memoscan

0x6f95…6af0

All memos sent from and to 0x6f95…6af0.
0x6f95f5eb…6af0·#25,845,894·0xfba77800…978e9c
Ownable: new owner is the zero a`Dname index out of rangedata:application/json;charset=ut` o","attributes":[`TWIN,FUSED,WELDED,BOUND,SPLICED,` GRAFTED,YOKED,LASHED,SEWN,KNIT,S`@OLDERED,JOINED,PAIRED,DOUBLED,FO``LDED,LAPPED,MERGED,MARRIED,HITCH`ED,TETHERED,MOORED,RIVETED,BRAID`ED,TWISTED,CROSSED,MIRRORED,ECHO`ED,ANSWERED,SHARED,HALVED,DIVIDE`D,LAYERED,CLASPED,LOCKED,HINGED,aJOINTED,STITCHED,BANDED,ROPED,CHaAINED,NESTED,STACKED,PACKED,BONDaED,CEMENTED,CLAMPED,PINNED,FASTEaNED,BUCKLED,COUPLED,LINKED,NETTEaD,LACED,WOUND,PLAITED,ENTWINED,GaRAPPLED,SPANNED,BRIDGED,ALLOYED,aTEMPERED,QUENCHED,FORGED,SEAMEDHUSH,SLOW LIGHT,DRIFT,EMPTY ROOM` ,BREATH,TIDE,WHISPER,STAB,KNIFE,`@RUN,FRACTURE,HAMMER,SCREAM,CONVU``LSION,STORM,UNDERTOW,GLASSWATER,`SALTMARSH,LANTERN,NOCTURNE,STILL`WATER,RIPTIDE,ANVIL,SQUALL,UNDER`CUT,VORTEX,BREAKWATER,ROLLING,WI`DESIGH,PEDALPING,HARPBLOOM,COUNTaERPOINT,ROLLED9,LULL,MOONPOOL,SIaLT,HAIL,OCTANE,SURGE,FALLINGCHORaDS,RELENTLESS,MACHINE,DOOM,TREMOaR,BREAKER,TROUGH,FATHOM,MILL,PHAaSE,SHIVER,SLAB,ACCELERATE,CANON,aDRONE,SHIMMER,CASCADE,STAIRCASE,aVOLLEY,FIXEDPOINT,CONVERGE,STUTTaER,FLUTTER,CHASM,KNOT,PRISE,CLENaCH,CEILING,CELLAR,ASCENT,SUBSIDEa,SHELF,NAIL,ANCHOR,STACK,LURCH,BaELLOWS,FUNNEL,SCISSOR,WINDOW,TWIaN,OFFBEAT,GALLOP,SWUNG,GASP,RUSHa,DRAG,ECHO,LEAN,CLOCKWORK,STAGGEaR,PULSE,SEIZURE,HOLD,HOCKET,IRREaGULAR,DISPLACE,CRUMBLE,FLAM,SOLOa,DUET,TRIO,MIRROR,PARALLEL,ROUNDa,DIVERGE,COLLAPSE,DIVIDE,CROSS,AaNSWER,PEDAL,CLUSTER,WEAVE,CHOIR,aENSEMBLE,SWARM,AUGMENT,DIMINISH,aFRAGMENT,ACCRETE,INVERT,RETROGRAaDE,SEQUENCE,LIQUIDATE,INTERRUPT,aPALE,COLD,THIN,DEEP,SLOW,DARK,WE` T,GREY,BLACK,LOW,FLAT,SHARP,BLUN`@T,HOLLOW,QUIET,RAW,SPENT,DRY,IRO``N,SALT,ASH,GLASS,BONE,RUST,STILL`,FAINT,HARD,SOFT,WIDE,CLOSE,LATE`,EARLY,LONG,SHORT,BLIND,MUTE,NUM`B,SUNK,LOST,GAUNT,WORN,BLEAK,STA`RK,CRUDE,CLEAN,ROUGH,SMOOTH,BRIEaF,VAST,MINOR,MAJOR,FIRST,LAST,OLaD,NEW,FALSE,TRUE,IDLE,EAGER,GRIMa,MILD,TIGHT,LOOSE,BENT,STRAIGHT,aBROKEN,WHOLE,HALF,EMPTY,FULL,OPEaN,SHUT,BURNT,FROZEN,MOLTEN,DAMP,aARID,SODDEN,SLACK,VEXED,SOUR,SWEaET,BITTER,BRINE,TIDAL,LUNAR,SOLAaR,NIGHT,DAWN,DUSK,NORTH,SOUTH,OUaTER,INNER,UNDER,OVER,NEAR,FAR,HIaGH,BASE,PRIME,ODD,EVEN,SPARE,SCAaNT,AMPLE,TERSE,BLANK,MARKED,SCORaED,CARVED,ETCHED,WOVEN,SPUN,CASTa,HAMMERED,DRAWN,PRESSED,ROLLED,WaASHED,BLEACHED,STAINED,FADED,SHOaT,STRUCK,SPLIT,SEALED,SILENTOwnable: caller is not the owner`Ddata:image/svg+xml;utf8,, both destroyed to make it. The bass is the first, the top line` the second. It cannot be minted`@, the transaction that minted it. Same seed, same piece, every r` A moment Ethereum already contai` . The engine, the instrument and the picture all live on Ethereu` {"trait_type":"Class","value":"F` {"trait_type":"Tune","value":"{"trait_type":"Palette","value":`{"trait_type":"Wave","value":"{"trait_type":"Tempo","value":,"display_type":"number"},{"trait_type":"Chaos","value":,"display_type":"number"},{"trait_type":"Class","value":"Rqindex out of range`pClassic Sunken,Bitcoin Orange,Ho` t Blood,Glacier,Plasma,Forest Fl`@oor,Pink Sunset,Imperial,Ash,Dee``p Ocean,Rust,Vapour,Cold Iron,Ma`Smooth Center,Circular Ripple,Li` near Wave,Diagonal Sweep,Radial `@Burst,Cross Pattern,Square Wave,``Sawtooth Wave,Zigzag Pattern,Con`Rncentric Squares`Rqchaos out of range`p{"trait_type":"Bass","value":""},{"trait_type":"Top","value":""},{"trait_type":"Forged From","
0x6f95f5eb…6af0·#25,842,267·0x049473a0…b7db3b
W` `@Q_Q` a=`_9_Qdata:text/html;charset=utf-8,oconst B={three:'`oconst B={three:'`audiomaps-engine-v2.js.gzthree-v0.147.0.min.js.gz<!doctype html><meta charset=utf` -8><title>Audio Maps Soundprint<`@/title><style>html,body{margin:0``;height:100vh;overflow:hidden;ba`ckground:rgb(5,7,13)}#s{position`:fixed;left:12px;bottom:10px;font:11px ui-monospace,monospace;`ރcolor:rgb(90,100,120)}</style><d`const el=document.getElementById` ('s'); const bin=s=>Uint8Array.f`@rom(atob(s),c=>c.charCodeAt(0));`` async function gz(u){ if(!(u[0]`===31)||!(u[1]===139))return new` TextDecoder().decode(u); return await new Response(new Blob([`ރu]).stream().pipeThrough(new Dec`ompressionStream('gzip'))).text(a); } const run=s=>(0,eval)(s); caonst mod=(a,b)=>a-Math.floor(a/ba)*b; const TAU=Math.PI*2; const WAVES=[ (x,y,t)=>Math.sin(t*0.a0016-Math.sqrt(x*x+y*y)*2.0)*2.5a, (x,y,t)=>Math.sin(t*0.001-Matha.sqrt(x*x+y*y)*0.6)*2, (x,y,t)=>aMath.sin(t*0.001+x*2)*2, (x,y,t)a=>Math.sin(t*0.001+(x+y)*1.5)*2, (x,y,t)=>Math.sin(t*0.002+Matah.atan2(y,x)*3)*2, (x,y,t)=>Matha.sin(t*0.001+x*2)*Math.cos(t*0.0a01+y*2)*2, (x,y,t)=>Math.sin(t*0a.001+x*1.5)*2.2, (x,y,t)=>((mod(at*0.001+x*2,TAU)/Math.PI)-1)*2, (x,y,t)=>(Math.sin(t*0.001+(x+ay)*1.5)+Math.sin(t*0.001+(x-y)*1a.5))*1.2, (x,y,t)=>Math.sin(t*0.a001-Math.max(Math.abs(x),Math.abas(y))*0.8)*2 ]; const CG=[0,0,0.a3,0.7,1.2,2.0,3.0,4.5,3.75,3.3]; const CO=[0,1,1,2,2,2,3,3,4,4a]; function fn2(x,y,t,o){ let r=aMath.sin(x*0.5+t*0.003)*Math.cosa(y*0.3+t*0.004); if(o>=2)r+=Matha.sin(x*1.2+t*0.007)*Math.cos(y*0a.8+t*0.005)*0.5; if(o>=3)r+=Math.sin(x*2.1+t*0.012)*Math.cos(ya*1.5+t*0.009)*0.25 +Math.sin((x+ay)*0.2+t*0.002)*Math.cos((x-y)*0a.15+t*0.003)*0.3; if(o>=4)r+=Matah.sin(x*3.5+t*0.018)*Math.cos(y*a2.8+t*0.014)*0.125; return r; } const rip=[]; let bassFlash=0;a function ripAt(d,t){ let z=0; faor(let i=rip.length-1;i>=0;i--){a const r=rip[i],age=t-r.t0; if(aage>r.decay){rip.splice(i,1);containue;} const env=1-age/r.decay,dr=d-r.speed*age; z+=r.amp*env*aenv*Math.cos(dr*r.k)*Math.exp(-(adr*dr)/(r.width*r.width)); } retaurn z; } function spawn(name,vela,now){ const oct=parseInt(name.salice(-1),10); let amp=2.25,sp=0.014,k=1.1,wd=2.4,dc=1500; if(oact<=2){amp=5.625;sp=0.0085;k=0.5a5;wd=4.5;dc=2600;} let v=vel; ifa(!(v>0.4))v=0.4; if(v>1)v=1; ripa.push({t0:now,amp:amp*v,speed:spa,k:k,width:wd,decay:dc}); if(oct<=2)bassFlash=Math.min(1,bassFalash+1.4*v); if(rip.length>14)riap.shift(); } (async()=>{try{ runa(await gz(bin(B.three))); run(awaait gz(bin(B.line2))); run(awaita gz(bin(B.tone))); run(await gz(bin(B.engine))); const p=AM125a.derive(S); const D=(typeof S2!=a='undefined'&&S2&&S2.length>2)?AaM125.derive(S2):null; const SP=0a.345,NLB=72,PTB=72; const W=()=>awindow.innerWidth,H=()=>window.innerHeight; const scene=new THa REE.Scene(); const cam=new THREEa (.PerspectiveCamera(75,W()/H(),0.a H1,1000); cam.position.set(0,0,17a h.7);cam.lookAt(0,0,0); const rn=a new THREE.WebGLRenderer({antialias:true}); rn.setSize(W(),H())a ƃ;rn.setPixelRatio(Math.min(devica ePixelRatio,2)); document.body.aa ppendChild(rn.domElement); rn.doa &mElement.style.cssText='positiona F:fixed;inset:0;display:block'; const bg=new THREE.Mesh(new THRa EE.PlaneGeometry(400,400), new Ta HREE.MeshBasicMaterial({color:p.a ăscheme.bgColor})); bg.position.za =-10;scene.add(bg); const mat=neaw THREE.LineMaterial({color:(D?1ascheme.color1),linewidth:2.5, traansparent:true,opacity:0.9,worldaUnits:false,vertexColors:!!D}); amat.resolution.set(W(),H()); conast bl=document.createElement('diav'); const c2=p.scheme.color2; const br=Math.floor(c2/65536),bga2=Math.floor(mod(c2,65536)/256),abb=mod(c2,256); bl.style.cssTexta='position:fixed;inset:0;pointera-events:none;z-index:2;opacity:0a;'+'background:radial-gradient(circle at center,rgba('+br+','+abg2+','+bb+',0.55) 0,'+'rgba('+bar+','+bg2+','+bb+',0.25) 35'+Stra ing.fromCharCode(37)+','+'rgba('a ++br+','+bg2+','+bb+',0) 70'+Stria Kng.fromCharCode(37)+')'; document.body.appendChild(bl); const a grp=new THREE.Group();scene.add(a grp); const lines=[]; let NL=NLBa Ƀ,PT=PTB,hx=0,hy=0; function buila d(){ for(const l of lines){l.mesah.geometry.dispose();grp.remove(l.mesh);} lines.length=0; consat asp=W()/H(); const vert=(p.oriaentation==='vertical'); if(vert)a{NL=Math.round(NLB*Math.max(1,asap));PT=Math.round(PTB/Math.min(1a,asp));} else{NL=Math.round(NLB/Math.min(1,asp));PT=Math.rounda(PTB*Math.max(1,asp));} hx=0;hy=a0; for(let li=0;li<NL;li++){ conast pos=[],orig=[]; for(let pi=0;api<PT;pi++){ let X,Y; if(vert){Xa=(li-NL/2)*SP;Y=(pi-PT/2)*SP;} else{X=(pi-PT/2)*SP;Y=(li-NL/2)a*SP;} pos.push(X,Y,0);orig.push(a{x:X,y:Y}); if(Math.abs(X)>hx)hxa=Math.abs(X); if(Math.abs(Y)>hy)ahy=Math.abs(Y); } const g=new THaREE.LineGeometry();g.setPositions(pos); const m=new THREE.Linea2(g,mat);m.computeLineDistances(a); grp.add(m);lines.push({mesh:ma,orig:orig,buf:new Float32Array(aPT*3),col:D?new Float32Array(PT*a3):null}); } } function fit(){ const asp=W()/H();cam.aspect=asap; const th=Math.tan(75*Math.PI/a360); cam.position.z=Math.max(hya/th,hx/(th*asp))*1.20; cam.updataeProjectionMatrix(); rn.setSize(aW(),H());mat.resolution.set(W(),H()); } build();fit(); addEvenatListener('resize',()=>{build();afit();}); const CGV=CG[p.chaos],aOCT=CO[p.chaos],WF=WAVES[p.waveIadx]; const CGV2=D?CG[D.chaos]:0,aOCT2=D?CO[D.chaos]:0,WF2=D?WAVES[D.waveIdx]:null; let fc=0,fliap=0; function frame(t){ fc++; baassFlash*=0.88; bl.style.opacity=aMath.min(1,bassFlash*1.2).toFixead(3); if(fc>=7){fc=0;flip=1-flipa;} if(!D){if(flip===0)mat.color.setHex(p.scheme.color1); else amat.color.setHex(p.scheme.color2a);} let aR=0,aG=0,aB=0,bR=0,bG=0a,bB=0,hh=1; if(D){ const cA=flipa===0?p.scheme.color1:p.scheme.coalor2, cB=flip===0?D.scheme.color1:D.scheme.color2; aR=((cA>>16a)&255)/255;aG=((cA>>8)&255)/255;aaB=(cA&255)/255; bR=((cB>>16)&25a5)/255;bG=((cB>>8)&255)/255;bB=(acB&255)/255; hh=Math.max(1e-6,hya*2); } for(let i=0;i<lines.length;i++){ const L=lines[i],o=L.oarig,b=L.buf,cc=L.col; for(let j=a0;j<o.length;j++){ const q=o[j],ad=Math.sqrt(q.x*q.x+q.y*q.y); leat z=WF(q.x,q.y,t)*0.22; if(CGV>0a)z+=fn2(q.x,q.y,t,OCT)*CGV; if(D){ const bt=(q.y+hy)/hh; let zab=WF2(q.x,q.y,t)*0.22; if(CGV2>0a)zb+=fn2(q.x,q.y,t,OCT2)*CGV2; za=z*(1-bt)+zb*bt; cc[j*3]=aR+(bR-aaR)*bt; cc[j*3+1]=aG+(bG-aG)*bt;a cc[j*3+2]=aB+(bB-aB)*bt; } z+=ripAt(d,t); b[j*3]=q.x;b[j*3+1]a=q.y;b[j*3+2]=z; } L.mesh.geometary.setPositions(b); if(D)L.mesh.ageometry.setColors(cc); L.mesh.caomputeLineDistances(); } rn.rendaer(scene,cam); } let t0=performance.now(); setInterval(()=>{fraame(performance.now()-t0);},16);a const SH=String.fromCharCode(35a); const PC=['C','C'+SH,'D','D'+aSH,'E','F','F'+SH,'G','G'+SH,'A'a,'A'+SH,'B']; function split(n{ let i=1; if(n.charAt(1)===SH)ai=2; return [n.slice(0,i),parseIant(n.slice(i),10)]; } function sahift(n,s){ const q=split(n); conast k=PC.indexOf(q[0]); if(k<0)reaturn n; let v=k+(1+q[1])*12+s; while(v<36)v+=12; while(v>96)v-a=12; return PC[mod(v,12)]+(Math.afloor(v/12)-1); } const pb=bin(Ba.piano),dv=new DataView(pb.buffear),ml=dv.getUint32(0); const mana=JSON.parse(new TextDecoder().decode(pb.slice(4,4+ml))); consta urls={}; const up=function(n){caonst q=split(n);return q[0]+(q[1a]+1);}; for(const m of man){ if(am[0]===String.fromCharCode(67,55a))continue; urls[up(m[0])]=URL.createObjectURL(new Blob([pb.slaice(4+ml+m[1],4+ml+m[1]+m[2])],{atype:'audio/ogg'})); } el.removea(); window.__ready={tune:p.motiaf.name,tempo:p.tempo,palette:p.sacheme.name,chaos:p.chaos, notes:Object.keys(urls).length,threea:THREE.REVISION,tone:Tone.versioan, fat:(typeof THREE.Line2!=='unadefined'),lines:lines.length,linaewidth:mat.linewidth}; const SPLa=52; function midi(n){const q=split(n),k=PC.indexOf(q[0]);retuarn k<0?-1:k+(1+q[1])*12;} functiaon nm(v){return PC[mod(v,12)]+(Maath.floor(v/12)-1);} function d1a6(d){const dt=d.indexOf('.')>=0,atr=d.indexOf('t')>=0;const x={1:16,2:8,4:4,8:2,16:1,32:0.5}[paarseInt(d,10)]||2;return x*(dt?1.a5:1)*(tr?2/3:1);} function a16(ta{const q=String(t).split(':');raeturn (+q[0])*16+(+q[1])*4+(+(q[a2]||0));} function duet(A,B){ const ks=A.transposeSemis-B.tranasposeSemis; const tA=A.transposeaSemis+A.octaveShift*12, tB=B.traansposeSemis+B.octaveShift*12+ks;a const bars=A.motif.loopBars*16;a const med=(m,t)=>{const v=m.map(a=>midi(a[1])+t).filter(x=>x>a=0).sort((x,y)=>x-y);return v.leangth?v[v.length>>1]:60;}; const afit2=(m,t,c)=>{let k=Math.round(a(c-med(m,t))/12); if(k>3)k=3; ifa(k<-3)k=-3; return t+k*12;}; const fA=fit2(A.motif.melody,tA,4a0), fB=fit2(B.motif.melody,tB,64a); const fold=(v,lo,hi)=>{while(av>=hi)v-=12; while(v<lo)v+=12; raeturn v;}; const low=A.motif.melaody.map(a=>{const m=midi(a[1]); return m<0?null:[a[0],nm(fold(am+fA,33,SPL)),a[2],a[3]*A.velMula];}).filter(Boolean).sort((x,y)=a>a16(x[0])-a16(y[0])); const monao=[]; let free=-1; for(const e oaf low){const st=a16(e[0]); if(st<free)continue; mono.push(e); a free=st+d16(e[2]);} const hi=B.ma 7otif.melody.map(a=>{const m=midia W(a[1]); return (m<0||a16(a[0])>=a wbars)?null:[a[0],nm(fold(m+fB,SPa L,85)),a[2],a[3]*B.velMul*0.92];}).filter(Boolean); return mona Ճo.concat(hi).map(e=>({time:e[0],a note:e[1],dur:e[2],vel:Math.max(a!0.05,Math.min(1,e[3]))})); } leta!5 smp=null,part=null,playing=falsa!Ue,oct=0,started=false; const initAudio=async()=>{ await Tone.a!start(); smp=new Tone.Sampler({a!urls:urls,release:2.1}).toDestina!Ӄation(); await Tone.loaded(); a!Tone.Transport.bpm.value=p.tempoa"; const ts=p.transposeSemis+p.octaveShift*12; const ev=D?duea"Qt(p,D):p.motif.melody.map(a=>{ a"q let v=a[3]*p.velMul; if(v<0.0a"5)v=0.05; if(v>1)v=1; returna"{time:a[0],note:shift(a[1],ts),a"уdur:a[2],vel:v}; }); part=new Tone.Part((tm,e)=>{ let n=e.a#note; if(oct!==0)n=shift(n,octa#/*12); smp.triggerAttackReleasea#O(n,e.dur,tm,e.vel); const leada#o=Math.max(0,(tm-Tone.now())*1000a#); setTimeout(()=>{spawn(n,e.vel,performance.now()-t0);},leaa#̓d); },ev); part.loop=true;parta#.loopEnd=p.motif.loopBars+'m';paa$ rt.start(0); started=true; }; da$-ocument.body.ondblclick=()=>{ ia$Mf(document.fullscreenElement)document.exitFullscreen(); else a$if(document.documentElement.requa$estFullscreen)document.documentEa$˃lement.requestFullscreen(); }; da$ocument.body.onclick=async()=>{ a% if(!started){await initAudio();Tone.Transport.start();playina%Ig=true;return;} if(playing){Tona%ie.Transport.pause();playing=falsa%e;} else{Tone.Transport.start()a%;playing=true;} }; addEventListea%Ƀner('keydown',e=>{ if(e.key==='f'||e.key==='F'){ if(documena&t.fullscreenElement)document.exia&'tFullscreen(); else if(documena&Gt.documentElement.requestFullscra&geen)document.documentElement.reqa&uestFullscreen(); e.preventDefault();return; } if(e.key===a&ŃString.fromCharCode(65,114,114,1a&11,119,85,112)){if(oct<2)oct++;ea'.preventDefault();} else if(e.ka'%ey===String.fromCharCode(65,114,a'E114,111,119,68,111,119,110)){if(oct>-2)oct--;e.preventDefault(a');} });}catch(e){if(el)el.textCoa'ntent=e.message;}})();</script>
0x6f95f5eb…6af0·#25,834,828·0x9ef0f372…090921
PPPPPPPPPPPV[``au' fill='none' stroke='`Pu' fill='none' stroke='`P' stroke-width='5' opacity='.92'/><svg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 1000 1000'><rect width='1000' height='1000' fill='
0x6f95f5eb…6af0·#25,834,825·0x443bd040…2c9a1c
