base::blend_color_layers(
+        layers: base::color_layer[](
+          base::color_layer(
+            layer_color:  color_2,
+            weight:     weight,
+            mode:     base::color_layer_multiply
+            )),
+        base: color_1
+  );
+}
+
+base::texture_return add_colors(
+  color color_1 = color(.5, .5, .5),
+  color color_2 = color(.5, .5, .5),
+  float weight  = 1.0
+) [[ 
+  anno::hidden(), 
+  anno::unused()
+]]
+{
+  return base::blend_color_layers(
+        layers: base::color_layer[](
+          base::color_layer(
+            layer_color:  color_2,
+            weight:     weight,
+            mode:     base::color_layer_add
+            )),
+        base: color_1
+  );
+}
+
+base::texture_return blend_colors(
+  color color_1 = color(1.0, 1.0, 1.0),
+  color color_2 = color(.5, .5, .5),
+  float weight  = 1.0
+) [[ 
+  anno::hidden(),
+  anno::unused()
+]]
+{
+  return base::blend_color_layers(
+        layers: base::color_layer[](
+          base::color_layer(
+            layer_color:  color_2,
+            weight:     weight,
+            mode:     base::color_layer_blend
+            )),
+        base: color_1
+  );
+}
+
+export material SimPBR_Opacity(
+  // -------------------- DIFFUSE REFLECTION ----------------------
+  uniform color diffuse_color_constant = color(0.2f)
+  [[
+    anno::display_name("Albedo Base Color"),
+    anno::description("The base albedo color to use if no texture is specified"),
+    anno::in_group("Diffuse")
+  ]],
+  uniform texture_2d diffuse_texture = texture_2d()
+  [[
+    anno::display_name("Albedo Map"),
+    anno::description("The texture specifying the albedo value to use"),
+    anno::in_group("Diffuse")
+  ]],
+  uniform color diffuse_tint = color(1.0f)
+  [[
+    anno::display_name("Albedo Tint"),
+    anno::description("This tints the albedo color or texture contant"),
+    anno::in_group("Diffuse")
+  ]],
+
+  // -------------------- SPECULAR REFLECTION ----------------------
+  uniform float reflection_roughness_constant = 0.5f
+  [[
+    anno::display_name("Roughness Amount"),
+    anno::hard_range(0.0,1.),
+    anno::description("Higher roughness values lead to more blurry reflections"),
+    anno::in_group("Specular")
+  ]],
+  uniform float reflection_roughness_texture_influence = 0.0f
+  [[
+    anno::display_name("Roughness Map Influence"),
+    anno::hard_range(0.0, 1.),
+    anno::description("Blends between the constant value and the lookup of the roughness texture"),
+    anno::in_group("Specular")
+  ]],
+  uniform texture_2d reflectionroughness_texture = texture_2d()
+  [[
+    anno::display_name("Roughness Map"),
+    anno::in_group("Specular")
+  ]],
+
+  uniform float anisotropy_constant = 0.0f
+  [[
+    anno::display_name("Anisotropy Amount"),
+    anno::hard_range(-1.,1.),
+    anno::description("0 for isotropic, extents of -1 to 1 for anisotropy"),
+    anno::in_group("Specular")
+  ]],
+  uniform float anisotropy_texture_influence = 0.0f
+  [[
+    anno::display_name("Anisotropy Map Influence"),
+    anno::hard_range(0.0, 1.),
+    anno::description("Blends between the constant value and the lookup of the anisotropy texture"),
+    anno::in_group("Specular")
+  ]],
+  uniform texture_2d anisotropy_texture = texture_2d()
+  [[
+    anno::display_name("Anisotropy Map"),
+    anno::in_group("Specular")
+  ]],
+
+  uniform float metallic_constant = 0.f
+  [[
+    anno::display_name("Metallic Amount"),
+    anno::hard_range(0.0,1.),
+    anno::description("Metallic Material"),
+    anno::in_group("Specular")
+  ]],
+  uniform float metallic_texture_influence = 0.0f
+  [[
+    anno::display_name("Metallic Map Influence"),
+    anno::hard_range(0.0, 1.),
+    anno::description("Blends between the constant value and the lookup of the metallic texture"),
+    anno::in_group("Specular")
+  ]],
+  uniform texture_2d metallic_texture = texture_2d()
+  [[
+    anno::display_name("Metallic Map"),
+    anno::in_group("Specular")
+  ]],
+
+  // -------------------- ORM ----------------------
+  uniform bool enable_ORM_texture = true
+  [[
+    anno::display_name("Enable ORM Texture"),
+    anno::description("When True the ORM texture will be used to extract the Occlusion, Roughness and Metallic Map"),
+    anno::in_group("Reflectivity")
+  ]],
+  uniform texture_2d ORM_texture = texture_2d()
+  [[
+    anno::display_name("ORM Map"),
+    anno::description("Texture that hae Occlusion, Roughness and Metallic map stored in the respective r, g and b channels"),
+    anno::in_group("Reflectivity")
+  ]],
+
+  // -------------------- Clearcoat ----------------------
+  uniform bool enable_clearcoat = false
+  [[
+      anno::display_name("Enable Clearcoat Layer"),
+      anno::description("Adds a  clearcoat layer on top of the material when enabled"),
+      anno::in_group("Clearcoat")
+  ]],
+  color clearcoat_tint = color(1.0f)
+  [[
+      anno::display_name("Clearcoat Tint"),
+      anno::description("Clearcoat is tinted and affects the underlying material"),
+      anno::in_group("Clearcoat")
+  ]],
+  float clearcoat_transparency = 1.0f
+  [[
+      anno::display_name("Clearcoat Transparency"),
+      anno::description("Adjusts the transparency of the clearcoat. Can be turned into a fully opaque clearcoat "
+      "covering the underlying layer"),
+      anno::in_group("Clearcoat")
+  ]],
+  float clearcoat_reflection_roughness = 0.0f
+  [[
+      anno::display_name("Clearcoat Roughness"),
+      anno::description("Higher roughness values lead to more blurry reflections"),
+      anno::hard_range(0.0f, 1.0f),
+      anno::in_group("Clearcoat")
+  ]],
+  float clearcoat_weight = 1.0f
+  [[
+      anno::display_name("Clearcoat Weight"),
+      anno::description("Sets the weight for clearcoat layer"),
+      anno::hard_range(0.0f, 1.0f),
+      anno::in_group("Clearcoat")
+  ]],
+  float clearcoat_flatten = 1.0f
+  [[
+      anno::display_name("Clearcoat Flatten"),
+      anno::description("Flattens the clearcoat to even out the underlying bump maps"),
+      anno::hard_range(0.0f, 1.0f),
+      anno::in_group("Clearcoat")
+  ]],
+  float clearcoat_ior = 1.56f
+  [[
+      anno::display_name("Clearcoat IOR"),
+      anno::description("Sets the Index of refraction for the clearcoat layer"),
+      anno::soft_range(1.0f, 4.0f),
+      anno::in_group("Clearcoat")
+  ]],
+  uniform float clearcoat_bump_factor = 1.f
+  [[
+      anno::display_name("Clearcoat Normal Map Strength"),
+      anno::description("Strength of normal map."),
+      anno::in_group("Clearcoat")
+  ]],
+  uniform texture_2d clearcoat_normalmap_texture = texture_2d()
+  [[
+      anno::display_name("Clearcoat Normal Map"),
+      anno::description("Enables the usage of the normalmap texture"),
+      anno::in_group("Clearcoat")
+  ]],
+
+  // -------------------- REFLECTIVITY ----------------------
+  uniform bool enable_retroreflection = false
+  [[
+      anno::display_name("Enable Retroreflection"),
+      anno::in_group("Reflectivity")
+  ]],
+  color retroreflection_color = color(.182,.800,.000)
+  [[
+      anno::display_name("Retro-reflection color"),
+      anno::description("The color of the retroreflection"),
+      anno::in_group("Reflectivity")
+  ]],
+  uniform float normal_reflectivity = 0.5
+  [[
+      anno::display_name("Retro-reflection weight facing"),
+      anno::hard_range(0.0,1.),
+      anno::description("Reflectivity control for geometry facing the viewer"),
+      anno::in_group("Reflectivity")
+  ]],
+  uniform float grazing_reflectivity = 1.0
+  [[
+      anno::display_name("Retro-reflection weight edge"),
+      anno::hard_range(0.0,1.),
+      anno::description("Reflectivity control for the reflectivity at geometry edges"),
+      anno::in_group("Reflectivity")
+  ]],
+
+  // -------------------- AMBIENT OCCLUSION ----------------------
+  float ao_to_diffuse = 0.0
+  [[
+      anno::display_name("AO to Diffuse"),
+      anno::description("Controls the amount of ambient occlusion multiplied into the diffuse color channel"),
+      anno::in_group("AO")
+  ]],
+  uniform texture_2d ao_texture = texture_2d()
+  [[
+    anno::display_name("Ambient Occlusion Map"),
+    anno::description("The Ambient Occlusion texture for the material"),
+    anno::in_group("AO")
+  ]],
+
+  // -------------------- EMISSIVE ----------------------
+  uniform bool enable_emission = false
+  [[
+    anno::display_name("Enable Emission"),
+    anno::description("Enables the emission of light from the material"),
+    anno::in_group("Emissive")
+  ]],
+  uniform color emissive_color = color(1.0, 0.1, 0.1)
+  [[
+    anno::enable_if("enable_emission == true"),
+    anno::display_name("Emissive Color"),
+    anno::description("The emission color"),
+    anno::in_group("Emissive")
+  ]],
+  uniform texture_2d emissive_mask_texture = texture_2d()
+  [[
+    anno::enable_if("enable_emission == true"),
+    anno::display_name("Emissive Mask Map"),
+    anno::description("The texture masking the emissive color"),
+    anno::in_group("Emissive")
+  ]],
+  uniform float emissive_intensity = 40.f
+  [[
+    anno::enable_if("enable_emission == true"),
+    anno::display_name("Emissive Intensity"),
+    anno::description("Intensity of the emission"),
+    anno::in_group("Emissive")
+  ]],
+  uniform bool enable_emissive_flipbook = false
+  [[
+    anno::display_name("Enable Flipbook for emission"),
+    anno::description("Allows the use of animated emissive textures (e.g. video screens)"),
+    anno::in_group("Emissive")
+  ]],
+  uniform int2 flipbook_dim = int2(1,1)
+  [[
+    anno::enable_if("enable_emissive_flipbook == true"),
+    anno::display_name("Flipbook Rows/Columns"),
+    anno::description("How many rows and columns are in the flipbook?"),
+    anno::in_group("Emissive")
+  ]],
+  uniform int target_fps = 1
+  [[
+    anno::enable_if("enable_emissive_flipbook == true"),
+    anno::display_name("Flipbook Target FPS"),
+    anno::description("Playback speed in frames per second"),
+    anno::in_group("Emissive")
+  ]],
+
+  // -------------------- ALPHA  ----------------------
+  uniform bool enable_alpha = true
+  [[
+    anno::display_name("Enable Alpha"),
+    anno::description("Enables or disables alpha functionality"),
+    anno::in_group("Alpha")
+  ]],
+  uniform float alpha_constant = 1.0
+  [[
+    anno::display_name("Alpha Fallback Constant"),
+    anno::description("The base alpha constant to use if no texture is specified"),
+    anno::in_group("Alpha")
+  ]],
+  uniform texture_2d opacity_texture = texture_2d()
+  [[
+    anno::display_name("Opacity Map"),
+    anno::description("The texture specifying the opacity value to use"),
+    anno::in_group("Alpha")
+  ]],
+  uniform bool enable_alpha_cutout = false
+  [[
+    anno::display_name("Enable Alpha Cutout"),
+    anno::description("Enables or disables alpha cutout functionality"),
+    anno::in_group("Alpha")
+  ]],
+  uniform float alpha_cutout_cutoff = 1.f
+  [[
+    anno::enable_if("enable_alpha_cutout == true"),
+    anno::hard_range(0.0, 1.0),
+    anno::display_name("Alpha Cutout Cutoff"),
+    anno::description("The cutoff value to to render as transparent up to and opaque past"),
+    anno::in_group("Alpha")
+  ]],
+
+  // -------------------- NORMAL ----------------------
+  uniform float bump_factor = 1.f
+  [[
+    anno::display_name("Normal Map Strength"),
+    anno::description("Strength of normal map."),
+    anno::in_group("Normal")
+  ]],
+  uniform texture_2d normalmap_texture = texture_2d()
+  [[
+    anno::display_name("Normal Map"),
+    anno::in_group("Normal")
+  ]],
+
+  // -------------------- UV ADJUSTMENTS ----------------------
+  uniform bool project_uvw = false
+  [[
+    anno::display_name("Enable Project UVW Coordinates"),
+    anno::description("When enabled, UV coordinates will be generated by projecting them from a coordinate system"),
+    anno::in_group("UV")
+  ]],
+  uniform bool world_or_object = false
+  [[
+    anno::enable_if("project_uvw == true"),
+    anno::display_name("Enable World Space"),
+    anno::description("When set to 'true' uses world space for projection, when 'false' object space is used"),
+    anno::in_group("UV")
+  ]],
+  uniform float2 texture_translate =  float2(0.0f)
+  [[
+    anno::display_name("Texture Translate"),
+    anno::description("Controls position of texture."),
+    anno::in_group("UV")
+  ]],
+  uniform float2 texture_scale =  float2(1.0f)
+  [[
+    anno::display_name("Texture Scale"),
+    anno::description("Larger number increases size of texture."),
+    anno::in_group("UV")
+  ]],
+  uniform float2 texture_speed =  float2(0.0f)
+  [[
+    anno::display_name("Texture Speed"),
+    anno::description("Scrolling texture animation speed in UVs per sec."),
+    anno::in_group("UV")
+  ]]
+)
+[[
+  anno::display_name("Sim PBR Opaque Alpha Cutout"),
+  anno::description("Supports the opaque alpha cutout material model of the Sim Renderer"),
+  anno::version( 1, 0, 0),
+  anno::author("NVIDIA CORPORATION"), 
+  anno::key_words(string[]("Sim", "PBR", "opaque", "alpha", "cutout", "omniverse", "generic"))
+]]
+ = let {
+
+  base::texture_coordinate_system the_system = world_or_object ? base::texture_coordinate_world : base::texture_coordinate_object;
+  
+  base::texture_coordinate_info uvw = project_uvw ? 
+                                        base::coordinate_projection(
+                                            coordinate_system: the_system,
+                                            texture_space: 0,
+                                            projection_type: base::projection_cubic ) :
+                                        base::coordinate_source(
+                                            coordinate_system: base::texture_coordinate_uvw,
+                                            texture_space: 0
+  );
+
+  // Need to use a small value so the compiler doesnt optimize out this var...
+  float t = 0.00000001;//state::animation_time();
+  base::texture_coordinate_info transformed_uvw =  base::transform_coordinate(
+                  transform: base::rotation_translation_scale(
+                  scaling: float3(texture_scale.x, texture_scale.y, 1.0),
+                  rotation: float3(0.0, 0.0, 0.0 ),
+                  translation: float3(texture_translate.x + t * texture_speed.x, texture_translate.y + t * texture_speed.y, 0.0)),
+                  coordinate: uvw );
+
+  // Diffuse Color Lookup and AO
+  float4 base_lookup = tex::texture_isvalid(diffuse_texture) ? raw_file_texture(texture: diffuse_texture, uvw: transformed_uvw) : float4(1, 1, 1, 1);
+
+  float opacityValue = tex::texture_isvalid(opacity_texture) ? raw_file_texture(texture: opacity_texture, uvw: transformed_uvw).x : alpha_constant;
+
+  // Normal calculations
+  float3 normal_lookup =  tex::texture_isvalid(normalmap_texture) ?
+              base::tangent_space_normal_texture(
+              texture:        normalmap_texture,  
+              factor:         bump_factor,
+              uvw:            transformed_uvw
+              ) : state::normal();
+
+  float3 clearcoat_normal = base::tangent_space_normal_texture(
+      texture:        clearcoat_normalmap_texture,
+      factor:         clearcoat_bump_factor,
+      uvw:            uvw
+  ); 
+
+  float3 flattened_clearcoat_normal = ::math::lerp(normal_lookup, ::state::normal(), clearcoat_flatten);
+  float3 final_clearcoat_normal = tex::texture_isvalid(clearcoat_normalmap_texture) ? clearcoat_normal : flattened_clearcoat_normal;
+
+  float ao_lookup = tex::texture_isvalid(ao_texture) ?
+                    raw_file_texture(texture: ao_texture, uvw: transformed_uvw).x :
+                    1.0f
+                    [[anno::unused("Currently unused in material, may be utilized in the future")]];
+
+  color diffuse_color = tex::texture_isvalid(diffuse_texture) ? color(base_lookup.x, base_lookup.y, base_lookup.z) : diffuse_color_constant;
+  color base_color = multiply_colors(diffuse_color, diffuse_tint, 1.0).tint;
+
+  float3 ORM_lookup = tex::lookup_float3(
+                      tex: ORM_texture,
+                      coord: float2(transformed_uvw.position.x, transformed_uvw.position.y)
+  );
+
+  float roughness_lookup = tex::texture_isvalid(reflectionroughness_texture) ?
+                           raw_file_texture(texture: reflectionroughness_texture, uvw: transformed_uvw).x :
+                           reflection_roughness_constant;
+  float anisotropy_lookup = tex::texture_isvalid(anisotropy_texture) ?
+                            (raw_file_texture(texture: anisotropy_texture, uvw: transformed_uvw).x * 2.0f - 1.0f) :
+                            anisotropy_constant;
+  float metallic_lookup = tex::texture_isvalid(metallic_texture) ?
+                          raw_file_texture(texture: metallic_texture, uvw: transformed_uvw).x :
+                          metallic_constant;
+
+  float roughness_selection = enable_ORM_texture ? ORM_lookup.y : roughness_lookup;
+  float metallic_selection = enable_ORM_texture ? ORM_lookup.z : metallic_lookup;
+  color ao_color = enable_ORM_texture ? color(ORM_lookup.x) : color(ao_lookup);
+
+  color ao_weighted_base_color = multiply_colors(base_color, ao_color, ao_to_diffuse).tint;
+
+  float reflection_roughness =  math::lerp(reflection_roughness_constant, roughness_selection, reflection_roughness_texture_influence);
+  float anisotropy =  math::lerp(anisotropy_constant, anisotropy_lookup, anisotropy_texture_influence);
+  float metallic = math::lerp(metallic_constant, metallic_selection, metallic_texture_influence);
+
+  float squared_roughness =  reflection_roughness * reflection_roughness;
+  float roughness_u = squared_roughness * (1 + anisotropy);
+  float roughness_v = squared_roughness * (1 - anisotropy);
+
+  bsdf diffuse_bsdf = df::weighted_layer(
+      weight: 1.0,
+      layer: df::diffuse_reflection_bsdf(
+          tint: ao_weighted_base_color,
+          roughness: 0.f ),
+      base: bsdf(),
+      normal: enable_clearcoat ? normal_lookup : state::normal()
+  );
+
+  bsdf ggx_smith_bsdf = df::microfacet_ggx_smith_bsdf(
+    roughness_u: roughness_u,
+    roughness_v: roughness_v,
+    tint: color(1.0, 1.0, 1.0),
+    mode: df::scatter_reflect
+  );
+  
+  bsdf custom_curve_layer_bsdf = df::custom_curve_layer(
+    normal_reflectivity: 0.03,
+    grazing_reflectivity: 1.0,
+    exponent: 5.0, 
+    weight:   float(1.0),
+    layer: ggx_smith_bsdf,
+    base: diffuse_bsdf,
+    normal: enable_clearcoat ? normal_lookup : state::normal()
+  );
+
+  //
+  // Begin RETROREFLECTION SUPPORT
+  //
+  bsdf backscattering_glossy_bsdf = df::backscattering_glossy_reflection_bsdf(
+      tint: retroreflection_color,
+      roughness_u: reflection_roughness * reflection_roughness
+  );
+  
+  bsdf retroreflection_bsdf = df::custom_curve_layer(
+      normal_reflectivity: 1.-normal_reflectivity,
+      grazing_reflectivity: 1.-grazing_reflectivity,
+      base: backscattering_glossy_bsdf,
+      layer: diffuse_bsdf,
+      normal: enable_clearcoat ? normal_lookup : state::normal()
+  );
+  
+  //
+  // End RETROREFLECTION SUPPORT
+  //
+  
+  bsdf directional_factor_bsdf = df::directional_factor(
+    normal_tint:  ao_weighted_base_color,
+    grazing_tint: color(1.0, 1.0, 1.0),
+    exponent: 5.0f,
+    base: ggx_smith_bsdf
+  );
+  
+  // CLEARCOAT 
+  
+  bsdf omni_PBR_bsdf = df::weighted_layer(
+      weight: metallic,
+      layer:	directional_factor_bsdf,
+      base:	enable_retroreflection ? retroreflection_bsdf : custom_curve_layer_bsdf,
+      normal: enable_clearcoat ? normal_lookup : state::normal()
+  );
+  
+  bsdf clearcoat_bsdf = df::microfacet_ggx_smith_bsdf(
+      roughness_u: clearcoat_reflection_roughness * clearcoat_reflection_roughness,
+      roughness_v: clearcoat_reflection_roughness * clearcoat_reflection_roughness,
+      tint:        color(1.0f),
+      mode:        df::scatter_reflect
+  );
+  
+  // bsdf omni_PBR_coated_bsdf = df::custom_curve_layer(
+      // normal_reflectivity:  clearcoat_reflectivity * 0.08,
+      // grazing_reflectivity: 1.0,
+      // weight:               clearcoat_weight,
+      // layer:                clearcoat_bsdf,
+      // base:                 omni_PBR_bsdf,
+      // normal:               final_clearcoat_normal
+  // );
+  
+  bsdf opaque_clearcoat = df::weighted_layer(
+      weight: clearcoat_transparency,
+      layer:	::df::tint( 
+                  tint: clearcoat_tint,
+                  base: omni_PBR_bsdf),
+      base:	::df::diffuse_reflection_bsdf(
+                  tint: clearcoat_tint)
+  );
+  
+  bsdf omni_PBR_coated_bsdf = df::fresnel_layer(
+      ior:     clearcoat_ior,
+      weight:  clearcoat_weight,
+      layer:   clearcoat_bsdf,
+      base:    opaque_clearcoat,
+      normal:  final_clearcoat_normal
+  );
+  
+  
+  bsdf final_bsdf = enable_clearcoat ? omni_PBR_coated_bsdf : omni_PBR_bsdf;
+
+  int rows = flipbook_dim.x;
+  int columns = flipbook_dim.y;
+  int numFrames = rows * columns;
+  varying int frameIdx = int(state::animation_time() * target_fps) % numFrames;
+  varying float2 baseUV = float2(transformed_uvw.position.x, transformed_uvw.position.y);
+  varying float2 emissiveUV = enable_emissive_flipbook
+              ? ((baseUV + float2(frameIdx % rows, frameIdx / rows)) / float2(rows, columns))
+              : baseUV;    
+
+  color emissive_mask = tex::texture_isvalid(emissive_mask_texture)
+              ? tex::lookup_color(emissive_mask_texture, emissiveUV, tex::wrap_repeat, tex::wrap_repeat)
+              : color(1.0);
+
+} in material(
+  thin_walled: false,
+  surface: material_surface(
+    scattering: final_bsdf,
+    emission:  material_emission (
+      df::diffuse_edf(),
+      intensity: enable_emission ? emissive_color * emissive_mask * color(emissive_intensity) : color(0)
+    )
+  ),
+  geometry: material_geometry(
+    normal: enable_clearcoat ? state::normal() : normal_lookup,
+    cutout_opacity: enable_alpha ? (enable_alpha_cutout ? (opacityValue < alpha_cutout_cutoff ? 0.0 : 1.0) : opacityValue) : 1.0
+  )
+);

