[AmonParticipant]

That worked a treat, arpie. Thank you.

[AmonParticipant]

Logcat:

It’s lengthy….

Monkey

05-08 08:58:28.830 20302-20302/? I/art: Late-enabling -Xcheck:jni 05-08 08:58:28.855 20302-20309/? I/art: Debugger is no longer active 05-08 08:58:28.856 20302-20309/? I/art: Starting a blocking GC Instrumentation 05-08 08:58:29.186 20302-20302/? I/art: Starting a blocking GC HeapTrim 05-08 08:58:29.192 20302-20302/? I/InstantRun: starting instant run server: is main process 05-08 08:58:29.283 20302-20302/? V/SDL: Device: MIX 05-08 08:58:29.283 20302-20302/? V/SDL: Model: MIX 05-08 08:58:29.283 20302-20302/? V/SDL: onCreate(): null 05-08 08:58:29.424 20302-20302/? D/SurfaceView: checkSurfaceViewlLogProperty get invalid command 05-08 08:58:29.483 20302-20302/? V/SDL: onResume() 05-08 08:58:29.484 20302-20302/? V/PhoneWindow: DecorView setVisiblity: visibility = 4, Parent = null, this = DecorView@e46832d[] 05-08 08:58:29.493 20302-20302/? D/WindowClient: Add to mViews: DecorView@e46832d[Monkey2Game], this = android.view.WindowManagerGlobal@9e689dc 05-08 08:58:29.497 20302-20302/? D/OpenGLRenderer: Dumper init 4 threads <0xdd36c800> <com.monkey2.monkey2game> is running. 05-08 08:58:29.501 20302-20321/? D/OpenGLRenderer: CanvasContext() 0xdade2800 05-08 08:58:29.505 20302-20302/? D/ViewRootImpl[Monkey2Game]: hardware acceleration is enabled, this = ViewRoot{151eae5 com.monkey2.monkey2game/com.monkey2.monkey2game.Monkey2Game,ident = 0} 05-08 08:58:29.510 20302-20302/? V/PhoneWindow: DecorView setVisiblity: visibility = 0, Parent = ViewRoot{151eae5 com.monkey2.monkey2game/com.monkey2.monkey2game.Monkey2Game,ident = 0}, this = DecorView@e46832d[Monkey2Game] 05-08 08:58:29.516 20302-20302/? V/InputMethodManager: Not IME target window, ignoring 05-08 08:58:29.517 20302-20302/? I/SurfaceView: updateWindow -- onWindowVisibilityChanged, visibility = 0, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....I. 0,0-0,0} 05-08 08:58:29.538 20302-20321/? D/OpenGLRenderer: CanvasContext() 0xdade2800 initialize window=0xdadf4000, title=com.monkey2.monkey2game/com.monkey2.monkey2game.Monkey2Game 05-08 08:58:29.539 20302-20302/? I/SurfaceView: updateWindow -- setFrame, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.540 20302-20302/? I/SurfaceView: 55311191 Changes: creating=true format=true size=true visible=true left=true top=true mUpdateWindowNeeded=false mReportDrawNeeded=false redrawNeeded=false forceSizeChanged=true mVisible=false mRequestedVisible=true, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.543 20302-20302/? I/SurfaceView: 55311191 Cur surface: Surface(name=null)/@0x790f9ba, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.551 20302-20314/? V/SurfaceView: this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} got resized: w=1184 h=720, cur w=-1 h=-1 05-08 08:58:29.553 20302-20302/? I/SurfaceView: 55311191 New surface: Surface(name=null)/@0x4ad306b, vis=true, frame=Rect(0, 0 - 1184, 720), this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 55311191 visibleChanged -- surfaceCreated, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} surfaceCreated callback +, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.553 20302-20302/? V/SDL: surfaceCreated() 05-08 08:58:29.554 20302-20302/? I/SurfaceView: surfaceCreated callback -, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 55311191 surfaceChanged -- format=4 w=1184 h=720, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} surfaceChanged callback +, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.554 20302-20302/? V/SDL: surfaceChanged() pixel format RGB_565 05-08 08:58:29.569 20302-20302/? V/SDL: Window size: 1184x720 05-08 08:58:29.570 20302-20321/? I/OpenGLRenderer: Initialized EGL, version 1.4 05-08 08:58:29.570 20302-20321/? D/OpenGLRenderer: Swap behavior 1 05-08 08:58:29.579 20302-20336/? I/SDL: SDL_Android_Init() SDL_Android_Init() finished! 05-08 08:58:29.583 20302-20302/? I/SurfaceView: surfaceChanged callback -, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 55311191 surfaceRedrawNeeded, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 55311191 finishedDrawing, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.586 20302-20321/? D/OpenGLRenderer: Created EGL context (0xdc010800) 05-08 08:58:29.587 20302-20302/? V/SurfaceView: Layout: x=0 y=0 w=1184 h=720, frame=Rect(0, 0 - 1184, 720), this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.588 20302-20321/? D/OpenGLRenderer: ProgramCache.init: enable enhancement 1 05-08 08:58:29.588 20302-20321/? I/OpenGLRenderer: Get disable program binary service property (0) Initializing program atlas... 05-08 08:58:29.588 20302-20321/? I/ProgramBinary/Service: ProgramBinaryService client side disable debugging. ProgramBinaryService client side disable binary content debugging. 05-08 08:58:29.589 20302-20321/? D/ProgramBinary/Service: BpProgramBinaryService.getReady BpProgramBinaryService.getProgramBinaryData 05-08 08:58:29.589 20302-20321/? I/OpenGLRenderer: Program binary detail: Binary length is 249276, program map length is 124. 05-08 08:58:29.590 20302-20321/? I/OpenGLRenderer: Succeeded to mmap program binaries. File descriptor is 68, and path is /dev/ashmem. No need to use file discriptor anymore, close fd(68). 05-08 08:58:29.590 20302-20321/? D/OpenGLRenderer: Initializing program cache from 0x0, size = -1 05-08 08:58:29.590 20302-20321/? D/Surface: Surface::connect(this=0xdadf4000,api=1) 05-08 08:58:29.591 20302-20321/? W/libEGL: [ANDROID_RECORDABLE] format: 1 05-08 08:58:29.593 20302-20321/? D/mali_winsys: EGLint new_window_surface(egl_winsys_display*, void*, EGLSurface, EGLConfig, egl_winsys_surface**, egl_color_buffer_format*, EGLBoolean) returns 0x3000 05-08 08:58:29.596 20302-20302/? I/SurfaceView: 55311191 Changes: creating=false format=false size=false visible=false left=false top=false mUpdateWindowNeeded=true mReportDrawNeeded=true redrawNeeded=false forceSizeChanged=false mVisible=true mRequestedVisible=true, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 55311191 Cur surface: Surface(name=null)/@0x790f9ba, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.600 20302-20302/? I/SurfaceView: 55311191 New surface: Surface(name=null)/@0x4ad306b, vis=true, frame=Rect(0, 0 - 1184, 720), this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.601 20302-20302/? I/SurfaceView: 55311191 surfaceRedrawNeeded, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 55311191 finishedDrawing, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.601 20302-20302/? V/SurfaceView: Layout: x=0 y=0 w=1184 h=720, frame=Rect(0, 0 - 1184, 720), this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.605 20302-20338/? D/AudioTrack: getMinFrameCount=6144: afFrameCount=1024, afSampleRate=44100, afLatency=139 05-08 08:58:29.609 20302-20302/? I/SurfaceView: Punch a hole(dispatchDraw), this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F...... 0,0-1184,720} 05-08 08:58:29.609 20302-20338/? D/AudioTrack: set(): 0xcada8c00, streamType -1, sampleRate 44100, format 0x1, channelMask 0x3, frameCount 6144, flags #0, notificationFrames 0, sessionId 0, transferType 3, uid -1, pid -1 05-08 08:58:29.610 20302-20338/? D/AudioTrack: audiotrack 0xcada8c00 set Type -1, rate 44100, fmt 1, chn 3, fcnt 6144, flags 0000 05-08 08:58:29.611 20302-20321/? D/OpenGLRenderer: ProgramCache.generateProgram: 1099511627784 05-08 08:58:29.613 20302-20339/? I/SceneKnowledgeProvider: SKP: notifyChange(1, 3, -1) 05-08 08:58:29.616 20302-20338/? D/AudioTrack: createTrack_l: 0xcada8c00, mCblk = 0xca200000, mLatency = 278, mAfLatency = 139, frameCount = 6144, mSampleRate = 44100, mFlags = 0, mReqFrameCount = 6144 05-08 08:58:29.617 20302-20338/? D/AudioTrackCenter: addTrack, trackId:0xca200000, frameCount:6144, sampleRate:44100, trackPtr:0xcada8c00 addTrack: trackPtr = 0xcada8c00, trackId = 0xca200000, mAfSampleRate = 44100, sampleRate = 44100, AfFrameCount = 1024 , mAfSampleRate = 44100, frameCount = 6144, framesFilled = 0 addTrack: trackId, info.server, info.framePlayed, info.ts, 0xca200000, 0, 0, 7115353963 05-08 08:58:29.618 20302-20338/? D/AudioTrack: start(): 0xcada8c00, mState = 1 05-08 08:58:29.620 20302-20338/? D/AudioTrack: AudioTrackThread::resume 05-08 08:58:29.620 20302-20338/? D/AudioTrackCenter: setTrackActive, trackId: 0xca200000, active: 1 05-08 08:58:29.621 20302-20338/? I/OpenAL: _SC_NPROCESSORS_ONLN=5 05-08 08:58:29.622 20302-20340/? D/SurfaceView: 55311191 updateWindowPosition RT, frameNr = 1, postion = [0, 0, 1184, 720] 05-08 08:58:29.644 20302-20321/? D/OpenGLRenderer: ProgramCache.generateProgram: 0 05-08 08:58:29.675 20302-20302/? V/SDL: onWindowFocusChanged(): true 05-08 08:58:29.675 20302-20302/? V/InputMethodManager: onWindowFocus: org.libsdl.app.SDLSurface{34bfb57 VFE...... .F...... 0,0-1184,720} softInputMode=32 first=true flags=#1810500 05-08 08:58:29.687 20302-20302/? I/SurfaceView: updateWindow -- UPDATE_WINDOW_MSG, this = Handler (android.view.SurfaceView$1) {d6c6847} 05-08 08:58:29.724 20302-20336/? D/Surface: Surface::setBuffersUserDimensions(this=0xdadf4e00,w=0,h=0) 05-08 08:58:29.725 20302-20336/? D/Surface: Surface::connect(this=0xdadf4e00,api=1) 05-08 08:58:29.726 20302-20336/? W/libEGL: [ANDROID_RECORDABLE] format: 2 05-08 08:58:29.727 20302-20336/? D/mali_winsys: EGLint new_window_surface(egl_winsys_display*, void*, EGLSurface, EGLConfig, egl_winsys_surface**, egl_color_buffer_format*, EGLBoolean) returns 0x3000 05-08 08:58:29.985 20302-20336/com.monkey2.monkey2game I/MX2: GL_VERSION=OpenGL ES 3.2 v1.r12p0-04rel0.2034b5b303dca12c48abf5518afe7d96 Renderer is using forward rendering 05-08 08:58:32.701 20302-20336/com.monkey2.monkey2game I/MX2: 1: 2: #ifdef GL_ES 3: #ifdef GL_FRAGMENT_PRECISION_HIGH 4: precision highp float; 5: #else 6: precision mediump float; 7: #endif 8: #endif 9: #define MX2_RENDERPASS 1 10: #define MX2_FORWARDRENDERER 1 11: #define MX2_LINEAROUTPUT 1 12: #define MX2_ATTRIBMASK 7 13: 14: // **** MX2_RENDERPASS ***** 15: // 16: // PASSTYPE 'mask=3, 0=quad, 1=deferred, 2=forward, 3=shadow 17: // LIGHTTYPE 'mask=12, 0=none, 1=directional, 2=point, 3=spot 18: // SHADOWTYPE 'mask=16, 0=no shadows, 1=shadows 19: // 20: #ifndef MX2_RENDERPASS 21: #define MX2_RENDERPASS 0 22: #endif 23: 24: #ifndef MX2_FORWARDRENDERER 25: #define MX2_FORWARDRENDERER 0 26: #endif 27: 28: #ifndef MX2_DEFERREDRENDERER 29: #define MX2_DEFERREDRENDERER 0 30: #endif 31: 32: #ifndef MX2_SRGBOUTPUT 33: #define MX2_SRGBOUTPUT 0 34: #endif 35: 36: #define MX2_PASSTYPE ((MX2_RENDERPASS & 3)) 37: #define MX2_LIGHTTYPE ((MX2_RENDERPASS & 12)>>2) 38: #define MX2_SHADOWTYPE ((MX2_RENDERPASS & 16)>>4) 39: 40: #define MX2_DIRECTIONALLIGHT (MX2_LIGHTTYPE==1) 41: #define MX2_POINTLIGHT (MX2_LIGHTTYPE==2) 42: #define MX2_SPOTLIGHT (MX2_LIGHTTYPE==3) 43: 44: #define MX2_QUADPASS (MX2_PASSTYPE==0) 45: #define MX2_DEFERREDPASS (MX2_PASSTYPE==1) 46: #define MX2_FORWARDPASS (MX2_PASSTYPE==2) 05-08 08:58:32.702 20302-20336/com.monkey2.monkey2game I/MX2: 47: #define MX2_SHADOWPASS (MX2_PASSTYPE==3) 48: 49: #define MX2_AMBIENTPASS (MX2_PASSTYPE==1 || MX2_PASSTYPE==2) 50: #define MX2_LIGHTINGPASS (MX2_LIGHTTYPE!=0 && MX2_SHADOWPASS==0) 51: #define MX2_COLORPASS (MX2_AMBIENTPASS || MX2_LIGHTINGPASS) 52: 53: // ***** MX2_ATTRIBMASK ***** 54: // 55: // Position 1 56: // Normal 2 57: // Color 4 58: // TexCoord0 8 59: // TexCoord1 16 60: // Tangent 32 61: // Weights 64 62: // Bones 128 63: 64: #ifndef MX2_ATTRIBMASK 65: #define MX2_ATTRIBMASK 0 66: #endif 67: #define MX2_TEXTURED ((MX2_ATTRIBMASK & 24)!=0) 68: #define MX2_BUMPMAPPED ((MX2_ATTRIBMASK & 32)==32) 69: #define MX2_BONED ((MX2_ATTRIBMASK & 192)==192) 70: 71: //***** CONSTS ***** 72: // 73: const float pi=3.1415926535897932384626433832795; 74: 75: //***** RENDER ***** 76: // 77: uniform float r_Time; 78: uniform vec4 r_AmbientDiffuse; 79: 80: uniform samplerCube r_SkyTextureCube; 81: uniform sampler2D r_SkyTexture2D; 82: uniform bool r_SkyCube; 83: 84: uniform samplerCube r_EnvTextureCube; 85: uniform sampler2D r_EnvTexture2D; 86: uniform bool r_EnvCube; 87: uniform float r_EnvTextureMaxLod; 88: uniform vec4 r_EnvColor; 89: uniform mat3 r_EnvMatrix; 90: 91: uniform float r_DepthNear; 92: uniform float r_DepthFar; 93: uniform float r_FogNear; 94: uniform float r_FogFar; 95: uniform vec4 r_FogColor; 96: uniform mat4 r_InverseProjectionMatrix; 97: uniform mat4 r_ProjectionMatrix; 98: uniform mat4 r_ViewMatrix; 99: 100: // These only available in deferred renderer! 