eModel(){return this._nativePannerNode.distanceModel}set distanceModel(t){this._nativePannerNode.distanceModel=t}get maxDistance(){return this._nativePannerNode.maxDistance}set maxDistance(t){this._nativePannerNode.maxDistance=t}get orientationX(){return this._orientationX}get orientationY(){return this._orientationY}get orientationZ(){return this._orientationZ}get panningModel(){return this._nativePannerNode.panningModel}set panningModel(t){this._nativePannerNode.panningModel=t}get positionX(){return this._positionX}get positionY(){return this._positionY}get positionZ(){return this._positionZ}get refDistance(){return this._nativePannerNode.refDistance}set refDistance(t){this._nativePannerNode.refDistance=t}get rolloffFactor(){return this._nativePannerNode.rolloffFactor}set rolloffFactor(t){this._nativePannerNode.rolloffFactor=t}})(Ve,Je,zs,Ws,ke,Oe,ns),Us=(t=>(e,{disableNormalization:s,imag:n,real:i})=>{const o=n instanceof Float32Array?n:new Float32Array(n),r=i instanceof Float32Array?i:new Float32Array(i),a=e.createPeriodicWave(r,o,{disableNormalization:s});if(Array.from(n).length<2)throw t();return a})(R),Gs=((t,e,s)=>class n{constructor(n,i){const o=e(n),r=(t=>{const{imag:e,real:s}=t;return void 0===e?void 0===s?{...t,imag:[0,0],real:[0,0]}:{...t,imag:Array.from(s,(()=>0)),real:s}:void 0===s?{...t,imag:e,real:Array.from(e,(()=>0))}:{...t,imag:e,real:s}})({...Ht,...i}),a=t(o,r);return s.add(a),a}static[Symbol.hasInstance](t){return null!==t&&"object"==typeof t&&Object.getPrototypeOf(t)===n.prototype||s.has(t)}})(Us,ke,new WeakSet),Qs=((t,e,s,n,i,o)=>{const r=16385,a=new Float32Array([1,1]),c=Math.PI/2,h={channelCount:1,channelCountMode:"explicit",channelInterpretation:"discrete"},l={...h,oversample:"none"},u=(t,o,u,p,d)=>{if(1===o)return((t,e,i,o)=>{const u=new Float32Array(r),p=new Float32Array(r);for(let t=0;t{const p=new Float32Array(r),d=new Float32Array(r),f=new Float32Array(r),_=new Float32Array(r),m=Math.floor(8192.5);for(let t=0;tm){const e=(t-m)/(16384-m)*c;p[t]=Math.cos(e),d[t]=Math.sin(e),f[t]=0,_[t]=1}else{const e=t/(16384-m)*c;p[t]=1,d[t]=0,f[t]=Math.cos(e),_[t]=Math.sin(e)}const g=e(t,{channelCount:2,channelCountMode:"explicit",channelInterpretation:"discrete",numberOfOutputs:2}),v=s(t,{...h,gain:0}),y=n(t,{...l,curve:p}),x=s(t,{...h,gain:0}),w=n(t,{...l,curve:d}),b=n(t,{...l,curve:a}),T=s(t,{...h,gain:0}),S=n(t,{...l,curve:f}),k=s(t,{...h,gain:0}),A=n(t,{...l,curve:_});return{connectGraph(){i.connect(g),i.connect(void 0===b.inputs?b:b.inputs[0]),g.connect(v,0),g.connect(x,0),g.connect(T,1),g.connect(k,1),b.connect(o),o.connect(void 0===y.inputs?y:y.inputs[0]),o.connect(void 0===w.inputs?w:w.inputs[0]),o.connect(void 0===S.inputs?S:S.inputs[0]),o.connect(void 0===A.inputs?A:A.inputs[0]),y.connect(v.gain),w.connect(x.gain),S.connect(T.gain),A.connect(k.gain),v.connect(u,0,0),T.connect(u,0,0),x.connect(u,0,1),k.connect(u,0,1)},disconnectGraph(){i.disconnect(g),i.disconnect(void 0===b.inputs?b:b.inputs[0]),g.disconnect(v,0),g.disconnect(x,0),g.disconnect(T,1),g.disconnect(k,1),b.disconnect(o),o.disconnect(void 0===y.inputs?y:y.inputs[0]),o.disconnect(void 0===w.inputs?w:w.inputs[0]),o.disconnect(void 0===S.inputs?S:S.inputs[0]),o.disconnect(void 0===A.inputs?A:A.inputs[0]),y.disconnect(v.gain),w.disconnect(x.gain),S.disconnect(T.gain),A.disconnect(k.gain),v.disconnect(u,0,0),T.disconnect(u,0,0),x.disconnect(u,0,1),k.disconnect(u,0,1)}}})(t,u,p,d);throw i()};return(e,{channelCount:n,channelCountMode:r,pan:a,...c})=>{if("max"===r)throw i();const h=t(e,{...c,channelCount:1,channelCountMode:r,numberOfInputs:2}),l=s(e,{...c,channelCount:n,channelCountMode:r,gain:1}),p=s(e,{channelCount:1,channelCountMode:"explicit",channelInterpretation:"discrete",gain:a});let{connectGraph:d,disconnectGraph:f}=u(e,n,l,p,h);Object.defineProperty(p.gain,"defaultValue",{get:()=>0}),Object.defineProperty(p.gain,"maxValue",{get:()=>1}),Object.defineProperty(p.gain,"minValue",{get:()=>-1});const _={get bufferSize(){},get channelCount(){return l.channelCount},set channelCount(t){l.channelCount!==t&&(m&&f(),({connectGraph:d,disconnectGraph:f}=u(e,t,l,p,h)),m&&d()),l.channelCount=t},get channelCountMode(){return l.channelCountMode},set ch