materials/SimPBR_Translucent.mdl

@@ -0,0 +1,291 @@
+/*****************************************************************************
+*     Copyright 1986-2020 NVIDIA Corporation. All rights reserved.
+******************************************************************************
+
+ MDL MATERIALS ARE PROVIDED PURSUANT TO AN END USER LICENSE  AGREEMENT,
+ WHICH WAS ACCEPTED IN ORDER TO GAIN ACCESS TO THIS FILE.  IN PARTICULAR,
+ THE MDL MATERIALS ARE PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
+ EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF
+ MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OF
+ COPYRIGHT, PATENT, TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL NVIDIA
+ CORPORATION BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, INCLUDING
+ ANY GENERAL, SPECIAL,  INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES,
+ WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF
+ THE USE OR INABILITY TO USE THE MDL MATERIALS OR FROM OTHER DEALINGS IN
+ THE MDL MATERIALS.
+*/
+
+mdl 1.6;
+
+import ::df::*;
+import ::state::*;
+import ::math::*;
+import ::base::*;
+import ::tex::*;
+import ::anno::*;
+
+import ::nvidia::core_definitions::file_texture;
+import ::nvidia::core_definitions::normalmap_texture;
+
+export material SimPBR_Translucent(
+    // -------------------- SPECULAR REFLECTION/TRANSMISSION ----------------------
+    uniform float ior_constant = 1.1f
+    [[
+        anno::display_name("Index of Refraction"),
+        anno::hard_range(0.0,5.),
+        anno::description("Index of Refraction of the material"),
+        anno::in_group("Specular")
+    ]],
+    uniform float reflection_roughness_constant = 0.5f
+    [[
+        anno::display_name("Roughness Amount"),
+        anno::hard_range(0.0,1.),
+        anno::description("Higher roughness values lead to more blurry reflections"),
+        anno::in_group("Specular")
+    ]],
+    uniform float reflection_roughness_texture_influence = 0.0f
+    [[
+        anno::display_name("Roughness Map Influence"),
+        anno::hard_range(0.0, 1.),
+        anno::description("Blends between the constant value and the lookup of the roughness texture"),
+        anno::in_group("Specular")
+    ]],
+    uniform texture_2d reflectionroughness_texture = texture_2d()
+    [[
+        anno::display_name("Roughness Map"),
+        anno::in_group("Specular")
+    ]],
+
+    // -------------------- VOLUME ----------------------
+    color transmittance_color = color(1.0, 1.0f, 1.0f)
+    [[
+        anno::display_name("Transmittance Color"),
+        anno::description("Expected transmittance after the specified transmittance distance through the volume."),
+        anno::in_group("Volume")
+    ]],
+    float transmittance_measurement_distance = 1.0f
+    [[
+        anno::display_name("Transmittance Measurement Distance"),
+        anno::description("Distance to match the transmittance through the volume at."),
+        anno::in_group("Volume")
+    ]],
+
+    // -------------------- EMISSIVE ----------------------
+    uniform bool enable_thin_walled = false
+    [[
+        anno::display_name("Enable Thin Walled"),
+        anno::description("Enables thin walled logic"),
+        anno::in_group("Geometry")
+    ]],
+
+    // -------------------- EMISSIVE ----------------------
+    uniform bool enable_emission = false
+    [[
+        anno::display_name("Enable Emission"),
+        anno::description("Enables the emission of light from the material"),
+        anno::in_group("Emissive")
+    ]],
+    color emissive_color = color(1.0, 0.1, 0.1)
+    [[
+        anno::enable_if("enable_emission == true"),
+        anno::display_name("Emissive Color"),
+        anno::description("The emission color"),
+        anno::in_group("Emissive")
+    ]],
+    uniform texture_2d emissive_mask_texture = texture_2d()
+    [[
+        anno::enable_if("enable_emission == true"),
+        anno::display_name("Emissive Mask Map"),
+        anno::description("The texture masking the emissive color"),
+        anno::in_group("Emissive")
+    ]],
+    uniform float emissive_intensity = 40.f
+    [[
+        anno::enable_if("enable_emission == true"),
+        anno::display_name("Emissive Intensity"),
+        anno::description("Intensity of the emission"),
+        anno::in_group("Emissive")
+    ]],
+    uniform bool enable_emissive_flipbook = false
+    [[
+        anno::display_name("Enable Flipbook for emission"),
+        anno::description("Allows the use of animated emissive textures (e.g. video screens)"),
+        anno::in_group("Emissive")
+    ]],
+    uniform int2 flipbook_dim = int2(1,1)
+    [[
+        anno::enable_if("enable_emissive_flipbook == true"),
+        anno::display_name("Flipbook Rows/Columns"),
+        anno::description("How many rows and columns are in the flipbook?"),
+        anno::in_group("Emissive")
+    ]],
+    uniform int target_fps = 1
+    [[
+        anno::enable_if("enable_emissive_flipbook == true"),
+        anno::display_name("Flipbook Target FPS"),
+        anno::description("Playback speed in frames per second"),
+        anno::in_group("Emissive")
+    ]],
+
+    // -------------------- NORMAL ----------------------
+    uniform float bump_factor = 1.f
+    [[
+        anno::display_name("Normal Map Strength"),
+        anno::description("Strength of normal map."),
+        anno::in_group("Normal")
+    ]],
+    uniform texture_2d normalmap_texture = texture_2d()
+    [[
+        anno::display_name("Normal Map"),
+        anno::in_group("Normal")
+    ]],
+    uniform bool flip_tangent_u = false
+    [[
+        anno::display_name("Normal Map Flip U Tangent"),
+        anno::in_group("Normal")
+    ]],
+    uniform bool flip_tangent_v = true
+    [[
+        anno::display_name("Normal Map Flip V Tangent"),
+        anno::in_group("Normal")
+    ]],
+
+    // -------------------- UV ADJUSTMENTS ----------------------
+    uniform bool project_uvw = false
+    [[
+        anno::display_name("Enable Project UVW Coordinates"),
+        anno::description("When enabled, UV coordinates will be generated by projecting them from a coordinate system"),
+        anno::in_group("UV")
+    ]],
+    uniform bool world_or_object = false
+    [[
+        anno::enable_if("project_uvw == true"),
+        anno::display_name("Enable World Space"),
+        anno::description("When set to 'true' uses world space for projection, when 'false' object space is used"),
+        anno::in_group("UV")
+    ]],
+    uniform float2 texture_translate =  float2(0.0f)
+    [[
+        anno::display_name("Texture Translate"),
+        anno::description("Controls position of texture."),
+        anno::in_group("UV")
+    ]],
+    uniform float2 texture_scale =  float2(1.0f)
+    [[
+        anno::display_name("Texture Tiling"),
+        anno::description("Controls the repetition of the texture."),
+        anno::in_group("UV")
+    ]],
+    uniform float2 texture_speed =  float2(0.0f)
+    [[
+        anno::display_name("Texture Speed"),
+        anno::description("Scrolling texture animation speed in UVs per sec."),
+        anno::in_group("UV")
+    ]]
+)
+[[
+    anno::display_name("Sim PBR Translucent"),
+    anno::description("Supports the translucent material model of the Sim Renderer"),
+    anno::in_group("SimReady"),
+    anno::version( 1, 0, 0),
+    anno::author("NVIDIA CORPORATION"),
+    anno::key_words(string[]("Sim", "PBR", "translucent", "omniverse", "generic"))
+]]
+ = let {
+    base::texture_coordinate_system the_system = world_or_object ? base::texture_coordinate_world : base::texture_coordinate_object;
+
+    base::texture_coordinate_info uvw = project_uvw ?
+        base::coordinate_projection(
+            coordinate_system: the_system,
+            texture_space: 0,
+            projection_type: base::projection_cubic
+        ) : base::coordinate_source(
+            coordinate_system: base::texture_coordinate_uvw,
+            texture_space: 0
+        );
+
+    // Need to use a small value so the compiler doesnt optimize out this var...
+    float t = 0.00000001;//state::animation_time();
+    base::texture_coordinate_info transformed_uvw =  base::transform_coordinate(
+        transform: base::rotation_translation_scale(
+        scaling: float3(texture_scale.x, texture_scale.y, 1.0),
+        rotation: float3(0.0, 0.0, 0.0 ),
+        translation: float3(texture_translate.x + t * texture_speed.x, texture_translate.y + t * texture_speed.y, 0.0)),
+        coordinate: uvw
+    );
+    float2 uv = float2(transformed_uvw.position.x, transformed_uvw.position.y);
+
+    color volume_absorption_coefficient = -math::log(transmittance_color) / (transmittance_measurement_distance*0.01);
+
+    float roughness_lookup = tex::texture_isvalid(reflectionroughness_texture) ?
+        tex::lookup_float4(tex: reflectionroughness_texture, coord: uv).x : reflection_roughness_constant;
+    float reflection_roughness =  math::lerp(reflection_roughness_constant, roughness_lookup, reflection_roughness_texture_influence);
+
+    float roughness_squared = reflection_roughness * reflection_roughness;
+    bsdf final_bsdf(enable_thin_walled ?
+        ::df::fresnel_layer(
+            ior_constant,
+            1.f,
+            ::df::microfacet_ggx_smith_bsdf(
+                roughness_squared,
+                roughness_squared,
+                color(1.f, 1.f, 1.f),
+                color(0.f, 0.f, 0.f),
+                ::state::texture_tangent_u(0),
+                ::df::scatter_reflect,
+                ""
+            ),
+            ::df::specular_bsdf(
+                transmittance_color,
+                ::df::scatter_transmit,
+                ""
+            ), ::state::normal())
+    : ::df::microfacet_ggx_smith_bsdf(
+        roughness_squared,
+        roughness_squared,
+        color(1.f, 1.f, 1.f),
+        color(0.f, 0.f, 0.f),
+        ::state::texture_tangent_u(0),
+        ::df::scatter_reflect_transmit,
+        ""
+    ));
+
+    int rows = flipbook_dim.x;
+    int columns = flipbook_dim.y;
+    int numFrames = rows * columns;
+    varying int frameIdx = int(state::animation_time() * target_fps) % numFrames;
+    varying float2 baseUV = float2(transformed_uvw.position.x, transformed_uvw.position.y);
+    varying float2 emissiveUV = enable_emissive_flipbook ?
+        ((baseUV + float2(frameIdx % rows, frameIdx / rows)) / float2(rows, columns)) : baseUV;
+
+    color emissive_mask = tex::texture_isvalid(emissive_mask_texture) ?
+        tex::lookup_color(emissive_mask_texture, emissiveUV, tex::wrap_repeat, tex::wrap_repeat) : color(1.0);
+
+    // Normal calculations
+    float3 normal_lookup =  tex::texture_isvalid(normalmap_texture) ?
+        base::tangent_space_normal_texture(
+            texture: normalmap_texture,
+            factor: bump_factor,
+            uvw: transformed_uvw,
+            flip_tangent_u: flip_tangent_u,
+            flip_tangent_v: flip_tangent_v
+        ) : state::normal();
+} in material(
+    thin_walled: enable_thin_walled,
+    surface: material_surface(
+        scattering: final_bsdf,
+        emission: material_emission (
+            df::diffuse_edf(),
+            intensity: enable_emission ? emissive_color * emissive_mask * color(emissive_intensity) : color(0)
+        )
+    ),
+    ior: color(ior_constant),
+    volume: material_volume(
+        scattering: df::anisotropic_vdf(),
+        absorption_coefficient: volume_absorption_coefficient,
+        scattering_coefficient: color(0.0f, 0.0f, 0.0f)
+    ),
+    geometry: material_geometry(
+        normal: normal_lookup
+    )
+);