101: uniform sampler2D r_AccumBuffer; 102: uniform sampler2D r_ColorBuffer; 103: uniform sampler2D r_NormalBuffer; 104: uniform sampler2D r_DepthBuffer; 105: uniform vec2 r_BufferCoordScale; 106: 107: //***** LIGHTING ***** 108: // 109: uniform mat4 r_LightViewMatrix; 110: uniform mat4 r_InverseLightViewMatrix; 111: uniform samplerCube r_LightCubeTexture; 112: uniform sampler2D r_LightTexture; 113: uniform vec4 r_LightColor; 114: uniform float r_LightRange; 115: uniform float r_LightInnerAngle; 116: uniform float r_LightOuterAngle; 117: 118: //***** SHADOWS ***** 119: // 120: uniform sampler2D r_ShadowCSMTexture; 121: uniform samplerCube r_ShadowCubeTexture; 122: uniform vec4 r_ShadowCSMSplits; 123: uniform mat4 r_ShadowMatrix0; 124: uniform mat4 r_ShadowMatrix1; 125: uniform mat4 r_ShadowMatrix2; 05-08 08:58:32.703 20302-20336/com.monkey2.monkey2game I/MX2: 126: uniform mat4 r_ShadowMatrix3; 127: uniform float r_ShadowAlpha; 128: 129: //***** INSTANCE ***** 130: // 131: uniform mat4 i_ModelMatrix; 132: uniform mat4 i_ModelViewMatrix; 133: uniform mat4 i_ModelViewProjectionMatrix; 134: uniform mat3 i_ModelViewNormalMatrix; 135: uniform mat4 i_ModelBoneMatrices[96]; 136: uniform vec4 i_Color; 137: uniform float i_Alpha; 138: 139: //***** MATERIAL ***** 140: // 141: uniform mat3 m_TextureMatrix; 142: 143: //***** VARYINGS ***** 144: // 145: varying vec2 v_ClipPosition; 146: varying vec2 v_BufferCoords; 147: varying vec3 v_Position; 148: varying vec3 v_Normal; 149: varying vec4 v_Color; 150: varying vec2 v_TexCoord0; 151: varying vec2 v_TexCoord1; 152: varying mat3 v_TanMatrix; 153: 154: 155: //@import "std" 156: 157: 158: //@renderpasses 1,7,11,15,2,6,10,14,22,26,30 159: 160: //@import "pbr" 161: 162: 05-08 08:58:32.708 20302-20336/com.monkey2.monkey2game I/MX2: 163: //@fragment 164: 165: vec4 FloatToRGBA( float value ){ 166: 167: const float MaxFloat=0.9999999; 168: value=clamp( value,0.0,MaxFloat ); 169: vec4 rgba=fract( vec4( 1.0, 255.0, 65025.0, 16581375.0 ) * value ); 170: return rgba-rgba.yzww * vec4( 1.0/255.0, 1.0/255.0, 1.0/255.0, 0.0 ); 171: } 172: 173: float RGBAToFloat( vec4 rgba ){ 174: 175: return dot( rgba,vec4( 1.0, 1.0/255.0, 1.0/65025.0, 1.0/16581375.0 ) ); 176: } 177: 178: float viewDepth( float depthBufferDepth ){ 179: 180: return r_DepthFar * r_DepthNear / ( r_DepthFar + depthBufferDepth * ( r_DepthNear - r_DepthFar ) ); 181: } 182: 183: #if MX2_QUADPASS 184: 185: vec3 fragmentPosition(){ 186: 187: float depth=viewDepth( texture2D( r_DepthBuffer,v_BufferCoords ).r ); 188: 189: vec4 vpos4=r_InverseProjectionMatrix * vec4( v_ClipPosition,-1.0,1.0 ); 190: 191: vec3 vpos=vpos4.xyz/vpos4.w; 192: 193: //debug z coord... 194: // 195: if( abs( vpos.z-r_DepthNear)>0.00001 ){ 196: // gl_FragColor=vec4( 1.0,0.0,0.0,1.0 ); 197: // return vec3( 0.0 ); 05-08 08:58:32.709 20302-20336/com.monkey2.monkey2game I/MX2: 198: } 199: 200: vec3 position=vpos/vpos.z*depth; 201: 202: return position; 203: } 204: 205: #else 206: 207: vec3 fragmentPosition(){ 208: 209: return v_Position; 210: } 211: 212: #endif 213: 214: #if MX2_LIGHTINGPASS && MX2_SHADOWTYPE 215: 216: float shadowColor( vec3 position ){ 217: 218: #if MX2_DIRECTIONALLIGHT 219: 220: if( position.z>=r_ShadowCSMSplits.w ) return 1.0; 221: 222: vec4 vpos=vec4( position,1.0 ); 223: vec2 off; 224: 225: if( vpos.z<r_ShadowCSMSplits.x ){ 226: vpos=r_ShadowMatrix0 * vpos; 227: off=vec2( 0.0,0.0 ); 228: }else if( vpos.z<r_ShadowCSMSplits.y ){ 229: vpos=r_ShadowMatrix1 * vpos; 230: off=vec2( 0.5,0.0 ); 231: }else if( vpos.z<r_ShadowCSMSplits.z ){ 232: vpos=r_ShadowMatrix2 * vpos; 233: off=vec2( 0.0,0.5 ); 234: }else{ 235: vpos=r_ShadowMatrix3 * vpos; 236: off=vec2( 0.5,0.5 ); 237: } 238: 239: vec3 spos=vpos.xyz/vpos.w * vec3( 0.25,0.25,0.5 ) + vec3( 0.25,0.25,0.5 ); 240: 241: float d=texture2D( r_ShadowCSMTexture,spos.xy+off ).r; 242: 243: if( spos.z>d ) return 1.0-r_ShadowAlpha; 244: 245: return 1.0; 246: 247: #elif MX2_POINTLIGHT 248: 249: vec4 vpos=vec4( position,1.0 ); 250: 251: vec3 lpos=(r_ShadowMatrix0 * vpos).xyz; 252: 253: float d=RGBAToFloat( textureCube( r_ShadowCubeTexture,lpos ) ); 254: 255: if( length(lpos) > d * r_LightRange ) return 1.0-r_ShadowAlpha; 256: 257: return 1.0; 258: 259: #elif MX2_SPOTLIGHT 260: 261: vec4 vpos=r_ShadowMatrix0 * vec4( position,1.0 ); 262: 263: vec3 spos=vpos.xyz/vpos.w * vec3( 0.25,0.25,0.5 ) + vec3( 0.25,0.25,0.5 ); 264: 265: float d=texture2D( r_ShadowCSMTexture,spos.xy ).r; 266: 267: if( spos.z>d ) return 1.0-r_ShadowAlpha; 268: 269: return 1.0; 270: 271: #endif 272: } 273: 274: #endif 275: 276: /* 277: float mipmapLod( vec2 tc ){ 278: vec2 dx=dFdx( tc ); 279: vec2 dy=dFdy( tc ); 280: float dsqr=max( dot( dx,dx ),dot( dy,dy ) ); 05-08 08:58:32.710 20302-20336/com.monkey2.monkey2game I/MX2: 281: float lod=log2( dsqr ) * 0.5; 282: return max( lod,0.0 ); 283: } 284: 285: float mipmapLodCube( vec3 tv ){ 286: vec2 tc; 287: vec3 at=abs( tv ); 288: if( at.x>at.y && at.x>at.z ){ 289: tc=vec2( tv.y,tv.z )/tv.x; 290: }else if( at.y>at.z ){ 291: tc=vec2( tv.x,tv.z )/tv.y; 292: }else{ 293: tc=vec2( tv.x,tv.y )/tv.z; 294: } 295: return mipmapLod( (tc+1.0)*0.5 ); 296: } 297: */ 298: 299: vec3 sampleEnv( vec3 viewVec,float roughness ){ 300: 301: vec3 tv=r_EnvMatrix * viewVec; 302: 303: if( r_EnvCube ){ 304: 305: float r_EnvTextureMaxLod=11.0; 306: 307: //#ifdef GL_ES 308: float lod=textureCube( r_EnvTextureCube,tv ).a * 255.0; 309: if( lod==0 ) lod=textureCube( r_EnvTextureCube,tv,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod; 310: return pow( textureCube( r_EnvTextureCube,tv,max( roughness*r_EnvTextureMaxLod-lod,0.0 ) ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb; 311: //#else 312: // return pow( textureCube( r_EnvTextureCube,tv,roughness*r_EnvTextureMaxLod ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb; 313: //#endif 314: 315: }else{ 316: 317: float p=-atan( tv.y,sqrt( tv.x*tv.x+tv.z*tv.z ) ) / pi + 0.5; 318: float y=atan( tv.x,tv.z ) / pi * 0.5 + 0.5; 319: vec2 tc=vec2( y,p ); 320: 321: //#ifdef GL_ES 322: float lod=texture2D( r_EnvTexture2D,tc ).a * 255.0; 323: if( lod==0.0 ) lod=texture2D( r_EnvTexture2D,tc,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod; 324: return pow( texture2D( r_EnvTexture2D,tc,max( roughness*r_EnvTextureMaxLod-lod,0.0 ) ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb; 325: //else 326: // return pow( texture2DLod( r_EnvTexture2D,tc,max( mipmapLod( tc ),roughness*r_EnvTextureMaxLod ) ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb; 327: 328: //#endif 329: } 330: } 331: 332: #if MX2_FORWARDRENDERER || MX2_FORWARDPASS 333: 334: void emitLinearFragment( vec4 color ){ 05-08 08:58:32.711 20302-20336/com.monkey2.monkey2game I/MX2: 335: 336: #if MX2_SRGBOUTPUT 337: gl_FragColor=vec4( pow( color.rgb*color.a,vec3( 1.0/2.2 ) ),color.a ); 338: #else 339: gl_FragColor=vec4( color.rgb*color.a,color.a ); 340: #endif 341: } 342: 343: void emitColorFragment( vec4 color ){ 344: 345: float fog=clamp( (length( v_Position )-r_FogNear)/(r_FogFar-r_FogNear),0.0,1.0 ) * r_FogColor.a; 346: 347: color.rgb=mix( color.rgb,r_FogColor.rgb,fog ); 348: 349: emitLinearFragment( color ); 350: } 351: 352: #endif 353: 354: #if MX2_SHADOWPASS 355: 356: void emitShadowFragment(){ 357: 358: #if MX2_DIRECTIONALLIGHT || MX2_SPOTLIGHT 359: gl_FragColor=vec4( vec3( gl_FragCoord.z ),1.0 ); 360: #elif MX2_POINTLIGHT 361: gl_FragColor=FloatToRGBA( min( length( v_Position )/r_LightRange,1.0 ) ); 362: #endif 363: } 364: 365: #endif 366: 367: 368: 369: 370: //@fragment 371: 372: #if MX2_QUADPASS && MX2_LIGHTINGPASS 373: 374: void emitPbrFragment( vec3 color,float metalness,float roughness,vec3 position,vec3 normal ){ 375: 376: float glosiness=1.0-roughness; 377: vec3 color0=vec3( 0.04,0.04,0.04 ); 378: vec3 diffuse=color * (1.0-metalness); 379: vec3 specular=(color-color0) * metalness + color0; 380: 381: #if MX2_DIRECTIONALLIGHT 382: 383: vec3 lvec=normalize( -r_LightViewMatrix[2].xyz ); 384: float atten=1.0; 385: 386: #elif MX2_POINTLIGHT 387: 388: // TODO: https://imdoingitwrong.wordpress.com/2011/01/31/light-attenuation/ 389: vec3 lvec=r_LightViewMatrix[3].xyz-position; 390: float atten=max( 1.0-length( lvec )/r_LightRange,0.0 ); 391: lvec=normalize( lvec ); 392: 393: #elif MX2_SPOTLIGHT 394: 395: vec3 lvec=r_LightViewMatrix[3].xyz-position; 396: float atten=max( 1.0-length( lvec )/r_LightRange,0.0 ); 397: lvec=normalize( lvec ); 398: 399: float cosangle=dot( -lvec,r_LightViewMatrix[2].xyz ); 400: if( cosangle<0.0 ) return; //behind spotlight direction 401: 402: float angle=acos( cosangle ); 403: if( angle>r_LightOuterAngle ) return; //outside outer cone 404: 405: atten*=1.0-max( (angle-r_LightInnerAngle)/(r_LightOuterAngle-r_LightInnerAngle),0.0 ); 406: 407: #endif 408: 409: vec3 vvec=normalize( -position ); 410: vec3 hvec=normalize( lvec+vvec ); 411: 412: float hdotl=max( dot( hvec,lvec ),0.0 ); 413: float ndotl=max( dot( normal,lvec ),0.0 ); 414: float ndoth=max( dot( normal,hvec ),0.0 ); 415: 416: float spow=pow( 2.0,glosiness * 12.0 ); 417: // float spow=pow( 2048.0,glosiness ); 418: 419: float fnorm=(spow+2.0)/8.0; 420: 421: vec3 fschlick=specular + (1.0-specular) * pow( 1.0-hdotl,5.0 ) * glosiness; 422: 423: specular=fschlick * pow( ndoth,spow ) * fnorm; 424: 425: vec3 light=r_LightColor.rgb * ndotl * atten; 05-08 08:58:32.712 20302-20336/com.monkey2.monkey2game I/MX2: 426: 427: #if MX2_POINTLIGHT 428: 429: vec3 lpos=(r_InverseLightViewMatrix * vec4( position,1.0 )).xyz; 430: light*=pow( textureCube( r_LightCubeTexture,lpos ).rgb,vec3( 2.2 ) ); 431: 432: #elif MX2_SPOTLIGHT 433: 434: vec3 lpos=(r_InverseLightViewMatrix * vec4( position,1.0 )).xyz; 435: lpos.xy=lpos.xy/lpos.z * 0.5 + 0.5; 436: lpos.y=1.0-lpos.y; 437: light*=pow( texture2D( r_LightTexture,lpos.xy ).rgb,vec3( 2.2 ) ); 438: 439: #endif 440: 441: #if MX2_SHADOWTYPE 442: light*=shadowColor( position ); 443: #endif 444: 445: vec3 frag=(diffuse+specular) * light; 446: 447: gl_FragColor=vec4( min( frag,8.0 ),1.0 ); 448: } 449: 450: #endif 451: 452: #if MX2_COLORPASS && MX2_DEFERREDPASS 453: 454: //deferred PBR lighting 455: // 456: void emitPbrFragment( vec4 color,vec3 ambient,vec3 emissive,float metalness,float roughness,float occlusion,vec3 normal ){ 457: 458: color*=v_Color; 459: 460: float glosiness=1.0-roughness; 461: vec3 color0=vec3( 0.04,0.04,0.04 ); 462: vec3 diffuse=color.rgb * (1.0-metalness); 463: vec3 specular=(color.rgb-color0) * metalness + color0; 464: 465: vec3 vvec=normalize( -v_Position ); 466: float ndotv=max( dot( normal,vvec ),0.0 ); 467: 468: vec3 ambEnv=sampleEnv( reflect( v_Position,normal ),roughness ); 469: 470: /* 471: vec3 rvec=r_EnvMatrix * reflect( v_Position,normal ); 472: 473: float lod=textureCube( r_EnvTexture,rvec,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod; 474: if( lod>0.0 ) lod=textureCube( r_EnvTexture,rvec ).a * 255.0; 475: 476: // float lod=textureCube( r_EnvTexture,rvec ).a * 255.0; 477: // if( lod==0.0 ) lod=textureCube( r_EnvTexture,rvec,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod; 478: 479: vec3 ambEnv=pow( textureCube( r_EnvTexture,rvec,max( roughness*r_EnvTextureMaxLod-lod,0.0 ) ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb; 480: */ 481: 482: vec3 fschlick0=specular + (1.0-specular) * pow( 1.0-ndotv,5.0 ) * glosiness; 483: 484: vec3 ambDiffuse=diffuse * (r_AmbientDiffuse.rgb+ambient); 485: 486: vec3 ambSpecular=fschlick0 * ambEnv; 487: 488: vec3 frag=(ambDiffuse + ambSpecular) * occlusion + emissive; 489: 490: #if MX2_DEFERREDRENDERER 491: //write ambient 492: gl_FragData[0]=vec4( min( frag,8.0 ),1.0 ); 05-08 08:58:32.713 20302-20336/com.monkey2.monkey2game I/MX2: 493: 494: //write color/metalness 495: gl_FragData[1]=vec4( color.rgb,metalness ); 496: 497: //write normal/roughness 498: gl_FragData[2]=vec4( normal * 0.5 + 