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function(e){if(Array.isArray(e)){for(var t=0,r=new Array(e.length);t vTexCoord.y;\n bool y1 = p1.y > vTexCoord.y;\n bool y2 = p2.y > vTexCoord.y;\n\n // could web be under the curve (after t1)?\n if (y1 ? !y2 : y0) {\n // add the coverage for t1\n coverage.x += saturate(C1.x + 0.5);\n // calculate the anti-aliasing for t1\n weight.x = min(weight.x, abs(C1.x));\n }\n\n // are we outside the curve (after t2)?\n if (y1 ? !y0 : y2) {\n // subtract the coverage for t2\n coverage.x -= saturate(C2.x + 0.5);\n // calculate the anti-aliasing for t2\n weight.x = min(weight.x, abs(C2.x));\n }\n}\n\n// this is essentially the same as coverageX, but with the axes swapped\nvoid coverageY(vec2 p0, vec2 p1, vec2 p2) {\n\n vec2 C1, C2;\n calulateCrossings(p0, p1, p2, C1, C2);\n\n bool x0 = p0.x > vTexCoord.x;\n bool x1 = p1.x > vTexCoord.x;\n bool x2 = p2.x > vTexCoord.x;\n\n if (x1 ? !x2 : x0) {\n coverage.y -= saturate(C1.y + 0.5);\n weight.y = min(weight.y, abs(C1.y));\n }\n\n if (x1 ? !x0 : x2) {\n coverage.y += saturate(C2.y + 0.5);\n weight.y = min(weight.y, abs(C2.y));\n }\n}\n\nvoid main() {\n\n // calculate the pixel scale based on screen-coordinates\n pixelScale = hardness / fwidth(vTexCoord);\n\n // which grid cell is this pixel in?\n ivec2 gridCoord = ifloor(vTexCoord * vec2(uGridSize));\n\n // intersect curves in this row\n {\n // the index into the row info bitmap\n int rowIndex = gridCoord.y + uGridOffset.y;\n // fetch the info texel\n vec4 rowInfo = getTexel(uSamplerRows, rowIndex, uGridImageSize);\n // unpack the rowInfo\n int rowStrokeIndex = getInt16(rowInfo.xy);\n int rowStrokeCount = getInt16(rowInfo.zw);\n\n for (int iRowStroke = INT(0); iRowStroke < N; iRowStroke++) {\n if (iRowStroke >= rowStrokeCount)\n break;\n\n // each stroke is made up of 3 points: the start and control point\n // and the start of the next curve.\n // fetch the indices of this pair of strokes:\n vec4 strokeIndices = getTexel(uSamplerRowStrokes, rowStrokeIndex++, uCellsImageSize);\n\n // unpack the stroke index\n int strokePos = getInt16(strokeIndices.xy);\n\n // fetch the two strokes\n vec4 stroke0 = getTexel(uSamplerStrokes, strokePos + INT(0), uStrokeImageSize);\n vec4 stroke1 = getTexel(uSamplerStrokes, strokePos + INT(1), uStrokeImageSize);\n\n // calculate the coverage\n coverageX(stroke0.xy, stroke0.zw, stroke1.xy);\n }\n }\n\n // intersect curves in this column\n {\n int colIndex = gridCoord.x + uGridOffset.x;\n vec4 colInfo = getTexel(uSamplerCols, colIndex, uGridImageSize);\n int colStrokeIndex = getInt16(colInfo.xy);\n int colStrokeCount = getInt16(colInfo.zw);\n \n for (int iColStroke = INT(0); iColStroke < N; iColStroke++) {\n if (iColStroke >= colStrokeCount)\n break;\n\n vec4 strokeIndices = getTexel(uSamplerColStrokes, colStrokeIndex++, uCellsImageSize);\n\n int strokePos = getInt16(strokeIndices.xy);\n vec4 stroke0 = getTexel(uSamplerStrokes, strokePos + INT(0), uStrokeImageSize);\n vec4 stroke1 = getTexel(uSamplerStrokes, strokePos + INT(1), uStrokeImageSize);\n coverageY(stroke0.xy, stroke0.zw, stroke1.xy);\n }\n }\n\n weight = saturate(1.0 - weight * 2.0);\n float distance = max(weight.x + weight.y, minDistance); // manhattan approx.