materials/baking_annotations.mdl

@@ -0,0 +1,38 @@
+mdl 1.4;
+import ::anno::*;
+
+export const string TRANSFORM_NONE = "NONE";
+export const string TRANSFORM_UNORM_VECTOR = "UNORM_VECTOR";
+
+export const string FORMAT_RGBA8_UNORM = "RGBA8_UNORM";
+export const string FORMAT_R8_UNORM = "R8_UNORM";
+export const string FORMAT_RGBA16_SFLOAT = "RGBA16_SFLOAT";
+
+export const string BLEND_MODE_OPACITY = "opacity_blend";
+export const string BLEND_MODE_REPLACE = "replace";
+
+// This annotation is used to mark a material as target material for baking.
+// It is that is detected by the MDL SDK and neuray.
+export annotation target_material_model();
+
+export annotation target_material_rendering(
+    string rendering_material_override = "" // if set, the baked material will be rendering using this material, 
+                                            // otherwise the target itself is used
+);
+
+export annotation target_baked_argument(
+    // the name of the baked texture parameter in the rendering material
+    string baked_name,
+
+    // the name of the constant parameter in the rendering material in case baking was not necessary
+    string constant_name = "",
+
+    // texture format to bake to
+    string format = "",
+
+    // transformations, like encoding normals into [0,1] range
+    string transform = TRANSFORM_NONE,
+
+    // blending, e.g., based on alpha or replace
+    string blend_mode = BLEND_MODE_OPACITY
+);

materials/mirror_manifest.json

@@ -0,0 +1,122 @@
+{
+ "source_bucket": "https://omniverse-content-production.s3.us-west-2.amazonaws.com",
+ "source_prefix": "Assets/simready_content/materials/",
+ "mirrored_utc": "2026-07-07T22:50:47Z",
+ "file_count": 28,
+ "total_bytes": 237060,
+ "failed_keys": [],
+ "files": [
+  {
+   "key": "Assets/simready_content/materials/OmniUe4Base.mdl",
+   "size": 2547
+  },
+  {
+   "key": "Assets/simready_content/materials/OmniUe4BaseTerrain.mdl",
+   "size": 2797
+  },
+  {
+   "key": "Assets/simready_content/materials/OmniUe4Function.mdl",
+   "size": 46455
+  },
+  {
+   "key": "Assets/simready_content/materials/OmniUe4FunctionTerrain.mdl",
+   "size": 46455
+  },
+  {
+   "key": "Assets/simready_content/materials/SimPBR.mdl",
+   "size": 22119
+  },
+  {
+   "key": "Assets/simready_content/materials/SimPBR_Model.mdl",
+   "size": 8705
+  },
+  {
+   "key": "Assets/simready_content/materials/SimPBR_Opacity.mdl",
+   "size": 24614
+  },
+  {
+   "key": "Assets/simready_content/materials/SimPBR_Translucent.mdl",
+   "size": 11319
+  },
+  {
+   "key": "Assets/simready_content/materials/baking_annotations.mdl",
+   "size": 1398
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_asphalt.usda",
+   "size": 327
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_brick.usda",
+   "size": 323
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_cardboard.usda",
+   "size": 1292
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_concrete.usda",
+   "size": 332
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_fabric.usda",
+   "size": 330
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_glass.usda",
+   "size": 323
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_leaf.usda",
+   "size": 329
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_leather.usda",
+   "size": 334
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_metal.usda",
+   "size": 323
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_organic.usda",
+   "size": 327
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_plastic.usda",
+   "size": 334
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_rubber.usda",
+   "size": 325
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_stone.usda",
+   "size": 323
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_vinyl.usda",
+   "size": 322
+  },
+  {
+   "key": "Assets/simready_content/materials/physics/physics_wood.usda",
+   "size": 323
+  },
+  {
+   "key": "Assets/simready_content/materials/road_adv.mdl",
+   "size": 22227
+  },
+  {
+   "key": "Assets/simready_content/materials/road_base.mdl",
+   "size": 5682
+  },
+  {
+   "key": "Assets/simready_content/materials/terrain_base.mdl",
+   "size": 15892
+  },
+  {
+   "key": "Assets/simready_content/materials/terrain_with_grass_adv.mdl",
+   "size": 20983
+  }
+ ]
+}

materials/physics/physics_asphalt.usda

@@ -0,0 +1,17 @@
+#usda 1.0
+(
+    defaultPrim = "Asphalt"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Asphalt" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 2322
+    float physics:dynamicFriction = 0.7
+    float physics:restitution = 0.1
+    float physics:staticFriction = 0.7
+}
+

materials/physics/physics_brick.usda

@@ -0,0 +1,17 @@
+#usda 1.0
+(
+    defaultPrim = "Brick"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Brick" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 2400
+    float physics:dynamicFriction = 0.6
+    float physics:restitution = 0.1
+    float physics:staticFriction = 0.6
+}
+

materials/physics/physics_cardboard.usda

@@ -0,0 +1,45 @@
+#usda 1.0
+(
+    customLayerData = {
+        dictionary cameraSettings = {
+            dictionary Front = {
+                double3 position = (0, 0, 500)
+                double radius = 500
+            }
+            dictionary Perspective = {
+                double3 position = (500, 500, 500)
+                double3 target = (-0.000003978038705554354, -0.000003978038478180679, 0.000007956076956361358)
+            }
+            dictionary Right = {
+                double3 position = (-500, 0, 0)
+                double radius = 500
+            }
+            dictionary Top = {
+                double3 position = (0, 500, 0)
+                double radius = 500
+            }
+            string boundCamera = "/OmniverseKit_Persp"
+        }
+        dictionary omni_layer = {
+            dictionary muteness = {
+            }
+        }
+        dictionary renderSettings = {
+            double "rtx:hydra:points:defaultWidth" = 1
+        }
+    }
+    defaultPrim = "Cardboard"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Cardboard" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 689
+    float physics:dynamicFriction = 0.7
+    float physics:restitution = 0.1
+    float physics:staticFriction = 0.7
+}
+

materials/physics/physics_concrete.usda

@@ -0,0 +1,17 @@
+#usda 1.0
+(
+    defaultPrim = "Concrete"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Concrete" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 2500
+    float physics:dynamicFriction = 0.24
+    float physics:restitution = 0.01
+    float physics:staticFriction = 0.25
+}
+

materials/physics/physics_fabric.usda

@@ -0,0 +1,17 @@
+#usda 1.0
+(
+    defaultPrim = "Fabric"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Fabric" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 100
+    float physics:dynamicFriction = 3.1000001
+    float physics:restitution = 0.1
+    float physics:staticFriction = 0.7
+}
+

materials/physics/physics_glass.usda

@@ -0,0 +1,17 @@
+#usda 1.0
+(
+    defaultPrim = "Glass"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Glass" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 2500
+    float physics:dynamicFriction = 0.1
+    float physics:restitution = 0.2
+    float physics:staticFriction = 0.1
+}
+

materials/physics/physics_leaf.usda

@@ -0,0 +1,18 @@
+#usda 1.0
+(
+    defaultPrim = "Leaf"
+    metersPerUnit = 1.0
+    upAxis = "Z"
+)
+
+def Material "Leaf" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:dynamicFriction = 0.2
+    float physics:staticFriction = 0.2
+    float physics:restitution = 0.3
+    float physics:density = 1800
+    
+}
+

materials/physics/physics_leather.usda

@@ -0,0 +1,18 @@
+#usda 1.0
+(
+    defaultPrim = "Leather"
+    metersPerUnit = 1.0
+    upAxis = "Z"
+)
+
+def Material "Leather" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:dynamicFriction = 0.2
+    float physics:staticFriction = 0.2
+    float physics:restitution = 0.3
+    float physics:density = 800
+    
+}
+

materials/physics/physics_metal.usda

@@ -0,0 +1,17 @@
+#usda 1.0
+(
+    defaultPrim = "Metal"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Metal" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 2700
+    float physics:dynamicFriction = 0.1
+    float physics:restitution = 0.1
+    float physics:staticFriction = 0.1
+}
+

materials/physics/physics_organic.usda

@@ -0,0 +1,17 @@
+#usda 1.0
+(
+    defaultPrim = "Organic"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Organic" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 2800
+    float physics:dynamicFriction = 0.9
+    float physics:restitution = 0.001
+    float physics:staticFriction = 5
+}
+

materials/physics/physics_plastic.usda

@@ -0,0 +1,18 @@
+#usda 1.0
+(
+    defaultPrim = "Plastic"
+    metersPerUnit = 1.0
+    upAxis = "Z"
+)
+
+def Material "Plastic" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:dynamicFriction = 0.2
+    float physics:staticFriction = 0.2
+    float physics:restitution = 0.3
+    float physics:density = 800
+    
+}
+

materials/physics/physics_rubber.usda

@@ -0,0 +1,17 @@
+#usda 1.0
+(
+    defaultPrim = "Rubber"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Rubber" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 1100
+    float physics:dynamicFriction = 0.7
+    float physics:restitution = 0.8
+    float physics:staticFriction = 0.7
+}
+

materials/physics/physics_stone.usda

@@ -0,0 +1,17 @@
+#usda 1.0
+(
+    defaultPrim = "Stone"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Stone" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 2850
+    float physics:dynamicFriction = 0.7
+    float physics:restitution = 0.1
+    float physics:staticFriction = 0.7
+}
+

materials/physics/physics_vinyl.usda

@@ -0,0 +1,17 @@
+#usda 1.0
+(
+    defaultPrim = "Vinyl"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Vinyl" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 700
+    float physics:dynamicFriction = 0.2
+    float physics:restitution = 0.5
+    float physics:staticFriction = 0.2
+}
+

materials/physics/physics_wood.usda

@@ -0,0 +1,17 @@
+#usda 1.0
+(
+    defaultPrim = "Wood"
+    metersPerUnit = 1
+    upAxis = "Z"
+)
+
+def Material "Wood" (
+    prepend apiSchemas = ["PhysicsMaterialAPI"]
+)
+{
+    float physics:density = 1500
+    float physics:dynamicFriction = 0.75
+    float physics:restitution = 0.3
+    float physics:staticFriction = 0.75
+}
+