0.5,roughness ); 499: #endif 500: } 501: 502: #endif 503: 504: #if MX2_COLORPASS && MX2_FORWARDPASS 505: 506: //forward PBR lighting 507: // 508: void emitPbrFragment( vec4 color,vec3 ambient,vec3 emissive,float metalness,float roughness,float occlusion,vec3 normal ){ 509: 510: color*=v_Color; 511: 512: const vec3 color0=vec3( 0.04,0.04,0.04 ); 513: 514: float glosiness=1.0-roughness; 515: vec3 diffuse=color.rgb * (1.0-metalness); 516: vec3 specular=(color.rgb-color0) * metalness + color0; 517: 518: vec3 vvec=normalize( -v_Position ); 519: float ndotv=dot( normal,vvec ); 520: 521: vec3 frag=vec3( 0.0 ); 522: 523: #if MX2_AMBIENTPASS 524: //ambient color 525: vec3 ambEnv=sampleEnv( reflect( v_Position,normal ),roughness ); 526: /* 527: vec3 rvec=r_EnvMatrix * reflect( v_Position,normal ); 528: 529: float lod=textureCube( r_EnvTexture,rvec,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod; 530: if( lod>0.0 ) lod=textureCube( r_EnvTexture,rvec ).a * 255.0; 531: 532: // float lod=textureCube( r_EnvTexture,rvec ).a * 255.0; 533: // if( lod==0.0 ) lod=textureCube( r_EnvTexture,rvec,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod; 534: 535: vec3 ambEnv=pow( textureCube( r_EnvTexture,rvec,max( roughness*r_EnvTextureMaxLod-lod,0.0 ) ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb; 536: */ 537: 538: vec3 fschlick0=specular + (1.0-specular) * pow( 1.0-ndotv,5.0 ) * glosiness; 539: 540: vec3 ambDiffuse=diffuse * (r_AmbientDiffuse.rgb+ambient); 541: 542: vec3 ambSpecular=fschlick0 * ambEnv; 543: 544: frag+=( ambDiffuse + ambSpecular ) * occlusion + emissive; 545: #endif 546: 547: #if MX2_LIGHTINGPASS 548: //lighting color 549: float spow=pow( 2.0,glosiness * 12.0 ); //specular power 550: // float spow=pow( 4096.0,glosiness ); 551: float fnorm=(spow+2.0)/8.0; //normalization factor 552: 553: #if MX2_DIRECTIONALLIGHT 554: 555: vec3 lvec=normalize( -r_LightViewMatrix[2].xyz ); 556: float atten=1.0; 557: 558: #elif MX2_POINTLIGHT 559: 560: vec3 lvec=r_LightViewMatrix[3].xyz-v_Position; 561: float atten=max( 1.0-length( lvec )/r_LightRange,0.0 ); 562: lvec=normalize( lvec ); 563: 564: #elif MX2_SPOTLIGHT 565: 566: vec3 lvec=r_LightViewMatrix[3].xyz-v_Position; 567: float atten=max( 1.0-length( lvec )/r_LightRange,0.0 ); 568: lvec=normalize( lvec ); 569: 570: float cosangle=dot( -lvec,r_LightViewMatrix[2].xyz ); 571: if( cosangle<0.0 ) return; //behind spotlight direction 572: 573: float angle=acos( cosangle ); 574: if( angle>r_LightOuterAngle ) return; //outside outer cone 575: 576: atten*=1.0-max( (angle-r_LightInnerAngle)/(r_LightOuterAngle-r_LightInnerAngle),0.0 ); 577: 05-08 08:58:32.714 20302-20336/com.monkey2.monkey2game I/MX2: 578: #endif 579: vec3 hvec=normalize( lvec+vvec ); 580: 581: float ndotl=max( dot( normal,lvec ),0.0 ); 582: float ndoth=max( dot( normal,hvec ),0.0 ); 05-08 08:58:32.721 20302-20336/com.monkey2.monkey2game I/MX2: 583: float hdotl=max( dot( hvec,lvec ),0.0 ); 584: 585: vec3 fschlick=specular + (1.0-specular) * pow( 1.0-hdotl,5.0 ) * glosiness; 586: 587: vec3 fspecular=fschlick * pow( ndoth,spow ) * fnorm; 588: 589: vec3 light=r_LightColor.rgb * ndotl * atten; 590: 591: light=(diffuse+fspecular) * light; 592: 593: #if MX2_SHADOWTYPE 594: light*=shadowColor( v_Position ); 595: #endif 596: 597: frag+=light; 598: 599: #endif //MX2_LIGHTINGPASS 600: 601: color.rgb=frag; 602: 603: emitColorFragment( color ); 604: } 605: 606: #endif 607: 608: 609: //@fragment 610: 611: #if MX2_COLORPASS //is this a color pass? 612: 613: #if MX2_TEXTURED 614: uniform sampler2D m_ColorTexture; 615: uniform sampler2D m_AmbientTexture; 616: uniform sampler2D m_EmissiveTexture; 617: uniform sampler2D m_MetalnessTexture; 618: uniform sampler2D m_RoughnessTexture; 619: uniform sampler2D m_OcclusionTexture; 620: #if MX2_BUMPMAPPED 621: uniform sampler2D m_NormalTexture; 622: #endif 623: #endif 624: 625: uniform vec4 m_ColorFactor; 626: uniform vec4 m_AmbientFactor; 627: uniform vec4 m_EmissiveFactor; 628: uniform float m_MetalnessFactor; 629: uniform float m_RoughnessFactor; 630: 631: void main(){ 632: 633: #if MX2_TEXTURED 634: vec4 color=texture2D( m_ColorTexture,v_TexCoord0 ); 635: color.rgb=pow( color.rgb,vec3( 2.2 ) ); 05-08 08:58:32.722 20302-20336/com.monkey2.monkey2game I/MX2: 636: color*=m_ColorFactor; 637: 638: vec3 ambient=pow( texture2D( m_AmbientTexture,v_TexCoord1 ).rgb,vec3( 2.2 ) ) * m_AmbientFactor.rgb; 639: 640: vec3 emissive=pow( texture2D( m_EmissiveTexture,v_TexCoord0 ).rgb,vec3( 2.2 ) ) * m_EmissiveFactor.rgb; 641: 642: float metalness=texture2D( m_MetalnessTexture,v_TexCoord0 ).b * m_MetalnessFactor; 643: 644: float roughness=texture2D( m_RoughnessTexture,v_TexCoord0 ).g * m_RoughnessFactor; 645: 646: float occlusion=texture2D( m_OcclusionTexture,v_TexCoord0 ).r; 647: 648: #if MX2_BUMPMAPPED 649: vec3 normal=texture2D( m_NormalTexture,v_TexCoord0 ).xyz * 2.0 - 1.0; 650: normal=normalize( v_TanMatrix * normal ); 651: #else 652: vec3 normal=normalize( v_Normal ); 653: #endif 654: 655: #else //untextured... 656: 657: vec4 color=m_ColorFactor; 658: 659: vec3 ambient=m_AmbientFactor.rgb; 660: 661: vec3 emissive=m_EmissiveFactor.rgb; 662: 663: float metalness=m_MetalnessFactor; 664: 665: float roughness=m_RoughnessFactor; 666: 667: float occlusion=1.0; 668: 669: vec3 normal=normalize( v_Normal ); 670: #endif 671: 672: emitPbrFragment( color,ambient,emissive,metalness,roughness,occlusion,normal ); 673: } 674: 675: #else //if not a color pass, must be a shadow pass... 676: 677: void main(){ 678: 679: emitShadowFragment(); 680: } 681: 682: #endif 683: 684: Failed to compile fragment shader:0:309: S0001: Cannot compare 'float' with 'int' {{!DEBUG!}} >glCompile:monkey.types.Int(type:monkey.types.Int,source:monkey.types.String);C:/Apps/Coding/monkey2_x86_May5/modules/mojo/graphics/glutil.monkey2;212;6332777 type:Int=35632 source:String="~n#ifdef GL_ES~n#ifdef GL_FRAGMENT_PRECISION_HIGH~nprecision highp float;~n#else~nprecision mediump float"... shader:UInt=2 status:Int=0 lines:String[]=@0xc85e2008[684] >Rebuild:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/graphics/shader.monkey2;427;6332718 Self:mojo.graphics.Shader=@0xcd3533c0 chunks:String[]=@0xcd357ec0[3] cs:String="#define MX2_FORWARDRENDERER 1~n#define MX2_LINEAROUTPUT 1~n#define MX2_ATTRIBMASK 7~n~n// **** MX2_RENDE"... vs:String="#define MX2_FORWARDRENDERER 1~n#define MX2_LINEAROUTPUT 1~n#define MX2_ATTRIBMASK 7~n~n// **** MX2_RENDE"... fs:String="#define MX2_FORWARDRENDERER 1~n#define MX2_LINEAROUTPUT 1~n#define MX2_ATTRIBMASK 7~n~n// **** MX2_RENDE"... 0:Int=0 05-08 08:58:32.723 20302-20336/com.monkey2.monkey2game I/MX2: 1:Int=11 rpass:Int=1 defs:String="#define MX2_RENDERPASS 1~n" vshader:Int=1 >Bind:Void(renderPass:monkey.types.Int);C:/Apps/Coding/monkey2_x86_May5/modules/mojo/graphics/shader.monkey2;272;6332717 Self:mojo.graphics.Shader=@0xcd3533c0 renderPass:Int=7 >Validate2:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/graphics/graphicsdevice.monkey2;653;6332678 Self:mojo.graphics.GraphicsDevice=@0xcd3554d0 >RenderIndexed:Void(order:monkey.types.Int,count:monkey.types.Int,offset:monkey.types.Int);C:/Apps/Coding/monkey2_x86_May5/modules/mojo/graphics/graphicsdevice.monkey2;333;6332677 Self:mojo.graphics.GraphicsDevice=@0xcd3554d0 order:Int=3 count:Int=2304 offset:Int=0 >RenderShadowOps:Void(viewMatrix:std.geom.AffineMat4f,projMatrix:std.geom.Mat4f);C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/render/renderer.monkey2;751;6332477 Self:mojo3d.Renderer=@0xca192548 viewMatrix:std.geom.AffineMat4<monkey.types.Float>=@0xcb05e108:0xcc6a3ecd projMatrix:std.geom.Mat4<monkey.types.Float>=@0xcb05e0c8:0xcc6995d9 ops:std.collections.Stack<mojo3d.RenderOp>=@0xcd34f800 viewProjMatrix:std.geom.Mat4<monkey.types.Float>=@0xcb05df44:0xcc6995d9 instance:mojo3d.Entity=@0xcad97f08 first:Bool=False material:mojo3d.Material=@0xcd354e30 bones:std.geom.Mat4<monkey.types.Float>[]=@0[0] 0:std.collections.Stack<mojo3d.RenderOp>.Iterator=@0xcb05de08:0xcc2a10a1 op:mojo3d.RenderOp=@0xcd3574d8 >RenderDirectionalShadows:Void(light:mojo3d.Light);C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/render/renderer.monkey2;437;6332177 Self:mojo3d.Renderer=@0xca192548 light:mojo3d.Light=@0xcad97d88 t_rtarget:mojo.graphics.RenderTarget=@0xcd3546e8 t_viewport:std.geom.Rect<monkey.types.Int>=@0xcb05e4a8:0xcc68cd8d t_scissor:std.geom.Rect<monkey.types.Int>=@0xcb05e498:0xcc68cd8d viewLight:std.geom.AffineMat4<monkey.types.Float>=@0xcb05e430:0xcc6a3ecd i:Int=0 znear:Float=0.100000001 zfar:Float=8.10000038 splitProj:std.geom.Mat4<monkey.types.Float>=@0xcb05e358:0xcc6995d9 invSplitProj:std.geom.Mat4<monkey.types.Float>=@0xcb05e318:0xcc6995d9 bounds:std.geom.Box<monkey.types.Float>=@0xcb05e300:0xcc6a1971 lightProj:std.geom.Mat4<monkey.types.Float>=@0xcb05e254:0xcc6995d9 size:std.geom.Vec2<monkey.types.Int>=@0xcb05e1d0:0xcc689a41 05-08 08:58:32.724 20302-20336/com.monkey2.monkey2game I/MX2: hsize:std.geom.Vec2<monkey.types.Int>=@0xcb05e1c8:0xcc689a41 >RenderOpaqueForward:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/render/renderer.monkey2;242;6332168 Self:mojo3d.Renderer=@0xca192548 first:Bool=True 0:std.collections.Stack<mojo3d.Light>.Iterator=@0xcb05e738:0xcc2e2869 light:mojo3d.Light=@0xcad97d88 renderPass:Int=2 1:mojo3d.LightType=1 >RenderOpaque:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/render/renderer.monkey2;311;6332167 Self:mojo3d.Renderer=@0xca192548 >Render:Void(target:mojo.graphics.RenderTarget,targetSize:std.geom.Vec2i,viewport:std.geom.Recti,scene:mojo3d.Scene,viewMatrix:std.geom.AffineMat4f,projMatrix:std.geom.Mat4f,near:monkey.types.Float,far:monkey.types.Float);C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/render/renderer.monkey2;128;427289 Self:mojo3d.Renderer=@0xca192548 target:mojo.graphics.RenderTarget=@0 targetSize:std.geom.Vec2<monkey.types.Int>=@0xcb05e9ac:0xcc689a41 viewport:std.geom.Rect<monkey.types.Int>=@0xcb05e99c:0xcc68cd8d scene:mojo3d.Scene=@0xcd353f98 viewMatrix:std.geom.AffineMat4<monkey.types.Float>=@0xcb05e96c:0xcc6a3ecd projMatrix:std.geom.Mat4<monkey.types.Float>=@0xcb05e92c:0xcc6995d9 near:Float=0.100000001 far:Float=100 >Render:Void(canvas:mojo.graphics.Canvas);C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/scene/entities/camera.monkey2;177;427230 Self:mojo3d.Camera=@0xca192388 canvas:mojo.graphics.Canvas=@0xca1921c8 gdevice:mojo.graphics.GraphicsDevice=@0xcd350700 rviewport:std.geom.Rect<monkey.types.Float>=@0xcb05e9ec:0xcc68fc91 >OnRender:Void(canvas:mojo.graphics.Canvas);G:/Monkey-Projects/untitled1.monkey2;63;427117 Self:myapp3d.MyWindow=@0xca192008 canvas:mojo.graphics.Canvas=@0xca1921c8 >Render:Void(canvas:mojo.graphics.Canvas);C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/view.monkey2;734;427028 Self:mojo.app.View=@0xca192008 canvas:mojo.graphics.Canvas=@0xca1921c8 >RenderWindow:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/window.monkey2;538;426830 Self:mojo.app.Window=@0xca192008 bounds:std.geom.Rect<monkey.types.Int>=@0xcb05ecc0:0xcc68cd8d >UpdateWindow:Void(render:monkey.types.Bool);C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/window.monkey2;204;426731 Self:mojo.app.Window=@0xca192008 render:Bool=True >UpdateWindows:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/app.monkey2;509;426722 Self:mojo.app.AppInstance=@0xcd34a098 render:Bool=True 0:mojo.app.Window[]=@0xcd355290[1] 1:Int=0 2:Int=1 window:mojo.app.Window=@0xca192008 >MainLoop:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/app.monkey2;474;317822 Self:mojo.app.AppInstance=@0xcd34a098 >Run:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/app.monkey2;562;317821 Self:mojo.app.AppInstance=@0xcd34a098 >Main:Void();G:/Monkey-Projects/untitled1.monkey2;75;146 05-08 08:58:32.729 20302-20336/com.monkey2.monkey2game D/Surface: Surface::disconnect(this=0xdadf4e00,api=1) 05-08 08:58:32.730 20302-20336/com.monkey2.monkey2game D/Surface: Surface::disconnect(this=0xdadf4e00,api=1) 05-08 08:58:32.753 20302-20336/com.monkey2.monkey2game D/MALI: osup_destructor:170: osup_destructor 05-08 08:58:32.756 20302-20336/com.monkey2.monkey2game D/Surface: Surface::disconnect(this=0xdadf4000,api=1)

