15:13 TKOpenGl | Type: Error | ID: 0 | Severity: High | Message:
        // Enable extensions used in OCCT GLSL programs
      #define OCC_ENABLE_draw_buffers
      #extension GL_EXT_draw_buffers : enable
      #define VERTEX_SHADER
      // Created on: 2013-10-10
      // Created by: Denis BOGOLEPOV
      // Copyright (c) 2013-2014 OPEN CASCADE SAS
      //
      // This file is part of Open CASCADE Technology software library.
      //
      // This library is free software; you can redistribute it and/or modify it under
      // the terms of the GNU Lesser General Public License version 2.1 as published
      // by the Free Software Foundation, with special exception defined in the file
      // OCCT_LGPL_EXCEPTION.txt. Consult the file LICENSE_LGPL_21.txt included in OCCT
      // distribution for complete text of the license and disclaimer of any warranty.
      //
      // Alternatively, this file may be used under the terms of Open CASCADE
      // commercial license or contractual agreement.
      //! @file Declarations.glsl
      //! This files includes definition of common uniform variables in OCCT GLSL programs
      //! @def THE_MAX_LIGHTS
      //! Specifies the length of array of lights, which is 8 by default. Defined by Shader Manager.
      // #define THE_MAX_LIGHTS 8
      //! @def THE_MAX_CLIP_PLANES
      //! Specifies the length of array of clipping planes, which is 8 by default. Defined by Shader Manager.
      // #define THE_MAX_CLIP_PLANES 8
      // compatibility macros
      #if (__VERSION__ >= 130)
        #define THE_ATTRIBUTE  in
        #define THE_SHADER_IN  in
        #define THE_SHADER_OUT out
        #define THE_OUT        out
        #define occTexture1D   texture
        #define occTexture2D   texture
        #define occTexture3D   texture
      #else
        #define THE_ATTRIBUTE  attribute
        #define THE_SHADER_IN  varying
        #define THE_SHADER_OUT varying
        #define THE_OUT
        #define occTexture1D   texture1D
        #define occTexture2D   texture2D
        #define occTexture3D   texture3D
      #endif
      #ifdef GL_ES
        #define THE_PREC_ENUM lowp // enumerations should fit into lowp range
      #else
        #define THE_PREC_ENUM
      #endif
      // Vertex attributes
      #ifdef VERTEX_SHADER
        THE_ATTRIBUTE vec4 occVertex;
        THE_ATTRIBUTE vec3 occNormal;
        THE_ATTRIBUTE vec4 occTexCoord;
        THE_ATTRIBUTE vec4 occVertColor;
      #elif defined(FRAGMENT_SHADER)
        #if (__VERSION__ >= 130)
          #ifdef OCC_ENABLE_draw_buffers
            out vec4 occFragColorArray[2];
            #define occFragColor    occFragColorArray[0]
            #define occFragCoverage occFragColorArray[1]
          #else
            out vec4 occFragColor;
          #endif
        #else
          #ifdef OCC_ENABLE_draw_buffers
            #define occFragColor    gl_FragData[0]
            #define occFragCoverage gl_FragData[1]
          #else
            #define occFragColor gl_FragColor
          #endif
        #endif
      #endif
      // Matrix state
      uniform mat4 occWorldViewMatrix;  //!< World-view  matrix
      uniform mat4 occProjectionMatrix; //!< Projection  matrix
      uniform mat4 occModelWorldMatrix; //!< Model-world matrix
      uniform mat4 occWorldViewMatrixInverse;    //!< Inverse of the world-view  matrix
      uniform mat4 occProjectionMatrixInverse;   //!< Inverse of the projection  matrix
      uniform mat4 occModelWorldMatrixInverse;   //!< Inverse of the model-world matrix
      uniform mat4 occWorldViewMatrixTranspose;  //!< Transpose of the world-view  matrix
      uniform mat4 occProjectionMatrixTranspose; //!< Transpose of the projection  matrix
      uniform mat4 occModelWorldMatrixTranspose; //!< Transpose of the model-world matrix
      uniform mat4 occWorldViewMatrixInverseTranspose;  //!< Transpose of the inverse of the world-view  matrix
      uniform mat4 occProjectionMatrixInverseTranspose; //!< Transpose of the inverse of the projection  matrix
      uniform mat4 occModelWorldMatrixInverseTranspose; //!< Transpose of the inverse of the model-world matrix
      // light type enumeration
      const int OccLightType_Direct = 1; //!< directional     light source
      const int OccLightType_Point  = 2; //!< isotropic point light source
      const int OccLightType_Spot   = 3; //!< spot            light source
      // Light sources
      uniform               vec4 occLightAmbient;      //!< Cumulative ambient color
      #if defined(THE_MAX_LIGHTS) && (THE_MAX_LIGHTS > 0)
      uniform THE_PREC_ENUM int  occLightSourcesCount; //!< Total number of light sources
      int   occLight_Type              (in int theId); //!< Type of light source
      int   occLight_IsHeadlight       (in int theId); //!< Is light a headlight?
