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<!DOCTYPE html>
<html lang="en"><head><meta charset="utf-8"/>
<meta name="viewport" content="width=device-width, initial-scale=1"/>
<title>Delta Atlas - Ask</title>
<style>
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<header>
<h1>Delta Atlas - Ask</h1>
<p>A fixed search engine over this page's recorded vocabulary snapshot. Ask "<b>what is X?</b>" and it finds the closest match, shows the stored definition and source assertions, and links related terms you can explore. You can also ask structurally: <b>what defends against X</b>, <b>what can go wrong with X</b>, <b>who is accountable for X</b>. One answer shows at a time. A reviewed label is not a per-term review receipt.</p>
</header>
<div class="main">
<div class="askbar">
<div class="askrow"><input id="q" maxlength="500" aria-label="Search the recorded Atlas vocabulary" placeholder="Ask anything: what is reinforcement learning? / what defends against prompt injection?"/><button id="send" type="button">Ask</button></div>
<div class="examples" id="examples"></div>
<span class="slegend"><span class="sdot" style="background:#8fe0a5"></span>Reviewed label<span class="sdot" style="background:#f2cd55"></span>Candidate label<span class="sdot" style="background:#ff9d80"></span>Thin</span>
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Berkeley","family":"BERKELEY","origin_independence":"academia"},{"id":"NIST-AML","title":"NIST AI 100-2e2025: Adversarial Machine Learning - Taxonomy & Terminology of Attacks and Mitigations","url":"https://csrc.nist.gov/pubs/ai/100/2/e2025/final","year":2025,"publisher":"NIST","origin_independence":"gov","family":"NIST","placeholder":false},{"id":"ISO-22989","title":"ISO/IEC 22989:2022 - Information technology - AI - AI concepts and terminology","url":"https://www.iso.org/standard/74296.html","year":2022,"publisher":"ISO/IEC JTC 1/SC 42","origin_independence":"standards","family":"ISO","placeholder":false},{"id":"ISO-42001","title":"ISO/IEC 42001:2023 - Information technology - AI - Management system","url":"https://www.iso.org/standard/42001","year":2023,"publisher":"ISO/IEC JTC 1/SC 42","origin_independence":"standards","family":"ISO42001","placeholder":false},{"id":"STATE-DELTA","title":"State-Delta / Grounding Ledger Architecture (Jake Tiller, open-source research, 2026)","publisher":"Jake Tiller","year":2026,"family":"Ledger","origin_independence":"author","url":"","placeholder":false},{"id":"LEAN-AGENT","title":"Lean-Agent Protocol: Type-Checked Compliance - Deterministic Guardrails for Agentic Systems (arXiv 2604.01483)","publisher":"arXiv","year":2026,"family":"ARXIV","origin_independence":"academia","url":"https://arxiv.org/abs/2604.01483","placeholder":false}]};
const T=DATA.terms, R=DATA.relations, SRCLIST=DATA.sources||[];
const byId={}; T.forEach(t=>byId[t.id]=t);
const SRC={}; SRCLIST.forEach(s=>SRC[s.id]=s);
function nm(t){return t.names.plain[0]||(t.names.technical[0]&&t.names.technical[0].name)||t.id;}
function esc(s){return (s==null?'':String(s)).replace(/[&<>]/g,c=>({'&':'&','<':'<','>':'>'}[c]));}
const PURP={capability:"capability",absorb:"absorb",check:"check",reset:"reset",center:"center",risk:"risk"};
const out={},inc={},deg={},SW={strong:3,asserted:2,weak:1};
T.forEach(t=>{out[t.id]=[];inc[t.id]=[];deg[t.id]=0;});
R.forEach(r=>{ if(!byId[r.source]||!byId[r.target])return; out[r.source].push(r); inc[r.target].push(r);
if(r.type!=='related'){const w=SW[r.strength]||1; deg[r.source]+=w; deg[r.target]+=w;} });
function norm(s){return (s||'').toLowerCase().replace(/\(.*?\)/g,' ').replace(/\s*\/\s*/g,' ').replace(/[^a-z0-9 ]/g,' ').replace(/\s+/g,' ').trim();}
const STOP=new Set("what whats is are am the a an of to in on for from with by how do does did i you it that this these those why when which who whom where show me tell about define definition defined mean means meaning explain explained give list all some any my our your into vs versus".split(' '));
