https://rainlabteam.vercel.app/assets/HallEngineScene-DvFhdSya.js

1import{r as c,j as e}from"./react-vendor-CbWIbjn9.js";import{bn as L,br as P,bs as C,bx as V,by as $,bp as k,bJ as F,bv as I,bu as O,bK as U,bq as _,bz as N,bA as X,bB as J,bC as D,bD as Y,bE as K,bF as Q,bG as Z,bH as ee,bI as te}from"./vendor-DI073rEi.js";import{u as E,D as z}from"./IonEngineVisualization-DDbRycjq.js";import{H as t,S as w,A as se}from"./AdaptiveQuality-DXWtjhGc.js";import{m as ne,b as T,P as ae,c as oe,C as re}from"./CameraRig-ZfLgM6Xw.js";import"./router-DBB3cS5p.js";import"./index-C5gIAoJc.js";import"./theme-Cd23p_ls.js";import"./motion-CqcqwEuC.js";const ie=()=>{const{settings:p,setSettings:a}=E(),M=c.useMemo(ne,[]),l=p.cutaway?Math.PI*1.35:Math.PI*2,s=p.cutaway?Math.PI*.32:0,m=t.channelExit-t.channelBack,y=(t.channelBack+t.channelExit)/2,h=t.channelRadius+t.channelHalf,r=t.channelRadius-t.channelHalf,i=c.useMemo(()=>new L(h,h,m,64,1,!0,s,l),[s,l,m,h]),u=c.useMemo(()=>new L(r,r,m,48,1,!0,s,l),[s,l,m,r]),x=c.useMemo(()=>new L(t.radius,t.radius,t.channelExit-t.bodyBack,96,1,!0,s,l),[s,l]),d=g=>S=>{S.stopPropagation(),a({selectedComponent:g})},o=p.selectedComponent,n=g=>o===g?.9:0,f=c.useRef(null),j=c.useRef(null);P(g=>