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05-08 08:58:28.830 20302-20302/? I/art: Late-enabling -Xcheck:jni 05-08 08:58:28.855 20302-20309/? I/art: Debugger is no longer active 05-08 08:58:28.856 20302-20309/? I/art: Starting a blocking GC Instrumentation 05-08 08:58:29.186 20302-20302/? I/art: Starting a blocking GC HeapTrim 05-08 08:58:29.192 20302-20302/? I/InstantRun: starting instant run server: is main process 05-08 08:58:29.283 20302-20302/? V/SDL: Device: MIX 05-08 08:58:29.283 20302-20302/? V/SDL: Model: MIX 05-08 08:58:29.283 20302-20302/? V/SDL: onCreate(): null 05-08 08:58:29.424 20302-20302/? D/SurfaceView: checkSurfaceViewlLogProperty get invalid command 05-08 08:58:29.483 20302-20302/? V/SDL: onResume() 05-08 08:58:29.484 20302-20302/? V/PhoneWindow: DecorView setVisiblity: visibility = 4, Parent = null, this = DecorView@e46832d[] 05-08 08:58:29.493 20302-20302/? D/WindowClient: Add to mViews: DecorView@e46832d[Monkey2Game], this = android.view.WindowManagerGlobal@9e689dc 05-08 08:58:29.497 20302-20302/? D/OpenGLRenderer: Dumper init 4 threads <0xdd36c800>     <com.monkey2.monkey2game> is running. 05-08 08:58:29.501 20302-20321/? D/OpenGLRenderer: CanvasContext() 0xdade2800 05-08 08:58:29.505 20302-20302/? D/ViewRootImpl[Monkey2Game]: hardware acceleration is enabled, this = ViewRoot{151eae5 com.monkey2.monkey2game/com.monkey2.monkey2game.Monkey2Game,ident = 0} 05-08 08:58:29.510 20302-20302/? V/PhoneWindow: DecorView setVisiblity: visibility = 0, Parent = ViewRoot{151eae5 com.monkey2.monkey2game/com.monkey2.monkey2game.Monkey2Game,ident = 0}, this = DecorView@e46832d[Monkey2Game] 05-08 08:58:29.516 20302-20302/? V/InputMethodManager: Not IME target window, ignoring 05-08 08:58:29.517 20302-20302/? I/SurfaceView: updateWindow -- onWindowVisibilityChanged, visibility = 0, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....I. 0,0-0,0} 05-08 08:58:29.538 20302-20321/? D/OpenGLRenderer: CanvasContext() 0xdade2800 initialize window=0xdadf4000, title=com.monkey2.monkey2game/com.monkey2.monkey2game.Monkey2Game 05-08 08:58:29.539 20302-20302/? I/SurfaceView: updateWindow -- setFrame, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.540 20302-20302/? I/SurfaceView: 55311191 Changes: creating=true format=true size=true visible=true left=true top=true mUpdateWindowNeeded=false mReportDrawNeeded=false redrawNeeded=false forceSizeChanged=true mVisible=false mRequestedVisible=true, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.543 20302-20302/? I/SurfaceView: 55311191 Cur surface: Surface(name=null)/@0x790f9ba, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.551 20302-20314/? V/SurfaceView: this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} got resized: w=1184 h=720, cur w=-1 h=-1 05-08 08:58:29.553 20302-20302/? I/SurfaceView: 55311191 New surface: Surface(name=null)/@0x4ad306b, vis=true, frame=Rect(0, 0 - 1184, 720), this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720}     55311191 visibleChanged -- surfaceCreated, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720}     surfaceCreated callback +, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.553 20302-20302/? V/SDL: surfaceCreated() 05-08 08:58:29.554 20302-20302/? I/SurfaceView: surfaceCreated callback -, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720}     55311191 surfaceChanged -- format=4 w=1184 h=720, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720}     surfaceChanged callback +, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.554 20302-20302/? V/SDL: surfaceChanged()     pixel format RGB_565 05-08 08:58:29.569 20302-20302/? V/SDL: Window size: 1184x720 05-08 08:58:29.570 20302-20321/? I/OpenGLRenderer: Initialized EGL, version 1.4 05-08 08:58:29.570 20302-20321/? D/OpenGLRenderer: Swap behavior 1 05-08 08:58:29.579 20302-20336/? I/SDL: SDL_Android_Init()     SDL_Android_Init() finished! 05-08 08:58:29.583 20302-20302/? I/SurfaceView: surfaceChanged callback -, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720}     55311191 surfaceRedrawNeeded, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720}     55311191 finishedDrawing, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.586 20302-20321/? D/OpenGLRenderer: Created EGL context (0xdc010800) 05-08 08:58:29.587 20302-20302/? V/SurfaceView: Layout: x=0 y=0 w=1184 h=720, frame=Rect(0, 0 - 1184, 720), this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.588 20302-20321/? D/OpenGLRenderer: ProgramCache.init: enable enhancement 1 05-08 08:58:29.588 20302-20321/? I/OpenGLRenderer: Get disable program binary service property (0)     Initializing program atlas... 05-08 08:58:29.588 20302-20321/? I/ProgramBinary/Service: ProgramBinaryService client side disable debugging.     ProgramBinaryService client side disable binary content debugging. 05-08 08:58:29.589 20302-20321/? D/ProgramBinary/Service: BpProgramBinaryService.getReady     BpProgramBinaryService.getProgramBinaryData 05-08 08:58:29.589 20302-20321/? I/OpenGLRenderer: Program binary detail: Binary length is 249276, program map length is 124. 05-08 08:58:29.590 20302-20321/? I/OpenGLRenderer: Succeeded to mmap program binaries. File descriptor is 68, and path is /dev/ashmem.     No need to use file discriptor anymore, close fd(68). 05-08 08:58:29.590 20302-20321/? D/OpenGLRenderer: Initializing program cache from 0x0, size = -1 05-08 08:58:29.590 20302-20321/? D/Surface: Surface::connect(this=0xdadf4000,api=1) 05-08 08:58:29.591 20302-20321/? W/libEGL: [ANDROID_RECORDABLE] format: 1 05-08 08:58:29.593 20302-20321/? D/mali_winsys: EGLint new_window_surface(egl_winsys_display*, void*, EGLSurface, EGLConfig, egl_winsys_surface**, egl_color_buffer_format*, EGLBoolean) returns 0x3000 05-08 08:58:29.596 20302-20302/? I/SurfaceView: 55311191 Changes: creating=false format=false size=false visible=false left=false top=false mUpdateWindowNeeded=true mReportDrawNeeded=true redrawNeeded=false forceSizeChanged=false mVisible=true mRequestedVisible=true, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720}     55311191 Cur surface: Surface(name=null)/@0x790f9ba, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.600 20302-20302/? I/SurfaceView: 55311191 New surface: Surface(name=null)/@0x4ad306b, vis=true, frame=Rect(0, 0 - 1184, 720), this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.601 20302-20302/? I/SurfaceView: 55311191 surfaceRedrawNeeded, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720}     55311191 finishedDrawing, this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.601 20302-20302/? V/SurfaceView: Layout: x=0 y=0 w=1184 h=720, frame=Rect(0, 0 - 1184, 720), this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F....ID 0,0-1184,720} 05-08 08:58:29.605 20302-20338/? D/AudioTrack: getMinFrameCount=6144: afFrameCount=1024, afSampleRate=44100, afLatency=139 05-08 08:58:29.609 20302-20302/? I/SurfaceView: Punch a hole(dispatchDraw), this = org.libsdl.app.SDLSurface{34bfb57 VFE...... .F...... 0,0-1184,720} 05-08 08:58:29.609 20302-20338/? D/AudioTrack: set(): 0xcada8c00, streamType -1, sampleRate 44100, format 0x1, channelMask 0x3, frameCount 6144, flags #0, notificationFrames 0, sessionId 0, transferType 3, uid -1, pid -1 05-08 08:58:29.610 20302-20338/? D/AudioTrack: audiotrack 0xcada8c00 set Type -1, rate 44100, fmt 1, chn 3, fcnt 6144, flags 0000 05-08 08:58:29.611 20302-20321/? D/OpenGLRenderer: ProgramCache.generateProgram: 1099511627784 05-08 08:58:29.613 20302-20339/? I/SceneKnowledgeProvider: SKP: notifyChange(1, 3, -1) 05-08 08:58:29.616 20302-20338/? D/AudioTrack: createTrack_l: 0xcada8c00, mCblk = 0xca200000, mLatency = 278, mAfLatency = 139, frameCount = 6144, mSampleRate = 44100, mFlags = 0, mReqFrameCount = 6144 05-08 08:58:29.617 20302-20338/? D/AudioTrackCenter: addTrack, trackId:0xca200000, frameCount:6144, sampleRate:44100, trackPtr:0xcada8c00     addTrack: trackPtr = 0xcada8c00, trackId = 0xca200000, mAfSampleRate = 44100, sampleRate = 44100, AfFrameCount = 1024 , mAfSampleRate = 44100, frameCount = 6144, framesFilled = 0     addTrack: trackId, info.server, info.framePlayed, info.ts, 0xca200000, 0, 0, 7115353963 05-08 08:58:29.618 20302-20338/? D/AudioTrack: start(): 0xcada8c00, mState = 1 05-08 08:58:29.620 20302-20338/? D/AudioTrack: AudioTrackThread::resume 05-08 08:58:29.620 20302-20338/? D/AudioTrackCenter: setTrackActive, trackId: 0xca200000, active: 1 05-08 08:58:29.621 20302-20338/? I/OpenAL: _SC_NPROCESSORS_ONLN=5 05-08 08:58:29.622 20302-20340/? D/SurfaceView: 55311191 updateWindowPosition RT, frameNr = 1, postion = [0, 0, 1184, 720] 05-08 08:58:29.644 20302-20321/? D/OpenGLRenderer: ProgramCache.generateProgram: 0 05-08 08:58:29.675 20302-20302/? V/SDL: onWindowFocusChanged(): true 05-08 08:58:29.675 20302-20302/? V/InputMethodManager: onWindowFocus: org.libsdl.app.SDLSurface{34bfb57 VFE...... .F...... 0,0-1184,720} softInputMode=32 first=true flags=#1810500 05-08 08:58:29.687 20302-20302/? I/SurfaceView: updateWindow -- UPDATE_WINDOW_MSG, this = Handler (android.view.SurfaceView$1) {d6c6847} 05-08 08:58:29.724 20302-20336/? D/Surface: Surface::setBuffersUserDimensions(this=0xdadf4e00,w=0,h=0) 05-08 08:58:29.725 20302-20336/? D/Surface: Surface::connect(this=0xdadf4e00,api=1) 05-08 08:58:29.726 20302-20336/? W/libEGL: [ANDROID_RECORDABLE] format: 2 05-08 08:58:29.727 20302-20336/? D/mali_winsys: EGLint new_window_surface(egl_winsys_display*, void*, EGLSurface, EGLConfig, egl_winsys_surface**, egl_color_buffer_format*, EGLBoolean) returns 0x3000 05-08 08:58:29.985 20302-20336/com.monkey2.monkey2game I/MX2: GL_VERSION=OpenGL ES 3.2 v1.r12p0-04rel0.2034b5b303dca12c48abf5518afe7d96     Renderer is using forward rendering 05-08 08:58:32.701 20302-20336/com.monkey2.monkey2game I/MX2: 1:     2: #ifdef GL_ES     3: #ifdef GL_FRAGMENT_PRECISION_HIGH     4: precision highp float;     5: #else     6: precision mediump