function toks(s){return norm(s).split(' ').filter(w=>w.length>1 && !STOP.has(w));}
function singular(w){return w.length>3 && w.endsWith('s') ? w.slice(0,-1) : w;}
// trigram fuzzy
function tri(s){s=' '+s+' ';const g=new Set();for(let i=0;i<s.length-2;i++)g.add(s.slice(i,i+3));return g;}
function triSim(a,b){if(!a||!b)return 0;const A=tri(a),B=tri(b);let inter=0;A.forEach(x=>{if(B.has(x))inter++;});return inter/(A.size+B.size-inter||1);}
function editDist(a,b){const m=a.length,n=b.length;if(!m)return n;if(!n)return m;let prev=Array.from({length:n+1},(_,j)=>j),cur=new Array(n+1);
for(let i=1;i<=m;i++){cur[0]=i;for(let j=1;j<=n;j++){cur[j]=Math.min(prev[j]+1,cur[j-1]+1,prev[j-1]+(a[i-1]===b[j-1]?0:1));}const t=prev;prev=cur;cur=t;}return prev[n];}
function fsim(a,b){if(!a||!b)return 0;const e=1-editDist(a,b)/Math.max(a.length,b.length,1);return Math.max(triSim(a,b),e);}
// per-term index
function initWord(name){ var ST={of:1,the:1,and:1,to:1,for:1,in:1,on:1,a:1,an:1,with:1,by:1,vs:1,or:1};
var p=norm(name).split(' ').filter(function(w){return w && !ST[w];}); if(p.length<2) return ''; return p.map(function(w){return w[0];}).join(''); }
T.forEach(t=>{
t._names=t.names.plain.concat(t.names.technical.map(x=>x.name));
t._nameNorm=t._names.map(norm);
t._nameToks=new Set(); t._names.forEach(n=>toks(n).forEach(w=>t._nameToks.add(singular(w))));
t._defToks=toks(t.function_statement||'').map(singular);
t._init=initWord(t.names.plain[0]||t._names[0]||'');
});
const DF={}; T.forEach(t=>{ new Set(t._defToks).forEach(w=>DF[w]=(DF[w]||0)+1); });
const N=T.length; const idf={}; Object.keys(DF).forEach(w=>idf[w]=Math.log(1+N/DF[w]));
const VOCABTOK=new Set(); T.forEach(t=>t._nameToks.forEach(w=>VOCABTOK.add(w))); T.forEach(t=>t._defToks.forEach(w=>VOCABTOK.add(w)));
const VOCABARR=[...VOCABTOK];
// Display-safe forms: VOCABTOK holds singular()-stripped stems ("probabilities" -> "probabilitie"),
// which must never be SHOWN as a suggestion. Map each stem back to a real surface word.
const RAWFORM={}; T.forEach(t=>{ t._names.forEach(n=>toks(n).forEach(w=>{const s1=singular(w); if(!RAWFORM[s1])RAWFORM[s1]=w;})); toks(t.function_statement||'').forEach(w=>{const s1=singular(w); if(!RAWFORM[s1])RAWFORM[s1]=w;}); });
function correct(qToks){ const corr=[]; const fixed=qToks.map(w=>{ const sw=singular(w);
if(VOCABTOK.has(sw)||w.length<4) return w;
let best=null,bs=0; for(const v of VOCABARR){ if(Math.abs(v.length-sw.length)>2) continue; const sc=fsim(sw,v); if(sc>bs){bs=sc;best=v;} }
if(best && bs>=0.8){ const disp=RAWFORM[best]||best; corr.push([w,disp]); return disp; } return w; });
return {fixed, corr}; }
function scoreTerm(t,qToks,qn){
let s=0;
// full-string name match
for(const nn of t._nameNorm){ if(!nn) continue;
if(nn===qn){s+=120;break;}
if(qn===singular(nn)||singular(qn)===nn){s+=110;}
if(qn.length>3 && nn.length>3 && ((' '+qn+' ').indexOf(' '+nn+' ')>=0||(' '+nn+' ').indexOf(' '+qn+' ')>=0)){ s+=28+nn.length*0.15; } }
const sq=qToks.map(singular);
// exact match on the content phrase (query minus filler like 'what is') so multi-word terms win
var cphrase=sq.join(' '); if(cphrase.length>=3 && t._nameNorm.indexOf(cphrase)>=0) s+=118;
if(cphrase.length>=3 && t._nameNorm.indexOf(qToks.join(' '))>=0) s+=118;
// exact alias / acronym hit: a query token equals a full name (e.g. RAG, ML, RL, AGI)
sq.forEach(w=>{ if(t._nameNorm.indexOf(w)>=0) s+=92; });
qToks.forEach(w=>{ if(t._nameNorm.indexOf(w)>=0) s+=92; });
// initialism fallback: a typed acronym equal to a term's initials (e.g. MAS, KG, VG)
var qc=sq.join(''); if(t._init && t._init.length>=2 && (qc===t._init || sq.indexOf(t._init)>=0)) s+=50;
// name-token overlap (strong)
sq.forEach(w=>{ if(t._nameToks.has(w)) s+=14; });
// definition-token overlap (idf-weighted, medium)
sq.forEach(w=>{ if(t._defToks.indexOf(w)>=0) s+=3.5*(idf[w]||1); });
// fuzzy: near name tokens (typos / near terms)
sq.forEach(w=>{ let best=0; t._nameToks.forEach(nt=>{ if(w!==nt){const sim=fsim(w,nt); if(sim>best)best=sim;} });
if(best>0.4) s+=9*best; });