materials/road_adv.mdl

@@ -0,0 +1,591 @@
+mdl 1.3;
+
+import ::math::*;
+import ::state::*;
+import ::tex::*;
+import ::anno::*;
+using .::OmniUe4Function import *;
+using .::OmniUe4Base import *;
+
+export annotation sampler_color();
+export annotation sampler_normal();
+export annotation sampler_grayscale();
+export annotation sampler_alpha();
+export annotation sampler_masks();
+export annotation sampler_distancefield();
+export annotation dither_masked_off();
+export annotation world_space_normal();
+
+export material road_adv(
+	float WorldSpaceUVMult = 5000.0
+	[[
+		anno::display_name("WorldSpaceUVMult"),
+		anno::in_group("Base", "Common")
+	]],
+	float Set1Tile = 4.0
+	[[
+		anno::display_name("Set1Tile"),
+		anno::in_group("Base", "Set1")
+	]],
+	uniform texture_2d Set1SuperNormal = texture_2d("./drivable_surfaces/general/road/road_adv/set1supernormal.TGA",::tex::gamma_linear)
+	[[
+		anno::display_name("Set1SuperNormal"),
+		sampler_color(),
+		anno::in_group("Normals", "Set1")
+	]],
+	float Set2Tile = 8.0
+	[[
+		anno::display_name("Set2Tile"),
+		anno::in_group("Base", "Set2")
+	]],
+	uniform texture_2d Set2SuperNormal = texture_2d("./drivable_surfaces/general/road/road_adv/set1supernormal.TGA",::tex::gamma_linear)
+	[[
+		sampler_color(),
+		anno::display_name("Set2SuperNormal"),
+		anno::in_group("Normals", "Set2")
+	]],
+	float Set1Set2BlendNoiseTile = 1.0
+	[[
+		anno::display_name("Set1Set2BlendNoiseTile"),
+		anno::in_group("Base", "Common")
+	]],
+	uniform texture_2d Set1Set2BlendNoise = texture_2d("./drivable_surfaces/general/road/road_adv/t_noise_d.png",::tex::gamma_srgb)
+	[[
+		sampler_color(),
+		anno::display_name("Set1Set2BlendNoise"),
+		anno::in_group("Base", "Common")
+	]],
+	float NormalConvert = 1.0
+	[[
+		anno::display_name("NormalConvert"),
+		anno::in_group("Normals", "Common")
+	]],
+	float NormalAmount = 0.2
+	[[
+		anno::display_name("NormalAmount"),
+		anno::in_group("Normals", "Common")
+	]],
+	float Stain0_NormalAmount = 0.2
+	[[
+		anno::display_name("Stain0_NormalAmount"),
+		anno::in_group("Normals", "Stain 0")
+	]],
+	float Stain0_NoiseTile = 0.75
+	[[
+		anno::display_name("Stain0_NoiseTile"),
+		anno::in_group("Regions", "Stain 0")
+	]],
+	uniform texture_2d Stain_Noise = texture_2d("./drivable_surfaces/general/road/road_adv/t_noise_d.png",::tex::gamma_srgb)
+	[[
+		sampler_color(),
+		anno::display_name("Stain_Noise"),
+		anno::in_group("Regions")
+	]],
+	float Stain0_ParamA = 0.0
+	[[
+		anno::display_name("Stain0_ParamA"),
+		anno::in_group("Regions", "Stain 0")
+	]],
+	float Stain0_ParamB = 0.0
+	[[
+		anno::display_name("Stain0_ParamB"),
+		anno::in_group("Regions", "Stain 0")
+	]],
+	float Stain0_ParamC = 0.0
+	[[
+		anno::display_name("Stain0_ParamC"),
+		anno::in_group("Regions", "Stain 0")
+	]],
+	float Stain0_Width = 2.0
+	[[
+		anno::display_name("Stain0_Width"),
+		anno::in_group("Regions", "Stain 0")
+	]],
+	int VertexColorCoordinateIndex = 0
+	[[
+		anno::display_name("VertexColorCoordinateIndex"),
+		anno::in_group("Base", "Common")
+	]],
+	uniform texture_2d UV_VertexColor = texture_2d("./drivable_surfaces/general/road/road_adv/t_noise_d.png",::tex::gamma_srgb)
+	[[
+		sampler_color(),
+		anno::display_name("UV_VertexColor"),
+		anno::in_group("Base", "Common")
+	]],
+	float UV_UseVertexColorFromTexture = 1.0
+	[[
+		anno::display_name("UV_UseVertexColorFromTexture"),
+		anno::in_group("Base", "Common")
+	]],
+	float Stain0_NoiseBlend = 2.0
+	[[
+		anno::display_name("Stain0_NoiseBlend"),
+		anno::in_group("Regions", "Stain 0")
+	]],
+	float Stain0_Blend = 1.0
+	[[
+		anno::display_name("Stain0_Blend"),
+		anno::in_group("Regions", "Stain 0")
+	]],
+	float Stain1_NormalAmount = 0.2
+	[[
+		anno::display_name("Stain1_NormalAmount"),
+		anno::in_group("Normals", "Stain 1")
+	]],
+	float Stain1_NoiseTile = 0.15
+	[[
+		anno::display_name("Stain1_NoiseTile"),
+		anno::in_group("Regions", "Stain 1")
+	]],
+	float Stain1_ParamA = 0.0
+	[[
+		anno::display_name("Stain1_ParamA"),
+		anno::in_group("Regions", "Stain 1")
+	]],
+	float Stain1_ParamB = 0.0
+	[[
+		anno::display_name("Stain1_ParamB"),
+		anno::in_group("Regions", "Stain 1")
+	]],
+	
+	float Stain1_ParamC = 0.0
+	[[
+		anno::display_name("Stain1_ParamC"),
+		anno::in_group("Regions", "Stain 1")
+	]],
+	float Stain1_Width = 1.0
+	[[
+		anno::display_name("Stain1_Width"),
+		anno::in_group("Regions", "Stain 1")
+	]],
+	float Stain1_NoiseBlend = 2.0
+	[[
+		anno::display_name("Stain1_NoiseBlend"),
+		anno::in_group("Regions", "Stain 1")
+	]],
+	float Stain1_Blend = 0.333
+	[[
+		anno::display_name("Stain1_Blend"),
+		anno::in_group("Regions", "Stain 1")
+	]],
+	float Stain2_NormalAmount = 0.2
+	[[
+		anno::display_name("Stain2_NormalAmount"),
+		anno::in_group("Normals", "Stain 2")
+	]],
+	float Stain2_NoiseTile = 0.75
+	[[
+		anno::display_name("Stain2_NoiseTile"),
+		anno::in_group("Regions", "Stain 2")
+	]],
+	float Stain2_ParamA = 0.0
+	[[
+		anno::display_name("Stain2_ParamA"),
+		anno::in_group("Regions", "Stain 2")
+	]],
+	float Stain2_ParamB = 0.0
+	[[
+		anno::display_name("Stain2_ParamB"),
+		anno::in_group("Regions", "Stain 2")
+	]],
+	float Stain2_ParamC = 0.0
+	[[
+		anno::display_name("Stain2_ParamC"),
+		anno::in_group("Regions", "Stain 2")
+	]],
+	float Stain2_Width = 0.5
+	[[
+		anno::display_name("Stain2_Width"),
+		anno::in_group("Regions", "Stain 2")
+	]],
+	float Stain2_NoiseBlend = 0.0
+	[[
+		anno::display_name("Stain2_NoiseBlend"),
+		anno::in_group("Regions", "Stain 2")
+	]],
+	float Stain2_Blend = 1.0
+	[[
+		anno::display_name("Stain2_Blend"),
+		anno::in_group("Regions", "Stain 2")
+	]],
+	float Puddle_NormalAmount = 0.0
+	[[
+		anno::display_name("Puddle_NormalAmount"),
+		anno::in_group("Normals", "Puddle")
+	]],
+	float Puddle_NoiseTile = 0.5
+	[[
+		anno::display_name("Puddle_NoiseTile"),
+		anno::in_group("Regions", "Puddle")
+	]],
+	uniform texture_2d Puddle_Noise = texture_2d("./drivable_surfaces/general/road/road_adv/t_noise01.png",::tex::gamma_srgb)
+	[[
+		sampler_color(),
+		anno::display_name("Puddle_Noise"),
+		anno::in_group("Regions", "Puddle")
+	]],
+	float Puddle_NoiseBlend = 0.2
+	[[
+		anno::display_name("Puddle_NoiseBlend"),
+		anno::in_group("Regions", "Puddle")
+	]],
+	uniform texture_2d Set1SuperAlbedo = texture_2d("./drivable_surfaces/general/road/road_adv/set1superalbedo.TGA",::tex::gamma_srgb)
+	[[
+		sampler_color(),
+		anno::display_name("Set1SuperAlbedo"),
+		anno::in_group("Albedos", "Set1")
+	]],
+	uniform texture_2d Set2SuperAlbedo = texture_2d("./drivable_surfaces/general/road/road_adv/set1superalbedo.TGA",::tex::gamma_srgb)
+	[[
+		sampler_color(),
+		anno::display_name("Set2SuperAlbedo"),
+		anno::in_group("Albedos", "Set2")
+	]],
+	float4 AlbedoMult = float4(1.75,1.75,1.75,0.0)
+	[[
+		anno::display_name("AlbedoMult"),
+		anno::in_group("Albedos", "Common")
+	]],
+	float4 Stain0_AlbedoMult = float4(1.0,1.0,1.0,1.0)
+	[[
+		anno::display_name("Stain0_AlbedoMult"),
+		anno::in_group("Albedos", "Stain 0")
+	]],
+	float4 Stain1_AlbedoMult = float4(1.0,1.0,1.0,1.0)
+	[[
+		anno::display_name("Stain1_AlbedoMult"),
+		anno::in_group("Albedos", "Stain 1")
+	]],
+	float4 Stain2_AlbedoMult = float4(1.0,1.0,1.0,1.0)
+	[[
+		anno::display_name("Stain2_AlbedoMult"),
+		anno::in_group("Albedos", "Stain 2")
+	]],
+	float Puddle_AlbedoMult = 1.0
+	[[
+		anno::display_name("Puddle_AlbedoMult"),
+		anno::in_group("Albedos", "Puddle")
+	]],
+	float SpecularPow_Order1 = 0.3
+	[[
+		anno::display_name("SpecularPow_Order1"),
+		anno::in_group("Speculars", "Common")
+	]],
+	float SpecularMult_Order2 = 0.2
+	[[
+		anno::display_name("SpecularMult_Order2"),
+		anno::in_group("Speculars", "Common")
+	]],
+	float Stain0_SpecularPow_Order1 = 0.3
+	[[
+		anno::display_name("Stain0_SpecularPow_Order1"),
+		anno::in_group("Speculars", "Stain 0")
+	]],
+	float Stain0_SpecularMult_Order2 = 0.2
+	[[
+		anno::display_name("Stain0_SpecularMult_Order2"),
+		anno::in_group("Speculars", "Stain 0")
+	]],
+	float Stain1_SpecularPow_Order1 = 0.3
+	[[
+		anno::display_name("Stain1_SpecularPow_Order1"),
+		anno::in_group("Speculars", "Stain 1")
+	]],
+	float Stain1_SpecularMult_Order2 = 0.6
+	[[
+		anno::display_name("Stain1_SpecularMult_Order2"),
+		anno::in_group("Speculars", "Stain 1")
+	]],
+	float Stain2_SpecularPow_Order1 = 0.3
+	[[
+		anno::display_name("Stain2_SpecularPow_Order1"),
+		anno::in_group("Speculars", "Stain 2")
+	]],
+	float Stain2_SpecularMult_Order2 = 0.5
+	[[
+		anno::display_name("Stain2_SpecularMult_Order2"),
+		anno::in_group("Speculars", "Stain 2")
+	]],
+	float Puddle_SpecularPow_Order1 = 2.0
+	[[
+		anno::display_name("Puddle_SpecularPow_Order1"),
+		anno::in_group("Speculars", "Puddle")
+	]],
+	float Puddle_SpecularMult_Order2 = 0.32
+	[[
+		anno::display_name("Puddle_SpecularMult_Order2"),
+		anno::in_group("Speculars", "Puddle")
+	]],
+	float RoughnessPow_Order1 = 0.5
+	[[
+		anno::display_name("RoughnessPow_Order1"),
+		anno::in_group("Roughnesses", "Common")
+	]],
+	float RoughnessMult_Order2 = 1.0
+	[[
+		anno::display_name("RoughnessMult_Order2"),
+		anno::in_group("Roughnesses", "Common")
+	]],
+	float RoughnessOffset_Order3 = 0.0
+	[[
+		anno::display_name("RoughnessOffset_Order3"),
+		anno::in_group("Roughnesses", "Common")
+	]],
+	float Stain0_RoughnessPow_Order1 = 0.5
+	[[
+		anno::display_name("Stain0_RoughnessPow_Order1"),
+		anno::in_group("Roughnesses", "Stain 0")
+	]],
+	float Stain0_RoughnessMult_Order2 = 0.5
+	[[
+		anno::display_name("Stain0_RoughnessMult_Order2"),
+		anno::in_group("Roughnesses", "Stain 0")
+	]],
+	float Stain0_RoughnessOffset_Order3 = 0.0
+	[[
+		anno::display_name("Stain0_RoughnessOffset_Order3"),
+		anno::in_group("Roughnesses", "Stain 0")
+	]],
+	float Stain1_RoughnessPow_Order1 = 0.5
+	[[
+		anno::display_name("Stain1_RoughnessPow_Order1"),
+		anno::in_group("Roughnesses", "Stain 1")
+	]],
+	float Stain1_RoughnessMult_Order2 = 0.5
+	[[
+		anno::display_name("Stain1_RoughnessMult_Order2"),
+		anno::in_group("Roughnesses", "Stain 1")
+	]],
+	float Stain1_RoughnessOffset_Order3 = 0.0
+	[[
+		anno::display_name("Stain1_RoughnessOffset_Order3"),
+		anno::in_group("Roughnesses", "Stain 1")
+	]],
+	float Stain2_RoughnessPow_Order1 = 0.5
+	[[
+		anno::display_name("Stain2_RoughnessPow_Order1"),
+		anno::in_group("Roughnesses", "Stain 2")
+	]],
+	float Stain2_RoughnessMult_Order2 = 0.5
+	[[
+		anno::display_name("Stain2_RoughnessMult_Order2"),
+		anno::in_group("Roughnesses", "Stain 2")
+	]],
+	float Stain2_RoughnessOffset_Order3 = 0.0
+	[[
+		anno::display_name("Stain2_RoughnessOffset_Order3"),
+		anno::in_group("Roughnesses", "Stain 2")
+	]],
+	float Puddle_RoughnessPow_Order1 = 1.0
+	[[
+		anno::display_name("Puddle_RoughnessPow_Order1"),
+		anno::in_group("Roughnesses", "Puddle")
+	]],
+	float Puddle_RoughnessMult_Order2 = 1.0
+	[[
+		anno::display_name("Puddle_RoughnessMult_Order2"),
+		anno::in_group("Roughnesses", "Puddle")
+	]],
+	float Puddle_RoughnessOffset_Order3 = 0.0
+	[[
+		anno::display_name("Puddle_RoughnessOffset_Order3"),
+		anno::in_group("Roughnesses", "Puddle")
+	]])
+ = 
+	let {
+	//float3 WorldPositionOffset_mdl = float3(0.0,0.0,0.0);