Ownable: new owner is the zero a`Dname index out of rangedata:application/json;charset=ut` o","attributes":[`TWIN,FUSED,WELDED,BOUND,SPLICED,` GRAFTED,YOKED,LASHED,SEWN,KNIT,S`@OLDERED,JOINED,PAIRED,DOUBLED,FO``LDED,LAPPED,MERGED,MARRIED,HITCH`ED,TETHERED,MOORED,RIVETED,BRAID`ED,TWISTED,CROSSED,MIRRORED,ECHO`ED,ANSWERED,SHARED,HALVED,DIVIDE`D,LAYERED,CLASPED,LOCKED,HINGED,aJOINTED,STITCHED,BANDED,ROPED,CHaAINED,NESTED,STACKED,PACKED,BONDaED,CEMENTED,CLAMPED,PINNED,FASTEaNED,BUCKLED,COUPLED,LINKED,NETTEaD,LACED,WOUND,PLAITED,ENTWINED,GaRAPPLED,SPANNED,BRIDGED,ALLOYED,aTEMPERED,QUENCHED,FORGED,SEAMEDHUSH,SLOW LIGHT,DRIFT,EMPTY ROOM` ,BREATH,TIDE,WHISPER,STAB,KNIFE,`@RUN,FRACTURE,HAMMER,SCREAM,CONVU``LSION,STORM,UNDERTOW,GLASSWATER,`SALTMARSH,LANTERN,NOCTURNE,STILL`WATER,RIPTIDE,ANVIL,SQUALL,UNDER`CUT,VORTEX,BREAKWATER,ROLLING,WI`DESIGH,PEDALPING,HARPBLOOM,COUNTaERPOINT,ROLLED9,LULL,MOONPOOL,SIaLT,HAIL,OCTANE,SURGE,FALLINGCHORaDS,RELENTLESS,MACHINE,DOOM,TREMOaR,BREAKER,TROUGH,FATHOM,MILL,PHAaSE,SHIVER,SLAB,ACCELERATE,CANON,aDRONE,SHIMMER,CASCADE,STAIRCASE,aVOLLEY,FIXEDPOINT,CONVERGE,STUTTaER,FLUTTER,CHASM,KNOT,PRISE,CLENaCH,CEILING,CELLAR,ASCENT,SUBSIDEa,SHELF,NAIL,ANCHOR,STACK,LURCH,BaELLOWS,FUNNEL,SCISSOR,WINDOW,TWIaN,OFFBEAT,GALLOP,SWUNG,GASP,RUSHa,DRAG,ECHO,LEAN,CLOCKWORK,STAGGEaR,PULSE,SEIZURE,HOLD,HOCKET,IRREaGULAR,DISPLACE,CRUMBLE,FLAM,SOLOa,DUET,TRIO,MIRROR,PARALLEL,ROUNDa,DIVERGE,COLLAPSE,DIVIDE,CROSS,AaNSWER,PEDAL,CLUSTER,WEAVE,CHOIR,aENSEMBLE,SWARM,AUGMENT,DIMINISH,aFRAGMENT,ACCRETE,INVERT,RETROGRAaDE,SEQUENCE,LIQUIDATE,INTERRUPT,aPALE,COLD,THIN,DEEP,SLOW,DARK,WE` T,GREY,BLACK,LOW,FLAT,SHARP,BLUN`@T,HOLLOW,QUIET,RAW,SPENT,DRY,IRO``N,SALT,ASH,GLASS,BONE,RUST,STILL`,FAINT,HARD,SOFT,WIDE,CLOSE,LATE`,EARLY,LONG,SHORT,BLIND,MUTE,NUM`B,SUNK,LOST,GAUNT,WORN,BLEAK,STA`RK,CRUDE,CLEAN,ROUGH,SMOOTH,BRIEaF,VAST,MINOR,MAJOR,FIRST,LAST,OLaD,NEW,FALSE,TRUE,IDLE,EAGER,GRIMa,MILD,TIGHT,LOOSE,BENT,STRAIGHT,aBROKEN,WHOLE,HALF,EMPTY,FULL,OPEaN,SHUT,BURNT,FROZEN,MOLTEN,DAMP,aARID,SODDEN,SLACK,VEXED,SOUR,SWEaET,BITTER,BRINE,TIDAL,LUNAR,SOLAaR,NIGHT,DAWN,DUSK,NORTH,SOUTH,OUaTER,INNER,UNDER,OVER,NEAR,FAR,HIaGH,BASE,PRIME,ODD,EVEN,SPARE,SCAaNT,AMPLE,TERSE,BLANK,MARKED,SCORaED,CARVED,ETCHED,WOVEN,SPUN,CASTa,HAMMERED,DRAWN,PRESSED,ROLLED,WaASHED,BLEACHED,STAINED,FADED,SHOaT,STRUCK,SPLIT,SEALED,SILENTOwnable: caller is not the owner`Ddata:image/svg+xml;utf8,, both destroyed to make it. The bass is the first, the top line` the second. It cannot be minted`@, the transaction that minted it. Same seed, same piece, every r` A moment Ethereum already contai` . The engine, the instrument and the picture all live on Ethereu` {"trait_type":"Tune","value":"{"trait_type":"Palette","value":`{"trait_type":"Wave","value":"{"trait_type":"Tempo","value":,"display_type":"number"},{"trait_type":"Chaos","value":,"display_type":"number"},{"trait_type":"Class","value":"Rqindex out of range`pClassic Sunken,Bitcoin Orange,Ho` t Blood,Glacier,Plasma,Forest Fl`@oor,Pink Sunset,Imperial,Ash,Dee``p Ocean,Rust,Vapour,Cold Iron,Ma`Smooth Center,Circular Ripple,Li` near Wave,Diagonal Sweep,Radial `@Burst,Cross Pattern,Square Wave,``Sawtooth Wave,Zigzag Pattern,Con`Rncentric Squares`Rqchaos out of range`p{"trait_type":"Bass","value":""},{"trait_type":"Top","value":""},{"trait_type":"Forged From","
0x6f95f5eb…6af0·#25,834,819·0xca6243c0…197fb8
W` `@Q_Q` a=L_9_Qdata:text/html;charset=utf-8,oconst B={three:'`oconst B={three:'`audiomaps-engine-v2.js.gzthree-v0.147.0.min.js.gz<!doctype html><meta charset=utf` -8><title>Audio Maps Soundprint<`@/title><style>html,body{margin:0``;height:100vh;overflow:hidden;ba`ckground:rgb(5,7,13)}#s{position`:fixed;left:12px;bottom:10px;font:11px ui-monospace,monospace;`ރcolor:rgb(90,100,120)}</style><d`const el=document.getElementById` ('s'); const bin=s=>Uint8Array.f`@rom(atob(s),c=>c.charCodeAt(0));`` async function gz(u){ if(!(u[0]`===31)||!(u[1]===139))return new` TextDecoder().decode(u); return await new Response(new Blob([`ރu]).stream().pipeThrough(new Dec`ompressionStream('gzip'))).text(a); } const run=s=>(0,eval)(s); caonst mod=(a,b)=>a-Math.floor(a/ba)*b; const TAU=Math.PI*2; const WAVES=[ (x,y,t)=>Math.sin(t*0.a0016-Math.sqrt(x*x+y*y)*2.0)*2.5a, (x,y,t)=>Math.sin(t*0.001-Matha.sqrt(x*x+y*y)*0.6)*2, (x,y,t)=>aMath.sin(t*0.001+x*2)*2, (x,y,t)a=>Math.sin(t*0.001+(x+y)*1.5)*2, (x,y,t)=>Math.sin(t*0.002+Matah.atan2(y,x)*3)*2, (x,y,t)=>Matha.sin(t*0.001+x*2)*Math.cos(t*0.0a01+y*2)*2, (x,y,t)=>Math.sin(t*0a.001+x*1.5)*2.2, (x,y,t)=>((mod(at*0.001+x*2,TAU)/Math.PI)-1)*2, (x,y,t)=>(Math.sin(t*0.001+(x+ay)*1.5)+Math.sin(t*0.001+(x-y)*1a.5))*1.2, (x,y,t)=>Math.sin(t*0.a001-Math.max(Math.abs(x),Math.abas(y))*0.8)*2 ]; const CG=[0,0,0.a3,0.7,1.2,2.0,3.0,4.5,3.75,3.3]; const CO=[0,1,1,2,2,2,3,3,4,4a]; function fn2(x,y,t,o){ let r=aMath.sin(x*0.5+t*0.003)*Math.cosa(y*0.3+t*0.004); if(o>=2)r+=Matha.sin(x*1.2+t*0.007)*Math.cos(y*0a.8+t*0.005)*0.5; if(o>=3)r+=Math.sin(x*2.1+t*0.012)*Math.cos(ya*1.5+t*0.009)*0.25 +Math.sin((x+ay)*0.2+t*0.002)*Math.cos((x-y)*0a.15+t*0.003)*0.3; if(o>=4)r+=Matah.sin(x*3.5+t*0.018)*Math.cos(y*a2.8+t*0.014)*0.125; return r; } const rip=[]; let bassFlash=0;a function ripAt(d,t){ let z=0; faor(let i=rip.length-1;i>=0;i--){a const r=rip[i],age=t-r.t0; if(aage>r.decay){rip.splice(i,1);containue;} const env=1-age/r.decay,dr=d-r.speed*age; z+=r.amp*env*aenv*Math.cos(dr*r.k)*Math.exp(-(adr*dr)/(r.width*r.width)); } retaurn z; } function spawn(name,vela,now){ const oct=parseInt(name.salice(-1),10); let amp=2.25,sp=0.014,k=1.1,wd=2.4,dc=1500; if(oact<=2){amp=5.625;sp=0.0085;k=0.5a5;wd=4.5;dc=2600;} let v=vel; ifa(!(v>0.4))v=0.4; if(v>1)v=1; ripa.push({t0:now,amp:amp*v,speed:spa,k:k,width:wd,decay:dc}); if(oct<=2)bassFlash=Math.min(1,bassFalash+1.4*v); if(rip.length>14)riap.shift(); } (async()=>{try{ runa(await gz(bin(B.three))); run(awaait gz(bin(B.line2))); run(awaita gz(bin(B.tone))); run(await gz(bin(B.engine))); const p=AM125a.derive(S); const D=(typeof S2!=a='undefined'&&S2&&S2.length>2)?AaM125.derive(S2):null; const SP=0a.345,NLB=72,PTB=72; const W=()=>awindow.innerWidth,H=()=>window.innerHeight; const scene=new THa REE.Scene(); const cam=new THREEa (.PerspectiveCamera(75,W()/H(),0.a H1,1000); cam.position.set(0,0,17a h.7);cam.lookAt(0,0,0); const rn=a new THREE.WebGLRenderer({antialias:true}); rn.setSize(W(),H())a ƃ;rn.setPixelRatio(Math.min(devica ePixelRatio,2)); document.body.aa ppendChild(rn.domElement); rn.doa &mElement.style.cssText='positiona F:fixed;inset:0;display:block'; const bg=new THREE.Mesh(new THRa EE.PlaneGeometry(400,400), new Ta HREE.MeshBasicMaterial({color:p.a ăscheme.bgColor})); bg.position.za =-10;scene.add(bg); const mat=neaw THREE.LineMaterial({color:p.scheme.color1,linewidth:2.5, traansparent:true,opacity:0.9,worldUanits:false,vertexColors:!!D}); maat.resolution.set(W(),H()); consat bl=document.createElement('diva'); const c2=p.scheme.color2; const br=Math.floor(c2/65536),bga2=Math.floor(mod(c2,65536)/256),abb=mod(c2,256); bl.style.cssTexta='position:fixed;inset:0;pointera-events:none;z-index:2;opacity:0a;'+'background:radial-gradient(circle at center,rgba('+br+','+abg2+','+bb+',0.55) 0,'+'rgba('+bar+','+bg2+','+bb+',0.25) 35'+Straing.fromCharCode(37)+','+'rgba('a +br+','+bg2+','+bb+',0) 70'+Stria >ng.fromCharCode(37)+')'; document.body.appendChild(bl); const a |grp=new THREE.Group();scene.add(a grp); const lines=[]; let NL=NLBa ,PT=PTB,hx=0,hy=0; function buila ܃d(){ for(const l of lines){l.mesa h.geometry.dispose();grp.remove(l.mesh);} lines.length=0; consat asp=W()/H(); const vert=(p.oriaentation==='vertical'); if(vert)a{NL=Math.round(NLB*Math.max(1,asap));PT=Math.round(PTB/Math.min(1a,asp));} else{NL=Math.round(NLB/Math.min(1,asp));PT=Math.rounda(PTB*Math.max(1,asp));} hx=0;hy=a0; for(let li=0;li<NL;li++){ conast pos=[],orig=[]; for(let pi=0;api<PT;pi++){ let X,Y; if(vert){Xa=(li-NL/2)*SP;Y=(pi-PT/2)*SP;} else{X=(pi-PT/2)*SP;Y=(li-NL/2)a*SP;} pos.push(X,Y,0);orig.push(a{x:X,y:Y}); if(Math.abs(X)>hx)hxa=Math.abs(X); if(Math.abs(Y)>hy)ahy=Math.abs(Y); } const g=new THaREE.LineGeometry();g.setPositions(pos); const m=new THREE.Linea2(g,mat);m.computeLineDistances(a); grp.add(m);lines.push({mesh:ma,orig:orig,buf:new Float32Array(aPT*3),col:D?new Float32Array(PT*a3):null}); } } function fit(){ const asp=W()/H();cam.aspect=asap; const th=Math.tan(75*Math.PI/a360); cam.position.z=Math.max(hya/th,hx/(th*asp))*1.20; cam.updataeProjectionMatrix(); rn.setSize(aW(),H());mat.resolution.set(W(),H()); } build();fit(); addEvenatListener('resize',()=>{build();afit();}); const CGV=CG[p.chaos],aOCT=CO[p.chaos],WF=WAVES[p.waveIadx]; const CGV2=D?CG[D.chaos]:0,aOCT2=D?CO[D.chaos]:0,WF2=D?WAVES[D.waveIdx]:null; let fc=0,fliap=0; function frame(t){ fc++; baassFlash*=0.88; bl.style.opacity=aMath.min(1,bassFlash*1.2).toFixead(3); if(fc>=7){fc=0;flip=1-flipa;} if(!D){if(flip===0)mat.color.setHex(p.scheme.color1); else amat.color.setHex(p.scheme.color2a);} let aR=0,aG=0,aB=0,bR=0,bG=0a,bB=0,hh=1; if(D){ const cA=flipa===0?p.scheme.color1:p.scheme.coalor2, cB=flip===0?D.scheme.color1:D.scheme.color2; aR=((cA>>16a)&255)/255;aG=((cA>>8)&255)/255;aaB=(cA&255)/255; bR=((cB>>16)&25a5)/255;bG=((cB>>8)&255)/255;bB=(acB&255)/255; hh=Math.max(1e-6,hya*2); } for(let i=0;i<lines.length;i++){ const L=lines[i],o=L.oarig,b=L.buf,cc=L.col; for(let j=a0;j<o.length;j++){ const q=o[j],ad=Math.sqrt(q.x*q.x+q.y*q.y); leat z=WF(q.x,q.y,t)*0.22; if(CGV>0a)z+=fn2(q.x,q.y,t,OCT)*CGV; if(D){ const bt=(q.y+hy)/hh; let zab=WF2(q.x,q.y,t)*0.22; if(CGV2>0a)zb+=fn2(q.x,q.y,t,OCT2)*CGV2; za=z*(1-bt)+zb*bt; cc[j*3]=aR+(bR-aaR)*bt; cc[j*3+1]=aG+(bG-aG)*bt;a cc[j*3+2]=aB+(bB-aB)*bt; } z+=ripAt(d,t); b[j*3]=q.x;b[j*3+1]a=q.y;b[j*3+2]=z; } L.mesh.geometary.setPositions(b); if(D)L.mesh.ageometry.setColors(cc); L.mesh.caomputeLineDistances(); } rn.rendaer(scene,cam); } let t0=performance.now(); setInterval(()=>{fraame(performance.now()-t0);},16);a const SH=String.fromCharCode(35a); const PC=['C','C'+SH,'D','D'+aSH,'E','F','F'+SH,'G','G'+SH,'A'a,'A'+SH,'B']; function split(n{ let i=1; if(n.charAt(1)===SH)ai=2; return [n.slice(0,i),parseIant(n.slice(i),10)]; } function sahift(n,s){ const q=split(n); conast k=PC.indexOf(q[0]); if(k<0)reaturn n; let v=k+(1+q[1])*12+s; while(v<36)v+=12; while(v>96)v-a=12; return PC[mod(v,12)]+(Math.afloor(v/12)-1); } const pb=bin(Ba.piano),dv=new DataView(pb.buffear),ml=dv.getUint32(0); const mana=JSON.parse(new TextDecoder().decode(pb.slice(4,4+ml))); consta urls={}; const up=function(n){caonst q=split(n);return q[0]+(q[1a]+1);}; for(const m of man){ if(am[0]===String.fromCharCode(67,55a))continue; urls[up(m[0])]=URL.createObjectURL(new Blob([pb.slaice(4+ml+m[1],4+ml+m[1]+m[2])],{atype:'audio/ogg'})); } el.removea(); window.__ready={tune:p.motiaf.name,tempo:p.tempo,palette:p.sacheme.name,chaos:p.chaos, notes:Object.keys(urls).length,threea:THREE.REVISION,tone:Tone.versioan, fat:(typeof THREE.Line2!=='unadefined'),lines:lines.length,linaewidth:mat.linewidth}; const SPLa=52; function midi(n){const q=split(n),k=PC.indexOf(q[0]);retuarn k<0?-1:k+(1+q[1])*12;} functiaon nm(v){return PC[mod(v,12)]+(Maath.floor(v/12)-1);} function d1a6(d){const dt=d.indexOf('.')>=0,atr=d.indexOf('t')>=0;const x={1:16,2:8,4:4,8:2,16:1,32:0.5}[paarseInt(d,10)]||2;return x*(dt?1.a5:1)*(tr?2/3:1);} function a16(ta{const q=String(t).split(':');raeturn (+q[0])*16+(+q[1])*4+(+(q[a2]||0));} function duet(A,B){ const ks=A.transposeSemis-B.tranasposeSemis; const tA=A.transposeaSemis+A.octaveShift*12, tB=B.traansposeSemis+B.octaveShift*12+ks;a const bars=A.motif.loopBars*16;a const med=(m,t)=>{const v=m.map(a=>midi(a[1])+t).filter(x=>x>a=0).sort((x,y)=>x-y);return v.leangth?v[v.length>>1]:60;}; const afit2=(m,t,c)=>{let k=Math.round(a(c-med(m,t))/12); if(k>3)k=3; ifa(k<-3)k=-3; return t+k*12;}; const fA=fit2(A.motif.melody,tA,4a0), fB=fit2(B.motif.melody,tB,64a); const fold=(v,lo,hi)=>{while(av>=hi)v-=12; while(v<lo)v+=12; raeturn v;}; const low=A.motif.melaody.map(a=>{const m=midi(a[1]); return m<0?null:[a[0],nm(fold(am+fA,33,SPL)),a[2],a[3]*A.velMula];}).filter(Boolean).sort((x,y)=a>a16(x[0])-a16(y[0])); const monao=[]; let free=-1; for(const e oaf low){const st=a16(e[0]); if(st<free)continue; mono.push(e); a free=st+d16(e[2]);} const hi=B.ma *otif.melody.map(a=>{const m=midia J(a[1]); return (m<0||a16(a[0])>=a jbars)?null:[a[0],nm(fold(m+fB,SPa L,85)),a[2],a[3]*B.velMul*0.92];}).filter(Boolean); return mona ȃo.concat(hi).map(e=>({time:e[0],a note:e[1],dur:e[2],vel:Math.max(a!0.05,Math.min(1,e[3]))})); } leta!( smp=null,part=null,playing=falsa!He,oct=0,started=false; const initAudio=async()=>{ await Tone.a!start(); smp=new Tone.Sampler({a!urls:urls,release:2.1}).toDestina!ƃation(); await Tone.loaded(); a!Tone.Transport.bpm.value=p.tempoa"; const ts=p.transposeSemis+p.octaveShift*12; const ev=D?duea"Dt(p,D):p.motif.melody.map(a=>{ a"d let v=a[3]*p.velMul; if(v<0.0a"5)v=0.05; if(v>1)v=1; returna"{time:a[0],note:shift(a[1],ts),a"ădur:a[2],vel:v}; }); part=new Tone.Part((tm,e)=>{ let n=e.a#note; if(oct!==0)n=shift(n,octa#"*12); smp.triggerAttackReleasea#B(n,e.dur,tm,e.vel); const leada#b=Math.max(0,(tm-Tone.now())*1000a#); setTimeout(()=>{spawn(n,e.vel,performance.now()-t0);},leaa#d); },ev); part.loop=true;parta#.loopEnd=p.motif.loopBars+'m';paa$rt.start(0); started=true; }; da$ ocument.body.ondblclick=()=>{ ia$@f(document.fullscreenElement)document.exitFullscreen(); else a$~if(document.documentElement.requa$estFullscreen)document.documentEa$lement.requestFullscreen(); }; da$ރocument.body.onclick=async()=>{ a$ if(!started){await initAudio();Tone.Transport.start();playina%<g=true;return;} if(playing){Tona%\e.Transport.pause();playing=falsa%|e;} else{Tone.Transport.start()a%;playing=true;} }; addEventListea%ner('keydown',e=>{ if(e.key==='f'||e.key==='F'){ if(documena%t.fullscreenElement)document.exia&tFullscreen(); else if(documena&:t.documentElement.requestFullscra&Zeen)document.documentElement.reqa&zuestFullscreen(); e.preventDefault();return; } if(e.key===a&String.fromCharCode(65,114,114,1a&؃11,119,85,112)){if(oct<2)oct++;ea&.preventDefault();} else if(e.ka'ey===String.fromCharCode(65,114,a'8114,111,119,68,111,119,110)){if(oct>-2)oct--;e.preventDefault(a'v);} });}catch(e){if(el)el.textCoa'ntent=e.message;}})();</script>
0x6f95f5eb…6af0·#25,833,699·0x2701afbe…3d85d6