\n float antialias = abs(dot(coverage, weight) / distance);\n float cover = min(abs(coverage.x), abs(coverage.y));\n OUT_COLOR = vec4(uMaterialColor.rgb, 1.) * uMaterialColor.a;\n OUT_COLOR *= saturate(max(antialias, cover));\n}\n",lineVert:j+"/*\n Part of the Processing project - http://processing.org\n Copyright (c) 2012-15 The Processing Foundation\n Copyright (c) 2004-12 Ben Fry and Casey Reas\n Copyright (c) 2001-04 Massachusetts Institute of Technology\n This library is free software; you can redistribute it and/or\n modify it under the terms of the GNU Lesser General Public\n License as published by the Free Software Foundation, version 2.1.\n This library is distributed in the hope that it will be useful,\n but WITHOUT ANY WARRANTY; without even the implied warranty of\n MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU\n Lesser General Public License for more details.\n You should have received a copy of the GNU Lesser General\n Public License along with this library; if not, write to the\n Free Software Foundation, Inc., 59 Temple Place, Suite 330,\n Boston, MA 02111-1307 USA\n*/\n\n#define PROCESSING_LINE_SHADER\n\nprecision mediump float;\nprecision mediump int;\n\nuniform mat4 uModelViewMatrix;\nuniform mat4 uProjectionMatrix;\nuniform float uStrokeWeight;\n\nuniform bool uUseLineColor;\nuniform vec4 uMaterialColor;\n\nuniform vec4 uViewport;\nuniform int uPerspective;\nuniform int uStrokeJoin;\n\nattribute vec4 aPosition;\nattribute vec3 aTangentIn;\nattribute vec3 aTangentOut;\nattribute float aSide;\nattribute vec4 aVertexColor;\n\nvarying vec4 vColor;\nvarying vec2 vTangent;\nvarying vec2 vCenter;\nvarying vec2 vPosition;\nvarying float vMaxDist;\nvarying float vCap;\nvarying float vJoin;\n\nvec2 lineIntersection(vec2 aPoint, vec2 aDir, vec2 bPoint, vec2 bDir) {\n // Rotate and translate so a starts at the origin and goes out to the right\n bPoint -= aPoint;\n vec2 rotatedBFrom = vec2(\n bPoint.x*aDir.x + bPoint.y*aDir.y,\n bPoint.y*aDir.x - bPoint.x*aDir.y\n );\n vec2 bTo = bPoint + bDir;\n vec2 rotatedBTo = vec2(\n bTo.x*aDir.x + bTo.y*aDir.y,\n bTo.y*aDir.x - bTo.x*aDir.y\n );\n float intersectionDistance =\n rotatedBTo.x + (rotatedBFrom.x - rotatedBTo.x) * rotatedBTo.y /\n (rotatedBTo.y - rotatedBFrom.y);\n return aPoint + aDir * intersectionDistance;\n}\n\nvoid main() {\n // Caps have one of either the in or out tangent set to 0\n vCap = (aTangentIn == vec3(0.)) != (aTangentOut == (vec3(0.)))\n ? 1. : 0.;\n\n // Joins have two unique, defined tangents\n vJoin = (\n aTangentIn != vec3(0.) &&\n aTangentOut != vec3(0.) &&\n aTangentIn != aTangentOut\n ) ? 1. : 0.;\n\n vec4 posp = uModelViewMatrix * aPosition;\n vec4 posqIn = uModelViewMatrix * (aPosition + vec4(aTangentIn, 0));\n vec4 posqOut = uModelViewMatrix * (aPosition + vec4(aTangentOut, 0));\n\n float facingCamera = pow(\n // The word space tangent's z value is 0 if it's facing the camera\n abs(normalize(posqIn-posp).z),\n\n // Using pow() here to ramp `facingCamera` up from 0 to 1 really quickly\n // so most lines get scaled and don't get clipped\n 0.25\n );\n\n // using a scale <1 moves the lines towards the camera\n // in order to prevent popping effects due to half of\n // the line disappearing behind the geometry faces.\n float scale = mix(1., 0.995, facingCamera);\n\n // Moving vertices slightly toward the camera\n // to avoid depth-fighting with the fill triangles.