@Md(!!H LSKS`struct Varyings_S0 { float3 tex; float3 normal; float4 position; } ; struct Attributes_S0 { float4 position; float3 tex; float3 normal; } ; uniform float sk_FlipMeshY; uniform float4x4 ucontrolMatrix_S0; uniform float4 uviewportToScreen_S0; in float4 position; in float3 tex; in float3 normal; out float3 vtex_S0; out float3 vnormal_S0; out float4 vposition_S0; Varyings_S0 custom_mesh_vs_S0(const Attributes_S0 attributes) { Varyings_S0 varyings; varyings.position = attributes.position * ucontrolMatrix_S0; varyings.position.xyz = varyings.position.xyz / varyings.position.w; varyings.position.w = 1.0; varyings.position.x = varyings.position.x * uviewportToScreen_S0.x + uviewportToScreen_S0.y; varyings.position.y = varyings.position.y * uviewportToScreen_S0.z + uviewportToScreen_S0.w; varyings.tex = attributes.tex; varyings.normal = attributes.normal; return varyings; } void main() { // Primitive Processor MeshGP Attributes_S0 attributes; attributes.position = position; attributes.tex = tex; attributes.normal = normal; Varyings_S0 varyings = custom_mesh_vs_S0(attributes); vtex_S0 = varyings.tex; vnormal_S0 = varyings.normal; vposition_S0 = varyings.position; float4 pos = float4(varyings.position.x, varyings.position.y * sk_FlipMeshY, varyings.position.z, varyings.position.w); float4 _tmp_1_pos = pos; sk_Position = _tmp_1_pos; } struct Varyings_S2 { float3 tex; float3 normal; float4 position; } ; uniform float4x4 uviewPortMatrix_S2; uniform float4 uambientMaterial_S2; uniform float4 udiffuseMaterial_S2; uniform float4 uspecularMaterial_S2; uniform float4 uambientLight_S2; uniform float4 udiffuseLight_S2; uniform float4 uspecularLight_S2; uniform float3 udirectionLight_S2; sampler2D uTextureSampler_0_S0; sampler2D uTextureSampler_1_S0; in float3 vtex_S0; in float3 vnormal_S0; in float4 vposition_S0; half4 TextureEffect_S1(half4 _input, float2 _coords) { return sample(uTextureSampler_0_S0, _coords); } half4 TextureEffect_S2(half4 _input, float2 _coords) { return sample(uTextureSampler_1_S0, _coords); } float2 custom_mesh_fs_S2(const Varyings_S2 varyings, out float4 color) { float4 cr[2]; cr[0] = float4(TextureEffect_S1(half4(0), varyings.tex.xy)); cr[1] = float4(TextureEffect_S2(half4(0), varyings.tex.xy)); cr[0].w = 1.0; cr[1].w = 1.0; float4 viewport_pos = float4(varyings.position.xyz / varyings.position.w, 1.0); viewport_pos = viewport_pos * uviewPortMatrix_S2; float3 eyePos = float3(0.0, 0.0, 0.8); float3 normal = normalize(varyings.normal); float4 ambient; float4 diffuse; float4 spec; ambient = (diffuse = (spec = float4(0.0))); float3 lightVec = -udirectionLight_S2; lightVec = normalize(lightVec); ambient = uambientMaterial_S2 * uambientLight_S2; float diffuseFactor = dot(lightVec, normal); float absDiffuseFactor = abs(diffuseFactor); if (diffuseFactor > 0.0) { diffuseFactor = pow(diffuseFactor, 4.0); diffuse = (diffuseFactor * udiffuseMaterial_S2) * udiffuseLight_S2; float3 r = reflect(-lightVec, normal); float3 toEyeW = normalize(eyePos - viewport_pos.xyz); float specFactor = pow(max(dot(r, toEyeW), 0.0), uspecularMaterial_S2.w); spec = (specFactor * uspecularMaterial_S2) * uspecularLight_S2; } else { float newAbsDiffuseFactor = pow(absDiffuseFactor, 2.5); float temp = min(64.0, 1.0 / (newAbsDiffuseFactor + 0.01)); absDiffuseFactor = pow(absDiffuseFactor, temp); diffuse = (absDiffuseFactor * udiffuseMaterial_S2) * udiffuseLight_S2; } float4 lightColor1 = cr[0] * ((ambient + diffuse) + spec); float4 lightColor2 = cr[1] * ((ambient + diffuse) + spec); color = varyings.tex.z == 0.0 ? lightColor1 : lightColor2; return float2(0.0); } void main() { // Stage 0, MeshGP half4 outputColor_S0; const half4 outputCoverage_S0 = half4(1); Varyings_S2 varyings; varyings.tex = vtex_S0; varyings.normal = vnormal_S0; varyings.position = vposition_S0; float4 color; custom_mesh_fs_S2(varyings, color); outputColor_S0 = half4(color); { // Xfer Processor: Porter Duff sk_FragColor = outputColor_S0 * outputCoverage_S0; } } positiontexnormal