// whole-phrase fuzzy: a misspelled or sloppy query still lands near the right name
let pf=0; for(const nn of t._nameNorm){ if(nn){ const sim=triSim(qn,nn); if(sim>pf)pf=sim; } }
if(pf>0.4) s+=24*pf;
if(t.tier==='core') s+=0.6;
return s;
}
function search(qToks,qn){ return T.map(t=>[t,scoreTerm(t,qToks,qn)]).filter(x=>x[1]>0.5).sort((a,b)=>b[1]-a[1]); }
// intent verbs
const I={
responsible:/who (is|'?s)? ?(responsible|accountable|in charge|owns|answers)|responsibilit|accountab|who owns/,
defend:/mitigat|prevent|defend|protect|stop|reduc|guard against|counter|safeguard|how (do|can|would) (i|you|we) (stop|prevent|defend|avoid)/,
detect:/\bdetect|catch|surface|spot|flag|identif/,
cause:/\bcause|lead to|result in|go wrong|risk of|trigger|bring about|breaks?|fail/,
need:/built on|built from|made of|made from|depend on|rely on|requires?|needs?\b/,
related:/relate|connect|near|associated|linked|to do with|go with/,
};
const LEX=[
[/irreversible|can'?t be undone|cannot be undone|permanent|unrecoverable/,['reversibility','irreversible']],
[/\breversible\b|can be undone|recoverable/,['reversibility','reversible']],
[/\bsilent\b|invisible|hidden|unseen|undetectable|can'?t be seen/,['observability','silent']],
[/\blatent\b|builds up|creeps|not obvious|sneaky/,['observability','latent']],
[/human cost|lands on (a )?human|non-?resetting|metabolic|costs a human/,['cost_substrate','non-resetting']],
[/human acts|human-?driven|humans do|a human does|people do/,['actor','human']],
[/\bai acts\b|ai-?driven|the ai does|machine does|model does/,['actor','ai']],
[/\bcore\b|essential|front door|non-?technical|beginner/,['tier','core']],
];
const RISKWORDS=/\brisks?\b|failure modes?|dangers?|threats?|vulnerab/;
function detectFacets(s){const f={};LEX.forEach(([re,kv])=>{if(re.test(s)){(f[kv[0]]=f[kv[0]]||new Set()).add(kv[1]);}});
if(RISKWORDS.test(s)){(f.purpose=f.purpose||new Set()).add('risk');} return f;}
function srcLine(t){ const ids=t.sources||[]; if(!ids.length) return '';
const titles=ids.map(id=>SRC[id]?esc(SRC[id].title):esc(id));
return '<div class="src"><b>Recorded source assertions:</b> '+titles.join(' · ')+'</div>'; }
function candLine(t){ const st=t.status||'candidate';
return '<div class="cand">'+(st==='reviewed'?'Repository label: reviewed; reviewer/date/source-locator receipt not yet complete.':'Repository label: candidate; review pending.')+'</div>'; }
function askChip(label,q){ return '<button class="qchip" type="button" data-ask="'+esc(q)+'">'+esc(label)+'</button>'; }
const SWv={strong:3,asserted:2,weak:1};
function famOf(o){o=(o||'other').toLowerCase(); return ['gov','standards','academia','industry','community'].find(k=>o.indexOf(k)>=0)||'other';}
function gscore(t){
const fams=new Set((t.sources||[]).map(id=>SRC[id]?famOf(SRC[id].origin_independence):'other'));
const nf=fams.size; const ind=nf>=3?1:nf===2?0.66:nf===1?0.33:0;
const src=Math.min(1,(t.sources||[]).length/4);
const overs=inc[t.id].filter(r=>['checks','governs','mitigates','detects'].includes(r.type)).length;
const hp=out[t.id].some(r=>r.type==='instance_of')?1:0; const corrob=Math.min(1,(overs+hp)/3);
let ev=0; out[t.id].concat(inc[t.id]).forEach(r=>{ if(r.type!=='related') ev+=(SWv[r.strength]||1); }); const evi=Math.min(1,ev/8);
const m=t.attributes_method; const ver=(m==='curated'||m==='preset')?1:(t.status==='stub'?0.2:0.45);
return Math.round(100*(0.40*ind+0.12*src+0.20*corrob+0.18*evi+0.10*ver));
}
function cohBlock(t){ const ids=t.sources||[];
const ext=new Set(ids.map(id=>SRC[id]?famOf(SRC[id].origin_independence):'other').filter(x=>x!=='other'));
const emerging = ext.size===0 || t.status==='stub';
const cust = t.status==='reviewed'?['Reviewed label','#8fe0a5'] : t.status==='stub'?['Placeholder label','#ff9d80'] : (ext.size?['Source-supported candidate','#f2cd55']:['Candidate label','#ff9d80']);
const titles=ids.map(id=>SRC[id]?esc(SRC[id].title):esc(id));
const chip = emerging
? '<span class="tag" style="color:#f2cd55;border-color:#e6d3a3">Limited external source coverage</span>'
