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xoppa/fragment.glsl

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Fragment lighting shader
Raw
fragment.glsl
#ifdef GL_ES
#define LOWP lowp
#define MED mediump
#define HIGH highp
precision mediump float;
#else
#define MED
#define LOWP
#define HIGH
#endif
////////////////////////////////////////////////////////////////////////////////////
////////// POSITION ATTRIBUTE - FRAGMENT
////////////////////////////////////////////////////////////////////////////////////
#define nop() {}
varying vec4 v_position;
vec4 g_position = vec4(0.0, 0.0, 0.0, 1.0);
#define pullPosition() (g_position = v_position)
////////////////////////////////////////////////////////////////////////////////////
////////// COLOR ATTRIBUTE - FRAGMENT
///////////////////////////////////////////////////////////////////////////////////
varying vec4 v_color;
vec4 g_color = vec4(1.0, 1.0, 1.0, 1.0);
#define pullColor() (g_color = v_color)
////////////////////////////////////////////////////////////////////////////////////
////////// NORMAL ATTRIBUTE - FRAGMENT
///////////////////////////////////////////////////////////////////////////////////
varying vec3 v_normal;
vec3 g_normal = vec3(0.0, 0.0, 1.0);
#define pullNormal() (g_normal = v_normal)
////////////////////////////////////////////////////////////////////////////////////
////////// BINORMAL ATTRIBUTE - FRAGMENT
///////////////////////////////////////////////////////////////////////////////////
varying vec3 v_binormal;
vec3 g_binormal = vec3(0.0, 0.0, 1.0);
#define pullBinormal() (g_binormal = v_binormal)
////////////////////////////////////////////////////////////////////////////////////
////////// TANGENT ATTRIBUTE - FRAGMENT
///////////////////////////////////////////////////////////////////////////////////
varying vec3 v_tangent;
vec3 g_tangent = vec3(1.0, 0.0, 0.0);
#define pullTangent() (g_tangent = v_tangent)
////////////////////////////////////////////////////////////////////////////////////
////////// TEXCOORD0 ATTRIBUTE - FRAGMENT
///////////////////////////////////////////////////////////////////////////////////
varying vec2 v_texCoord0;
vec2 g_texCoord0 = vec2(0.0, 0.0);
#define pullTexCoord0() (g_texCoord0 = v_texCoord0)
// Uniforms which are always available
uniform mat4 u_projViewTrans;
uniform mat4 u_worldTrans;
uniform vec4 u_cameraPosition;
uniform mat3 u_normalMatrix;
// Other uniforms
#ifdef blendedFlag
uniform float u_opacity;
#else
const float u_opacity = 1.0;
#endif
#ifdef alphaTestFlag
uniform float u_alphaTest;
#else
const float u_alphaTest = 0.0;
#endif
#ifdef shininessFlag
uniform float u_shininess;
#else
const float u_shininess = 20.0;
#endif
#ifdef diffuseColorFlag
uniform vec4 u_diffuseColor;
#endif
#ifdef diffuseTextureFlag
uniform sampler2D u_diffuseTexture;
#endif
#ifdef specularColorFlag
uniform vec4 u_specularColor;
#endif
#ifdef specularTextureFlag
uniform sampler2D u_specularTexture;
#endif
#ifdef normalTextureFlag
uniform sampler2D u_normalTexture;
#endif
#if defined(diffuseTextureFlag) || defined(specularTextureFlag)
#define textureFlag
#endif
#if defined(specularTextureFlag) || defined(specularColorFlag)
#define specularFlag
#endif
#if defined(specularFlag) || defined(fogFlag)
#define cameraPositionFlag
#endif
#ifdef shadowMapFlag
uniform sampler2D u_shadowTexture;
uniform float u_shadowPCFOffset;
varying vec3 v_shadowMapUv;
#define separateAmbientFlag
float getShadowness(vec2 offset)
{
const vec4 bitShifts = vec4(1.0, 1.0 / 255.0, 1.0 / 65025.0, 1.0 / 160581375.0);
