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1821 1822 1823 1824 1825 1826 1827 1828 1829 1830 1831 1832 1833 1834 1835 1836 1837 1838 1839 1840 1841 1842 1843 1844 1845 1846 1847 1848 1849 1850 1851 1852 1853 1854 1855 1856 1857 1858 1859 1860 1861 1862 1863 1864 1865 1866 1867 1868 1869 1870 1871 1872 1873 1874 1875 1876 1877 1878 1879 1880 1881 | 'use client' import { useRef, useEffect, useCallback, useState, useMemo } from 'react' import { useTheme } from '../../../contexts/ThemeContext' import type { NumberLineState, TickThresholds, CollisionFadeMap, RenderConstant, PrimeTickInfo, } from './types' import { DEFAULT_TICK_THRESHOLDS } from './types' import { renderNumberLine } from './renderNumberLine' import { useNumberLineTouch } from './useNumberLineTouch' import { NumberLineDebugPanel } from './NumberLineDebugPanel' import { VoiceDebugPanels } from './VoiceDebugPanels' import { DemoRecommendations } from './DemoRecommendations' import { KeyboardShortcutsOverlay } from './KeyboardShortcutsOverlay' import { useDemoKeyboardShortcuts } from './useDemoKeyboardShortcuts' import { DemoScrubberControls } from './DemoScrubberControls' import { useFindTheNumberGame } from './useFindTheNumberGame' import { createHandleExploreConstant } from './createHandleExploreConstant' import { MATH_CONSTANTS } from './constants/constantsData' import { computeAllConstantVisibilities } from './constants/computeConstantVisibility' import { updateConstantMarkerDOM } from './constants/updateConstantMarkerDOM' import { ConstantInfoCard } from './constants/ConstantInfoCard' import { useConstantDemo } from './constants/demos/useConstantDemo' import { CONSTANT_IDS, DEMO_RECOMMENDATIONS } from './talkToNumber/explorationRegistry' import { GAME_MAP } from './talkToNumber/gameRegistry' import { renderGoldenRatioOverlay, computeSweepTransform } from './constants/demos/goldenRatioDemo' import { DEMO_OVERLAY_RENDERERS } from './constants/demos/demoOverlayRegistry' import { useAudioManagerInstance } from '@/contexts/AudioManagerContext' import { useConstantDemoNarration } from './constants/demos/useConstantDemoNarration' import { NARRATION_CONFIGS } from './constants/demos/narrationConfigs' import { usePhiExploreImage } from './constants/demos/usePhiExploreImage' import { renderPhiExploreImage } from './constants/demos/renderPhiExploreImage' import { usePhiCenteringMode } from './constants/demos/usePhiCenteringMode' import { computePrimeInfos, smallestPrimeFactor } from './primes/sieve' import { PrimeTooltip } from './primes/PrimeTooltip' import { computePrimePairArcs, getSpecialPrimeLabels, LABEL_COLORS, PRIME_TYPE_DESCRIPTIONS, } from './primes/specialPrimes' import { computeInterestingPrimes } from './primes/interestingness' import type { InterestingPrime } from './primes/interestingness' import { usePrimeTour } from './primes/usePrimeTour' import { renderTourSpotlight } from './primes/renderTourSpotlight' import { renderSieveOverlay } from './primes/renderSieveOverlay' import { PrimeTourOverlay } from './primes/PrimeTourOverlay' import { computeTickMarks, numberToScreenX, screenXToNumber } from './numberLineTicks' import { useRealtimeVoice } from './talkToNumber/useRealtimeVoice' import type { CallState, SceneSnapshot } from './talkToNumber/useRealtimeVoice' import { PhoneCallOverlay, updateCallBoxPositions } from './talkToNumber/PhoneCallOverlay' import { useZoomWash } from './useZoomWash' import { syncDemoScrubberDOM } from './syncDemoScrubberDOM' import { computeTourHighlights, computeSieveState, computeIndicatorFade, computeEffectiveHovered, } from './drawComputations' import { useViewportFly } from './useViewportFly' import { syncVoiceNarration } from './syncVoiceNarration' import { renderLcmHopperOverlay, setActiveCombo, getActiveCombo, setGuess, clearGuess, getGuessPosition, getGuessResult, EARLY_HOP_END, GUESS_END, } from './lcmHopper/renderLcmHopperOverlay' import { LcmHopperOverlay } from './lcmHopper/LcmHopperOverlay' import { useLcmHopperParty } from './lcmHopper/useLcmHopperParty' import { HoppingPartyBar } from './lcmHopper/HoppingPartyBar' import { evaluateGuess } from './lcmHopper/lcmHopperState' import { useUserPlayers } from '@/hooks/useUserPlayers' import { useVisualDebugSafe } from '@/contexts/VisualDebugContext' // ── URL param persistence for demo playback state ──────────────────── let lastUrlUpdateMs = 0 const URL_UPDATE_INTERVAL_MS = 1000 function updateDemoUrlParams(constantId: string | null, progress: number) { const now = performance.now() // Debounce writes, but always allow immediate clears if (constantId !== null && now - lastUrlUpdateMs < URL_UPDATE_INTERVAL_MS) return lastUrlUpdateMs = now const url = new URL(window.location.href) if (constantId) { url.searchParams.set('demo', constantId) url.searchParams.set('p', progress.toFixed(3)) } else { url.searchParams.delete('demo') url.searchParams.delete('p') } if (url.href !== window.location.href) { window.history.replaceState(window.history.state, '', url.href) } } const INITIAL_STATE: NumberLineState = { center: 0, pixelsPerUnit: 100, } /** Determine decimal precision of a target number (for hint phrasing). */ export type NumberLineMode = 'standalone' | 'exploration-break' interface NumberLineProps { playerId?: string onPlayerIdentified?: (playerId: string) => void onCallStateChange?: (state: CallState) => void /** When 'exploration-break', suppresses voice/game/debug UI and auto-plays a demo */ mode?: NumberLineMode /** Constant ID to auto-play on mount (e.g. 'pi', 'phi'). Only used in exploration-break mode. */ autoPlayDemo?: string /** Fires when the auto-played demo's narration completes (revealProgress >= 1) */ onDemoComplete?: (constantId: string) => void } export function NumberLine({ playerId, onPlayerIdentified, onCallStateChange, mode = 'standalone', autoPlayDemo, onDemoComplete, }: NumberLineProps = {}) { const isBreakMode = mode === 'exploration-break' const canvasRef = useRef<HTMLCanvasElement | null>(null) const stateRef = useRef<NumberLineState>({ ...INITIAL_STATE }) const rafRef = useRef<number>(0) const { resolvedTheme } = useTheme() const { isVisualDebugEnabled, isDevelopment } = useVisualDebugSafe() const audioManager = useAudioManagerInstance() const phiExploreRef = usePhiExploreImage(resolvedTheme) const centering = usePhiCenteringMode(resolvedTheme) // Ref so the memoized draw callback can always read latest centering state const centeringRef = useRef(centering) centeringRef.current = centering // Tick thresholds — owned by NumberLineDebugPanel, synced via ref const thresholdsRef = useRef<TickThresholds>({ ...DEFAULT_TICK_THRESHOLDS }) // Track CSS dimensions for rendering const cssWidthRef = useRef(0) const cssHeightRef = useRef(0) // Forward ref to break circular dependency: hooks need draw(), but draw() is