Viewing Program

Program Data

Program thumbnail for "{props.program.title}"

Title	G L O W
ID	6521159556972544
Created	9 months ago, 1712757911793
Updated	9 months ago, 1712758542929
Code	<!DOCTYPE html> <!-- a "proper" implementation of bloom, allowing for larger and efficient glowing. --> <html> <script> MAKE_IT_BRIGHT = false </script> <head><meta charset="utf-8"><title>G L O W</title></head><body style='margin:0px;overflow:hidden;'><div id='PROGRAM_DIV' style='position:fixed;left:0%;top:0%;right:0%;bottom:0%;background-color:rgb(255,0,0)'></div><script src='https://cdnjs.cloudflare.com/ajax/libs/gl-matrix/2.8.1/gl-matrix-min.js'></script><script src='https://cdnjs.cloudflare.com/ajax/libs/cannon.js/0.6.2/cannon.min.js'></script><script src='https://cdn.jsdelivr.net/gh/Dddatt/D.js@v2.3.0/index.min.js'></script><script type>PROGRAM_DIV.width=innerWidth;PROGRAM_DIV.height=innerHeight;(function(div){ try{ let canvas=document.createElement('canvas') canvas.width=div.width canvas.height=div.height div.appendChild(canvas) let Data={"_pipeline":[{"type":"UpdatePhysics"},{"type":"ComputeTransformations"},{"type":"RenderShadowMaps"},{"type":"MainRender","outputs":"[mainPass,mainPass2]","depthBuffer":true},{"type":"PostProcessor","script":"bloomFilter","inputs":"[mainPass]","outputs":"[filteredPass]"},{"type":"PostProcessor","script":"bloomHorBlur","inputs":"[filteredPass]","outputs":"[horBlurPass0]"},{"type":"PostProcessor","script":"bloomVerBlur","inputs":"[horBlurPass0]","outputs":"[verBlurPass0]"},{"type":"PostProcessor","script":"bloomHorBlur","inputs":"[verBlurPass0]","outputs":"[horBlurPass1]"},{"type":"PostProcessor","script":"bloomVerBlur","inputs":"[horBlurPass1]","outputs":"[verBlurPass1]"},{"type":"PostProcessor","script":"bloomHorBlur","inputs":"[verBlurPass1]","outputs":"[horBlurPass2]"},{"type":"PostProcessor","script":"bloomVerBlur","inputs":"[horBlurPass2]","outputs":"[verBlurPass2]"},{"type":"PostProcessor","script":"bloomHorBlur","inputs":"[verBlurPass2]","outputs":"[horBlurPass3]"},{"type":"PostProcessor","script":"bloomVerBlur","inputs":"[horBlurPass3]","outputs":"[verBlurPass3]"},{"type":"PostProcessor","script":"bloomHorBlur","inputs":"[verBlurPass3]","outputs":"[horBlurPass4]"},{"type":"PostProcessor","script":"bloomVerBlur","inputs":"[horBlurPass4]","outputs":"[verBlurPass4]"},{"type":"PostProcessor","script":"bloomHorBlur","inputs":"[verBlurPass4]","outputs":"[horBlurPass5]"},{"type":"PostProcessor","script":"bloomVerBlur","inputs":"[horBlurPass5]","outputs":"[verBlurPass5]"},{"type":"PostProcessor","script":"bloomHorBlur","inputs":"[verBlurPass5]","outputs":"[horBlurPass6]"},{"type":"PostProcessor","script":"bloomVerBlur","inputs":"[horBlurPass6]","outputs":"[verBlurPass6]"},{"type":"PostProcessor","script":"bloomCombine","inputs":"[verBlurPass0,verBlurPass1,verBlurPass2,verBlurPass3,verBlurPass4,verBlurPass5,verBlurPass6,mainPass]","outputs":"[dbaaPass]"},{"type":"PostProcessor","inputs":"[dbaaPass]","outputs":"[]","depthBuffer":false,"script":"dbaaShader"}],"_settings":{"contextAttributes":{"antialias":true,"preserveDrawingBuffer":true,"depth":true,"stencil":false,"alpha":true,"premultipledAlpha":true},"timeMultiplier":1,"minDeltaTime":0,"maxDeltaTime":0.25,"gravity":[0,-9.81,0],"quatNormalizeSkip":1,"quatNormalizeFast":true,"defaultFriction":0.01,"defaultRestitution":0.05,"dynamicLightsInfo":{"position":true,"rotation":false,"intensity":false,"color":true,"innerCone":false,"outerCone":false,"diffuseRemapScale":false,"diffuseRemapAdd":false},"textureDrawingCanvasWidth":1024,"textureDrawingCanvasHeight":1024,"vertexDataAttributesInShadowMappingProgram":1,"allowSleep":true},"_assets":{"mainPass":{"type":"renderTarget","width":1,"height":1,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"mainPass2":{"type":"renderTarget","width":1,"height":1,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"filteredPass":{"type":"renderTarget","width":0.5,"height":0.5,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"horBlurPass0":{"type":"renderTarget","width":0.5,"height":0.5,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"verBlurPass0":{"type":"renderTarget","width":0.5,"height":0.5,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"horBlurPass1":{"type":"renderTarget","width":0.25,"height":0.25,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"verBlurPass1":{"type":"renderTarget","width":0.25,"height":0.25,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"horBlurPass2":{"type":"renderTarget","width":0.125,"height":0.125,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"verBlurPass2":{"type":"renderTarget","width":0.125,"height":0.125,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"horBlurPass3":{"type":"renderTarget","width":0.0625,"height":0.0625,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"verBlurPass3":{"type":"renderTarget","width":0.0625,"height":0.0625,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"horBlurPass4":{"type":"renderTarget","width":0.03125,"height":0.03125,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"verBlurPass4":{"type":"renderTarget","width":0.03125,"height":0.03125,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"horBlurPass5":{"type":"renderTarget","width":0.015625,"height":0.015625,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"verBlurPass5":{"type":"renderTarget","width":0.015625,"height":0.015625,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"horBlurPass6":{"type":"renderTarget","width":0.0078125,"height":0.0078125,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"verBlurPass6":{"type":"renderTarget","width":0.0078125,"height":0.0078125,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"dbaaPass":{"type":"renderTarget","width":1,"height":1,"resType":"scale","filtering":"LINEAR","wrapping":"CLAMP_TO_EDGE","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE"},"amazingTexture":{"type":"texture","width":2,"height":2,"script":"BadTextureGraphic","filtering":"NEAREST","wrapping":"REPEAT","internalFormat":"RGBA","format":"RGBA","memoryType":"UNSIGNED_BYTE","mipmapping":true},"BasicMat":{"type":"material","script":"basicShader","specularExponent":100,"specularIntensity":0.4,"extraDataFormat":"[]","vertexData":{"position":true,"normal":true,"color":true,"uv":true},"texture":"[amazingTexture]","normalMap":"","instancedDataFormat":"[]","recieveShadows":false,"recieveShadowsFrom":"[]"},"EmissiveMat":{"type":"material","script":"emissiveMaterialShader","specularExponent":0,"specularIntensity":0,"extraDataFormat":"[1]","vertexData":{"position":true,"normal":true,"color":true,"uv":true},"texture":"[]","normalMap":"","instancedDataFormat":"[]","recieveShadows":false,"recieveShadowsFrom":"[]"},"BadTextureGraphic":{"type":"script","lang":"js","code":"Export.GetTexture = function(ctx, Engine){\n let data=[]\n \n for(let x=0;x<2;x++)\n for(let y=0;y<2;y++)\n data.push(0,0,0,(x+y)%2?30:0)\n \n return new Uint8Array(data) \n}"},"initalize":{"type":"script","lang":"js","code":"Export.OnCreate = function(This, Engine){\n \n for(let i=0;i<100;i++){\n window.setTimeout(function(){\n \n let size=Math.random()\n size=sizesize+1.3\n \n Engine.allObjects['The'+i]={\n name:'The'+i,\n type:'mesh',material:'EmissiveMat',transform:{position:[Math.sin(i)2,15,Math.cos(i)2],rotation:[Math.random()360,Math.random()360,Math.random()360],scale:[1,1,1]},\n computeTransformations:true,\n render:true,\n wireframe:false,\n castShadows:true,\n castShadowsTo:'[]',\n defaultData:'['+(Math.random()Math.random()0.1+(MAKE_IT_BRIGHT?1:0.1))+']',\n physics:{\n usePhysics:true,\n type:'DYNAMIC',\n mass:1,\n collisionGroup:0,\n collisionMask:'[]',\n fixedRotation:false,\n },\n children:{\n }\n }\n Engine.allObjects['The'+i].children['FF'+i]={\n type:'geometry',\n render:true,\n data:{type:Math.random()<0.5?'box':'sphere',x:0,y:0,z:0,w:0.7size,h:0.7size,l:0.7size,radius:0.35size,radius2:0.35size,height:1,detail:2,r:Math.random(),g:Math.random(),b:Math.random(),rx:0,ry:0,rz:0,sx:1,sy:1,sz:1,obj:'',textureMapping:D.DTMPING_(),data:'[]'},\n autoUVBounds:false,\n physics:{\n usePhysics:true,\n position:[0,0,0],\n rotation:[0,0,0],\n scale:[1,1,1],\n }\n }\n Engine.InitalizeMesh(Engine.allObjects['The'+i])\n Engine.InitalizeTransform(Engine.allObjects['The'+i])\n },100i)\n }\n \n This._yaw=0\n This._pitch=0\n \n Engine.canvas.onmousedown=()=>Engine.canvas.requestPointerLock()\n \n Engine.canvas.onmousemove=(e)=>{\n \n This._yaw-=e.movementX0.2\n This._pitch=D.constrain(This._pitch-e.movementY0.2,-90,90)\n \n This.transform.rotation=quat.fromEuler(This.transform.rotation,This._pitch,This._yaw,0)\n \n }\n \n Engine.canvas.onwheel=(e)=>{\n \n e.preventDefault()\n Engine.camera.transform.position[2]=D.constrain(Engine.camera.transform.position[2]+e.deltaY0.01,3,40)\n e.preventDefault()}\n}\n\nExport.OnUpdate = function(This, Engine){\n \n \n \n}"},"bloomFilter":{"type":"script","lang":"glsl","code":"@ VertexShader {\n \n #version 300 es\n precision mediump float;\n \n in vec2 vertPos;\n out vec2 pixUV;\n \n void main(){\n pixUV=vertPos0.5+0.5;\n gl_Position=vec4(vertPos,0,1);\n }\n}\n\n@ FragmentShader {\n \n #version 300 es\n precision mediump float;\n \n in vec2 pixUV;\n uniform sampler2D input_0;\n out vec4 FragColor;\n \n void main(){\n \n vec4 c=texture(input_0,pixUV);\n FragColor=vec4(c.rgbc.a,c.a);\n }\n}"},"bloomHorBlur":{"type":"script","lang":"glsl","code":"@ VertexShader {\n \n #version 300 es\n precision mediump float;\n \n in vec2 vertPos;\n out vec2 pixUV;\n \n void main(){\n pixUV=vertPos0.5+0.5;\n gl_Position=vec4(vertPos,0,1);\n }\n}\n\n@ FragmentShader {\n \n #version 300 es\n precision mediump float;\n \n in vec2 pixUV;\n uniform sampler2D input_0;\n out vec4 FragColor;\n \n void main(){\n \n vec4 c=vec4(0);\n \n for(float i=-2.0;i<=2.0;i++)\n c+=texture(input_0,pixUV+vec2(i/D_WIDTH,0));\n FragColor=vec4(c0.2);\n }\n}"},"bloomVerBlur":{"type":"script","lang":"glsl","code":"@ VertexShader {\n \n #version 300 es\n precision mediump float;\n \n in vec2 vertPos;\n out vec2 pixUV;\n \n void main(){\n pixUV=vertPos0.5+0.5;\n gl_Position=vec4(vertPos,0,1);\n }\n}\n\n@ FragmentShader {\n \n #version 300 es\n precision mediump float;\n precision mediump sampler2D;\n \n in vec2 pixUV;\n uniform sampler2D input_0;\n out vec4 FragColor;\n \n void main(){\n \n vec4 c=vec4(0);\n \n for(float i=-2.0;i<=2.0;i++)\n c+=texture(input_0,pixUV+vec2(0,i/D_WIDTH));\n FragColor=vec4(c0.2);\n }\n}"},"bloomCombine":{"type":"script","lang":"glsl","code":"@ VertexShader {\n \n #version 300 es\n precision mediump float;\n \n in vec2 vertPos;\n out vec2 pixUV;\n \n void main(){\n pixUV=vertPos0.5+0.5;\n gl_Position=vec4(vertPos,0,1);\n }\n}\n\n@ FragmentShader {\n \n #version 300 es\n precision mediump float;\n \n in vec2 pixUV;\n uniform sampler2D input_0;\n uniform sampler2D input_1;\n uniform sampler2D input_2;\n uniform sampler2D input_3;\n uniform sampler2D input_4;\n uniform sampler2D input_5;\n uniform sampler2D input_6;\n uniform sampler2D input_7;\n out vec4 FragColor;\n \n void main(){\n \n vec4 bloom=texture(input_0,pixUV)+texture(input_1,pixUV)+texture(input_2,pixUV)+texture(input_3,pixUV)+texture(input_4,pixUV)+texture(input_5,pixUV)+texture(input_6,pixUV);\n \n FragColor=vec4(bloom.rgb+bloom.a+texture(input_7,pixUV).rgb,1);\n }\n}"},"dbaaShader":{"type":"script","lang":"glsl","code":"@ VertexShader {\n \n #version 300 es\n precision mediump float;\n \n in vec2 vertPos;\n out vec2 pixUV;\n \n void main(){\n pixUV=vertPos0.5+0.5;\n gl_Position=vec4(vertPos,0,1);\n }\n}\n\n@ FragmentShader {\n \n #version 300 es\n precision mediump float;\n \n in vec2 pixUV;\n uniform sampler2D input_0;\n out vec4 FragColor;\n \n vec4 getCol(vec2 uv){\n vec3 c=texture(input_0,uv).rgb;\n return vec4(c,dot(c,vec3(0.299,0.587,0.114)));\n }\n \n const float range=10.;\n const vec2 pix=1.0/vec2(D_WIDTH,D_HEIGHT);\n const float bias=0.05;\n \n vec3 DirectionalBlendingAntiAliasing(vec2 pixUV){\n vec4 thisCol=getCol(pixUV);\n float thisABiased=thisCol.a+bias;\n vec3 finalCol=thisCol.rgb;\n vec4 leftCol=getCol(pixUV+vec2(-pix.x,0));\n vec4 rightCol=getCol(pixUV+vec2(pix.x,0));\n vec4 topCol=getCol(pixUV+vec2(0,pix.y));\n vec4 bottomCol=getCol(pixUV+vec2(0,-pix.y));\n \n if(topCol.a>thisABiased){\n vec2 ss=vec2(range,range);\n for(float i=1.;i<=range;i++){\n vec4 adjacent=getCol(pixUV+vec2(ipix.x,pix.y));\n if(adjacent.a>thisABiased){\n vec4 forward=getCol(pixUV+vec2(pix.x(i+1.),0));\n if(abs(forward.a-adjacent.a)<bias&&forward.a>thisCol.a){\n ss.x=i;\n break;\n }\n }else{\n ss.y=i;\n break;\n }\n }\n for(float i=1.;i<=range;i++){\n vec4 adjacent=getCol(pixUV+vec2(-ipix.x,pix.y));\n if(adjacent.a>thisABiased){\n vec4 forward=getCol(pixUV+vec2(pix.x-(i+1.),0));\n if(abs(forward.a-adjacent.a)<bias&&forward.a>thisCol.a){\n ss.x=i;\n break;\n }\n }else{\n ss.y=i;\n break;\n }\n }\n finalCol=mix(finalCol,topCol.rgb,((ss.y-ss.x)/max(ss.x,ss.y))0.5+0.5);\n }else\n if(bottomCol.a>thisABiased){\n vec2 ss=vec2(range,range);\n for(float i=1.;i<=range;i++){\n vec4 adjacent=getCol(pixUV+vec2(ipix.x,-pix.y));\n if(adjacent.a>thisABiased){\n vec4 forward=getCol(pixUV+vec2(pix.x(i+1.),0));\n if(abs(forward.a-adjacent.a)<bias&&forward.a>thisCol.a){\n ss.x=i;\n break;\n }\n }else{\n ss.y=i;\n break;\n }\n }\n for(float i=1.;i<=range;i++){\n vec4 adjacent=getCol(pixUV+vec2(-ipix.x,-pix.y));\n if(adjacent.a>thisABiased){\n vec4 forward=getCol(pixUV+vec2(pix.x-(i+1.),0));\n if(abs(forward.a-adjacent.a)<bias&&forward.a>thisCol.a){\n ss.x=i;\n break;\n }\n }else{\n ss.y=i;\n break;\n }\n }\n finalCol=mix(finalCol,bottomCol.rgb,((ss.y-ss.x)/max(ss.x,ss.y))0.5+0.5);\n }\n if(leftCol.a>thisABiased){\n vec2 ss=vec2(range,range);\n for(float i=1.;i<=range;i++){\n vec4 adjacent=getCol(pixUV+vec2(-pix.x,ipix.y));\n if(adjacent.a>thisABiased){\n vec4 forward=getCol(pixUV+vec2(0,pix.y(i+1.)));\n if(abs(forward.a-adjacent.a)<bias&&forward.a>thisCol.a){\n ss.x=i;\n break;\n }\n }else{\n ss.y=i;\n break;\n }\n }\n for(float i=1.;i<=range;i++){\n vec4 adjacent=getCol(pixUV+vec2(-pix.x,-ipix.y));\n if(adjacent.a>thisABiased){\n vec4 forward=getCol(pixUV+vec2(0,pix.y-(i+1.)));\n if(abs(forward.a-adjacent.a)<bias&&forward.a>thisCol.a){\n ss.x=i;\n break;\n }\n }else{\n ss.y=i;\n break;\n }\n }\n finalCol=mix(finalCol,leftCol.rgb,((ss.y-ss.x)/max(ss.x,ss.y))0.5+0.5);\n }else\n if(rightCol.a>thisABiased){\n vec2 ss=vec2(range,range);\n for(float i=1.;i<=range;i++){\n vec4 adjacent=getCol(pixUV+vec2(pix.x,ipix.y));\n if(adjacent.a>thisABiased){\n vec4 forward=getCol(pixUV+vec2(0,pix.y(i+1.)));\n if(abs(forward.a-adjacent.a)<bias&&forward.a>thisCol.a){\n ss.x=i;\n break;\n }\n }else{\n ss.y=i;\n break;\n }\n }\n for(float i=1.;i<=range;i++){\n vec4 adjacent=getCol(pixUV+vec2(pix.x,-ipix.y));\n if(adjacent.a>thisABiased){\n vec4 forward=getCol(pixUV+vec2(0,pix.y-(i+1.)));\n if(abs(forward.a-adjacent.a)<bias&&forward.a>thisCol.a){\n ss.x=i;\n break;\n }\n }else{\n ss.y=i;\n break;\n }\n }\n finalCol=mix(finalCol,rightCol.rgb,((ss.y-ss.x)/max(ss.x,ss.y))0.5+0.5);\n }\n return finalCol;\n }\n void main(){\n \n FragColor=vec4(DirectionalBlendingAntiAliasing(pixUV),1);\n }\n}"},"emissiveMaterialShader":{"type":"script","lang":"glsl","code":"@ VertexShader {\n \n #version 300 es\n precision mediump float;\n \n HARDCODED_VERTEX_ATTRIBUTES\n \n uniform mat4 modelMatrix;\n uniform mat4 viewMatrix;\n \n out vec3 pixPos;\n out vec3 pixNormal;\n out vec3 pixColor;\n out vec2 pixUV;\n \n out float emissiveness;\n \n void main(){\n \n vec4 pos=modelMatrixvec4(vertPos,1);\n \n pixPos=pos.xyz;\n pixNormal=mat3(modelMatrix)vertNormal;\n pixColor=vertColor;\n pixUV=vertUV;\n \n emissiveness=vertData_0;\n \n gl_Position=viewMatrixpos;\n }\n}\n\n@ FragmentShader {\n \n #version 300 es\n precision mediump float;\n \n in vec3 pixPos;\n in vec3 pixNormal;\n in vec3 pixColor;\n in vec2 pixUV;\n \n in float emissiveness;\n \n uniform vec3 camPos;\n \n HARDCODED_UNIFORMS\n \n layout(location=0)out vec4 FragColor;\n layout(location=1)out vec4 FragColor2;\n \n void main(){\n \n FragColor=vec4(pixColor,emissiveness);\n FragColor2=vec4(1.0-pixColor,emissiveness);\n }\n}"},"basicShader":{"type":"script","lang":"glsl","code":"@ VertexShader {\n \n #version 300 es\n precision mediump float;\n \n HARDCODED_VERTEX_ATTRIBUTES\n \n HARDCODED_INSTANCED_ATTRIBUTES\n \n uniform mat4 modelMatrix;\n uniform mat4 viewMatrix;\n \n out vec3 pixPos;\n out vec3 pixNormal;\n out vec3 pixColor;\n out vec2 pixUV;\n \n void main(){\n \n vec4 pos=modelMatrixvec4(vertPos,1);\n \n pixPos=pos.xyz;\n pixNormal=mat3(modelMatrix)vertNormal;\n pixColor=vertColor;\n pixUV=vertUV;\n \n gl_Position=viewMatrixpos;\n }\n}\n\n@ FragmentShader {\n \n #version 300 es\n precision mediump float;\n \n in vec3 pixPos;\n in vec3 pixNormal;\n in vec3 pixColor;\n in vec2 pixUV;\n \n uniform vec3 camPos;\n \n HARDCODED_UNIFORMS\n \n layout(location=0)out vec4 FragColor;\n layout(location=1)out vec4 FragColor2;\n \n vec3 applyAmbientLight(vec3 pix,vec3 col,float inst){\n return pixcolinst;\n }\n vec3 applyDirectionalLight(vec3 pix,vec3 normal,vec3 dir,vec3 col,float inst,float diffuseRemapScale,float diffuseRemapAdd){\n float diffuse=max(dot(-dir,normal)diffuseRemapScale+diffuseRemapAdd,0.0);\n vec3 toLight=dir;\n float specular=pow(max(dot(normalize(-dir+normalize(camPos-pixPos)),normal),0.0),HARDCODED_SPECULAR_EXPONENT);\n return (diffusepix+specularHARDCODED_SPECULAR_INTENSITY)instcol;\n }\n vec3 applyPointLight(vec3 toLight,float x,vec3 pix,vec3 normal,vec3 dir,vec3 col,float inst,float innerCone,float outerCone,float diffuseRemapScale,float diffuseRemapAdd){\n float diffuse=max(dot(toLight,normal)diffuseRemapScale+diffuseRemapAdd,0.0);\n float specular=pow(max(dot(normalize(toLight+normalize(camPos-pixPos)),normal),0.0),HARDCODED_SPECULAR_EXPONENT);\n \n float conal=smoothstep(outerCone,innerCone,dot(toLight,-dir));\n return (diffusepix+specularHARDCODED_SPECULAR_INTENSITY)conalinstcol/x;\n }\n float applyShadow(sampler2D tex,mat4 mat,vec3 pos,vec3 normal,int blurSamples,float blurRadius,float inst,float biasScale,float biasAdd){\n \n vec4 proj=matvec4(pixPos,1);\n proj.xyz/=proj.w;\n proj.xyz=proj.xyz0.5+0.5;\n \n float currentDepth=proj.z-max((0.5-dot(normalize(pos-pixPos),normal))biasScale,biasAdd);\n float shadow=1.0;\n \n for(int y=-blurSamples;y<=blurSamples;y++){\n for(int x=-blurSamples;x<=blurSamples;x++){\n float projDepth=texture(tex,proj.xy+vec2(x,y)blurRadius).r;\n if(projDepth<=currentDepth)\n shadow-=inst;\n }\n }\n if(proj.z>1.0\|\|proj.x<0.0\|\|proj.x>1.0\|\|proj.y<0.0\|\|proj.y>1.0) shadow=1.0;\n return shadow;\n }\n \n void main(){\n \n float shadow=1.0;\n vec2 uv=pixUV;\n vec3 normal=normalize(pixNormal);\n vec3 color=vec3(0);\n vec3 pix=pixColor;\n \n vec4 sam=texture(albedoTexture_0,uv);\n pix=mix(pix,sam.rgb,sam.a);\n \n HARDCODED_SHADOW_COMPUTATIONS\n \n HARDCODED_NORMAL_MAP_COMPUTATIONS\n \n HARDCODED_STATIC_LIGHT_COMPUTATIONS\n HARDCODED_DYNAMIC_LIGHT_COMPUTATIONS\n \n FragColor=vec4(colorshadow,0.0);\n FragColor2=vec4(1.0-(colorshadow),0.0);\n }\n}"}},"_hierarchy":{"CameraContainer":{"type":"block","script":"initalize","transform":{"position":[0,0,0],"rotation":[-45,0,0],"scale":[1,1,1]},"computeTransformations":true,"children":{"Camera":{"type":"camera","clearColor":[0,0,0,0],"transform":{"position":[0,0,18],"rotation":[0,0,0],"scale":[1,1,1]},"computeTransformations":true,"projectionType":"perspective","FOV":60,"near":0.1,"far":100}}},"Mesh":{"type":"mesh","material":"BasicMat","transform":{"position":[0,0,0],"rotation":[0,0,0],"scale":[1,1,1]},"computeTransformations":false,"render":true,"wireframe":false,"castShadows":true,"castShadowsTo":"[]","defaultData":"[]","physics":{"usePhysics":true,"type":"STATIC","mass":0,"collisionGroup":0,"collisionMask":"[]","fixedRotation":false},"children":{"Platform":{"type":"geometry","render":true,"data":{"type":"box","x":0,"y":-1.5,"z":0,"w":17,"h":3,"l":17,"radius":0.5,"radius2":0.5,"height":1,"detail":10,"r":1,"g":1,"b":1,"rx":0,"ry":0,"rz":0,"sx":1,"sy":1,"sz":1,"obj":"","textureMapping":{"top":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"bottom":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"left":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"right":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"front":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"back":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"side":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1}},"data":"[]"},"autoUVBounds":true,"physics":{"usePhysics":true,"position":[0,0,0],"rotation":[0,0,0],"scale":[1,1,1]}},"Platform (1)":{"type":"geometry","render":true,"data":{"type":"box","x":9,"y":0,"z":0,"w":2,"h":4,"l":20,"radius":0.5,"radius2":0.5,"height":1,"detail":10,"r":1,"g":1,"b":1,"rx":0,"ry":0,"rz":0,"sx":1,"sy":1,"sz":1,"obj":"","textureMapping":{"top":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"bottom":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"left":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"right":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"front":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"back":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"side":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1}},"data":"[]"},"autoUVBounds":true,"physics":{"usePhysics":true,"position":[0,0,0],"rotation":[0,0,0],"scale":[1,1,1]}},"Platform (2)":{"type":"geometry","render":true,"data":{"type":"box","x":-9,"y":0,"z":0,"w":2,"h":4,"l":20,"radius":0.5,"radius2":0.5,"height":1,"detail":10,"r":1,"g":1,"b":1,"rx":0,"ry":0,"rz":0,"sx":1,"sy":1,"sz":1,"obj":"","textureMapping":{"top":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"bottom":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"left":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"right":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"front":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"back":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"side":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1}},"data":"[]"},"autoUVBounds":true,"physics":{"usePhysics":true,"position":[0,0,0],"rotation":[0,0,0],"scale":[1,1,1]}},"Platform (3)":{"type":"geometry","render":true,"data":{"type":"box","x":0,"y":0,"z":9,"w":16,"h":4,"l":2,"radius":0.5,"radius2":0.5,"height":1,"detail":10,"r":1,"g":1,"b":1,"rx":0,"ry":0,"rz":0,"sx":1,"sy":1,"sz":1,"obj":"","textureMapping":{"top":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"bottom":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"left":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"right":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"front":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"back":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"side":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1}},"data":"[]"},"autoUVBounds":true,"physics":{"usePhysics":true,"position":[0,0,0],"rotation":[0,0,0],"scale":[1,1,1]}},"Platform (4)":{"type":"geometry","render":true,"data":{"type":"box","x":0,"y":0,"z":-9,"w":16,"h":4,"l":2,"radius":0.5,"radius2":0.5,"height":1,"detail":10,"r":1,"g":1,"b":1,"rx":0,"ry":0,"rz":0,"sx":1,"sy":1,"sz":1,"obj":"","textureMapping":{"top":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"bottom":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"left":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"right":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"front":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"back":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1},"side":{"x":0,"y":0,"w":1,"h":1,"sw":1,"sh":1}},"data":"[]"},"autoUVBounds":true,"physics":{"usePhysics":true,"position":[0,0,0],"rotation":[0,0,0],"scale":[1,1,1]}}}},"PointLight":{"type":"light","lightType":"point","transform":{"position":[0,10,0],"rotation":[-90,0,0],"scale":[1,1,1]},"computeTransformations":false,"diffuseRemapScale":1,"diffuseRemapAdd":0,"dynamic":false,"intensity":4,"color":[1,1,1],"attenuationPolynomial":"X","innerCone":-1,"outerCone":-1,"illuminates":true,"illuminatesMaterials":"[]"}}},Engine={data:Data,deltaTime:0,time:0,then:0,timeMultiplier:Data._settings.timeMultiplier0.001,maxDeltaTime:Data._settings.maxDeltaTime,minDeltaTime:Data._settings.minDeltaTime,width:canvas.width-0,height:canvas.height-0,aspect:(canvas.width-0)/(canvas.height-0),uniformedPrograms:{},canvas:canvas,div:div,physics:new CANNON.World(),cachedPowersOf2:[1,2,4,8,16,32,64,128,256,512,1024,2048,4096,8192,16384,32768,65536,131072,262144,524288,1048576,2097152,4194304,8388608,16777216,33554432,67108864,134217728,268435456,536870912,1073741824,2147483648]},nothing=()=>0,AllObjects,Materials={},Scripts={NothingScript:{OnCreate:nothing,OnUpdate:nothing,GetTexture:nothing,OnBeforeRender:nothing,OnAfterRender:nothing,OnMaterialSet:nothing}},Textures={},Meshes,Lights_static,Lights_dynamic,Shadowers,Pipeline=Data._pipeline,arrayParse=(s)=>typeof s==='object'?s:s.substring(1,s.length-1).split(',').map(x=>x.length?isNaN(Number(x))?x.trim():Number(x.trim()):undefined).filter(x=>x!==undefined),dynamicLightInfoAmount=0,dynamicLightUniformArray Engine.texCanvas=new OffscreenCanvas(Data._settings.textureDrawingCanvasWidth,Data._settings.textureDrawingCanvasHeight) Engine.texCTX=Engine.texCanvas.getContext('2d') Engine.physics.broadphase=new CANNON.SAPBroadphase(Engine.physics) Engine.physics.broadphase.useBoundingBoxes=true Engine.physics.gravity.set(...Data._settings.gravity) Engine.physics.solver=new CANNON.GSSolver() Engine.physics.quatNormalizeSkip=Data._settings.quatNormalizeSkip Engine.physics.quatNormalizeFast=Data._settings.quatNormalizeFast Engine.physics.defaultContactMaterial.friction=Data._settings.defaultFriction Engine.physics.defaultContactMaterial.restitution=Data._settings.defaultRestitution Engine.physics.allowSleep=Data._settings.allowSleep Engine.noiseProperties={ octaves:4, decay:0.5, upscale:2 } Engine.Hash_1=(x)=>{ let n=x563.2522-2637.12356 return n-Math.floor(n) } Engine.Hash_2=(x,y)=>{ let n=(x527.53851+y439.522341-(xy257.611)) return n-Math.floor(n) } Engine.Hash_3=(x,y,z)=>{ let n=x124.518+y129.321+z131.145-(xy100.836+z201.51) return n-Math.floor(n) } Engine.Smoothstep=(a,b,t)=>{ return (b-a)tt(3-(t+t))+a } Engine.Noise1D_base=(x)=>{ let _x=Math.floor(x) return Engine.Smoothstep(Engine.Hash_1(_x),Engine.Hash_1(_x+1),x-_x) } Engine.Noise2D_base=(x,y)=>{ let _x=Math.floor(x),_y=Math.floor(y),lt=Engine.Hash_2(_x,_y),lb=Engine.Hash_2(_x,_y+1),rt=Engine.Hash_2(_x+1,_y),rb=Engine.Hash_2(_x+1,_y+1),l=Engine.Smoothstep(lt,lb,y-_y),r=Engine.Smoothstep(rt,rb,y-_y) return Engine.Smoothstep(l,r,x-_x) } Engine.Noise3D_base=(x,y,z)=>{ let _x=Math.floor(x),_y=Math.floor(y),_z=Math.floor(z),ltf=Engine.Hash_3(_x,_y,_z),rtf=Engine.Hash_3(_x+1,_y,_z),rbf=Engine.Hash_3(_x+1,_y+1,_z),rbb=Engine.Hash_3(_x+1,_y+1,_z+1),lbb=Engine.Hash_3(_x,_y+1,_z+1),ltb=Engine.Hash_3(_x,_y,_z+1),rtb=Engine.Hash_3(_x+1,_y,_z+1),lbf=Engine.Hash_3(_x,_y+1,_z),lt=Engine.Smoothstep(ltf,ltb,z-_z),lb=Engine.Smoothstep(lbf,lbb,z-_z),rt=Engine.Smoothstep(rtf,rtb,z-_z),rb=Engine.Smoothstep(rbf,rbb,z-_z),l=Engine.Smoothstep(lt,lb,y-_y),r=Engine.Smoothstep(rt,rb,y-_y) return Engine.Smoothstep(l,r,x-_x) } Engine.Noise1D=(x)=>{ let n=0,d=1,u=1,_x=x,t=0 for(let i=0;i<Engine.noiseProperties.octaves;i++){ n+=Engine.Noise1D_base(_x)d t+=d d=Engine.noiseProperties.decay _x=Engine.noiseProperties.upscale } return n/(t) } Engine.Noise2D=(x,y)=>{ let n=0,d=1,u=1,_x=x,_y=y,t=0 for(let i=0;i<Engine.noiseProperties.octaves;i++){ n+=(Engine.Noise2D_base(_x,_y)+Engine.Noise2D_base(_y0.707107-_x0.707107-100,_y0.707107+_x0.707107-100)+Engine.Noise2D_base(_y-0.707107+_x0.707107-200,_y-0.707107-_x0.707107-200))d t+=d d=Engine.noiseProperties.decay _x=Engine.noiseProperties.upscale _y=Engine.noiseProperties.upscale } return n/(t3) } Engine.Noise3D=(x,y,z)=>{ let n=0,d=1,u=1,_x=x,_y=y,_z=z,t=0 for(let i=0;i<Engine.noiseProperties.octaves;i++){ n+=(Engine.Noise3D_base(_x,_y,_z)+Engine.Noise3D_base(_y0.707107-_x0.707107-100,_y0.707107+_x0.707107-100,_z-100)+Engine.Noise3D_base(_y-0.707107+_x0.707107-200,_y-0.707107-_x0.707107-200,_z-200))d t+=d d=Engine.noiseProperties.decay _x=Engine.noiseProperties.upscale _y=Engine.noiseProperties.upscale _z=Engine.noiseProperties.upscale } return n/(t3) } Engine.gl=D.getContext(canvas,Data._settings.contextAttributes) D.viewport(0,0,Engine.width,Engine.height) D.enable3D() Engine.materials=Materials Engine.pipeline=Pipeline Engine.scripts=Scripts Engine.assets=Data._assets Engine.textures=Textures Engine.CompileH=function(code){ let s='',arr=(code+' ').split('#'),isIn=0,definitions={},enabled=true for(let i=0;i<arr.length;i++){ let c=arr[i],_ct=c.indexOf('tog')>-1 if(!enabled&&!