\n // Discussed here:\n // http://www.opengl.org/discussion_boards/ubbthreads.php?ubb=showflat&Number=252848 \n posp.xyz = posp.xyz * scale;\n posqIn.xyz = posqIn.xyz * scale;\n posqOut.xyz = posqOut.xyz * scale;\n\n vec4 p = uProjectionMatrix * posp;\n vec4 qIn = uProjectionMatrix * posqIn;\n vec4 qOut = uProjectionMatrix * posqOut;\n vCenter = p.xy;\n\n // formula to convert from clip space (range -1..1) to screen space (range 0..[width or height])\n // screen_p = (p.xy/p.w + <1,1>) * 0.5 * uViewport.zw\n\n // prevent division by W by transforming the tangent formula (div by 0 causes\n // the line to disappear, see https://github.com/processing/processing/issues/5183)\n // t = screen_q - screen_p\n //\n // tangent is normalized and we don't care which aDirection it points to (+-)\n // t = +- normalize( screen_q - screen_p )\n // t = +- normalize( (q.xy/q.w+<1,1>)*0.5*uViewport.zw - (p.xy/p.w+<1,1>)*0.5*uViewport.zw )\n //\n // extract common factor, <1,1> - <1,1> cancels out\n // t = +- normalize( (q.xy/q.w - p.xy/p.w) * 0.5 * uViewport.zw )\n //\n // convert to common divisor\n // t = +- normalize( ((q.xy*p.w - p.xy*q.w) / (p.w*q.w)) * 0.5 * uViewport.zw )\n //\n // remove the common scalar divisor/factor, not needed due to normalize and +-\n // (keep uViewport - can't remove because it has different components for x and y\n // and corrects for aspect ratio, see https://github.com/processing/processing/issues/5181)\n // t = +- normalize( (q.xy*p.w - p.xy*q.w) * uViewport.zw )\n\n vec2 tangentIn = normalize((qIn.xy*p.w - p.xy*qIn.w) * uViewport.zw);\n vec2 tangentOut = normalize((qOut.xy*p.w - p.xy*qOut.w) * uViewport.zw);\n\n vec2 curPerspScale;\n if(uPerspective == 1) {\n // Perspective ---\n // convert from world to clip by multiplying with projection scaling factor\n // to get the right thickness (see https://github.com/processing/processing/issues/5182)\n // invert Y, projections in Processing invert Y\n curPerspScale = (uProjectionMatrix * vec4(1, -1, 0, 0)).xy;\n } else {\n // No Perspective ---\n // multiply by W (to cancel out division by W later in the pipeline) and\n // convert from screen to clip (derived from clip to screen above)\n curPerspScale = p.w / (0.5 * uViewport.zw);\n }\n\n vec2 offset;\n if (vJoin == 1.) {\n vTangent = normalize(tangentIn + tangentOut);\n vec2 normalIn = vec2(-tangentIn.y, tangentIn.x);\n vec2 normalOut = vec2(-tangentOut.y, tangentOut.x);\n float side = sign(aSide);\n float sideEnum = abs(aSide);\n\n // We generate vertices for joins on either side of the centerline, but\n // the \"elbow\" side is the only one needing a join. By not setting the\n // offset for the other side, all its vertices will end up in the same\n // spot and not render, effectively discarding it.\n if (sign(dot(tangentOut, vec2(-tangentIn.y, tangentIn.x))) != side) {\n // Side enums:\n // 1: the side going into the join\n // 2: the middle of the join\n // 3: the side going out of the join\n if (sideEnum == 2.) {\n // Calculate the position + tangent on either side of the join, and\n // find where the lines intersect to find the elbow of the join\n vec2 c = (posp.xy/posp.w + vec2(1.,1.)) * 0.5 * uViewport.zw;\n vec2 intersection = lineIntersection(\n c + (side * normalIn * uStrokeWeight / 2.) * curPerspScale,\n tangentIn,\n c + (side * normalOut * uStrokeWeight / 2.) * curPerspScale,\n tangentOut\n );\n offset = (intersection - c);\n\n // When lines are thick and the angle of the join approaches 180, the\n // elbow might be really far from the center. We'll apply a limit to\n // the magnitude to avoid lines going across the whole screen when this\n // happens.