{ "$schema": "https://ui.shadcn.com/schema/registry-item.json", "name": "oneko", "title": "Oneko", "author": "dhrv ", "description": "Pixel cat for React with 12 skins, keep-out zones, favorite spots, pause and nap controls, adjustable bubbles, sounds, and configurable motion.", "dependencies": [], "registryDependencies": [], "files": [ { "path": "components/laser-cursor.tsx", "content": "\"use client\";\n\nimport { useEffect } from \"react\";\nimport { mountLaserCursor } from \"@/lib/oneko/laser-cursor-dom\";\n\nexport function LaserCursor({ zIndex }: { zIndex: number }) {\n useEffect(() => mountLaserCursor(zIndex), [zIndex]);\n return null;\n}\n", "type": "registry:component" }, { "path": "components/oneko.tsx", "content": "\"use client\";\n\n/**\n * Playground implementation — the classic “cat follows the cursor” idea comes from\n * oneko.js (MIT): https://github.com/adryd325/oneko.js/\n */\n\nimport { useEffect, useRef, useState } from \"react\";\nimport { LaserCursor } from \"@/components/laser-cursor\";\nimport { useCatAnimation } from \"@/hooks/use-cat-animation\";\nimport { useOnekoPropsSync } from \"@/hooks/use-oneko-props-sync\";\nimport {\n BUBBLE_COOLDOWN_FRAMES,\n BUBBLE_DISPLAY_FRAMES,\n DEFAULT_ANIMATION_SPEED,\n DEFAULT_BUBBLE_CHANCE,\n DEFAULT_FOLLOW_DISTANCE,\n DEFAULT_IDLE_THRESHOLD_MS,\n DEFAULT_OPACITY,\n DEFAULT_ROTATION_AMOUNT,\n DEFAULT_SCALE,\n DEFAULT_SPEED,\n DEFAULT_VOLUME,\n DEFAULT_Z_INDEX,\n FREERUN_CHANCE,\n FREERUN_DURATION,\n} from \"@/lib/oneko/constants\";\nimport { createInitialCatState } from \"@/lib/oneko/initial-state\";\nimport type { CatActivityState, CatLiveState, OnekoProps } from \"@/lib/oneko/types\";\n\nexport type { CatActivityState, CatLiveState, OnekoProps };\nexport type { OnekoSkin } from \"@/lib/oneko/skins\";\nexport type { OnekoZone } from \"@/lib/oneko/zones\";\n\nexport default function Oneko({\n paused = false,\n followCursor = true,\n sleepEnabled = true,\n bubblePlacement = \"auto\",\n bubbleScale = 1,\n soundBasePath = \"/cat-sounds\",\n storageKey = \"oneko\",\n zones,\n zoneAttractionChance,\n zoneAttractionDuration,\n skin = \"classic\",\n persistPosition = true,\n /** One below max so fixed UI can sit above the cat. */\n zIndex = DEFAULT_Z_INDEX,\n initialPos,\n speed = DEFAULT_SPEED,\n scale = DEFAULT_SCALE,\n opacity = DEFAULT_OPACITY,\n rotationAmount = DEFAULT_ROTATION_AMOUNT,\n idleThreshold = DEFAULT_IDLE_THRESHOLD_MS,\n meow = true,\n onStateChange,\n freerunChance = FREERUN_CHANCE,\n freerunDuration = FREERUN_DURATION,\n bubbleEnabled = true,\n bubbleDisplayFrames = BUBBLE_DISPLAY_FRAMES,\n bubbleCooldown = BUBBLE_COOLDOWN_FRAMES,\n hueRotate = 0,\n liveStateRef,\n bubbleChance = DEFAULT_BUBBLE_CHANCE,\n followDistance = DEFAULT_FOLLOW_DISTANCE,\n animationSpeed = DEFAULT_ANIMATION_SPEED,\n bubbleText = \"\",\n volume = DEFAULT_VOLUME,\n laserPointer = false,\n}: OnekoProps) {\n const elRef = useRef(null);\n const lastStateRef = useRef(\"idle\");\n const onStateChangeRef = useRef(onStateChange);\n\n useEffect(() => {\n onStateChangeRef.current = onStateChange;\n }, [onStateChange]);\n\n const config = {\n paused,\n followCursor,\n sleepEnabled,\n bubblePlacement,\n bubbleScale,\n soundBasePath,\n zones,\n zoneAttractionChance,\n zoneAttractionDuration,\n speed,\n scale,\n opacity,\n rotationAmount,\n idleThreshold,\n freerunChance,\n freerunDuration,\n bubbleEnabled,\n bubbleDisplayFrames,\n bubbleCooldown,\n bubbleChance,\n followDistance,\n animationSpeed,\n bubbleText,\n meow,\n volume,\n laserPointer: laserPointer && followCursor && !paused,\n };\n\n const [initialState] = useState(() => createInitialCatState({ initialPos, ...config }));\n const stateRef = useRef(initialState);\n\n useCatAnimation({\n stateRef,\n elRef,\n lastStateRef,\n onStateChangeRef,\n liveStateRef,\n persistPosition,\n storageKey,\n zIndex,\n });\n useOnekoPropsSync(stateRef, elRef, {\n ...config,\n hueRotate,\n skin,\n });\n\n return config.laserPointer ? : null;\n}\n", "type": "registry:component" }, { "path": "docs/skins.md", "content": "# Pixel-art skins\n\nOneko includes 12 unmodified sprite sheets. Each is a 256 × 128 PNG with an 8 × 4 grid of\n32-pixel frames, using the animation layout of [adryd325/oneko.js](https://github.com/adryd325/oneko.js).\n\nThe sheets were sourced from [oneko-swift](https://github.com/oneko-swift/oneko-swift/tree/8cc42f0689c009ec53561d5022597fccd7469337/Resources)\nat revision `8cc42f0689c009ec53561d5022597fccd7469337`. Artwork belongs to its original creators;\nthis project's MIT code license does not relicense the sprite art.\n\n| Skin ID | Credit / original source |\n| ------------------------------------------------------------------- | ------------------------------------------------------------------------------------------------------------------------- |\n| `classic` | Masayuki Koba's original X11 oneko, via [adryd325/oneko.js](https://github.com/adryd325/oneko.js) |\n| `tora` | Original X11 bitmaps from [tie/oneko](https://github.com/tie/oneko), assembled with cat transparency masks by oneko-swift |\n| `catppuccin` | [k01e-01/catppuccineko](https://github.com/k01e-01/catppuccineko), MIT, using Catppuccin colors |\n| `maia`, `vaporwave` | [kyrie25/spicetify-oneko](https://github.com/kyrie25/spicetify-oneko) |\n| `black`, `gray`, `calico`, `ghost`, `silver`, `spirit`, `valentine` | Community art from the [Oneko Source Database](https://github.com/tallypaws/oneko_db), as credited by oneko-swift |\n\nSee the upstream [credits](https://github.com/oneko-swift/oneko-swift#credits) for provenance.\n\n## Use a skin\n\n```tsx\n\n```\n\nChanging `skin` swaps the coat in place without resetting the cat's position or activity. Unknown\nskin IDs fall back to `classic`. `hueRotate` remains available for tinting; selecting a coat in the\nplayground clears the tint to show the original art.