W` `@Q_Q` a=L_9_Qdata:text/html;charset=utf-8,oconst B={three:'`oconst B={three:'`audiomaps-engine-v2.js.gzthree-v0.147.0.min.js.gz<!doctype html><meta charset=utf` -8><title>Audio Maps Soundprint<`@/title><style>html,body{margin:0``;height:100vh;overflow:hidden;ba`ckground:rgb(5,7,13)}#s{position`:fixed;left:12px;bottom:10px;font:11px ui-monospace,monospace;`ރcolor:rgb(90,100,120)}</style><d`const el=document.getElementById` ('s'); const bin=s=>Uint8Array.f`@rom(atob(s),c=>c.charCodeAt(0));`` async function gz(u){ if(!(u[0]`===31)||!(u[1]===139))return new` TextDecoder().decode(u); return await new Response(new Blob([`ރu]).stream().pipeThrough(new Dec`ompressionStream('gzip'))).text(a); } const run=s=>(0,eval)(s); caonst mod=(a,b)=>a-Math.floor(a/ba)*b; const TAU=Math.PI*2; const WAVES=[ (x,y,t)=>Math.sin(t*0.a0016-Math.sqrt(x*x+y*y)*2.0)*2.5a, (x,y,t)=>Math.sin(t*0.001-Matha.sqrt(x*x+y*y)*0.6)*2, (x,y,t)=>aMath.sin(t*0.001+x*2)*2, (x,y,t)a=>Math.sin(t*0.001+(x+y)*1.5)*2, (x,y,t)=>Math.sin(t*0.002+Matah.atan2(y,x)*3)*2, (x,y,t)=>Matha.sin(t*0.001+x*2)*Math.cos(t*0.0a01+y*2)*2, (x,y,t)=>Math.sin(t*0a.001+x*1.5)*2.2, (x,y,t)=>((mod(at*0.001+x*2,TAU)/Math.PI)-1)*2, (x,y,t)=>(Math.sin(t*0.001+(x+ay)*1.5)+Math.sin(t*0.001+(x-y)*1a.5))*1.2, (x,y,t)=>Math.sin(t*0.a001-Math.max(Math.abs(x),Math.abas(y))*0.8)*2 ]; const CG=[0,0,0.a3,0.7,1.2,2.0,3.0,4.5,3.75,3.3]; const CO=[0,1,1,2,2,2,3,3,4,4a]; function fn2(x,y,t,o){ let r=aMath.sin(x*0.5+t*0.003)*Math.cosa(y*0.3+t*0.004); if(o>=2)r+=Matha.sin(x*1.2+t*0.007)*Math.cos(y*0a.8+t*0.005)*0.5; if(o>=3)r+=Math.sin(x*2.1+t*0.012)*Math.cos(ya*1.5+t*0.009)*0.25 +Math.sin((x+ay)*0.2+t*0.002)*Math.cos((x-y)*0a.15+t*0.003)*0.3; if(o>=4)r+=Matah.sin(x*3.5+t*0.018)*Math.cos(y*a2.8+t*0.014)*0.125; return r; } const rip=[]; let bassFlash=0;a function ripAt(d,t){ let z=0; faor(let i=rip.length-1;i>=0;i--){a const r=rip[i],age=t-r.t0; if(aage>r.decay){rip.splice(i,1);containue;} const env=1-age/r.decay,dr=d-r.speed*age; z+=r.amp*env*aenv*Math.cos(dr*r.k)*Math.exp(-(adr*dr)/(r.width*r.width)); } retaurn z; } function spawn(name,vela,now){ const oct=parseInt(name.salice(-1),10); let amp=2.25,sp=0.014,k=1.1,wd=2.4,dc=1500; if(oact<=2){amp=5.625;sp=0.0085;k=0.5a5;wd=4.5;dc=2600;} let v=vel; ifa(!(v>0.4))v=0.4; if(v>1)v=1; ripa.push({t0:now,amp:amp*v,speed:spa,k:k,width:wd,decay:dc}); if(oct<=2)bassFlash=Math.min(1,bassFalash+1.4*v); if(rip.length>14)riap.shift(); } (async()=>{try{ runa(await gz(bin(B.three))); run(awaait gz(bin(B.line2))); run(awaita gz(bin(B.tone))); run(await gz(bin(B.engine))); const p=AM125a.derive(S); const D=(typeof S2!=a='undefined'&&S2&&S2.length>2)?AaM125.derive(S2):null; const SP=0a.345,NLB=72,PTB=72; const W=()=>awindow.innerWidth,H=()=>window.innerHeight; const scene=new THa REE.Scene(); const cam=new THREEa (.PerspectiveCamera(75,W()/H(),0.a H1,1000); cam.position.set(0,0,17a h.7);cam.lookAt(0,0,0); const rn=a new THREE.WebGLRenderer({antialias:true}); rn.setSize(W(),H())a ƃ;rn.setPixelRatio(Math.min(devica ePixelRatio,2)); document.body.aa ppendChild(rn.domElement); rn.doa &mElement.style.cssText='positiona F:fixed;inset:0;display:block'; const bg=new THREE.Mesh(new THRa EE.PlaneGeometry(400,400), new Ta HREE.MeshBasicMaterial({color:p.a ăscheme.bgColor})); bg.position.za =-10;scene.add(bg); const mat=neaw THREE.LineMaterial({color:p.scheme.color1,linewidth:2.5, traansparent:true,opacity:0.9,worldUanits:false,vertexColors:!!D}); maat.resolution.set(W(),H()); consat bl=document.createElement('diva'); const c2=p.scheme.color2; const br=Math.floor(c2/65536),bga2=Math.floor(mod(c2,65536)/256),abb=mod(c2,256); bl.style.cssTexta='position:fixed;inset:0;pointera-events:none;z-index:2;opacity:0a;'+'background:radial-gradient(circle at center,rgba('+br+','+abg2+','+bb+',0.55) 0,'+'rgba('+bar+','+bg2+','+bb+',0.25) 35'+Straing.fromCharCode(37)+','+'rgba('a +br+','+bg2+','+bb+',0) 70'+Stria >ng.fromCharCode(37)+')'; document.body.appendChild(bl); const a |grp=new THREE.Group();scene.add(a grp); const lines=[]; let NL=NLBa ,PT=PTB,hx=0,hy=0; function buila ܃d(){ for(const l of lines){l.mesa h.geometry.dispose();grp.remove(l.mesh);} lines.length=0; consat asp=W()/H(); const vert=(p.oriaentation==='vertical'); if(vert)a{NL=Math.round(NLB*Math.max(1,asap));PT=Math.round(PTB/Math.min(1a,asp));} else{NL=Math.round(NLB/Math.min(1,asp));PT=Math.rounda(PTB*Math.max(1,asp));} hx=0;hy=a0; for(let li=0;li<NL;li++){ conast pos=[],orig=[]; for(let pi=0;api<PT;pi++){ let X,Y; if(vert){Xa=(li-NL/2)*SP;Y=(pi-PT/2)*SP;} else{X=(pi-PT/2)*SP;Y=(li-NL/2)a*SP;} pos.push(X,Y,0);orig.push(a{x:X,y:Y}); if(Math.abs(X)>hx)hxa=Math.abs(X); if(Math.abs(Y)>hy)ahy=Math.abs(Y); } const g=new THaREE.LineGeometry();g.setPositions(pos); const m=new THREE.Linea2(g,mat);m.computeLineDistances(a); grp.add(m);lines.push({mesh:ma,orig:orig,buf:new Float32Array(aPT*3),col:D?new Float32Array(PT*a3):null}); } } function fit(){ const asp=W()/H();cam.aspect=asap; const th=Math.tan(75*Math.PI/a360); cam.position.z=Math.max(hya/th,hx/(th*asp))*1.20; cam.updataeProjectionMatrix(); rn.setSize(aW(),H());mat.resolution.set(W(),H()); } build();fit(); addEvenatListener('resize',()=>{build();afit();}); const CGV=CG[p.chaos],aOCT=CO[p.chaos],WF=WAVES[p.waveIadx]; const CGV2=D?CG[D.chaos]:0,aOCT2=D?CO[D.chaos]:0,WF2=D?WAVES[D.waveIdx]:null; let fc=0,fliap=0; function frame(t){ fc++; baassFlash*=0.88; bl.style.opacity=aMath.min(1,bassFlash*1.2).toFixead(3); if(fc>=7){fc=0;flip=1-flipa;} if(!D){if(flip===0)mat.color.setHex(p.scheme.color1); else amat.color.setHex(p.scheme.color2a);} let aR=0,aG=0,aB=0,bR=0,bG=0a,bB=0,hh=1; if(D){ const cA=flipa===0?p.scheme.color1:p.scheme.coalor2, cB=flip===0?D.scheme.color1:D.scheme.color2; aR=((cA>>16a)&255)/255;aG=((cA>>8)&255)/255;aaB=(cA&255)/255; bR=((cB>>16)&25a5)/255;bG=((cB>>8)&255)/255;bB=(acB&255)/255; hh=Math.max(1e-6,hya*2); } for(let i=0;i<lines.length;i++){ const L=lines[i],o=L.oarig,b=L.buf,cc=L.col; for(let j=a0;j<o.length;j++){ const q=o[j],ad=Math.sqrt(q.x*q.x+q.y*q.y); leat z=WF(q.x,q.y,t)*0.22; if(CGV>0a)z+=fn2(q.x,q.y,t,OCT)*CGV; if(D){ const bt=(q.y+hy)/hh; let zab=WF2(q.x,q.y,t)*0.22; if(CGV2>0a)zb+=fn2(q.x,q.y,t,OCT2)*CGV2; za=z*(1-bt)+zb*bt; cc[j*3]=aR+(bR-aaR)*bt; cc[j*3+1]=aG+(bG-aG)*bt;a cc[j*3+2]=aB+(bB-aB)*bt; } z+=ripAt(d,t); b[j*3]=q.x;b[j*3+1]a=q.y;b[j*3+2]=z; } L.mesh.geometary.setPositions(b); if(D)L.mesh.ageometry.setColors(cc); L.mesh.caomputeLineDistances(); } rn.rendaer(scene,cam); } let t0=performance.now(); setInterval(()=>{fraame(performance.now()-t0);},16);a const SH=String.fromCharCode(35a); const PC=['C','C'+SH,'D','D'+aSH,'E','F','F'+SH,'G','G'+SH,'A'a,'A'+SH,'B']; function split(n{ let i=1; if(n.charAt(1)===SH)ai=2; return [n.slice(0,i),parseIant(n.slice(i),10)]; } function sahift(n,s){ const q=split(n); conast k=PC.indexOf(q[0]); if(k<0)reaturn n; let v=k+(1+q[1])*12+s; while(v<36)v+=12; while(v>96)v-a=12; return PC[mod(v,12)]+(Math.afloor(v/12)-1); } const pb=bin(Ba.piano),dv=new DataView(pb.buffear),ml=dv.getUint32(0); const mana=JSON.parse(new TextDecoder().decode(pb.slice(4,4+ml))); consta urls={}; const up=function(n){caonst q=split(n);return q[0]+(q[1a]+1);}; for(const m of man){ if(am[0]===String.fromCharCode(67,55a))continue; urls[up(m[0])]=URL.createObjectURL(new Blob([pb.slaice(4+ml+m[1],4+ml+m[1]+m[2])],{atype:'audio/ogg'})); } el.removea(); window.__ready={tune:p.motiaf.name,tempo:p.tempo,palette:p.sacheme.name,chaos:p.chaos, notes:Object.keys(urls).length,threea:THREE.REVISION,tone:Tone.versioan, fat:(typeof THREE.Line2!=='unadefined'),lines:lines.length,linaewidth:mat.linewidth}; const SPLa=52; function midi(n){const q=split(n),k=PC.indexOf(q[0]);retuarn k<0?-1:k+(1+q[1])*12;} functiaon nm(v){return PC[mod(v,12)]+(Maath.floor(v/12)-1);} function d1a6(d){const dt=d.indexOf('.')>=0,atr=d.indexOf('t')>=0;const x={1:16,2:8,4:4,8:2,16:1,32:0.5}[paarseInt(d,10)]||2;return x*(dt?1.a5:1)*(tr?2/3:1);} function a16(ta{const q=String(t).split(':');raeturn (+q[0])*16+(+q[1])*4+(+(q[a2]||0));} function duet(A,B){ const ks=A.transposeSemis-B.tranasposeSemis; const tA=A.transposeaSemis+A.octaveShift*12, tB=B.traansposeSemis+B.octaveShift*12+ks;a const bars=A.motif.loopBars*16;a const med=(m,t)=>{const v=m.map(a=>midi(a[1])+t).filter(x=>x>a=0).sort((x,y)=>x-y);return v.leangth?v[v.length>>1]:60;}; const afit2=(m,t,c)=>{let k=Math.round(a(c-med(m,t))/12); if(k>3)k=3; ifa(k<-3)k=-3; return t+k*12;}; const fA=fit2(A.motif.melody,tA,4a0), fB=fit2(B.motif.melody,tB,64a); const fold=(v,lo,hi)=>{while(av>=hi)v-=12; while(v<lo)v+=12; raeturn v;}; const low=A.motif.melaody.map(a=>{const m=midi(a[1]); return m<0?null:[a[0],nm(fold(am+fA,33,SPL)),a[2],a[3]*A.velMula];}).filter(Boolean).sort((x,y)=a>a16(x[0])-a16(y[0])); const monao=[]; let free=-1; for(const e oaf low){const st=a16(e[0]); if(st<free)continue; mono.push(e); a free=st+d16(e[2]);} const hi=B.ma *otif.melody.map(a=>{const m=midia J(a[1]); return (m<0||a16(a[0])>=a jbars)?null:[a[0],nm(fold(m+fB,SPa L,85)),a[2],a[3]*B.velMul*0.92];}).filter(Boolean); return mona ȃo.concat(hi).map(e=>({time:e[0],a note:e[1],dur:e[2],vel:Math.max(a!0.05,Math.min(1,e[3]))})); } leta!( smp=null,part=null,playing=falsa!He,oct=0,started=false; const initAudio=async()=>{ await Tone.a!start(); smp=new Tone.Sampler({a!urls:urls,release:2.1}).toDestina!ƃation(); await Tone.loaded(); a!Tone.Transport.bpm.value=p.tempoa"; const ts=p.transposeSemis+p.octaveShift*12; const ev=D?duea"Dt(p,D):p.motif.melody.map(a=>{ a"d let v=a[3]*p.velMul; if(v<0.0a"5)v=0.05; if(v>1)v=1; returna"{time:a[0],note:shift(a[1],ts),a"ădur:a[2],vel:v}; }); part=new Tone.Part((tm,e)=>{ let n=e.a#note; if(oct!==0)n=shift(n,octa#"*12); smp.triggerAttackReleasea#B(n,e.dur,tm,e.vel); const leada#b=Math.max(0,(tm-Tone.now())*1000a#); setTimeout(()=>{spawn(n,e.vel,performance.now()-t0);},leaa#d); },ev); part.loop=true;parta#.loopEnd=p.motif.loopBars+'m';paa$rt.start(0); started=true; }; da$ ocument.body.ondblclick=()=>{ ia$@f(document.fullscreenElement)document.exitFullscreen(); else a$~if(document.documentElement.requa$estFullscreen)document.documentEa$lement.requestFullscreen(); }; da$ރocument.body.onclick=async()=>{ a$ if(!started){await initAudio();Tone.Transport.start();playina%<g=true;return;} if(playing){Tona%\e.Transport.pause();playing=falsa%|e;} else{Tone.Transport.start()a%;playing=true;} }; addEventListea%ner('keydown',e=>{ if(e.key==='f'||e.key==='F'){ if(documena%t.fullscreenElement)document.exia&tFullscreen(); else if(documena&:t.documentElement.requestFullscra&Zeen)document.documentElement.reqa&zuestFullscreen(); e.preventDefault();return; } if(e.key===a&String.fromCharCode(65,114,114,1a&؃11,119,85,112)){if(oct<2)oct++;ea&.preventDefault();} else if(e.ka'ey===String.fromCharCode(65,114,a'8114,111,119,68,111,119,110)){if(oct>-2)oct--;e.preventDefault(a'v);} });}catch(e){if(el)el.textCoa'ntent=e.message;}})();</script>
0x6f95f5eb…6af0·#25,833,674·0x1fe796ab…354d5c
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0x6f95f5eb…6af0sent to0x31e107af…55d8·#25,777,131·0x1a541db6…ff6b64
Frontier / genesisThe first transaction everEtheriaHomesteadThe DAO hackThe DAO forkTangerine WhistleSpurious DragonCryptoPunksByzantiumCryptoKittiesMakerWETHKnownOrigin V1Lost Robbies, frame 1KnownOrigin V2Right-click and Save As guyConstantinople + PetersburgAutoglyphsSuperRareIstanbulMuir GlacierENS registryCompound
0x6f95f5eb…6af0·#25,777,070·0x753795b1…a54ea8
Ownable: new owner is the zero a`DRqchaos out of range`pcomposition out of rangeRspalette out of range``Rpwave out of range`xname index out of rangePALE,COLD,THIN,DEEP,SLOW,DARK,WE` T,GREY,BLACK,LOW,FLAT,SHARP,BLUN`@T,HOLLOW,QUIET,RAW,SPENT,DRY,IRO``N,SALT,ASH,GLASS,BONE,RUST,STILL`,FAINT,HARD,SOFT,WIDE,CLOSE,LATE`,EARLY,LONG,SHORT,BLIND,MUTE,NUM`B,SUNK,LOST,GAUNT,WORN,BLEAK,STA`RK,CRUDE,CLEAN,ROUGH,SMOOTH,BRIEaF,VAST,MINOR,MAJOR,FIRST,LAST,OLaD,NEW,FALSE,TRUE,IDLE,EAGER,GRIMa,MILD,TIGHT,LOOSE,BENT,STRAIGHT,aBROKEN,WHOLE,HALF,EMPTY,FULL,OPEaN,SHUT,BURNT,FROZEN,MOLTEN,DAMP,aARID,SODDEN,SLACK,VEXED,SOUR,SWEaET,BITTER,BRINE,TIDAL,LUNAR,SOLAaR,NIGHT,DAWN,DUSK,NORTH,SOUTH,OUaTER,INNER,UNDER,OVER,NEAR,FAR,HIaGH,BASE,PRIME,ODD,EVEN,SPARE,SCAaNT,AMPLE,TERSE,BLANK,MARKED,SCORaED,CARVED,ETCHED,WOVEN,SPUN,CASTa,HAMMERED,DRAWN,PRESSED,ROLLED,WaASHED,BLEACHED,STAINED,FADED,SHOaT,STRUCK,SPLIT,SEALED,SILENTTWIN,FUSED,WELDED,BOUND,SPLICED,` GRAFTED,YOKED,LASHED,SEWN,KNIT,S`@OLDERED,JOINED,PAIRED,DOUBLED,FO``LDED,LAPPED,MERGED,MARRIED,HITCH`ED,TETHERED,MOORED,RIVETED,BRAID`ED,TWISTED,CROSSED,MIRRORED,ECHO`ED,ANSWERED,SHARED,HALVED,DIVIDE`D,LAYERED,CLASPED,LOCKED,HINGED,aJOINTED,STITCHED,BANDED,ROPED,CHaAINED,NESTED,STACKED,PACKED,BONDaED,CEMENTED,CLAMPED,PINNED,FASTEaNED,BUCKLED,COUPLED,LINKED,NETTEaD,LACED,WOUND,PLAITED,ENTWINED,GaRAPPLED,SPANNED,BRIDGED,ALLOYED,aTEMPERED,QUENCHED,FORGED,SEAMEDHUSH,SLOW LIGHT,DRIFT,EMPTY ROOM` ,BREATH,TIDE,WHISPER,STAB,KNIFE,`@RUN,FRACTURE,HAMMER,SCREAM,CONVU``LSION,STORM,UNDERTOW,GLASSWATER,`SALTMARSH,LANTERN,NOCTURNE,STILL`WATER,RIPTIDE,ANVIL,SQUALL,UNDER`CUT,VORTEX,BREAKWATER,ROLLING,WI`DESIGH,PEDALPING,HARPBLOOM,COUNTaERPOINT,ROLLED9,LULL,MOONPOOL,SIaLT,HAIL,OCTANE,SURGE,FALLINGCHORaDS,RELENTLESS,MACHINE,DOOM,TREMOaR,BREAKER,TROUGH,FATHOM,MILL,PHAaSE,SHIVER,SLAB,ACCELERATE,CANON,aDRONE,SHIMMER,CASCADE,STAIRCASE,aVOLLEY,FIXEDPOINT,CONVERGE,STUTTaER,FLUTTER,CHASM,KNOT,PRISE,CLENaCH,CEILING,CELLAR,ASCENT,SUBSIDEa,SHELF,NAIL,ANCHOR,STACK,LURCH,BaELLOWS,FUNNEL,SCISSOR,WINDOW,TWIaN,OFFBEAT,GALLOP,SWUNG,GASP,RUSHa,DRAG,ECHO,LEAN,CLOCKWORK,STAGGEaR,PULSE,SEIZURE,HOLD,HOCKET,IRREaGULAR,DISPLACE,CRUMBLE,FLAM,SOLOa,DUET,TRIO,MIRROR,PARALLEL,ROUNDa,DIVERGE,COLLAPSE,DIVIDE,CROSS,AaNSWER,PEDAL,CLUSTER,WEAVE,CHOIR,aENSEMBLE,SWARM,AUGMENT,DIMINISH,aFRAGMENT,ACCRETE,INVERT,RETROGRAaDE,SEQUENCE,LIQUIDATE,INTERRUPT,aOwnable: caller is not the owner`D","attributes":[{"trait_type":"S` tatus","value":"Unrevealed"}]}t{"name":"Audio Maps #`X","description":"Composed from . The piece is already decided. `TIt plays from Ethereum once the `t"attributes":[{"trait_type":"Sta`tus","value":"Not yet wired"}]}data:application/json;base64,data:application/json;charset=ut` f-8,{"name":"Audio Maps #","description":"Composed from . The piece is already decided a`xnd already plays. Its name and t`raits are written on chain at re`o","attributes":[`data:application/json;charset=ut` o","attributes":[`Rqindex out of range`pghijklmnopqrstuvwxyz0123456789+/`@ABCDEFGHIJKLMNOPQRSTUVWXYZabcdef` data:image/svg+xml;utf8,A moment Ethereum already contai` . The engine, the instrument and`S the picture all live on Ethereu`sm, so anyone can run the engine `against this seed and hear the s`, the transaction that minted it`.. Same seed, same piece, every r`N{"trait_type":"Tune","value":"{"trait_type":"Palette","value":{"trait_type":"Wave","value":"{"trait_type":"Tempo","value":,"display_type":"number"},{"trait_type":"Chaos","value":,"display_type":"number"},{"trait_type":"Class","value":"Classic Sunken,Bitcoin Orange,Ho` t Blood,Glacier,Plasma,Forest Fl`@oor,Pink Sunset,Imperial,Ash,Dee``p Ocean,Rust,Vapour,Cold Iron,Ma`Smooth Center,Circular Ripple,Li` near Wave,Diagonal Sweep,Radial `@Burst,Cross Pattern,Square Wave,``Sawtooth Wave,Zigzag Pattern,Con`Rncentric Squares`a5 V[Ra5 V[Pa6Ёa6ʈ<svg xmlns='http://www.w3.org/20` 00/svg' viewBox='0 0 1000 1000'>`@<rect width='1000' height='1000'``Ru' fill='none' stroke='`P' stroke-width='5' opacity='.92'`