\n float mag = length(offset);\n float maxMag = 3. * uStrokeWeight;\n if (mag > maxMag) {\n offset *= maxMag / mag;\n }\n } else if (sideEnum == 1.) {\n offset = side * normalIn * curPerspScale * uStrokeWeight / 2.;\n } else if (sideEnum == 3.) {\n offset = side * normalOut * curPerspScale * uStrokeWeight / 2.;\n }\n }\n if (uStrokeJoin == STROKE_JOIN_BEVEL) {\n vec2 avgNormal = vec2(-vTangent.y, vTangent.x);\n vMaxDist = abs(dot(avgNormal, normalIn * uStrokeWeight / 2.));\n } else {\n vMaxDist = uStrokeWeight / 2.;\n }\n } else {\n vec2 tangent = aTangentIn == vec3(0.) ? tangentOut : tangentIn;\n vTangent = tangent;\n vec2 normal = vec2(-tangent.y, tangent.x);\n\n float normalOffset = sign(aSide);\n // Caps will have side values of -2 or 2 on the edge of the cap that\n // extends out from the line\n float tangentOffset = abs(aSide) - 1.;\n offset = (normal * normalOffset + tangent * tangentOffset) *\n uStrokeWeight * 0.5 * curPerspScale;\n vMaxDist = uStrokeWeight / 2.;\n }\n vPosition = vCenter + offset / curPerspScale;\n\n gl_Position.xy = p.xy + offset.xy;\n gl_Position.zw = p.zw;\n \n vColor = (uUseLineColor ? aVertexColor : uMaterialColor);\n}\n",lineFrag:j+"precision mediump float;\nprecision mediump int;\n\nuniform vec4 uMaterialColor;\nuniform int uStrokeCap;\nuniform int uStrokeJoin;\nuniform float uStrokeWeight;\n\nvarying vec4 vColor;\nvarying vec2 vTangent;\nvarying vec2 vCenter;\nvarying vec2 vPosition;\nvarying float vMaxDist;\nvarying float vCap;\nvarying float vJoin;\n\nfloat distSquared(vec2 a, vec2 b) {\n vec2 aToB = b - a;\n return dot(aToB, aToB);\n}\n\nvoid main() {\n if (vCap > 0.) {\n if (\n uStrokeCap == STROKE_CAP_ROUND &&\n distSquared(vPosition, vCenter) > uStrokeWeight * uStrokeWeight * 0.25\n ) {\n discard;\n } else if (\n uStrokeCap == STROKE_CAP_SQUARE &&\n dot(vPosition - vCenter, vTangent) > 0.\n ) {\n discard;\n }\n // Use full area for PROJECT\n } else if (vJoin > 0.) {\n if (\n uStrokeJoin == STROKE_JOIN_ROUND &&\n distSquared(vPosition, vCenter) > uStrokeWeight * uStrokeWeight * 0.25\n ) {\n discard;\n } else if (uStrokeJoin == STROKE_JOIN_BEVEL) {\n vec2 normal = vec2(-vTangent.y, vTangent.x);\n if (abs(dot(vPosition - vCenter, normal)) > vMaxDist) {\n discard;\n }\n }\n // Use full area for MITER\n }\n gl_FragColor = vec4(vColor.rgb, 1.) * vColor.a;\n}\n",pointVert:"attribute vec3 aPosition;\nuniform float uPointSize;\nvarying float vStrokeWeight;\nuniform mat4 uModelViewMatrix;\nuniform mat4 uProjectionMatrix;\nvoid main() {\n\tvec4 positionVec4 = vec4(aPosition, 1.0);\n\tgl_Position = uProjectionMatrix * uModelViewMatrix * positionVec4;\n\tgl_PointSize = uPointSize;\n\tvStrokeWeight = uPointSize;\n}",pointFrag:"precision mediump float;\nprecision mediump int;\nuniform vec4 uMaterialColor;\nvarying float vStrokeWeight;\n\nvoid main(){\n float mask = 0.0;\n\n // make a circular mask using the gl_PointCoord (goes from 0 - 1 on a point)\n // might be able to get a nicer edge on big strokeweights with smoothstep but slightly less performant\n\n mask = step(0.98, length(gl_PointCoord * 2.0 - 1.0));\n\n // if strokeWeight is 1 or less lets just draw a square\n // this prevents weird artifacting from carving circles when our points are really small\n // if