: '<span class="tag" style="color:#8fe0a5;border-color:#4a6b56">External source families recorded</span>';
return '<div class="coh">'+chip+(ext.size?' <span style="color:var(--dim);font-size:11.5px">records '+ext.size+' external source-family type'+(ext.size===1?'':'s')+'</span>':'')+
(titles.length?'<div class="src"><b>Recorded source assertions:</b> '+titles.join(' · ')+'</div>':'<div class="src"><b>Recorded source assertions:</b> none in this snapshot</div>')+
'<div class="cand" style="font-style:normal">Repository status: <b style="color:'+cust[1]+'">'+cust[0]+'</b>. This snapshot does not embed a typed review receipt.</div>'+(emerging?'<div class="cand" style="font-style:normal">Treat this entry as provisional and inspect an outside source.</div>':'')+
'</div>'; }
let meterRAF=null;
function startMeter(cv){ if(meterRAF){cancelAnimationFrame(meterRAF);meterRAF=null;} if(!cv)return; const ctx=cv.getContext('2d');
const g=+cv.dataset.g; const col=g>=66?[95,125,80]:g>=40?[184,144,46]:[180,80,60];
const noise=g>=66?0.06:g>=40?0.24:0.62; const amp=4+(100-g)/100*7; const speed=g>=66?0.05:g>=40?0.10:0.17;
const W=cv.width,H=cv.height; let ph=0;
function fr(){ ctx.clearRect(0,0,W,H); ctx.beginPath();
for(let x=0;x<=W;x+=3){ const y=H/2+Math.sin(x*0.06+ph)*amp+(Math.random()-0.5)*amp*noise*2.4; x===0?ctx.moveTo(x,y):ctx.lineTo(x,y); }
ctx.strokeStyle='rgb('+col[0]+','+col[1]+','+col[2]+')'; ctx.lineWidth=2; ctx.stroke(); ph+=speed; meterRAF=requestAnimationFrame(fr); }
fr(); }
function mainCard(t){ const a=t.attributes;
return '<div class="card main"><h3>'+sdot(t.status)+esc(nm(t))+'</h3><div class="fn">'+esc(t.function_statement||'(not yet defined)')+'</div>'+
'<span class="tag p">'+esc(PURP[t.purpose]||t.purpose)+'</span><span class="tag">'+esc(t.cluster)+'</span>'+
cohBlock(t)+candLine(t)+'</div>'; }
function miniCard(t,lb){ const a=t.attributes;
return '<div class="card"><h3>'+sdot(t.status)+esc(nm(t))+(lb?' <span class="lb">★</span>':'')+'</h3><div class="fn" style="font-style:italic;color:var(--dim);font-size:12.5px">'+esc(t.function_statement||'(stub)')+'</div>'+
'<span class="tag p">'+esc(PURP[t.purpose]||t.purpose)+'</span><span class="tag">'+esc(a.actor)+' acts</span><span class="tag">'+esc(a.cost_substrate)+'</span>'+
'<div class="chips">'+askChip('what is '+nm(t)+'?','what is '+nm(t)+'?')+askChip('what defends against '+nm(t)+'?','what defends against '+nm(t)+'?')+'</div></div>'; }
function relSources(eid,types){return inc[eid].filter(r=>types.includes(r.type)).map(r=>r.source);}
function relTargets(eid,types){return out[eid].filter(r=>types.includes(r.type)).map(r=>r.target);}
function neighbors(eid){return [...new Set(out[eid].concat(inc[eid]).map(r=>r.source===eid?r.target:r.source))];}
function findEntities(qraw){ var nt=' '+norm(qraw)+' '; var cand=[];
T.forEach(function(t){ t._nameNorm.forEach(function(nn){ if(nn && nn.length>=3 && nt.indexOf(' '+nn+' ')>=0) cand.push([t,nn.length]); }); });
cand.sort(function(a,b){return b[1]-a[1];}); var seen={}, ids=[];
for(var i=0;i<cand.length && ids.length<2;i++){ var t=cand[i][0]; if(!seen[t.id]){ seen[t.id]=1; ids.push(t); } } return ids; }
function edgeType(a,b){ var rs=out[a].concat(inc[a]); for(var i=0;i<rs.length;i++){ var r=rs[i];
if(r.source===a&&r.target===b) return r.type; if(r.source===b&&r.target===a) return r.type+' (from '+esc(nm(byId[b]))+')'; } return 'links'; }
function bfsPath(a,b){ var prev={}; prev[a]=null; var q=[a],h=0;
while(h<q.length){ var c=q[h++]; if(c===b) break; neighbors(c).forEach(function(o){ if(!(o in prev)){ prev[o]=c; q.push(o); } }); }
if(!(b in prev)) return null; var path=[],c=b; while(c!==null){ path.unshift(c); c=prev[c]; } return path; }
function connectionAnswer(A,B){ var a=A.id,b=B.id; var reading='connect('+esc(nm(A))+', '+esc(nm(B))+')';
var direct=out[a].concat(inc[a]).filter(function(r){return r.source===b||r.target===b;});
if(direct.length){ var ph=direct.map(function(r){return '<b>'+esc(nm(byId[r.source]))+'</b> '+r.type+' <b>'+esc(nm(byId[r.target]))+'</b>';}).join('; ');
