{bars.map((b, i) => { const bgColor = i / bars.length < playFrac ? (i % 8 === 0 ? mood.accent : i % 13 === 0 ? mood.node2 : "rgba(236,239,243,0.92)") : (i % 8 === 0 ? mood.accent + "99" : i % 13 === 0 ? mood.node2 + "99" : "rgba(236,239,243,0.38)"); return (

); })}

); } // Editorial illustrated avatar — SVG portrait with CSS-driven animations. // The motion-shim in this build strips framer-motion animate props, so all // motion here is keyframe-driven (breathing, blinking, lip-sync, glow). function JoshPortrait() { return ( ); } function KatPortrait() { return ( ); } // ============================================================================ // ALTERNATE AVATAR STYLES // Each preserves the .cf-eyes and .cf-mouth animation hooks so blink + lip-sync // continue to work. Tabs on top let the reader switch styles live. // ============================================================================ // — Style 2: Editorial line-art. Single-weight ink strokes on warm paper. function JoshPortraitLine() { return ( ); } function KatPortraitLine() { return ( ); } // — Style 3: Risograph. Two-tone halftone overprint, slightly off-register. function RisoPortrait({ skin, accent, ink, hair, blouse, isKat }) { const dotId = `cf-riso-dot-${isKat ? 'kat' : 'josh'}`; return ( ); } function JoshPortraitRiso() { return ; } function KatPortraitRiso() { return ; } // — Style 4: Geometric / Bauhaus. Abstract face from primitive shapes. function GeoPortrait({ palette, isKat }) { const { bg, face, hair, accent, ink, shirt } = palette; return ( ); } function JoshPortraitGeo() { return ; } function KatPortraitGeo() { return ; } const AVATAR_STYLES = [ { id: "realistic", label: "Realistic" }, { id: "line", label: "Line-art" }, { id: "riso", label: "Risograph" }, { id: "geo", label: "Geometric" }, ]; function PortraitFor({ person, style }) { const isJosh = person === "Josh"; if (style === "line") return isJosh ? : ; if (style === "riso") return isJosh ? : ; if (style === "geo") return isJosh ? : ; return isJosh ? : ; } function Avatar({ person, activeSpeaker, playing, avatarStyle }) { const isActive = person === activeSpeaker; const isSpeaking = isActive && Boolean(playing); const isJosh = person === "Josh"; return (

{person}

{isActive ? ); } function AvatarStyleSwitcher({ value, onChange }) { return (

PORTRAIT STYLE

{AVATAR_STYLES.map((s) => ( ))}

); } function BroadcastVisual({ topic, playing }) { const mood = getMood(topic); const dots = useMemo(() => Array.from({ length: 26 }, (_, i) => ({ x: 7 + ((i * 37) % 86), y: 10 + ((i * 29) % 76), s: 2.5 + ((i * 7) % 7) })), [topic.id]); if (topic.visual === "curve") return ; if (topic.visual === "approval") return

{[0, 1, 2].map((i) =>

)}

; if (topic.visual === "flow" || topic.visual === "pipeline") return ; if (topic.visual === "burst") return ; return ; } function VisualStage({ topic, line, playing, audienceAnswer, onAudienceDismiss, avatarStyle }) { const mood = getMood(topic); const stageSpeaker = audienceAnswer ? "Kat" : line.speaker; return (

{audienceAnswer ? "Audience question" : line.time}

{audienceAnswer ? "Kat answers live" : topic.title}

{audienceAnswer ? "The interview pauses while Kat responds from the exchange." : topic.summary}

{audienceAnswer ? (

{audienceAnswer}

) : (

{line.speaker} · {line.time}

“{line.text}”