+	float2 CustomizedUV0_mdl = float2(state::texture_coordinate(0).x,1.0-state::texture_coordinate(0).y);
+
+	float3 Local0 = ((state::transform_point(state::coordinate_internal,state::coordinate_world,state::position())*state::meters_per_scene_unit()*100.0) / WorldSpaceUVMult);
+	float2 Local1 = (float2(Local0.x,Local0.y) * Set1Tile);
+	float4 Local2 = tex::lookup_float4(Set1SuperNormal,float2(Local1.x,1.0-Local1.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local3 = (float2(Local0.x,Local0.y) * Set2Tile);
+	float4 Local4 = tex::lookup_float4(Set2SuperNormal,float2(Local3.x,1.0-Local3.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local5 = (float2(Local0.x,Local0.y) * Set1Set2BlendNoiseTile);
+	float4 Local6 = tex::lookup_float4(Set1Set2BlendNoise,float2(Local5.x,1.0-Local5.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local7 = math::lerp(float3(Local2.x,Local2.y,Local2.z),float3(Local4.x,Local4.y,Local4.z),Local6.x);
+	float3 Local8 = (Local7 * 2.0);
+	float3 Local9 = (Local8 - 1.0);
+	float3 Local10 = math::lerp(Local7,Local9,NormalConvert);
+	float3 Local11 = math::lerp(float3(0.0,0.0,1.0),Local10,NormalAmount);
+	float3 Local12 = math::lerp(float3(0.0,0.0,1.0),Local10,Stain0_NormalAmount);
+	float2 Local13 = (float2(Local0.x,Local0.y) * Stain0_NoiseTile);
+	float4 Local14 = tex::lookup_float4(Stain_Noise,float2(Local13.x,1.0-Local13.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local15 = (1.0 - Local14.x);
+	float Local16 = (Local15 * Stain0_ParamA);
+	float Local17 = (1.0 + Stain0_ParamB);
+	float Local18 = (Stain0_ParamA * -1.0);
+	float Local19 = (Local18 + 0.0);
+	float Local20 = math::min(Local17,Local19);
+	float Local21 = math::max(Local17,Local19);
+	float Local22 = (Local17 - Local19);
+	float Local23 = (1.0 - Stain0_ParamC);
+	float Local24 = (Local22 / Local23);
+	float Local25 = math::min(1.0,Stain0_ParamC);
+	float Local26 = math::max(1.0,Stain0_ParamC);
+	float Local27 = (1.0 - Stain0_Width);
+	float Local28 = (1.0 - Local27);
+	float Local29 = (Local23 / Local28);
+	float4 Local30 = tex::lookup_float4(UV_VertexColor,float2(CustomizedUV0_mdl.x,1.0-CustomizedUV0_mdl.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local31 = math::lerp(float3(::vertex_color_from_coordinate(VertexColorCoordinateIndex).x,::vertex_color_from_coordinate(VertexColorCoordinateIndex).y,::vertex_color_from_coordinate(VertexColorCoordinateIndex).z),float3(Local30.x,Local30.y,Local30.z),UV_UseVertexColorFromTexture);
+	float3 Local32 = math::pow(Local31,float3(0.5,0.5,0.5));
+	float Local33 = (Local32.y - Local27);
+	float Local34 = (Local29 * Local33);
+	float Local35 = (Local34 + Stain0_ParamC);
+	float Local36 = math::min(math::max(Local35,Local25),Local26);
+	float Local37 = math::pow(Local36,1.5);
+	float Local38 = (Local37 - Stain0_ParamC);
+	float Local39 = (Local24 * Local38);
+	float Local40 = (Local39 + Local19);
+	float Local41 = math::min(math::max(Local40,Local20),Local21);
+	float Local42 = (Local16 + Local41);
+	float Local43 = math::lerp(1.0,Local14.x,Stain0_NoiseBlend);
+	float Local44 = (Local42 * Local43);
+	float Local45 = math::min(math::max(Local44,0.0),1.0);
+	float Local46 = (Local45 * Stain0_Blend);
+	float3 Local47 = math::lerp(Local11,Local12,Local46);
+	float3 Local48 = math::lerp(float3(0.0,0.0,1.0),Local10,Stain1_NormalAmount);
+	float2 Local49 = (float2(Local0.x,Local0.y) * Stain1_NoiseTile);
+	float4 Local50 = tex::lookup_float4(Stain_Noise,float2(Local49.x,1.0-Local49.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local51 = (1.0 - Local50.x);
+	float Local52 = (Local51 * Stain1_ParamA);
+	float Local53 = (1.0 + Stain1_ParamB);
+	float Local54 = (Stain1_ParamA * -1.0);
+	float Local55 = (Local54 + 0.0);
+	float Local56 = math::min(Local53,Local55);
+	float Local57 = math::max(Local53,Local55);
+	float Local58 = (Local53 - Local55);
+	float Local59 = (1.0 - Stain1_ParamC);
+	float Local60 = (Local58 / Local59);
+	float Local61 = math::min(1.0,Stain1_ParamC);
+	float Local62 = math::max(1.0,Stain1_ParamC);
+	float Local63 = (1.0 - Stain1_Width);
+	float Local64 = (1.0 - Local63);
+	float Local65 = (Local59 / Local64);
+	float Local66 = (Local32.x - Local63);
+	float Local67 = (Local65 * Local66);
+	float Local68 = (Local67 + Stain1_ParamC);
+	float Local69 = math::min(math::max(Local68,Local61),Local62);
+	float Local70 = math::pow(Local69,1.5);
+	float Local71 = (Local70 - Stain1_ParamC);
+	float Local72 = (Local60 * Local71);
+	float Local73 = (Local72 + Local55);
+	float Local74 = math::min(math::max(Local73,Local56),Local57);
+	float Local75 = (Local52 + Local74);
+	float Local76 = math::lerp(1.0,Local51,Stain1_NoiseBlend);
+	float Local77 = (Local75 * Local76);
+	float Local78 = math::min(math::max(Local77,0.0),1.0);
+	float Local79 = (Local78 * Stain1_Blend);
+	float3 Local80 = math::lerp(Local47,Local48,Local79);
+	float3 Local81 = math::lerp(float3(0.0,0.0,1.0),Local10,Stain2_NormalAmount);
+	float2 Local82 = (float2(Local0.x,Local0.y) * Stain2_NoiseTile);
+	float4 Local83 = tex::lookup_float4(Stain_Noise,float2(Local82.x,1.0-Local82.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local84 = (1.0 - Local83.x);
+	float Local85 = (Local84 * Stain2_ParamA);
+	float Local86 = (1.0 + Stain2_ParamB);
+	float Local87 = (Stain2_ParamA * -1.0);
+	float Local88 = (Local87 + 0.0);
+	float Local89 = math::min(Local86,Local88);
+	float Local90 = math::max(Local86,Local88);
+	float Local91 = (Local86 - Local88);
+	float Local92 = (1.0 - Stain2_ParamC);
+	float Local93 = (Local91 / Local92);
+	float Local94 = math::min(1.0,Stain2_ParamC);
+	float Local95 = math::max(1.0,Stain2_ParamC);
+	float Local96 = (1.0 - Stain2_Width);
+	float Local97 = (1.0 - Local96);
+	float Local98 = (Local92 / Local97);
+	float Local99 = (Local32.z - Local96);
+	float Local100 = (Local98 * Local99);
+	float Local101 = (Local100 + Stain2_ParamC);
+	float Local102 = math::min(math::max(Local101,Local94),Local95);
+	float Local103 = math::pow(Local102,1.5);
+	float Local104 = (Local103 - Stain2_ParamC);
+	float Local105 = (Local93 * Local104);
+	float Local106 = (Local105 + Local88);
+	float Local107 = math::min(math::max(Local106,Local89),Local90);
+	float Local108 = (Local85 + Local107);
+	float Local109 = math::lerp(1.0,Local84,Stain2_NoiseBlend);
+	float Local110 = (Local108 * Local109);
+	float Local111 = math::min(math::max(Local110,0.0),1.0);
+	float Local112 = (Local111 * Stain2_Blend);
+	float3 Local113 = math::lerp(Local80,Local81,Local112);
+	float3 Local114 = math::lerp(float3(0.0,0.0,1.0),Local10,Puddle_NormalAmount);
+	float2 Local115 = (float2(Local0.x,Local0.y) * Puddle_NoiseTile);
+	float4 Local116 = tex::lookup_float4(Puddle_Noise,float2(Local115.x,1.0-Local115.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local117 = (Local116.x * Puddle_NoiseBlend);
+	float3 Local118 = math::lerp(Local113,Local114,Local117);
+
+	float3 Normal_mdl = Local118;
+
+	float4 Local119 = tex::lookup_float4(Set1SuperAlbedo,float2(Local1.x,1.0-Local1.y),tex::wrap_repeat,tex::wrap_repeat);
+	float4 Local120 = tex::lookup_float4(Set2SuperAlbedo,float2(Local3.x,1.0-Local3.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local121 = math::lerp(float3(float2(Local119.x,Local119.y).x,float2(Local119.x,Local119.y).y,Local119.z),float3(float2(Local120.x,Local120.y).x,float2(Local120.x,Local120.y).y,Local120.z),Local6.x);
+	float3 Local122 = (Local121 * float3(AlbedoMult.x,AlbedoMult.y,AlbedoMult.z));
+	float3 Local123 = math::min(math::max(Local122,float3(0.0,0.0,0.0)),float3(1.0,1.0,1.0));
+	float3 Local124 = (Local121 * float3(Stain0_AlbedoMult.x,Stain0_AlbedoMult.y,Stain0_AlbedoMult.z));
+	float3 Local125 = math::min(math::max(Local124,float3(0.0,0.0,0.0)),float3(1.0,1.0,1.0));
+	float3 Local126 = math::lerp(Local123,Local125,Local46);
+	float3 Local127 = (Local121 * float3(Stain1_AlbedoMult.x,Stain1_AlbedoMult.y,Stain1_AlbedoMult.z));
+	float3 Local128 = math::min(math::max(Local127,float3(0.0,0.0,0.0)),float3(1.0,1.0,1.0));
+	float3 Local129 = math::lerp(Local126,Local128,Local79);
+	float3 Local130 = (Local121 * float3(Stain2_AlbedoMult.x,Stain2_AlbedoMult.y,Stain2_AlbedoMult.z));
+	float3 Local131 = math::min(math::max(Local130,float3(0.0,0.0,0.0)),float3(1.0,1.0,1.0));
+	float3 Local132 = math::lerp(Local129,Local131,Local112);
+	float3 Local133 = (Local121 * Puddle_AlbedoMult);
+	float3 Local134 = math::min(math::max(Local133,float3(0.0,0.0,0.0)),float3(1.0,1.0,1.0));
+	float3 Local135 = math::lerp(Local132,Local134,Local117);
+	float Local136 = math::lerp(Local119.w,Local120.w,Local6.x);
+	float Local137 = math::pow(Local136,SpecularPow_Order1);
+	float Local138 = (Local137 * SpecularMult_Order2);
+	float Local139 = math::pow(Local136,Stain0_SpecularPow_Order1);
+	float Local140 = (Local139 * Stain0_SpecularMult_Order2);
+	float Local141 = math::lerp(Local138,Local140,Local46);
+	float Local142 = math::pow(Local136,Stain1_SpecularPow_Order1);
+	float Local143 = (Local142 * Stain1_SpecularMult_Order2);
+	float Local144 = math::lerp(Local141,Local143,Local79);
+	float Local145 = math::pow(Local136,Stain2_SpecularPow_Order1);
+	float Local146 = (Local145 * Stain2_SpecularMult_Order2);
+	float Local147 = math::lerp(Local144,Local146,Local112);
+	float Local148 = math::pow(Local136,Puddle_SpecularPow_Order1);
+	float Local149 = (Local148 * Puddle_SpecularMult_Order2);
+	float Local150 = math::lerp(Local147,Local149,Local117);
+	float Local151 = math::lerp(Local2.w,Local4.w,Local6.x);
+	float Local152 = math::pow(Local151,RoughnessPow_Order1);
+	float Local153 = (Local152 * RoughnessMult_Order2);
+	float Local154 = (Local153 + RoughnessOffset_Order3);
+	float Local155 = math::pow(Local151,Stain0_RoughnessPow_Order1);
+	float Local156 = (Local155 * Stain0_RoughnessMult_Order2);
+	float Local157 = (Local156 + Stain0_RoughnessOffset_Order3);
+	float Local158 = math::lerp(Local154,Local157,Local46);
+	float Local159 = math::pow(Local151,Stain1_RoughnessPow_Order1);
+	float Local160 = (Local159 * Stain1_RoughnessMult_Order2);
+	float Local161 = (Local160 + Stain1_RoughnessOffset_Order3);
+	float Local162 = math::lerp(Local158,Local161,Local79);
+	float Local163 = math::pow(Local151,Stain2_RoughnessPow_Order1);
+	float Local164 = (Local163 * Stain2_RoughnessMult_Order2);
+	float Local165 = (Local164 + Stain2_RoughnessOffset_Order3);
+	float Local166 = math::lerp(Local162,Local165,Local112);
+	float Local167 = math::pow(Local151,Puddle_RoughnessPow_Order1);
+	float Local168 = (Local167 * Puddle_RoughnessMult_Order2);
+	float Local169 = (Local168 + 0);
+	float Local170 = math::lerp(Local166,Local169,Local117);
+
+	//float3 EmissiveColor_mdl = float3(0.0,0.0,0.0);
+	float OpacityMask_mdl = 1.0;
+	float3 BaseColor_mdl = Local135;
+	float Metallic_mdl = 0.0;
+	float Specular_mdl = Local150;
+	float Roughness_mdl = Local170;
+
+	} in
+		::OmniUe4Base(
+			base_color: BaseColor_mdl,
+			metallic: Metallic_mdl,
+			roughness: Roughness_mdl,
+			specular: Specular_mdl,
+			normal: Normal_mdl,
+			opacity: OpacityMask_mdl);
+			//emissive_color: EmissiveColor_mdl,
+			//displacement: WorldPositionOffset_mdl,
+			//two_sided: false