return {reading:reading, ans:esc(nm(A))+' and '+esc(nm(B))+' connect directly: '+ph+'.',
body:'<div class="chips">'+askChip(nm(A),'what is '+nm(A)+'?')+askChip(nm(B),'what is '+nm(B)+'?')+'</div>'}; }
var na={}; neighbors(a).forEach(function(x){na[x]=1;}); var commons=neighbors(b).filter(function(x){return na[x] && x!==a && x!==b;});
if(commons.length){ var br=commons.slice(0,5);
var explain=br.map(function(id){ return '<b>'+esc(nm(byId[id]))+'</b> ('+esc(nm(A))+' '+edgeType(a,id)+' it, '+esc(nm(B))+' '+edgeType(b,id)+' it)'; }).join('; ');
return {reading:reading, ans:esc(nm(A))+' and '+esc(nm(B))+' are not wired together directly. They meet at '+explain+'. Follow a bridge to see how.',
body:'<div class="chips">'+br.map(function(id){return askChip(nm(byId[id]),'what is '+nm(byId[id])+'?');}).join('')+'</div>'}; }
var path=bfsPath(a,b);
if(path && path.length>2 && path.length<=5){ var chain=path.map(function(id){return esc(nm(byId[id]));}).join(' → ');
return {reading:reading, ans:'The shortest path from '+esc(nm(A))+' to '+esc(nm(B))+' runs '+(path.length-2)+' step'+(path.length-2===1?'':'s')+' through: '+chain+'.',
body:'<div class="chips">'+path.map(function(id){return askChip(nm(byId[id]),'what is '+nm(byId[id])+'?');}).join('')+'</div>'}; }
return {reading:reading, ans:'No connection within a few steps between <b>'+esc(nm(A))+'</b> and <b>'+esc(nm(B))+'</b> in the model yet. They may sit in different parts of the stack.', body:''}; }
function listMini(ids){ if(!ids.length) return '<div class="none">Nothing in the model matches that yet.</div>';
ids=ids.slice().sort((x,y)=>deg[y]-deg[x]); const top=ids[0];
return ids.slice(0,10).map(id=>miniCard(byId[id], id===top&°[top]>0&&ids.length>2)).join('')+(ids.length>10?'<div class="none" style="font-size:12px">+ '+(ids.length-10)+' more</div>':''); }
function answer(qraw){
const s=' '+qraw.toLowerCase()+' '; const rawToks=toks(qraw); const qn=norm(qraw);
const cr=correct(rawToks); const qToks=[...new Set(rawToks.concat(cr.fixed))];
const didYouMean = cr.corr.length? cr.corr.map(c=>esc(c[0])+' → '+esc(c[1])).join(', ') : '';
const ranked=search(qToks,qn); const ent=ranked.length?ranked[0][0]:null; const eid=ent?ent.id:null;
const topScore=ranked.length?ranked[0][1]:0;
const facets=detectFacets(s); const hasFacet=Object.keys(facets).length>0;
const rawSing=new Set(rawToks.map(singular));
// COVERAGE GATE: a confident single-term answer must actually cover the question, not just a
// fragment of it. Otherwise "sandbagging" confidently returns "Bagging" and "vector store"
// returns "Store" — sounding sure while answering the wrong thing, the exact failure this tool
// exists to avoid. When the winner covers less than ~60% of the query's content words and the
// query has more than one, demote to honest "closest matches" instead.
const qContent=[...rawSing].filter(w=>w.length>1);
const inName=w=> !!ent && (ent._nameToks.has(w) || ent._nameNorm.some(nn=>nn && (' '+nn+' ').indexOf(' '+w+' ')>=0));
const covered= ent? qContent.filter(inName).length : 0;
const wellCovers = !ent || qContent.length<=1 || (covered/qContent.length)>=0.6 || ent._nameNorm.indexOf(qContent.join(' '))>=0 || ent._nameNorm.indexOf(qn)>=0;
const supported = !!ent && ( [...ent._nameToks].some(w=>rawSing.has(w)) || ent._nameNorm.some(nn=>nn && triSim(qn,nn)>0.5) || (qn.length>3 && ent._nameNorm.some(nn=>nn && ((' '+nn+' ').indexOf(' '+qn+' ')>=0||(' '+qn+' ').indexOf(' '+nn+' ')>=0))) );
const strongEnt = supported && topScore>=12;
const confident = supported && wellCovers && (topScore>=40 || (topScore>=14 && (ranked.length<2 || ranked[0][1] >= ranked[1][1]*1.5)));
const res=(()=>{
// COMPARATIVE query: split the two sides textually, resolve each independently, and if a side
// has no node, SAY SO deterministically (which coordinate is missing) instead of dissolving the
// whole query into fuzzy suggestions. Suggestions still appear, labeled as suggestions.