float;     7: #endif     8: #endif     9: #define MX2_RENDERPASS 1     10: #define MX2_FORWARDRENDERER 1     11: #define MX2_LINEAROUTPUT 1     12: #define MX2_ATTRIBMASK 7     13:     14: // **** MX2_RENDERPASS *****     15: //     16: // PASSTYPE 'mask=3,  0=quad, 1=deferred, 2=forward, 3=shadow     17: // LIGHTTYPE 'mask=12, 0=none, 1=directional, 2=point, 3=spot     18: // SHADOWTYPE 'mask=16, 0=no shadows, 1=shadows     19: //     20: #ifndef MX2_RENDERPASS     21: #define MX2_RENDERPASS 0     22: #endif     23:     24: #ifndef MX2_FORWARDRENDERER     25: #define MX2_FORWARDRENDERER 0     26: #endif     27:     28: #ifndef MX2_DEFERREDRENDERER     29: #define MX2_DEFERREDRENDERER 0     30: #endif     31:     32: #ifndef MX2_SRGBOUTPUT     33: #define MX2_SRGBOUTPUT 0     34: #endif     35:     36: #define MX2_PASSTYPE ((MX2_RENDERPASS & 3))     37: #define MX2_LIGHTTYPE ((MX2_RENDERPASS & 12)>>2)     38: #define MX2_SHADOWTYPE ((MX2_RENDERPASS & 16)>>4)     39:     40: #define MX2_DIRECTIONALLIGHT (MX2_LIGHTTYPE==1)     41: #define MX2_POINTLIGHT (MX2_LIGHTTYPE==2)     42: #define MX2_SPOTLIGHT (MX2_LIGHTTYPE==3)     43:     44: #define MX2_QUADPASS (MX2_PASSTYPE==0)     45: #define MX2_DEFERREDPASS (MX2_PASSTYPE==1)     46: #define MX2_FORWARDPASS (MX2_PASSTYPE==2) 05-08 08:58:32.702 20302-20336/com.monkey2.monkey2game I/MX2: 47: #define MX2_SHADOWPASS (MX2_PASSTYPE==3)     48:     49: #define MX2_AMBIENTPASS (MX2_PASSTYPE==1 || MX2_PASSTYPE==2)     50: #define MX2_LIGHTINGPASS (MX2_LIGHTTYPE!=0 && MX2_SHADOWPASS==0)     51: #define MX2_COLORPASS (MX2_AMBIENTPASS || MX2_LIGHTINGPASS)     52:     53: // ***** MX2_ATTRIBMASK *****     54: //     55: // Position 1     56: // Normal 2     57: // Color 4     58: // TexCoord0 8     59: // TexCoord1 16     60: // Tangent 32     61: // Weights 64     62: // Bones 128     63:     64: #ifndef MX2_ATTRIBMASK     65: #define MX2_ATTRIBMASK 0     66: #endif     67: #define MX2_TEXTURED ((MX2_ATTRIBMASK & 24)!=0)     68: #define MX2_BUMPMAPPED ((MX2_ATTRIBMASK & 32)==32)     69: #define MX2_BONED ((MX2_ATTRIBMASK & 192)==192)     70:     71: //***** CONSTS *****     72: //     73: const float pi=3.1415926535897932384626433832795;     74:     75: //***** RENDER *****     76: //     77: uniform float r_Time;     78: uniform vec4 r_AmbientDiffuse;     79:     80: uniform samplerCube r_SkyTextureCube;     81: uniform sampler2D r_SkyTexture2D;     82: uniform bool r_SkyCube;     83:     84: uniform samplerCube r_EnvTextureCube;     85: uniform sampler2D r_EnvTexture2D;     86: uniform bool r_EnvCube;     87: uniform float r_EnvTextureMaxLod;     88: uniform vec4 r_EnvColor;     89: uniform mat3 r_EnvMatrix;     90:     91: uniform float r_DepthNear;     92: uniform float r_DepthFar;     93: uniform float r_FogNear;     94: uniform float r_FogFar;     95: uniform vec4 r_FogColor;     96: uniform mat4 r_InverseProjectionMatrix;     97: uniform mat4 r_ProjectionMatrix;     98: uniform mat4 r_ViewMatrix;     99:     100: // These only available in deferred renderer!     101: uniform sampler2D r_AccumBuffer;     102: uniform sampler2D r_ColorBuffer;     103: uniform sampler2D r_NormalBuffer;     104: uniform sampler2D r_DepthBuffer;     105: uniform vec2 r_BufferCoordScale;     106:     107: //***** LIGHTING *****     108: //     109: uniform mat4 r_LightViewMatrix;     110: uniform mat4 r_InverseLightViewMatrix;     111: uniform samplerCube r_LightCubeTexture;     112: uniform sampler2D r_LightTexture;     113: uniform vec4 r_LightColor;     114: uniform float r_LightRange;     115: uniform float r_LightInnerAngle;     116: uniform float r_LightOuterAngle;     117:     118: //***** SHADOWS *****     119: //     120: uniform sampler2D r_ShadowCSMTexture;     121: uniform samplerCube r_ShadowCubeTexture;     122: uniform vec4 r_ShadowCSMSplits;     123: uniform mat4 r_ShadowMatrix0;     124: uniform mat4 r_ShadowMatrix1;     125: uniform mat4 r_ShadowMatrix2; 05-08 08:58:32.703 20302-20336/com.monkey2.monkey2game I/MX2: 126: uniform mat4 r_ShadowMatrix3;     127: uniform float r_ShadowAlpha;     128:     129: //***** INSTANCE *****     130: //     131: uniform mat4 i_ModelMatrix;     132: uniform mat4 i_ModelViewMatrix;     133: uniform mat4 i_ModelViewProjectionMatrix;     134: uniform mat3 i_ModelViewNormalMatrix;     135: uniform mat4 i_ModelBoneMatrices[96];     136: uniform vec4  i_Color;     137: uniform float i_Alpha;     138:     139: //***** MATERIAL *****     140: //     141: uniform mat3 m_TextureMatrix;     142:     143: //***** VARYINGS *****     144: //     145: varying vec2 v_ClipPosition;     146: varying vec2 v_BufferCoords;     147: varying vec3 v_Position;     148: varying vec3 v_Normal;     149: varying vec4 v_Color;     150: varying vec2 v_TexCoord0;     151: varying vec2 v_TexCoord1;     152: varying mat3 v_TanMatrix;     153:     154:     155: //@import "std"     156:     157:     158: //@renderpasses 1,7,11,15,2,6,10,14,22,26,30     159:     160: //@import "pbr"     161:     162: 05-08 08:58:32.708 20302-20336/com.monkey2.monkey2game I/MX2: 163: //@fragment     164:     165: vec4 FloatToRGBA( float value ){     166:     167: const float MaxFloat=0.9999999;     168: value=clamp( value,0.0,MaxFloat );     169: vec4 rgba=fract( vec4( 1.0, 255.0, 65025.0, 16581375.0 ) * value );     170: return rgba-rgba.yzww * vec4( 1.0/255.0, 1.0/255.0, 1.0/255.0, 0.0 );     171: }     172:     173: float RGBAToFloat( vec4 rgba ){     174:     175: return dot( rgba,vec4( 1.0, 1.0/255.0, 1.0/65025.0, 1.0/16581375.0 ) );     176: }     177:     178: float viewDepth( float depthBufferDepth ){     179:     180: return r_DepthFar * r_DepthNear / ( r_DepthFar + depthBufferDepth * ( r_DepthNear - r_DepthFar ) );     181: }     182:     183: #if MX2_QUADPASS     184:     185: vec3 fragmentPosition(){     186:     187: float depth=viewDepth( texture2D( r_DepthBuffer,v_BufferCoords ).r );     188:     189: vec4 vpos4=r_InverseProjectionMatrix * vec4( v_ClipPosition,-1.0,1.0 );     190:     191: vec3 vpos=vpos4.xyz/vpos4.w;     192:     193: //debug z coord...     194: //     195: if( abs( vpos.z-r_DepthNear)>0.00001 ){     196: // gl_FragColor=vec4( 1.0,0.0,0.0,1.0 );     197: // return vec3( 0.0 ); 05-08 08:58:32.709 20302-20336/com.monkey2.monkey2game I/MX2: 198: }     199:     200: vec3 position=vpos/vpos.z*depth;     201:     202: return position;     203: }     204:     205: #else     206:     207: vec3 fragmentPosition(){     208:     209: return v_Position;     210: }     211:     212: #endif     213:     214: #if MX2_LIGHTINGPASS && MX2_SHADOWTYPE     215:     216: float shadowColor( vec3 position ){     217:     218: #if MX2_DIRECTIONALLIGHT     219:     220: if( position.z>=r_ShadowCSMSplits.w ) return 1.0;     221:     222: vec4 vpos=vec4( position,1.0 );     223: vec2 off;     224:     225: if( vpos.z<r_ShadowCSMSplits.x ){     226: vpos=r_ShadowMatrix0 * vpos;     227: off=vec2( 0.0,0.0 );     228: }else if( vpos.z<r_ShadowCSMSplits.y ){     229: vpos=r_ShadowMatrix1 * vpos;     230: off=vec2( 0.5,0.0 );     231: }else if( vpos.z<r_ShadowCSMSplits.z ){     232: vpos=r_ShadowMatrix2 * vpos;     233: off=vec2( 0.0,0.5 );     234: }else{     235: vpos=r_ShadowMatrix3 * vpos;     236: off=vec2( 0.5,0.5 );     237: }     238:     239: vec3 spos=vpos.xyz/vpos.w * vec3( 0.25,0.25,0.5 ) + vec3( 0.25,0.25,0.5 );     240:     241: float d=texture2D( r_ShadowCSMTexture,spos.xy+off ).r;     242:     243: if( spos.z>d ) return 1.0-r_ShadowAlpha;     244:     245: return 1.0;     246:     247: #elif MX2_POINTLIGHT     248:     249: vec4 vpos=vec4( position,1.0 );     250:     251: vec3 lpos=(r_ShadowMatrix0 * vpos).xyz;     252:     253: float d=RGBAToFloat( textureCube( r_ShadowCubeTexture,lpos ) );     254:     255: if( length(lpos) > d * r_LightRange ) return 1.0-r_ShadowAlpha;     256:     257: return 1.0;     258:     259: #elif MX2_SPOTLIGHT     260:     261: vec4 vpos=r_ShadowMatrix0 * vec4( position,1.0 );     262:     263: vec3 spos=vpos.xyz/vpos.w * vec3( 0.25,0.25,0.5 ) + vec3( 0.25,0.25,0.5 );     264:     265: float d=texture2D( r_ShadowCSMTexture,spos.xy ).r;     266:     267: if( spos.z>d ) return 1.0-r_ShadowAlpha;     268:     269: return 1.0;     270:     271: #endif     272: }     273:     274: #endif     275:     276: /*     277: float mipmapLod( vec2 tc ){     278:     vec2 dx=dFdx( tc );     279:     vec2 dy=dFdy( tc );     280:     float dsqr=max( dot( dx,dx ),dot( dy,dy ) ); 05-08 08:58:32.710 20302-20336/com.monkey2.monkey2game I/MX2: 281:     float lod=log2( dsqr ) * 0.5;     282:     return max( lod,0.0 );     283: }     284:     285: float mipmapLodCube( vec3 tv ){     286: vec2 tc;     287: vec3 at=abs( tv );     288: if( at.x>at.y && at.x>at.z ){     289: tc=vec2( tv.y,tv.z )/tv.x;     290: }else if( at.y>at.z ){     291: tc=vec2( tv.x,tv.z )/tv.y;     292: }else{     293: tc=vec2( tv.x,tv.y )/tv.z;     294: }     295: return mipmapLod( (tc+1.0)*0.5 );     296: }     297: */     298:     299: vec3 sampleEnv( vec3 viewVec,float roughness ){     300:     301: vec3 tv=r_EnvMatrix * viewVec;     302:     303: if( r_EnvCube ){     304:     305: float r_EnvTextureMaxLod=11.0;     306:     307: //#ifdef GL_ES     308: float lod=textureCube( r_EnvTextureCube,tv ).a * 255.0;     309: if( lod==0 ) lod=textureCube( r_EnvTextureCube,tv,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod;     310: return pow( textureCube( r_EnvTextureCube,tv,max( roughness*r_EnvTextureMaxLod-lod,0.0 ) ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb;     311: //#else     312: // return pow( textureCube( r_EnvTextureCube,tv,roughness*r_EnvTextureMaxLod ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb;     313: //#endif     314:     315: }else{     316:     317: float p=-atan( tv.y,sqrt( tv.x*tv.x+tv.z*tv.z ) ) / pi + 0.5;     318: float y=atan( tv.x,tv.z ) / pi * 0.5 + 