strokeWeight is larger than 1, we just use it as is\n\n mask = mix(0.0, mask, clamp(floor(vStrokeWeight - 0.5),0.0,1.0));\n\n // throw away the borders of the mask\n // otherwise we get weird alpha blending issues\n\n if(mask > 0.98){\n discard;\n }\n\n gl_FragColor = vec4(uMaterialColor.rgb, 1.) * uMaterialColor.a;\n}\n"};function w(e,t,r,o,n,s,i,a,l,u){var c=t.getParameter(t.FRAMEBUFFER_BINDING),r=(t.bindFramebuffer(t.FRAMEBUFFER,r),a===t.RGBA?4:3),d=s*i*r,f=l===t.UNSIGNED_BYTE?Uint8Array:Float32Array;if(e instanceof f&&e.length===d||(e=new f(d)),t.readPixels(o,u?u-n-i:n,s,i,a,l,e),t.bindFramebuffer(t.FRAMEBUFFER,c),u)for(var h=Math.floor(i/2),p=new f(s*r),m=0;m>7,127&d,c>>7,127&c);for(var f=0;f>7,127&h,0,0)}}return{cellImageInfo:a,dimOffset:t,dimImageInfo:n}}}}]),t}();B.default.RendererGL.prototype._renderText=function(e,t,r,o,n){if(this._textFont&&"string"!=typeof this._textFont){if(!(n<=o)&&this._doFill){if(this._isOpenType()){e.push();var n=this._doStroke,s=this.drawMode,i=(this._doStroke=!1,this.drawMode=M.TEXTURE,this._textFont.font),a=(a=this._textFont._fontInfo)||(this._textFont._fontInfo=new T(i)),r=this._textFont._handleAlignment(this,t,r,o),o=this._textSize/i.unitsPerEm,l=(this.translate(r.x,r.y,0),this.scale(o,o,1),this.GL),r=!this._defaultFontShader,u=this._getFontShader(),c=(u.init(),u.bindShader(),r&&(u.setUniform("uGridImageSize",[64,64]),u.setUniform("uCellsImageSize",[64,64]),u.setUniform("uStrokeImageSize",[64,64]),u.setUniform("uGridSize",[9,9])),this._applyColorBlend(this.curFillColor),this.retainedMode.geometry.glyph),d=(c||((o=this._textGeom=new B.default.Geometry(1,1,function(){for(var e=0;e<=1;e++)for(var t=0;t<=1;t++)this.vertices.push(new B.default.Vector(t,e,0)),this.uvs.push(t,e)})).computeFaces().computeNormals(),c=this.createBuffers("glyph",o)),!0),r=!1,o=void 0;try{for(var f,h=this.retainedMode.buffers.text[Symbol.iterator]();!(d=(f=h.next()).done);d=!0)f.value._prepareBuffer(c,u)}catch(e){r=!0,o=e}finally{try{d||null==h.return||h.return()}finally{if(r)throw o}}this._bindBuffer(c.indexBuffer,l.ELEMENT_ARRAY_BUFFER),u.setUniform("uMaterialColor",this.curFillColor),l.pixelStorei(l.UNPACK_PREMULTIPLY_ALPHA_WEBGL,!1);try{var p=0,m=null,y=i.stringToGlyphs(t),g=!0,v=!1,b=void 0;try{for(var j,_=y[Symbol.iterator]();!(g=(j=_.next()).done);g=!0){var x,w,S=j.value,E=(m&&(p+=i.getKerningValue(m,S)),a.getGlyphInfo(S));E.uGlyphRect&&(x=E.rowInfo,w=E.colInfo,u.setUniform("uSamplerStrokes",E.strokeImageInfo.imageData),u.setUniform("uSamplerRowStrokes",x.cellImageInfo.imageData),u.setUniform("uSamplerRows",x.dimImageInfo.imageData),u.setUniform("uSamplerColStrokes",w.cellImageInfo.imageData),u.setUniform("uSamplerCols",w.dimImageInfo.imageData),u.setUniform("uGridOffset",E.uGridOffset),u.setUniform("uGlyphRect",E.uGlyphRect),u.setUniform("uGlyphOffset",p),u.bindTextures(),l.drawElements(l.TRIANGLES,6,this.GL.UNSIGNED_SHORT,0)),p+=S.advanceWidth,m=S}}catch(e){v=!0,b=e}finally{try{g||null==_.return||_.return()}finally{if(v)throw b}}}finally{u.unbindShader(),this._doStroke=n,this.drawMode=s,l.pixelStorei(l.UNPACK_PREMULTIPLY_ALPHA_WEBGL,!0),e.pop()}}else console.log("WEBGL: only Opentype (.otf) and Truetype (.ttf) fonts are supported");return e}}else console.log("WEBGL: you must load and set a font before drawing text. 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Generative Art / Emergent DNA / 2025–2026