defined later const drawFnRef = useRef<() => void>(() => {}) // Zoom velocity + background color wash (extracted hook) const { displayVelocityRef, displayHueRef, zoomFocalXRef, decayRafRef, wrapperRef, pageRef, handleZoomVelocity, updateDisplayValues, } = useZoomWash({ resolvedTheme, drawRef: drawFnRef }) // Persistent collision fade state for smooth label show/hide transitions const collisionFadeMapRef = useRef<CollisionFadeMap>(new Map()) const collisionRafRef = useRef<number>(0) // --- Mathematical constants (Number Safari) state --- const [constantsEnabled, setConstantsEnabled] = useState(true) const constantsEnabledRef = useRef(true) constantsEnabledRef.current = constantsEnabled const [tappedConstantId, setTappedConstantId] = useState<string | null>(null) // Persist discovered constants in localStorage const [discoveredIds, setDiscoveredIds] = useState<Set<string>>(() => { if (typeof window === 'undefined') return new Set() try { const stored = localStorage.getItem('number-line-discovered-constants') return stored ? new Set(JSON.parse(stored) as string[]) : new Set() } catch { return new Set() } }) const discoveredIdsRef = useRef(discoveredIds) discoveredIdsRef.current = discoveredIds // Last computed render constants (for hit-testing taps) const renderConstantsRef = useRef<RenderConstant[]>([]) // Container for DOM-rendered MathML constant symbols const constantMarkersRef = useRef<HTMLDivElement>(null) // --- Constant demo state --- const demoRedraw = useCallback(() => drawFnRef.current(), []) const { demoState: demoStateRef, startDemo, restoreDemo, tickDemo, cancelDemo, setRevealProgress, markUserInteraction, } = useConstantDemo(stateRef, cssWidthRef, cssHeightRef, demoRedraw) // --- Constant demo narration (all constants) --- const narration = useConstantDemoNarration(demoStateRef, setRevealProgress, NARRATION_CONFIGS) // --- Demo URL restore (runs once on first resize) --- const hasRestoredRef = useRef(false) const [restoredFromUrl, setRestoredFromUrl] = useState(false) // Track whether onDemoComplete has been fired (fire once per demo) const demoCompleteFireRef = useRef(false) // Scene snapshot function ref — set after all hooks, read by mark_moment at runtime const sceneSnapshotFnRef = useRef<() => SceneSnapshot>(() => ({ viewport: { center: stateRef.current.center, pixelsPerUnit: stateRef.current.pixelsPerUnit }, })) // --- Demo scrubber state --- const scrubberTrackRef = useRef<HTMLDivElement>(null) const scrubberFillRef = useRef<HTMLDivElement>(null) const scrubberThumbRef = useRef<HTMLDivElement>(null) const scrubberGapRef = useRef<HTMLDivElement>(null) const playPauseBtnRef = useRef<HTMLButtonElement>(null) const timeDisplayRef = useRef<HTMLDivElement>(null) const segmentTicksRef = useRef<HTMLDivElement>(null) const segmentLabelRef = useRef<HTMLDivElement>(null) const lastTickConstantIdRef = useRef<string | null>(null) const [demoActive, setDemoActive] = useState(false) const isDraggingScrubberRef = useRef(false) const scrubberHoverProgressRef = useRef<number | null>(null) // --- Demo Refine mode state (dev-only) --- // Initialize from sessionStorage so an active task survives HMR (dev only) const isDev = process.env.NODE_ENV === 'development' const [refineMode, setRefineMode] = useState(() => { if (!isDev) return false try { return sessionStorage.getItem('refine-active-task') !== null } catch { return false } }) const [refineRange, setRefineRange] = useState<{ start: number; end: number } | null>(null) const refineStartRef = useRef<number | null>(null) const [refineTaskActive, setRefineTaskActive] = useState(() => { if (!isDev) return false try { return sessionStorage.getItem('refine-active-task') !== null } catch { return false } }) // --- Prime Tour state --- // Uses the same drawFnRef/demoRedraw pattern as useConstantDemo const { tourState: tourStateRef, currentStopIndex: tourStopIndex, totalStops: tourTotalStops, currentStop: tourCurrentStop, startTour, nextStop: tourNextStop, prevStop: tourPrevStop, exitTour, tickTour, forcedHoverValue, } = usePrimeTour(stateRef, cssWidthRef, cssHeightRef, demoRedraw) // --- Primes (Sieve of Eratosthenes) state --- const [primesEnabled, setPrimesEnabled] = useState(true) const primesEnabledRef = useRef(true) primesEnabledRef.current = primesEnabled const [hoveredValue, setHoveredValue] = useState<number | null>(null) const hoveredValueRef = useRef<number | null>(null) hoveredValueRef.current = hoveredValue // When true, the mouse is over the PrimeTooltip — don't clear hoveredValue const tooltipHoveredRef = useRef(false) // Tapped non-prime integer (click to show factorization) const [tappedIntValue, setTappedIntValue] = useState<number | null>(null) // Last computed prime infos (for tooltip data lookup) const primeInfosRef = useRef<Map<number, PrimeTickInfo>>(new Map()) // Visible primes set for fast lookup in hover handler const visiblePrimesSetRef = useRef<Set<number>>(new Set()) // Rendered interesting prime positions for hit-testing at low zoom const renderedPrimePositionsRef = useRef<{ value: number; screenX: number; note?: string }[]>([]) // Current interesting primes for the visible range const interestingPrimesRef = useRef<InterestingPrime[]>([]) // --- LCM Hopper / Hopping Party --- const dismissTooltip = useCallback(() => { setTappedIntValue(null) setHoveredValue(null) tooltipHoveredRef.current = false }, []) const { partyInvitees, setPartyInvitees, startLcmHopperDemo, handleToggleInvite, startHoppingParty, handleDismissPartyDemo, getPartyState, } = useLcmHopperParty({ demoStateRef, narration, startDemo, cancelDemo, onDismissTooltip: dismissTooltip, }) // --- Talk to a Number state --- const [callingNumber, setCallingNumber] = useState<number | null>(null) const handleVoiceTransfer = useCallback((targetNumber: number) => { setCallingNumber(targetNumber) }, []) // Tracks whether a demo exploration is active (for call timer freeze) const isExplorationActiveRef = useRef(false) // Ref-based forward declarations so useRealtimeVoice can control exploration const exploreFnRef = useRef<(constantId: string) => void>(() => {}) const pauseFnRef = useRef<() => void>(() => {}) const resumeFnRef = useRef<() => void>(() => {}) const seekFnRef = useRef<(segmentIndex: number) => void>(() => {}) const lookAtFnRef = useRef<(center: number, range: number) => void>(() => {}) const indicateFnRef = useRef< ( numbers: number[], range?: { from: number; to: number }, durationSeconds?: number, persistent?: boolean ) => void >(() => {}) const startFindNumberFnRef = useRef<(target: number) => void>(() => {}) const stopFindNumberFnRef = useRef<() => void>(() => {}) // When true, indicate's auto-zoom is suppressed (game controls the viewport) const suppressIndicateZoomRef = useRef(false) const handleVoiceGameStart = useCallback( (gameId: string, params: Record<string, unknown>) => { setActiveGameId(gameId) if (gameId === 'find_number') { const target = Number(params.target) if (isFinite(target)) startFindNumberFnRef.current(target) } if (gameId === 'guess_my_number') { // Lock viewport to full game range so the child sees the indicate band shrink const min = params.min !