0.5;     319: vec2 tc=vec2( y,p );     320:     321: //#ifdef GL_ES     322: float lod=texture2D( r_EnvTexture2D,tc ).a * 255.0;     323: if( lod==0.0 ) lod=texture2D( r_EnvTexture2D,tc,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod;     324: return pow( texture2D( r_EnvTexture2D,tc,max( roughness*r_EnvTextureMaxLod-lod,0.0 ) ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb;     325: //else     326: // return pow( texture2DLod( r_EnvTexture2D,tc,max( mipmapLod( tc ),roughness*r_EnvTextureMaxLod ) ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb;     327:     328: //#endif     329: }     330: }     331:     332: #if MX2_FORWARDRENDERER || MX2_FORWARDPASS     333:     334: void emitLinearFragment( vec4 color ){ 05-08 08:58:32.711 20302-20336/com.monkey2.monkey2game I/MX2: 335:     336: #if MX2_SRGBOUTPUT     337: gl_FragColor=vec4( pow( color.rgb*color.a,vec3( 1.0/2.2 ) ),color.a );     338: #else     339: gl_FragColor=vec4( color.rgb*color.a,color.a );     340: #endif     341: }     342:     343: void emitColorFragment( vec4 color ){     344:     345: float fog=clamp( (length( v_Position )-r_FogNear)/(r_FogFar-r_FogNear),0.0,1.0 ) * r_FogColor.a;     346:     347: color.rgb=mix( color.rgb,r_FogColor.rgb,fog );     348:     349: emitLinearFragment( color );     350: }     351:     352: #endif     353:     354: #if MX2_SHADOWPASS     355:     356: void emitShadowFragment(){     357:     358: #if MX2_DIRECTIONALLIGHT || MX2_SPOTLIGHT     359: gl_FragColor=vec4( vec3( gl_FragCoord.z ),1.0 );     360: #elif MX2_POINTLIGHT     361: gl_FragColor=FloatToRGBA( min( length( v_Position )/r_LightRange,1.0 ) );     362: #endif     363: }     364:     365: #endif     366:     367:     368:     369:     370: //@fragment     371:     372: #if MX2_QUADPASS && MX2_LIGHTINGPASS     373:     374: void emitPbrFragment( vec3 color,float metalness,float roughness,vec3 position,vec3 normal ){     375:     376: float glosiness=1.0-roughness;     377: vec3 color0=vec3( 0.04,0.04,0.04 );     378: vec3 diffuse=color * (1.0-metalness);     379: vec3 specular=(color-color0) * metalness + color0;     380:     381: #if MX2_DIRECTIONALLIGHT     382:     383: vec3 lvec=normalize( -r_LightViewMatrix[2].xyz );     384: float atten=1.0;     385:     386: #elif MX2_POINTLIGHT     387:     388: // TODO: https://imdoingitwrong.wordpress.com/2011/01/31/light-attenuation/     389: vec3 lvec=r_LightViewMatrix[3].xyz-position;     390: float atten=max( 1.0-length( lvec )/r_LightRange,0.0 );     391: lvec=normalize( lvec );     392:     393: #elif MX2_SPOTLIGHT     394:     395: vec3 lvec=r_LightViewMatrix[3].xyz-position;     396: float atten=max( 1.0-length( lvec )/r_LightRange,0.0 );     397: lvec=normalize( lvec );     398:     399: float cosangle=dot( -lvec,r_LightViewMatrix[2].xyz );     400: if( cosangle<0.0 ) return; //behind spotlight direction     401:     402: float angle=acos( cosangle );     403: if( angle>r_LightOuterAngle ) return; //outside outer cone     404:     405: atten*=1.0-max( (angle-r_LightInnerAngle)/(r_LightOuterAngle-r_LightInnerAngle),0.0 );     406:     407: #endif     408:     409: vec3 vvec=normalize( -position );     410: vec3 hvec=normalize( lvec+vvec );     411:     412: float hdotl=max( dot( hvec,lvec ),0.0 );     413: float ndotl=max( dot( normal,lvec ),0.0 );     414: float ndoth=max( dot( normal,hvec ),0.0 );     415:     416: float spow=pow( 2.0,glosiness * 12.0 );     417: // float spow=pow( 2048.0,glosiness );     418:     419: float fnorm=(spow+2.0)/8.0;     420:     421: vec3 fschlick=specular + (1.0-specular) * pow( 1.0-hdotl,5.0 ) * glosiness;     422:     423: specular=fschlick * pow( ndoth,spow ) * fnorm;     424:     425: vec3 light=r_LightColor.rgb * ndotl * atten; 05-08 08:58:32.712 20302-20336/com.monkey2.monkey2game I/MX2: 426:     427: #if MX2_POINTLIGHT     428:     429: vec3 lpos=(r_InverseLightViewMatrix * vec4( position,1.0 )).xyz;     430: light*=pow( textureCube( r_LightCubeTexture,lpos ).rgb,vec3( 2.2 ) );     431:     432: #elif MX2_SPOTLIGHT     433:     434: vec3 lpos=(r_InverseLightViewMatrix * vec4( position,1.0 )).xyz;     435: lpos.xy=lpos.xy/lpos.z * 0.5 + 0.5;     436: lpos.y=1.0-lpos.y;     437: light*=pow( texture2D( r_LightTexture,lpos.xy ).rgb,vec3( 2.2 ) );     438:     439: #endif     440:     441: #if MX2_SHADOWTYPE     442: light*=shadowColor( position );     443: #endif     444:     445: vec3 frag=(diffuse+specular) * light;     446:     447: gl_FragColor=vec4( min( frag,8.0 ),1.0 );     448: }     449:     450: #endif     451:     452: #if MX2_COLORPASS && MX2_DEFERREDPASS     453:     454: //deferred PBR lighting     455: //     456: void emitPbrFragment( vec4 color,vec3 ambient,vec3 emissive,float metalness,float roughness,float occlusion,vec3 normal ){     457:     458: color*=v_Color;     459:     460: float glosiness=1.0-roughness;     461: vec3 color0=vec3( 0.04,0.04,0.04 );     462: vec3 diffuse=color.rgb * (1.0-metalness);     463: vec3 specular=(color.rgb-color0) * metalness + color0;     464:     465: vec3 vvec=normalize( -v_Position );     466: float ndotv=max( dot( normal,vvec ),0.0 );     467:     468: vec3 ambEnv=sampleEnv( reflect( v_Position,normal ),roughness );     469:     470: /*     471: vec3 rvec=r_EnvMatrix * reflect( v_Position,normal );     472:     473: float lod=textureCube( r_EnvTexture,rvec,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod;     474: if( lod>0.0 ) lod=textureCube( r_EnvTexture,rvec ).a * 255.0;     475:     476: // float lod=textureCube( r_EnvTexture,rvec ).a * 255.0;     477: // if( lod==0.0 ) lod=textureCube( r_EnvTexture,rvec,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod;     478:     479: vec3 ambEnv=pow( textureCube( r_EnvTexture,rvec,max( roughness*r_EnvTextureMaxLod-lod,0.0 ) ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb;     480: */     481:     482: vec3 fschlick0=specular + (1.0-specular) * pow( 1.0-ndotv,5.0 ) * glosiness;     483:     484: vec3 ambDiffuse=diffuse * (r_AmbientDiffuse.rgb+ambient);     485:     486: vec3 ambSpecular=fschlick0 * ambEnv;     487:     488: vec3 frag=(ambDiffuse + ambSpecular) * occlusion + emissive;     489:     490: #if MX2_DEFERREDRENDERER     491: //write ambient     492: gl_FragData[0]=vec4( min( frag,8.0 ),1.0 ); 05-08 08:58:32.713 20302-20336/com.monkey2.monkey2game I/MX2: 493:     494: //write color/metalness     495: gl_FragData[1]=vec4( color.rgb,metalness );     496:     497: //write normal/roughness     498: gl_FragData[2]=vec4( normal * 0.5 + 0.5,roughness );     499: #endif     500: }     501:     502: #endif     503:     504: #if MX2_COLORPASS && MX2_FORWARDPASS     505:     506: //forward PBR lighting     507: //     508: void emitPbrFragment( vec4 color,vec3 ambient,vec3 emissive,float metalness,float roughness,float occlusion,vec3 normal ){     509:     510: color*=v_Color;     511:     512: const vec3 color0=vec3( 0.04,0.04,0.04 );     513:     514: float glosiness=1.0-roughness;     515: vec3 diffuse=color.rgb * (1.0-metalness);     516: vec3 specular=(color.rgb-color0) * metalness + color0;     517:     518: vec3 vvec=normalize( -v_Position );     519: float ndotv=dot( normal,vvec );     520:     521: vec3 frag=vec3( 0.0 );     522:     523: #if MX2_AMBIENTPASS     524: //ambient color     525: vec3 ambEnv=sampleEnv( reflect( v_Position,normal ),roughness );     526: /*     527: vec3 rvec=r_EnvMatrix * reflect( v_Position,normal );     528:     529: float lod=textureCube( r_EnvTexture,rvec,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod;     530: if( lod>0.0 ) lod=textureCube( r_EnvTexture,rvec ).a * 255.0;     531:     532: // float lod=textureCube( r_EnvTexture,rvec ).a * 255.0;     533: // if( lod==0.0 ) lod=textureCube( r_EnvTexture,rvec,r_EnvTextureMaxLod ).a * 255.0 - r_EnvTextureMaxLod;     534:     535: vec3 ambEnv=pow( textureCube( r_EnvTexture,rvec,max( roughness*r_EnvTextureMaxLod-lod,0.0 ) ).rgb,vec3( 2.2 ) ) * r_EnvColor.rgb;     536: */     537:     538: vec3 fschlick0=specular + (1.0-specular) * pow( 1.0-ndotv,5.0 ) * glosiness;     539:     540: vec3 ambDiffuse=diffuse * (r_AmbientDiffuse.rgb+ambient);     541:     542: vec3 ambSpecular=fschlick0 * ambEnv;     543:     544: frag+=( ambDiffuse + ambSpecular ) * occlusion + emissive;     545: #endif     546:     547: #if MX2_LIGHTINGPASS     548: //lighting color     549: float spow=pow( 2.0,glosiness * 12.0 ); //specular power     550: // float spow=pow( 4096.0,glosiness );     551: float fnorm=(spow+2.0)/8.0; //normalization factor     552:     553: #if MX2_DIRECTIONALLIGHT     554:     555: vec3 lvec=normalize( -r_LightViewMatrix[2].xyz );     556: float atten=1.0;     557:     558: #elif MX2_POINTLIGHT     559:     560: vec3 lvec=r_LightViewMatrix[3].xyz-v_Position;     561: float atten=max( 1.0-length( lvec )/r_LightRange,0.0 );     562: lvec=normalize( lvec );     563:     564: #elif MX2_SPOTLIGHT     565:     566: vec3 lvec=r_LightViewMatrix[3].xyz-v_Position;     567: float atten=max( 1.0-length( lvec )/r_LightRange,0.0 );     568: lvec=normalize( lvec );     569:     570: float cosangle=dot( -lvec,r_LightViewMatrix[2].xyz );     571: if( cosangle<0.0 ) return; //behind spotlight direction     572:     573: float angle=acos( cosangle );     574: if( angle>r_LightOuterAngle ) return; //outside outer cone     575:     576: atten*=1.0-max( (angle-r_LightInnerAngle)/(r_LightOuterAngle-r_LightInnerAngle),0.0 );     577: 05-08 08:58:32.714 20302-20336/com.monkey2.monkey2game I/MX2: 578: #endif     579: vec3 hvec=normalize( lvec+vvec );     580:     581: float ndotl=max( dot( normal,lvec ),0.0 );     582: float ndoth=max( dot( normal,hvec ),0.0 ); 05-08 08:58:32.721 20302-20336/com.monkey2.monkey2game I/MX2: 583: float hdotl=max( dot( hvec,lvec ),0.0 );     584:     585: vec3 fschlick=specular + (1.0-specular) * pow( 1.0-hdotl,5.0 ) * glosiness;     586:     