return step(v_shadowMapUv.z, dot(texture2D(u_shadowTexture, v_shadowMapUv.xy + offset), bitShifts));//+(1.0/255.0));
}
float getShadow()
{
return (//getShadowness(vec2(0,0)) +
getShadowness(vec2(u_shadowPCFOffset, u_shadowPCFOffset)) +
getShadowness(vec2(-u_shadowPCFOffset, u_shadowPCFOffset)) +
getShadowness(vec2(u_shadowPCFOffset, -u_shadowPCFOffset)) +
getShadowness(vec2(-u_shadowPCFOffset, -u_shadowPCFOffset))) * 0.25;
}
#endif //shadowMapFlag
#if defined(diffuseTextureFlag) && defined(diffuseColorFlag)
#define fetchColorDiffuseTD(texCoord, defaultValue) texture2D(u_diffuseTexture, texCoord) * u_diffuseColor
#elif defined(diffuseTextureFlag)
#define fetchColorDiffuseTD(texCoord, defaultValue) texture2D(u_diffuseTexture, texCoord)
#elif defined(diffuseColorFlag)
#define fetchColorDiffuseTD(texCoord, defaultValue) u_diffuseColor
#else
#define fetchColorDiffuseTD(texCoord, defaultValue) (defaultValue)
#endif
#define fetchColorDiffuseD(defaultValue) fetchColorDiffuseTD(g_texCoord0, defaultValue)
#define fetchColorDiffuse() fetchColorDiffuseD(vec4(1.0))
#if defined(diffuseTextureFlag) || defined(diffuseColorFlag)
#define applyColorDiffuse(baseColor) ((baseColor) * fetchColorDiffuse())
#else
#define applyColorDiffuse(baseColor) (baseColor)
#endif
#if defined(specularTextureFlag) && defined(specularColorFlag)
#define fetchColorSpecularTD(texCoord, defaultValue) (texture2D(u_specularTexture, texCoord).rgb * u_specularColor.rgb)
#elif defined(specularTextureFlag)
#define fetchColorSpecularTD(texCoord, defaultValue) texture2D(u_specularTexture, texCoord).rgb
#elif defined(specularColorFlag)
#define fetchColorSpecularTD(texCoord, defaultValue) u_specularColor.rgb
#else
#define fetchColorSpecularTD(texCoord, defaultValue) (defaultValue)
#endif
#define fetchColorSpecularD(defaultValue) fetchColorSpecularTD(g_texCoord0, defaultValue)
#define fetchColorSpecular() fetchColorSpecularD(vec3(0.0))
#if defined(specularTextureFlag) || defined(specularColorFlag)
#define applyColorSpecular(intensity) ((intensity) * fetchColorSpecular())
#define addColorSpecular(baseColor, intensity) ((baseColor) + applyColorSpecular(intensity))
#else
#define applyColorSpecular(intensity) (vec3(0.0))
#define addColorSpecular(baseColor, intensity) (baseColor)
#endif
varying vec3 v_lightDir;
varying vec3 v_lightCol;
varying vec3 v_viewDir;
#ifdef environmentCubemapFlag
varying vec3 v_reflect;
#endif
#ifdef environmentCubemapFlag
uniform samplerCube u_environmentCubemap;
#endif
#ifdef reflectionColorFlag
uniform vec4 u_reflectionColor;
#endif
varying vec3 v_ambientLight;
#define saturate(x) clamp( x, 0.0, 1.0 )
void main() {
g_color = v_color ;//pullColor(); does not work on Android
g_texCoord0 = v_texCoord0 ;//pullTexCoord0(); does not work on Android
#if defined(diffuseTextureFlag) || defined(diffuseColorFlag)
vec4 diffuse = g_color * fetchColorDiffuseD(vec4(1.0)); //applyColorDiffuse(g_color); does not work on Android
#else
vec4 diffuse = g_color;
#endif
#if defined(specularTextureFlag) || defined(specularColorFlag)
vec3 specular = fetchColorSpecularD(vec3(0.0)); //fetchColorSpecular(); does not work on Android
#else
vec4 specular = vec4(0.0);
#endif
#ifdef normalTextureFlag
vec4 N = vec4(normalize(texture2D(u_normalTexture, g_texCoord0).xyz * 2.0 - 1.0), 1.0);
#ifdef environmentCubemapFlag
vec3 reflectDir = normalize(v_reflect + (vec3(0.0, 0.0, 1.0) - N.xyz));
#endif
#else
vec4 N = vec4(0.0, 0.0, 1.0, 1.0);
#ifdef environmentCubemapFlag
vec3 reflectDir = normalize(v_reflect);
#endif
#endif
vec3 L = normalize(v_lightDir);