== undefined ? Number(params.min) : 1 const max = params.max !== undefined ? Number(params.max) : 100 const center = (min + max) / 2 const range = (max - min) * 1.15 // 15% margin lookAtFnRef.current(center, range) suppressIndicateZoomRef.current = true } if (gameId === 'nim') { const stones = typeof params.stones === 'number' && isFinite(params.stones as number) ? (params.stones as number) : 15 const center = (1 + stones) / 2 const range = stones * 1.15 // 15% margin lookAtFnRef.current(center, range) suppressIndicateZoomRef.current = true // Boost label visibility — wide zoom makes individual numbers nearly invisible labelScaleRef.current = 1.8 labelMinOpacityRef.current = 0.9 } if (gameId === 'lcm_hopper') { startLcmHopperDemo() } }, [startLcmHopperDemo] ) const handleVoiceGameEnd = useCallback((gameId: string) => { setActiveGameId(null) suppressIndicateZoomRef.current = false if (gameId === 'find_number') { stopFindNumberFnRef.current() } }, []) const handleVoiceExploration = useCallback((constantId: string) => { exploreFnRef.current(constantId) }, []) const handleVoicePause = useCallback(() => { pauseFnRef.current() }, []) const handleVoiceResume = useCallback(() => { resumeFnRef.current() }, []) const handleVoiceSeek = useCallback((segIdx: number) => { seekFnRef.current(segIdx) }, []) const handleVoiceEndExploration = useCallback(() => { cancelDemo() narration.stop() }, [cancelDemo, narration]) const handleVoiceLookAt = useCallback((center: number, range: number) => { lookAtFnRef.current(center, range) }, []) const handleVoiceIndicate = useCallback( ( numbers: number[], range?: { from: number; to: number }, durationSeconds?: number, persistent?: boolean ) => { indicateFnRef.current(numbers, range, durationSeconds, persistent) }, [] ) const handleVoiceSetLabelStyle = useCallback((scale: number, minOpacity: number) => { labelScaleRef.current = scale labelMinOpacityRef.current = minOpacity }, []) // Fetch players for mid-call identification const { data: allPlayers } = useUserPlayers() const availablePlayerSummaries = useMemo(() => { if (!allPlayers) return [] return allPlayers .filter((p) => p.isActive && !p.isArchived) .map((p) => ({ id: p.id, name: p.name, emoji: p.emoji || '👤' })) }, [allPlayers]) const { state: voiceState, error: voiceError, errorCode: voiceErrorCode, dial, hangUp, timeRemaining, isSpeaking, transferTarget, conferenceNumbers, currentSpeaker, removeFromCall, sendSystemMessage, setNarrationPlaying, profileFailed, currentInstructions, modeDebug, } = useRealtimeVoice({ onTransfer: handleVoiceTransfer, onStartExploration: handleVoiceExploration, onPauseExploration: handleVoicePause, onResumeExploration: handleVoiceResume, onSeekExploration: handleVoiceSeek, onEndExploration: handleVoiceEndExploration, onLookAt: handleVoiceLookAt, onIndicate: handleVoiceIndicate, onGameStart: handleVoiceGameStart, onGameEnd: handleVoiceGameEnd, onSetLabelStyle: handleVoiceSetLabelStyle, isExplorationActiveRef, onPlayerIdentified, getSceneSnapshot: () => sceneSnapshotFnRef.current(), }) const callBoxContainerRef = useRef<HTMLDivElement>(null) const voiceStateRef = useRef<CallState>('idle') voiceStateRef.current = voiceState // Notify parent of call state changes useEffect(() => { onCallStateChange?.(voiceState) }, [voiceState, onCallStateChange]) // Pending tour — queued during a call, launched after hangup const pendingTourRef = useRef<string | null>(null) const conferenceNumbersRef = useRef<number[]>([]) conferenceNumbersRef.current = conferenceNumbers // Debug: log overlay render condition changes useEffect(() => { const shouldShow = callingNumber !== null && voiceState !== 'idle' console.log( '[NumberLine] overlay condition — callingNumber:', callingNumber, 'voiceState:', voiceState, 'shouldShow:', shouldShow ) }, [callingNumber, voiceState]) // Clear callingNumber when call ends (e.g. model hangs up). // Only clear when voiceState *transitions* to idle (not on initial mount // or when callingNumber is set before dial() goes async). const prevVoiceStateRef = useRef<CallState>('idle') useEffect(() => { const prev = prevVoiceStateRef.current prevVoiceStateRef.current = voiceState // Only clear if we transitioned TO idle FROM a non-idle state if (voiceState === 'idle' && prev !== 'idle') { if (callingNumber !== null) { console.log( '[NumberLine] clearing callingNumber because voiceState transitioned', prev, '→ idle' ) setCallingNumber(null) } // Clear any active game when the call ends setActiveGameId(null) suppressIndicateZoomRef.current = false // Reset label style overrides labelScaleRef.current = 1 labelMinOpacityRef.current = 0 // Clear any lingering indicator indicatorRef.current = null // Launch pending tour after hangup const tourId = pendingTourRef.current if (tourId) { pendingTourRef.current = null console.log('[NumberLine] launching pending tour after hangup:', tourId) // Small delay so the call UI clears first setTimeout(() => { cancelDemo() setTappedConstantId(null) setTappedIntValue(null) setHoveredValue(null) startTour() }, 500) } } }, [voiceState, callingNumber, cancelDemo, startTour]) // TTS narration plays during voice calls — the pre-recorded narrator handles // content while the voice agent acts as a silent companion. // --- Game session state (generic, across all games) --- const [activeGameId, setActiveGameId] = useState<string | null>(null) // --- Find the Number game --- const drawRef = useRef<() => void>(() => {}) const { gameState, renderTargetRef, proximityRef, handleGameStart, handleGameGiveUp, computeGameProximity, gameStartedByModel, labelScaleRef, labelMinOpacityRef, gameRafRef, } = useFindTheNumberGame({ stateRef, cssWidthRef, drawRef, voiceState, sendSystemMessage, setActiveGameId, startFindNumberFnRef, stopFindNumberFnRef, }) const draw = useCallback(() => { const canvas = canvasRef.current if (!canvas) return const ctx = canvas.getContext('2d') if (!ctx) return const dpr = window.devicePixelRatio || 1 const cssWidth = cssWidthRef.current const cssHeight = cssHeightRef.current // Compute proximity for Find the Number game computeGameProximity() // Compute constant visibilities let renderConstants: RenderConstant[] | undefined if (constantsEnabledRef.current) { renderConstants = computeAllConstantVisibilities( MATH_CONSTANTS, stateRef.current, cssWidth, discoveredIdsRef.current ) renderConstantsRef.current = renderConstants } else { renderConstantsRef.current = [] } // Compute prime infos, interesting primes, and pair arcs let