587: vec3 fspecular=fschlick * pow( ndoth,spow ) * fnorm;     588:     589: vec3 light=r_LightColor.rgb * ndotl * atten;     590:     591: light=(diffuse+fspecular) * light;     592:     593: #if MX2_SHADOWTYPE     594: light*=shadowColor( v_Position );     595: #endif     596:     597: frag+=light;     598:     599: #endif //MX2_LIGHTINGPASS     600:     601: color.rgb=frag;     602:     603: emitColorFragment( color );     604: }     605:     606: #endif     607:     608:     609: //@fragment     610:     611: #if MX2_COLORPASS //is this a color pass?     612:     613: #if MX2_TEXTURED     614: uniform sampler2D m_ColorTexture;     615: uniform sampler2D m_AmbientTexture;     616: uniform sampler2D m_EmissiveTexture;     617: uniform sampler2D m_MetalnessTexture;     618: uniform sampler2D m_RoughnessTexture;     619: uniform sampler2D m_OcclusionTexture;     620: #if MX2_BUMPMAPPED     621: uniform sampler2D m_NormalTexture;     622: #endif     623: #endif     624:     625: uniform vec4 m_ColorFactor;     626: uniform vec4 m_AmbientFactor;     627: uniform vec4 m_EmissiveFactor;     628: uniform float m_MetalnessFactor;     629: uniform float m_RoughnessFactor;     630:     631: void main(){     632:     633: #if MX2_TEXTURED     634: vec4 color=texture2D( m_ColorTexture,v_TexCoord0 );     635: color.rgb=pow( color.rgb,vec3( 2.2 ) ); 05-08 08:58:32.722 20302-20336/com.monkey2.monkey2game I/MX2: 636: color*=m_ColorFactor;     637:     638: vec3 ambient=pow( texture2D( m_AmbientTexture,v_TexCoord1 ).rgb,vec3( 2.2 ) ) * m_AmbientFactor.rgb;     639:     640: vec3 emissive=pow( texture2D( m_EmissiveTexture,v_TexCoord0 ).rgb,vec3( 2.2 ) ) * m_EmissiveFactor.rgb;     641:     642: float metalness=texture2D( m_MetalnessTexture,v_TexCoord0 ).b * m_MetalnessFactor;     643:     644: float roughness=texture2D( m_RoughnessTexture,v_TexCoord0 ).g * m_RoughnessFactor;     645:     646: float occlusion=texture2D( m_OcclusionTexture,v_TexCoord0 ).r;     647:     648: #if MX2_BUMPMAPPED     649: vec3 normal=texture2D( m_NormalTexture,v_TexCoord0 ).xyz * 2.0 - 1.0;     650: normal=normalize( v_TanMatrix * normal );     651: #else     652: vec3 normal=normalize( v_Normal );     653: #endif     654:     655: #else //untextured...     656:     657: vec4 color=m_ColorFactor;     658:     659: vec3 ambient=m_AmbientFactor.rgb;     660:     661: vec3 emissive=m_EmissiveFactor.rgb;     662:     663: float metalness=m_MetalnessFactor;     664:     665: float roughness=m_RoughnessFactor;     666:     667: float occlusion=1.0;     668:     669: vec3 normal=normalize( v_Normal );     670: #endif     671:     672: emitPbrFragment( color,ambient,emissive,metalness,roughness,occlusion,normal );     673: }     674:     675: #else //if not a color pass, must be a shadow pass...     676:     677: void main(){     678:     679: emitShadowFragment();     680: }     681:     682: #endif     683:     684:     Failed to compile fragment shader:0:309: S0001: Cannot compare 'float' with 'int'     {{!DEBUG!}}     >glCompile:monkey.types.Int(type:monkey.types.Int,source:monkey.types.String);C:/Apps/Coding/monkey2_x86_May5/modules/mojo/graphics/glutil.monkey2;212;6332777     type:Int=35632     source:String="~n#ifdef GL_ES~n#ifdef GL_FRAGMENT_PRECISION_HIGH~nprecision highp float;~n#else~nprecision mediump float"...     shader:UInt=2     status:Int=0     lines:String[]=@0xc85e2008[684]     >Rebuild:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/graphics/shader.monkey2;427;6332718     Self:mojo.graphics.Shader=@0xcd3533c0     chunks:String[]=@0xcd357ec0[3]     cs:String="#define MX2_FORWARDRENDERER 1~n#define MX2_LINEAROUTPUT 1~n#define MX2_ATTRIBMASK 7~n~n// **** MX2_RENDE"...     vs:String="#define MX2_FORWARDRENDERER 1~n#define MX2_LINEAROUTPUT 1~n#define MX2_ATTRIBMASK 7~n~n// **** MX2_RENDE"...     fs:String="#define MX2_FORWARDRENDERER 1~n#define MX2_LINEAROUTPUT 1~n#define MX2_ATTRIBMASK 7~n~n// **** MX2_RENDE"...     0:Int=0 05-08 08:58:32.723 20302-20336/com.monkey2.monkey2game I/MX2: 1:Int=11     rpass:Int=1     defs:String="#define MX2_RENDERPASS 1~n"     vshader:Int=1     >Bind:Void(renderPass:monkey.types.Int);C:/Apps/Coding/monkey2_x86_May5/modules/mojo/graphics/shader.monkey2;272;6332717     Self:mojo.graphics.Shader=@0xcd3533c0     renderPass:Int=7     >Validate2:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/graphics/graphicsdevice.monkey2;653;6332678     Self:mojo.graphics.GraphicsDevice=@0xcd3554d0     >RenderIndexed:Void(order:monkey.types.Int,count:monkey.types.Int,offset:monkey.types.Int);C:/Apps/Coding/monkey2_x86_May5/modules/mojo/graphics/graphicsdevice.monkey2;333;6332677     Self:mojo.graphics.GraphicsDevice=@0xcd3554d0     order:Int=3     count:Int=2304     offset:Int=0     >RenderShadowOps:Void(viewMatrix:std.geom.AffineMat4f,projMatrix:std.geom.Mat4f);C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/render/renderer.monkey2;751;6332477     Self:mojo3d.Renderer=@0xca192548     viewMatrix:std.geom.AffineMat4<monkey.types.Float>=@0xcb05e108:0xcc6a3ecd     projMatrix:std.geom.Mat4<monkey.types.Float>=@0xcb05e0c8:0xcc6995d9     ops:std.collections.Stack<mojo3d.RenderOp>=@0xcd34f800     viewProjMatrix:std.geom.Mat4<monkey.types.Float>=@0xcb05df44:0xcc6995d9     instance:mojo3d.Entity=@0xcad97f08     first:Bool=False     material:mojo3d.Material=@0xcd354e30     bones:std.geom.Mat4<monkey.types.Float>[]=@0[0]     0:std.collections.Stack<mojo3d.RenderOp>.Iterator=@0xcb05de08:0xcc2a10a1     op:mojo3d.RenderOp=@0xcd3574d8     >RenderDirectionalShadows:Void(light:mojo3d.Light);C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/render/renderer.monkey2;437;6332177     Self:mojo3d.Renderer=@0xca192548     light:mojo3d.Light=@0xcad97d88     t_rtarget:mojo.graphics.RenderTarget=@0xcd3546e8     t_viewport:std.geom.Rect<monkey.types.Int>=@0xcb05e4a8:0xcc68cd8d     t_scissor:std.geom.Rect<monkey.types.Int>=@0xcb05e498:0xcc68cd8d     viewLight:std.geom.AffineMat4<monkey.types.Float>=@0xcb05e430:0xcc6a3ecd     i:Int=0     znear:Float=0.100000001     zfar:Float=8.10000038     splitProj:std.geom.Mat4<monkey.types.Float>=@0xcb05e358:0xcc6995d9     invSplitProj:std.geom.Mat4<monkey.types.Float>=@0xcb05e318:0xcc6995d9     bounds:std.geom.Box<monkey.types.Float>=@0xcb05e300:0xcc6a1971     lightProj:std.geom.Mat4<monkey.types.Float>=@0xcb05e254:0xcc6995d9     size:std.geom.Vec2<monkey.types.Int>=@0xcb05e1d0:0xcc689a41 05-08 08:58:32.724 20302-20336/com.monkey2.monkey2game I/MX2: hsize:std.geom.Vec2<monkey.types.Int>=@0xcb05e1c8:0xcc689a41     >RenderOpaqueForward:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/render/renderer.monkey2;242;6332168     Self:mojo3d.Renderer=@0xca192548     first:Bool=True     0:std.collections.Stack<mojo3d.Light>.Iterator=@0xcb05e738:0xcc2e2869     light:mojo3d.Light=@0xcad97d88     renderPass:Int=2     1:mojo3d.LightType=1     >RenderOpaque:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/render/renderer.monkey2;311;6332167     Self:mojo3d.Renderer=@0xca192548     >Render:Void(target:mojo.graphics.RenderTarget,targetSize:std.geom.Vec2i,viewport:std.geom.Recti,scene:mojo3d.Scene,viewMatrix:std.geom.AffineMat4f,projMatrix:std.geom.Mat4f,near:monkey.types.Float,far:monkey.types.Float);C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/render/renderer.monkey2;128;427289     Self:mojo3d.Renderer=@0xca192548     target:mojo.graphics.RenderTarget=@0     targetSize:std.geom.Vec2<monkey.types.Int>=@0xcb05e9ac:0xcc689a41     viewport:std.geom.Rect<monkey.types.Int>=@0xcb05e99c:0xcc68cd8d     scene:mojo3d.Scene=@0xcd353f98     viewMatrix:std.geom.AffineMat4<monkey.types.Float>=@0xcb05e96c:0xcc6a3ecd     projMatrix:std.geom.Mat4<monkey.types.Float>=@0xcb05e92c:0xcc6995d9     near:Float=0.100000001     far:Float=100     >Render:Void(canvas:mojo.graphics.Canvas);C:/Apps/Coding/monkey2_x86_May5/modules/mojo3d/scene/entities/camera.monkey2;177;427230     Self:mojo3d.Camera=@0xca192388     canvas:mojo.graphics.Canvas=@0xca1921c8     gdevice:mojo.graphics.GraphicsDevice=@0xcd350700     rviewport:std.geom.Rect<monkey.types.Float>=@0xcb05e9ec:0xcc68fc91     >OnRender:Void(canvas:mojo.graphics.Canvas);G:/Monkey-Projects/untitled1.monkey2;63;427117     Self:myapp3d.MyWindow=@0xca192008     canvas:mojo.graphics.Canvas=@0xca1921c8     >Render:Void(canvas:mojo.graphics.Canvas);C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/view.monkey2;734;427028     Self:mojo.app.View=@0xca192008     canvas:mojo.graphics.Canvas=@0xca1921c8     >RenderWindow:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/window.monkey2;538;426830     Self:mojo.app.Window=@0xca192008     bounds:std.geom.Rect<monkey.types.Int>=@0xcb05ecc0:0xcc68cd8d     >UpdateWindow:Void(render:monkey.types.Bool);C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/window.monkey2;204;426731     Self:mojo.app.Window=@0xca192008     render:Bool=True     >UpdateWindows:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/app.monkey2;509;426722     Self:mojo.app.AppInstance=@0xcd34a098     render:Bool=True     0:mojo.app.Window[]=@0xcd355290[1]     1:Int=0     2:Int=1     window:mojo.app.Window=@0xca192008     >MainLoop:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/app.monkey2;474;317822     Self:mojo.app.AppInstance=@0xcd34a098     >Run:Void();C:/Apps/Coding/monkey2_x86_May5/modules/mojo/app/app.monkey2;562;317821     Self:mojo.app.AppInstance=@0xcd34a098     >Main:Void();G:/Monkey-Projects/untitled1.monkey2;75;146 05-08 08:58:32.729 20302-20336/com.monkey2.monkey2game D/Surface: Surface::disconnect(this=0xdadf4e00,api=1) 05-08 08:58:32.730 20302-20336/com.monkey2.monkey2game D/Surface: Surface::disconnect(this=0xdadf4e00,api=1) 05-08 08:58:32.753 20302-20336/com.monkey2.monkey2game D/MALI: osup_destructor:170: osup_destructor 05-08 08:58:32.756 20302-20336/com.monkey2.monkey2game D/Surface: Surface::disconnect(this=0xdadf4000,api=1)