_ct){s+='#'+arr[i];isIn=1;continue} if(c.indexOf('#')>-1){console.log('Cannot nest #.');continue} if(isIn){ let aA=c.indexOf('@') if(aA>-1){ let v,kw=c.substring(0,aA) switch(kw){ default:console.log('Unknown @ keyword.');break case '':v='let';break case 'C':v='const';break case 'I_MAT':v='1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1';break } s+=v+(c[aA+1]===' '\|\|kw!==''&&kw!=='C'?'':' ')+c.substring(aA+1,c.length) }else{ let pI=c.indexOf('^'),n if(pI<0) s+=Object.constructor('return '+c)() else{ let oper=c.indexOf('~') if(oper>-1){ let params=c.substring(oper+1,pI).replaceAll('\\,','A_COMMA').split(','),repAmount=1 n=c.substring(pI+1,c.length) for(let j in params){ let p=params[j].trim(),baep=p.substring(0,p.indexOf(':')>-1?p.indexOf(':'):p.length),val=p.substring(p.indexOf(':')+1,p.length),repKey switch(baep.toLowerCase().trim()){ case'copy':case'json_copy':n='JSON.parse(JSON.stringify('+n+'))';break case'repamount':case'repam':repAmount=val;break case'rep':case'repeat':{ let vals=val.replaceAll('\\','\n').repeat(repAmount).split('$'),_n=[],__n=n n='' for(let k=1;k<vals.length;k++)_n.push((__n+vals[k]).replaceAll('$',k-1)) for(let k=0;k<_n.length;k++){ if(_n[k].indexOf('<:')<0){n+=_n[k];continue} let list=_n[k].split('<:') n+=_n[k].substring(0,_n[k].indexOf('<:')) for(let l=1;l<list.length;l++){ let pre=list[l].substring(0,list[l].indexOf(':>')) n+=Object.constructor('return '+pre)()+list[l].substring(list[l].indexOf(':>')+2,list[l].length) } } n=n.replaceAll('A_COMMA',',') }break case'pr':case'properties':case'prop':{ let vals=val.split('\|'),_n='' for(let k=0;k<vals.length;k++)_n+=n+(isNaN(Number(vals[k][0]))?'.'+vals[k]:isNaN(Number(vals[k]))?'["'+vals[k]+'"]':'['+vals[k]+']')+',' n=_n }break case'xyz':n=n+'.x,'+n+'.y,'+n+'.z';break case'012':n=n+'[0],'+n+'[1],'+n+'[2]';break case'0123':n=n+'[0],'+n+'[1],'+n+'[2],'+n+'[3]';break case'rplc':case'replace':n=n.replaceAll('$',val);break case'noc':case'nocommas':if(n[n.length-1]===',')n=n.substring(0,n.length-1);break case'def':case'define':definitions[val]=n;n='##';break case'use':n=definitions[n];break case'toggle':case'tog':enabled=!enabled;n+=enabled?'':'#';break default:console.log('Unknown parameter.');break } } }else{ let params=c.substring(0,pI).split(',') n=Object.constructor('return '+c.substring(pI+1,c.length))() for(let j in params){ let p=params[j].trim(),baep=p.substring(0,p.indexOf(':')>-1?p.indexOf(':'):p.length),val=p.substring(p.indexOf(':')+1,p.length) switch(baep.toLowerCase().trim()){ case'fix':n=(n-0).toFixed(val);break case'def':case'define':definitions[val]=n;n='##';break case'use':n=definitions[n];break case'toggle':case'tog':enabled=!enabled;n=enabled?'':'#';break default:console.log('Unknown parameter.');break } } } s+=n } isIn=0 } }else{ s+=c isIn=1 } } return s.replaceAll('##','') } for(let i in Data._settings.dynamicLightsInfo)if(Data._settings.dynamicLightsInfo[i])dynamicLightInfoAmount+={position:3,rotation:3,color:3}[i]\|\|1 for(let i in Data._assets){ let s=Data._assets[i] switch(s.type){ case 'script': Scripts[i]={} let c switch(s.lang){ case 'js': c=Object.constructor('This','Engine','let Export={};'+Engine.CompileH('#tog^#'+s.code)+'\nreturn Export')() Scripts[i].OnCreate=c.OnCreate\|\|nothing Scripts[i].OnUpdate=c.OnUpdate\|\|nothing Scripts[i].GetTexture=c.GetTexture\|\|nothing Scripts[i].OnBeforeRender=c.OnBeforeRender\|\|nothing Scripts[i].OnAfterRender=c.OnAfterRender\|\|nothing Scripts[i].OnMaterialSet=c.OnMaterialSet\|\|nothing break case 'glsl': c=s.code.trim().split('@') for(let j in c){ let cj=(c[j]=c[j].trim()).substring(c[j].indexOf('{')+1,c[j].length-1),test=c[j].substring(0,c[j].indexOf('{')) if(test.indexOf('VertexShader')>-1) Scripts[i].vsh=cj else if(test.indexOf('FragmentShader')>-1) Scripts[i].fsh=cj } break case 'txt': Scripts[i].text=s.code break } break case 'renderTarget': s.tex=D.createTexture(Math.ceil(s.resType==='define'?s.width:Engine.widths.width),Math.ceil(s.resType==='define'?s.height:Engine.heights.height),null,s.filtering,s.wrapping,s.internalFormat,s.format,s.memoryType) break case 'texture':Textures[i]=s;break } } let lastParent,amountOfShadowers=0,recurse=function(o){ for(let i in o){ switch(o[i].type){ case 'mesh': Meshes[i]=o[i] break case 'geometry': break case 'camera': Engine.camera=o[i] break case 'shadower': Shadowers[i]=o[i] Shadowers[i].meshes=[] amountOfShadowers++ break case 'light': if(o[i].dynamic)Lights_dynamic[i]=o[i];else Lights_static[i]=o[i] break } if(Data._hierarchy[i])lastParent=undefined o[i].parent=lastParent o[i].name=i o[i].script??='NothingScript' if(o[i].type!=='geometry')AllObjects[i]=o[i] if(o[i].children){ lastParent=o[i] recurse(o[i].children) } } } Engine.CompileHierarchy=()=>{ AllObjects={} Meshes={} Lights_static={} Lights_dynamic={} Shadowers={} recurse(Data._hierarchy) dynamicLightUniformArray=0 for(let i in Lights_dynamic) dynamicLightUniformArray+=dynamicLightInfoAmount Engine.dynamicLightsAmount=dynamicLightUniformArray dynamicLightUniformArray=new Float32Array(dynamicLightUniformArray) Engine.allObjects=AllObjects Engine.meshes=Meshes Engine.lights_static=Lights_static Engine.lights_dynamic=Lights_dynamic Engine.shadowers=Shadowers } Engine.CompileHierarchy() Engine.shadowMapProgram=D.createProgram(`#version 300 es precision mediump float; in vec3 vertPos; in vec3 vertNormal; in vec3 vertColor; in vec2 vertUV;${(function(){let s='';for(let i=0;i<1;i++)s+='in float vertData_'+i+';';return s})()} uniform mat4 modelMatrix; uniform mat4 viewMatrix; void main(){ gl_Position=viewMatrixmodelMatrixvec4(vertPos,1); }`,`#version 300 es precision mediump float; out vec4 FragColor; void main(){ FragColor=vec4(0,0,0,1); }`,1) Engine.CompilePipeline=()=>{ for(let i in Pipeline){ let p=Pipeline[i] switch(p.type){ case 'RenderShadowMaps': p.run=renderShadowMaps break case 'ComputeTransformations': p.run=computeTransformations break case 'UpdatePhysics': p.run=()=>Engine.physics.step(Engine.deltaTime) break case 'MainRender': Engine.mainRenderOutputFB=null p.outputs=arrayParse(p.outputs) if(p.outputs.length>1){ Engine.mainRenderOutputFB=D.createFramebuffer(false,p.depthBuffer) let draws=[] for(let i in p.outputs) draws.push(Data._assets[p.outputs[i]].tex) D.drawBuffers(draws) }else