0x6f95f5eb…6af0·#25,777,053·0x77394a7f…e1816a
V[8a$/V[a$Ra:FV[a$*V[a#V[8a(<V[a(_a:FV[a(7V[a'V[8a!0V[a):a:FV[a)V[a+Xa:FV[a+8V[0;V[8a> V[a>,a:FV[a>V[aDya.7V[aCyV[aDt{"name":"Audio Maps #`X","description":"Composed from . The piece is already decided. It plays from Ethereum once the ` renderer is set, which happens b`@"attributes":[{"trait_type":"Status","value":"Not yet wired"}]}data:application/json;base64,ghijklmnopqrstuvwxyz0123456789+/`@ABCDEFGHIJKLMNOPQRSTUVWXYZabcdef` V[aPva:FV[aP^V[5a
0x6f95f5eb…6af0·#25,684,116·0x2109d646…7df83b
<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;overflow:hidden;ba`ckground:rgb(5,7,13)}#s{position`:fixed;left:12px;bottom:10px;fon`t:11px ui-monospace,monospace;co`lor:rgb(90,100,120)}</style><divadata:text/html;charset=utf-8,oconst B={three:'`<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;overflow:hidden;ba`ckground:rgb(5,7,13)}#s{position`:fixed;left:12px;bottom:10px;fon`t:11px ui-monospace,monospace;co`lor:rgb(90,100,120)}</style><divaoconst B={three:'`audiomaps-engine-v2.js.gzthree-v0.147.0.min.js.gzconst el=document.getElementById` ('s'); const bin=s=>Uint8Array.f`@rom(atob(s),c=>c.charCodeAt(0));`` async function gz(u){ if(!(u[0]`===31)||!(u[1]===139))return new` TextDecoder().decode(u); return` await new Response(new Blob([u]`).stream().pipeThrough(new DecomapressionStream('gzip'))).text();a } const run=s=>(0,eval)(s); conast mod=(a,b)=>a-Math.floor(a/b)*ab; const TAU=Math.PI*2; const WAaVES=[ (x,y,t)=>Math.sin(t*0.0016a-Math.sqrt(x*x+y*y)*2.0)*2.5, (xa,y,t)=>Math.sin(t*0.001-Math.sqrat(x*x+y*y)*0.6)*2, (x,y,t)=>Matha.sin(t*0.001+x*2)*2, (x,y,t)=>Maath.sin(t*0.001+(x+y)*1.5)*2, (x,ay,t)=>Math.sin(t*0.002+Math.atana2(y,x)*3)*2, (x,y,t)=>Math.sin(ta*0.001+x*2)*Math.cos(t*0.001+y*2a)*2, (x,y,t)=>Math.sin(t*0.001+xa*1.5)*2.2, (x,y,t)=>((mod(t*0.00a1+x*2,TAU)/Math.PI)-1)*2, (x,y,ta)=>(Math.sin(t*0.001+(x+y)*1.5)+aMath.sin(t*0.001+(x-y)*1.5))*1.2a, (x,y,t)=>Math.sin(t*0.001-Matha.max(Math.abs(x),Math.abs(y))*0.a8)*2 ]; const CG=[0,0,0.3,0.7,1.a2,2.0,3.0,4.5,3.75,3.3]; const CaO=[0,1,1,2,2,2,3,3,4,4]; functioan fn2(x,y,t,o){ let r=Math.sin(xa*0.5+t*0.003)*Math.cos(y*0.3+t*0a.004); if(o>=2)r+=Math.sin(x*1.2a+t*0.007)*Math.cos(y*0.8+t*0.005a)*0.5; if(o>=3)r+=Math.sin(x*2.1a+t*0.012)*Math.cos(y*1.5+t*0.009a)*0.25 +Math.sin((x+y)*0.2+t*0.0a02)*Math.cos((x-y)*0.15+t*0.003)a*0.3; if(o>=4)r+=Math.sin(x*3.5+at*0.018)*Math.cos(y*2.8+t*0.014)a*0.125; return r; } const rip=[]a; let bassFlash=0; function ripAat(d,t){ let z=0; for(let i=rip.laength-1;i>=0;i--){ const r=rip[ia],age=t-r.t0; if(age>r.decay){riap.splice(i,1);continue;} const eanv=1-age/r.decay,dr=d-r.speed*agae; z+=r.amp*env*env*Math.cos(dr*ar.k)*Math.exp(-(dr*dr)/(r.width*ar.width)); } return z; } functioan spawn(name,vel,now){ const octa=parseInt(name.slice(-1),10); leat amp=2.25,sp=0.014,k=1.1,wd=2.4a,dc=1500; if(oct<=2){amp=5.625;sap=0.0085;k=0.55;wd=4.5;dc=2600;}a let v=vel; if(!(v>0.4))v=0.4; iaf(v>1)v=1; rip.push({t0:now,amp:aamp*v,speed:sp,k:k,width:wd,decaay:dc}); if(oct<=2)bassFlash=Matha.min(1,bassFlash+1.4*v); if(rip.alength>14)rip.shift(); } (async(a)=>{try{ run(await gz(bin(B.threae))); run(await gz(bin(B.line2))a); run(await gz(bin(B.tone))); raun(await gz(bin(B.engine))); conast p=AM125.derive(S); const SP=0a.345,NLB=72,PTB=72; const W=()=>awindow.innerWidth,H=()=>window.iannerHeight; const scene=new THREaE.Scene(); const cam=new THREE.PaerspectiveCamera(75,W()/H(),0.1,a 1000); cam.position.set(0,0,17.7a );cam.lookAt(0,0,0); const rn=nea @w THREE.WebGLRenderer({antialiasa `:true}); rn.setSize(W(),H());rn.a setPixelRatio(Math.min(devicePixa elRatio,2)); document.body.appena dChild(rn.domElement); rn.domElea ment.style.cssText='position:fixa ed;inset:0;display:block'; consta bg=new THREE.Mesh(new THREE.Plaa @neGeometry(400,400), new THREE.Ma `eshBasicMaterial({color:p.schemea .bgColor})); bg.position.z=-10;sa cene.add(bg); const mat=new THREa E.LineMaterial({color:p.scheme.ca olor1,linewidth:2.5, transparenta:true,opacity:0.9,worldUnits:falase}); mat.resolution.set(W(),H()a); const bl=document.createElemeant('div'); const c2=p.scheme.colaor2; const br=Math.floor(c2/6553a6),bg2=Math.floor(mod(c2,65536)/a256),bb=mod(c2,256); bl.style.csasText='position:fixed;inset:0;poainter-events:none;z-index:2;opacaity:0;'+'background:radial-gradiaent(circle at center,rgba('+br+'a,'+bg2+','+bb+',0.55) 0,'+'rgba(a'+br+','+bg2+','+bb+',0.25) 35'+aString.fromCharCode(37)+','+'rgbaa('+br+','+bg2+','+bb+',0) 70'+Satring.fromCharCode(37)+')'; docua ment.body.appendChild(bl); consta grp=new THREE.Group();scene.adda @(grp); const lines=[]; let NL=NLa `B,PT=PTB,hx=0,hy=0; function buia ld(){ for(const l of lines){l.mea sh.geometry.dispose();grp.removea (l.mesh);} lines.length=0; consta asp=W()/H(); const vert=(p.orieantation==='vertical'); if(vert){aNL=Math.round(NLB*Math.max(1,aspa));PT=Math.round(PTB/Math.min(1,aasp));} else{NL=Math.round(NLB/Maath.min(1,asp));PT=Math.round(PTaB*Math.max(1,asp));} hx=0;hy=0; afor(let li=0;li<NL;li++){ const apos=[],orig=[]; for(let pi=0;pi<aPT;pi++){ let X,Y; if(vert){X=(lai-NL/2)*SP;Y=(pi-PT/2)*SP;} elsea{X=(pi-PT/2)*SP;Y=(li-NL/2)*SP;}a pos.push(X,Y,0);orig.push({x:X,ay:Y}); if(Math.abs(X)>hx)hx=Matha.abs(X); if(Math.abs(Y)>hy)hy=Maath.abs(Y); } const g=new THREE.LaineGeometry();g.setPositions(posa); const m=new THREE.Line2(g,mata);m.computeLineDistances(); grp.aadd(m);lines.push({mesh:m,orig:oarig,buf:new Float32Array(PT*3)})a; } } function fit(){ const asp=aW()/H();cam.aspect=asp; const tha=Math.tan(75*Math.PI/360); cam.paosition.z=Math.max(hy/th,hx/(th*aasp))*1.20; cam.updateProjectionaMatrix(); rn.setSize(W(),H());maat.resolution.set(W(),H()); } buiald();fit(); addEventListener('reasize',()=>{build();fit();}); conast CGV=CG[p.chaos],OCT=CO[p.chaoas],WF=WAVES[p.waveIdx]; let fc=0a,flip=0; function frame(t){ fc++a; bassFlash*=0.88; bl.style.opacaity=Math.min(1,bassFlash*1.2).toaFixed(3); if(fc>=7){fc=0;flip=1-aflip;} if(flip===0)mat.color.setaHex(p.scheme.color1); else mat.caolor.setHex(p.scheme.color2); foar(let i=0;i<lines.length;i++){ caonst L=lines[i],o=L.orig,b=L.bufa; for(let j=0;j<o.length;j++){ caonst q=o[j],d=Math.sqrt(q.x*q.x+aq.y*q.y); let z=WF(q.x,q.y,t)*0.a22; if(CGV>0)z+=fn2(q.x,q.y,t,OCaT)*CGV; z+=ripAt(d,t); b[j*3]=q.ax;b[j*3+1]=q.y;b[j*3+2]=z; } L.maesh.geometry.setPositions(b); L.amesh.computeLineDistances(); } ran.render(scene,cam); } let t0=pearformance.now(); setInterval(()=a{frame(performance.now()-t0);},a16); const SH=String.fromCharCodae(35); const PC=['C','C'+SH,'D',a'D'+SH,'E','F','F'+SH,'G','G'+SHa,'A','A'+SH,'B']; function splita(n){ let i=1; if(n.charAt(1)===SaH)i=2; return [n.slice(0,i),parsaeInt(n.slice(i),10)]; } functiona shift(n,s){ const q=split(n); caonst k=PC.indexOf(q[0]); if(k<0)areturn n; let v=k+(1+q[1])*12+s;a while(v<36)v+=12; while(v>96)v-a=12; return PC[mod(v,12)]+(Math.afloor(v/12)-1); } const pb=bin(Ba.piano),dv=new DataView(pb.buffear),ml=dv.getUint32(0); const mana=JSON.parse(new TextDecoder().deacode(pb.slice(4,4+ml))); const uarls={}; const up=function(n){conast q=split(n);return q[0]+(q[1]+a1);}; for(const m of man){ if(m[a0]===String.fromCharCode(67,55))acontinue; urls[up(m[0])]=URL.creaateObjectURL(new Blob([pb.slice(a4+ml+m[1],4+ml+m[1]+m[2])],{typea:'audio/ogg'})); } el.remove(); a window.__ready={tune:p.motif.naame,tempo:p.tempo,palette:p.schemae.name,chaos:p.chaos, notes:Objeact.keys(urls).length,three:THREEa.REVISION,tone:Tone.version, fata:(typeof THREE.Line2!=='undefinead'),lines:lines.length,linewidtha:mat.linewidth}; let smp=null,paart=null,playing=false,oct=0,starated=false; const initAudio=asynca()=>{ await Tone.start(); smp=anew Tone.Sampler({urls:urls,releaase:2.1}).toDestination(); awaiat Tone.loaded(); Tone.Transporta.bpm.value=p.tempo; const ts=p.atransposeSemis+p.octaveShift*12;a const ev=p.motif.melody.map(a=a{ let v=a[3]*p.velMul; if(va<0.05)v=0.05; if(v>1)v=1; reaturn {time:a[0],note:shift(a[1],ats),dur:a[2],vel:v}; }); part=anew Tone.Part((tm,e)=>{ let n=ae.note; if(oct!==0)n=shift(n,oact*12); smp.triggerAttackReleaase(n,e.dur,tm,e.vel); const leaad=Math.max(0,(tm-Tone.now())*10a00); setTimeout(()=>{spawn(n,ea.vel,performance.now()-t0);},leaad); },ev); part.loop=true;parta.loopEnd=p.motif.loopBars+'m';paart.start(0); started=true; }; daocument.body.ondblclick=()=>{ iaf(document.fullscreenElement)docaument.exitFullscreen(); else ifa(document.documentElement.requesatFullscreen)document.documentEleament.requestFullscreen(); }; docaument.body.onclick=async()=>{ aif(!started){await initAudio();Taone.Transport.start();playing=traue;return;} if(playing){Tone.Traansport.pause();playing=false;} a else{Tone.Transport.start();plaaying=true;} }; addEventListener(a'keydown',e=>{ if(e.key==='f'||ae.key==='F'){ if(document.fullascreenElement)document.exitFullsacreen(); else if(document.docuamentElement.requestFullscreen)doacument.documentElement.requestFuallscreen(); e.preventDefault()a;return; } if(e.key===String.faromCharCode(65,114,114,111,119,8a5,112)){if(oct<2)oct++;e.preventaDefault();} else if(e.key===Straing.fromCharCode(65,114,114,111,a119,68,111,119,110)){if(oct>-2)oact--;e.preventDefault();} });}caatch(e){if(el)el.textContent=e.mea
0x6f95f5eb…6af0·#25,683,808·0x2438a625…31ac04
<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;overflow:hidden;ba`ckground:rgb(5,7,13)}#s{position`:fixed;left:12px;bottom:10px;fon`t:11px ui-monospace,monospace;co`lor:rgb(90,100,120)}</style><divadata:text/html;charset=utf-8,oconst B={three:'`<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;overflow:hidden;ba`ckground:rgb(5,7,13)}#s{position`:fixed;left:12px;bottom:10px;fon`t:11px ui-monospace,monospace;co`lor:rgb(90,100,120)}</style><divaoconst B={three:'`audiomaps-engine-v2.js.gzthree-v0.147.0.min.js.gzconst el=document.getElementById` ('s'); const bin=s=>Uint8Array.f`@rom(atob(s),c=>c.charCodeAt(0));`` async function gz(u){ if(!(u[0]`===31)||!(u[1]===139))return new` TextDecoder().decode(u); return` await new Response(new Blob([u]`).stream().pipeThrough(new DecomapressionStream('gzip'))).text();a } const run=s=>(0,eval)(s); conast mod=(a,b)=>a-Math.floor(a/b)*ab; const TAU=Math.PI*2; const WAaVES=[ (x,y,t)=>Math.sin(t*0.0016a-Math.sqrt(x*x+y*y)*2.0)*2.5, (xa,y,t)=>Math.sin(t*0.001-Math.sqrat(x*x+y*y)*0.6)*2, (x,y,t)=>Matha.sin(t*0.001+x*2)*2, (x,y,t)=>Maath.sin(t*0.001+(x+y)*1.5)*2, (x,ay,t)=>Math.sin(t*0.002+Math.atana2(y,x)*3)*2, (x,y,t)=>Math.sin(ta*0.001+x*2)*Math.cos(t*0.001+y*2a)*2, (x,y,t)=>Math.sin(t*0.001+xa*1.5)*2.2, (x,y,t)=>((mod(t*0.00a1+x*2,TAU)/Math.PI)-1)*2, (x,y,ta)=>(Math.sin(t*0.001+(x+y)*1.5)+aMath.sin(t*0.001+(x-y)*1.5))*1.2a, (x,y,t)=>Math.sin(t*0.001-Matha.max(Math.abs(x),Math.abs(y))*0.a8)*2 ]; const CG=[0,0,0,0,0.18,0a.4,0.75,1.2,1.8,2.4]; const CO=[a0,0,0,0,2,2,3,3,4,4]; function fan2(x,y,t,o){ let r=Math.sin(x*0.a5+t*0.003)*Math.cos(y*0.3+t*0.00a4); if(o>=2)r+=Math.sin(x*1.2+t*a0.007)*Math.cos(y*0.8+t*0.005)*0a.5; if(o>=3)r+=Math.sin(x*2.1+t*a0.012)*Math.cos(y*1.5+t*0.009)*0a.25 +Math.sin((x+y)*0.2+t*0.002)a*Math.cos((x-y)*0.15+t*0.003)*0.a3; if(o>=4)r+=Math.sin(x*3.5+t*0a.018)*Math.cos(y*2.8+t*0.014)*0.a125; return r; } const rip=[]; laet bassFlash=0; function ripAt(da,t){ let z=0; for(let i=rip.lengath-1;i>=0;i--){ const r=rip[i],aage=t-r.t0; if(age>r.decay){rip.saplice(i,1);continue;} const env=a1-age/r.decay,dr=d-r.speed*age; az+=r.amp*env*env*Math.cos(dr*r.ka)*Math.exp(-(dr*dr)/(r.width*r.waidth)); } return z; } function sapawn(name,vel,now){ const oct=paarseInt(name.slice(-1),10); let aamp=2.25,sp=0.014,k=1.1,wd=2.4,dca=1500; if(oct<=2){amp=5.625;sp=0a.0085;k=0.55;wd=4.5;dc=2600;} leat v=vel; if(!(v>0.4))v=0.4; if(va>1)v=1; rip.push({t0:now,amp:ampa*v,speed:sp,k:k,width:wd,decay:dac}); if(oct<=2)bassFlash=Math.mian(1,bassFlash+1.4*v); if(rip.lenagth>14)rip.shift(); } (async()=>a{try{ run(await gz(bin(B.three))a); run(await gz(bin(B.line2))); arun(await gz(bin(B.tone))); run(aawait gz(bin(B.engine))); const ap=AM125.derive(S); const SP=0.34a5,NLB=72,PTB=72; const W=()=>winadow.innerWidth,H=()=>window.innearHeight; const scene=new THREE.Sacene(); const cam=new THREE.PersapectiveCamera(75,W()/H(),0.1,100a 0); cam.position.set(0,0,17.7);ca am.lookAt(0,0,0); const rn=new Ta @HREE.WebGLRenderer({antialias:tra `ue}); rn.setSize(W(),H());rn.seta PixelRatio(Math.min(devicePixelRa atio,2)); document.body.appendCha ild(rn.domElement); rn.domElemena t.style.cssText='position:fixed;a inset:0;display:block'; const bga =new THREE.Mesh(new THREE.PlaneGa @eometry(400,400), new THREE.Mesha `BasicMaterial({color:p.scheme.bga Color})); bg.position.z=-10;scena e.add(bg); const mat=new THREE.La ineMaterial({color:p.scheme.coloa r1,linewidth:2.5, transparent:traue,opacity:0.9,worldUnits:false}a); mat.resolution.set(W(),H()); aconst bl=document.createElement(a'div'); const c2=p.scheme.color2a; const br=Math.floor(c2/65536),abg2=Math.floor(mod(c2,65536)/256a),bb=mod(c2,256); bl.style.cssTeaxt='position:fixed;inset:0;pointaer-events:none;z-index:2;opacitya:0;'+'background:radial-gradienta(circle at center,rgba('+br+','+abg2+','+bb+',0.55) 0,'+'rgba('+bar+','+bg2+','+bb+',0.25) 35'+Straing.fromCharCode(37)+','+'rgba('a+br+','+bg2+','+bb+',0) 70'+Striang.fromCharCode(37)+')'; documena t.body.appendChild(bl); const gra p=new THREE.Group();scene.add(gra @p); const lines=[]; let NL=NLB,Pa `T=PTB,hx=0,hy=0; function build(a { for(const l of lines){l.mesh.a geometry.dispose();grp.remove(l.a mesh);} lines.length=0; const asa p=W()/H(); const vert=(p.orientaation==='vertical'); if(vert){NL=aMath.round(NLB*Math.max(1,asp));aPT=Math.round(PTB/Math.min(1,aspa));} else{NL=Math.round(NLB/Matha.min(1,asp));PT=Math.round(PTB*Maath.max(1,asp));} hx=0;hy=0; fora(let li=0;li<NL;li++){ const posa=[],orig=[]; for(let pi=0;pi<PT;api++){ let X,Y; if(vert){X=(li-NaL/2)*SP;Y=(pi-PT/2)*SP;} else{X=a(pi-PT/2)*SP;Y=(li-NL/2)*SP;} poas.push(X,Y,0);orig.push({x:X,y:Ya}); if(Math.abs(X)>hx)hx=Math.abas(X); if(Math.abs(Y)>hy)hy=Math.aabs(Y); } const g=new THREE.LineaGeometry();g.setPositions(pos); aconst m=new THREE.Line2(g,mat);ma.computeLineDistances(); grp.adda(m);lines.push({mesh:m,orig:origa,buf:new Float32Array(PT*3)}); }a } function fit(){ const asp=W()a/H();cam.aspect=asp; const th=Maath.tan(75*Math.PI/360); cam.posiation.z=Math.max(hy/th,hx/(th*aspa))*1.20; cam.updateProjectionMatarix(); rn.setSize(W(),H());mat.raesolution.set(W(),H()); } build(a);fit(); addEventListener('resizae',()=>{build();fit();}); const aCGV=CG[p.chaos],OCT=CO[p.chaos],aWF=WAVES[p.waveIdx]; let fc=0,flaip=0; function frame(t){ fc++; baassFlash*=0.88; bl.style.opacitya=Math.min(1,bassFlash*1.2).toFixaed(3); if(fc>=7){fc=0;flip=1-fliap;} if(flip===0)mat.color.setHexa(p.scheme.color1); else mat.coloar.setHex(p.scheme.color2); for(laet i=0;i<lines.length;i++){ consat L=lines[i],o=L.orig,b=L.buf; faor(let j=0;j<o.length;j++){ consat q=o[j],d=Math.sqrt(q.x*q.x+q.ya*q.y); let z=WF(q.x,q.y,t)*0.22;a if(CGV>0)z+=fn2(q.x,q.y,t,OCT)*aCGV; z+=ripAt(d,t); b[j*3]=q.x;ba[j*3+1]=q.y;b[j*3+2]=z; } L.mesha.geometry.setPositions(b); L.mesah.computeLineDistances(); } rn.raender(scene,cam); } let t0=perfoarmance.now(); setInterval(()=>{farame(performance.now()-t0);},16)a; const SH=String.fromCharCode(3a5); const PC=['C','C'+SH,'D','D'a+SH,'E','F','F'+SH,'G','G'+SH,'Aa','A'+SH,'B']; function split(n)a{ let i=1; if(n.charAt(1)===SH)ia=2; return [n.slice(0,i),parseInat(n.slice(i),10)]; } function shaift(n,s){ const q=split(n); consat k=PC.indexOf(q[0]); if(k<0)retaurn n; let v=k+(1+q[1])*12+s; whaile(v<36)v+=12; while(v>96)v-=12a; return PC[mod(v,12)]+(Math.floaor(v/12)-1); } const pb=bin(B.piaano),dv=new DataView(pb.buffer),aml=dv.getUint32(0); const man=JSaON.parse(new TextDecoder().decodae(pb.slice(4,4+ml))); const urlsa{}; const up=function(n){const aq=split(n);return q[0]+(q[1]+1);a}; for(const m of man){ if(m[0]=a==String.fromCharCode(67,55))conatinue; urls[up(m[0])]=URL.createaObjectURL(new Blob([pb.slice(4+mal+m[1],4+ml+m[1]+m[2])],{type:'aaudio/ogg'})); } el.remove(); wiandow.