[AmonParticipant]

if I comment out this line, also, _ground=Model.CreateBox( groundBox,1,1,1,groundMaterial )

then it works and displays a blue screen on the phone showing the fps.

I’m still testing things. Again, this is just the standard template for max3d.

Monkey

Namespace myapp3d #Import "<std>" #Import "<mojo>" #Import "<mojo3d>" Using std.. Using mojo.. Using mojo3d.. Class MyWindow Extends Window Field _scene:Scene Field _camera:Camera Field _light:Light Field _ground:Model Field _donut:Model Method New( title:String="Simple mojo3d app",width:Int=640,height:Int=480,flags:WindowFlags=WindowFlags.Resizable ) Super.New( title,width,height,flags ) End Method OnCreateWindow() Override 'create (current) scene _scene=New Scene _scene.ClearColor = New Color( 0.2, 0.6, 1.0 ) _scene.AmbientLight = _scene.ClearColor * 0.25 _scene.FogColor = _scene.ClearColor _scene.FogFar = 1.0 _scene.FogFar = 200.0 'create camera _camera=New Camera( Self ) _camera.AddComponent<FlyBehaviour>() _camera.Move( 0,2.5,-5 ) 'create light _light=New Light _light.CastsShadow=True _light.Rotate( 45, 45, 0 ) 'create ground Local groundBox:=New Boxf( -100,-1,-100,100,0,100 ) Local groundMaterial:=New PbrMaterial( Color.Lime ) _ground=Model.CreateBox( groundBox,1,1,1,groundMaterial ) ' _ground.CastsShadow=False ' ' 'create donut ' Local donutMaterial:=New PbrMaterial( Color.Red, 0.05, 0.2 ) ' _donut=Model.CreateTorus( 2,.5,48,24,donutMaterial ) ' _donut.Move( 0,2.5,0 ) End Method OnRender( canvas:Canvas ) Override RequestRender() '_donut.Rotate( .2,.4,.6 ) _scene.Update() _camera.Render( canvas ) canvas.DrawText( "FPS="+App.FPS,0,0 ) End End Function Main() New AppInstance New MyWindow App.Run() End

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Namespace myapp3d   #Import "<std>" #Import "<mojo>" #Import "<mojo3d>"   Using std.. Using mojo.. Using mojo3d..     Class MyWindow Extends Window Field _scene:Scene Field _camera:Camera Field _light:Light Field _ground:Model Field _donut:Model Method New( title:String="Simple mojo3d app",width:Int=640,height:Int=480,flags:WindowFlags=WindowFlags.Resizable ) Super.New( title,width,height,flags ) End Method OnCreateWindow() Override 'create (current) scene _scene=New Scene _scene.ClearColor = New Color( 0.2, 0.6, 1.0 ) _scene.AmbientLight = _scene.ClearColor * 0.25 _scene.FogColor = _scene.ClearColor _scene.FogFar = 1.0 _scene.FogFar = 200.0 'create camera _camera=New Camera( Self ) _camera.AddComponent<FlyBehaviour>() _camera.Move( 0,2.5,-5 ) 'create light _light=New Light _light.CastsShadow=True _light.Rotate( 45, 45, 0 ) 'create ground Local groundBox:=New Boxf( -100,-1,-100,100,0,100 ) Local groundMaterial:=New PbrMaterial( Color.Lime ) _ground=Model.CreateBox( groundBox,1,1,1,groundMaterial ) ' _ground.CastsShadow=False ' ' 'create donut ' Local donutMaterial:=New PbrMaterial( Color.Red, 0.05, 0.2 ) ' _donut=Model.CreateTorus( 2,.5,48,24,donutMaterial ) ' _donut.Move( 0,2.5,0 ) End Method OnRender( canvas:Canvas ) Override RequestRender() '_donut.Rotate( .2,.4,.6 ) _scene.Update() _camera.Render( canvas ) canvas.DrawText( "FPS="+App.FPS,0,0 ) End End   Function Main()   New AppInstance New MyWindow App.Run() End

[AmonParticipant]

I just made a pledge. Things are better for me now so I will increase the next pledge to $30 a month for a minimum of 6 months.

Can I have my hearty poo now?

[AmonParticipant]

That looks pretty cool.

[AmonParticipant]

Would I be right in saying that a Lambda function is a normal function with the ability to be processed where you write it?

For example, if within the parameter of another function, I needed something to be determined, the result of the Lambda gets passed as the parameter value?

[AmonParticipant]

All working fine. Everything updated and built.

[AmonParticipant]

A fresh git pull just now and executing updatemx2cc from the command line gives the following error on std module again.

Monkey

C:\Apps\Coding\monkey2\scripts>updatemx2cc C:\Apps\Coding\monkey2\scripts>echo off ***** Updating mx2cc ***** Mx2cc version 1.1.09 ***** Making module 'monkey' (windows release x86 msvc) ***** Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/monkey/monkey.buildv1.1.09/windows_release_msvc/monkey.lib... ***** Making module 'libc' (windows release x86 msvc) ***** Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/libc/libc.buildv1.1.09/windows_release_msvc/libc.lib... ***** Making module 'miniz' (windows release x86 msvc) ***** Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/miniz/miniz.buildv1.1.09/windows_release_msvc/miniz.lib... ***** Making module 'stb-image' (windows release x86 msvc) ***** Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/stb-image/stb-image.buildv1.1.09/windows_release_msvc/stb-image.lib... ***** Making module 'stb-image-write' (windows release x86 msvc) ***** Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/stb-image-write/stb-image-write.buildv1.1.09/windows_release_msvc/stb-image-write.lib... ***** Making module 'stb-vorbis' (windows release x86 msvc) ***** Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/stb-vorbis/stb-vorbis.buildv1.1.09/windows_release_msvc/stb-vorbis.lib... ***** Making module 'std' (windows release x86 msvc) ***** Parsing... Semanting... Translating... Compiling... Build error: System command failed: cl -c -EHs -W0 -MT -utf-8 -bigobj -O2 -DNDEBUG -I"C:/Apps/Coding/monkey2/modules/" -I"C:/Apps/Coding/monkey2/modules/monkey/native" -I"C:/Apps/Coding/monkey2/modules/zlib/zlib-1.2.11/" -showIncludes -Fo"C:/Apps/Coding/monkey2/modules/std/std.buildv1.1.09/windows_release_msvc/build/std_0memory_02databuffer.cpp.obj" "C:/Apps/Coding/monkey2/modules/std/std.buildv1.1.09/windows_release_msvc/src/std_memory_2databuffer.cpp" >tmp/stdout1.txt std_memory_2databuffer.cpp C:/Apps/Coding/monkey2/modules/std/std.buildv1.1.09/windows_release_msvc/src/std_memory_2databuffer.cpp(10): fatal error C1083: Cannot open include file: 'zlib/zlib.buildv1.1.09/windows_release_msvc/include/zlib_zlib.h': No such file or directory Microsoft (R) C/C++ Optimizing Compiler Version 19.13.26131.1 for x86 Copyright (C) Microsoft Corporation. All rights reserved.

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C:\Apps\Coding\monkey2\scripts>updatemx2cc   C:\Apps\Coding\monkey2\scripts>echo off   ***** Updating mx2cc *****     Mx2cc version 1.1.09   ***** Making module 'monkey' (windows release x86 msvc) *****   Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/monkey/monkey.buildv1.1.09/windows_release_msvc/monkey.lib...   ***** Making module 'libc' (windows release x86 msvc) *****   Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/libc/libc.buildv1.1.09/windows_release_msvc/libc.lib...   ***** Making module 'miniz' (windows release x86 msvc) *****   Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/miniz/miniz.buildv1.1.09/windows_release_msvc/miniz.lib...   ***** Making module 'stb-image' (windows release x86 msvc) *****   Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/stb-image/stb-image.buildv1.1.09/windows_release_msvc/stb-image.lib...   ***** Making module 'stb-image-write' (windows release x86 msvc) *****   Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/stb-image-write/stb-image-write.buildv1.1.09/windows_release_msvc/stb-image-write.lib...   ***** Making module 'stb-vorbis' (windows release x86 msvc) *****   Parsing... Semanting... Translating... Compiling... Archiving C:/Apps/Coding/monkey2/modules/stb-vorbis/stb-vorbis.buildv1.1.09/windows_release_msvc/stb-vorbis.lib...   ***** Making module 'std' (windows release x86 msvc) *****   Parsing... Semanting... Translating... Compiling... Build error: System command failed:   cl -c -EHs -W0 -MT -utf-8 -bigobj -O2 -DNDEBUG -I"C:/Apps/Coding/monkey2/modules/" -I"C:/Apps/Coding/monkey2/modules/monkey/native" -I"C:/Apps/Coding/monkey2/modules/zlib/zlib-1.2.11/" -showIncludes -Fo"C:/Apps/Coding/monkey2/modules/std/std.buildv1.1.09/windows_release_msvc/build/std_0memory_02databuffer.cpp.obj" "C:/Apps/Coding/monkey2/modules/std/std.buildv1.1.09/windows_release_msvc/src/std_memory_2databuffer.cpp" >tmp/stdout1.txt   std_memory_2databuffer.cpp C:/Apps/Coding/monkey2/modules/std/std.buildv1.1.09/windows_release_msvc/src/std_memory_2databuffer.cpp(10): fatal error C1083: Cannot open include file: 'zlib/zlib.buildv1.1.09/windows_release_msvc/include/zlib_zlib.h': No such file or directory   Microsoft (R) C/C++ Optimizing Compiler Version 19.13.26131.1 for x86 Copyright (C) Microsoft Corporation.  All rights reserved.

[AmonParticipant]

Have you had any time to update this to fix what was not working?

[AmonParticipant]

Yo. Welcome aboard.

[AmonParticipant]

Thank you. Will test now.

[AmonParticipant]

I just donated $50 USD.  I used the donate button on the front page.

[AmonParticipant]

Woah. This is very good. Very helpful, indeed.

 

Thank you.

[AmonParticipant]

Yep. Still clueless.

[AmonParticipant]

I totally got all of that.

[Author]

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