primeInfos: Map<number, PrimeTickInfo> | undefined let interestingPrimes: InterestingPrime[] | undefined let primePairArcs: ReturnType<typeof computePrimePairArcs> | undefined if (primesEnabledRef.current) { const ticks = computeTickMarks(stateRef.current, cssWidth, thresholdsRef.current) primeInfos = computePrimeInfos(ticks) primeInfosRef.current = primeInfos // Compute interesting primes for axis-level markers (works at any zoom) const halfWidth = cssWidth / 2 const ppu = stateRef.current.pixelsPerUnit const leftValue = stateRef.current.center - halfWidth / ppu const rightValue = stateRef.current.center + halfWidth / ppu interestingPrimes = computeInterestingPrimes(leftValue, rightValue, cssWidth) interestingPrimesRef.current = interestingPrimes visiblePrimesSetRef.current = new Set(interestingPrimes.map((ip) => ip.value)) // Store rendered positions for hover hit-testing at low zoom const positions: { value: number; screenX: number; note?: string }[] = [] for (const ip of interestingPrimes) { // Skip if already visible as a tick-based dot if (primeInfos.has(ip.value)) continue const sx = numberToScreenX(ip.value, stateRef.current.center, ppu, cssWidth) if (sx >= -5 && sx <= cssWidth + 5) { positions.push({ value: ip.value, screenX: sx, note: ip.note }) } } renderedPrimePositionsRef.current = positions // Compute pair arcs from the raw prime values const primeValues = interestingPrimes.map((ip) => ip.value) primePairArcs = computePrimePairArcs(primeValues) } else { primeInfosRef.current = new Map() visiblePrimesSetRef.current = new Set() interestingPrimesRef.current = [] renderedPrimePositionsRef.current = [] } // Rate-limit display values before rendering updateDisplayValues() // Tick the constant demo state machine (updates viewport during animation) tickDemo() // Auto-start narration when viewport fly-in is ~60% done (revealProgress > 0) { const ds = demoStateRef.current if (ds.phase === 'animating' && ds.revealProgress > 0) { narration.startIfNeeded(ds.constantId) } } // Fire onDemoComplete when narration finishes (once per demo) { const ds = demoStateRef.current if ( onDemoComplete && !demoCompleteFireRef.current && ds.phase === 'presenting' && ds.revealProgress >= 1 && ds.constantId ) { demoCompleteFireRef.current = true onDemoComplete(ds.constantId) } // Reset the flag when demo returns to idle (so next demo can fire again) if (ds.phase === 'idle') { demoCompleteFireRef.current = false } } // Write demo state to URL params (debounced). // Skip until restore has been attempted — otherwise the first draw() // (which runs before restore) clears the params while demo is still idle. // Also skip in break mode — no URL persistence for embedded explorations. if (hasRestoredRef.current && !isBreakMode) { const ds = demoStateRef.current if (ds.phase !== 'idle' && ds.constantId) { updateDemoUrlParams(ds.constantId, ds.revealProgress) } else { updateDemoUrlParams(null, 0) } } // Track whether an exploration is active (used by call timer to freeze countdown) isExplorationActiveRef.current = demoStateRef.current.phase !== 'idle' && demoStateRef.current.phase !== 'fading' // Feed narration segment updates to voice agent during active call { const ds = demoStateRef.current syncVoiceNarration( { voiceState: voiceStateRef.current, demoPhase: ds.phase, constantId: ds.constantId, revealProgress: ds.revealProgress, isNarrating: !!narration.isNarrating.current, segmentIndex: narration.segmentIndexRef.current, lastReportedSegment: voiceExplorationSegmentRef.current, }, { sendSystemMessage, setNarrationPlaying, updateLastReportedSegment: (idx) => { voiceExplorationSegmentRef.current = idx }, }, ds.constantId ? NARRATION_CONFIGS[ds.constantId] : undefined ) } // Tick the prime tour state machine (updates viewport during flights) tickTour() // Effective hovered value: tour forced hover overrides user hover const effectiveHovered = computeEffectiveHovered(tourStateRef.current, hoveredValueRef.current) // Compute tour spotlight highlight set (phase-aware) const tourTs = tourStateRef.current const { highlightSet, highlightedArcSet, dimAmount } = computeTourHighlights(tourTs) // Compute sieve tick transforms during ancient-trick tour stop const { sieveTransforms, sieveUniformity, sieveDwellElapsed } = computeSieveState( tourTs, stateRef.current, cssWidth, cssHeight ) // Compute indicator fade lifecycle const { renderIndicator, expired: indicatorExpired } = computeIndicatorFade( indicatorRef.current ) if (indicatorExpired) indicatorRef.current = null ctx.save() ctx.setTransform(1, 0, 0, 1, 0, 0) // reset any existing transform ctx.scale(dpr, dpr) const fadeAnimating = renderNumberLine( ctx, stateRef.current, cssWidth, cssHeight, resolvedTheme === 'dark', thresholdsRef.current, displayVelocityRef.current, displayHueRef.current, zoomFocalXRef.current, renderTargetRef.current, collisionFadeMapRef.current, renderConstants, primeInfos, effectiveHovered, interestingPrimes, primePairArcs, highlightSet, highlightedArcSet, sieveTransforms, sieveUniformity, renderIndicator ) // Render constant demo overlay (golden ratio, etc.) const ds = demoStateRef.current // Render phi explore image behind the spiral (fades in during final 25%) // When centering mode is active, override with centering data and force full opacity const ct = centeringRef.current if (ct.enabled && ct.image) { renderPhiExploreImage( ctx, stateRef.current, cssWidth, cssHeight, 1.0, 1.0, ct.image, ct.alignment ) } else if (ds.phase !== 'idle' && ds.constantId === 'phi' && ds.revealProgress > 0.75) { const pe = phiExploreRef.current if (pe) { const t = (ds.revealProgress - 0.75) / 0.25 // 0→1 over final quarter const imageOpacity = t * t * (3 - 2 * t) * ds.opacity // smoothstep × demo opacity renderPhiExploreImage( ctx, stateRef.current, cssWidth, cssHeight, ds.revealProgress, imageOpacity, pe.image, pe.alignment ) } } // Render golden spiral overlay — always at full reveal when centering if (ct.enabled) { renderGoldenRatioOverlay( ctx, stateRef.current, cssWidth, cssHeight, resolvedTheme === 'dark', 1.0, 1.0 ) } else if (ds.phase !== 'idle' && ds.constantId === 'phi') { renderGoldenRatioOverlay( ctx, stateRef.current, cssWidth, cssHeight, resolvedTheme === 'dark', ds.revealProgress, ds.opacity ) } // Render standard demo overlays (pi, tau, e, gamma, sqrt2, sqrt3, ln2, ramanujan, feigenbaum) if (ds.phase !== 'idle' && ds.constantId) { const renderer = DEMO_OVERLAY_RENDERERS[ds.constantId] if (renderer) { renderer( ctx, stateRef.current, cssWidth, cssHeight, resolvedTheme === 'dark', ds.revealProgress, ds.opacity ) } } // Render sieve animation during ancient-trick tour stop if (sieveTransforms) { renderSieveOverlay( ctx, stateRef.current, cssWidth, cssHeight, resolvedTheme === 'dark', sieveDwellElapsed, tourTs.opacity ) } // Render tour spotlight (dim overlay + pulse glow) if (tourTs.phase !