materials/road_base.mdl

@@ -0,0 +1,117 @@
+mdl 1.3;
+
+import ::math::*;
+import ::state::*;
+import ::tex::*;
+import ::anno::*;
+using .::OmniUe4Function import *;
+using .::OmniUe4Base import *;
+
+export annotation sampler_color();
+export annotation sampler_normal();
+export annotation sampler_grayscale();
+export annotation sampler_alpha();
+export annotation sampler_masks();
+export annotation sampler_distancefield();
+export annotation dither_masked_off();
+export annotation world_space_normal();
+
+export material road_base(
+	float WorldSpaceUVMult = 5000.0,
+	float Set1Tile = 2.5,
+	uniform texture_2d Set1SuperNormal = texture_2d("./drivable_surfaces/general/road/road_base/set1supernormal.TGA",::tex::gamma_linear)
+	[[sampler_color()]],
+	float Set2Tile = 4.0,
+	uniform texture_2d Set2SuperNormal = texture_2d("./drivable_surfaces/general/road/road_base/set1supernormal.TGA",::tex::gamma_linear)
+	[[sampler_color()]],
+	float Set1Set2BlendNoiseTile = 1.0,
+	uniform texture_2d Set1Set2BlendNoise = texture_2d("./drivable_surfaces/general/road/road_base/t_noise_d.png",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float NormalConvert = 1.0,
+	float NormalAmount = 0.2,
+	float Puddle_NormalAmount = 0.0,
+	float Puddle_NoiseTile = 0.5,
+	uniform texture_2d PuddleNoise = texture_2d("./drivable_surfaces/general/road/road_base/t_noise01.png",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float Puddle_NoiseBlend = 1.0,
+	uniform texture_2d Set1SuperAlbedo = texture_2d("./drivable_surfaces/general/road/road_base/set1superalbedo.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	uniform texture_2d Set2SuperAlbedo = texture_2d("./drivable_surfaces/general/road/road_base/set1superalbedo.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float AlbedoMult = 2.0,
+	float Puddle_AlbedoMult = 1.0,
+	float SpecularPow_Order1 = 1.0,
+	float SpecularMult_Order2 = 1.0,
+	float Puddle_SpecularPow_Order1 = 2.0,
+	float Puddle_SpecularMult_Order2 = 0.32,
+	float RoughnessPow_Order1 = 1.5,
+	float RoughnessMult_Order2 = 1.0,
+	float RoughnessOffset_Order3 = -0.085716,
+	float Puddle_RoughnessPow_Order1 = 1.0,
+	float Puddle_RoughnessMult_Order2 = 1.0,
+	float Puddle_RoughnessOffset_Order3 = -1.0)
+ = 
+	let {
+	float3 WorldPositionOffset_mdl = float3(0.0,0.0,0.0);
+
+	float3 Local0 = ((state::transform_point(state::coordinate_internal,state::coordinate_world,state::position())*state::meters_per_scene_unit()*100.0) / WorldSpaceUVMult);
+	float2 Local1 = (float2(Local0.x,Local0.y) * Set1Tile);
+	float4 Local2 = tex::lookup_float4(Set1SuperNormal,float2(Local1.x,1.0-Local1.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local3 = (float2(Local0.x,Local0.y) * Set2Tile);
+	float4 Local4 = tex::lookup_float4(Set2SuperNormal,float2(Local3.x,1.0-Local3.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local5 = (float2(Local0.x,Local0.y) * Set1Set2BlendNoiseTile);
+	float4 Local6 = tex::lookup_float4(Set1Set2BlendNoise,float2(Local5.x,1.0-Local5.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local7 = math::lerp(float3(Local2.x,Local2.y,Local2.z),float3(Local4.x,Local4.y,Local4.z),Local6.x);
+	float3 Local8 = (Local7 * 2.0);
+	float3 Local9 = (Local8 - 1.0);
+	float3 Local10 = math::lerp(Local7,Local9,NormalConvert);
+	float3 Local11 = math::lerp(float3(0.0,0.0,1.0),Local10,NormalAmount);
+	float3 Local12 = math::lerp(float3(0.0,0.0,1.0),Local10,Puddle_NormalAmount);
+	float2 Local13 = (float2(Local0.x,Local0.y) * Puddle_NoiseTile);
+	float4 Local14 = tex::lookup_float4(PuddleNoise,float2(Local13.x,1.0-Local13.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local15 = (Local14.x * Puddle_NoiseBlend);
+	float3 Local16 = math::lerp(Local11,Local12,Local15);
+
+	float3 Normal_mdl = Local16;
+
+	float4 Local17 = tex::lookup_float4(Set1SuperAlbedo,float2(Local1.x,1.0-Local1.y),tex::wrap_repeat,tex::wrap_repeat);
+	float4 Local18 = tex::lookup_float4(Set2SuperAlbedo,float2(Local3.x,1.0-Local3.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local19 = math::lerp(float3(Local17.x,Local17.y,Local17.z),float3(Local18.x,Local18.y,Local18.z),Local6.x);
+	float3 Local20 = (Local19 * AlbedoMult);
+	float3 Local21 = math::min(math::max(Local20,float3(0.0,0.0,0.0)),float3(1.0,1.0,1.0));
+	float3 Local22 = (Local19 * Puddle_AlbedoMult);
+	float3 Local23 = math::min(math::max(Local22,float3(0.0,0.0,0.0)),float3(1.0,1.0,1.0));
+	float3 Local24 = math::lerp(Local21,Local23,Local15);
+	float Local25 = math::lerp(Local17.w,Local18.w,Local6.x);
+	float Local26 = math::pow(Local25,SpecularPow_Order1);
+	float Local27 = (Local26 * SpecularMult_Order2);
+	float Local28 = math::pow(Local25,Puddle_SpecularPow_Order1);
+	float Local29 = (Local28 * Puddle_SpecularMult_Order2);
+	float Local30 = math::lerp(Local27,Local29,Local15);
+	float Local31 = math::lerp(Local2.w,Local4.w,Local6.x);
+	float Local32 = math::pow(Local31,RoughnessPow_Order1);
+	float Local33 = (Local32 * RoughnessMult_Order2);
+	float Local34 = (Local33 + RoughnessOffset_Order3);
+	float Local35 = math::pow(Local31,Puddle_RoughnessPow_Order1);
+	float Local36 = (Local35 * Puddle_RoughnessMult_Order2);
+	float Local37 = (Local36 + Puddle_RoughnessOffset_Order3);
+	float Local38 = math::lerp(Local34,Local37,Local15);
+
+	float3 EmissiveColor_mdl = float3(0.0,0.0,0.0);
+	float OpacityMask_mdl = 1.0;
+	float3 BaseColor_mdl = Local24;
+	float Metallic_mdl = 0.0;
+	float Specular_mdl = Local30;
+	float Roughness_mdl = Local38;
+
+	} in
+		::OmniUe4Base(
+			base_color: BaseColor_mdl,
+			metallic: Metallic_mdl,
+			roughness: Roughness_mdl,
+			specular: Specular_mdl,
+			normal: Normal_mdl,
+			opacity: OpacityMask_mdl,
+			emissive_color: EmissiveColor_mdl,
+			displacement: WorldPositionOffset_mdl,
+			two_sided: false);