)}

); } function Player({ topic, active, playing, audioReady, currentTime, duration, onSeek, prev, next, setPlaying }) { const mood = getMood(topic); const safeDuration = duration || timeToSeconds(transcriptLog[transcriptLog.length - 1].time); const progress = safeDuration ? Math.min(100, (currentTime / safeDuration) * 100) : Math.round(((active + 1) / transcriptLog.length) * 100); const waveRef = useRef(null); const [isDragging, setIsDragging] = useState(false); const seekFromEvent = (e) => { const el = waveRef.current; if (!el || !safeDuration) return; const r = el.getBoundingClientRect(); const cx = (e.touches && e.touches[0] ? e.touches[0].clientX : e.clientX); const pct = Math.max(0, Math.min(1, (cx - r.left) / r.width)); onSeek(pct * safeDuration); }; const onDown = (e) => { setIsDragging(true); seekFromEvent(e); }; const onMove = (e) => { if (isDragging) seekFromEvent(e); }; const onUp = () => setIsDragging(false); useEffect(() => { if (!isDragging) return; const m = (e) => seekFromEvent(e); const u = () => setIsDragging(false); window.addEventListener("mousemove", m); window.addEventListener("mouseup", u); window.addEventListener("touchmove", m, { passive: false }); window.addEventListener("touchend", u); return () => { window.removeEventListener("mousemove", m); window.removeEventListener("mouseup", u); window.removeEventListener("touchmove", m); window.removeEventListener("touchend", u); }; }, [isDragging, safeDuration]); // Compute transcript moment markers along the waveform const moments = transcriptLog.map((line, i) => ({ i, time: timeToSeconds(line.time), pct: safeDuration ? (timeToSeconds(line.time) / safeDuration) * 100 : 0, speaker: line.speaker, })); return (

{formatSeconds(currentTime)} / {formatSeconds(safeDuration)}

{/* Played-portion overlay */}

{/* Moment markers, synced to transcript */}

{moments.map((m) => (

))}

{/* Playhead */}

{transcriptLog[active].speaker} · {transcriptLog[active].time} Click or drag the waveform to seek

); } function JoinDialogue({ onAudienceAnswer }) { const [question, setQuestion] = useState(""); const [turn, setTurn] = useState(0); const hasQuestion = question.trim().length > 0; const ask = () => { const nextTurn = turn + 1; const prompt = question.trim() || "What is the most important idea in this exchange?"; const generated = sourceOnlyAnswer(prompt, nextTurn); setTurn(nextTurn); setQuestion(""); if (onAudienceAnswer) onAudienceAnswer(generated); }; return

Join the dialogue

setQuestion(e.target.value)} onKeyDown={(e) => e.key === "Enter" && ask()} placeholder="Raise your hand to ask a question" className="min-h-[58px] w-full rounded-[1.2rem] bg-[#F8FBFF] px-4 py-3 text-base shadow-sm outline-none placeholder:text-[var(--muted)] focus:bg-white" />

{["What’s the big idea here?", "Why does this matter?", "How would you design the eval layer technically?"].map((sample) => )}

; } function TranscriptLog({ lines, activeIndex, setActive }) { const scrollRef = useRef(null); const scrollPosition = useRef(0); const [showFull, setShowFull] = useState(false); const jumpToLine = (i) => { if (scrollRef.current) scrollPosition.current = scrollRef.current.scrollTop; setActive(i); requestAnimationFrame(() => { if (scrollRef.current) scrollRef.current.scrollTop = scrollPosition.current; }); }; return (

Transcript log

{ scrollPosition.current = e.currentTarget.scrollTop; }} className="max-h-[420px] overflow-y-auto pr-1 overscroll-contain">

{lines.map((line, i) => { const isActive = i === activeIndex; return ( ); })}

{showFull && (

Coframe interview

Full Q&A Transcript

A clean reading view of Kat and Josh’s exchange, styled like an intelligence report dossier.

40 moments

Kat / Josh

Living interfaces

{lines.map((line) => { const isKat = line.speaker === "Kat"; return (

{line.speaker}

{line.time}

{line.text}

); })}

)}

); } function ConversationalContextMap({ activeTopicId, setActiveFromTopic }) { const graphNodes = [ { id: "origin", label: "Living interfaces", x: 120, y: 115, r: 34 }, { id: "hci", label: "Human-computer interaction", x: 245, y: 78, r: 28 }, { id: "acceleration", label: "AI acceleration", x: 360, y: 108, r: 30 }, { id: "agents", label: "Context + tools", x: 480, y: 84, r: 34 }, { id: "evals", label: "Evaluation memory", x: 570, y: 170, r: 36 }, { id: "approval", label: "Human judgment", x: 438, y: 238, r: 32 }, { id: "multimodal", label: "Multimodal orchestration", x: 300, y: 236, r: 30 }, { id: "superhuman", label: "Superhuman search", x: 165, y: 245, r: 38 }, { id: "haystacks", label: "GTM workflows", x: 70, y: 185, r: 28 }, ]; const edges = [ ["origin", "hci"], ["origin", "acceleration"], ["acceleration", "agents"], ["agents", "evals"], ["evals", "approval"], ["evals", "multimodal"], ["approval", "superhuman"], ["superhuman", "haystacks"], ["multimodal", "agents"], ["hci", "approval"], ["superhuman", "origin"], ]; const nodeById = Object.fromEntries(graphNodes.map((node) => [node.id, node])); return (

Abstract knowledge graph

A semantic map of the interview’s ideas: concepts cluster by relationship, not chronology. Select a node to jump to its anchor moment.

