(1)),forwardZ:x(2,-1,v(2)),positionX:x(6,0,y(0)),positionY:x(7,0,y(1)),positionZ:x(8,0,y(2)),upX:x(3,0,v(3)),upY:x(4,1,v(4)),upZ:x(5,0,v(5))}})():l;return{get forwardX(){return u},get forwardY(){return p},get forwardZ(){return d},get positionX(){return f},get positionY(){return _},get positionZ(){return m},get upX(){return g},get upY(){return v},get upZ(){return y}}})(Je,as,ds,Qt,Zt,ee,Oe,ne),Rs=new WeakMap,qs=((t,e,s,n,i,o)=>class extends s{constructor(s,o){super(s),this._nativeContext=s,u.set(this,s),n(s)&&i.set(s,new Set),this._destination=new t(this,o),this._listener=e(this,s),this._onstatechange=null}get currentTime(){return this._nativeContext.currentTime}get destination(){return this._destination}get listener(){return this._listener}get onstatechange(){return this._onstatechange}set onstatechange(t){const e="function"==typeof t?o(this,t):null;this._nativeContext.onstatechange=e;const s=this._nativeContext.onstatechange;this._onstatechange=null!==s&&s===e?t:s}get sampleRate(){return this._nativeContext.sampleRate}get state(){return this._nativeContext.state}})(es,Es,Me,Oe,Rs,ue),Is=((t,e,s,n,i,o)=>(r,a)=>{const c=r.createOscillator();return qt(c,a),Ft(c,a,"detune"),Ft(c,a,"frequency"),void 0!==a.periodicWave?c.setPeriodicWave(a.periodicWave):Rt(c,a,"type"),e(s,(()=>s(r)))||Vt(c),e(n,(()=>n(r)))||o(c,r),e(i,(()=>i(r)))||Nt(c),t(r,c),c})(Qe,ge,oe,re,ae,le),Fs=((t,e,s,n,i)=>()=>{const o=new WeakMap;let r=null,a=null,c=null;return{set periodicWave(t){r=t},set start(t){a=t},set stop(t){c=t},render(h,l){const u=o.get(l);return void 0!==u?Promise.resolve(u):(async(h,l)=>{let u=s(h);const p=M(u,l);if(!p){const t={channelCount:u.channelCount,channelCountMode:u.channelCountMode,channelInterpretation:u.channelInterpretation,detune:u.detune.value,frequency:u.frequency.value,periodicWave:null===r?void 0:r,type:u.type};u=e(l,t),null!==a&&u.start(a),null!==c&&u.stop(c)}return o.set(l,u),p?(await t(l,h.detune,u.detune),await t(l,h.frequency,u.frequency)):(await n(l,h.detune,u.detune),await n(l,h.frequency,u.frequency)),await i(h,l,u),u})(h,l)}}})(Xe,Is,tt,$e,Te),Vs=((t,e,s,n,i,o,r)=>class extends t{constructor(t,r){const a=i(t),c={...Yt,...r},h=s(a,c),l=o(a),u=l?n():null,p=t.sampleRate/2;super(t,!1,h,u),this._detune=e(this,l,h.detune,153600,-153600),this._frequency=e(this,l,h.frequency,p,-p),this._nativeOscillatorNode=h,this._onended=null,this._oscillatorNodeRenderer=u,null!==this._oscillatorNodeRenderer&&void 0!==c.periodicWave&&(this._oscillatorNodeRenderer.periodicWave=c.periodicWave)}get detune(){return this._detune}get frequency(){return this._frequency}get onended(){return this._onended}set onended(t){const e="function"==typeof t?r(this,t):null;this._nativeOscillatorNode.onended=e;const s=this._nativeOscillatorNode.onended;this._onended=null!==s&&s===e?t:s}get type(){return this._nativeOscillatorNode.type}set type(t){this._nativeOscillatorNode.type=t,null!==this._oscillatorNodeRenderer&&(this._oscillatorNodeRenderer.periodicWave=null)}setPeriodicWave(t){this._nativeOscillatorNode.setPeriodicWave(t),null!==this._oscillatorNodeRenderer&&(this._oscillatorNodeRenderer.periodicWave=t)}start(t=0){if(this._nativeOscillatorNode.start(t),null!==this._oscillatorNodeRenderer&&(this._oscillatorNodeRenderer.start=t),"closed"!==this.context.state){k(this);const t=()=>{this._nativeOscillatorNode.removeEventListener("ended",t),N(this)&&C(this)};this._nativeOscillatorNode.addEventListener("ended",t)}}stop(t=0){this._nativeOscillatorNode.stop(t),null!==this._oscillatorNodeRenderer&&(this._oscillatorNodeRenderer.stop=t)}})(Ve,Je,Is,Fs,ke,Oe,ue),Ns=(t=>(e,s)=>{const n=t(e,{buffer:null,channelCount:2,channelCountMode:"max",channelInterpretation:"speakers",loop:!1,loopEnd:0,loopStart:0,playbackRate:1}),i=e.createBuffer(1,2,44100);return n.buffer=i,n.loop=!0,n.connect(s),n.start(),()=>{n.stop(),n.disconnect(s)}})(Ye),Ps=((t,e,s,n,i)=>(o,{curve:r,oversample:a,...c})=>{const h=o.createWaveShaper(),l=o.createWaveShaper();qt(h,c),qt(l,c);const u=s(o,{...c,gain:1}),p=s(o,{...c,gain:-1}),d=s(o,{...c,gain:1}),f=s(o,{...c,gain:-1});let _=null,m=!1,g=null;const v={get bufferSize(){},get channelCount(){return h.channelCount},set channelCount(t){u.channelCount=t,p.channelCount=t,h.channelCount=t,d.channelCount=t,l.channelCount=t,f.channelCount=t},get channelCountMode(){return h.channelCountMode},set channelCountMode(t){u.channelCountMode=t,p.channelCountMode=t,h.channelCountMode=t,d.channelCountMode=t,l.channelCountMode=t,f.channelCountMode=t},get channelInterpretation(){return h.channelInterpretation},set channelInterpretation(t){u.channelInterpretation=t,p.channelInterpretation=t,h.channelInterpretation=t,d.channelInterpretation=t,l.channelInterpretation=t,f.channelInterpretation=t},get context(){return h.context},get curve(){return g},set curve(s){if(null!==s&&s.length<2)throw e();if(null===s)h.curve=s,l.curve=s;else{const t=s.length,e=new Float32Array(t+2-t%2),n=new Float32Array(t+2-t%2);e[0]=s[0],n[0]=-s[t-1];const