      vec3  occLight_Diffuse           (in int theId); //!< Diffuse intensity for specified light source
      vec3  occLight_Specular          (in int theId); //!< Specular intensity (currently - equals to diffuse intensity)
      vec3  occLight_Position          (in int theId); //!< Position of specified light source
      vec3  occLight_SpotDirection     (in int theId); //!< Direction of specified spot light source
      float occLight_SpotCutOff        (in int theId); //!< Maximum spread angle of the spot light (in radians)
      float occLight_ConstAttenuation  (in int theId); //!< Const attenuation factor of positional light source
      float occLight_LinearAttenuation (in int theId); //!< Linear attenuation factor of positional light source
      float occLight_QuadraticAttenuation (in int theId); //!< Quadratic attenuation factor of positional light source
      float occLight_Attenuation       (in int theId, in float theDist); //!< attenuation coefficient of positional light source
      float occLight_SpotExponent      (in int theId); //!< Attenuation of the spot light intensity (from 0 to 1)
      #endif
      // Front material properties accessors
      vec4  occFrontMaterial_Emission(void);     //!< Emission color
      vec4  occFrontMaterial_Ambient(void);      //!< Ambient  reflection
      vec4  occFrontMaterial_Diffuse(void);      //!< Diffuse  reflection
      vec4  occFrontMaterial_Specular(void);     //!< Specular reflection
      float occFrontMaterial_Shininess(void);    //!< Specular exponent
      float occFrontMaterial_Transparency(void); //!< Transparency coefficient
      // Back material properties accessors
      vec4  occBackMaterial_Emission(void);      //!< Emission color
      vec4  occBackMaterial_Ambient(void);       //!< Ambient  reflection
      vec4  occBackMaterial_Diffuse(void);       //!< Diffuse  reflection
      vec4  occBackMaterial_Specular(void);      //!< Specular reflection
      float occBackMaterial_Shininess(void);     //!< Specular exponent
      float occBackMaterial_Transparency(void);  //!< Transparency coefficient
      #define occActiveSampler    occSampler0                //!< alias for backward compatibility
      #define occSamplerBaseColor occSampler0                //!< alias to a base color texture
      uniform               sampler2D occSampler0;           //!< current active sampler;
                                                             //!  occSampler1, occSampler2,... should be defined in GLSL program body for multitexturing
      uniform               vec4      occColor;              //!< color value (in case of disabled lighting)
      uniform THE_PREC_ENUM int       occDistinguishingMode; //!< Are front and back faces distinguished?
      uniform THE_PREC_ENUM int       occTextureEnable;      //!< Is texture enabled?
      uniform               vec4      occTexTrsf2d[2];       //!< 2D texture transformation parameters
      uniform               float     occPointSize;          //!< point size
      //! Parameters of blended order-independent transparency rendering algorithm
      uniform               int       occOitOutput;      //!< Enable bit for writing output color buffers for OIT (occFragColor, occFragCoverage)
      uniform               float     occOitDepthFactor; //!< Influence of the depth component to the coverage of the accumulated fragment
      //! Parameters of clipping planes
      #if defined(THE_MAX_CLIP_PLANES) && (THE_MAX_CLIP_PLANES > 0)
      uniform               vec4 occClipPlaneEquations[THE_MAX_CLIP_PLANES];
      uniform THE_PREC_ENUM int  occClipPlaneCount;   //!< Total number of clip planes
      #endif
      // Created on: 2013-10-10
      // Created by: Denis BOGOLEPOV
      // Copyright (c) 2013-2014 OPEN CASCADE SAS
      //
      // This file is part of Open CASCADE Technology software library.
      //
      // This library is free software; you can redistribute it and/or modify it under
      // the terms of the GNU Lesser General Public License version 2.1 as published
      // by the Free Software Foundation, with special exception defined in the file
      // OCCT_LGPL_EXCEPTION.txt. Consult the file LICENSE_LGPL_21.txt included in OCCT
      // distribution for complete text of the license and disclaimer of any warranty.
      //
      // Alternatively, this file may be used under the terms of Open CASCADE
      // commercial license or contractual agreement.