\n\n`lib/oneko/skins.ts` is the typed catalog. `lib/oneko/skin-sheets.json` contains the original PNG bytes\nas data URLs, so the component and its previews work without third-party image requests. Sites with\na Content Security Policy should allow `data:` in `img-src`. No smoothing, recoloring, or resampling\nis applied to the bundled art.\n\nTo add a coat, preserve the original file and attribution, add its data URL and catalog entry, then\nrun `pnpm test` and `pnpm run registry:build`. The skin tests decode every sheet and check that every\nanimation frame contains visible pixels.\n", "type": "registry:file", "target": "docs/oneko-skins.md" }, { "path": "hooks/use-cat-animation.ts", "content": "\"use client\";\n\nimport { useEffect } from \"react\";\nimport { startCatAnimation } from \"@/lib/oneko/start-cat-animation\";\nimport type { CatActivityState, CatLiveState, CatRuntimeState } from \"@/lib/oneko/types\";\n\nexport function useCatAnimation({\n stateRef,\n elRef,\n lastStateRef,\n onStateChangeRef,\n liveStateRef,\n persistPosition,\n storageKey,\n zIndex,\n}: {\n stateRef: { current: CatRuntimeState };\n elRef: { current: HTMLDivElement | null };\n lastStateRef: { current: CatActivityState };\n onStateChangeRef: { current: ((state: CatActivityState) => void) | undefined };\n liveStateRef?: { current: CatLiveState };\n persistPosition: boolean;\n storageKey: string;\n zIndex: number;\n}) {\n useEffect(() => {\n if (typeof window === \"undefined\") {\n return;\n }\n\n const prefersReduced =\n window.matchMedia?.(\"(prefers-reduced-motion: reduce)\")?.matches ?? false;\n if (prefersReduced) {\n return;\n }\n\n return startCatAnimation({\n stateRef,\n elRef,\n lastStateRef,\n onStateChangeRef,\n liveStateRef,\n persistPosition,\n storageKey,\n zIndex,\n });\n }, [\n stateRef,\n elRef,\n lastStateRef,\n onStateChangeRef,\n persistPosition,\n storageKey,\n zIndex,\n liveStateRef,\n ]);\n}\n", "type": "registry:hook" }, { "path": "hooks/use-oneko-props-sync.ts", "content": "import { useEffect } from \"react\";\nimport { applyRuntimeConfig, type CatRuntimeConfig } from \"@/lib/oneko/runtime-config\";\nimport { getSkinSource, type OnekoSkin } from \"@/lib/oneko/skins\";\nimport type { CatRuntimeState } from \"@/lib/oneko/types\";\n\ntype SyncableProps = CatRuntimeConfig & { hueRotate: number; skin: OnekoSkin };\n\nexport function useOnekoPropsSync(\n stateRef: { current: CatRuntimeState },\n elRef: { current: HTMLDivElement | null },\n props: SyncableProps,\n) {\n // Reapply after a render, including when the animation DOM is remounted.\n useEffect(() => {\n const state = stateRef.current;\n applyRuntimeConfig(state, props);\n const el = elRef.current;\n if (!el) return;\n el.style.transform = `scale(${props.scale}) rotate(${state.currentRotation}deg)`;\n el.style.opacity = String(props.opacity);\n el.style.filter = props.hueRotate ? `hue-rotate(${props.hueRotate}deg)` : \"\";\n el.style.backgroundImage = `url(\"${getSkinSource(props.skin)}\")`;\n });\n}\n", "type": "registry:hook" }, { "path": "lib/oneko/animation-loop.ts", "content": "import type { CatRuntimeState } from \"./types\";\n\n/** The sprite has ten frames per second; no need to wake on every screen refresh. */\nexport function startAnimationLoop(\n stateRef: { current: CatRuntimeState },\n frame: () => void,\n): () => void {\n let timer: ReturnType | undefined;\n const syncVisibility = () => {\n clearInterval(timer);\n timer = undefined;\n if (document.hidden) return;\n timer = setInterval(() => {\n if (!stateRef.current.paused && !stateRef.current.pausedCfg) frame();\n }, 100);\n };\n document.addEventListener(\"visibilitychange\", syncVisibility);\n syncVisibility();\n return () => {\n clearInterval(timer);\n document.removeEventListener(\"visibilitychange\", syncVisibility);\n };\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/activity.ts", "content": "import type { CatActivityState, CatRuntimeState } from \"../types\";\nimport type { CatAnimationDeps } from \"./deps\";\n\nexport function getActivityLabel(deps: CatAnimationDeps): CatActivityState {\n const s = deps.stateRef.current;\n if (s.freerunMode) {\n return \"freerun\";\n }\n if (s.idleAnimation === \"sleeping\") {\n return \"sleeping\";\n }\n if (s.idleAnimation) {\n return s.idleAnimation;\n }\n if (s.idleTime > 0) {\n return \"idle\";\n }\n return \"moving\";\n}\n\nexport function getBubbleStatus(s: CatRuntimeState) {\n if (s.bubbleVisible) {\n return \"showing\";\n }\n if (s.bubbleCooldown > 0) {\n return `cd ${s.bubbleCooldown}f`;\n }\n return \"ready\";\n}\n\nexport function playSound(deps: CatAnimationDeps, pool: string[]) {\n const s = deps.stateRef.current;\n if (!s.enableMeow || s.soundCooldown > 0 || pool.length === 0) return;\n const url = pool[Math.floor(Math.random() * pool.length)];\n const filename = url.slice(url.lastIndexOf(\"/\") + 1);\n const audio = new Audio(`${s.soundBasePathCfg}/${filename}`);\n audio.volume = s.soundVolumeCfg;\n s.soundCooldown = 20;\n audio.play().catch(() => {\n s.soundCooldown = 0;\n });\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/bubbles.ts", "content": "import {\n ALERT_MESSAGES,\n CIRCLE_LOOP_MESSAGES,\n IDLE_MESSAGES,\n MOUSE_LOOP_WINDING_TRIGGER,\n MOVING_MESSAGES,\n SCRATCHING_MESSAGES,\n SLEEPING_MESSAGES,\n TILE,\n TIRED_MESSAGES,\n WALL_SCRATCH_MESSAGES,\n} from \"../constants\";\nimport type { CatAnimationDeps } from \"./deps\";\n\nexport function pickFromPool(deps: CatAnimationDeps, pool: string[]) {\n const s = deps.stateRef.current;\n let idx = Math.floor(Math.random() * pool.length);\n if (idx === s.lastBubbleMsg) {\n idx = (idx + 1) % pool.length;\n }\n s.lastBubbleMsg = idx;\n return pool[idx];\n}\n\nfunction messageForIdleAnimation(deps: CatAnimationDeps): string | undefined {\n const s = deps.stateRef.current;\n\n if (s.idleAnimation === \"sleeping\") {\n return pickFromPool(deps, SLEEPING_MESSAGES);\n }\n if (s.customBubbleText) {\n return s.customBubbleText;\n }\n if (s.idleAnimation === \"tired\") {\n return pickFromPool(deps, TIRED_MESSAGES);\n }\n if (s.idleAnimation === \"scratchSelf\") {\n return pickFromPool(deps, SCRATCHING_MESSAGES);\n }\n if (s.idleAnimation === \"alert\") {\n return pickFromPool(deps, ALERT_MESSAGES);\n }\n if (s.idleAnimation?.startsWith(\"scratchWall\")) {\n return pickFromPool(deps, WALL_SCRATCH_MESSAGES);\n }\n\n return undefined;\n}\n\nfunction messageForActivity(deps: CatAnimationDeps): string {\n const s = deps.stateRef.current;\n const idleAnimationMessage = messageForIdleAnimation(deps);\n if (idleAnimationMessage) {\n return idleAnimationMessage;\n }\n if (s.idleTime > 0) {\n return pickFromPool(deps, IDLE_MESSAGES);\n }\n if (Math.abs(s.mouseCircleWinding) >= MOUSE_LOOP_WINDING_TRIGGER) {\n return pickFromPool(deps, CIRCLE_LOOP_MESSAGES);\n }\n return pickFromPool(deps, MOVING_MESSAGES);\n}\n\nfunction pickBubbleMessage(deps: CatAnimationDeps) {\n return messageForActivity(deps);\n}\n\nexport function showBubble(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n s.bubbleVisible = true;\n s.bubbleTimer = s.bubbleDisplayFramesCfg;\n deps.bubbleTextEl.textContent = pickBubbleMessage(deps);\n deps.bubbleEl.style.opacity = \"1\";\n}\n\nexport function hideBubble(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n s.bubbleVisible = false;\n deps.bubbleEl.style.opacity = \"0\";\n s.bubbleCooldown = s.bubbleCooldownFramesCfg;\n}\n\nfunction applyBubblePlacement(deps: CatAnimationDeps, showBelow: boolean) {\n deps.bubbleEl.style.transformOrigin = \"top center\";\n deps.bubbleEl.style.flexDirection = showBelow ? \"column-reverse\" : \"column\";\n deps.bubbleTail.style.cssText = showBelow\n ? \"transform:scaleY(-1);margin-top:0;margin-bottom:-2px;\"\n : \"transform:none;margin-top:-2px;margin-bottom:0;\";\n}\n\nfunction positionBubble(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n const catX = Math.floor(s.nekoPosX);\n const catY = Math.floor(s.nekoPosY);\n const vw = window.innerWidth;\n const vh = window.innerHeight;\n const bubbleW = deps.bubbleEl.offsetWidth || deps.bubbleTextEl.offsetWidth || 100;\n const bubbleH = deps.bubbleEl.offsetHeight || 34;\n const bubbleScale = s.scale * s.bubbleScaleCfg;\n const margin = 6;\n const halfCat = (TILE * s.scale) / 2;\n\n const aboveY = Math.floor(catY - halfCat - 8 - bubbleH * bubbleScale);\n const belowY = Math.floor(catY + halfCat + 8);\n const showBelow =\n s.bubblePlacementCfg === \"below\" ||\n (s.bubblePlacementCfg === \"auto\" && aboveY < margin && catY < vh / 2);\n const top = Math.max(\n margin,\n Math.min(vh - margin - bubbleH * bubbleScale, showBelow ? belowY : aboveY),\n );\n deps.bubbleEl.style.top = `${Math.round(top)}px`;\n deps.bubbleEl.style.transform = `translateX(-50%) scale(${bubbleScale})`;\n applyBubblePlacement(deps, showBelow);\n\n const halfBubble = (bubbleW * bubbleScale) / 2;\n let left = catX;\n if (halfBubble * 2 > vw - margin * 2) {\n left = vw / 2;\n } else if (catX - halfBubble < margin) {\n left = margin + halfBubble;\n } else if (catX + halfBubble > vw - margin) {\n left = vw - margin - halfBubble;\n }\n deps.bubbleEl.style.left = `${Math.round(left)}px`;\n}\n\nfunction tickVisibleBubble(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n s.bubbleTimer -= 1;\n if (s.bubbleTimer <= 0) {\n hideBubble(deps);\n }\n}\n\nfunction tickBubbleCooldown(deps: CatAnimationDeps) {\n deps.stateRef.current.bubbleCooldown -= 1;\n}\n\nfunction shouldTriggerBubble(deps: CatAnimationDeps): boolean {\n const s = deps.stateRef.current;\n const idleFrameThreshold = Math.max(1, Math.round(s.idleThresholdMs / 100));\n const idleRate = s.bubbleChanceCfg * 0.16;\n const moveRate = s.bubbleChanceCfg * 0.01;\n const loopW = Math.abs(s.mouseCircleWinding);\n const loopComplaining = s.idleTime === 0 && loopW >= MOUSE_LOOP_WINDING_TRIGGER;\n const moveRateBoost = loopComplaining ? 4.2 : 1;\n\n if (s.idleTime > idleFrameThreshold && Math.random() < idleRate) {\n return true;\n }\n return s.idleTime === 0 && Math.random() < moveRate * moveRateBoost;\n}\n\nexport function updateBubble(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n if (!s.bubbleEnabledCfg) {\n if (s.bubbleVisible) {\n hideBubble(deps);\n }\n return;\n }\n\n positionBubble(deps);\n\n if (s.bubbleVisible) {\n tickVisibleBubble(deps);\n return;\n }\n\n if (s.bubbleCooldown > 0) {\n tickBubbleCooldown(deps);\n return;\n }\n\n if (shouldTriggerBubble(deps)) {\n showBubble(deps);\n }\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/debug-render.ts", "content": "import { CELL_SIZE, debugColor } from \"../constants\";\nimport type { ObstacleRect, PathPoint } from \"../types\";\nimport { getActivityLabel, getBubbleStatus } from \"./activity\";\nimport type { CatAnimationDeps } from \"./deps\";\n\nconst SVG_NS = \"http://www.w3.org/2000/svg\";\n\nfunction clearSVGGroup(deps: CatAnimationDeps, id: string) {\n const group = deps.debugSVG.querySelector(`#${id}`);\n if (group) {\n group.innerHTML = \"\";\n }\n}\n\nfunction updateBlockedCells(deps: CatAnimationDeps, grid: Uint8Array, cols: number, rows: number) {\n const group = deps.debugSVG.querySelector(\"#oneko-blocked\");\n if (!group) {\n return;\n }\n group.innerHTML = \"\";\n for (let r = 0; r < rows; r++) {\n for (let c = 0; c < cols; c++) {\n if (grid[r * cols + c] === 1) {\n const rect = document.createElementNS(SVG_NS, \"rect\");\n rect.setAttribute(\"x\", String(c * CELL_SIZE + 0.5));\n rect.setAttribute(\"y\", String(r * CELL_SIZE + 0.5));\n rect.setAttribute(\"width\", String(CELL_SIZE - 1));\n rect.setAttribute(\"height\", String(CELL_SIZE - 1));\n rect.setAttribute(\"fill\", \"none\");\n rect.setAttribute(\"stroke\", debugColor.dangerSoft);\n rect.setAttribute(\"stroke-width\", \"0.5\");\n group.appendChild(rect);\n }\n }\n }\n}\n\nfunction updateObstacleOutlines(deps: CatAnimationDeps, rects: ObstacleRect[]) {\n const group = deps.debugSVG.querySelector(\"#oneko-obstacles\");\n if (!group) {\n return;\n }\n group.innerHTML = \"\";\n for (const r of rects) {\n const rect = document.createElementNS(SVG_NS, \"rect\");\n rect.setAttribute(\"x\", String(r.left));\n rect.setAttribute(\"y\", String(r.top));\n