var cs=(function(qr){ var sn=norm(qr);
var m=sn.match(/(?:difference|differences|distinction)s?\s+between\s+(.+?)\s+and\s+(.+)$/);
if(!m) m=sn.match(/^(?:compare|contrast)\s+(.+?)\s+(?:and|with|to|vs|versus)\s+(.+)$/);
if(!m) m=sn.match(/^(?:what is|whats|how is)?\s*(.+?)\s+(?:vs|versus)\s+(.+)$/);
if(!m) m=sn.match(/how\s+(?:do|does|are)\s+(.+?)\s+and\s+(.+?)\s+(?:differ|relate|connect|compare)/);
if(!m) return null;
var clean=function(x){return x.replace(/^(a|an|the)\s+/,'').replace(/\s+(work|works|different)$/,'').trim();};
var a=clean(m[1]), b=clean(m[2]); return (a&&b&&a!==b)?[a,b]:null; })(qraw);
if(cs){
var resolveSide=function(side){ var nt=' '+side+' '; var best=null,bl=0;
T.forEach(function(t){ t._nameNorm.forEach(function(nn){ if(nn&&nn.length>=3&&nt.indexOf(' '+nn+' ')>=0&&nn.length>bl){best=t;bl=nn.length;} }); });
if(best) return best;
var r=search(toks(side),side);
if(r.length){ var t0=r[0][0], sc=r[0][1]; var sing={}; toks(side).forEach(function(w){sing[singular(w)]=1;});
var backed=false; t0._nameToks.forEach(function(w){ if(sing[w]) backed=true; });
if(sc>=40 && backed) return t0; }
return null; };
var A2=resolveSide(cs[0]), B2=resolveSide(cs[1]);
if(A2&&B2&&A2.id!==B2.id) return connectionAnswer(A2,B2);
var sideTxt=function(label,ent){ return ent
? '<b>'+esc(label)+'</b> → <b>'+esc(nm(ent))+'</b> (found)'
: '<b>'+esc(label)+'</b> → <b style="color:#ff9d80">missing coordinate</b> (no node in the graph)'; };
var sugFor=function(sd){ var r2=search(toks(sd),sd).slice(0,4).map(function(x){return x[0];});
return r2.length?'<div class="seclbl">Closest to "'+esc(sd)+'" · suggestions, not matches</div><div class="chips">'+r2.map(function(t){return askChip(nm(t),'what is '+nm(t)+'?');}).join('')+'</div>':''; };
return {reading:'compare('+esc(cs[0])+', '+esc(cs[1])+') · deterministic lookup, no fuzzy substitution',
ans:'Comparative query on two coordinates: '+sideTxt(cs[0],A2)+' · '+sideTxt(cs[1],B2)+'.'+((!A2||!B2)?' A missing coordinate is a hole in the vocabulary at exactly that point; the graph will not guess.':''),
body:(A2?mainCard(A2):sugFor(cs[0]))+(B2?mainCard(B2):sugFor(cs[1]))};
}
// CONNECTION between two named terms (the bridge / puzzle)
if(/relate|related|connect|connection|between|how (do|does|are) .*\b(relate|connect|tie|link)|tie .*together|\bvs\b|versus/.test(s)){
var ents=findEntities(qraw); if(ents.length>=2) return connectionAnswer(ents[0],ents[1]);
}
// RESPONSIBLE
if(I.responsible.test(s) && strongEnt){
const a=ent.attributes;
return {reading:'accountability_of('+esc(nm(ent))+')',
ans:'For <b>'+esc(nm(ent))+'</b>: <b>'+esc(a.accountability)+'</b> is accountable, <b>'+esc(a.actor)+'</b> performs it, cost is <b>'+esc(a.cost_substrate)+'</b>'+(a.accountability==='undefined'?'. Accountability is <b>unassigned</b> here, which is itself a finding: responsibility for this term is diffuse.':'.'),
body:mainCard(ent)};
}
// DEFEND / DETECT
if((I.defend.test(s)||I.detect.test(s)) && strongEnt){
const ids=[...new Set(relSources(eid,['mitigates','detects','checks']))];
return {reading:'{mitigates|detects|checks} → '+esc(nm(ent)),
ans:ids.length?'These <b>'+ids.length+'</b> defend against / check <b>'+esc(nm(ent))+'</b>:':'The model records no explicit defense for <b>'+esc(nm(ent))+'</b> yet.',
body:listMini(ids)};
}
// CAUSE / go wrong (2-hop risk reach)
if(I.cause.test(s) && strongEnt){
const causers=[...new Set(relSources(eid,['causes','enables']))];
const seen=new Set([eid]); let fr=[eid]; const rr=new Set();