== 'idle' && highlightSet && highlightSet.size > 0 && dimAmount > 0) { renderTourSpotlight( ctx, stateRef.current, cssWidth, cssHeight, resolvedTheme === 'dark', [...highlightSet], dimAmount, tourTs.opacity ) } // Render LCM Hopper overlay (emojis, arcs, landing marks, celebration) if (ds.constantId === 'lcm_hopper' && ds.phase !== 'idle') { renderLcmHopperOverlay( ctx, stateRef.current, cssWidth, cssHeight, resolvedTheme === 'dark', ds.revealProgress, ds.opacity ) } ctx.restore() // --- Sync demo scrubber DOM --- syncDemoScrubberDOM( { scrubberTrackRef, scrubberFillRef, scrubberThumbRef, scrubberGapRef, playPauseBtnRef, timeDisplayRef, segmentTicksRef, segmentLabelRef, lastTickConstantIdRef, isDraggingScrubberRef, scrubberHoverProgressRef, }, ds, !!narration.isNarrating.current, resolvedTheme ) // Sync React state for conditional rendering (batch with rAF) const isActive = ds.phase !== 'idle' if (isActive && !demoActive) setDemoActive(true) else if (!isActive && demoActive) setDemoActive(false) // Sync MathML DOM overlays with canvas if (constantMarkersRef.current && renderConstants) { const maxTickHeight = Math.min(40, cssHeight * 0.3) updateConstantMarkerDOM( constantMarkersRef.current, renderConstants, MATH_CONSTANTS, cssHeight / 2, maxTickHeight, resolvedTheme === 'dark' ) } else if (constantMarkersRef.current) { // Constants disabled — clear any remaining DOM elements updateConstantMarkerDOM( constantMarkersRef.current, [], MATH_CONSTANTS, cssHeight / 2, 0, resolvedTheme === 'dark' ) } // Position call boxes at their number's screen-X if (callBoxContainerRef.current && voiceStateRef.current === 'active') { updateCallBoxPositions( callBoxContainerRef.current, stateRef.current.center, stateRef.current.pixelsPerUnit, cssWidth, cssHeight ) } // Keep redrawing while collision fades are in progress if (fadeAnimating && !collisionRafRef.current) { collisionRafRef.current = requestAnimationFrame(() => { collisionRafRef.current = 0 draw() }) } }, [resolvedTheme]) // Keep draw refs pointing at the latest draw function drawFnRef.current = draw drawRef.current = draw const scheduleRedraw = useCallback(() => { if (rafRef.current) return rafRef.current = requestAnimationFrame(() => { rafRef.current = 0 draw() }) }, [draw]) // Redraw when centering mode state changes useEffect(() => { if (centering.enabled) scheduleRedraw() }, [ centering.enabled, centering.image, centering.alignment, centering.subjectId, centering.theme, scheduleRedraw, ]) // --- Hover handler for prime tooltips (primes only) --- const handleHover = useCallback( (hoverScreenX: number, _hoverScreenY: number) => { // Suppress user hover during prime tour (forced hover handles it) if (tourStateRef.current.phase !== 'idle') return if (hoverScreenX < 0) { if (hoveredValueRef.current !== null && !tooltipHoveredRef.current) { setHoveredValue(null) scheduleRedraw() } return } if (!primesEnabledRef.current) { if (hoveredValueRef.current !== null && !tooltipHoveredRef.current) setHoveredValue(null) return } const cssWidth = cssWidthRef.current const state = stateRef.current const value = screenXToNumber(hoverScreenX, state.center, state.pixelsPerUnit, cssWidth) const nearest = Math.round(value) // Check if cursor is within ~20px of the nearest integer's screen position const nearestScreenX = numberToScreenX(nearest, state.center, state.pixelsPerUnit, cssWidth) const dist = Math.abs(hoverScreenX - nearestScreenX) // Standard approach: snap to nearest integer prime if (dist < 20 && nearest >= 2 && smallestPrimeFactor(nearest) === nearest) { if (hoveredValueRef.current !== nearest) { setHoveredValue(nearest) scheduleRedraw() } return } // At low zoom, snap to nearest rendered interesting prime dot instead const renderedPrimes = renderedPrimePositionsRef.current if (renderedPrimes.length > 0 && renderedPrimes.length < 5000) { let closest: (typeof renderedPrimes)[number] | null = null let closestDist = Infinity for (const rp of renderedPrimes) { const d = Math.abs(hoverScreenX - rp.screenX) if (d < closestDist) { closest = rp closestDist = d } } if (closest && closestDist < 20) { if (hoveredValueRef.current !== closest.value) { setHoveredValue(closest.value) scheduleRedraw() } return } } // No prime nearby — but keep tooltip alive if mouse is over it if (hoveredValueRef.current !== null && !tooltipHoveredRef.current) { setHoveredValue(null) scheduleRedraw() } }, [scheduleRedraw] ) // --- Constants + non-prime integer tap handler --- const handleCanvasTap = useCallback( (screenX: number, _screenY: number) => { // LCM Hopper guess interception — active during guess phase of the demo { const ds = demoStateRef.current if ( ds.constantId === 'lcm_hopper' && ds.phase !== 'idle' && ds.revealProgress >= EARLY_HOP_END && ds.revealProgress < GUESS_END ) { const combo = getActiveCombo() if (combo) { const value = screenXToNumber( screenX, stateRef.current.center, stateRef.current.pixelsPerUnit, cssWidthRef.current ) const snapped = Math.round(value) const result = evaluateGuess(snapped, combo.lcm) setGuess(snapped, result) return } } } // Check constants first if (constantsEnabledRef.current) { const HIT_RADIUS = 30 const constants = renderConstantsRef.current let closest: RenderConstant | null = null let closestDist = Infinity for (const c of constants) { if (c.opacity < 0.3) continue const dist = Math.abs(c.screenX - screenX) if (dist < HIT_RADIUS && dist < closestDist) { closest = c closestDist = dist } } if (closest) { setDiscoveredIds((prev) => { const next = new Set(prev) next.add(closest!.id) try { localStorage.setItem('number-line-discovered-constants', JSON.stringify([...next])) } catch { /* ignore */ } return next }) setTappedConstantId(closest.id) setTappedIntValue(null) draw() return } } // Check for integer tap (all integers ≥ 2 — primes and composites) if (primesEnabledRef.current) { const cssWidth = cssWidthRef.current const state = stateRef.current const value = screenXToNumber(screenX, state.center, state.pixelsPerUnit, cssWidth) const nearest = Math.round(value) const nearestScreenX = numberToScreenX(nearest, state.center, state.pixelsPerUnit, cssWidth) const dist = Math.abs(screenX - nearestScreenX) if (dist < 20 && nearest >= 2) { setTappedConstantId(null) setTappedIntValue(nearest) return } } // Tap on empty space dismisses everything setTappedConstantId(null) setTappedIntValue(null) }, [draw] ) // Helper: get currently visible exploration recommendations (if any) const getVisibleRecommendations = useCallback((): string[] | undefined => { const ds = demoStateRef.current if (ds.revealProgress >= 1 && ds.constantId) { return DEMO_RECOMMENDATIONS[ds.constantId] } return undefined }, [demoStateRef]) // --- Long-press handler for "Talk to a Number" --- const handleCanvasLongPress = useCallback( (screenX: number, _screenY: number) => { console.log( '[NumberLine] handleCanvasLongPress fired, screenX:', screenX, 'current callingNumber:', callingNumber, 'voiceState:', voiceStateRef.current ) const cssWidth = cssWidthRef.current const state = stateRef.current const value = screenXToNumber(screenX, state.center, state.pixelsPerUnit, cssWidth) // Snap to the nearest visible tick mark — that's the number the user sees const ticks = computeTickMarks(state, cssWidth, thresholdsRef.current) let numberToCall = value let bestDist = Infinity for (const tick of ticks) { const d = Math.abs(value - tick.value) if (d < bestDist) { bestDist = d numberToCall = tick.value } } // Clean floating point noise (e.g. 399 * 0.01 = 3.9900000000000002 → 3.99) numberToCall = parseFloat(numberToCall.toPrecision(12)) console.log( '[NumberLine] calling setCallingNumber(%s) and dial(%s)', numberToCall, numberToCall ) setCallingNumber(numberToCall) dial(numberToCall, { recommendedExplorations: getVisibleRecommendations(), playerId, availablePlayers: !playerId ? availablePlayerSummaries : undefined, }) }, [dial, callingNumber, getVisibleRecommendations, playerId, availablePlayerSummaries] ) // Touch/mouse/wheel handling const handleStateChange = useCallback(() => { setRestoredFromUrl(false) markUserInteraction() scheduleRedraw() }, [markUserInteraction, scheduleRedraw]) // Capture current canvas at CSS resolution (1x, not DPR-scaled) for screenshot annotation const captureScreenshot = useCallback((): string | null => { const canvas = canvasRef.current if (!canvas) return null const cssW = cssWidthRef.current const cssH = cssHeightRef.current if (!cssW || !cssH) return null const offscreen = document.createElement('canvas') offscreen.width = cssW offscreen.height = cssH const ctx = offscreen.getContext('2d') if (!ctx) return null ctx.drawImage(canvas, 0, 0, cssW, cssH) return offscreen.toDataURL('image/png') }, []) useNumberLineTouch({ stateRef, canvasRef, onStateChange: handleStateChange, onZoomVelocity: handleZoomVelocity, onTap: handleCanvasTap, onHover: handleHover, onLongPress: handleCanvasLongPress, }) // ResizeObserver for responsive canvas sizing useEffect(() => { const canvas = canvasRef.current if (!canvas) return const resize = () => { const rect = canvas.getBoundingClientRect() const dpr = window.devicePixelRatio || 1 cssWidthRef.current = rect.width cssHeightRef.current = rect.height canvas.width = rect.width * dpr canvas.height = rect.height * dpr draw() // Restore demo from URL params on first resize (canvas dimensions now set) if (!hasRestoredRef.current) { hasRestoredRef.current = true if (isBreakMode && autoPlayDemo) { // In exploration-break mode, auto-start the specified demo startDemo(autoPlayDemo) } else { const params = new URLSearchParams(window.location.search) const demoId = params.get('demo') const progressStr = params.get('p') if (demoId && CONSTANT_IDS.has(demoId)) { const progress = progressStr !== null ? parseFloat(progressStr) : 0 if (!isNaN(progress)) { restoreDemo(demoId, progress) narration.markTriggered(demoId) setRestoredFromUrl(true) } } } } } const observer = new ResizeObserver(resize) observer.observe(canvas) // Initial size resize() return () => { observer.disconnect() if (rafRef.current) { cancelAnimationFrame(rafRef.current) } if (decayRafRef.current) { cancelAnimationFrame(decayRafRef.current) } if (gameRafRef.current) { cancelAnimationFrame(gameRafRef.current) } if (collisionRafRef.current) { cancelAnimationFrame(collisionRafRef.current) } // Restore page background on unmount if (pageRef.current) { pageRef.current.style.backgroundColor = '' } } }, [draw]) // Redraw when theme changes useEffect(() => { draw() }, [draw]) // Viewport fly animations (conference calls, look_at, indicate) const { lookAt: viewportLookAt, indicate: viewportIndicate, indicatorRef, } = useViewportFly({ stateRef, cssWidthRef, draw, conferenceNumbers, voiceState, suppressIndicateZoomRef, }) // Wire up forward refs so voice agent callbacks use the hook's implementations lookAtFnRef.current = viewportLookAt indicateFnRef.current = viewportIndicate // Update scene snapshot function now that all refs (indicator, renderTarget, demoState) are available sceneSnapshotFnRef.current = () => ({ viewport: { center: stateRef.current.center, pixelsPerUnit: stateRef.current.pixelsPerUnit, }, indicator: indicatorRef.current ? { numbers: indicatorRef.current.numbers, range: indicatorRef.current.range } : undefined, gameTarget: renderTargetRef.current ? { value: renderTargetRef.current.value, emoji: renderTargetRef.current.emoji } : undefined, activeExplorationId: demoStateRef.current.phase !== 'idle' ? demoStateRef.current.constantId : null, demoProgress: demoStateRef.current.phase !== 'idle' ? demoStateRef.current.revealProgress : undefined, }) // Find tapped constant data for info card const tappedConstant = useMemo( () => tappedConstantId ? (MATH_CONSTANTS.find((c) => c.id === tappedConstantId) ?? null) : null, [tappedConstantId] ) // Find screen position of tapped constant from last render const tappedScreenX = useMemo(() => { if (!tappedConstantId) return 0 const rc = renderConstantsRef.current.find((c) => c.id === tappedConstantId) return rc?.screenX ?? 0 }, [tappedConstantId]) const handleDismissInfoCard = useCallback(() => { console.log('[NumberLine] handleDismissInfoCard — calling audioManager.stop()') audioManager.stop() setTappedConstantId(null) }, [audioManager]) const handleCallNumber = useCallback( (n: number) => { setCallingNumber(n) setTappedConstantId(null) setTappedIntValue(null) dial(n, { recommendedExplorations: getVisibleRecommendations(), playerId, availablePlayers: !playerId ? availablePlayerSummaries : undefined, }) }, [dial, getVisibleRecommendations, playerId, availablePlayerSummaries] ) // Track which narration segment was last reported to the voice agent const voiceExplorationSegmentRef = useRef(-1) // Ref for speed reset — assigned after keyboard hook provides setDisplaySpeed/setShowSpeedBadge const speedResetRef = useRef(() => {}) const handleExploreConstant = useCallback( createHandleExploreConstant({ audioManager, voiceStateRef, pendingTourRef, voiceExplorationSegmentRef, narration, cancelDemo, exitTour, startTour, startDemo, restoreDemo, sendSystemMessage, onSpeedReset: () => speedResetRef.current(), setTappedConstantId, setTappedIntValue, setHoveredValue, tooltipHoveredRef, }), [ audioManager, startDemo, restoreDemo, exitTour, startTour, cancelDemo, narration, sendSystemMessage, ] ) // Keep refs pointed at latest implementations for voice agent callbacks exploreFnRef.current = handleExploreConstant pauseFnRef.current = () => { if (narration.isNarrating.current) narration.stop() } resumeFnRef.current = () => { const ds = demoStateRef.current console.log( '[exploration] resumeFnRef called — constantId:', ds.constantId, 'revealProgress:', ds.revealProgress ) if (ds.constantId && ds.revealProgress < 1) { console.log('[exploration] narration.resume() — TTS narration starts NOW') narration.resume(ds.constantId) } } seekFnRef.current = (segmentIndex: number) => { const ds = demoStateRef.current if (!ds.constantId) return const cfg = NARRATION_CONFIGS[ds.constantId] if (!cfg || segmentIndex < 0 || segmentIndex >= cfg.segments.length) return // Stop current narration, seek to segment start, leave paused if (narration.isNarrating.current) narration.stop() setRevealProgress(cfg.segments[segmentIndex].startProgress) // Update the voice agent's segment tracker so the segment cue re-fires on resume voiceExplorationSegmentRef.current = segmentIndex - 1 } // --- Phi centering drag/scroll handlers --- const centeringDragRef = useRef<{ startX: number startY: number startAlignment: { offsetX: number; offsetY: number; rotation: number } shift: boolean } | null>(null) const phiFinalEffScale = useMemo(() => computeSweepTransform(1.0).effScale, []) const handleCenteringMouseDown = useCallback((e: React.MouseEvent) => { e.preventDefault() e.stopPropagation() const al = centeringRef.current.alignment centeringDragRef.current = { startX: e.clientX, startY: e.clientY, startAlignment: { offsetX: al.offsetX, offsetY: al.offsetY, rotation: al.rotation }, shift: e.shiftKey, } }, []) const handleCenteringMouseMove = useCallback( (e: React.MouseEvent) => { const drag = centeringDragRef.current if (!drag) return e.preventDefault() e.stopPropagation() const dx = e.clientX - drag.startX const dy = e.clientY - drag.startY const boxH = phiFinalEffScale * stateRef.current.pixelsPerUnit if (boxH < 1) return if (drag.shift) { // Shift+drag: rotate. Horizontal movement → degrees. // Renderer negates rotation, so subtract to make visual match drag direction. const degreeDelta = dx * 0.5 centering.updateAlignment({ rotation: drag.startAlignment.rotation - degreeDelta }) } else { // Normal drag: offset. Renderer negates offsetY, so subtract dy. const offsetDeltaX = dx / boxH const offsetDeltaY = -dy / boxH centering.updateAlignment({ offsetX: drag.startAlignment.offsetX + offsetDeltaX, offsetY: drag.startAlignment.offsetY + offsetDeltaY, }) } }, [centering, phiFinalEffScale] ) const handleCenteringMouseUp = useCallback(() => { centeringDragRef.current = null }, []) const handleCenteringWheel = useCallback( (e: React.WheelEvent) => { e.preventDefault() e.stopPropagation() const delta = -e.deltaY const factor = 1.01 ** delta const al = centeringRef.current.alignment centering.updateAlignment({ scale: al.scale * factor }) }, [centering] ) // --- Prime Tour handlers --- const handleStartTour = useCallback(() => { cancelDemo() // mutual exclusion: cancel demo when starting tour setTappedConstantId(null) setTappedIntValue(null) setHoveredValue(null) tooltipHoveredRef.current = false startTour() }, [startTour, cancelDemo]) // --- Scrubber pointer handlers --- /** Snap progress to a segment boundary if within 20px on screen. */ const handlePlayPauseClick = useCallback(() => { setRestoredFromUrl(false) const ds = demoStateRef.current if (ds.phase === 'idle') return if (narration.isNarrating.current) { narration.stop() } else if (ds.constantId && ds.revealProgress >= 1) { // Replay from the beginning narration.reset() speedResetRef.current() startDemo(ds.constantId) } else if (ds.constantId && ds.revealProgress < 1) { narration.resume(ds.constantId) } }, [demoStateRef, narration, startDemo]) // --- Keyboard shortcuts + speed display (extracted hook) --- const { showShortcuts, setShowShortcuts, displaySpeed, setDisplaySpeed, showSpeedBadge, setShowSpeedBadge, speedFadeTimerRef, } = useDemoKeyboardShortcuts({ demoStateRef, narration, setRevealProgress, handlePlayPauseClick, audioManager, refineMode, refineTaskActive, setRefineMode, setRefineRange, refineStartRef, isVisualDebugEnabled, isDevelopment, }) speedResetRef.current = () => { setDisplaySpeed(1) setShowSpeedBadge(false) } return ( <div ref={wrapperRef} data-component="number-line-wrapper" style={{ display: 'flex', flexDirection: 'column', width: '100%', height: '100%' }} > {/* FindTheNumberBar hidden — the voice agent starts find_number via start_game tool */} <div data-element="canvas-wrapper" style={{ flex: 1, minHeight: 0, position: 'relative' }}> <canvas ref={canvasRef} data-component="number-line" style={{ width: '100%', height: '100%', display: 'block', touchAction: 'none', }} /> {!isBreakMode && centering.enabled && ( <div data-element="centering-overlay" onMouseDown={handleCenteringMouseDown} onMouseMove={handleCenteringMouseMove} onMouseUp={handleCenteringMouseUp} onMouseLeave={handleCenteringMouseUp} onWheel={handleCenteringWheel} style={{ position: 'absolute', inset: 0, cursor: centeringDragRef.current ? 'grabbing' : 'grab', zIndex: 5, }} /> )} {!isBreakMode && ( <div ref={constantMarkersRef} data-element="constant-markers" style={{ position: 'absolute', inset: 0, pointerEvents: 'none', overflow: 'hidden', }} /> )} {/* Prime Tour button removed — tour is now offered contextually via PrimeTooltip */} {!isBreakMode && tappedConstant && ( <ConstantInfoCard constant={tappedConstant} screenX={tappedScreenX} containerWidth={cssWidthRef.current} containerHeight={cssHeightRef.current} centerY={cssHeightRef.current / 2} isDark={resolvedTheme === 'dark'} onDismiss={handleDismissInfoCard} onExplore={handleExploreConstant} onCallNumber={handleCallNumber} /> )} {!isBreakMode && activeGameId && voiceState === 'active' && (() => { const game = GAME_MAP.get(activeGameId) return ( <div data-component="game-session-banner" style={{ position: 'absolute', top: 56, left: '50%', transform: 'translateX(-50%)', zIndex: 14, display: 'flex', alignItems: 'center', gap: 8, padding: '6px 16px', borderRadius: 20, background: resolvedTheme === 'dark' ? 'rgba(99, 102, 241, 0.25)' : 'rgba(99, 102, 241, 0.15)', backdropFilter: 'blur(8px)', WebkitBackdropFilter: 'blur(8px)', border: `1px solid ${resolvedTheme === 'dark' ? 'rgba(129, 140, 248, 0.3)' : 'rgba(99, 102, 241, 0.25)'}`, color: resolvedTheme === 'dark' ? '#c7d2fe' : '#4338ca', fontSize: '0.8rem', fontWeight: 600, letterSpacing: '0.02em', pointerEvents: 'none', userSelect: 'none', whiteSpace: 'nowrap', }} > <span style={{ fontSize: '0.9rem' }}>{'🎮'}</span> {game?.name ?? activeGameId} </div> ) })()} {!isBreakMode && callingNumber !== null && voiceState !== 'idle' && ( <PhoneCallOverlay number={callingNumber} state={voiceState} timeRemaining={timeRemaining} error={voiceError} errorCode={voiceErrorCode} transferTarget={transferTarget} conferenceNumbers={conferenceNumbers} currentSpeaker={currentSpeaker} isSpeaking={isSpeaking} onHangUp={() => { hangUp() setCallingNumber(null) }} onRemoveFromCall={removeFromCall} onRetry={() => dial(callingNumber)} onDismiss={() => { hangUp() setCallingNumber(null) }} containerWidth={cssWidthRef.current} containerHeight={cssHeightRef.current} isDark={resolvedTheme === 'dark'} callBoxContainerRef={callBoxContainerRef} /> )} {/* LCM Hopper overlay (guess prompt + celebration card) */} {!isBreakMode && demoStateRef.current.constantId === 'lcm_hopper' && demoStateRef.current.phase !