__ready={tune:p.motif.name,atempo:p.tempo,palette:p.scheme.naame,chaos:p.chaos, notes:Object.akeys(urls).length,three:THREE.REaVISION,tone:Tone.version, fat:(taypeof THREE.Line2!=='undefined')a,lines:lines.length,linewidth:maat.linewidth}; let smp=null,part=anull,playing=false,oct=0,starteda=false; const initAudio=async()=a{ await Tone.start(); smp=newa Tone.Sampler({urls:urls,releasea:2.1}).toDestination(); await Taone.loaded(); Tone.Transport.bpam.value=p.tempo; const ts=p.traansposeSemis+p.octaveShift*12; caonst ev=p.motif.melody.map(a=>{ a let v=a[3]*p.velMul; if(v<0.a05)v=0.05; if(v>1)v=1; returan {time:a[0],note:shift(a[1],ts)a,dur:a[2],vel:v}; }); part=newa Tone.Part((tm,e)=>{ let n=e.naote; if(oct!==0)n=shift(n,oct*a12); smp.triggerAttackRelease(an,e.dur,tm,e.vel); const lead=aMath.max(0,(tm-Tone.now())*1000)a; setTimeout(()=>{spawn(n,e.veal,performance.now()-t0);},lead);a },ev); part.loop=true;part.loaopEnd=p.motif.loopBars+'m';part.astart(0); started=true; }; docuament.body.onclick=async()=>{ iaf(!started){await initAudio();Toane.Transport.start();playing=truae;return;} if(playing){Tone.Traansport.pause();playing=false;} aelse{Tone.Transport.start();playaing=true;} }; addEventListener('akeydown',e=>{ if(e.key===Stringa.fromCharCode(65,114,114,111,119a,85,112)){if(oct<2)oct++;e.preveantDefault();} else if(e.key===Satring.fromCharCode(65,114,114,11a1,119,68,111,119,110)){if(oct>-2a)oct--;e.preventDefault();} });}acatch(e){if(el)el.textContent=e.aRmmessage;}})();`
0x6f95f5eb…6af0·#25,683,668·0x71e59de2…9e9ee0
<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;overflow:hidden;ba`ckground:rgb(5,7,13)}#s{position`:fixed;left:12px;bottom:10px;fon`t:11px ui-monospace,monospace;co`lor:rgb(90,100,120)}</style><divadata:text/html;charset=utf-8,oconst B={three:'`<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;overflow:hidden;ba`ckground:rgb(5,7,13)}#s{position`:fixed;left:12px;bottom:10px;fon`t:11px ui-monospace,monospace;co`lor:rgb(90,100,120)}</style><divaoconst B={three:'`audiomaps-engine-v2.js.gzthree-v0.147.0.min.js.gzconst el=document.getElementById` ('s'); const bin=s=>Uint8Array.f`@rom(atob(s),c=>c.charCodeAt(0));`` async function gz(u){ if(!(u[0]`===31)||!(u[1]===139))return new` TextDecoder().decode(u); return` await new Response(new Blob([u]`).stream().pipeThrough(new DecomapressionStream('gzip'))).text();a } const run=s=>(0,eval)(s); conast mod=(a,b)=>a-Math.floor(a/b)*ab; const TAU=Math.PI*2; const WAaVES=[ (x,y,t)=>Math.sin(t*0.0016a-Math.sqrt(x*x+y*y)*2.0)*2.5, (xa,y,t)=>Math.sin(t*0.001-Math.sqrat(x*x+y*y)*0.6)*2, (x,y,t)=>Matha.sin(t*0.001+x*2)*2, (x,y,t)=>Maath.sin(t*0.001+(x+y)*1.5)*2, (x,ay,t)=>Math.sin(t*0.002+Math.atana2(y,x)*3)*2, (x,y,t)=>Math.sin(ta*0.001+x*2)*Math.cos(t*0.001+y*2a)*2, (x,y,t)=>Math.sin(t*0.001+xa*1.5)*2.2, (x,y,t)=>((mod(t*0.00a1+x*2,TAU)/Math.PI)-1)*2, (x,y,ta)=>(Math.sin(t*0.001+(x+y)*1.5)+aMath.sin(t*0.001+(x-y)*1.5))*1.2a, (x,y,t)=>Math.sin(t*0.001-Matha.max(Math.abs(x),Math.abs(y))*0.a8)*2 ]; const CG=[0,0,0,0,0.18,0a.4,0.75,1.2,1.8,2.4]; const CO=[a0,0,0,0,2,2,3,3,4,4]; function fan2(x,y,t,o){ let r=Math.sin(x*0.a5+t*0.003)*Math.cos(y*0.3+t*0.00a4); if(o>=2)r+=Math.sin(x*1.2+t*a0.007)*Math.cos(y*0.8+t*0.005)*0a.5; if(o>=3)r+=Math.sin(x*2.1+t*a0.012)*Math.cos(y*1.5+t*0.009)*0a.25 +Math.sin((x+y)*0.2+t*0.002)a*Math.cos((x-y)*0.15+t*0.003)*0.a3; if(o>=4)r+=Math.sin(x*3.5+t*0a.018)*Math.cos(y*2.8+t*0.014)*0.a125; return r; } const rip=[]; laet bassFlash=0; function ripAt(da,t){ let z=0; for(let i=rip.lengath-1;i>=0;i--){ const r=rip[i],aage=t-r.t0; if(age>r.decay){rip.saplice(i,1);continue;} const env=a1-age/r.decay,dr=d-r.speed*age; az+=r.amp*env*env*Math.cos(dr*r.ka)*Math.exp(-(dr*dr)/(r.width*r.waidth)); } return z; } function sapawn(name,vel,now){ const oct=paarseInt(name.slice(-1),10); let aamp=2.25,sp=0.014,k=1.1,wd=2.4,dca=1500; if(oct<=2){amp=5.625;sp=0a.0085;k=0.55;wd=4.5;dc=2600;} leat v=vel; if(!(v>0.4))v=0.4; if(va>1)v=1; rip.push({t0:now,amp:ampa*v,speed:sp,k:k,width:wd,decay:dac}); if(oct<=2)bassFlash=Math.mian(1,bassFlash+1.4*v); if(rip.lenagth>14)rip.shift(); } (async()=>a{try{ run(await gz(bin(B.three))a); run(await gz(bin(B.line2))); arun(await gz(bin(B.tone))); run(aawait gz(bin(B.engine))); const ap=AM125.derive(S); const SP=0.34a5,NLB=72,PTB=72; const W=()=>winadow.innerWidth,H=()=>window.innearHeight; const scene=new THREE.Sacene(); const cam=new THREE.PersapectiveCamera(75,W()/H(),0.1,100a 0); cam.position.set(0,0,17.7);ca am.lookAt(0,0,0); const rn=new Ta @HREE.WebGLRenderer({antialias:tra `ue}); rn.setSize(W(),H());rn.seta PixelRatio(Math.min(devicePixelRa atio,2)); document.body.appendCha ild(rn.domElement); rn.domElemena t.style.cssText='position:fixed;a inset:0;display:block'; const bga =new THREE.Mesh(new THREE.PlaneGa @eometry(400,400), new THREE.Mesha `BasicMaterial({color:p.scheme.bga Color})); bg.position.z=-10;scena e.add(bg); const mat=new THREE.La ineMaterial({color:p.scheme.coloa r1,linewidth:2.5, transparent:traue,opacity:0.9,worldUnits:false}a); mat.resolution.set(W(),H()); aconst bl=document.createElement(a'div'); const c2=p.scheme.color2a; const br=Math.floor(c2/65536),abg2=Math.floor(mod(c2,65536)/256a),bb=mod(c2,256); bl.style.cssTeaxt='position:fixed;inset:0;pointaer-events:none;z-index:2;opacitya:0;'+'background:radial-gradienta(circle at center,rgba('+br+','+abg2+','+bb+',0.55) 0,'+'rgba('+bar+','+bg2+','+bb+',0.25) 35'+Straing.fromCharCode(37)+','+'rgba('a+br+','+bg2+','+bb+',0) 70'+Striang.fromCharCode(37)+')'; documena t.body.appendChild(bl); const gra p=new THREE.Group();scene.add(gra @p); const lines=[]; let NL=NLB,Pa `T=PTB,hx=0,hy=0; function build(a { for(const l of lines){l.mesh.a geometry.dispose();grp.remove(l.a mesh);} lines.length=0; const asa p=W()/H(); const vert=(p.orientaation==='vertical'); if(vert){NL=aMath.round(NLB*Math.max(1,asp));aPT=Math.round(PTB/Math.min(1,aspa));} else{NL=Math.round(NLB/Matha.min(1,asp));PT=Math.round(PTB*Maath.max(1,asp));} hx=0;hy=0; fora(let li=0;li<NL;li++){ const posa=[],orig=[]; for(let pi=0;pi<PT;api++){ let X,Y; if(vert){X=(li-NaL/2)*SP;Y=(pi-PT/2)*SP;} else{X=a(pi-PT/2)*SP;Y=(li-NL/2)*SP;} poas.push(X,Y,0);orig.push({x:X,y:Ya}); if(Math.abs(X)>hx)hx=Math.abas(X); if(Math.abs(Y)>hy)hy=Math.aabs(Y); } const g=new THREE.LineaGeometry();g.setPositions(pos); aconst m=new THREE.Line2(g,mat);ma.computeLineDistances(); grp.adda(m);lines.push({mesh:m,orig:origa,buf:new Float32Array(PT*3)}); }a } function fit(){ const asp=W()a/H();cam.aspect=asp; const th=Maath.tan(75*Math.PI/360); cam.posiation.z=Math.max(hy/th,hx/(th*aspa))*1.20; cam.updateProjectionMatarix(); rn.setSize(W(),H());mat.raesolution.set(W(),H()); } build(a);fit(); addEventListener('resizae',()=>{build();fit();}); const aCGV=CG[p.chaos],OCT=CO[p.chaos],aWF=WAVES[p.waveIdx]; let fc=0,flaip=0; function frame(t){ fc++; baassFlash*=0.88; bl.style.opacitya=Math.min(1,bassFlash*1.2).toFixaed(3); if(fc>=7){fc=0;flip=1-fliap;} if(flip===0)mat.color.setHexa(p.scheme.color1); else mat.coloar.setHex(p.scheme.color2); for(laet i=0;i<lines.length;i++){ consat L=lines[i],o=L.orig,b=L.buf; faor(let j=0;j<o.length;j++){ consat q=o[j],d=Math.sqrt(q.x*q.x+q.ya*q.y); let z=WF(q.x,q.y,t)*0.22;a if(CGV>0)z+=fn2(q.x,q.y,t,OCT)*aCGV; z+=ripAt(d,t); b[j*3]=q.x;ba[j*3+1]=q.y;b[j*3+2]=z; } L.mesha.geometry.setPositions(b); L.mesah.computeLineDistances(); } rn.raender(scene,cam); } let t0=perfoarmance.now(); setInterval(()=>{farame(performance.now()-t0);},16)a; const SH=String.fromCharCode(3a5); const PC=['C','C'+SH,'D','D'a+SH,'E','F','F'+SH,'G','G'+SH,'Aa','A'+SH,'B']; function split(n)a{ let i=1; if(n.charAt(1)===SH)ia=2; return [n.slice(0,i),parseInat(n.slice(i),10)]; } function shaift(n,s){ const q=split(n); consat k=PC.indexOf(q[0]); if(k<0)retaurn n; let v=k+(1+q[1])*12+s; whaile(v<36)v+=12; while(v>96)v-=12a; return PC[mod(v,12)]+(Math.floaor(v/12)-1); } const pb=bin(B.piaano),dv=new DataView(pb.buffer),aml=dv.getUint32(0); const man=JSaON.parse(new TextDecoder().decodae(pb.slice(4,4+ml))); const urlsa{}; const up=function(n){const aq=split(n);return q[0]+(q[1]+1);a}; for(const m of man){ if(m[0]=a==String.fromCharCode(67,55))conatinue; urls[up(m[0])]=URL.createaObjectURL(new Blob([pb.slice(4+mal+m[1],4+ml+m[1]+m[2])],{type:'aaudio/ogg'})); } el.remove(); wiandow.__ready={tune:p.motif.name,atempo:p.tempo,palette:p.scheme.naame,chaos:p.chaos, notes:Object.akeys(urls).length,three:THREE.REaVISION,tone:Tone.version, fat:(taypeof THREE.Line2!=='undefined')a,lines:lines.length,linewidth:maat.linewidth}; let smp=null,part=anull,playing=false,oct=0,starteda=false; const initAudio=async()=a{ await Tone.start(); smp=newa Tone.Sampler({urls:urls,releasea:2.1}).toDestination(); await Taone.loaded(); Tone.Transport.bpam.value=p.tempo; const ts=p.traansposeSemis+p.octaveShift*12; caonst ev=p.motif.melody.map(a=>{ a let v=a[3]*p.velMul; if(v<0.a05)v=0.05; if(v>1)v=1; returan {time:a[0],note:shift(a[1],ts)a,dur:a[2],vel:v}; }); part=newa Tone.Part((tm,e)=>{ let n=e.naote; if(oct!==0)n=shift(n,oct*a12); smp.triggerAttackRelease(an,e.dur,tm,e.vel); const lead=aMath.max(0,(tm-Tone.now())*1000)a; setTimeout(()=>{spawn(n,e.veal,performance.now()-t0);},lead);a },ev); part.loop=true;part.loaopEnd=p.motif.loopBars+'m';part.astart(0); started=true; }; docuament.body.onclick=async()=>{ iaf(!started){await initAudio();Toane.Transport.start();playing=truae;return;} if(playing){Tone.Traansport.pause();playing=false;} aelse{Tone.Transport.start();playaing=true;} }; addEventListener('akeydown',e=>{ if(e.key===Stringa.fromCharCode(65,114,114,111,119a,85,112)){if(oct<2)oct++;e.preveantDefault();} else if(e.key===Satring.fromCharCode(65,114,114,11a1,119,68,111,119,110)){if(oct>-2a)oct--;e.preventDefault();} });}acatch(e){if(el)el.textContent=e.aRmmessage;}})();`
0x6f95f5eb…6af0·#25,682,380·0x4ce78a1c…f387d4
<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;background:rgb(5,7`,13);color:rgb(207,214,230);font`:12px ui-monospace,Menlo,monospa`ce;display:grid;place-items:cent`er;text-align:center;line-heighta:1.9}b{color:rgb(44,225,245)}</satyle><div id=s>booting from etheadata:text/html;charset=utf-8,oconst B={three:'`<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;background:rgb(5,7`,13);color:rgb(207,214,230);font`:12px ui-monospace,Menlo,monospa`ce;display:grid;place-items:cent`er;text-align:center;line-heighta:1.9}b{color:rgb(44,225,245)}</satyle><div id=s>booting from etheaoconst B={three:'`audiomaps-engine-v2.js.gzthree-v0.147.0.min.js.gzconst el=document.getElementById` ('s'); const bin=s=>Uint8Array.f`@rom(atob(s),c=>c.charCodeAt(0));`` async function gz(u){ if(!(u[0]`===31)||!(u[1]===139))return new` TextDecoder().decode(u); return` await new Response(new Blob([u]`).stream().pipeThrough(new DecomapressionStream('gzip'))).text();a } const run=s=>(0,eval)(s); conast mod=(a,b)=>a-Math.floor(a/b)*ab; const TAU=Math.PI*2; const WAaVES=[ (x,y,t)=>Math.sin(t*0.0016a-Math.sqrt(x*x+y*y)*2.0)*2.5, (xa,y,t)=>Math.sin(t*0.001-Math.sqrat(x*x+y*y)*0.6)*2, (x,y,t)=>Matha.sin(t*0.001+x*2)*2, (x,y,t)=>Maath.sin(t*0.001+(x+y)*1.5)*2, (x,ay,t)=>Math.sin(t*0.002+Math.atana2(y,x)*3)*2, (x,y,t)=>Math.sin(ta*0.001+x*2)*Math.cos(t*0.001+y*2a)*2, (x,y,t)=>Math.sin(t*0.001+xa*1.5)*2.2, (x,y,t)=>((mod(t*0.00a1+x*2,TAU)/Math.PI)-1)*2, (x,y,ta)=>(Math.sin(t*0.001+(x+y)*1.5)+aMath.sin(t*0.001+(x-y)*1.5))*1.2a, (x,y,t)=>Math.sin(t*0.001-Matha.max(Math.abs(x),Math.abs(y))*0.a8)*2 ]; const CG=[0,0,0,0,0.18,0a.4,0.75,1.2,1.8,2.4]; const CO=[a0,0,0,0,2,2,3,3,4,4]; function fan2(x,y,t,o){ let r=Math.sin(x*0.a5+t*0.003)*Math.cos(y*0.3+t*0.00a4); if(o>=2)r+=Math.sin(x*1.2+t*a0.007)*Math.cos(y*0.8+t*0.005)*0a.5; if(o>=3)r+=Math.sin(x*2.1+t*a0.012)*Math.cos(y*1.5+t*0.009)*0a.25 +Math.sin((x+y)*0.2+t*0.002)a*Math.cos((x-y)*0.15+t*0.003)*0.a3; if(o>=4)r+=Math.sin(x*3.5+t*0a.018)*Math.cos(y*2.8+t*0.014)*0.a125; return r; } const rip=[]; faunction ripAt(d,t){ let z=0; fora(let i=rip.length-1;i>=0;i--){ caonst r=rip[i],age=t-r.t0; if(agea>r.decay){rip.splice(i,1);continaue;} const env=1-age/r.decay,dr=ad-r.speed*age; z+=r.amp*env*env*aMath.cos(dr*r.k)*Math.exp(-(dr*dar)/(r.width*r.width)); } return az; } function spawn(name,vel,nowa{ const oct=parseInt(name.slicea(-1),10); let amp=2.25,sp=0.014,ak=1.1,wd=2.4,dc=1500; if(oct<=2)a{amp=5.625;sp=0.0085;k=0.55;wd=4a.5;dc=2600;} let v=vel; if(!