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Float32Array(o*3),f=new Float32Array(o);for(let j=0;j<o;j++)f[j]=Math.random();return{positions:n,seeds:f,total:o}},[h.length]),d=c.useMemo(()=>{const o=[];for(const n of h.filter((f,j)=>j%2===0)){const f=Math.cos(n)*t.channelRadius,j=Math.sin(n)*t.channelRadius,b=new U(new k(t.channelBack+.2,f,j),new k(t.channelExit+.5,f,j));o.push(new _(b,1,.02,5,!1))}return o},[h]);return P(o=>{const n=p.current;l.current&&(l.current.visible=n.showMagneticField);const f=s.current;if(f&&(f.visible=n.showMagneticField,n.showMagneticField&&!n.paused)){const j=f.geometry.attributes.position.array,b=o.clock.elapsedTime*(n.slowMotion?.3:1)*(.5+n.magneticStrength);for(let g=0;g<h.length;g++){const S=h[g],v=Math.cos(S),R=Math.sin(S);for(let H=0;H<u;H++){const 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1className:"inline-block",children:"🧭"}),"B → radial"]})})]}),e.jsxs("points",{ref:s,visible:a.showMagneticField,children:[e.jsx("bufferGeometry",{children:e.jsx("bufferAttribute",{attach:"attributes-position",count:x.total,array:x.positions,itemSize:3})}),e.jsx("pointsMaterial",{color:w.magnetic,map:M,size:.1,transparent:!0,sizeAttenuation:!0,blending:I,depthWrite:!1})]},x.total),e.jsx("group",{visible:a.showFieldLines,children:d.map((o,n)=>e.jsx("mesh",{geometry:o,children:e.jsx("meshBasicMaterial",{color:w.eField,transparent:!0,opacity:.55*a.electricStrength,blending:I,depthWrite:!1})},n))})]})},fe=[{text:"Neutral Xenon",position:[t.channelBack-1.4,1.5,0],tone:"text-slate-200 border-slate-400/40"},{text:"Electron Drift",position:[t.cathode.x+.4,t.cathode.y-.2,0],tone:"text-cyan-200 border-cyan-400/40"},{text:"Hall Current",position:[t.channelExit-.2,t.channelRadius+.9,0],tone:"text-cyan-100 border-cyan-300/40"},{text:"Magnetic Field",position:[t.channelExit-.35,-1.15-.9,0],tone:"text-violet-200 border-violet-400/40"},{text:"Electric Field",position:[t.channelExit+1.2,.2,t.channelRadius],tone:"text-amber-200 border-amber-400/40"},{text:"Positive Ion Jet",position:[t.channelExit+3.5,-1.6,0],tone:"text-sky-200 border-sky-400/40"}],ge=()=>{const{settings:p}=E();return p.showLabels?e.jsx(e.Fragment,{children:fe.map(a=>e.jsx(N,{position:a.position,center:!0,distanceFactor:12,occlude:!1,zIndexRange:[20,0],children:e.jsxs("div",{className:`pointer-events-none flex items-center gap-1.5 whitespace-nowrap rounded-full border bg-slate-950/70 px-2.5 py-1 text-[11px] font-medium backdrop-blur-sm ${a.tone}`,children:[e.jsx("span",{className:"h-1.5 w-1.5 rounded-full bg-current"}),a.text]})},a.text))}):null},Me=()=>{const{ref:p}=E(),a=c.useRef(null),M=c.useRef(null),l=c.useMemo(()=>T({core:w.ionCore,edge:w.ion,radius:1.9,diamonds:.15,turbulence:.9}),[]),s=c.useMemo(()=>T({core:w.ion,edge:w.ion,radius:3.3,diamonds:0,turbulence:1}),[]);P((r,i)=>{const u=p.current,x=u.paused?0:i*(u.slowMotion?.25:1)*u.exhaustVelocity;for(const d of[a.current,M.current])d&&(d.uniforms.uTime.value+=x);a.current&&(a.current.uniforms.uBright.value=u.plasmaBrightness),M.current&&(M.current.uniforms.uBright.value=u.plasmaBrightness*.35)});const m=t.exhaustEnd-t.channelExit,y=t.channelExit+m/2,h={transparent:!0,depthWrite:!1,side:C,blending:I,vertexShader:oe,fragmentShader:ae};return e.jsxs("group",{position:[y,0,0],rotation:[0,0,-Math.PI/2],children:[e.jsxs("mesh",{children:[e.jsx("coneGeometry",{args:[1.9,m,48,32,!0]}),e.jsx("shaderMaterial",{ref:a,uniforms:l,...h})]}),e.jsxs("mesh",{children:[e.jsx("coneGeometry",{args:[3.3,m,48,24,!0]}),e.jsx("shaderMaterial",{ref:M,uniforms:s,...h})]})]})},ye=()=>{const p=c.useRef(null),{settings:a,setSettings:M}=E();return e.jsxs(e.Fragment,{children:[e.jsx(se,{}),e.jsx("color",{attach:"background",args:["#05070d"]}),e.jsx("fog",{attach:"fog",args:["#05070d",12,30]}),e.jsx("ambientLight",{intensity:.25}),e.jsx("directionalLight",{position:[6,8,6],intensity:1.1,castShadow:!0}),e.jsx("pointLight",{position:[t.channelExit,0,0],intensity:14,distance:8,color:"#5cc6ff"}),e.jsx("pointLight",{position:[t.channelExit+3,0,0],intensity:14,distance:12,color:"#2e9bff"}),e.jsxs(J,{resolution:256,children:[e.jsx(D,{intensity:2,position:[0,4,-6],scale:[10,4,1],color:"#3a6bff"}),e.jsx(D,{intensity:1.4,position:[-6,0,4],scale:[6,6,1],color:"#7fd4ff"}),e.jsx(D,{intensity:1,position:[6,-2,4],scale:[6,6,1],color:"#8a6bff"})]}),e.jsxs("group",{children:[e.jsx(ie,{}),e.jsx(pe,{}),e.jsx(xe,{}),e.jsx(Me,{}),e.jsx(ge,{})]}),e.jsx(Y,{position:[0,-2.4,0],opacity:.5,scale:26,blur:2.5,far:6,color:"#000000"}),e.jsx(K,{ref:p,enablePan:!1,minDistance:4,maxDistance:24,autoRotate:a.autoRotate&&a.cameraMode==="orbit",autoRotateSpeed:.6,target:[1,0,0]}),e.jsx(re,{controls:p}),e.jsxs(Q,{multisampling:0,children:[e.jsx(Z,{intensity:1.2*a.plasmaBrightness,luminanceThreshold:.15,luminanceSmoothing:.9,mipmapBlur:!0}),e.jsx(ee,{eskil:!1,offset:.2,darkness:.75}),e.jsx(te,{})]}),e.jsxs("mesh",{position:[0,0,-20],onClick:()=>M({selectedComponent:null}

1),visible:!1,children:[e.jsx("planeGeometry",{args:[200,200]}),e.jsx("meshBasicMaterial",{})]})]})},ke=()=>e.jsx(X,{role:"img","aria-label":"3D animation of a Hall-effect thruster: electrons trapped in a radial magnetic field ionizing xenon and accelerating plasma out of the annular channel.",dpr:[1,1.8],camera:{position:[-8,3,10],fov:42},gl:{antialias:!1,powerPreference:"high-performance",alpha:!1},shadows:!0,children:e.jsx(c.Suspense,{fallback:null,children:e.jsx(ye,{})})});export{ke as default};