rect.setAttribute(\"width\", String(r.right - r.left));\n rect.setAttribute(\"height\", String(r.bottom - r.top));\n rect.setAttribute(\"fill\", \"none\");\n rect.setAttribute(\"stroke\", debugColor.dangerSoft);\n rect.setAttribute(\"stroke-width\", \"0.5\");\n rect.setAttribute(\"stroke-dasharray\", \"3 3\");\n group.appendChild(rect);\n }\n}\n\nfunction updateDebugPath(deps: CatAnimationDeps, path: PathPoint[], catX: number, catY: number) {\n const group = deps.debugSVG.querySelector(\"#oneko-path\");\n if (!group) {\n return;\n }\n group.innerHTML = \"\";\n if (path.length === 0) {\n return;\n }\n\n const points = `${catX},${catY} ${path.map((p) => `${p.x},${p.y}`).join(\" \")}`;\n const line = document.createElementNS(SVG_NS, \"polyline\");\n line.setAttribute(\"points\", points);\n line.setAttribute(\"fill\", \"none\");\n line.setAttribute(\"stroke\", debugColor.trail);\n line.setAttribute(\"stroke-width\", \"1.5\");\n line.style.transition = \"all 0.15s ease\";\n group.appendChild(line);\n\n for (const pt of path) {\n const dot = document.createElementNS(SVG_NS, \"circle\");\n dot.setAttribute(\"cx\", String(pt.x));\n dot.setAttribute(\"cy\", String(pt.y));\n dot.setAttribute(\"r\", \"2\");\n dot.setAttribute(\"fill\", debugColor.trailDot);\n group.appendChild(dot);\n }\n}\n\nfunction updateDebugHUD(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n const activity = getActivityLabel(deps);\n const stateColor = s.freerunMode ? debugColor.danger : debugColor.accent;\n const td = \"padding:1px 0;\";\n const labelTd = `${td}font-weight:bold;color:${debugColor.panelSubtle};padding-right:12px;`;\n const valueTd = `${td}text-align:right;`;\n const row = (label: string, value: string, color?: string) => {\n const valStyle = color ? `${valueTd}color:${color}` : valueTd;\n return `${label}${value}`;\n };\n\n const speed = Math.hypot(s.nekoVelX, s.nekoVelY);\n const distToMouse = Math.hypot(s.mousePosX - s.nekoPosX, s.mousePosY - s.nekoPosY);\n\n deps.debugHUD.innerHTML = `${[\n row(\"state\", activity, stateColor),\n row(\"pos\", `${Math.round(s.nekoPosX)}, ${Math.round(s.nekoPosY)}`),\n row(\"vel\", `${s.nekoVelX.toFixed(1)}, ${s.nekoVelY.toFixed(1)}`),\n row(\"speed\", speed.toFixed(1)),\n row(\"target\", `${Math.round(s.mousePosX)}, ${Math.round(s.mousePosY)}`),\n row(\"dist\", `${Math.round(distToMouse)}px`),\n row(\"idle\", `${s.idleTime}f`),\n row(\"frame\", `${s.frameCount}`),\n row(\"trail\", `${s.currentPath.length} pts`),\n row(\"step\", `${s.pathWaypointIdx}/${s.currentPath.length}`),\n row(\"obstacles\", `${s.obstacleRects.length}`),\n row(\"grid\", `${s.gridCols} x ${s.gridRows}`),\n row(\"freerun\", s.freerunMode ? `${s.freerunTimer}f left` : \"off\"),\n row(\"bubble\", getBubbleStatus(s)),\n ].join(\"\")}
`;\n}\n\nexport function createDebugRenderer(deps: CatAnimationDeps) {\n let lastBlockedGrid: Uint8Array | null = null;\n\n const renderDebug = () => {\n const s = deps.stateRef.current;\n if (s.grid !== lastBlockedGrid) {\n lastBlockedGrid = s.grid;\n if (s.grid) {\n updateBlockedCells(deps, s.grid, s.gridCols, s.gridRows);\n } else {\n clearSVGGroup(deps, \"oneko-blocked\");\n }\n updateObstacleOutlines(deps, s.obstacleRects);\n }\n updateDebugPath(deps, s.currentPath, s.nekoPosX, s.nekoPosY);\n updateDebugHUD(deps);\n };\n\n const maybeRenderDebug = () => {\n if (deps.stateRef.current.debugMode) {\n renderDebug();\n }\n };\n\n return { renderDebug, maybeRenderDebug };\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/deps.ts", "content": "import type { CatActivityState, CatLiveState, CatRuntimeState } from \"../types\";\n\nexport interface CatAnimationDeps {\n stateRef: { current: CatRuntimeState };\n el: HTMLDivElement;\n bubbleEl: HTMLDivElement;\n bubbleTextEl: HTMLDivElement;\n bubbleTail: HTMLDivElement;\n debugSVG: SVGSVGElement;\n debugHUD: HTMLDivElement;\n lastStateRef: { current: CatActivityState };\n onStateChangeRef: { current: ((state: CatActivityState) => void) | undefined };\n liveStateRef?: { current: CatLiveState };\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/frame.ts", "content": "import { refreshZones, updateZoneTarget } from \"../zone-runtime\";\nimport { createDebugRenderer } from \"./debug-render\";\nimport type { CatAnimationDeps } from \"./deps\";\nimport { tickLiveState } from \"./frame/tick-live-state\";\nimport { tickMovement } from \"./frame/tick-movement\";\nimport { tickPrelude } from \"./frame/tick-prelude\";\nimport { tickSounds } from \"./frame/tick-sounds\";\n\nexport function createFrameLoop(deps: CatAnimationDeps) {\n const { maybeRenderDebug } = createDebugRenderer(deps);\n\n const frame = () => {\n const s = deps.stateRef.current;\n if (s.pausedCfg) return;\n if (!refreshZones(deps)) return;\n tickPrelude(s);\n updateZoneTarget(s, window.innerWidth, window.innerHeight);\n const dist = Math.hypot(s.mousePosX - s.nekoPosX, s.mousePosY - s.nekoPosY);\n tickMovement(deps, dist);\n maybeRenderDebug();\n const currentState = tickSounds(deps);\n tickLiveState(deps, dist, currentState);\n };\n\n return frame;\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/frame/interrupt-idle.ts", "content": "import type { CatRuntimeState } from \"../../types\";\n\nexport function interruptIdleIfChasing(s: CatRuntimeState, dist: number) {\n if (s.idleAnimation && dist > 32 && !s.stateLocked && !s.noFollow) {\n s.idleAnimation = null;\n s.idleAnimationFrame = 0;\n s.idleTime = 0;\n }\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/frame/tick-laser.ts", "content": "import { LASER_CATCH_POOL } from \"../../constants\";\nimport { playSound } from \"../activity\";\nimport type { CatAnimationDeps } from \"../deps\";\n\nexport function tickLaser(deps: CatAnimationDeps, dist: number) {\n const s = deps.stateRef.current;\n if (!s.laserPointerCfg) {\n return;\n }\n\n const close = dist < s.followDistanceCfg + 4;\n if (close && !s.laserCaught) {\n s.laserCaught = true;\n playSound(deps, LASER_CATCH_POOL);\n } else if (!close && dist > s.followDistanceCfg + 24) {\n s.laserCaught = false;\n }\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/frame/tick-live-state.ts", "content": "import type { CatActivityState } from \"../../types\";\nimport type { CatAnimationDeps } from \"../deps\";\n\nexport function tickLiveState(\n deps: CatAnimationDeps,\n dist: number,\n currentState: CatActivityState,\n) {\n if (!deps.liveStateRef?.current) {\n return;\n }\n\n const s = deps.stateRef.current;\n const ls = deps.liveStateRef.current;\n ls.state = currentState;\n ls.posX = s.nekoPosX;\n ls.posY = s.nekoPosY;\n ls.velMag = Math.hypot(s.nekoVelX, s.nekoVelY);\n ls.idleTime = s.idleTime;\n ls.distToMouse = dist;\n ls.frameCount = s.frameCount;\n ls.freerunActive = s.freerunMode;\n ls.freerunTimer = s.freerunTimer;\n ls.bubbleVisible = s.bubbleVisible;\n ls.pathLength = s.currentPath.length;\n ls.obstacleCount = s.obstacleRects.length;\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/frame/tick-movement.ts", "content": "import { updateBubble } from \"../bubbles\";\nimport type { CatAnimationDeps } from \"../deps\";\nimport { recalcPathIfNeeded, refreshGridIfNeeded } from \"../grid\";\nimport { freezeLockedState, updateIdleAnimation } from \"../idle\";\nimport { followPath } from \"../movement\";\nimport { interruptIdleIfChasing } from \"./interrupt-idle\";\nimport { tickLaser } from \"./tick-laser\";\n\nexport function tickMovement(deps: CatAnimationDeps, dist: number) {\n const s = deps.stateRef.current;\n refreshGridIfNeeded(deps);\n const target = s.zoneState.movementTarget;\n const targetDistance = Math.hypot(target.x - s.nekoPosX, target.y - s.nekoPosY);\n interruptIdleIfChasing(s, targetDistance);\n recalcPathIfNeeded(deps);\n updateBubble(deps);\n tickLaser(deps, dist);\n\n if (!updateIdleAnimation(deps) && !freezeLockedState(deps)) {\n followPath(deps, targetDistance);\n }\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/frame/tick-prelude.ts", "content": "import { MOUSE_LOOP_WINDING_DECAY } from \"../../constants\";\nimport type { CatRuntimeState } from \"../../types\";\n\nexport function tickPrelude(s: CatRuntimeState) {\n s.frameCount += 1;\n s.mouseCircleWinding *= MOUSE_LOOP_WINDING_DECAY;\n if (Math.abs(s.mouseCircleWinding) < 0.35) {\n s.mouseCircleWinding = 0;\n s.loopPrevAngle = null;\n }\n s.soundCooldown = Math.max(0, s.soundCooldown - 1);\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/frame/tick-sounds.ts", "content": "import { SOUND_POOLS } from \"../../constants\";\nimport type { CatActivityState } from \"../../types\";\nimport { getActivityLabel, playSound } from \"../activity\";\nimport type { CatAnimationDeps } from \"../deps\";\n\nfunction tickAmbientSounds(deps: CatAnimationDeps, currentState: CatActivityState) {\n const s = deps.stateRef.current;\n const { idleTime, frameCount } = s;\n\n if (currentState === \"idle\" && idleTime > 0 && idleTime % 60 === 0) {\n playSound(deps, SOUND_POOLS.idle);\n } else if (currentState === \"sleeping\" && frameCount % 100 === 0) {\n playSound(deps, SOUND_POOLS.sleeping);\n } else if (currentState === \"moving\" && frameCount % 80 === 0) {\n playSound(deps, SOUND_POOLS.moving);\n }\n}\n\nexport function tickSounds(deps: CatAnimationDeps): CatActivityState {\n const currentState = getActivityLabel(deps);\n\n if (currentState !== deps.lastStateRef.current) {\n deps.lastStateRef.current = currentState;\n deps.onStateChangeRef.current?.(currentState);\n const pool = SOUND_POOLS[currentState];\n if (pool) {\n playSound(deps, pool);\n }\n }\n\n tickAmbientSounds(deps, currentState);\n return currentState;\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/grid.ts", "content": "import {\n CELL_SIZE,\n OBSTACLE_INTERVAL,\n PATH_RECALC_INTERVAL,\n PATH_RECALC_MOUSE_CELLS,\n} from \"../constants\";\nimport { buildGrid, collectObstacles } from \"../pathfinding\";\nimport type { CatAnimationDeps } from \"./deps\";\nimport { recalculatePath } from \"./movement\";\n\nexport function refreshGridIfNeeded(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n if (s.frameCount - s.lastObstacleRefresh < OBSTACLE_INTERVAL) {\n return;\n }\n const softObstacles = collectObstacles().filter(\n (rect) =>\n !s.zoneState.favorites.some(\n ({ rect: favorite }) =>\n rect.left >= favorite.left &&\n rect.right <= favorite.right &&\n rect.top >= favorite.top &&\n rect.bottom <= favorite.bottom,\n ),\n );\n s.obstacleRects = [...softObstacles, ...s.zoneState.blocked];\n s.lastObstacleRefresh = s.frameCount;\n s.gridCols = Math.ceil(window.innerWidth / CELL_SIZE);\n s.gridRows = Math.ceil(window.innerHeight / CELL_SIZE);\n s.grid = buildGrid(s.obstacleRects, s.gridCols, s.gridRows);\n s.lastPathRecalcFrame = -PATH_RECALC_INTERVAL;\n}\n\nexport function recalcPathIfNeeded(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n const mouseCol = Math.floor(s.zoneState.movementTarget.x / CELL_SIZE);\n const mouseRow = Math.floor(s.zoneState.movementTarget.y / CELL_SIZE);\n const mouseMoved =\n Math.abs(mouseCol - s.lastPathTargetCol) > PATH_RECALC_MOUSE_CELLS ||\n Math.abs(mouseRow - s.lastPathTargetRow) > PATH_RECALC_MOUSE_CELLS;\n if (s.frameCount - s.lastPathRecalcFrame >= PATH_RECALC_INTERVAL || mouseMoved) {\n recalculatePath(deps);\n }\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/idle.ts", "content": "import { defaultSpriteSets, IDLE_ANIMATION_DURATIONS, SLEEPING_MESSAGES } from \"../constants\";\nimport type { CatRuntimeState, IdleActivityState } from \"../types\";\nimport { pickFromPool } from \"./bubbles\";\nimport type { CatAnimationDeps } from \"./deps\";\nimport { clearRotation, setSprite } from \"./sprites\";\n\nfunction idleFrameThreshold(s: CatRuntimeState) {\n return Math.max(1, Math.round(s.idleThresholdMs / 100));\n}\n\nfunction wallScratchAnimations(s: CatRuntimeState): IdleActivityState[] {\n return [\n s.nekoPosX <= 18 && \"scratchWallW\",\n s.nekoPosX >= window.innerWidth - 18 && \"scratchWallE\",\n s.nekoPosY <= 18 && \"scratchWallN\",\n s.nekoPosY >= window.innerHeight - 18 && \"scratchWallS\",\n ].filter(Boolean) as IdleActivityState[];\n}\n\nfunction pickRandomIdleAnimation(s: CatRuntimeState): IdleActivityState {\n const available: IdleActivityState[] = [\n \"scratchSelf\",\n ...