== 'idle' && ( <LcmHopperOverlay progress={demoStateRef.current.revealProgress} combo={getActiveCombo()} guessResult={getGuessResult()} guessPosition={getGuessPosition()} isDark={resolvedTheme === 'dark'} onDismiss={handleDismissPartyDemo} /> )} {/* Hopping Party bar — shown when invitees selected and demo idle */} {!isBreakMode && partyInvitees.length > 0 && demoStateRef.current.phase === 'idle' && tourStateRef.current.phase === 'idle' && ( <HoppingPartyBar partyInvitees={partyInvitees} isDark={resolvedTheme === 'dark'} onToggleInvite={handleToggleInvite} onStartParty={startHoppingParty} onClearParty={() => setPartyInvitees([])} /> )} {!isBreakMode && demoActive && demoStateRef.current.revealProgress >= 1 && demoStateRef.current.constantId && ( <DemoRecommendations constantId={demoStateRef.current.constantId} isDark={resolvedTheme === 'dark'} onExplore={handleExploreConstant} /> )} {demoActive && ( <DemoScrubberControls demoStateRef={demoStateRef} narration={narration} setRevealProgress={setRevealProgress} startDemo={startDemo} resolvedTheme={resolvedTheme} restoredFromUrl={restoredFromUrl} setRestoredFromUrl={setRestoredFromUrl} isDevelopment={isDev} onCaptureScreenshot={captureScreenshot} scrubberTrackRef={scrubberTrackRef} scrubberFillRef={scrubberFillRef} scrubberThumbRef={scrubberThumbRef} scrubberGapRef={scrubberGapRef} playPauseBtnRef={playPauseBtnRef} timeDisplayRef={timeDisplayRef} segmentTicksRef={segmentTicksRef} segmentLabelRef={segmentLabelRef} isDraggingScrubberRef={isDraggingScrubberRef} scrubberHoverProgressRef={scrubberHoverProgressRef} refineMode={refineMode} refineRange={refineRange} setRefineRange={setRefineRange} refineStartRef={refineStartRef} refineTaskActive={refineTaskActive} setRefineTaskActive={setRefineTaskActive} setRefineMode={setRefineMode} displaySpeed={displaySpeed} setDisplaySpeed={setDisplaySpeed} showSpeedBadge={showSpeedBadge} setShowSpeedBadge={setShowSpeedBadge} handlePlayPauseClick={handlePlayPauseClick} /> )} {!isBreakMode && (() => { const tooltipValue = forcedHoverValue ?? hoveredValue if (tooltipValue === null || !primesEnabled) return null const spf = tooltipValue >= 2 ? smallestPrimeFactor(tooltipValue) : 0 const isPrime = tooltipValue >= 2 && spf === tooltipValue const ip = interestingPrimesRef.current.find((p) => p.value === tooltipValue) const tourAvailable = tourStateRef.current.phase === 'idle' && !demoActive const hoverPartyState = getPartyState(tooltipValue) return ( <PrimeTooltip value={tooltipValue} primeInfo={{ value: tooltipValue, smallestPrimeFactor: spf, isPrime, classification: tooltipValue === 1 ? 'one' : isPrime ? 'prime' : 'composite', }} screenX={numberToScreenX( tooltipValue, stateRef.current.center, stateRef.current.pixelsPerUnit, cssWidthRef.current )} tooltipY={cssHeightRef.current / 2 + Math.min(40, cssHeightRef.current * 0.3) + 30} containerWidth={cssWidthRef.current} isDark={resolvedTheme === 'dark'} landmarkNote={ip?.note} onStartTour={tourAvailable ? handleStartTour : undefined} partyState={hoverPartyState} onToggleInvite={hoverPartyState ? handleToggleInvite : undefined} onMouseEnter={() => { tooltipHoveredRef.current = true }} onMouseLeave={() => { tooltipHoveredRef.current = false }} /> ) })()} {!isBreakMode && hoveredValue === null && forcedHoverValue === null && tappedIntValue !== null && primesEnabled && (() => { const v = tappedIntValue const spf = v >= 2 ? smallestPrimeFactor(v) : 0 const isPrime = v >= 2 && spf === v const info: PrimeTickInfo = v === 1 ? { value: 1, smallestPrimeFactor: 0, isPrime: false, classification: 'one' } : { value: v, smallestPrimeFactor: spf, isPrime, classification: isPrime ? 'prime' : 'composite', } const tappedPartyState = getPartyState(v) return ( <PrimeTooltip value={v} primeInfo={info} screenX={numberToScreenX( v, stateRef.current.center, stateRef.current.pixelsPerUnit, cssWidthRef.current )} tooltipY={cssHeightRef.current / 2 + Math.min(40, cssHeightRef.current * 0.3) + 30} containerWidth={cssWidthRef.current} isDark={resolvedTheme === 'dark'} partyState={tappedPartyState} onToggleInvite={tappedPartyState ? handleToggleInvite : undefined} onMouseEnter={() => { tooltipHoveredRef.current = true }} onMouseLeave={() => { tooltipHoveredRef.current = false }} /> ) })()} {/* Prime Tour overlay card */} {!isBreakMode && tourCurrentStop !== null && tourStopIndex !== null && ( <PrimeTourOverlay stop={tourCurrentStop} stopIndex={tourStopIndex} totalStops={tourTotalStops} isDark={resolvedTheme === 'dark'} onNext={tourNextStop} onPrev={tourPrevStop} onClose={exitTour} /> )} {!isBreakMode && !refineMode && ( <NumberLineDebugPanel thresholdsRef={thresholdsRef} scheduleRedraw={scheduleRedraw} constantsEnabled={constantsEnabled} setConstantsEnabled={setConstantsEnabled} primesEnabled={primesEnabled} setPrimesEnabled={setPrimesEnabled} centering={centering} resolvedTheme={resolvedTheme} /> )} {!isBreakMode && !refineMode && isVisualDebugEnabled && ( <VoiceDebugPanels voiceState={voiceState} modeDebug={modeDebug} activeGameId={activeGameId} currentInstructions={currentInstructions} isDark={resolvedTheme === 'dark'} /> )} {!isBreakMode && (() => { const fv = forcedHoverValue ?? hoveredValue if (fv === null || !primesEnabled || fv < 2) return null const spf = smallestPrimeFactor(fv) if (spf !== fv) return null // not prime const labels = getSpecialPrimeLabels(fv) if (labels.length === 0) return null const isDark = resolvedTheme === 'dark' // Deduplicate types (a prime can have e.g. two twin pairs but one footnote) const seenTypes = new Set<string>() const uniqueLabels = labels.filter((l) => { if (seenTypes.has(l.type)) return false seenTypes.add(l.type) return true }) return ( <div data-element="prime-footnotes" style={{ position: 'absolute', bottom: 'max(8px, env(safe-area-inset-bottom, 0px))', left: 12, right: 12, display: 'flex', flexWrap: 'wrap', gap: '4px 14px', pointerEvents: 'none', }} > {uniqueLabels.map((label) => ( <span key={label.type} data-element="prime-footnote" style={{ fontSize: 10, lineHeight: 1.4, color: LABEL_COLORS[label.type][isDark ? 'dark' : 'light'], opacity: 0.85, }} > {PRIME_TYPE_DESCRIPTIONS[label.type]} </span> ))} </div> ) })()} {/* Keyboard shortcuts overlay */} {!isBreakMode && showShortcuts && demoStateRef.current.phase !== 'idle' && ( <KeyboardShortcutsOverlay isDark={resolvedTheme === 'dark'} showRefineMode={isVisualDebugEnabled} onClose={() => setShowShortcuts(false)} /> )} </div> </div> ) } |