vec3 V = normalize(v_viewDir);
vec3 H = normalize(L + V);
float NL = dot(N.xyz, L);
float NH = max(0.0, dot(N.xyz, H));
float specOpacity = 1.0; //(1.0 - diffuse.w);
float spec = min(1.0, pow(NH, 10.0) * specOpacity);
float selfShadow = saturate(4.0 * NL);
//
#ifdef environmentCubemapFlag
vec3 environment = textureCube(u_environmentCubemap, reflectDir).rgb;
specular *= environment;
#ifdef reflectionColorFlag
diffuse.rgb = saturate(vec3(1.0) - u_reflectionColor.rgb) * diffuse.rgb + environment * u_reflectionColor.rgb;
#endif
#endif
#ifdef shadowMapFlag
gl_FragColor = vec4(saturate((v_lightCol * diffuse.rgb) * NL * getShadow()), diffuse.w);
#else
gl_FragColor = vec4(saturate((v_lightCol * diffuse.rgb) * NL), diffuse.w);
#endif
gl_FragColor.rgb += v_ambientLight * diffuse.rgb;
gl_FragColor.rgb += (selfShadow * spec) * specular.rgb;
}
Raw
vertex.glsl
#define nop() {}
////////////////////////////////////////////////////////////////////////////////////
////////// POSITION ATTRIBUTE - VERTEX
////////////////////////////////////////////////////////////////////////////////////
#ifdef positionFlag
attribute vec3 a_position;
#endif //positionFlag
varying vec4 v_position;
vec4 g_position = vec4(0.0, 0.0, 0.0, 1.0);
#define pushPositionValue(value) (v_position = (value))
#if defined(positionFlag)
#define passPositionValue(value) pushPositionValue(value)
#else
#define passPositionValue(value) nop()
#endif
#define passPosition() passPositionValue(g_position)
#define pushPosition() pushPositionValue(g_position)
////////////////////////////////////////////////////////////////////////////////////
////////// COLOR ATTRIBUTE - VERTEX
///////////////////////////////////////////////////////////////////////////////////
#ifdef colorFlag
attribute vec4 a_color;
#endif //colorFlag
varying vec4 v_color;
vec4 g_color = vec4(1.0, 1.0, 1.0, 1.0);
#define pushColorValue(value) (v_color = (value))
#if defined(colorFlag)
#define passColorValue(value) pushColorValue(value)
#else
#define passColorValue(value) nop()
#endif
#define passColor() passColorValue(g_color)
#define pushColor() pushColorValue(g_color)
////////////////////////////////////////////////////////////////////////////////////
////////// NORMAL ATTRIBUTE - VERTEX
///////////////////////////////////////////////////////////////////////////////////
#ifdef normalFlag
attribute vec3 a_normal;
#endif //normalFlag
varying vec3 v_normal;
vec3 g_normal = vec3(0.0, 0.0, 1.0);
#define pushNormalValue(value) (v_normal = (value))
#if defined(normalFlag)
#define passNormalValue(value) pushNormalValue(value)
#else
#define passNormalValue(value) nop()
#endif
#define passNormal() (passNormalValue(g_normal))
#define pushNormal() (pushNormalValue(g_normal))
////////////////////////////////////////////////////////////////////////////////////
////////// BINORMAL ATTRIBUTE - VERTEX
///////////////////////////////////////////////////////////////////////////////////
#ifdef binormalFlag
attribute vec3 a_binormal;
#endif //binormalFlag
varying vec3 v_binormal;
vec3 g_binormal = vec3(0.0, 1.0, 0.0);
#define pushBinormalValue(value) (v_binormal = (value))
#if defined(binormalFlag)
#define passBinormalValue(value) pushBinormalValue(value)
#else
#define passBinormalValue(value) nop()
#endif // binormalFlag
#define passBinormal() passBinormalValue(g_binormal)
#define pushBinormal() pushBinormalValue(g_binormal)
////////////////////////////////////////////////////////////////////////////////////
////////// TANGENT ATTRIBUTE - VERTEX