if(p.outputs.length===1){ Engine.mainRenderOutputFB=D.createFramebuffer(Data._assets[p.outputs[0]].tex,p.depthBuffer) } p.run=MainRender break case 'PostProcessor': let texArr=[],out=null,w,h p.outputs=arrayParse(p.outputs) if(p.outputs.length>1){ out=D.createFramebuffer(false,p.depthBuffer) let draws=[] for(let i in p.outputs) draws.push(Data._assets[p.outputs[i]].tex) D.drawBuffers(draws) }else if(p.outputs.length===1){ out=D.createFramebuffer(Data._assets[p.outputs[0]].tex,p.depthBuffer) } if(out){ w=Data._assets[p.outputs[0]].tex.width h=Data._assets[p.outputs[0]].tex.height }else { w=Engine.width h=Engine.height } D.viewport(0,0,w,h) p.program=D.createProgram(Scripts[p.script].vsh,Scripts[p.script].fsh,1) p.inputs=arrayParse(p.inputs) for(let i in p.inputs){ texArr.push(i,Data._assets[p.inputs[i]].tex) D.setUniform('input_'+i,i) } p.run=()=>{ D.useProgram(p.program) D.bindFramebuffer(out) D.viewport(0,0,w,h) D.activeTextures(texArr) D.setUniform('time',[Engine.time]) D.setUniform('viewMatrix',Engine.camera.transform.viewMatrix) D.renderMesh(screenMesh) } break } } } Engine.CompilePipeline() let screenMesh=D.createMesh(D.createMeshData({meshes:[{type:'plane',x:0,y:0,z:0,size:2,r:0,g:0,b:0,rx:90,ry:0,rz:0}],order:['x','y']}),[['vertPos',2,8,0]]),data=null Engine.GetAsset=(i)=>Data._assets[i] Engine.GetObject=(i)=>AllObjects[i] Engine.GetPass=(i)=>Data._pipeline[i] Engine.CreateElement=(type)=>({material:{type:'material',specularExponent:300,specularIntensity:0.75,extraDataFormat:'[]',vertexData:{position:true,normal:true,color:true,uv:true},texture:'[]',normalMap:'',instancedDataFormat:'[]',recieveShadows:true,recieveShadowsFrom:'[]'},renderTarget:{type:'renderTarget',width:1,height:1,resType:'scale'},texture:{type:'texture',width:128,height:128,filtering:'NEAREST',wrapping:'REPEAT',internalFormat:'RGBA',format:'RGBA',memoryType:'UNSIGNED_BYTE',mipmapping:true},block:{type:'block',transform:{position:[0,0,0],rotation:[0,0,0],scale:[1,1,1]},computeTransformations:true},camera:{type:'camera',clearColor:[0,0,0,1],transform:{position:[0,0,0],rotation:[0,0,0],scale:[1,1,1]},computeTransformations:true,projectionType:'perspective',FOV:70,near:0.01,far:1000},shadower:{type:'shadower',transform:{position:[0,0,0],rotation:[0,0,0],scale:[1,1,1]},computeTransformations:true,projectionType:'perspective',FOV:50,near:1,far:25,computeShadowMap:true,width:512,height:512,blurSamples:1,blurRadius:0.001,intensity:0.35,biasScale:0.1,biasAdd:0.001},mesh:{type:'mesh',material:'DefaultMaterial',transform:{position:[0,0,0],rotation:[0,0,0],scale:[1,1,1]},computeTransformations:true,render:true,wireframe:false,castShadows:true,castShadowsTo:'[]',defaultData:'[]',physics:{usePhysics:false,type:'DYNAMIC',mass:1,collisionGroup:0,collisionMask:'[]',fixedRotation:false}},geometry:{type:'geometry',render:true,data:{type:'sphere',x:0,y:0,z:0,w:1,h:1,l:1,radius:0.5,radius2:0.5,height:1,detail:1,r:1,g:1,b:1,rx:0,ry:0,rz:0,sx:1,sy:1,sz:1,obj:'',textureMapping:D.DTMPING_(),data:'[]'},autoUVBounds:true,physics:{usePhysics:true,position:[0,0,0],rotation:[0,0,0],scale:[1,1,1]}},light:{type:'light',lightType:'point',transform:{position:[0,0,0],rotation:[0,0,0],scale:[1,1,1]},computeTransformations:true,dynamic:false,intensity:1,color:[1,1,1],attenuationPolynomial:'XX',innerCone:-1,outerCone:-1,diffuseRemapScale:1,diffuseRemapAdd:0,illuminates:true,illuminatesMaterials:'[]'},UpdatePhysics:{type:'UpdatePhysics'},ComputeTransformations:{type:'ComputeTransformations'},RenderShadowMaps:{type:'RenderShadowMaps'},MainRender:{type:'MainRender',outputs:'[]',framebufferDepthBuffer:true},PostProcessor:{type:'PostProcessor',inputs:'[]',outputs:'[]',depthBuffer:false,filtering:'NEAREST',wrapping:'CLAMP_TO_EDGE',internalFormat:'RGBA',format:'RGBA',memoryType:'UNSIGNED_BYTE'}})[type] function InitalizeTexture(m){ if(m.script)data=Scripts[m.script].GetTexture(Engine.texCTX,Engine) m.texture=D.createTexture(m.width,m.height,data,m.filtering,m.wrapping,m.internalFormat,m.format,m.memoryType,m.mipmapping) } for(let i in Textures)InitalizeTexture(Textures[i]) Engine.InitalizeTexture=InitalizeTexture function InitalizeMaterial(m){ Materials[m.name]=m m.shadowers=[] m.activeTexturesArr=[] m.recieveShadowsFrom=arrayParse(m.recieveShadowsFrom) m.extraDataFormat=arrayParse(m.extraDataFormat) m.instancedDataFormat=arrayParse(m.instancedDataFormat) m.texture=arrayParse(m.texture) let c=0 for(let i in m.texture) m.activeTexturesArr.push(c++,Data._assets[m.texture[i]].texture) if(m.normalMap.length) m.activeTexturesArr.push(c++,Data._assets[m.normalMap].texture) let sc=c for(let i in Shadowers) if(m.recieveShadows\|\|m.recieveShadowsFrom.indexOf(i)>-1){ m.shadowers.push(Shadowers[i]) m.activeTexturesArr.push(c++,Shadowers[i].tex) } let hardcode=(s)=>s.replaceAll('HARDCODED_VERTEX_ATTRIBUTES',(function(){ let s='' if(m.vertexData.position)s+='in vec3 vertPos;' if(m.vertexData.normal)s+='in vec3 vertNormal;' if(m.vertexData.color)s+='in vec3 vertColor;' if(m.vertexData.uv)s+='in vec2 vertUV;' for(let i in m.extraDataFormat){ let d=m.extraDataFormat[i]-0 s+='in '+['','float','vec2','vec3','vec4'][d]+' vertData_'+i+';' } return s })()).replaceAll('HARDCODED_INSTANCED_ATTRIBUTES',(function(){ let s='',attribs=[],offset=0 for(let i in m.instancedDataFormat){ let d=m.instancedDataFormat[i]-0 s+='in '+['','float','vec2','vec3','vec4'][d]+' instanceData_'+i+';' attribs.push(['instanceData_'+i,d,0,offset]) offset+=d<<2 } for(let i in attribs){ attribs[i][2]=offset } m.instancedAttribs=attribs.length?attribs:0 return s })()).replaceAll('HARDCODED_UNIFORMS',( (()=>{ let s='' for(let i in m.texture)s+='uniform sampler2D albedoTexture_'+i+';' return s })())+(m.normalMap.length?'uniform sampler2D normalTexture;':'')+(function(){ let s='',DLIL=0 for(let i in Lights_dynamic){ let l=Lights_dynamic[i] l.illuminatesMaterials=arrayParse(l.illuminatesMaterials) if(l.illuminates\|\|l.illuminatesMaterials.indexOf(m.name)>-1)DLIL+=dynamicLightInfoAmount } s+=DLIL?'uniform float dynamicLightInfoArray['+DLIL+'];':'' for(let i in m.shadowers) s+='uniform sampler2D shadowTexture_'+i+';' return s })()).replaceAll('HARDCODED_SPECULAR_EXPONENT',D.floatize(m.specularExponent)).replaceAll('HARDCODED_SPECULAR_INTENSITY',D.floatize(m.specularIntensity)).replaceAll('HARDCODED_STATIC_LIGHT_COMPUTATIONS',(function(){ let s='' for(let i in Lights_static){ let l=Lights_static[i] if(!l.illuminates&&l.illuminatesMaterials.indexOf(m.name)<0)continue switch(l.lightType){ case 'ambient': s+='color+=applyAmbientLight(pix,vec3('+l.color.join(',')+'),'+D.floatize(l.intensity)+');' break case 'directional': s+='color+=applyDirectionalLight(pix,normal,vec3('+l.transform.direction.join(',')+'),vec3('+l.color.join(',')+'),'+D.floatize(l.intensity)+','+D.floatize(l.diffuseRemapScale)+','+D.floatize(l.diffuseRemapAdd)+');' break case 'point': s+='vec3 _'+i+'toLight=vec3('+l.transform.position.join(',')+')-pixPos;float _'+i+'x=length(_'+i+'toLight);_'+i+'toLight/=_'+i+'x;color+=applyPointLight(_'+i+'toLight,'+l.attenuationPolynomial.trim().replaceAll('X','_'+i+'x')+',pix,normal,vec3('+l.transform.direction.join(',')+'),vec3('+l.color.join(',')+'),'+D.floatize(l.intensity)+','+D.floatize(l.innerCone)+','+D.floatize(l.outerCone)+','+D.floatize(l.diffuseRemapScale)+','+D.floatize(l.diffuseRemapAdd)+');' break } } return s })()).replaceAll('HARDCODED_DYNAMIC_LIGHT_COMPUTATIONS',(function(){ let s='',index=0,key=Data._settings.dynamicLightsInfo,DLIA='dynamicLightInfoArray' for(let i in Lights_dynamic){ let l=Lights_dynamic[i],id=index l.index=index index+=dynamicLightInfoAmount if(!l.illuminates&&l.illuminatesMaterials.indexOf(m.name)<0)continue let POS=key.position?DLIA+'['+(id++)+'],'+DLIA+'['+(id++)+'],'+DLIA+'['+(id++)+']':l.transform.position.join(','), ROT=key.rotation?DLIA+'['+(id++)+'],'+DLIA+'['+(id++)+'],'+DLIA+'['+(id++)+']':l.transform.direction.join(','), INS=key.intensity?DLIA+'['+(id++)+']':D.floatize(l.intensity), COL=key.color?DLIA+'['+(id++)+'],'+DLIA+'['+(id++)+'],'+DLIA+'['+(id++)+']':l.transform.color.join(','), IC=key.innerCone?DLIA+'['+(id++)+']':D.floatize(l.innerCone), OC=key.outerCone?DLIA+'['+(id++)+']':D.floatize(l.outerCone), DRS=key.diffuseRemapScale?DLIA+'['+(id++)+']':D.floatize(l.diffuseRemapScale), DRA=key.diffuseRemapAdd?DLIA+'['+(id++)+']':D.floatize(l.diffuseRemapAdd) switch(l.lightType){ case 'ambient': s+='color+=applyAmbientLight(pix,vec3('+COL+'),'+INS+');' break case 'directional': s+='color+=applyDirectionalLight(pix,normal,vec3('+ROT+'),vec3('+COL+'),'+INS+','+DRS+','+DRA+');' break case 'point': s+='vec3 _'+i+'toLight=vec3('+POS+')-pixPos;float _'+i+'x=length(_'+i+'toLight);_'+i+'toLight/=_'+i+'x;color+=applyPointLight(_'+i+'toLight,'+l.attenuationPolynomial.trim().replaceAll('X','_'+i+'x')+',pix,normal,vec3('+ROT+'),vec3('+COL+'),'+INS+','+IC+','+OC+','+DRS+','+DRA+');' break } } return s})()).replaceAll('HARDCODED_NORMAL_MAP_COMPUTATIONS',(()=>m.normalMap.length?'vec3 _tan=cross(normal,vec3(0,0.9999999,0.0000001));vec3 _bitan=cross(normal,_tan);mat3 _tbn=mat3(_tan,_bitan,normal);normal=_tbn(texture(normalTexture,uv).rgb2.0-1.0);':'')()).replaceAll('HARDCODED_SHADOW_COMPUTATIONS',(()=>{ let s='' for(let i in m.shadowers){ let l=m.shadowers[i] s+='shadow=applyShadow(shadowTexture_'+i+',mat4('+l.transform.viewMatrix.join(',')+'),vec3('+l.transform.matrix.slice(12,15).join(',')+'),normal,'+(l.blurSamples\|0)+','+D.floatize(l.blurRadius/(l.blurSamples\|\|1))+','+D.floatize(l.intensity/((l.blurSamples2+1)(l.blurSamples2+1)))+','+D.floatize(l.biasScale)+','+D.floatize(l.biasAdd)+');'} return s })()) m.program=m.script?D.createProgram(hardcode(Scripts[m.script].vsh),hardcode(Scripts[m.script].fsh),1):D.createProgram(hardcode(`#version 300 es\nprecision mediump float;HARDCODED_VERTEX_ATTRIBUTESHARDCODED_INSTANCED_ATTRIBUTESuniform mat4 modelMatrix;uniform mat4 viewMatrix;out vec3 pixPos;out vec3 pixNormal;out vec3 pixColor;out vec2 pixUV;void main(){vec4 pos=modelMatrixvec4(vertPos,1);pixPos=pos.xyz;pixNormal=mat3(modelMatrix)vertNormal;pixColor=vertColor;pixUV=vertUV;gl_Position=viewMatrixpos;}`),hardcode(`#version 300 es precision mediump float; in vec3 pixPos; in vec3 pixNormal; in vec3 pixColor; in vec2 pixUV; uniform vec3 camPos; HARDCODED_UNIFORMS out vec4 FragColor; vec3 applyAmbientLight(vec3 pix,vec3 col,float inst){ return pixcolinst; } vec3 applyDirectionalLight(vec3 pix,vec3 normal,vec3 dir,vec3 col,float inst,float diffuseRemapScale,float diffuseRemapAdd){ float diffuse=max(dot(-dir,normal)diffuseRemapScale+diffuseRemapAdd,0.0); vec3 toLight=dir; float specular=pow(max(dot(normalize(-dir+normalize(camPos-pixPos)),normal),0.0),HARDCODED_SPECULAR_EXPONENT); return (diffusepix+specularHARDCODED_SPECULAR_INTENSITY)instcol; } vec3 applyPointLight(vec3 toLight,float x,vec3 pix,vec3 normal,vec3 dir,vec3 col,float inst,float innerCone,float outerCone,float diffuseRemapScale,float diffuseRemapAdd){ float diffuse=max(dot(toLight,normal)diffuseRemapScale+diffuseRemapAdd,0.0); float specular=pow(max(dot(normalize(toLight+normalize(camPos-pixPos)),normal),0.0),HARDCODED_SPECULAR_EXPONENT); float conal=smoothstep(outerCone,innerCone,dot(toLight,-dir)); return (diffusepix+specularHARDCODED_SPECULAR_INTENSITY)conalinstcol/x; } float applyShadow(sampler2D tex,mat4 mat,vec3 pos,vec3 normal,int blurSamples,float blurRadius,float inst,float biasScale,float biasAdd){ vec4 proj=matvec4(pixPos,1); proj.xyz/=proj.w; proj.xyz=proj.xyz0.5+0.5; float currentDepth=proj.z-max((0.5-dot(normalize(pos-pixPos),normal))biasScale,biasAdd); float shadow=1.0; for(int y=-blurSamples;y<=blurSamples;y++){ for(int x=-blurSamples;x<=blurSamples;x++){ float projDepth=texture(tex,proj.xy+vec2(x,y)blurRadius).r; if(projDepth<=currentDepth) shadow-=inst; } } if(proj.z>1.0\|\|proj.x<0.0\|\|proj.x>1.0\|\|proj.y<0.0\|\|proj.y>1.0) shadow=1.0; return shadow; } void main(){ float shadow=1.0; vec2 uv=pixUV; vec3 normal=normalize(pixNormal); vec3 color=vec3(0); vec3 pix=pixColor; HARDCODED_SHADOW_COMPUTATIONS HARDCODED_NORMAL_MAP_COMPUTATIONS HARDCODED_STATIC_LIGHT_COMPUTATIONS HARDCODED_DYNAMIC_LIGHT_COMPUTATIONS FragColor=vec4(colorshadow,1); }`),1) D.activeTextures(m.activeTexturesArr) for(let i in m.shadowers) D.setUniform('shadowTexture_'+i,(i-0)+sc) for(let i in m.texture)D.setUniform('albedoTexture_'+i,i) if(m.normalMap)D.setUniform('normalTexture',m.texture.length) } Engine.InitalizeMaterial=InitalizeMaterial function InitalizeMesh(m){ Meshes[m.name]=m m.data=[] if(m.physics.usePhysics){ let p=m.physics,mask=1 p.collisionMask=arrayParse(p.collisionMask) for(let i in p.collisionMask)mask\|=Engine.cachedPowersOf2[p.collisionMask[i]] p.body=new CANNON.Body({ fixedRotation:p.fixedRotation, position:new CANNON.Vec3(...m.transform.position), quaternion:new CANNON.Quaternion(...quat.fromEuler([],...m.transform.rotation)), mass:p.mass, collisionFilterGroup:Engine.cachedPowersOf2[p.collisionGroup], collisionFilterMask:mask, type:CANNON.Body[p.type] }) } m.shadowers=[] m.castShadowsTo=arrayParse(m.castShadowsTo) for(let i in Shadowers){ if(m.castShadows\|\|m.castShadowsTo.indexOf(i)>-1){ Shadowers[i].meshes.push(m) m.shadowers.push(Shadowers[i]) } } for(let i in m.children){ let o=m.children if(o[i].type!