); } function CoframeInterviewPlayback() { const [active, setActive] = useState(0); const [playing, setPlaying] = useState(false); const [avatarStyle, setAvatarStyle] = useState("line"); const [search, setSearch] = useState(""); const [audienceAnswer, setAudienceAnswer] = useState(""); const [audioSrc] = useState(AUDIO_SRC); const [audioReady, setAudioReady] = useState(false); const [currentTime, setCurrentTime] = useState(0); const [duration, setDuration] = useState(0); const audioRef = useRef(null); const resumeRef = useRef(false); const audienceTimer = useRef(null); const timer = useRef(null); const safeActive = clampIndex(active); const currentLine = transcriptLog[safeActive] || transcriptLog[0]; const currentTopic = findTopic(currentLine.topicId); useEffect(() => { if (!playing || audienceAnswer || audioReady) return undefined; // No-audio fallback: drive a virtual clock so the player marker moves // smoothly along the waveform. The active transcript line is derived from // currentTime, so both advance together. const maxTime = timeToSeconds(transcriptLog[transcriptLog.length - 1].time) + 8; const rate = 16; // virtual seconds elapsed per real second const tickMs = 120; let last = (typeof performance !== "undefined" ? performance.now() : Date.now()); timer.current = window.setInterval(() => { const now = (typeof performance !== "undefined" ? performance.now() : Date.now()); const dt = (now - last) / 1000; last = now; setCurrentTime((t) => { let next = t + dt * rate; if (next > maxTime) next = 0; setActive(activeIndexForTime(next)); return next; }); }, tickMs); return () => { if (timer.current) window.clearInterval(timer.current); }; }, [playing, audienceAnswer, audioReady]); useEffect(() => { const audio = audioRef.current; if (!audio || !audioReady) return undefined; if (playing && !audienceAnswer) { audio.play().catch(() => setPlaying(false)); } else { audio.pause(); } return undefined; }, [playing, audienceAnswer, audioReady]); useEffect(() => { return () => { if (audienceTimer.current) window.clearTimeout(audienceTimer.current); if (timer.current) window.clearInterval(timer.current); if (typeof window !== "undefined" && window.speechSynthesis) window.speechSynthesis.cancel(); }; }, []); const handleAudienceAnswer = (answer) => { resumeRef.current = playing; setPlaying(false); setAudienceAnswer(answer); if (typeof window !== "undefined" && window.speechSynthesis) window.speechSynthesis.cancel(); if (audienceTimer.current) window.clearTimeout(audienceTimer.current); }; const handleAudienceDismiss = () => { setAudienceAnswer(""); if (resumeRef.current) setPlaying(true); }; const syncToTime = (time) => { setCurrentTime(time); setActive(activeIndexForTime(time)); }; const seekToLine = (index) => { const safeIndex = clampIndex(index); const seconds = timeToSeconds(transcriptLog[safeIndex].time); setActive(safeIndex); setCurrentTime(seconds); if (audioRef.current && audioReady) audioRef.current.currentTime = seconds; }; const handleSeek = (seconds) => { setCurrentTime(seconds); setActive(activeIndexForTime(seconds)); if (audioRef.current && audioReady) audioRef.current.currentTime = seconds; }; const next = () => seekToLine((active + 1) % transcriptLog.length); const prev = () => seekToLine((active - 1 + transcriptLog.length) % transcriptLog.length); return

; } // Mount into the report's Field Notes section. (function mountCoframe() { function mount() { const el = document.getElementById('coframe-mount'); if (!el) return false; if (el.dataset.mounted === '1') return true; el.dataset.mounted = '1'; ReactDOM.createRoot(el).render(React.createElement(CoframeInterviewPlayback)); return true; } if (!mount()) { document.addEventListener('DOMContentLoaded', mount); } })(); })();