Traveling
Landscape

A world with an age. Boxes grow from white ground, breathe at full life, and return to white. The camera moves. You do not know what you will find.

The landscape does not know you are passing through it.
What you leave behind is already dying.
What lies ahead has not yet been born.

The world is aging. You are moving through it.

Speed 50

camera velocity

Density 50

clusters in world

World Age 50

lifespan of landscape

↳ The world has one lifespan · what came before you is already aging · each journey is unrepeatable

Emergent DNA — The Lifecycle

Born

An entity enters the world. Position, size, lifespan assigned by seeded randomness. The clock starts.

Grow

The envelope rises from 0 to 1. The artwork responds — growing, brightening, emerging from white.

Hold

Full maturity. The envelope holds at 1. The entity breathes. This is its peak. It will not last.

Fade

The envelope descends. The artwork recedes. The entity returns to the white it came from.

Die

Gone. The world culls it. The world itself has an age. When all are gone, a new seed begins everything again.

Concept

Emergent DNA is not a visual style. It is a lifecycle engine — the invisible biology underneath the artwork. It does not know what the art looks like. It only knows when something is born, how long it grows, when it peaks, and when it dies.

That rhythm — expressed as a single number between zero and one — is the envelope. The artwork listens to it. In Traveling Landscape, the boxes listen and grow upward from the ground, breathe at full life, and recede back to white. A different artwork could listen to the same DNA and produce something entirely unlike this. The DNA is the species. The artwork is its body.

The world itself has an age — a lifespan of two to four minutes, randomly assigned at the start of each cycle. Because you are moving forward through a fixed landscape, the boxes behind you were born first. They are older. When you turn back, you are facing a world already in decline. Space and time are the same thing here.

"The landscape does not change. You move through time by moving through space."