///////////////////////////////////////////////////////////////////////////////////
#ifdef tangentFlag
attribute vec3 a_tangent;
#endif //tangentFlag
varying vec3 v_tangent;
vec3 g_tangent = vec3(1.0, 0.0, 0.0);
#define pushTangentValue(value) (v_tangent = (value))
#if defined(tangentFlag)
#define passTangentValue(value) pushTangentValue(value)
#else
#define passTangentValue(value) nop()
#endif // tangentFlag
#define passTangent() passTangentValue(g_tangent)
#define pushTangent() pushTangentValue(g_tangent)
////////////////////////////////////////////////////////////////////////////////////
////////// TEXCOORD0 ATTRIBUTE - VERTEX
///////////////////////////////////////////////////////////////////////////////////
#ifdef texCoord0Flag
#ifndef texCoordsFlag
#define texCoordsFlag
#endif
attribute vec2 a_texCoord0;
#endif
varying vec2 v_texCoord0;
vec2 g_texCoord0 = vec2(0.0, 0.0);
#define pushTexCoord0Value(value) (v_texCoord0 = value)
#if defined(texCoord0Flag)
#define passTexCoord0Value(value) pushTexCoord0Value(value)
#else
#define passTexCoord0Value(value) nop()
#endif // texCoord0Flag
#define passTexCoord0() passTexCoord0Value(g_texCoord0)
#define pushTexCoord0() pushTexCoord0Value(g_texCoord0)
// Uniforms which are always available
uniform mat4 u_projViewTrans;
uniform mat4 u_worldTrans;
uniform vec4 u_cameraPosition;
uniform mat3 u_normalMatrix;
// Other uniforms
#ifdef blendedFlag
uniform float u_opacity;
#else
const float u_opacity = 1.0;
#endif
#ifdef alphaTestFlag
uniform float u_alphaTest;
#else
const float u_alphaTest = 0.0;
#endif
#ifdef shininessFlag
uniform float u_shininess;
#else
const float u_shininess = 20.0;
#endif
#ifdef diffuseColorFlag
uniform vec4 u_diffuseColor;
#endif
#ifdef diffuseTextureFlag
uniform sampler2D u_diffuseTexture;
#endif
#ifdef specularColorFlag
uniform vec4 u_specularColor;
#endif
#ifdef specularTextureFlag
uniform sampler2D u_specularTexture;
#endif
#ifdef normalTextureFlag
uniform sampler2D u_normalTexture;
#endif
////////////////////////////////////////////////////////////////////////////////////
////////// SKINNING
///////////////////////////////////////////////////////////////////////////////////
#ifdef boneWeight0Flag
#ifndef boneWeightsFlag
#define boneWeightsFlag
#endif
attribute vec2 a_boneWeight0;
#endif //boneWeight0Flag
#ifdef boneWeight1Flag
#ifndef boneWeightsFlag
#define boneWeightsFlag
#endif
attribute vec2 a_boneWeight1;
#endif //boneWeight1Flag
#ifdef boneWeight2Flag
#ifndef boneWeightsFlag
#define boneWeightsFlag
#endif
attribute vec2 a_boneWeight2;
#endif //boneWeight2Flag
#ifdef boneWeight3Flag
#ifndef boneWeightsFlag
#define boneWeightsFlag
#endif
attribute vec2 a_boneWeight3;
#endif //boneWeight3Flag
#ifdef boneWeight4Flag
#ifndef boneWeightsFlag
#define boneWeightsFlag
#endif
attribute vec2 a_boneWeight4;
#endif //boneWeight4Flag
#ifdef boneWeight5Flag
#ifndef boneWeightsFlag
#define boneWeightsFlag
#endif
attribute vec2 a_boneWeight5;
#endif //boneWeight5Flag
#ifdef boneWeight6Flag
#ifndef boneWeightsFlag
#define boneWeightsFlag
#endif
attribute vec2 a_boneWeight6;
#endif //boneWeight6Flag
#ifdef boneWeight7Flag
#ifndef boneWeightsFlag
#define boneWeightsFlag
#endif
attribute vec2 a_boneWeight7;
#endif //boneWeight7Flag
// Declare the bones that are available
#if defined(numBones)
#if (numBones > 0)
uniform mat4 u_bones[numBones];
#endif //numBones
#endif
// If there are bones and there are bone weights, than we can apply skinning
#if defined(numBones) && defined(boneWeightsFlag)
#if (numBones > 0)
#define skinningFlag
#endif
#endif
#ifdef skinningFlag