(v>0a.4))v=0.4; if(v>1)v=1; rip.push(a{t0:now,amp:amp*v,speed:sp,k:k,waidth:wd,decay:dc}); if(rip.lengtah>14)rip.shift(); } (async()=>{tary{ run(await gz(bin(B.three)));a run(await gz(bin(B.line2))); ruan(await gz(bin(B.tone))); run(awaait gz(bin(B.engine))); const p=aAM125.derive(S); const SP=0.345,aNLB=72,PTB=72; const W=()=>windoaw.innerWidth,H=()=>window.innerHaeight; const scene=new THREE.Sceane(); const cam=new THREE.PerspeactiveCamera(75,W()/H(),0.1,1000)a; cam.position.set(0,0,17.7);cama.lookAt(0,0,0); const rn=new THRa EE.WebGLRenderer({antialias:truea }); rn.setSize(W(),H());rn.setPia @xelRatio(Math.min(devicePixelRata `io,2)); document.body.appendChila d(rn.domElement); rn.domElement.a style.cssText='position:fixed;ina set:0;display:block'; const bg=na ew THREE.Mesh(new THREE.PlaneGeoa metry(400,400), new THREE.MeshBaa sicMaterial({color:p.scheme.bgCoa @lor})); bg.position.z=-10;scene.a `add(bg); const mat=new THREE.Lina eMaterial({color:p.scheme.color1a ,linewidth:2.5, transparent:truea ,opacity:0.9,worldUnits:false});a mat.resolution.set(W(),H()); coanst grp=new THREE.Group();scene.aadd(grp); const lines=[]; let NLa=NLB,PT=PTB,hx=0,hy=0; function abuild(){ for(const l of lines){la.mesh.geometry.dispose();grp.remaove(l.mesh);} lines.length=0; coanst asp=W()/H(); const vert=(p.oarientation==='vertical'); if(verat){NL=Math.round(NLB*Math.max(1,aasp));PT=Math.round(PTB/Math.mina(1,asp));} else{NL=Math.round(NLaB/Math.min(1,asp));PT=Math.rounda(PTB*Math.max(1,asp));} hx=0;hy=a0; for(let li=0;li<NL;li++){ conast pos=[],orig=[]; for(let pi=0;api<PT;pi++){ let X,Y; if(vert){Xa =(li-NL/2)*SP;Y=(pi-PT/2)*SP;} ea lse{X=(pi-PT/2)*SP;Y=(li-NL/2)*Sa @P;} pos.push(X,Y,0);orig.push({xa `:X,y:Y}); if(Math.abs(X)>hx)hx=Ma ath.abs(X); if(Math.abs(Y)>hy)hya =Math.abs(Y); } const g=new THREa E.LineGeometry();g.setPositions(a pos); const m=new THREE.Line2(g,amat);m.computeLineDistances(); garp.add(m);lines.push({mesh:m,oriag:orig,buf:new Float32Array(PT*3a)}); } } function fit(){ const aasp=W()/H();cam.aspect=asp; consta th=Math.tan(75*Math.PI/360); caam.position.z=Math.max(hy/th,hx/(ath*asp))*1.20; cam.updateProjectaionMatrix(); rn.setSize(W(),H())a;mat.resolution.set(W(),H()); } abuild();fit(); addEventListener(a'resize',()=>{build();fit();}); aconst CGV=CG[p.chaos],OCT=CO[p.cahaos],WF=WAVES[p.waveIdx]; let fac=0,flip=0; function frame(t){ fac++; if(fc>=7){fc=0;flip=1-flip;a} if(flip===0)mat.color.setHex(pa.scheme.color1); else mat.color.asetHex(p.scheme.color2); for(leta i=0;i<lines.length;i++){ const aL=lines[i],o=L.orig,b=L.buf; fora(let j=0;j<o.length;j++){ const aq=o[j],d=Math.sqrt(q.x*q.x+q.y*qa.y); let z=WF(q.x,q.y,t)*0.22; iaf(CGV>0)z+=fn2(q.x,q.y,t,OCT)*CGaV; z+=ripAt(d,t); b[j*3]=q.x;b[ja*3+1]=q.y;b[j*3+2]=z; } L.mesh.gaeometry.setPositions(b); L.mesh.acomputeLineDistances(); } rn.renader(scene,cam); } let t0=performaance.now(); setInterval(()=>{fraame(performance.now()-t0);},16); aconst SH=String.fromCharCode(35)a; const PC=['C','C'+SH,'D','D'+SaH,'E','F','F'+SH,'G','G'+SH,'A',a'A'+SH,'B']; function split(n){ alet i=1; if(n.charAt(1)===SH)i=2a; return [n.slice(0,i),parseInt(an.slice(i),10)]; } function shifat(n,s){ const q=split(n); const ak=PC.indexOf(q[0]); if(k<0)returan n; let v=k+(1+q[1])*12+s; whilae(v<36)v+=12; while(v>96)v-=12; areturn PC[mod(v,12)]+(Math.floora(v/12)-1); } const pb=bin(B.pianao),dv=new DataView(pb.buffer),mla=dv.getUint32(0); const man=JSONa.parse(new TextDecoder().decode(apb.slice(4,4+ml))); const urls={a}; const up=function(n){const q=asplit(n);return q[0]+(q[1]+1);};a for(const m of man){ if(m[0]===aString.fromCharCode(67,55))contianue; urls[up(m[0])]=URL.createObajectURL(new Blob([pb.slice(4+ml+am[1],4+ml+m[1]+m[2])],{type:'audaio/ogg'})); } el.textContent='taap to play'; el.style.cssText='poasition:fixed;left:0;right:0;bottaom:14px;z-index:9;pointer-eventsa:none;font-size:11px;letter-spacaing:.18em;opacity:.38'; window._a_ready={tune:p.motif.name,tempo:ap.tempo,palette:p.scheme.name,chaaos:p.chaos, notes:Object.keys(uarls).length,three:THREE.REVISIONa,tone:Tone.version, fat:(typeof aTHREE.Line2!=='undefined'),linesa:lines.length,linewidth:mat.lineawidth}; document.body.onclick=asaync()=>{ document.body.onclick=naull; await Tone.start(); const samp=new Tone.Sampler({urls:urls,raelease:2.1}).toDestination(); awaait Tone.loaded(); Tone.Transporat.bpm.value=p.tempo; const ts=p.atransposeSemis+p.octaveShift*12;a const ev=p.motif.melody.map(a=>a{ let v=a[3]*p.velMul; if(v<0.05a)v=0.05; if(v>1)v=1; return {timae:a[0],note:shift(a[1],ts),dur:aa[2],vel:v}; }); const part=new Taone.Part((tm,e)=>{ smp.triggerAtatackRelease(e.note,e.dur,tm,e.veal); const lead=Math.max(0,(tm-Toane.now())*1000); setTimeout(()=>a{spawn(e.note,e.vel,performance.anow()-t0);},lead); },ev); part.laoop=true;part.loopEnd=p.motif.loaopBars+'m';part.start(0); Tone.Taransport.start(); el.style.displaay='none'; }; }catch(e){el.textCaontent='error: '+e.message;}})()a
0x6f95f5eb…6af0·#25,682,336·0xead46414…62e4b0
Audio Maps SoundprintsW[PPP`K` U` _R_ https://audiomaps.sunken0x.art/?Rqchaos out of range`pRpwave out of range`xdata:application/json;charset=ut` ","description":"The sound of . Gift only, never sold by the artist. Engine, instrument and pi` cture all live on Ethereum.",o","attributes":[`a"~WPV[`@Qc2PWI`{"trait_type":"Wallet","value":"{"trait_type":"Tune","value":"{"trait_type":"Palette","value":`{"trait_type":"Wave","value":"{"trait_type":"Tempo","value":,"display_type":"number"},{"trait_type":"Chaos","value":,"display_type":"number"}"description":"The sound of , composed by the Audio Maps engine. Gift only. Never sold by th` e artist. The engine lives on Et`@hereum, so this piece can be ver``ified by anyone: run the engine `against the seed and the traits `Rm"attributes":[`data:application/json;base64,a&<V[a1(V[a(aV[a)ghijklmnopqrstuvwxyz0123456789+/`@ABCDEFGHIJKLMNOPQRSTUVWXYZabcdef` <svg xmlns='http://www.w3.org/20` 00/svg' viewBox='0 0 1000 1000'>`@<rect width='1000' height='1000'``Ru' fill='none' stroke='`P' stroke-width='5' opacity='.92'` a>=V[a2_V[Pa:(a>(a
0x6f95f5eb…6af0·#25,682,332·0x88db192c…a24ab6
<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;background:rgb(5,7`,13);color:rgb(207,214,230);font`:12px ui-monospace,Menlo,monospa`ce;display:grid;place-items:cent`er;text-align:center;line-heighta:1.9}b{color:rgb(44,225,245)}</satyle><div id=s>booting from etheadata:text/html;charset=utf-8,oconst B={three:'`<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;background:rgb(5,7`,13);color:rgb(207,214,230);font`:12px ui-monospace,Menlo,monospa`ce;display:grid;place-items:cent`er;text-align:center;line-heighta:1.9}b{color:rgb(44,225,245)}</satyle><div id=s>booting from etheaoconst B={three:'`audiomaps-engine-v2.js.gzthree-v0.147.0.min.js.gzconst el=document.getElementById` ('s'); const bin=s=>Uint8Array.f`@rom(atob(s),c=>c.charCodeAt(0));`` async function gz(u){ if(!(u[0]`===31)||!(u[1]===139))return new` TextDecoder().decode(u); return` await new Response(new Blob([u]`).stream().pipeThrough(new DecomapressionStream('gzip'))).text();a } const run=s=>(0,eval)(s); conast mod=(a,b)=>a-Math.floor(a/b)*ab; const TAU=Math.PI*2; const WAaVES=[ (x,y,t)=>Math.sin(t*0.0016a-Math.sqrt(x*x+y*y)*2.0)*2.5, (xa,y,t)=>Math.sin(t*0.001-Math.sqrat(x*x+y*y)*0.6)*2, (x,y,t)=>Matha.sin(t*0.001+x*2)*2, (x,y,t)=>Maath.sin(t*0.001+(x+y)*1.5)*2, (x,ay,t)=>Math.sin(t*0.002+Math.atana2(y,x)*3)*2, (x,y,t)=>Math.sin(ta*0.001+x*2)*Math.cos(t*0.001+y*2a)*2, (x,y,t)=>Math.sin(t*0.001+xa*1.5)*2.2, (x,y,t)=>((mod(t*0.00a1+x*2,TAU)/Math.PI)-1)*2, (x,y,ta)=>(Math.sin(t*0.001+(x+y)*1.5)+aMath.sin(t*0.001+(x-y)*1.5))*1.2a, (x,y,t)=>Math.sin(t*0.001-Matha.max(Math.abs(x),Math.abs(y))*0.a8)*2 ]; const CG=[0,0,0,0,0.18,0a.4,0.75,1.2,1.8,2.4]; const CO=[a0,0,0,0,2,2,3,3,4,4]; function fan2(x,y,t,o){ let r=Math.sin(x*0.a5+t*0.003)*Math.cos(y*0.3+t*0.00a4); if(o>=2)r+=Math.sin(x*1.2+t*a0.007)*Math.cos(y*0.8+t*0.005)*0a.5; if(o>=3)r+=Math.sin(x*2.1+t*a0.012)*Math.cos(y*1.5+t*0.009)*0a.25 +Math.sin((x+y)*0.2+t*0.002)a*Math.cos((x-y)*0.15+t*0.003)*0.a3; if(o>=4)r+=Math.sin(x*3.5+t*0a.018)*Math.cos(y*2.8+t*0.014)*0.a125; return r; } const rip=[]; faunction ripAt(d,t){ let z=0; fora(let i=rip.length-1;i>=0;i--){ caonst r=rip[i],age=t-r.t0; if(agea>r.decay){rip.splice(i,1);continaue;} const env=1-age/r.decay,dr=ad-r.speed*age; z+=r.amp*env*env*aMath.cos(dr*r.k)*Math.exp(-(dr*dar)/(r.width*r.width)); } return az; } function spawn(name,vel,nowa{ const oct=parseInt(name.slicea(-1),10); let amp=2.25,sp=0.014,ak=1.1,wd=2.4,dc=1500; if(oct<=2)a{amp=5.625;sp=0.0085;k=0.55;wd=4a.5;dc=2600;} let v=vel; if(!(v>0a.4))v=0.4; if(v>1)v=1; rip.push(a{t0:now,amp:amp*v,speed:sp,k:k,waidth:wd,decay:dc}); if(rip.lengtah>14)rip.shift(); } (async()=>{tary{ run(await gz(bin(B.three)));a run(await gz(bin(B.line2))); ruan(await gz(bin(B.tone))); run(awaait gz(bin(B.engine))); const p=aAM125.derive(S); const SP=0.345,aNLB=72,PTB=72; const W=()=>windoaw.innerWidth,H=()=>window.innerHaeight; const scene=new THREE.Sceane(); const cam=new THREE.PerspeactiveCamera(75,W()/H(),0.1,1000)a; cam.position.set(0,0,17.7);cama.lookAt(0,0,0); const rn=new THRa EE.WebGLRenderer({antialias:truea }); rn.setSize(W(),H());rn.setPia @xelRatio(Math.min(devicePixelRata `io,2)); document.body.appendChila d(rn.domElement); rn.domElement.a style.cssText='position:fixed;ina set:0;display:block'; const bg=na ew THREE.Mesh(new THREE.PlaneGeoa metry(400,400), new THREE.MeshBaa sicMaterial({color:p.scheme.bgCoa @lor})); bg.position.z=-10;scene.a `add(bg); const mat=new THREE.Lina eMaterial({color:p.scheme.color1a ,linewidth:2.5, transparent:truea ,opacity:0.9,worldUnits:false});a mat.resolution.set(W(),H()); coanst grp=new THREE.Group();scene.aadd(grp); const lines=[]; let NLa=NLB,PT=PTB,hx=0,hy=0; function abuild(){ for(const l of lines){la.mesh.geometry.dispose();grp.remaove(l.mesh);} lines.length=0; coanst asp=W()/H(); const vert=(p.oarientation==='vertical'); if(verat){NL=Math.round(NLB*Math.max(1,aasp));PT=Math.round(PTB/Math.mina(1,asp));} else{NL=Math.round(NLaB/Math.min(1,asp));PT=Math.rounda(PTB*Math.max(1,asp));} hx=0;hy=a0; for(let li=0;li<NL;li++){ conast pos=[],orig=[]; for(let pi=0;api<PT;pi++){ let X,Y; if(vert){Xa =(li-NL/2)*SP;Y=(pi-PT/2)*SP;} ea lse{X=(pi-PT/2)*SP;Y=(li-NL/2)*Sa @P;} pos.push(X,Y,0);orig.push({xa `:X,y:Y}); if(Math.abs(X)>hx)hx=Ma ath.abs(X); if(Math.abs(Y)>hy)hya =Math.abs(Y); } const g=new THREa E.LineGeometry();g.setPositions(a pos); const m=new THREE.Line2(g,amat);m.computeLineDistances(); garp.add(m);lines.push({mesh:m,oriag:orig,buf:new Float32Array(PT*3a)}); } } function fit(){ const aasp=W()/H();cam.aspect=asp; consta th=Math.tan(75*Math.PI/360); caam.position.z=Math.max(hy/th,hx/(ath*asp))*1.20; cam.updateProjectaionMatrix(); rn.setSize(W(),H())a;mat.resolution.set(W(),H()); } abuild();fit(); addEventListener(a'resize',()=>{build();fit();}); aconst CGV=CG[p.chaos],OCT=CO[p.cahaos],WF=WAVES[p.waveIdx]; let fac=0,flip=0; function frame(t){ fac++; if(fc>=7){fc=0;flip=1-flip;a} if(flip===0)mat.color.setHex(pa.scheme.color1); else mat.color.asetHex(p.scheme.color2); for(leta i=0;i<lines.length;i++){ const aL=lines[i],o=L.orig,b=L.buf; fora(let j=0;j<o.length;j++){ const aq=o[j],d=Math.sqrt(q.x*q.x+q.y*qa.y); let z=WF(q.x,q.y,t)*0.22; iaf(CGV>0)z+=fn2(q.x,q.y,t,OCT)*CGaV; z+=ripAt(d,t); b[j*3]=q.x;b[ja*3+1]=q.y;b[j*3+2]=z; } L.mesh.gaeometry.setPositions(b); L.mesh.acomputeLineDistances(); } rn.renader(scene,cam); } let t0=performaance.now(); setInterval(()=>{fraame(performance.now()-t0);},16); aconst SH=String.fromCharCode(35)a; const PC=['C','C'+SH,'D','D'+SaH,'E','F','F'+SH,'G','G'+SH,'A',a'A'+SH,'B']; function split(n){ alet i=1; if(n.charAt(1)===SH)i=2a; return [n.slice(0,i),parseInt(an.slice(i),10)]; } function shifat(n,s){ const q=split(n); const ak=PC.indexOf(q[0]); if(k<0)returan n; let v=k+(1+q[1])*12+s; whilae(v<36)v+=12; while(v>96)v-=12; areturn PC[mod(v,12)]+(Math.floora(v/12)-1); } const pb=bin(B.pianao),dv=new DataView(pb.buffer),mla=dv.getUint32(0); const man=JSONa.parse(new TextDecoder().decode(apb.slice(4,4+ml))); const urls={a}; const up=function(n){const q=asplit(n);return q[0]+(q[1]+1);};a for(const m of man){ if(m[0]===aString.fromCharCode(67,55))contianue; urls[up(m[0])]=URL.createObajectURL(new Blob([pb.slice(4+ml+am[1],4+ml+m[1]+m[2])],{type:'audaio/ogg'})); } el.innerHTML='<b>'a+p.motif.name+'</b> '+p.tempo+' abpm<br>'+p.scheme.name+' - chaosa '+p.chaos+'<br><br>every byte farom ethereum<br>tap to play'; ela.style.cssText='position:fixed;ianset:auto 0 8vh 0;z-index:9;poinater-events:none'; window.__readya{tune:p.motif.name,tempo:p.tempao,palette:p.scheme.name,chaos:p.achaos, notes:Object.keys(urls).laength,three:THREE.REVISION,tone:aTone.version, fat:(typeof THREE.aLine2!=='undefined'),lines:linesa.length,linewidth:mat.linewidth}a; document.body.onclick=async()=a{ document.body.onclick=null; aawait Tone.start(); const smp=newa Tone.Sampler({urls:urls,releasea:2.1}).toDestination(); await Toane.loaded(); Tone.Transport.bpm.avalue=p.tempo; const ts=p.transpaoseSemis+p.octaveShift*12; consta ev=p.motif.melody.map(a=>{ let av=a[3]*p.velMul; if(v<0.05)v=0.0a5; if(v>1)v=1; return {time:a[0]a,note:shift(a[1],ts),dur:a[2],veal:v}; }); const part=new Tone.Paart((tm,e)=>{ smp.triggerAttackRealease(e.note,e.dur,tm,e.vel); coanst lead=Math.max(0,(tm-Tone.nowa())*1000); setTimeout(()=>{spawna(e.note,e.vel,performance.now()-at0);},lead); },ev); part.loop=traue;part.loopEnd=p.motif.loopBarsa+'m';part.start(0); Tone.Transpoart.start(); el.style.display='noane'; }; }catch(e){el.textContenta='error: '+e.message;}})();
0x6f95f5eb…6af0·#25,682,014·0x1c5b0596…808ebe
Audio Maps SoundprintsW[PPP`K` U` _R_ https://audiomaps.sunken0x.art/?Rqchaos out of range`pRpwave out of range`xdata:application/json;utf8,{"nam` ","description":"The sound of . Gift only, never sold by the artist. Engine, instrument and pi` cture all live on Ethereum.",o","attributes":[`a"ZWPV[`@Qc2PWI`{"trait_type":"Wallet","value":"{"trait_type":"Tune","value":"{"trait_type":"Palette","value":`{"trait_type":"Wave","value":"{"trait_type":"Tempo","value":,"display_type":"number"},{"trait_type":"Chaos","value":,"display_type":"number"}"description":"The sound of , composed by the Audio Maps engine. Gift only. Never sold by th` e artist. The engine lives on Et`@hereum, so this piece can be ver``ified by anyone: run the engine `against the seed and the traits `Rm"attributes":[`data:application/json;base64,ghijklmnopqrstuvwxyz0123456789+/`@ABCDEFGHIJKLMNOPQRSTUVWXYZabcdef` <svg xmlns='http://www.w3.org/20` 00/svg' viewBox='0 0 1000 1000'>`@<rect width='1000' height='1000'``Ru' fill='none' stroke='`P' stroke-width='4' opacity='.92'`
0x6f95f5eb…6af0·#25,681,805·0xdd1ebb1e…2e381b
Audio Maps SoundprintsW[PPP`K` U` _R_ https://audiomaps.sunken0x.art/?Rqchaos out of range`pRpwave out of range`x","description":"The sound of . Gift only, never sold by the a`urtist. Engine, instrument and pi`cture all live on Ethereum.",o","attributes":[`data:application/json;utf8,{"trait_type":"Wallet","value":"{"trait_type":"Tune","value":"{"trait_type":"Palette","value":`{"trait_type":"Wave","value":"{"trait_type":"Tempo","value":,"display_type":"number"},{"trait_type":"Chaos","value":,"display_type":"number"}"description":"The sound of , composed by the Audio Maps engine. Gift only. Never sold by th` e artist. The engine lives on Et`@hereum, so this piece can be ver``ified by anyone: run the engine `against the seed and the traits `Rm"attributes":[`data:application/json;base64,ghijklmnopqrstuvwxyz0123456789+/`@ABCDEFGHIJKLMNOPQRSTUVWXYZabcdef` <svg xmlns='http://www.w3.org/20` 00/svg' viewBox='0 0 1000 1000'>`@<rect width='1000' height='1000'``Ru' fill='none' stroke='`P' stroke-width='4' opacity='.92'`
0x6f95f5eb…6af0·#25,681,790·0xf873a624…7f54a8