materials/terrain_base.mdl

@@ -0,0 +1,290 @@
+mdl 1.3;
+
+import ::math::*;
+import ::state::*;
+import ::tex::*;
+import ::anno::*;
+using .::OmniUe4FunctionTerrain import *;
+using .::OmniUe4BaseTerrain import *;
+
+export annotation sampler_color();
+export annotation sampler_normal();
+export annotation sampler_grayscale();
+export annotation sampler_alpha();
+export annotation sampler_masks();
+export annotation sampler_distancefield();
+export annotation dither_masked_off();
+export annotation world_space_normal();
+
+export material terrain_base(
+	float WorldSpaceUVMult = 5000.0,
+	float Set1Tile = 2.5,
+	uniform texture_2d Set1SuperNormal = texture_2d("./drivable_surfaces/general/road/road_base/set1supernormal.TGA",::tex::gamma_linear)
+	[[sampler_color()]],
+	float Set2Tile = 4.0,
+	uniform texture_2d Set2SuperNormal = texture_2d("./drivable_surfaces/general/road/road_base/set1supernormal.TGA",::tex::gamma_linear)
+	[[sampler_color()]],
+	float Set1Set2BlendNoiseTile = 1.0,
+	uniform texture_2d Set1Set2BlendNoise = texture_2d("./drivable_surfaces/general/road/road_base/t_noise_d.png",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float NormalConvert = 1.0,
+	float NormalAmount = 0.2,
+	float Puddle_NormalAmount = 0.0,
+	float Puddle_NoiseTile = 0.5,
+	uniform texture_2d PuddleNoise = texture_2d("./drivable_surfaces/general/road/road_base/t_noise01.png",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float Puddle_NoiseBlend = 1.0,
+	float Terrain_Set1Tile = 5.0,
+	uniform texture_2d Terrain_Set1SuperNormal = texture_2d("./surrounding_surfaces/terrain/terrain_base/grassdead_normal.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float Terrain_Set2Tile = 2.5,
+	uniform texture_2d Terrain_Set2SuperNormal = texture_2d("./surrounding_surfaces/terrain/terrain_base/grass_normal.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float Terrain_NoiseTile = 4.0,
+	uniform texture_2d TerrainNoise = texture_2d("./surrounding_surfaces/terrain/terrain_base/terrain_blend_noise.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float Terrain_Edge1ParamA = 2.061228036880493,
+	float Terrain_Edge1ParamB = 0.09909400343895,
+	float Terrain_Edge1ParamC = -0.108556002378464,
+	float Terrain_Edge1Width = 1.0,
+	int VertexColorCoordinateIndex = 1,
+	float Terrain_Set3Tile = 6.309484004974365,
+	uniform texture_2d Terrain_Set3SuperNormal = texture_2d("./surrounding_surfaces/terrain/terrain_base/dark_normal.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float Terrain_Edge2ParamA = 0.647574007511139,
+	float Terrain_Edge2ParamB = 3.697367906570435,
+	float Terrain_Edge2ParamC = -0.042270001024008,
+	float Terrain_Edge2Width = 1.0,
+	float Terrain_NormalConvert = 1.0,
+	float Terrain_Edge0ParamA = 0.336418986320496,
+	float Terrain_Edge0ParamB = 19.704376220703125,
+	float Terrain_Edge0ParamC = 0.005729999858886,
+	float Terrain_Edge0Width = 1.0,
+	uniform texture_2d Set1SuperAlbedo = texture_2d("./drivable_surfaces/general/road/road_base/set1superalbedo.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	uniform texture_2d Set2SuperAlbedo = texture_2d("./drivable_surfaces/general/road/road_base/set1superalbedo.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float AlbedoMult = 2.0,
+	float Puddle_AlbedoMult = 1.0,
+	uniform texture_2d Terrain_Set1SuperAlbedo = texture_2d("./surrounding_surfaces/terrain/terrain_base/grassdead_basecolor.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	uniform texture_2d Terrain_Set2SuperAlbedo = texture_2d("./surrounding_surfaces/terrain/terrain_base/grass_basecolor.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	uniform texture_2d Terrain_Set3SuperAlbedo = texture_2d("./surrounding_surfaces/terrain/terrain_base/dark_basecolor.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	uniform texture_2d Terrain_GlobalAlbedo = texture_2d("./surrounding_surfaces/terrain/terrain_base/white.png",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float Terrain_Edge3ParamA = 0.243763998150826,
+	float Terrain_Edge3ParamB = 1.786692976951599,
+	float Terrain_Edge3ParamC = 0.033920001238585,
+	float Terrain_Edge3Width = 0.961905002593994,
+	float SpecularPow_Order1 = 1.0,
+	float SpecularMult_Order2 = 1.0,
+	float Puddle_SpecularPow_Order1 = 2.0,
+	float Puddle_SpecularMult_Order2 = 0.32,
+	float RoughnessPow_Order1 = 1.5,
+	float RoughnessMult_Order2 = 1.0,
+	float RoughnessOffset_Order3 = -0.085716,
+	float Puddle_RoughnessPow_Order1 = 1.0,
+	float Puddle_RoughnessMult_Order2 = 1.0,
+	float Puddle_RoughnessOffset_Order3 = -1.0)
+ = 
+	let {
+	float3 WorldPositionOffset_mdl = float3(0.0,0.0,0.0);
+	float2 CustomizedUV0_mdl = float2(state::texture_coordinate(0).x,1.0-state::texture_coordinate(0).y);
+
+	float3 Local0 = ((state::transform_point(state::coordinate_internal,state::coordinate_world,state::position())*state::meters_per_scene_unit()*100.0) / WorldSpaceUVMult);
+	float2 Local1 = (float2(Local0.x,Local0.y) * Set1Tile);
+	float4 Local2 = tex::lookup_float4(Set1SuperNormal,float2(Local1.x,1.0-Local1.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local3 = (float2(Local0.x,Local0.y) * Set2Tile);
+	float4 Local4 = tex::lookup_float4(Set2SuperNormal,float2(Local3.x,1.0-Local3.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local5 = (float2(Local0.x,Local0.y) * Set1Set2BlendNoiseTile);
+	float4 Local6 = tex::lookup_float4(Set1Set2BlendNoise,float2(Local5.x,1.0-Local5.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local7 = math::lerp(float3(Local2.x,Local2.y,Local2.z),float3(Local4.x,Local4.y,Local4.z),Local6.x);
+	float3 Local8 = (Local7 * 2.0);
+	float3 Local9 = (Local8 - 1.0);
+	float3 Local10 = math::lerp(Local7,Local9,NormalConvert);
+	float3 Local11 = math::lerp(float3(0.0,0.0,1.0),Local10,NormalAmount);
+	float3 Local12 = math::lerp(float3(0.0,0.0,1.0),Local10,Puddle_NormalAmount);
+	float2 Local13 = (float2(Local0.x,Local0.y) * Puddle_NoiseTile);
+	float4 Local14 = tex::lookup_float4(PuddleNoise,float2(Local13.x,1.0-Local13.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local15 = (Local14.x * Puddle_NoiseBlend);
+	float3 Local16 = math::lerp(Local11,Local12,Local15);
+	float2 Local17 = (float2(Local0.x,Local0.y) * Terrain_Set1Tile);
+	float4 Local18 = tex::lookup_float4(Terrain_Set1SuperNormal,float2(Local17.x,1.0-Local17.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local19 = (float2(Local0.x,Local0.y) * Terrain_Set2Tile);
+	float4 Local20 = tex::lookup_float4(Terrain_Set2SuperNormal,float2(Local19.x,1.0-Local19.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local21 = (float2(Local0.x,Local0.y) * Terrain_NoiseTile);
+	float4 Local22 = tex::lookup_float4(TerrainNoise,float2(Local21.x,1.0-Local21.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local23 = (1.0 - Local22.x);
+	float Local24 = (Local23 * Terrain_Edge1ParamA);
+	float Local25 = (1.0 + Terrain_Edge1ParamB);
+	float Local26 = (Terrain_Edge1ParamA * -1.0);
+	float Local27 = (Local26 + 0.0);
+	float Local28 = math::min(Local25,Local27);
+	float Local29 = math::max(Local25,Local27);
+	float Local30 = (Local25 - Local27);
+	float Local31 = (1.0 - Terrain_Edge1ParamC);
+	float Local32 = (Local30 / Local31);
+	float Local33 = math::min(1.0,Terrain_Edge1ParamC);
+	float Local34 = math::max(1.0,Terrain_Edge1ParamC);
+	float Local35 = (1.0 - Terrain_Edge1Width);
+	float Local36 = (1.0 - Local35);
+	float Local37 = (Local31 / Local36);
+	float Local38 = (::vertex_color_from_coordinate(VertexColorCoordinateIndex).x - Local35);
+	float Local39 = (Local37 * Local38);
+	float Local40 = (Local39 + Terrain_Edge1ParamC);
+	float Local41 = math::min(math::max(Local40,Local33),Local34);
+	float Local42 = math::pow(Local41,1.5);
+	float Local43 = (Local42 - Terrain_Edge1ParamC);
+	float Local44 = (Local32 * Local43);
+	float Local45 = (Local44 + Local27);
+	float Local46 = math::min(math::max(Local45,Local28),Local29);
+	float Local47 = (Local24 + Local46);
+	float Local48 = math::min(math::max(Local47,0.0),1.0);
+	float3 Local49 = math::lerp(float3(Local18.x,Local18.y,Local18.z),float3(Local20.x,Local20.y,Local20.z),Local48);
+	float2 Local50 = (float2(Local0.x,Local0.y) * Terrain_Set3Tile);
+	float4 Local51 = tex::lookup_float4(Terrain_Set3SuperNormal,float2(Local50.x,1.0-Local50.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local52 = (Local23 * Terrain_Edge2ParamA);
+	float Local53 = (1.0 + Terrain_Edge2ParamB);
+	float Local54 = (Terrain_Edge2ParamA * -1.0);
+	float Local55 = (Local54 + 0.0);
+	float Local56 = math::min(Local53,Local55);
+	float Local57 = math::max(Local53,Local55);
+	float Local58 = (Local53 - Local55);
+	float Local59 = (1.0 - Terrain_Edge2ParamC);
+	float Local60 = (Local58 / Local59);
+	float Local61 = math::min(1.0,Terrain_Edge2ParamC);
+	float Local62 = math::max(1.0,Terrain_Edge2ParamC);
+	float Local63 = (1.0 - Terrain_Edge2Width);
+	float Local64 = (1.0 - Local63);
+	float Local65 = (Local59 / Local64);
+	float Local66 = (::vertex_color_from_coordinate(VertexColorCoordinateIndex).z - Local63);
+	float Local67 = (Local65 * Local66);
+	float Local68 = (Local67 + Terrain_Edge2ParamC);
+	float Local69 = math::min(math::max(Local68,Local61),Local62);
+	float Local70 = math::pow(Local69,1.5);
+	float Local71 = (Local70 - Terrain_Edge2ParamC);
+	float Local72 = (Local60 * Local71);
+	float Local73 = (Local72 + Local55);
+	float Local74 = math::min(math::max(Local73,Local56),Local57);
+	float Local75 = (Local52 + Local74);
+	float Local76 = math::min(math::max(Local75,0.0),1.0);
+	float3 Local77 = math::lerp(Local49,float3(Local51.x,Local51.y,Local51.z),Local76);
+	float3 Local78 = (Local77 * 2.0);
+	float3 Local79 = (Local78 - 1.0);
+	float3 Local80 = math::lerp(Local77,Local79,Terrain_NormalConvert);
+	float Local81 = (Local23 * Terrain_Edge0ParamA);
+	float Local82 = (1.0 + Terrain_Edge0ParamB);
+	float Local83 = (Terrain_Edge0ParamA * -1.0);
+	float Local84 = (Local83 + 0.0);
+	float Local85 = math::min(Local82,Local84);
+	float Local86 = math::max(Local82,Local84);
+	float Local87 = (Local82 - Local84);
+	float Local88 = (1.0 - Terrain_Edge0ParamC);
+	float Local89 = (Local87 / Local88);
+	float Local90 = math::min(1.0,Terrain_Edge0ParamC);
+	float Local91 = math::max(1.0,Terrain_Edge0ParamC);
+	float Local92 = (1.0 - Terrain_Edge0Width);
+	float Local93 = (1.0 - Local92);
+	float Local94 = (Local88 / Local93);
+	float Local95 = (::vertex_color_from_coordinate(VertexColorCoordinateIndex).x - Local92);
+	float Local96 = (Local94 * Local95);
+	float Local97 = (Local96 + Terrain_Edge0ParamC);
+	float Local98 = math::min(math::max(Local97,Local90),Local91);
+	float Local99 = math::pow(Local98,1.5);
+	float Local100 = (Local99 - Terrain_Edge0ParamC);
+	float Local101 = (Local89 * Local100);
+	float Local102 = (Local101 + Local84);
+	float Local103 = math::min(math::max(Local102,Local85),Local86);
+	float Local104 = (Local81 + Local103);
+	float Local105 = math::min(math::max(Local104,0.0),1.0);
+	float3 Local106 = math::lerp(Local16,Local80,Local105);
+
+	float Local106a = Local106.x * Local106.x + Local106.y * Local106.y + Local106.z * Local106.z;
+	float Local106b = math::pow(Local106a, 0.5);
+	float3 Normal_mdl = Local106 / Local106b;
+
+	float4 Local107 = tex::lookup_float4(Set1SuperAlbedo,float2(Local1.x,1.0-Local1.y),tex::wrap_repeat,tex::wrap_repeat);
+	float4 Local108 = tex::lookup_float4(Set2SuperAlbedo,float2(Local3.x,1.0-Local3.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local109 = math::lerp(float3(float2(Local107.x,Local107.y).x,float2(Local107.x,Local107.y).y,Local107.z),float3(float2(Local108.x,Local108.y).x,float2(Local108.x,Local108.y).y,Local108.z),Local6.x);
+	float3 Local110 = (Local109 * AlbedoMult);
+	float3 Local111 = math::min(math::max(Local110,float3(0.0,0.0,0.0)),float3(1.0,1.0,1.0));
+	float3 Local112 = (Local109 * Puddle_AlbedoMult);
+	float3 Local113 = math::min(math::max(Local112,float3(0.0,0.0,0.0)),float3(1.0,1.0,1.0));
+	float3 Local114 = math::lerp(Local111,Local113,Local15);
+	float4 Local115 = tex::lookup_float4(Terrain_Set1SuperAlbedo,float2(Local17.x,1.0-Local17.y),tex::wrap_repeat,tex::wrap_repeat);
+	float4 Local116 = tex::lookup_float4(Terrain_Set2SuperAlbedo,float2(Local19.x,1.0-Local19.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local117 = math::lerp(float3(Local115.x,Local115.y,Local115.z),float3(Local116.x,Local116.y,Local116.z),Local48);
+	float4 Local118 = tex::lookup_float4(Terrain_Set3SuperAlbedo,float2(Local50.x,1.0-Local50.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local119 = math::lerp(Local117,float3(Local118.x,Local118.y,Local118.z),Local76);
+	float3 Local120 = math::lerp(Local114,Local119,Local105);
+	float4 Local121 = tex::lookup_float4(Terrain_GlobalAlbedo,float2(CustomizedUV0_mdl.x,1.0-CustomizedUV0_mdl.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local122 = (Local23 * Terrain_Edge3ParamA);
+	float Local123 = (1.0 + Terrain_Edge3ParamB);
+	float Local124 = (Terrain_Edge3ParamA * -1.0);
+	float Local125 = (Local124 + 0.0);
+	float Local126 = math::min(Local123,Local125);
+	float Local127 = math::max(Local123,Local125);
+	float Local128 = (Local123 - Local125);
+	float Local129 = (1.0 - Terrain_Edge3ParamC);
+	float Local130 = (Local128 / Local129);
+	float Local131 = math::min(1.0,Terrain_Edge3ParamC);
+	float Local132 = math::max(1.0,Terrain_Edge3ParamC);
+	float Local133 = (1.0 - Terrain_Edge3Width);
+	float Local134 = (1.0 - Local133);
+	float Local135 = (Local129 / Local134);
+	float Local136 = (::vertex_color_from_coordinate(VertexColorCoordinateIndex).y - Local133);
+	float Local137 = (Local135 * Local136);
+	float Local138 = (Local137 + Terrain_Edge3ParamC);
+	float Local139 = math::min(math::max(Local138,Local131),Local132);
+	float Local140 = math::pow(Local139,1.5);
+	float Local141 = (Local140 - Terrain_Edge3ParamC);
+	float Local142 = (Local130 * Local141);
+	float Local143 = (Local142 + Local125);
+	float Local144 = math::min(math::max(Local143,Local126),Local127);
+	float Local145 = (Local122 + Local144);
+	float Local146 = math::min(math::max(Local145,0.0),1.0);
+	float3 Local147 = math::lerp(Local120,float3(Local121.x,Local121.y,Local121.z),Local146);
+	float Local148 = math::lerp(0.0,0.0,Local146);
+	float Local149 = math::lerp(Local107.w,Local108.w,Local6.x);
+	float Local150 = math::pow(Local149,SpecularPow_Order1);
+	float Local151 = (Local150 * SpecularMult_Order2);
+	float Local152 = math::pow(Local149,Puddle_SpecularPow_Order1);
+	float Local153 = (Local152 * Puddle_SpecularMult_Order2);
+	float Local154 = math::lerp(Local151,Local153,Local15);
+	float Local155 = math::lerp(Local115.w,Local116.w,Local48);
+	float Local156 = math::lerp(Local155,Local118.w,Local76);
+	float Local157 = math::lerp(Local154,Local156,Local105);
+	float Local158 = math::lerp(Local157,0.0,Local146);
+	float Local159 = math::lerp(Local2.w,Local4.w,Local6.x);
+	float Local160 = math::pow(Local159,RoughnessPow_Order1);
+	float Local161 = (Local160 * RoughnessMult_Order2);
+	float Local162 = (Local161 + RoughnessOffset_Order3);
+	float Local163 = math::pow(Local159,Puddle_RoughnessPow_Order1);
+	float Local164 = (Local163 * Puddle_RoughnessMult_Order2);
+	float Local165 = (Local164 + Puddle_RoughnessOffset_Order3);
+	float Local166 = math::lerp(Local162,Local165,Local15);
+	float Local167 = math::lerp(Local18.w,Local20.w,Local48);
+	float Local168 = math::lerp(Local167,Local51.w,Local76);
+	float Local169 = math::lerp(Local166,Local168,Local105);
+	float Local170 = math::lerp(Local169,1.0,Local146);
+
+	float3 EmissiveColor_mdl = float3(0.0,0.0,0.0);
+	float OpacityMask_mdl = 1.0;
+	float3 BaseColor_mdl = Local147;
+	float Metallic_mdl = Local148;
+	float Specular_mdl = Local158;
+	float Roughness_mdl = Local170;
+
+	} in
+		::OmniUe4Base(
+			base_color: BaseColor_mdl,
+			metallic: Metallic_mdl,
+			roughness: Roughness_mdl,
+			specular: Specular_mdl,
+			normal: Normal_mdl,
+			opacity: OpacityMask_mdl,
+			emissive_color: EmissiveColor_mdl,
+			displacement: WorldPositionOffset_mdl,
+			two_sided: false);