      // This file includes implementation of common functions and properties accessors
      #if defined(THE_MAX_LIGHTS) && (THE_MAX_LIGHTS > 0)
      // arrays of light sources
      uniform THE_PREC_ENUM ivec2 occLightSourcesTypes[THE_MAX_LIGHTS]; //!< packed light sources types
      uniform               vec4  occLightSources[THE_MAX_LIGHTS * 4];  //!< packed light sources parameters
      // light source properties accessors
      int   occLight_Type              (in int theId) { return occLightSourcesTypes[theId].x; }
      int   occLight_IsHeadlight       (in int theId) { return occLightSourcesTypes[theId].y; }
      vec3  occLight_Diffuse           (in int theId) { return occLightSources[theId * 4 + 0].xyz; }
      vec3  occLight_Specular          (in int theId) { return occLightSources[theId * 4 + 0].xyz; }
      vec3  occLight_Position          (in int theId) { return occLightSources[theId * 4 + 1].xyz; }
      vec3  occLight_SpotDirection     (in int theId) { return occLightSources[theId * 4 + 2].xyz; }
      float occLight_SpotCutOff        (in int theId) { return occLightSources[theId * 4 + 2].w; }
      float occLight_ConstAttenuation  (in int theId) { return occLightSources[theId * 4 + 3].x; }
      float occLight_LinearAttenuation (in int theId) { return occLightSources[theId * 4 + 3].y; }
      float occLight_QuadraticAttenuation(in int theId) { return occLightSources[theId * 4 + 3].z; }
      float occLight_SpotExponent      (in int theId) { return occLightSources[theId * 4 + 3].w; }
      float occLight_Attenuation (in int theId, in float theDist)
      {
        return 1.0 / (occLightSources[theId * 4 + 3].x + occLightSources[theId * 4 + 3].y * theDist + occLightSources[theId * 4 + 3].z * theDist * theDist);
      }
      #endif
      // material state
      uniform vec4 occFrontMaterial[5];
      uniform vec4 occBackMaterial[5];
      // front material properties accessors
      vec4  occFrontMaterial_Ambient(void)      { return occFrontMaterial[0]; }
      vec4  occFrontMaterial_Diffuse(void)      { return occFrontMaterial[1]; }
      vec4  occFrontMaterial_Specular(void)     { return occFrontMaterial[2]; }
      vec4  occFrontMaterial_Emission(void)     { return occFrontMaterial[3]; }
      float occFrontMaterial_Shininess(void)    { return occFrontMaterial[4].x; }
      float occFrontMaterial_Transparency(void) { return occFrontMaterial[4].y; }
      // back material properties accessors
      vec4  occBackMaterial_Ambient(void)       { return occBackMaterial[0]; }
      vec4  occBackMaterial_Diffuse(void)       { return occBackMaterial[1]; }
      vec4  occBackMaterial_Specular(void)      { return occBackMaterial[2]; }
      vec4  occBackMaterial_Emission(void)      { return occBackMaterial[3]; }
      float occBackMaterial_Shininess(void)     { return occBackMaterial[4].x; }
      float occBackMaterial_Transparency(void)  { return occBackMaterial[4].y; }
      // 2D texture coordinates transformation
      vec2  occTextureTrsf_Translation(void) { return occTexTrsf2d[0].xy; }
      vec2  occTextureTrsf_Scale(void)       { return occTexTrsf2d[0].zw; }
      float occTextureTrsf_RotationSin(void) { return occTexTrsf2d[1].x; }
      float occTextureTrsf_RotationCos(void) { return occTexTrsf2d[1].y; }
      THE_SHADER_OUT vec4 VertColor;
      void main()
      {
        VertColor = occVertColor;
        gl_Position = occProjectionMatrix * occWorldViewMatrix * occModelWorldMatrix * occVertex;
      }
15:13 TKOpenGl | Type: Error | ID: 0 | Severity: High | Message:
        Failed to compile shader object. Compilation log:
      Compile failed.
      ERROR: 0:105: Syntax error, unexpected 'THE_MAX_LIGHTS'
      ERROR: 0:152: Syntax error, unexpected 'THE_MAX_CLIP_PLANES'
      ERROR: 0:173: Syntax error, unexpected 'THE_MAX_LIGHTS'
      ERROR: 3 compilation errors. No code generated.

15:28 EGLVersion: 1.4 Android META-EGL
      EGLVendor: Android
      EGLClientAPIs: OpenGL_ES
      GLvendor: Imagination Technologies
      GLdevice: PowerVR SGX 544MP
      GLversion: OpenGL ES 2.0 build 1.12@2824438 [GLSL: OpenGL ES GLSL ES 1.00 build 1.12@2824438]
      Max texture size: 4096
      Max combined texture units: 8
      Max MSAA samples: 0
      Viewport: 1280x727
      Available CPU cores: 4
      System Memory: 968 MiB

      #if defined(THE_MAX_LIGHTS) && (THE_MAX_LIGHTS > 0)