(s.sleepEnabledCfg ? [\"tired\" as const] : []),\n ...wallScratchAnimations(s),\n ];\n return available[Math.floor(Math.random() * available.length)];\n}\n\nfunction startSleepingAnimation(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n s.idleAnimation = \"sleeping\";\n if (s.bubbleVisible) {\n deps.bubbleTextEl.textContent = pickFromPool(deps, SLEEPING_MESSAGES);\n }\n}\n\nexport function maybeStartIdleAnimation(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n const threshold = idleFrameThreshold(s);\n if (s.idleAnimation != null || s.idleTime < threshold || Math.random() >= 0.1) {\n return;\n }\n\n s.idleAnimationFrame = 0;\n if (s.sleepEnabledCfg && s.idleTime > threshold * 3) {\n startSleepingAnimation(deps);\n return;\n }\n\n s.idleAnimation = pickRandomIdleAnimation(s);\n}\n\nfunction computeIdleSpriteIndex(\n animName: IdleActivityState,\n frame: number,\n animationSpeed: number,\n): number {\n const sprites = defaultSpriteSets[animName as keyof typeof defaultSpriteSets];\n const baseDuration = IDLE_ANIMATION_DURATIONS[animName] ?? (sprites ? sprites.length * 8 : 8);\n const duration = Math.max(1, Math.round(baseDuration / animationSpeed));\n const frameCount = sprites?.length || 1;\n const framesPerSprite = Math.max(1, Math.floor(duration / frameCount));\n return Math.floor(frame / framesPerSprite) % frameCount;\n}\n\nfunction getIdleAnimationDuration(animName: IdleActivityState, animationSpeed: number): number {\n const sprites = defaultSpriteSets[animName as keyof typeof defaultSpriteSets];\n const baseDuration = IDLE_ANIMATION_DURATIONS[animName] ?? (sprites ? sprites.length * 8 : 8);\n return Math.max(1, Math.round(baseDuration / animationSpeed));\n}\n\nfunction resetOrLoopIdleAnimation(\n s: CatRuntimeState,\n animName: IdleActivityState,\n duration: number,\n) {\n if (s.idleAnimationFrame < duration || animName === \"sleeping\") {\n return;\n }\n\n if (s.stateLocked || s.noFollow) {\n s.idleAnimationFrame = 0;\n return;\n }\n\n s.idleAnimation = null;\n s.idleAnimationFrame = 0;\n}\n\nexport function updateIdleAnimation(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n if (!s.sleepEnabledCfg && (s.idleAnimation === \"sleeping\" || s.idleAnimation === \"tired\")) {\n s.idleAnimation = null;\n s.idleAnimationFrame = 0;\n s.idleTime = 0;\n }\n if (!s.idleAnimation) {\n return false;\n }\n\n const animName = s.idleAnimation;\n const spriteIndex = computeIdleSpriteIndex(animName, s.idleAnimationFrame, s.animationSpeedCfg);\n setSprite(deps, animName, spriteIndex);\n clearRotation(deps);\n s.idleAnimationFrame += 1;\n resetOrLoopIdleAnimation(s, animName, getIdleAnimationDuration(animName, s.animationSpeedCfg));\n return true;\n}\n\nexport function freezeLockedState(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n if (!(s.stateLocked || s.noFollow) || (s.freerunMode && !s.noFollow)) {\n return false;\n }\n\n s.nekoVelX *= 0.5;\n s.nekoVelY *= 0.5;\n s.idleTime = Math.max(s.idleTime, 1);\n setSprite(deps, \"idle\", s.frameCount);\n clearRotation(deps);\n return true;\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/mouse.ts", "content": "import { MOUSE_LOOP_MIN_STEP, MOUSE_LOOP_WINDING_CAP } from \"../constants\";\nimport type { CatAnimationDeps } from \"./deps\";\n\nexport function createMouseMoveHandler(deps: CatAnimationDeps) {\n return (ev: MouseEvent) => {\n const mx = ev.clientX;\n const my = ev.clientY;\n const s = deps.stateRef.current;\n const px = s.mousePosX;\n const py = s.mousePosY;\n const dx = mx - px;\n const dy = my - py;\n const dist = Math.hypot(dx, dy);\n if (dist >= MOUSE_LOOP_MIN_STEP) {\n const ang = Math.atan2(dy, dx);\n if (s.loopPrevAngle !== null) {\n let d = ang - s.loopPrevAngle;\n while (d > Math.PI) {\n d -= 2 * Math.PI;\n }\n while (d < -Math.PI) {\n d += 2 * Math.PI;\n }\n s.mouseCircleWinding += d;\n if (s.mouseCircleWinding > MOUSE_LOOP_WINDING_CAP) {\n s.mouseCircleWinding = MOUSE_LOOP_WINDING_CAP;\n } else if (s.mouseCircleWinding < -MOUSE_LOOP_WINDING_CAP) {\n s.mouseCircleWinding = -MOUSE_LOOP_WINDING_CAP;\n }\n }\n s.loopPrevAngle = ang;\n }\n s.mousePosX = mx;\n s.mousePosY = my;\n };\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/movement.ts", "content": "import { constrainZoneMovement } from \"../zones\";\nimport {\n CELL_SIZE,\n FREERUN_MESSAGES,\n MAX_VEL_FACTOR,\n STEER_LERP,\n TILE,\n WAYPOINT_REACH_DIST,\n} from \"../constants\";\nimport { findRoute, nearestWalkable, worldToCell } from \"../pathfinding\";\nimport type { CatAnimationDeps } from \"./deps\";\nimport { maybeStartIdleAnimation } from \"./idle\";\nimport { clearRotation, directionFromDelta, setSprite } from \"./sprites\";\n\nexport function recalculatePath(deps: CatAnimationDeps): void {\n const s = deps.stateRef.current;\n const { grid, gridCols: cols, gridRows: rows } = s;\n if (!grid || cols === 0 || rows === 0) {\n s.currentPath = [];\n return;\n }\n\n const catCell = nearestWalkable(\n worldToCell(s.nekoPosX, s.nekoPosY, cols, rows),\n grid,\n cols,\n rows,\n );\n const mouseCell = nearestWalkable(\n worldToCell(s.zoneState.movementTarget.x, s.zoneState.movementTarget.y, cols, rows),\n grid,\n cols,\n rows,\n );\n\n s.currentPath = findRoute(catCell, mouseCell, grid, cols, rows);\n s.pathWaypointIdx = 0;\n s.lastPathRecalcFrame = s.frameCount;\n s.lastPathTargetCol = Math.floor(s.zoneState.movementTarget.x / CELL_SIZE);\n s.lastPathTargetRow = Math.floor(s.zoneState.movementTarget.y / CELL_SIZE);\n}\n\nfunction getNextWaypointTarget(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n const { currentPath: path } = s;\n if (path.length === 0) {\n return { x: s.zoneState.movementTarget.x, y: s.zoneState.movementTarget.y };\n }\n while (s.pathWaypointIdx < path.length - 1) {\n const wp = path[s.pathWaypointIdx];\n if (Math.hypot(wp.x - s.nekoPosX, wp.y - s.nekoPosY) < WAYPOINT_REACH_DIST) {\n s.pathWaypointIdx++;\n } else {\n break;\n }\n }\n return path[s.pathWaypointIdx];\n}\n\nfunction moveToward(deps: CatAnimationDeps, targetX: number, targetY: number) {\n const s = deps.stateRef.current;\n const dx = targetX - s.nekoPosX;\n const dy = targetY - s.nekoPosY;\n const dist = Math.hypot(dx, dy);\n if (dist < 1) {\n s.nekoVelX *= 0.5;\n s.nekoVelY *= 0.5;\n return;\n }\n const currentSpeed = s.currentSpeed;\n s.nekoVelX += ((dx / dist) * currentSpeed - s.nekoVelX) * STEER_LERP;\n s.nekoVelY += ((dy / dist) * currentSpeed - s.nekoVelY) * STEER_LERP;\n const velMag = Math.hypot(s.nekoVelX, s.nekoVelY);\n const maxVel = currentSpeed * MAX_VEL_FACTOR;\n const clampedMag = Math.min(velMag, maxVel);\n if (velMag > maxVel) {\n s.nekoVelX = (s.nekoVelX / velMag) * maxVel;\n s.nekoVelY = (s.nekoVelY / velMag) * maxVel;\n }\n const from = { x: s.nekoPosX, y: s.nekoPosY };\n const proposed = {\n x: Math.max(16, Math.min(window.innerWidth - 16, s.nekoPosX + s.nekoVelX)),\n y: Math.max(16, Math.min(window.innerHeight - 16, s.nekoPosY + s.nekoVelY)),\n };\n const safe = constrainZoneMovement(from, proposed, s.zoneState.blocked);\n if (safe.x !== proposed.x || safe.y !== proposed.y) {\n s.nekoVelX = 0;\n s.nekoVelY = 0;\n }\n if (safe.x === from.x && safe.y === from.y && (safe.x !== proposed.x || safe.y !== proposed.y)) {\n restNearCursor(deps);\n return;\n }\n s.nekoPosX = safe.x;\n s.nekoPosY = safe.y;\n s.nekoPosX = Math.max(16, Math.min(window.innerWidth - 16, s.nekoPosX));\n s.nekoPosY = Math.max(16, Math.min(window.innerHeight - 16, s.nekoPosY));\n deps.el.style.left = `${Math.floor(s.nekoPosX - TILE / 2)}px`;\n deps.el.style.top = `${Math.floor(s.nekoPosY - TILE / 2)}px`;\n const dir = directionFromDelta(s.nekoVelX, s.nekoVelY) ?? \"idle\";\n setSprite(deps, dir, s.frameCount);\n if (clampedMag > 0.5 && s.rotationAmount > 0) {\n const velAngle = Math.atan2(s.nekoVelY, s.nekoVelX) * (180 / Math.PI);\n s.currentRotation = (velAngle / 180) * s.rotationAmount;\n } else {\n s.currentRotation = 0;\n }\n deps.el.style.transform = `scale(${s.scale}) rotate(${s.currentRotation}deg)`;\n s.idleTime = 0;\n}\n\nfunction pickFreerunMessage(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n let idx = Math.floor(Math.random() * FREERUN_MESSAGES.length);\n if (idx === s.lastFreerunMsg) {\n idx = (idx + 1) % FREERUN_MESSAGES.length;\n }\n s.lastFreerunMsg = idx;\n return FREERUN_MESSAGES[idx];\n}\n\nfunction enterFreerun(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n s.freerunMode = true;\n s.freerunTimer = s.freerunDurationCfg;\n s.bubbleVisible = true;\n s.bubbleTimer = s.freerunDurationCfg;\n s.bubbleCooldown = 0;\n deps.bubbleTextEl.textContent = pickFreerunMessage(deps);\n deps.bubbleEl.style.opacity = \"1\";\n}\n\nfunction tickFreerun(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n s.freerunTimer -= 1;\n if (s.freerunTimer <= 0) {\n const keepAlive = s.stateLocked;\n s.freerunMode = keepAlive;\n if (keepAlive) {\n s.freerunTimer = s.freerunDurationCfg;\n }\n }\n moveToward(deps, s.zoneState.movementTarget.x, s.zoneState.movementTarget.y);\n}\n\nfunction restNearCursor(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n setSprite(deps, \"idle\", s.frameCount);\n clearRotation(deps);\n s.nekoVelX *= 0.5;\n s.nekoVelY *= 0.5;\n s.idleTime += 1;\n if (!(s.stateLocked || s.noFollow)) {\n s.freerunMode = false;\n }\n maybeStartIdleAnimation(deps);\n}\n\nfunction chaseCursor(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n if (s.freerunMode) {\n tickFreerun(deps);\n return;\n }\n if (!s.noFollow && Math.random() < s.freerunChanceCfg) {\n enterFreerun(deps);\n moveToward(deps, s.zoneState.movementTarget.x, s.zoneState.movementTarget.y);\n return;\n }\n const target = getNextWaypointTarget(deps);\n moveToward(deps, target.x, target.y);\n}\n\nexport function followPath(deps: CatAnimationDeps, overallDist: number) {\n const s = deps.stateRef.current;\n const lastWaypoint = s.currentPath.at(-1);\n const reachedPathEnd =\n !s.freerunMode &&\n lastWaypoint &&\n s.pathWaypointIdx === s.currentPath.length - 1 &&\n Math.hypot(lastWaypoint.x - s.nekoPosX, lastWaypoint.y - s.nekoPosY) < s.followDistanceCfg;\n if (overallDist < s.followDistanceCfg || reachedPathEnd) {\n restNearCursor(deps);\n return;\n }\n chaseCursor(deps);\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/animation/sprites.ts", "content": "import { defaultSpriteSets, DIRECTION_RANGES, TILE } from \"../constants\";\nimport type { CatAnimationDeps } from \"./deps\";\n\nexport function setSprite(\n deps: CatAnimationDeps,\n name: keyof typeof defaultSpriteSets | string,\n frame: number,\n) {\n const sprites = defaultSpriteSets[name as keyof typeof defaultSpriteSets];\n if (!sprites?.length) {\n return;\n }\n const sprite = sprites[frame % sprites.length];\n deps.el.style.backgroundPosition = `${sprite[0] * TILE}px ${sprite[1] * TILE}px`;\n}\n\nfunction getDirectionFromAngle(angle: number): string {\n if (angle >= 157.5 || angle < -157.5) {\n return \"W\";\n }\n for (const range of DIRECTION_RANGES) {\n if (angle >= range.min && angle < range.max) {\n return range.dir;\n }\n }\n return \"E\";\n}\n\nexport function directionFromDelta(dx: number, dy: number) {\n if (Math.abs(dx) < 1 && Math.abs(dy) < 1) {\n return null;\n }\n return getDirectionFromAngle(Math.atan2(dy, dx) * (180 / Math.PI));\n}\n\nexport function clearRotation(deps: CatAnimationDeps) {\n const s = deps.stateRef.current;\n if (s.currentRotation !