mat4 skinningTransform = mat4(0.0);
vec3 applySkinning(const in vec3 x) { return (skinningTransform * vec4(x, 0.0)).xyz; }
vec4 applySkinning(const in vec4 x) { return (skinningTransform * x); }
#else
#define applySkinning(x) (x)
#endif //skinningFlag
#if defined(diffuseTextureFlag) || defined(specularTextureFlag)
#define textureFlag
#endif
#if defined(specularTextureFlag) || defined(specularColorFlag)
#define specularFlag
#endif
#if defined(specularFlag) || defined(fogFlag)
#define cameraPositionFlag
#endif
#ifdef shadowMapFlag
uniform mat4 u_shadowMapProjViewTrans;
varying vec3 v_shadowMapUv;
#define separateAmbientFlag
#endif //shadowMapFlag
#if defined(normalFlag) && defined(binormalFlag) && defined(tangentFlag)
void calculateTangentVectors() {}
#elif defined(normalFlag) && defined(binormalFlag)
void calculateTangentVectors() {
g_tangent = normalize(cross(g_normal, g_binormal));
}
#elif defined(normalFlag) && defined(tangentFlag)
void calculateTangentVectors() {
g_binormal = normalize(cross(g_normal, g_tangent));
}
#elif defined(binormalFlag) && defined(tangentFlag)
void calculateTangentVectors() {
g_normal = normalize(cross(g_binormal, g_tangent));
}
#elif defined(normalFlag) || defined(binormalFlag) || defined(tangentFlag)
vec3 biggestAngle(const in vec3 base, const in vec3 v1, const in vec3 v2) {
vec3 c1 = cross(base, v1);
vec3 c2 = cross(base, v2);
return (dot(c2, c2) > dot(c1, c1)) ? c2 : c1;
}
#if defined(normalFlag)
void calculateTangentVectors() {
g_binormal = normalize(cross(g_normal, biggestAngle(g_normal, vec3(1.0, 0.0, 0.0), vec3(0.0, 1.0, 0.0))));
g_tangent = normalize(cross(g_normal, g_binormal));
}
#elif defined(binormalFlag)
void calculateTangentVectors() {
g_tangent = normalize(cross(g_binormal, biggestAngle(g_binormal, vec3(0.0, 0.0, 1.0), vec3(0.0, 1.0, 0.0))));
g_normal = normalize(cross(g_binormal, g_tangent));
}
#elif defined(tangentFlag)
void calculateTangentVectors() {
g_binormal = normalize(cross(g_tangent, biggestAngle(g_binormal, vec3(0.0, 0.0, 1.0), vec3(0.0, 1.0, 0.0))));
g_normal = normalize(cross(g_tangent, g_binormal));
}
#endif
#endif
//////////////////////////////////////////////////////
////// AMBIENT LIGHT
//////////////////////////////////////////////////////
#ifdef ambientLightFlag
#ifndef ambientFlag
#define ambientFlag
#endif
uniform vec3 u_ambientLight;
#define getAmbientLight() (u_ambientLight)
#else
#define getAmbientLight() (vec3(0.0))
#endif
//////////////////////////////////////////////////////
////// AMBIENT CUBEMAP
//////////////////////////////////////////////////////
#ifdef ambientCubemapFlag
#ifndef ambientFlag
#define ambientFlag
#endif
uniform vec3 u_ambientCubemap[6];
vec3 getAmbientCubeLight(const in vec3 normal) {
vec3 squaredNormal = normal * normal;
vec3 isPositive = step(0.0, normal);
return squaredNormal.x * mix(u_ambientCubemap[0], u_ambientCubemap[1], isPositive.x) +
squaredNormal.y * mix(u_ambientCubemap[2], u_ambientCubemap[3], isPositive.y) +
squaredNormal.z * mix(u_ambientCubemap[4], u_ambientCubemap[5], isPositive.z);
}
#else
#define getAmbientCubeLight(normal) (vec3(0.0))
#endif
#if defined(ambientLightFlag) && defined(ambientCubemapFlag)
#define getAmbient(normal) (getAmbientLight() + getAmbientCubeLight(normal))
#elif defined(ambientLightFlag)
#define getAmbient(normal) getAmbientLight()
#elif defined(ambientCubemapFlag)
#define getAmbient(normal) getAmbientCubeLight(normal)
#else
#define getAmbient(normal) (vec3(0.0))
#endif
//////////////////////////////////////////////////////
////// POINTS LIGHTS