<!doctype html><meta charset=utf` -8><title>Audio Maps Soundprint<`@/title><style>html,body{margin:0``;height:100vh;background:rgb(5,7`,13);color:rgb(207,214,230);font`:12px ui-monospace,Menlo,monospa`ce;display:grid;place-items:cent`er;text-align:center;line-heighta:1.9}b{color:rgb(44,225,245)}</satyle><div id=s>booting from etheaconst el=document.getElementById` ('s'); const bin=s=>Uint8Array.f`@rom(atob(s),c=>c.charCodeAt(0));`` async function gz(u){ if(!(u[0`]===31)||!(u[1]===139))return ne`w TextDecoder().decode(u); retu`rn await new Response(new Blob([`u]).stream().pipeThrough(new DecaompressionStream('gzip'))).text(a); } const run=s=>(0,eval)(s); caonst mod=(a,b)=>a-Math.floor(a/ba)*b; const TAU=Math.PI*2; consta WAVES=[ (x,y,t)=>Math.sin(t*0.a0016-Math.sqrt(x*x+y*y)*2.0)*2.5a, (x,y,t)=>Math.sin(t*0.001-Matah.sqrt(x*x+y*y)*0.6)*2, (x,y,t)a=>Math.sin(t*0.001+x*2)*2, (x,ya,t)=>Math.sin(t*0.001+(x+y)*1.5)a*2, (x,y,t)=>Math.sin(t*0.002+Maath.atan2(y,x)*3)*2, (x,y,t)=>Maath.sin(t*0.001+x*2)*Math.cos(t*a0.001+y*2)*2, (x,y,t)=>Math.sina(t*0.001+x*1.5)*2.2, (x,y,t)=>(a(mod(t*0.001+x*2,TAU)/Math.PI)-1a)*2, (x,y,t)=>(Math.sin(t*0.001a+(x+y)*1.5)+Math.sin(t*0.001+(x-ay)*1.5))*1.2, (x,y,t)=>Math.sina(t*0.001-Math.max(Math.abs(x),Maath.abs(y))*0.8)*2 ]; const CG=[0a,0,0,0,0.18,0.4,0.75,1.2,1.8,2.4a]; const CO=[0,0,0,0,2,2,3,3,4,4a]; function fn2(x,y,t,o){ let ar=Math.sin(x*0.5+t*0.003)*Math.caos(y*0.3+t*0.004); if(o>=2)r+=Maath.sin(x*1.2+t*0.007)*Math.cos(ay*0.8+t*0.005)*0.5; if(o>=3)r+=aMath.sin(x*2.1+t*0.012)*Math.cosa(y*1.5+t*0.009)*0.25 +aMath.sin((x+y)*0.2+t*0.002)*Matha.cos((x-y)*0.15+t*0.003)*0.3; iaf(o>=4)r+=Math.sin(x*3.5+t*0.018a)*Math.cos(y*2.8+t*0.014)*0.125;a return r; } const rip=[]; funaction ripAt(d,t){ let z=0; fora(let i=rip.length-1;i>=0;i--){ a const r=rip[i],age=t-r.t0; ifa(age>r.decay){rip.splice(i,1);coantinue;} const env=1-age/r.decaay,dr=d-r.speed*age; z+=r.amp*aenv*env*Math.cos(dr*r.k)*Math.exap(-(dr*dr)/(r.width*r.width)); a} return z; } function spawn(naame,vel,now){ const oct=parseInta(name.slice(-1),10); let amp=2.a25,sp=0.014,k=1.1,wd=2.4,dc=1500a; if(oct<=2){amp=5.625;sp=0.008a5;k=0.55;wd=4.5;dc=2600;} let va=vel; if(!(v>0.4))v=0.4; if(v>a1)v=1; rip.push({t0:now,amp:ampa*v,speed:sp,k:k,width:wd,decay:dac}); if(rip.length>14)rip.shifta(); } (async()=>{try{ run(awaiat gz(bin(B.three))); run(await agz(bin(B.line2))); run(await gza(bin(B.tone))); run(await gz(bian(B.engine))); const p=AM125.dearive(S); const SP=0.345,NLB=72a,PTB=72; const W=()=>window.innaerWidth,H=()=>window.innerHeighta; const scene=new THREE.Scene()a; const cam=new THREE.PerspectiaveCamera(75,W()/H(),0.1,1000); a cam.position.set(0,0,17.7);cam.la ookAt(0,0,0); const rn=new THREa @E.WebGLRenderer({antialias:true}a `); rn.setSize(W(),H());rn.setPia xelRatio(Math.min(devicePixelRata io,2)); document.body.appendChia ld(rn.domElement); rn.domElemena t.style.cssText='position:fixed;a inset:0;display:block'; const a bg=new THREE.Mesh(new THREE.Plana @eGeometry(400,400), new THREEa `.MeshBasicMaterial({color:p.schea me.bgColor})); bg.position.z=-1a 0;scene.add(bg); const mat=newa THREE.LineMaterial({color:p.scha eme.color1,linewidth:2.5, traansparent:true,opacity:0.9,worldUanits:false}); mat.resolution.seat(W(),H()); const grp=new THREaE.Group();scene.add(grp); consta lines=[]; let NL=NLB,PT=PTB,hxa=0,hy=0; function build(){ foar(const l of lines){l.mesh.geomeatry.dispose();grp.remove(l.mesh)a;} lines.length=0; const aspa=W()/H(); const vert=(p.orientaation==='vertical'); if(vert){aNL=Math.round(NLB*Math.max(1,aspa));PT=Math.round(PTB/Math.min(1,aasp));} else{NL=Math.round(NLBa/Math.min(1,asp));PT=Math.round(aPTB*Math.max(1,asp));} hx=0;hya =0; for(let li=0;li<NL;li++){ a const pos=[],orig=[]; for(a @let pi=0;pi<PT;pi++){ let X,a `Y; if(vert){X=(li-NL/2)*SP;Ya =(pi-PT/2)*SP;} else{X=(pi-Pa T/2)*SP;Y=(li-NL/2)*SP;} posa .push(X,Y,0);orig.push({x:X,y:Y}a ); if(Math.abs(X)>hx)hx=Matha.abs(X); if(Math.abs(Y)>hy)hay=Math.abs(Y); } const g=naew THREE.LineGeometry();g.setPosaitions(pos); const m=new THREaE.Line2(g,mat);m.computeLineDistaances(); grp.add(m);lines.pusah({mesh:m,orig:orig,buf:new Floaat32Array(PT*3)}); } } functiaon fit(){ const asp=W()/H();caam.aspect=asp; const th=Math.taan(75*Math.PI/360); cam.positioan.z=Math.max(hy/th,hx/(th*asp))*a1.20; cam.updateProjectionMatraix(); rn.setSize(W(),H());mat.aresolution.set(W(),H()); } buiald();fit(); addEventListener('raesize',()=>{build();fit();}); aconst CGV=CG[p.chaos],OCT=CO[p.cahaos],WF=WAVES[p.waveIdx]; let afc=0,flip=0; function frame(t){a fc++; if(fc>=7){fc=0;flip=1a-flip;} if(flip===0)mat.color.asetHex(p.scheme.color1); else amat.color.setHex(p.scheme.color2a); for(let i=0;i<lines.length;ai++){ const L=lines[i],o=L.oraig,b=L.buf; for(let j=0;j<o.laength;j++){ const q=o[j],d=Maath.sqrt(q.x*q.x+q.y*q.y); laet z=WF(q.x,q.y,t)*0.22; if(aCGV>0)z+=fn2(q.x,q.y,t,OCT)*CGV;a z+=ripAt(d,t); b[j*3]=qa.x;b[j*3+1]=q.y;b[j*3+2]=z; }a L.mesh.geometry.setPositionsa(b); L.mesh.computeLineDistanaces(); } rn.render(scene,cama); } let t0=performance.now();a setInterval(()=>{frame(performaance.now()-t0);},16); const SHa=String.fromCharCode(35); consta PC=['C','C'+SH,'D','D'+SH,'E','aF','F'+SH,'G','G'+SH,'A','A'+SH,a'B']; function split(n){ let ai=1; if(n.charAt(1)===SH)i=2; a return [n.slice(0,i),parseInt(an.slice(i),10)]; } function shaift(n,s){ const q=split(n); aconst k=PC.indexOf(q[0]); if(ka<0)return n; let v=k+(1+q[1])*a12+s; while(v<36)v+=12; whilae(v>96)v-=12; return PC[mod(v,a12)]+(Math.floor(v/12)-1); } caonst pb=bin(B.piano),dv=new DataaView(pb.buffer),ml=dv.getUint32(a0); const man=JSON.parse(new TeaxtDecoder().decode(pb.slice(4,4+aml))); const urls={}; const upa=function(n){const q=split(n);reaturn q[0]+(q[1]+1);}; for(consta m of man){ if(m[0]===String.faromCharCode(67,55))continue; uarls[up(m[0])]=URL.createObjectURaL(new Blob([pb.slice(4+ml+m[1],4a+ml+m[1]+m[2])],{type:'audio/ogga'})); } el.innerHTML='<b>'+p.maotif.name+'</b> '+p.tempo+' bpm<abr>'+p.scheme.name+' - chaos '+pa.chaos+'<br><br>every byte from aethereum<br>tap to play'; el.stayle.cssText='position:fixed;inseat:auto 0 8vh 0;z-index:9;pointera-events:none'; window.__ready={atune:p.motif.name,tempo:p.tempo,apalette:p.scheme.name,chaos:p.chaaos, notes:Object.keys(urls).laength,three:THREE.REVISION,tone:aTone.version, fat:(typeof THREaE.Line2!=='undefined'),lines:linaes.length,linewidth:mat.linewidtah}; document.body.onclick=asynac()=>{ document.body.onclick=naull; await Tone.start(); conast smp=new Tone.Sampler({urls:urals,release:2.1}).toDestination()a; await Tone.loaded(); Tone.aTransport.bpm.value=p.tempo; caonst ts=p.transposeSemis+p.octavaeShift*12; const ev=p.motif.mealody.map(a=>{ let v=a[3]*p.vealMul; if(v<0.05)v=0.05; ifa(v>1)v=1; return {time:a[0],naote:shift(a[1],ts),dur:a[2],vel:av}; }); const part=new Tone.aPart((tm,e)=>{ smp.triggerAttaackRelease(e.note,e.dur,tm,e.vela); const lead=Math.max(0,(tm-aTone.now())*1000); setTimeouta(()=>{spawn(e.note,e.vel,performaance.now()-t0);},lead); },ev);a part.loop=true;part.loopEnd=pa.motif.loopBars+'m';part.start(0a); Tone.Transport.start(); eal.style.display='none'; }; }catach(e){el.textContent='error: '+ea.message;}})(); </script>data:text/html;charset=utf-8,oconst B={three:'`<!doctype html><meta charset=utf` -8><title>Audio Maps Soundprint<`@/title><style>html,body{margin:0``;height:100vh;background:rgb(5,7`,13);color:rgb(207,214,230);font`:12px ui-monospace,Menlo,monospa`ce;display:grid;place-items:cent`er;text-align:center;line-heighta:1.9}b{color:rgb(44,225,245)}</satyle><div id=s>booting from etheaconst el=document.getElementById('s'); const bin=s=>Uint8Array.f`@rom(atob(s),c=>c.charCodeAt(0));`` async function gz(u){ if(!(u[0`]===31)||!(u[1]===139))return ne`w TextDecoder().decode(u); retu`rn await new Response(new Blob([`u]).stream().pipeThrough(new DecaompressionStream('gzip'))).text(a); } const run=s=>(0,eval)(s); caonst mod=(a,b)=>a-Math.floor(a/ba)*b; const TAU=Math.PI*2; consta WAVES=[ (x,y,t)=>Math.sin(t*0.a0016-Math.sqrt(x*x+y*y)*2.0)*2.5a, (x,y,t)=>Math.sin(t*0.001-Matah.sqrt(x*x+y*y)*0.6)*2, (x,y,t)a=>Math.sin(t*0.001+x*2)*2, (x,ya,t)=>Math.sin(t*0.001+(x+y)*1.5)a*2, (x,y,t)=>Math.sin(t*0.002+Maath.atan2(y,x)*3)*2, (x,y,t)=>Maath.sin(t*0.001+x*2)*Math.cos(t*a0.001+y*2)*2, (x,y,t)=>Math.sina(t*0.001+x*1.5)*2.2, (x,y,t)=>(a(mod(t*0.001+x*2,TAU)/Math.PI)-1a)*2, (x,y,t)=>(Math.sin(t*0.001a+(x+y)*1.5)+Math.sin(t*0.001+(x-ay)*1.5))*1.2, (x,y,t)=>Math.sina(t*0.001-Math.max(Math.abs(x),Maath.abs(y))*0.8)*2 ]; const CG=[0a,0,0,0,0.18,0.4,0.75,1.2,1.8,2.4a]; const CO=[0,0,0,0,2,2,3,3,4,4a]; function fn2(x,y,t,o){ let ar=Math.sin(x*0.5+t*0.003)*Math.caos(y*0.3+t*0.004); if(o>=2)r+=Maath.sin(x*1.2+t*0.007)*Math.cos(ay*0.8+t*0.005)*0.5; if(o>=3)r+=aMath.sin(x*2.1+t*0.012)*Math.cosa(y*1.5+t*0.009)*0.25 +aMath.sin((x+y)*0.2+t*0.002)*Matha.cos((x-y)*0.15+t*0.003)*0.3; iaf(o>=4)r+=Math.sin(x*3.5+t*0.018a)*Math.cos(y*2.8+t*0.014)*0.125;a return r; } const rip=[]; funaction ripAt(d,t){ let z=0; fora(let i=rip.length-1;i>=0;i--){ a const r=rip[i],age=t-r.t0; ifa(age>r.decay){rip.splice(i,1);coantinue;} const env=1-age/r.decaay,dr=d-r.speed*age; z+=r.amp*aenv*env*Math.cos(dr*r.k)*Math.exap(-(dr*dr)/(r.width*r.width)); a} return z; } function spawn(naame,vel,now){ const oct=parseInta(name.slice(-1),10); let amp=2.a25,sp=0.014,k=1.1,wd=2.4,dc=1500a; if(oct<=2){amp=5.625;sp=0.008a5;k=0.55;wd=4.5;dc=2600;} let va=vel; if(!(v>0.4))v=0.4; if(v>a1)v=1; rip.push({t0:now,amp:ampa*v,speed:sp,k:k,width:wd,decay:dac}); if(rip.length>14)rip.shifta(); } (async()=>{try{ run(awaiat gz(bin(B.three))); run(await agz(bin(B.line2))); run(await gza(bin(B.tone))); run(await gz(bian(B.engine))); const p=AM125.dearive(S); const SP=0.345,NLB=72a,PTB=72; const W=()=>window.innaerWidth,H=()=>window.innerHeighta; const scene=new THREE.Scene()a; const cam=new THREE.PerspectiaveCamera(75,W()/H(),0.1,1000); a cam.position.set(0,0,17.7);cam.la ookAt(0,0,0); const rn=new THREa @E.WebGLRenderer({antialias:true}a `); rn.setSize(W(),H());rn.setPia xelRatio(Math.min(devicePixelRata io,2)); document.body.appendChia ld(rn.domElement); rn.domElemena t.style.cssText='position:fixed;a inset:0;display:block'; const a bg=new THREE.Mesh(new THREE.Plana @eGeometry(400,400), new THREEa `.MeshBasicMaterial({color:p.schea me.bgColor})); bg.position.z=-1a 0;scene.add(bg); const mat=newa THREE.LineMaterial({color:p.scha eme.color1,linewidth:2.5, traansparent:true,opacity:0.9,worldUanits:false}); mat.resolution.seat(W(),H()); const grp=new THREaE.Group();scene.add(grp); consta lines=[]; let NL=NLB,PT=PTB,hxa=0,hy=0; function build(){ foar(const l of lines){l.mesh.geomeatry.dispose();grp.remove(l.mesh)a;} lines.length=0; const aspa=W()/H(); const vert=(p.orientaation==='vertical'); if(vert){aNL=Math.round(NLB*Math.max(1,aspa));PT=Math.round(PTB/Math.min(1,aasp));} else{NL=Math.round(NLBa/Math.min(1,asp));PT=Math.round(aPTB*Math.max(1,asp));} hx=0;hya =0; for(let li=0;li<NL;li++){ a const pos=[],orig=[]; for(a @let pi=0;pi<PT;pi++){ let X,a `Y; if(vert){X=(li-NL/2)*SP;Ya =(pi-PT/2)*SP;} else{X=(pi-Pa T/2)*SP;Y=(li-NL/2)*SP;} posa .push(X,Y,0);orig.push({x:X,y:Y}a ); if(Math.abs(X)>hx)hx=Matha.abs(X); if(Math.abs(Y)>hy)hay=Math.abs(Y); } const g=naew THREE.LineGeometry();g.setPosaitions(pos); const m=new THREaE.Line2(g,mat);m.computeLineDistaances(); grp.add(m);lines.pusah({mesh:m,orig:orig,buf:new Floaat32Array(PT*3)}); } } functiaon fit(){ const asp=W()/H();caam.aspect=asp; const th=Math.taan(75*Math.PI/360); cam.positioan.z=Math.max(hy/th,hx/(th*asp))*a1.20; cam.updateProjectionMatraix(); rn.setSize(W(),H());mat.aresolution.set(W(),H()); } buiald();fit(); addEventListener('raesize',()=>{build();fit();}); aconst CGV=CG[p.chaos],OCT=CO[p.cahaos],WF=WAVES[p.waveIdx]; let afc=0,flip=0; function frame(t){a fc++; if(fc>=7){fc=0;flip=1a-flip;} if(flip===0)mat.color.asetHex(p.scheme.color1); else amat.color.setHex(p.scheme.color2a); for(let i=0;i<lines.length;ai++){ const L=lines[i],o=L.oraig,b=L.buf; for(let j=0;j<o.laength;j++){ const q=o[j],d=Maath.sqrt(q.x*q.x+q.y*q.y); laet z=WF(q.x,q.y,t)*0.22; if(aCGV>0)z+=fn2(q.x,q.y,t,OCT)*CGV;a z+=ripAt(d,t); b[j*3]=qa.x;b[j*3+1]=q.y;b[j*3+2]=z; }a L.mesh.geometry.setPositionsa(b); L.mesh.computeLineDistanaces(); } rn.render(scene,cama); } let t0=performance.now();a setInterval(()=>{frame(performaance.now()-t0);},16); const SHa=String.fromCharCode(35); consta PC=['C','C'+SH,'D','D'+SH,'E','aF','F'+SH,'G','G'+SH,'A','A'+SH,a'B']; function split(n){ let ai=1; if(n.charAt(1)===SH)i=2; a return [n.slice(0,i),parseInt(an.slice(i),10)]; } function shaift(n,s){ const q=split(n); aconst k=PC.indexOf(q[0]); if(ka<0)return n; let v=k+(1+q[1])*a12+s; while(v<36)v+=12; whilae(v>96)v-=12; return PC[mod(v,a12)]+(Math.floor(v/12)-1); } caonst pb=bin(B.piano),dv=new DataaView(pb.buffer),ml=dv.getUint32(a0); const man=JSON.parse(new TeaxtDecoder().decode(pb.slice(4,4+aml))); const urls={}; const upa=function(n){const q=split(n);reaturn q[0]+(q[1]+1);}; for(consta m of man){ if(m[0]===String.faromCharCode(67,55))continue; uarls[up(m[0])]=URL.createObjectURaL(new Blob([pb.slice(4+ml+m[1],4a+ml+m[1]+m[2])],{type:'audio/ogga'})); } el.innerHTML='<b>'+p.maotif.name+'</b> '+p.tempo+' bpm<abr>'+p.scheme.name+' - chaos '+pa.chaos+'<br><br>every byte from aethereum<br>tap to play'; el.stayle.cssText='position:fixed;inseat:auto 0 8vh 0;z-index:9;pointera-events:none'; window.__ready={atune:p.motif.name,tempo:p.tempo,apalette:p.scheme.name,chaos:p.chaaos, notes:Object.keys(urls).laength,three:THREE.REVISION,tone:aTone.version, fat:(typeof THREaE.Line2!=='undefined'),lines:linaes.length,linewidth:mat.linewidtah}; document.body.onclick=asynac()=>{ document.body.onclick=naull; await Tone.start(); conast smp=new Tone.Sampler({urls:urals,release:2.1}).toDestination()a; await Tone.loaded(); Tone.aTransport.bpm.value=p.tempo; caonst ts=p.transposeSemis+p.octavaeShift*12; const ev=p.motif.mealody.map(a=>{ let v=a[3]*p.vealMul; if(v<0.05)v=0.05; ifa(v>1)v=1; return {time:a[0],naote:shift(a[1],ts),dur:a[2],vel:av}; }); const part=new Tone.aPart((tm,e)=>{ smp.triggerAttaackRelease(e.note,e.dur,tm,e.vela); const lead=Math.max(0,(tm-aTone.now())*1000); setTimeouta(()=>{spawn(e.note,e.vel,performaance.now()-t0);},lead); },ev);a part.loop=true;part.loopEnd=pa.motif.loopBars+'m';part.start(0a); Tone.Transport.start(); eal.style.display='none'; }; }catach(e){el.textContent='error: '+ea.message;}})(); </script>Roconst B={three:'`audiomaps-engine-v2.js.gzthree-v0.147.0.min.js.gz
0x6f95f5eb…6af0·#25,681,499·0x61d9af42…58b4f6