for(let h=0;h<2;h++){const nx=[]; fr.forEach(id=>neighbors(id).forEach(o=>{if(!seen.has(o)){seen.add(o);nx.push(o);if(byId[o].purpose==='risk')rr.add(o);}})); fr=nx;}
const ids=[...new Set(causers.concat([...rr]))];
return {reading:'{causes|enables} → '+esc(nm(ent))+' ∨ risks reachable (≤2 hops)',
ans:ids.length?'What can go wrong around <b>'+esc(nm(ent))+'</b>:':'No failure path to <b>'+esc(nm(ent))+'</b> recorded yet.',
body:listMini(ids)};
}
// NEED
if(I.need.test(s) && strongEnt){
const ids=[...new Set(relTargets(eid,['requires','instance_of']))];
return {reading:esc(nm(ent))+' → {requires|instance_of}',
ans:ids.length?'<b>'+esc(nm(ent))+'</b> is built on / needs:':'No dependencies recorded for <b>'+esc(nm(ent))+'</b> yet.',
body:listMini(ids)};
}
// FACET pattern (when query is attribute-led, not a strong single term)
if(hasFacet && topScore<28){
let ids=T.filter(t=>{for(const k in facets){const val=(k==='tier')?t.tier:(k==='purpose')?t.purpose:t.attributes[k]; if(!facets[k].has(val))return false;} return true;}).map(t=>t.id);
const parts=Object.keys(facets).map(k=>k+' ∈ {'+[...facets[k]].join(', ')+'}').join(' ∧ ');
return {reading:parts, ans:ids.length?'<b>'+ids.length+'</b> term'+(ids.length===1?'':'s')+' fit that pattern:':'No terms fit that exact pattern.', body:listMini(ids)};
}
// RELATED
if(I.related.test(s) && strongEnt){
return {reading:'neighbors('+esc(nm(ent))+')', ans:'Connected to <b>'+esc(nm(ent))+'</b>:', body:listMini(neighbors(eid))};
}
// DEFINITION (search-engine default) - only when confident it's the right term
if(confident){
const nbrs=neighbors(eid).slice(0,8);
const more=ranked.slice(1,5).filter(x=>x[1]>6).map(x=>x[0]);
let body=mainCard(ent);
if(nbrs.length){ body+='<div class="seclbl">Related, click to explore</div><div class="chips">'+nbrs.map(id=>askChip(nm(byId[id]),'what is '+nm(byId[id])+'?')).join('')+'</div>'; }
if(more.length){ body+='<div class="seclbl">Other matches</div><div class="chips">'+more.map(t=>askChip(nm(t),'what is '+nm(t)+'?')).join('')+'</div>'; }
return {reading:'define('+esc(nm(ent))+') · match '+Math.round(topScore), ans:'<b>'+esc(nm(ent))+'</b>: '+esc(ent.function_statement||'(not yet defined)'), body:body};
}
// WEAK: never empty - always surface the closest terms we can find
let sug=ranked.filter(x=>x[1]>6).slice(0,7).map(x=>x[0]);
if(sug.length<4){ const fz=T.map(t=>{ let best=0; t._nameNorm.forEach(nn=>{const v=triSim(qn,nn); if(v>best)best=v;}); return [t,best]; })
.sort((a,b)=>b[1]-a[1]).slice(0,7).map(x=>x[0]); fz.forEach(t=>{ if(!sug.includes(t)) sug.push(t); }); sug=sug.slice(0,7); }
return {miss:true, reading:'closest by relevance (sloppy / partial query)',
ans:'No exact term for that. Here are the closest matches in the model; click one:',
body:'<div class="chips">'+sug.map(t=>askChip(nm(t),'what is '+nm(t)+'?')).join('')+'</div>'};
})();
if(didYouMean) res.reading='did you mean '+didYouMean+' · '+res.reading;
return res;
}
const feed=document.getElementById('feed');
function highlightExample(qraw){const q=(qraw||'').trim().toLowerCase();
document.querySelectorAll('#examples .ex').forEach(el=>el.classList.toggle('on', el.textContent.trim().toLowerCase()===q));}
function bindChips(scope){ scope.querySelectorAll('.qchip').forEach(c=>c.onclick=()=>ask(c.dataset.ask)); }
// Missed searches are retained by Atlas only in this browser so the visitor can inspect
// vocabulary gaps. Hosting telemetry is a separate page-level concern. Copying the list
// is an explicit visitor action.