=='geometry')continue if(m.physics.usePhysics&&o[i].physics.usePhysics){ let p=o[i].physics,a=new CANNON.Vec3(...vec3.add([],p.position,[o[i].data.x,o[i].data.y,o[i].data.z])),b=new CANNON.Quaternion(...quat.fromEuler([],...vec3.add([],p.rotation,[o[i].data.rx\|\|0,o[i].data.ry\|\|0,(o[i].data.rz\|\|0)+(o[i].data.type==='cylinder'?180/o[i].data.detail:0)]))) switch(o[i].data.type){ case 'box':m.physics.body.addShape(new CANNON.Box(new CANNON.Vec3(Math.abs(o[i].data.w0.5p.scale[0]),Math.abs(o[i].data.h0.5p.scale[1]),Math.abs(o[i].data.l0.5p.scale[2]))),a,b) break case 'sphere':m.physics.body.addShape(new CANNON.Sphere(Math.abs(o[i].data.radiusp.scale[0])),a,b) break case 'cylinder':m.physics.body.addShape(new CANNON.Cylinder(Math.abs(o[i].data.radiusp.scale[0]),Math.abs(o[i].data.radius2p.scale[0]),Math.abs(o[i].data.heightp.scale[1]),o[i].data.detail),a,b) break } } if(o[i].render){ o[i].data.data=arrayParse(o[i].data.data) if(o[i].autoUVBounds) for(let j in o[i].data.textureMapping){ let tm=o[i].data.textureMapping[j] tm.w=tm.h=undefined } if(Scripts[o[i].data.obj])o[i].data.obj=Scripts[o[i].data.obj].text m.data.push(o[i].data) } } let order=[],offset=0,mat=Materials[m.material] if(mat.vertexData.position)order.push('x','y','z') if(mat.vertexData.normal)order.push('nx','ny','nz') if(mat.vertexData.color)order.push('r','g','b') if(mat.vertexData.uv)order.push('u','v') for(let i=0,_i=0;i<mat.extraDataFormat.length;i++){ for(let j=0;j<mat.extraDataFormat[i]-0;j++){ order.push('data_'+(_i++)) } } let stride=order.length<<2,vertData=[],extraAttribs=[] if(mat.vertexData.position){vertData.push(['vertPos',3,stride,offset]);offset+=12} if(mat.vertexData.normal){vertData.push(['vertNormal',3,stride,offset]);offset+=12} if(mat.vertexData.color){vertData.push(['vertColor',3,stride,offset]);offset+=12} if(mat.vertexData.uv){vertData.push(['vertUV',2,stride,offset]);offset+=8} for(let i in mat.extraDataFormat){ let d=mat.extraDataFormat[i]-0 vertData.push(['vertData_'+i,d,stride,offset]) offset+=d<<2 } m.defaultData=arrayParse(m.defaultData) m.mesh=D.createMesh(D.createMeshData({meshes:m.data,order:order,defaultData:m.defaultData,wireframe:m.wireframe}),[...vertData],mat.instancedAttribs) if(m.physics.usePhysics){ Engine.physics.removeBody(m.physics.body) Engine.physics.addBody(m.physics.body) } } Engine.InitalizeMesh=InitalizeMesh function InitalizeTransform(o){ o.script??='NothingScript' o.transform={localMatrix:D.createIdentityMatrix(),matrix:D.createIdentityMatrix(),position:o.transform.position,rotation:quat.fromEuler([],...o.transform.rotation),scale:o.transform.scale} if(o.type==='camera'\|\|o.type==='shadower'){ o.computeProjectionMatrix=()=>o.transform.projectionMatrix=(o.projectionType==='orthographic'?mat4.ortho(D.createIdentityMatrix(),-o.FOVEngine.aspect,o.FOVEngine.aspect,-o.FOV/Engine.aspect,o.FOV/Engine.aspect,o.near,o.far):D.perspectiveMatrix(o.FOV,o.type==='camera'?Engine.aspect:o.width/o.height,o.near,o.far)) o.computeProjectionMatrix() o.transform.viewMatrix=D.createIdentityMatrix() if(o.type==='shadower'){ o.tex=D.createTexture(o.width,o.height,null,'NEAREST','CLAMP_TO_EDGE','DEPTH_COMPONENT32F','DEPTH_COMPONENT','FLOAT') o.fb=D.createFramebuffer(o.tex,false,'DEPTH_ATTACHMENT') } }else if(o.type==='light')o.transform.direction=[0,0,-1] } Engine.InitalizeTransform=InitalizeTransform canvas.onresize=function(){ Engine.width=canvas.clientWidth Engine.height=canvas.clientHeight Engine.camera.computeProjectionMatrix() D.viewport(0,0,Engine.width,Engine.height) } D.bindFramebuffer(null) function computeTransformations(is1stFrame){ for(let i in AllObjects){ let o=AllObjects[i],ot=o.transform if(!is1stFrame) Scripts[o.script].OnUpdate(o,Engine) if(!o.computeTransformations&&!is1stFrame)continue if(o.physics&&o.physics.usePhysics&&o.physics.body){ let b=o.physics.body b.quaternion.normalize() ot.position[0]=b.position.x ot.position[1]=b.position.y ot.position[2]=b.position.z ot.rotation[0]=b.quaternion.x ot.rotation[1]=b.quaternion.y ot.rotation[2]=b.quaternion.z ot.rotation[3]=b.quaternion.w } mat4.fromRotationTranslationScale(ot.localMatrix,ot.rotation,ot.position,ot.scale) if(o.parent)mat4.multiply(ot.matrix,o.parent.transform.matrix,ot.localMatrix);else mat4.copy(ot.matrix,ot.localMatrix) if(o.type==='camera'\|\|o.type==='shadower'){ mat4.multiply(ot.viewMatrix,ot.projectionMatrix,mat4.invert(ot.localMatrix,ot.matrix)) }else if(o.type==='light'){ vec3.transformQuat(ot.direction,D.NEG_Z,ot.rotation) // never-nesters fear me if(o.dynamic){let idx=o.index;dynamicLightUniformArray[idx++]=ot.position[0];dynamicLightUniformArray[idx++]=ot.position[1];dynamicLightUniformArray[idx++]=ot.position[2];dynamicLightUniformArray[idx++]=o.color[0];dynamicLightUniformArray[idx++]=o.color[1];dynamicLightUniformArray[idx++]=o.color[2];} } } } function renderShadowMaps(is1stFrame){ if(amountOfShadowers){ D.useProgram(Engine.shadowMapProgram) D.cullFace('BACK') for(let i in Shadowers){ let sha=Shadowers[i] if(!sha.computeShadowMap&&!is1stFrame)continue D.bindFramebuffer(sha.fb) D.clear(0,0,0,1) D.viewport(0,0,sha.width,sha.height) D.setUniform('viewMatrix',sha.transform.viewMatrix) for(let j in sha.meshes){ let mes=sha.meshes[j] D.setUniform('modelMatrix',mes.transform.matrix) D.renderMesh(mes.mesh) } } D.viewport(0,0,Engine.width,Engine.height) } } function MainRender(){ D.bindFramebuffer(Engine.mainRenderOutputFB) D.clear(...Engine.camera.clearColor) Engine.uniformedPrograms={} Engine.lastUsedProgram=0 for(let i in Meshes){ if(!Meshes[i].render) continue if(Engine.lastUsedProgram!==Meshes[i].material){ Engine.lastUsedProgram=Meshes[i].material D.useProgram(Materials[Meshes[i].material].program) if(!Engine.uniformedPrograms[Meshes[i].material]){ Engine.uniformedPrograms[Meshes[i].material]=true D.setUniform('viewMatrix',Engine.camera.transform.viewMatrix) D.setUniform('camPos',Engine.camera.transform.matrix.slice(12,15)) D.setUniform('time',[Engine.time]) if(Engine.dynamicLightsAmount) D.setUniform('dynamicLightInfoArray',dynamicLightUniformArray) D.activeTextures(Materials[Meshes[i].material].activeTexturesArr) } Scripts[Meshes[i].script].OnMaterialSet(Meshes[i],Engine) } D.setUniform('modelMatrix',Meshes[i].transform.matrix) Scripts[Meshes[i].script].OnBeforeRender(Meshes[i],Engine) D.renderMesh(Meshes[i].mesh) Scripts[Meshes[i].script].OnAfterRender(Meshes[i],Engine) } } Engine.ComputeTransformations=computeTransformations for(let i in AllObjects)InitalizeTransform(AllObjects[i]) computeTransformations(true) for(let i in Data._assets) if(Data._assets[i].type==='material'){ Data._assets[i].name=i InitalizeMaterial(Data._assets[i]) } for(let i in Meshes)InitalizeMesh(Meshes[i]) for(let i in AllObjects)Scripts[AllObjects[i].script].OnCreate(AllObjects[i],Engine) renderShadowMaps(true) function LOOP(now){ Engine.time+=(Engine.deltaTime=Math.max(Math.min((now-Engine.then)Engine.timeMultiplier,Engine.maxDeltaTime),Engine.minDeltaTime)) for(let i in Pipeline) Pipeline[i].run() window.parent.raf=window.requestAnimationFrame(LOOP) Engine.then=now } if(window.parent.raf)window.cancelAnimationFrame(window.parent.raf) Engine.then=window.performance.now() LOOP(Engine.then) //<script> }catch(e){console.error(e)}})(PROGRAM_DIV)</script></body></html>
Folds
Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgKu33N7KCww
Votes	8
Spin-Offs	0
Type	WEBPAGE
Width	400
Height	600
User Flagged	false
Origin Scratchpad	null
Hidden From Hotlist	false
Restricted Posting	true
By Child	false
Author Nick	Dat
Author Name	Dddatt
Author ID	kaid_4164356982737975081215128
Author Profile Access	COACH

Archive Data

Added	9 months ago, 1712758697961
Updated	9 months ago, 1712758697961
Source Deleted	unknown