//////////////////////////////////////////////////////
#ifdef lightingFlag
#if defined(numPointLights) && (numPointLights > 0)
#define pointLightsFlag
#endif // numPointLights
#endif //lightingFlag
#ifdef pointLightsFlag
struct PointLight
{
vec3 color;
vec3 position;
float intensity;
};
uniform PointLight u_pointLights[numPointLights];
#endif
//////////////////////////////////////////////////////
////// DIRECTIONAL LIGHTS
//////////////////////////////////////////////////////
#ifdef lightingFlag
#if defined(numDirectionalLights) && (numDirectionalLights > 0)
#define directionalLightsFlag
#endif // numDirectionalLights
#endif //lightingFlag
#ifdef directionalLightsFlag
struct DirectionalLight
{
vec3 color;
vec3 direction;
};
uniform DirectionalLight u_dirLights[numDirectionalLights];
#endif
varying vec3 v_lightDir;
varying vec3 v_lightCol;
varying vec3 v_viewDir;
#ifdef environmentCubemapFlag
varying vec3 v_reflect;
#endif
varying vec3 v_ambientLight;
void main() {
// Non-constant global initializers do not work on Android - setting globals from attributes outside main()
#if defined(positionFlag)
g_position = vec4(a_position, 1.0);
#endif
#if defined(colorFlag)
g_color = a_color;
#endif
#if defined(normalFlag)
g_normal = a_normal;
#endif
#if defined(binormalFlag)
g_binormal = a_binormal;
#endif
#if defined(tangentFlag)
g_tangent = a_tangent;
#endif
#if defined(texCoord0Flag)
g_texCoord0 = a_texCoord0;
#endif
#ifdef skinningFlag
skinningTransform +=
#ifdef boneWeight0Flag
+ (a_boneWeight0.y) * u_bones[int(a_boneWeight0.x)]
#endif //boneWeight0Flag
#ifdef boneWeight1Flag
+ (a_boneWeight1.y) * u_bones[int(a_boneWeight1.x)]
#endif //boneWeight1Flag
#ifdef boneWeight2Flag
+ (a_boneWeight2.y) * u_bones[int(a_boneWeight2.x)]
#endif //boneWeight2Flag
#ifdef boneWeight3Flag
+ (a_boneWeight3.y) * u_bones[int(a_boneWeight3.x)]
#endif //boneWeight3Flag
#ifdef boneWeight4Flag
+ (a_boneWeight4.y) * u_bones[int(a_boneWeight4.x)]
#endif //boneWeight4Flag
#ifdef boneWeight5Flag
+ (a_boneWeight5.y) * u_bones[int(a_boneWeight5.x)]
#endif //boneWeight5Flag
#ifdef boneWeight6Flag
+ (a_boneWeight6.y) * u_bones[int(a_boneWeight6.x)]
#endif //boneWeight6Flag
#ifdef boneWeight7Flag
+ (a_boneWeight7.y) * u_bones[int(a_boneWeight7.x)]
#endif //boneWeight7Flag
;
#endif //skinningFlag
calculateTangentVectors();
g_position = applySkinning(g_position);
g_normal = normalize(u_normalMatrix * applySkinning(g_normal));
g_binormal = normalize(u_normalMatrix * applySkinning(g_binormal));
g_tangent = normalize(u_normalMatrix * applySkinning(g_tangent));
g_position = u_worldTrans * g_position;
gl_Position = u_projViewTrans * g_position;
#ifdef shadowMapFlag
vec4 spos = u_shadowMapProjViewTrans * g_position;
v_shadowMapUv.xy = (spos.xy / spos.w) * 0.5 + 0.5;
v_shadowMapUv.z = min(spos.z * 0.5 + 0.5, 0.998);
#endif //shadowMapFlag
mat3 worldToTangent;
worldToTangent[0] = g_tangent;
worldToTangent[1] = g_binormal;
worldToTangent[2] = g_normal;
v_ambientLight = getAmbient(g_normal);
v_lightDir = normalize(-u_dirLights[0].direction) * worldToTangent;
v_lightCol = u_dirLights[0].color;
vec3 viewDir = normalize(u_cameraPosition.xyz - g_position.xyz);
v_viewDir = viewDir * worldToTangent;
#ifdef environmentCubemapFlag
v_reflect = reflect(-viewDir, g_normal);
#endif
pushColorValue(g_color);//pushColor(); does not work on Android
pushTexCoord0Value(g_texCoord0);//pushTexCoord0(); does not work on Android
}
@romanbruce
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nice

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