const MISSKEY='deltaAtlasAskMisses', MISS_VERSION=1, MISS_TTL_MS=30*24*60*60*1000, MISS_MAX=100;
function emptyMisses(now){ return {type:'delta-atlas-ask-misses',version:MISS_VERSION,issued_at:now,expires_at:now+MISS_TTL_MS,entries:[]}; }
function saveMisses(record){ try{ localStorage.setItem(MISSKEY,JSON.stringify(record)); }catch(e){} }
function loadMissRecord(){
var now=Date.now(), raw; try{raw=localStorage.getItem(MISSKEY);}catch(e){return emptyMisses(now);}
if(!raw) return emptyMisses(now);
var record; try{record=JSON.parse(raw);}catch(e){try{localStorage.removeItem(MISSKEY);}catch(_){} return emptyMisses(now);}
if(!record || record.type!=='delta-atlas-ask-misses' || record.version!==MISS_VERSION || !Array.isArray(record.entries) || typeof record.expires_at!=='number' || now>=record.expires_at){ try{localStorage.removeItem(MISSKEY);}catch(_){} return emptyMisses(now); }
var entries=record.entries.filter(function(x){return x&&typeof x.query==='string'&&x.query.length>0&&x.query.length<=500&&typeof x.expires_at==='number'&&now<x.expires_at;}).slice(-MISS_MAX);
record.entries=entries; record.expires_at=Math.max.apply(null,entries.map(function(x){return x.expires_at;}).concat([now+MISS_TTL_MS])); saveMisses(record); return record;
}
function loadMisses(){ return loadMissRecord().entries.map(function(x){return x.query;}); }
function logMiss(q){ q=q.trim(); if(!q || q.length>500) return; var record=loadMissRecord(), m=record.entries; if(m.some(function(x){return x.query.toLowerCase()===q.toLowerCase();})) return;
var now=Date.now(); m.push({query:q,expires_at:now+MISS_TTL_MS}); record.issued_at=now; record.expires_at=now+MISS_TTL_MS; record.entries=m.slice(-MISS_MAX); saveMisses(record); }
function renderMisses(){ var el=document.getElementById('misslog'); if(!el) return; var m=loadMisses();
if(!m.length){ el.style.display='none'; return; } el.style.display='block';
el.innerHTML='<b>'+m.length+'</b> search'+(m.length===1?'':'es')+' on this device found no exact term yet. '+
'Atlas keeps this list in your browser for up to 30 days unless you clear it. '+
'<a href="#" id="misscopy" style="color:var(--accent)">copy the list</a> to send as feedback, or '+
'<a href="#" id="missclear" style="color:var(--accent)">clear it</a>.';
el.querySelector('#misscopy').onclick=function(e){ e.preventDefault(); var text=loadMisses().join('\n');
var done=function(){ var a=el.querySelector('#misscopy'); if(a){var t=a.textContent; a.textContent='copied'; setTimeout(function(){a.textContent=t;},1400);} };
if(navigator.clipboard&&navigator.clipboard.writeText){ navigator.clipboard.writeText(text).then(done,function(){window.prompt('Copy your missed searches:',text);}); }
else { window.prompt('Copy your missed searches:',text); } };
el.querySelector('#missclear').onclick=function(e){ e.preventDefault(); try{localStorage.removeItem(MISSKEY);}catch(_){} renderMisses(); };
}
function ask(qraw){ qraw=(qraw||'').trim(); if(!qraw) return;
const r=answer(qraw);
if(r.miss) logMiss(qraw);
const div=document.createElement('div'); div.className='turn';
div.innerHTML='<div class="you"><b>You:</b> '+esc(qraw)+'</div>'+
'<div class="reading">reading this structurally as → '+r.reading+'</div>'+
'<div class="answer">'+r.ans+'</div>'+r.body;
feed.innerHTML=''; feed.appendChild(div);
bindChips(div); highlightExample(qraw); renderMisses();
document.getElementById('q').value=qraw;
}
document.getElementById('send').onclick=()=>ask(document.getElementById('q').value);
document.getElementById('q').addEventListener('keydown',e=>{if(e.key==='Enter')ask(e.target.value);});
const EX=["what is RAG?","what is human-in-the-loop, and how does it relate to agentic AI?","what defends against prompt injection?","what can go wrong with an agent?","how does ground truth relate to resilience?","who is accountable for alignment?","what is a harness?","what is the resilience ledger?"];
const exEl=document.getElementById('examples');
exEl.innerHTML=EX.map(x=>'<button class="ex" type="button">'+esc(x)+'</button>').join('');
exEl.querySelectorAll('.ex').forEach(el=>el.onclick=()=>ask(el.textContent));
// The hub sends a typed in-memory message after this same-origin iframe loads. Submitted
// text is never placed in the request URL. Direct visits keep the ordinary default example.
var embedded=location.hash==='#embed';
if(embedded){var header=document.querySelector('header'); if(header)header.style.display='none'; exEl.style.display='none';}
window.addEventListener('message',function(event){
if(!embedded || event.source!==parent) return;
if(location.origin!=='null' && event.origin!==location.origin) return;
var message=event.data;
if(!message || message.type!=='delta-atlas-query' || message.version!==1 || typeof message.query!=='string') return;
var query=message.query.trim(); if(!query || query.length>500) return; ask(query);
});
if(!embedded) ask("what is reinforcement learning?");
</script></body></html>