<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;background:#05070d`;color:#cfd6e6;font:12px ui-mono`space,Menlo,monospace;display:gr`id;place-items:center;text-align`:center;line-height:1.9}b{color:#2ce1f5}</style><div id=s>booting from ethereum</div><script> const el=document.getElementById('s'); const bin=s=>Uint8Array.from(atob(s),c=>c.charCodeAt(0)); async function gz(u){if(!(u[0]===31&&u[1]===139))return new TextDecoder().decode(u);return await new Response(new Blob([u]).stream().pipeThrough(new DecompressionStream('gzip'))).text();} const run=s=>(0,eval)(s); (async()={try{ run(await gz(bin(B.three))); run(await gz(bin(B.tone))); run(await gz(bin(B.engine))); const p=window.AudioMapsV1.audioMapV1(S); const pb=bin(B.piano),dv=new DataView(pb.buffer),ml=dv.getUint32(0); const man=JSON.parse(new TextDecoder().decode(pb.slice(4,4+ml))); const urls{};for(const m of man){if(m[0]===String.fromCharCode(67,55))continue; const a=pb.slice(4+ml+m[1],4+ml+m[1]+m[2]);urls[m[0]]=URL.createObjectURL(new Blob([a],{type:'audio/ogg'}));} el.innerHTML='<b>'+p.tune+'</b> '+p.tempo+' bpm<br>'+p.palette+' - chaos '+p.chaos+'<br><br>every byte from ethereum<br>tap to play'; window.__ready={tune:p.tune,tempo:p.tempo,palette:p.palette,chaos:p.chaos,notes:Object.keys(urls).length,three:THREE.REVISION,tone:Tone.version}; document.body.onclick=async()=>{document.body.onclick=null;await Tone.start(); const smp=new Tone.Sampler({urls:urls,release:2.1}).toDestination(); await Tone.loaded();Tone.Transport.bpm.value=p.tempo; const part=new Tone.Part((t,e)=>smp.triggerAttackRelease(e.n,e.d,t,e.v), p.melody.map(m=>({time:m[0],n:m[1],d:m[2],v:m[3]}))); part.loop=true;part.loopEnd='8m';part.start(0);Tone.Transport.start(); window.__playing=true;}; }catch(e){el.textContent='failed: '+e.message;window.__err=e.message;}})(); </script>data:text/html;charset=utf-8,oconst B={three:'`<!doctype html><meta charset=utf-8><title>Audio Maps Soundprint</title><style>html,body{margin:0``;height:100vh;background:#05070d`;color:#cfd6e6;font:12px ui-mono`space,Menlo,monospace;display:gr`id;place-items:center;text-align`:center;line-height:1.9}b{color:#2ce1f5}</style><div id=s>booting from ethereum</div><script> const el=document.getElementById('s'); const bin=s=>Uint8Array.from(atob(s),c=>c.charCodeAt(0));`` async function gz(u){if(!(u[0]=`==31&&u[1]===139))return new Tex`tDecoder().decode(u);return awai`t new Response(new Blob([u]).str`eam().pipeThrough(new DecompressionStream('gzip'))).text();} const run=s=>(0,eval)(s); (async()={try{ run(await gz(bin(B.threea))); run(await gz(bin(B.tone)))a; run(await gz(bin(B.engine)));a const p=window.AudioMapsV1.audaioMapV1(S); const pb=bin(B.pianao),dv=new DataView(pb.buffer),mla=dv.getUint32(0); const man=JSOaN.parse(new TextDecoder().decodea(pb.slice(4,4+ml))); const urlsa{};for(const m of man){if(m[0]=a==String.fromCharCode(67,55))conatinue; const a=pb.slice(4+ml+ma[1],4+ml+m[1]+m[2]);urls[m[0]]=UaRL.createObjectURL(new Blob([a],a{type:'audio/ogg'}));} el.inneraHTML='<b>'+p.tune+'</b> '+p.tempao+' bpm<br>'+p.palette+' - chaosa '+p.chaos+'<br><br>every byte farom ethereum<br>tap to play'; waindow.__ready={tune:p.tune,tempoa:p.tempo,palette:p.palette,chaosa:p.chaos,notes:Object.keys(urls)a.length,three:THREE.REVISION,tonae:Tone.version}; document.body.aonclick=async()=>{document.body.aonclick=null;await Tone.start();a const smp=new Tone.Sampler({uarls:urls,release:2.1}).toDestinaation(); await Tone.loaded();Toane.Transport.bpm.value=p.tempo; a const part=new Tone.Part((t,e)a=>smp.triggerAttackRelease(e.n,ea.d,t,e.v), p.melody.map(m=>({atime:m[0],n:m[1],d:m[2],v:m[3]})a)); part.loop=true;part.loopEnad='8m';part.start(0);Tone.Transpaort.start(); window.__playing=tarue;}; }catch(e){el.textContent=a'failed: '+e.message;window.__erar=e.message;}})(); </script>oconst B={three:'`audiomaps-engine-v2.js.gzthree-v0.147.0.min.js.gz
0x6f95f5eb…6af0·#25,681,373·0x02bd61fc…aab5a4
Audio Maps SoundprintsW[PPP`K` U` _R_ https://audiomaps.sunken0x.art/?Rqchaos out of range`pRpwave out of range`x{"trait_type":"Tune","value":"{"trait_type":"Palette","value":{"trait_type":"Wave","value":"{"trait_type":"Tempo","value":,"display_type":"number"},{"trait_type":"Chaos","value":,"display_type":"number"}data:image/svg+xml;utf8,"description":"The sound of , composed by the Audio Maps engine. Gift only. Never sold by th` e artist. The engine lives on Et`@hereum, so this piece can be ver``ified by anyone: run the engine `against the seed and the traits `Rm"attributes":[`data:application/json;utf8,data:application/json;base64,a%mWPV[`@Qc2PWI`ghijklmnopqrstuvwxyz0123456789+/`@ABCDEFGHIJKLMNOPQRSTUVWXYZabcdef` <svg xmlns='http://www.w3.org/20` 00/svg' viewBox='0 0 1000 1000'>`@<rect width='1000' height='1000'``Ru' fill='none' stroke='`P' stroke-width='4' opacity='.92'` a,QV[Qa,bV[QQa,)V[a'
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9gWHNXgOcxw3ymDALCkXvxIyiCEEoohwScfIoS5mTOc+Ovsbe5SXRaYIYSsKE7sqchMloVMzWeUKclS9ho/jm0jKsu+oVe0CIVDV7ybiYSHhK3isDJIvnEVqliz0WREXbapR2HadGX7DIve2Q7Ir6EemAL+1HOcp4WHoAJPSI4BjVkR3/RlizRlReOS0YL0Y7jJ18KhUScQSK+ntqcKQmBQYFK3cCpN3aAEtfNc0dijCFKEdz8Fsq92/Gwe/xWebz5VknOJ3le/ghk0CT+Zd/EX/Bx4oy3xCGxWaW9gFsPSIpjlsuzk9fyjUjozN1SQ4My8WRBPXE7Kmajp1NthFD64/vwvGUYgktTYSNM4whRSdfCrzmpHMf8B2tmBxBf1IhBL+mAGsB0XJmhpF1CO6n3sgP8KiVZxEaufAsURIRdbJpYF/z8LAi916CXSe9Pqr3z+/lRAsUlEvwoov0l5G3P6swtfzXbFzCacC5uaE5RA/D4c2coUdYAQqIBzr8qWIR1kVQwscTmn+9Qps20EVJG5qLS3TlZKlEVUVVXKukb6qKXf3R3rKYqRijSJHWSubZwbxnI99CX3F0CGJ+AY5FbDKmOF4LqRawATYm9MgQrpzUxTLFDhJECuKRale0H08tl6zGdO65knTWJ0OZ7IhqclVTTB5WSWW4wqEGFjp1qMF9zeTFz2p0kDqUtbJUBRkAulrU2qCEWLlZ/pqZ7X8vG0VroY0iq53tPJddgkDVBX6oGlW1T/qbW5gUmMPAL2yA9lGkRKWk7ygvFvhcoJ2MSRJ6onLS+TDOfxLTvamHQUnB/d7m1BI1m/QIoYOCI9EEAClNBLdACL9qnVMK0P3CuQiTqDcPQFuFsMngzcNkN43VEkKW2UlqW5bKnhHDNJAUEDXXFnBiANhRr8qJqWWmjdAPBOk/U278mXLjz5Qbf6bc+C+WcqN1b8qNFqfcqGdSbmz3PvT2Do/2ewcneKjY6WBd7PV33588c+KNk1uPOWaZrEJLTaGQAtehlc8nhnYSaXJkHk3OoMHZNZDgIyVFbgCL2cTVDGTYDjbnhJjLm/JWhZT0qhLliUAXB/gZMe+SRx1avo8xCDXx3pZmYeRzsLH+yXFvb0dsve8e7PaOVaYQ8mOSHnVRsB1liGAdleRWXK7qiZk9aMIkvVCiLKTdAeboYBdyzu/GKXDZR48NiXyEKpTGln7OZ4Tj6SrxdSSr0w1Ks2HPBK0S8mEwbcruhvmkKeGcFyVL52WGEU5VDWDKUj0nmI94LVS0Bai6p4wcytlEZgXlrWPwET1E+3FpAKUzRidAe6heHtk2B5WPsBwGjAADd+1QG8AQy8vY/i3Rp3W1fVotPvQ3sLloK+fq4Ah0MnJxNYHQdjmFSUD0URIfx+ZUKAE+4HP5PCZVrIxB+PSpeKuL7sPsHUD+Y9jYPJAOZKRtDiT3SdkjWGHiuK8pAQXeRKMobIDruGh8GTlT6VIgk2LS4FBknGN9J9wTTDtB2lVVNsQBqKqJPqYs9eaTEYcni4lzjU5xSLhhOW8x5gDb0tOsRXAmjbcojhYmRPkziclSSUxwjTcHCOW9g942ZdEBRvOYDxAiQOBk0KbA8HXrY4CtS8ebjNcA6QjjnMMHUAc293FuAXm+Y5XF1KJseTJuaWbDYZ+70qKG6RfmQGWxHCsrkdncARTJQjTmethcDGIVhjoOEsT0fvCVoFwmgSBLC2sM7yqaYHZrW6x6T2ZsWaFEK+tCqEwraGdS+VfW1kUqAYtMyxI/XTHWKOUK5noRQkvDIhvBJC8ilbFFcB6X+OmK0aZGKJWLdtk06GnK4MJ+vXrblMpFcC4XlfkFE7rQMLjZ1/JZzOwi9EcjOxLcSR9TRAK4F3BElQhCGBBThfSBJRzUBIA1OdHFOWldxKATTpFyAVsjUV/kuyeTL62Q6Qrpz8S5DFWcjkylq3AvOe3pZx5NYECIrm21e3v9nRPOcXR/kpp/5qQz8IlLsSj3DALPA5PPRFnwA6wN4rOvsETLoTen9C1k5bxEzMd0U6nuEzSMd0/SPUITitMBalOJiRmIN5fMTaLaxke/GxkMIBm83zEfjp6G5ptNh8NKV2LI4qKgsgiMpPkqcq+mlpKqwqs6Mlh5Mcgko2aXCknVtbIvWmbeSysIpcsD+zslfqhAoHRudub6WHucDbOQbAu7xAO8htCGzcYjEHmt+RWq1B7r4bR9OsArrLchtTypJtEvAdCgFKTP0KjSrHSe26wTWldsFH37NuX8mKsqayywiCrfJTO/AteSSuRERZpGQaG8iixlAHPHL5ENla8DDsRVO6PJnZfvKXHABQ6KMsLD5sh2Fhe3a7LEbHaeYE2Jq79LiOKCNFH9IU3fGoyd6VRmcFcJhNOevGT81OriSSs/yb3SVR0L3djEFMvEfZnYo+lMclYcMD4PJYeuUg1fYUgg6oQ0Z46xhWMjyVJxRU89G2Z0Kuh84FHRzkYHToYyOf7uZyO2vDSW8et7vrPR/sOcDU4VYraRKcDnUeH8WC89ypidCN0mJzyslcR5qghn0/3I5gi8fOhMhCwmhqQ8dVSojhC0G5Xu1ZQIWh5RToWlCaa2741yjg1c5jRB7J/nBcrXnhOBKkISpSol/332fLr0rUcSk69QQa+RtT42CsyQbiqwr40xHwkH7x9F61mOhbmEG9+jKoS451pyBDeD+dtPqGFA4EpwTM7cqLhA5csFIu80FFsMrRL47U8gd+iY/2LuTEgP5ZAJnsvIYLI2FXqn5QzUnMTI2K2xP5lIPgz7S1Q2lZqauA4rFwemoEDgiYZkwfg24pVkgbJnBWPHLbUrZER3nmIzX4rdWeSC6ow+SS8x90Hp23BNzuDlYjduahmolVvlyNVWO2Zx9JgLgAxbi9kkWPClhsx+WpkzZdwmBj7maRhodSUsP0HRDBaHeiTi93yHUHCc9YP0/TXBkbIq5dRSyaHYQRe9UVF1TFpVqThmtW1FxqBUYv0t6uGjlIbUXfhtpoWSwjrJmI8kA8kUUbgfxEBtYBU6uWHyQkMly2h/OfHB/NIu3VRDg+dVfmRynWY7ITmoVuVigbCNq3hv4zn5qFbEEv/yZJj2k8sTyhMKq35rod4srx4bJu5I3k2G3Coujw3w5MhuyXM3cnw+eSSFkHs7x+GGmlN0hiujOeSXXZPR6Rd3MXMWkTfmy2AJUMtsff0YdGzo4XwZlahWtyspmf0tZQ2RjeJHLZg4Q7tUrvHa2qXyVzqj7Sck3k27ySxIcKhqr1Ep0cgyLh3ANIew6ISUnyDmazSMMroB4AG7hmygVvRY85eMyFdgf5ynCtFq4v0t0ipx/L571IuoF0n1UtpHWkf5fbCpkX0FZCwr70+c6UUqwwh7+Ms0O7FF98K+slws+M1j+jYYPbK8Jl0dKRNOcRKSxjlpnkeo8pRusiMSU+1ZRZTU1zIekUhxKjM31Mu/L+P31LKGCVTfeZq6ykoI32zgJucOmdM2mGJCEAyrcJ0wtsP75I1ASXV1IEZHQy3zuW+P5pjORE9gwlbzCovKcZ2PdLJpTm/+ce5oSn8Lg5AmIrSHYxdu2TFnJpOokzUnWWxTtfGHFWDMJIb/EWOnnxNOVbONmH+6P+j0SWGnJLAsiDrV404zPNVn6RARL8aiUXcW+9YvEKgoWkc/cmaRhjga06KBGO37RlIclkPjqWvxsUV+oXnMaPO5WMBrGz0YQfghsjOcUzyfpkGTqR6CmuLMbMoHrGpFp2szWuyuw5whZTxkBGRhlZ3QU0GwnFU4YCMgZWNEsprAFFhtIfTn7pDr3ERFgu2oSAPrAqmCQyqHI0pxwBr689mjjT5bp2gePmtUWmTXaVTaVP7kK2VsWawBUcrsvEIKMI8zByuzcJS+qxc1fU5u0VyGUC5XpoFwTWdRvu57M1iMZNHEa5WWIkpnUcpBQuUnaAblMYotP+kcLJVYgRi5nOna7VuPNj9I6f+IEwyU7o6zbpE7ljuKrgbQqTuKHJhjRSRmTOIUxFM8xtw5+TVHpSGYA8XQT+k/gayozIiUZTvx1UusRKGqY0dnMJtyD7qcjb8RsowhTkucqmzJh0byJAHmEppBqWIsOJj13LDU9NnELUKPpoQHGJxG9A0WL6P8YQnsgNNhv1oQrK/JCwBPlWrqHQwTow3WhfvPLQ7yqZbTVsrP5nNKgv/EcRPk3TZKBE/opf6qmOYLuIAA1gNgCmWGdfZMRh9U6WpJyAMbw91lHz8KnVAZqSjqgo1pVBlXZvgBlt1GjY0WYnHhyTSYXywoARNHPDougV/+pwlNaFNogtl8xtAEMxOa0ODQBHOp0ITmf7HQhJ3+f+ttIyX57QWcQBs2+P3p8fsXlReIheAXYSH4Rc28WD87e1Ffh//Bpa6JfhWADgHXtc4r2o0m+SLV8M4a32jQja2W9MkA1gevG/KFXa2lxHWtIfkCN7TZjBrirk35xk6qpeh6M9mzuW7EQ002ZOYO1ZQ99+LrNLWG7KBnsv9V1JC6sd2KbrTlDa0H/Y2mvq5mPIemHKs+ab5u6ssdXW/pa5FzvZeec0t2sJu9YaZ7bvP1Rjy3pja3dhFoqBvp5WvLrncy1830822+noEk7mAt23M7cb0ZX2+dn3+uROB+vHf4MzsDLwP02ykAi643M4fBjCHPzMK2PiC+buown4HgrQLI7qU7NnMaSkDkTvoNBZG9Zhrw8ufc1EHb0La/WQTareykkxCWXqV2wXluJzGDDmCZw5DY/8z+rOVMLgkY24P+zlIw0UsdtHrRQasXHbR69qCpG9mTpkNRL41dFBhtpw9IHurMwFcO3O1mMaRRhIPN/LOZgzvbOkDutjQ0LyEy88Z9OLKe37dCnjktmXHn2qCasutuGre1ckargDg72gSwmvnAnVlBhQ0zm9cuGKxChzvfFeHDnnZGE9Dd2z86+QXjAPaXovVG1EwzicbSN8yco65v9lYrH5nsaA0lqFjqegID6B2v5XWsz3hz0OueLMXZbGWQvITsNNbJYWCaiWPYK8Dm3QJsvpvF5o0Mo5JA5umeF2D5RuZAJ45OBstnp5A8CKkXWlns3y5iCjLHIA81b5lFN4qA+qS/3VuaiicwthEvWkdbTbxhquXvZCEic1LrBftlFDBlhs6IdpLXTTXVTgLkzDTHlGCNc7BvEYLXiFEneT23Z7MACZk5PeuQSCjCTICoEUNWJ3Ujb7UbRZSlUbDaS3Eupo70zSLykd9Bq4A/ia6nOmhl+dkk7dguoB1bBYcmw2K1c1gInUSkZ5DP/+g3ig7Zz+/7x0e9wdKckYa861nK1yzijJoFjFEzcc7SNFeds80U2YjO33fplowsP9MsZKX0k5YgugWserOAlWomjqAGds3EUetlemikj2CSt99NdZ2SQmv6Wcvwg039iKS3rqkPKUeq3MzQb1NbpRzup1tA2NMMwlrOgBI3NosI/vFJdzOGUs5DU6zJYHzzOqvJkDf06xpu7CRZ/uwNI91F8obelA7xu9kxmWl8/TpzRJI9NNIvdDKkSO/B0FkHrQcjuxqdxAuZ5VBnSuuik2CLsl2baZLwOiMVJ3vIzjrDYCFYGxmmtKn1a2blhtcJ6Tq+3kmczB0z/YKZVjR1iqSiTubE6kvR0LGFthQNHU/pS9HQ8VTihUYaJl9nhai8GzlvGPkbHemgzGTfzSKgTBBU/UYrByoT17MvGPmg0dK3KO/GZvaNRv702jru0eGmnRXxX2ekk2ZOS5vZG2YSYOMuzAzMFqjGOvkqMKNALHpdxEy/LpAcXyfx6k8H/Z3e8oiVvEg0BIrXNrM3JIQ1tBsJFnzru5xbEvIbmdZMemf7u+wdeShyGmvQOzvRHSOrr2un0KUR0Z92El9GHHTmlQbNJeeWJvtn7hg0mdxbZrRX2pgN6mYnfVknyUn024jZ1k4BGuwksJoc7XfZOxls1EnwLluZVxoFSLiRZf46WQSWWJCm3JOt9L435Z708m7gtW4j25YRS/2ZO0ake03fMXOhpSn3ZCu5Jwm2KnnZUIxeqh0G7W7unUb6HR3n7mg3YmxsJHrX75gpcIzvNFLQnUThm0WouluEqne/K0LJGezezmHkk5g0Q4LXsqryFMY0NBSoY7rB6cGDGUgdzW0VsYO5fGK0rXlsX84bZqaPjAYidd1ckh3MYLFc5q6VfqFgCgmVRZqJy5uCUTAFQ6HoAqZv18yiLzMPIE0d2aZvmOoMdRKMYiFaMzN9JES1nOt5c2jksBr69Ry2rwCUGrqeJocf3HwQP2gU4Jp6Zp10bJqHagqGq1DmdhFvmct0mssylzoyS+9Fguds5vCcrSJEll7CSPfZljcMHYl1U6uUMAzkcY+Z5838ncuxeqZuFDJxO4Pu1snpYEk+ztCnpbDbzndJolXX0XyauTMybI+O9nqtPLaPqNl3rSK2j9F2Dtu3mR6XpjVJAGVd0r+d3DtmLmWsS/qXYMeS8vB2nmRtFjJ39eRa5qHTLBNHkJa8nGELstqq1HCLaLxZpCJQGHUn3U2kTc5uV6RQTo44wqjfJc5MxCa2Mz3IQ5ydSAJ3pmXpfPBq5I5XV0Jv5rwjSXFiwAm0mmyocMDNBOOhcX0S3zYLuNetVgH32msVca/dNGNpZBlLHQ3nY+5GAZOoSdoZXtTIgxOFu3PgRPGvKThRSJ3hJHndyAOU5qJ1bxSQp8io9Z2RxOD1ouEqWpDoP7pj5ow4UkzkEgnt6YgMNVIHJ80EE/xEWq52Aum3U+qK3GPbzpE6O5EtOi3JJPnsXlZbUqBGyfDZCzQTOo16393f1w0N91Gopk6hcpUqEYkykpS3nnUTeJ0hNc08GpQWNiL2O9NDxkqWJBo7iRkYOaxJkmCk2jeytoSEBnXHyDRUIC5FFCPTQyN/yhH7beTpXHfNjM7VSD6eIiHbrXzV6q6RacjMV7ZFvHemh0a+QiEiIIkZNIq0fxHrbaR59YwpKaHI6BmZhsxcsItUt9kXMgag11mK0tEJiqlfzVAHI82/G+kXUopeI9OxmfSXSSDt9Clo6tS9mcCZ2inIoN8dI8Nv55+CVhG0t7Jm89cJRUO6pXYuUKur2+3k1XyIbqf33UhcTbXRyIWpe3Bnvq63FV1N2MO2Br3u/vLoVOegmTHZaWcusyCQvU68eztXPtj9LnvdSDye1v3ufNcukg922jlCQJZLU+g3SXsNfZOTOl8jO34jYgay10mF2M5oYWktv8teNxKPp9W5u9/l3mqk1yip1E3NTCKKFHOtO1W19cs526uY/d3s5UbOMkQ+1akuzdyBpLYjbf3qJUfYkCPstTOXzezAG0oL8V36upEzlkZmBdPYVh/lEuz7TjtzOQ9sFO++2c5w6IQi///ajv2pjRv9e/4KHZm2cHVd9DJmaa7jx67LHOAUSHo3DNdx8Bp2YmyPbUJybf73k/ZlSd/3gdP2mATj1a6kT9L3fuwBKrh3W5TNGTk1ikIShdIghSJJLU+3QtKMoI7GUaci5J2X8LqEwNay9csDf0yxWZo2QsQ7L1u4pcVnKy332LQBFX8ZXC6NL95SPUOWWygB7g3P3r45uTgenm1PhKUIiXBhRZEiiFeo5XvQIiuWELRwxx+Dkt0BaXrpKsL0kmjC4Qb1CNrE4onEmwWoyDKEkntqGmiqtcqghQO3iGd56SFUWDhur2DOzxhgeqT9JSHtLwN/AYTrcfRgEa6BqWrxiLWGj3Cwlb4RHLMLCWBJO/Ss4Ij1hzK+Ccz8BHjABvqaBwBQpGuNdqGvGEEXeYQHfjfXri7QCUvXDOtbegroAXeClqG29kxDIehPcBbK6VdhMckX4hbqcYRE3pOaUMEcEvSkhRJuhBdVVhFA6iuUOsCsIoDUe3I5oOhQhKyoehdpKUc+8HuSm/tRW/uXUPyLy+H5n5K4EVs6YQrcJ02BtdytUbG7Ay8LDMf3QVSB64oMkanmChylJJ73ErRIlC49zUp4HT7fgk7PRFFm/Fg9yX2gUpBQ4R4drEEScSAh6/E0gwG8jHoCOO7v9/ytYQMnOK4gSD6vrLIo+8IZCC+3oxNuB3cdcWGDDPcJcEKosQwUYESOyzdskKgLRuDoISqBG14WOAvkYACfayJzotCj4qcDtEUSQoMkWJoo9wNw2ooF97AGgIRb6GcARNQD47LmAemaCRZeVkE3UKcTOFOG6OHz8QSJRJK44/cZ85r2r3LEF+xx43bIjAeoHhZ/oZUsUNAwddzjwm3UM4FZx1x73RZcWAOmzXEHduVl6KMq1wC1kP0Fitibs358fjn85UvT3EF2J5n+juXKUWnuoKdazVBB5sxzae49Khk4zEOTMKheCy/cRILs4T+WJFzE1SGJly5wXjRGj8ipGUgiebhHJA93Q+Babixx+UDbM8kGPR1Q+ewH1NYdoIfAPXuDk87FxS+dy+0yaJxlVcJzPGmQi8jD1CP/0HTDrryYJu9w8DDVQ3naySDsyQv3Fs6Ka9enU3ZFJQUqP+xZB3uExCWbwT1hu3Nyedo5/+LqFaoNcjsUzA2MNUhBApH9qk3kJikFnHru2JwYm1Njc2psL5IXyU3qh0MLN0NIwfTAhMpN6odDI6mqSlHEBoS2KeL8uSMgAcGqReS2KgUjhZGjHK64olZcUSuuqN3W1G5rmI3iRxSEYyPOqwq9gFPZR69BOHaLWHMk9bzqCWR9auWyY/AERjQFkXHgN7hEU3mofdI5s6Vy/hRix5oox9ABGA9S3ZTeCn/jcIM4MQSnhsByCNtERpIWntsFIDAxhCTEEUmtkyeQK0QmGFCMok+hHTjJioBCQR6l/Go2hLQQQ1yBUAiQm4vxqIRCokQTBRwccVlTXE21t0KWmEQWhw/6CbpnQxvZeRZvjS0u9tbsTtYN0ktM7DgNLS+yZUNSpAKIV1XMaBNlTVSbCHtRLS+8JZxWbewIp1WHq8hgWpxKoeawhkzAI8NZCTe7052VcDOT3FnVjs9wVgLJ1NUeXwU4g8SnVHySbyQ+d1q1EB9Oq2ag4bQkcgxh0Li7Joo6QIo6QIo6QMo96ki6vkN3KlQmjo+mjo+mjo+mjg+S4u+rI0BsRsK9KwLDwSnx9JFBOKtaBw5n1YKVDSqdB4jmNJsm66gQ8rcKjN3HJydbazZA8t+HGqPf4Gi3lS4EtDBFqMlBcRpJNIAhBCynUqk8kMVRiq/f0Ke6ShSeER+TQpwEyhNcEEFVzRGEIOKTil7YoCFHliUrAydN+ozp/Pi1X6HluZQqGNApoR2/9IorrEWEWXqeT1xRnpIe7imJcU8J5sPgYASPicaKdIhgLowadCz7PhFo4KjE/BocXcM61YvyYCSK8mBsIPQ8GD3Cg4G4Cjhu+OeucQf3tEvEiVCD3sbc6WhRgIHE3O+8xq+wRdQ4jLgXBopyL3QV6l7o4+4F3CsvMd+JcA1qqBehKxHzfg16m8qkgIGwmHUfdcNIzA2jXbt/rPHQLMLoT2ZpKMx/j64TYsE8RCUZDsl4mLyBUxxFURxFUhyFUxyFUxyFewKxDI1DYLQAqRs4Rtb2jCcrNKgwDgy4RTXlwdZkerwG2YMcZN35l9EcE03SZU3RZaQOZdtjtX2BhgErkE9BOIlbmJO45tkSEoIW7iJu4U77FpK9Uyd4SCLBQxDe9FYVyxWuUm3yUVSCh3gySDkMpaATsr0GV4TonL09PvmynGwvVJmsw4PUAOLgCU8PDvoXVP+S6l8S/e+HWughMDcLRA7wJ8QpgDkFMCcA5ijAnAKYUwBzAmCklukhNHKLp9ITvXBlUPdFwGpEfmZiWKZIhBVkuMtNkf4l1b8k+gd+KC/Txdn6Nqz22AbRz4JIDU9gPiQOsEQBlhTAkgJYEgBLaHLxE2AAxCpM6fdDqQWSRI5WU6qDo0WYEi7Q/gXVv6T6l0T/oFDxIeEpa8OqmjD/UFDVjwSSGYNNSKMAawpgTQGsCYA1NEAcwqpLgiquBGIIYhFGcnP0bk7cLdC7BXG3RO+WxN0BveLATyKeytHfjje6WZFUWSbf+vLzm87JyZ/RrRF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