materials/terrain_with_grass_adv.mdl

@@ -0,0 +1,387 @@
+mdl 1.3;
+
+import ::math::*;
+import ::state::*;
+import ::tex::*;
+import ::anno::*;
+using .::OmniUe4FunctionTerrain import *;
+using .::OmniUe4BaseTerrain import *;
+
+export annotation sampler_color();
+export annotation sampler_normal();
+export annotation sampler_grayscale();
+export annotation sampler_alpha();
+export annotation sampler_masks();
+export annotation sampler_distancefield();
+export annotation dither_masked_off();
+export annotation world_space_normal();
+
+export material terrain_with_grass_adv(
+	uniform bool enable_transmission = false
+	[[
+		anno::display_name("Enable Diffuse Transmission"),
+		anno::description("Enables the diffuse transmission of light through thin diffuse scattering layer"),
+		anno::in_group("Diffuse")
+	]],
+	uniform float opacity_ratio = 1.f
+	[[
+		// anno::enable_if("enable_transmission == true"),
+		anno::display_name("Opacity Ratio"),
+		anno::description("Amount of opacity"),
+		anno::in_group("Diffuse")
+	]],
+	uniform color opacity_tint = color(1.0f)
+	[[
+		// anno::enable_if("enable_transmission == true"),
+		anno::display_name("Diffuse transmission tint"),
+		anno::description("Base diffuse transmission color"),
+		anno::in_group("Diffuse")
+	]],
+	uniform float opacity_multiplier = 1.f
+	[[
+		// anno::enable_if("enable_transmission == true"),
+		anno::display_name("Diffuse transmission multiplier"),
+		anno::description("Base diffuse transmission multiplier"),
+		anno::in_group("Diffuse")
+	]],
+
+	float GlobalNormalFactor = 1.0,
+	float WorldSpaceUVMult = 5000.0,
+	float Set1Tile = 2.5,
+	uniform texture_2d Set1SuperNormal = texture_2d("./drivable_surfaces/general/road/road_base/set1supernormal.TGA",::tex::gamma_linear)
+	[[sampler_color()]],
+	float Set2Tile = 4.0,
+	uniform texture_2d Set2SuperNormal = texture_2d("./drivable_surfaces/general/road/road_base/set1supernormal.TGA",::tex::gamma_linear)
+	[[sampler_color()]],
+	float Set1Set2BlendNoiseTile = 1.0,
+	uniform texture_2d Set1Set2BlendNoise = texture_2d("./drivable_surfaces/general/road/road_base/t_noise_d.png",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float NormalConvert = 1.0,
+	float NormalAmount = 0.2,
+	float Puddle_NormalAmount = 0.0,
+	float Puddle_NoiseTile = 0.5,
+	uniform texture_2d PuddleNoise = texture_2d("./drivable_surfaces/general/road/road_base/t_noise01.png",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float Puddle_NoiseBlend = 1.0,
+	float Terrain_Set1Tile = 5.0,
+	uniform texture_2d Terrain_Set1SuperNormal = texture_2d("./surrounding_surfaces/terrain/terrain_with_grass_adv/grassdead_normal.TGA",::tex::gamma_linear)
+	[[sampler_color()]],
+	float Terrain_Set2Tile = 2.0,
+	uniform texture_2d Terrain_Set2SuperNormal = texture_2d("./surrounding_surfaces/terrain/terrain_with_grass_adv/grass_normal.TGA",::tex::gamma_linear)
+	[[sampler_color()]],
+	float Terrain_NoiseTile = 0.5,
+	uniform texture_2d Terrain_Noise = texture_2d("./surrounding_surfaces/terrain/terrain_with_grass_adv/terrain_blend_noise.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float Terrain_Edge1ParamA = 0.761,
+	float Terrain_Edge1ParamB = -0.701,
+	float Terrain_Edge1ParamC = 1.791,
+	float Terrain_Edge1Width = 1.6,
+	int VertexColorCoordinateIndex = 0,
+	//float UV_Tile_Size = 250.0,
+	float3 UV_Tile_Max = float3(250.0,250.0,0.0),
+	float3 UV_Tile_Min = float3(0.0,0.0,0.0),
+	float UV_WorldScale = 1.0,
+	//float4 UV_Geo_Size = float4(1751.609985,4565.459961,0.0,0.0),
+	//float4 UV_Centroid = float4(-237.725006,1512.810059,0.0,0.0),
+	float UV_OffsetX = 0.0,
+	float UV_OffsetY = 0.0,
+	uniform texture_2d UV_VertexColor = texture_2d("./surrounding_surfaces/terrain/terrain_with_grass_adv/default_texture.png",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float UV_UseVertexColorFromTexture = 1.0,
+	float Terrain_Set3Tile = 5.5,
+	uniform texture_2d Terrain_Set3SuperNormal = texture_2d("./surrounding_surfaces/terrain/terrain_with_grass_adv/dark_normal.TGA",::tex::gamma_linear)
+	[[sampler_color()]],
+	float Terrain_Edge2ParamA = 1.9,
+	float Terrain_Edge2ParamB = 1.0,
+	float Terrain_Edge2ParamC = 0.4,
+	float Terrain_Edge2Width = 1.3,
+	float Terrain_NormalConvert = 1.0,
+	float Terrain_NoiseTileRoad = 0.5,
+	float Terrain_Edge0ParamA = 20.0,
+	float Terrain_Edge0ParamB = 74.503998,
+	float Terrain_Edge0ParamC = 0.3,
+	float Terrain_Edge0Width = 1.25,
+	uniform texture_2d Set1SuperAlbedo = texture_2d("./drivable_surfaces/general/road/road_base/set1superalbedo.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	uniform texture_2d Set2SuperAlbedo = texture_2d("./drivable_surfaces/general/road/road_base/set1superalbedo.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float3 AlbedoMult = float3(1.75, 1.75, 1.75),
+	float Puddle_AlbedoMult = 1.0,
+	uniform texture_2d Terrain_Set1SuperAlbedo = texture_2d("./surrounding_surfaces/terrain/terrain_with_grass_adv/grassdead_basecolor.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	uniform texture_2d Terrain_Set2SuperAlbedo = texture_2d("./surrounding_surfaces/terrain/terrain_with_grass_adv/grass_basecolor.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	uniform texture_2d Terrain_Set3SuperAlbedo = texture_2d("./surrounding_surfaces/terrain/terrain_with_grass_adv/dark_basecolor.TGA",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float4 Grass_TipTint = float4(1.0,1.0,1.0,0.0),
+	float Grass_UseTipVariation = 0.0,
+	float4 Grass_BladeTint = float4(1.0,1.0,1.0,0.0),
+	float Grass_UseBladeVariation = 0.0,
+	uniform texture_2d Terrain_GlobalAlbedo = texture_2d("./surrounding_surfaces/terrain/terrain_with_grass_adv/white.png",::tex::gamma_srgb)
+	[[sampler_color()]],
+	float Terrain_Edge3ParamA = 1.644,
+	float Terrain_Edge3ParamB = -1.513,
+	float Terrain_Edge3ParamC = 0.834,
+	float Terrain_Edge3Width = 1.475,
+	float SpecularPow_Order1 = 1.0,
+	float SpecularMult_Order2 = 1.0,
+	float Puddle_SpecularPow_Order1 = 2.0,
+	float Puddle_SpecularMult_Order2 = 0.32,
+	float Terrain_Set1SpecMult = 1.0,
+	float Terrain_Set2SpecMult = 1.0,
+	float Terrain_Spec1BlendPow = 0.25,
+	float Terrain_Set3SpecMult = 1.0,
+	float Terrain_Spec2BlendPow = 4.0,
+	float Terrain_NonGlobalMetalic = 0.5,
+	float Terrain_GlobalMetalic = 0.0,
+	float Terrain_GlobalSpec = 0.1,
+	float RoughnessPow_Order1 = 1.5,
+	float RoughnessMult_Order2 = 1.0,
+	float RoughnessOffset_Order3 = -0.085716,
+	float Puddle_RoughnessPow_Order1 = 1.0,
+	float Puddle_RoughnessMult_Order2 = 1.0,
+	float Puddle_RoughnessOffset_Order3 = -1.0,
+	float Terrain_Set1RoughnessMult = 1.0,
+	float Terrain_Set2RoughnessMult = 1.0,
+	float Terrain_Set3RoughnessMult = 1.0,
+	float Terrain_GlobalRoughness = 1.0)
+ = 
+	let {
+	//float3 WorldPositionOffset_mdl = float3(0.0,0.0,0.0);
+	float2 CustomizedUV0_mdl = float2(state::texture_coordinate(0).x,1.0-state::texture_coordinate(0).y);
+
+	float3 Local0 = ((state::transform_point(state::coordinate_internal,state::coordinate_world,state::position())*state::meters_per_scene_unit()*100.0) / WorldSpaceUVMult);
+	float2 Local1 = (float2(Local0.x,Local0.y) * Set1Tile);
+	float4 Local2 = tex::lookup_float4(Set1SuperNormal,float2(Local1.x,1.0-Local1.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local3 = (float2(Local0.x,Local0.y) * Set2Tile);
+	float4 Local4 = tex::lookup_float4(Set2SuperNormal,float2(Local3.x,1.0-Local3.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local5 = (float2(Local0.x,Local0.y) * Set1Set2BlendNoiseTile);
+	float4 Local6 = tex::lookup_float4(Set1Set2BlendNoise,float2(Local5.x,1.0-Local5.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local7 = math::lerp(float3(Local2.x,Local2.y,Local2.z),float3(Local4.x,Local4.y,Local4.z),Local6.x);
+	float3 Local8 = (Local7 * 2.0);
+	float3 Local9 = (Local8 - 1.0);
+	float3 Local10 = math::lerp(Local7,Local9,NormalConvert);
+	float3 Local11 = math::lerp(float3(0.0,0.0,1.0),Local10,NormalAmount);
+	float3 Local12 = math::lerp(float3(0.0,0.0,1.0),Local10,Puddle_NormalAmount);
+	float2 Local13 = (float2(Local0.x,Local0.y) * Puddle_NoiseTile);
+	float4 Local14 = tex::lookup_float4(PuddleNoise,float2(Local13.x,1.0-Local13.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local15 = (Local14.x * Puddle_NoiseBlend);
+	float3 Local16 = math::lerp(Local11,Local12,Local15);
+	float2 Local17 = (float2(Local0.x,Local0.y) * Terrain_Set1Tile);
+	float4 Local18 = tex::lookup_float4(Terrain_Set1SuperNormal,float2(Local17.x,1.0-Local17.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local19 = (float2(Local0.x,Local0.y) * Terrain_Set2Tile);
+	float4 Local20 = tex::lookup_float4(Terrain_Set2SuperNormal,float2(Local19.x,1.0-Local19.y),tex::wrap_repeat,tex::wrap_repeat);
+	float2 Local21 = (float2(Local0.x,Local0.y) * Terrain_NoiseTile);
+	float4 Local22 = tex::lookup_float4(Terrain_Noise,float2(Local21.x,1.0-Local21.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local23 = (1.0 - Local22.x);
+	float Local24 = (Local23 * Terrain_Edge1ParamA);
+	float Local25 = (1.0 + Terrain_Edge1ParamB);
+	float Local26 = (Terrain_Edge1ParamA * -1.0);
+	float Local27 = (Local26 + 0.0);
+	float Local28 = math::min(Local25,Local27);
+	float Local29 = math::max(Local25,Local27);
+	float Local30 = (Local25 - Local27);
+	float Local31 = (1.0 - Terrain_Edge1ParamC);
+	float Local32 = (Local30 / Local31);
+	float Local33 = math::min(1.0,Terrain_Edge1ParamC);
+	float Local34 = math::max(1.0,Terrain_Edge1ParamC);
+	float Local35 = (1.0 - Terrain_Edge1Width);
+	float Local36 = (1.0 - Local35);
+	float Local37 = (Local31 / Local36);
+	float3 Local38 = (UV_WorldScale * (state::transform_point(state::coordinate_internal,state::coordinate_world,state::position())*state::meters_per_scene_unit()*100.0));
+	//float3 Local39 = (float3(UV_Geo_Size.x,UV_Geo_Size.y,UV_Geo_Size.z) / UV_Tile_Size);
+	//float3 Local40 = math::floor(Local39);
+	//float3 Local41 = (Local40 + float3(1.0,1.0,1.0));
+	//float3 Local42 = (Local41 * UV_Tile_Size);
+	//float3 Local43 = (float3(UV_Centroid.x,UV_Centroid.y,UV_Centroid.z) - 0.5);
+	//float3 Local44 = (Local42 * Local43);
+	//float3 Local45 = (Local38 - Local44);
+	//float3 Local46 = math::fmod(Local45,float3(UV_Tile_Size,UV_Tile_Size,UV_Tile_Size));
+	//float3 Local47 = (Local46 / UV_Tile_Size);
+	//float2 Local48 = (float2(Local47.x,Local47.y) + float2(UV_OffsetX,UV_OffsetY));
+	float Local48_a = (Local38.x - UV_Tile_Min.x) / (UV_Tile_Max.x - UV_Tile_Min.x);
+	float Local48_b = (UV_Tile_Max.y - Local38.y) / (UV_Tile_Max.y - UV_Tile_Min.y);
+	float2 Local48 = (float2(Local48_a,Local48_b) + float2(UV_OffsetX,UV_OffsetY));
+	float4 Local49 = tex::lookup_float4(UV_VertexColor,float2(Local48.x,Local48.y),tex::wrap_clamp,tex::wrap_clamp);
+	float3 Local50 = math::lerp(float3(::vertex_color_from_coordinate(VertexColorCoordinateIndex).x,::vertex_color_from_coordinate(VertexColorCoordinateIndex).y,::vertex_color_from_coordinate(VertexColorCoordinateIndex).z),float3(Local49.x,Local49.y,Local49.z),UV_UseVertexColorFromTexture);
+	float Local51 = (Local50.x - Local35);
+	float Local52 = (Local37 * Local51);
+	float Local53 = (Local52 + Terrain_Edge1ParamC);
+	float Local54 = math::min(math::max(Local53,Local33),Local34);
+	float Local55 = math::pow(Local54,1.5);
+	float Local56 = (Local55 - Terrain_Edge1ParamC);
+	float Local57 = (Local32 * Local56);
+	float Local58 = (Local57 + Local27);
+	float Local59 = math::min(math::max(Local58,Local28),Local29);
+	float Local60 = (Local24 + Local59);
+	float Local61 = math::min(math::max(Local60,0.0),1.0);
+	float3 Local62 = math::lerp(float3(Local18.x,Local18.y,Local18.z),float3(Local20.x,Local20.y,Local20.z),Local61);
+	float2 Local63 = (float2(Local0.x,Local0.y) * Terrain_Set3Tile);
+	float4 Local64 = tex::lookup_float4(Terrain_Set3SuperNormal,float2(Local63.x,1.0-Local63.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local65 = (Local23 * Terrain_Edge2ParamA);
+	float Local66 = (1.0 + Terrain_Edge2ParamB);
+	float Local67 = (Terrain_Edge2ParamA * -1.0);
+	float Local68 = (Local67 + 0.0);
+	float Local69 = math::min(Local66,Local68);
+	float Local70 = math::max(Local66,Local68);
+	float Local71 = (Local66 - Local68);
+	float Local72 = (1.0 - Terrain_Edge2ParamC);
+	float Local73 = (Local71 / Local72);
+	float Local74 = math::min(1.0,Terrain_Edge2ParamC);
+	float Local75 = math::max(1.0,Terrain_Edge2ParamC);
+	float Local76 = (1.0 - Terrain_Edge2Width);
+	float Local77 = (1.0 - Local76);
+	float Local78 = (Local72 / Local77);
+	float Local79 = (Local50.z - Local76);
+	float Local80 = (Local78 * Local79);
+	float Local81 = (Local80 + Terrain_Edge2ParamC);
+	float Local82 = math::min(math::max(Local81,Local74),Local75);
+	float Local83 = math::pow(Local82,1.5);
+	float Local84 = (Local83 - Terrain_Edge2ParamC);
+	float Local85 = (Local73 * Local84);
+	float Local86 = (Local85 + Local68);
+	float Local87 = math::min(math::max(Local86,Local69),Local70);
+	float Local88 = (Local65 + Local87);
+	float Local89 = math::min(math::max(Local88,0.0),1.0);
+	float3 Local90 = math::lerp(Local62,float3(Local64.x,Local64.y,Local64.z),Local89);
+	float3 Local91 = (Local90 * 2.0);
+	float3 Local92 = (Local91 - 1.0);
+	float3 Local93 = math::lerp(Local90,Local92,Terrain_NormalConvert);
+	float2 Local94 = (float2(Local0.x,Local0.y) * Terrain_NoiseTileRoad);
+	float4 Local95 = tex::lookup_float4(Terrain_Noise,float2(Local94.x,1.0-Local94.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local96 = (1.0 - Local95.x);
+	float Local97 = (Local96 * Terrain_Edge0ParamA);
+	float Local98 = (1.0 + Terrain_Edge0ParamB);
+	float Local99 = (Terrain_Edge0ParamA * -1.0);
+	float Local100 = (Local99 + 0.0);
+	float Local101 = math::min(Local98,Local100);
+	float Local102 = math::max(Local98,Local100);
+	float Local103 = (Local98 - Local100);
+	float Local104 = (1.0 - Terrain_Edge0ParamC);
+	float Local105 = (Local103 / Local104);
+	float Local106 = math::min(1.0,Terrain_Edge0ParamC);
+	float Local107 = math::max(1.0,Terrain_Edge0ParamC);
+	float Local108 = (1.0 - Terrain_Edge0Width);
+	float Local109 = (1.0 - Local108);
+	float Local110 = (Local104 / Local109);
+	float Local111 = (Local50.x - Local108);
+	float Local112 = (Local110 * Local111);
+	float Local113 = (Local112 + Terrain_Edge0ParamC);
+	float Local114 = math::min(math::max(Local113,Local106),Local107);
+	float Local115 = math::pow(Local114,1.5);
+	float Local116 = (Local115 - Terrain_Edge0ParamC);
+	float Local117 = (Local105 * Local116);
+	float Local118 = (Local117 + Local100);
+	float Local119 = math::min(math::max(Local118,Local101),Local102);
+	float Local120 = (Local97 + Local119);
+	float Local121 = math::min(math::max(Local120,0.0),1.0);
+	float3 Local122 = math::lerp(Local16,Local93,Local121);
+
+	float3 Normal_mdl = math::lerp(float3(0.0, 0.0, 1.0), Local122, GlobalNormalFactor);
+
+	float4 Local123 = tex::lookup_float4(Set1SuperAlbedo,float2(Local1.x,1.0-Local1.y),tex::wrap_repeat,tex::wrap_repeat);
+	float4 Local124 = tex::lookup_float4(Set2SuperAlbedo,float2(Local3.x,1.0-Local3.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local125 = math::lerp(float3(float2(Local123.x,Local123.y).x,float2(Local123.x,Local123.y).y,Local123.z),float3(float2(Local124.x,Local124.y).x,float2(Local124.x,Local124.y).y,Local124.z),Local6.x);
+	float3 Local126 = (Local125 * AlbedoMult);
+	float3 Local127 = math::min(math::max(Local126,float3(0.0,0.0,0.0)),float3(1.0,1.0,1.0));
+	float3 Local128 = (Local125 * Puddle_AlbedoMult);
+	float3 Local129 = math::min(math::max(Local128,float3(0.0,0.0,0.0)),float3(1.0,1.0,1.0));
+	float3 Local130 = math::lerp(Local127,Local129,Local15);
+	float4 Local131 = tex::lookup_float4(Terrain_Set1SuperAlbedo,float2(Local17.x,1.0-Local17.y),tex::wrap_repeat,tex::wrap_repeat);
+	float4 Local132 = tex::lookup_float4(Terrain_Set2SuperAlbedo,float2(Local19.x,1.0-Local19.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local133 = math::lerp(float3(Local131.x,Local131.y,Local131.z),float3(Local132.x,Local132.y,Local132.z),Local61);
+	float4 Local134 = tex::lookup_float4(Terrain_Set3SuperAlbedo,float2(Local63.x,1.0-Local63.y),tex::wrap_repeat,tex::wrap_repeat);
+	float3 Local135 = math::lerp(Local133,float3(Local134.x,Local134.y,Local134.z),Local89);
+	float3 Local136 = (float3(Grass_TipTint.x,Grass_TipTint.y,Grass_TipTint.z) * Local135);
+	float Local137 = (Grass_UseTipVariation * ::vertex_color_from_coordinate(VertexColorCoordinateIndex).x);
+	float3 Local138 = math::lerp(Local135,Local136,Local137);
+	float3 Local139 = (float3(Grass_BladeTint.x,Grass_BladeTint.y,Grass_BladeTint.z) * Local135);
+	float Local140 = (Grass_UseBladeVariation * ::vertex_color_from_coordinate(VertexColorCoordinateIndex).y);
+	float3 Local141 = math::lerp(Local138,Local139,Local140);
+	float3 Local142 = math::lerp(Local130,Local141,Local121);
+	float4 Local143 = tex::lookup_float4(Terrain_GlobalAlbedo,float2(CustomizedUV0_mdl.x,1.0-CustomizedUV0_mdl.y),tex::wrap_repeat,tex::wrap_repeat);
+	float Local144 = (Local23 * Terrain_Edge3ParamA);
+	float Local145 = (1.0 + Terrain_Edge3ParamB);
+	float Local146 = (Terrain_Edge3ParamA * -1.0);
+	float Local147 = (Local146 + 0.0);
+	float Local148 = math::min(Local145,Local147);
+	float Local149 = math::max(Local145,Local147);
+	float Local150 = (Local145 - Local147);
+	float Local151 = (1.0 - Terrain_Edge3ParamC);
+	float Local152 = (Local150 / Local151);
+	float Local153 = math::min(1.0,Terrain_Edge3ParamC);
+	float Local154 = math::max(1.0,Terrain_Edge3ParamC);
+	float Local155 = (1.0 - Terrain_Edge3Width);
+	float Local156 = (1.0 - Local155);
+	float Local157 = (Local151 / Local156);
+	float Local158 = (Local50.y - Local155);
+	float Local159 = (Local157 * Local158);
+	float Local160 = (Local159 + Terrain_Edge3ParamC);
+	float Local161 = math::min(math::max(Local160,Local153),Local154);
+	float Local162 = math::pow(Local161,1.5);
+	float Local163 = (Local162 - Terrain_Edge3ParamC);
+	float Local164 = (Local152 * Local163);
+	float Local165 = (Local164 + Local147);
+	float Local166 = math::min(math::max(Local165,Local148),Local149);
+	float Local167 = (Local144 + Local166);
+	float Local168 = math::min(math::max(Local167,0.0),1.0);
+	float3 Local169 = math::lerp(Local142,float3(Local143.x,Local143.y,Local143.z),Local168);
+	float Local170 = math::lerp(Local123.w,Local124.w,Local6.x);
+	float Local171 = math::pow(Local170,SpecularPow_Order1);
+	float Local172 = (Local171 * SpecularMult_Order2);
+	float Local173 = math::pow(Local170,Puddle_SpecularPow_Order1);
+	float Local174 = (Local173 * Puddle_SpecularMult_Order2);
+	float Local175 = math::lerp(Local172,Local174,Local15);
+	float Local176 = math::min(math::max(Local175,0.0),1.0);
+	float Local177 = (Local131.w * Terrain_Set1SpecMult);
+	float Local178 = (Local132.w * Terrain_Set2SpecMult);
+	float Local179 = math::pow(Local61,Terrain_Spec1BlendPow);
+	float Local180 = math::lerp(Local177,Local178,Local179);
+	float Local181 = (Local134.w * Terrain_Set3SpecMult);
+	float Local182 = math::pow(Local89,Terrain_Spec2BlendPow);
+	float Local183 = math::lerp(Local180,Local181,Local182);
+	float Local184 = math::min(math::max(Local183,0.0),1.0);
+	float Local185 = math::lerp(Local176,Local184,Local121);
+	float Local186 = (Local185 * Terrain_NonGlobalMetalic);
+	float Local187 = (Local186 * Local121);
+	float Local188 = math::lerp(Local187,Terrain_GlobalMetalic,Local168);
+	float Local189 = math::lerp(Local185,Terrain_GlobalSpec,Local168);
+	float Local190 = math::lerp(Local2.w,Local4.w,Local6.x);
+	float Local191 = math::pow(Local190,RoughnessPow_Order1);
+	float Local192 = (Local191 * RoughnessMult_Order2);
+	float Local193 = (Local192 + RoughnessOffset_Order3);
+	float Local194 = math::pow(Local190,Puddle_RoughnessPow_Order1);
+	float Local195 = (Local194 * Puddle_RoughnessMult_Order2);
+	float Local196 = (Local195 + Puddle_RoughnessOffset_Order3);
+	float Local197 = math::lerp(Local193,Local196,Local15);
+	float Local198 = math::min(math::max(Local197,0.0),1.0);
+	float Local199 = (Local18.w * Terrain_Set1RoughnessMult);
+	float Local200 = (Local20.w * Terrain_Set2RoughnessMult);
+	float Local201 = math::lerp(Local199,Local200,Local61);
+	float Local202 = (Local64.w * Terrain_Set3RoughnessMult);
+	float Local203 = math::lerp(Local201,Local202,Local89);
+	float Local204 = math::min(math::max(Local203,0.0),1.0);
+	float Local205 = math::lerp(Local198,Local204,Local121);
+	float Local206 = math::lerp(Local205,Terrain_GlobalRoughness,Local168);
+
+	//float3 EmissiveColor_mdl = float3(0.0,0.0,0.0);
+	float OpacityMask_mdl = 1.0;
+	float3 BaseColor_mdl = Local169;
+	float Metallic_mdl = Local188;
+	float Specular_mdl = Local189;
+	float Roughness_mdl = Local206;
+
+	} in
+		::OmniUe4Base(
+			base_color: BaseColor_mdl,
+			metallic: Metallic_mdl,
+			roughness: Roughness_mdl,
+			specular: Specular_mdl,
+			normal: Normal_mdl,
+			opacity: OpacityMask_mdl,
+			//emissive_color: EmissiveColor_mdl,
+			//displacement: WorldPositionOffset_mdl,
+			//two_sided: false,
+			opacity_ratio: enable_transmission ? opacity_ratio : 1.0,
+  			opacity_tint : opacity_tint,
+  			opacity_multiplier : opacity_multiplier);

store_v2/av_GummyWorm01/source/mesh.obj

@@ -0,0 +1,4274 @@
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