== 0) {\n s.currentRotation = 0;\n deps.el.style.transform = `scale(${s.scale}) rotate(0deg)`;\n }\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/constants.ts", "content": "import type { CatActivityState } from \"./types\";\n\nexport const TILE = 32;\nexport const DEFAULT_Z_INDEX = 2_147_483_646;\n\n// Movement config\nexport const STEER_LERP = 0.3;\nexport const MAX_VEL_FACTOR = 1.5;\n\n// Obstacle config\nexport const OBSTACLE_INTERVAL = 30;\nexport const MIN_OBSTACLE_AREA = 500;\nexport const OBSTACLE_SELECTOR =\n \"h1,h2,h3,h4,h5,h6,p,blockquote,a,button,img,svg,picture,video,nav,header,label,[role='button'],[data-oneko-obstacle]\";\n\n// Grid / route config\nexport const CELL_SIZE = 16;\nexport const SPRITE_RADIUS = 8;\nexport const PATH_RECALC_INTERVAL = 10;\nexport const PATH_RECALC_MOUSE_CELLS = 2;\nexport const WAYPOINT_REACH_DIST = CELL_SIZE;\n\n// Chat bubble config\nexport const BUBBLE_DISPLAY_FRAMES = 180;\nexport const BUBBLE_COOLDOWN_FRAMES = 120;\n/** Pixels between mouse samples before we treat movement as a new heading */\nexport const MOUSE_LOOP_MIN_STEP = 5;\n/** Total radians of cursor-heading spin to count as “going in circles” */\nexport const MOUSE_LOOP_WINDING_TRIGGER = 6.2;\n/** Soft cap so winding doesn’t run away (about two full spins) */\nexport const MOUSE_LOOP_WINDING_CAP = 13;\n/** Per logic frame decay so old spinning fades out */\nexport const MOUSE_LOOP_WINDING_DECAY = 0.96;\n\nexport const IDLE_MESSAGES = [\n \"I am a curious cat Myra\",\n \"waiting is an art form\",\n \"pixels are just tiny warm squares\",\n \"I see the cursor. I simply do not care\",\n \"404: motivation not found\",\n \"contemplating the void...\",\n \"this spot is mine now\",\n \"do not disturb. cat at work\",\n \"I could move. but why\",\n \"every pixel is a potential nap spot\",\n \"hooman scroll too much\",\n \"loading personality... 12%\",\n \"technically I'm working\",\n \"I'm not staring. I'm supervising\",\n \"existential crisis in 3... 2...\",\n \"local cat does nothing, is perfect\",\n \"this is my emotional support pixel\",\n \"I have opinions about your CSS\",\n \"the internet is my territory\",\n \"your scroll speed is offensive\",\n \"have you tried turning it off and on again\",\n \"I don't do mornings. or afternoons\",\n \"this viewport could use more cat\",\n \"meow means meow\",\n \"I live here now. deal with it\",\n \"my attention span is... oh look a pixel\",\n \"human. hooman. same thing. irrelevant.\",\n \"running on 1% battery and pure spite\",\n \"I accept tribute in the form of attention\",\n];\nexport const MOVING_MESSAGES = [\n \"stalking the cursor like it's prey\",\n \"tiny hunter, big ambitions\",\n \"tail up, confidence higher\",\n \"pat pat pat — stealth engaged\",\n \"whiskers first, questions later\",\n \"almost caught it... almost\",\n \"following my favorite hooman\",\n \"zoomies (polite edition)\",\n \"this carpet has excellent traction\",\n \"ear twitch: target acquired\",\n \"main character energy, four paws\",\n \"excuse me, I'm busy chasing vibes\",\n \"the dot moved, I moved — it's science\",\n \"low crouch, high drama\",\n \"slink mode: activated\",\n \"padding along with purpose\",\n \"if I fits, I sprints\",\n \"practicing my runway walk\",\n \"big stretch, bigger chase\",\n \"focused. fluffy. unstoppable.\",\n \"trotting toward mild chaos\",\n \"pounce trajectory: instinct only\",\n \"hunting the invisible red dot\",\n \"catch me if you can (you can't)\",\n \"left paw, right paw, repeat\",\n \"look at me go!\",\n \"I'm not lost, I'm exploring\",\n \"on my way... eventually\",\n \"they call it wandering, I call it art\",\n \"my paws are doing their best\",\n];\nexport const CIRCLE_LOOP_MESSAGES = [\n \"dizzy hooman detected\",\n \"are we training for the Olympics\",\n \"this is not a merry-go-round\",\n \"pick a direction. any direction.\",\n \"my inner ear is offended\",\n \"stop orbiting me like a moon\",\n \"you're making the room spin\",\n \"that's enough circles for one day\",\n \"I'm getting motion sickness up here\",\n \"chasing your own tail much?\",\n \"whiskers say: please stop the loop\",\n \"clockwise, counter… pick one forever\",\n \"the cursor is not a hula hoop\",\n \"I can't settle on a nap with this chaos\",\n \"tiny circles, big drama\",\n \"you're stressing the carpet out\",\n \"I'm a cat not a centrifuge\",\n \"round and round we do NOT go\",\n \"save some spins for the washing machine\",\n \"my brain is doing donuts too now\",\n \"vertical tail = concerned\",\n \"this is a desk not a racetrack\",\n \"I need a ginger snap for my tummy\",\n \"hooman.exe has entered spin cycle\",\n \"one lap was cute. this is a lot.\",\n \"the red dot retired. you replaced it.\",\n];\nexport const SLEEPING_MESSAGES = [\n \"zzz...\",\n \"five more minutes...\",\n \"dreaming of fish\",\n \"according to my calculations... nap time\",\n \"nap.exe has stopped working\",\n \"the mouse will wait. it always does\",\n \"sleep is the best superpower\",\n \"do not wake the cat\",\n \"currently offline\",\n \"battery at 2%\",\n \"in a meeting (with my pillow)\",\n \"auto-reply: gone fishing (in my dreams)\",\n \"shhh... genius at rest\",\n \"consciousness is overrated\",\n \"nap-driven development\",\n \"out of office until further notice\",\n \"REM cycle in progress\",\n \"do not disturb sign: activated\",\n \"napping is my cardio\",\n \"subconscious loading...\",\n \"snore.wav playing\",\n \"zoning out professionally\",\n \"dreams: 100%, productivity: 0%\",\n \"powered off. goodbye.\",\n \"the pillow is winning\",\n];\nexport const SCRATCHING_MESSAGES = [\n \"itchy spot right here\",\n \"don't judge me\",\n \"self-care is important\",\n \"spa day!\",\n \"found a speck... on me\",\n \"adjusting the floof distribution\",\n \"something tickled under the fur\",\n \"scratching away a whole Tuesday\",\n \"exfoliating like a pro\",\n \"this is a feature not a bug\",\n];\nexport const TIRED_MESSAGES = [\n \"I need a mass break\",\n \"running on vibes and caffeine\",\n \"can someone carry me\",\n \"this is exhausting\",\n \"why is the cursor so far\",\n \"legs.exe needs an update\",\n \"low power mode activated\",\n \"I'm too pretty for this\",\n \"yawn... where was I going\",\n \"energy level: potato\",\n];\nexport const WALL_SCRATCH_MESSAGES = [\n \"this wall has it coming\",\n \"redecorating!\",\n \"abstract art in progress\",\n \"your walls needed texture\",\n \"sharpening my claws for later\",\n \"leaving my mark on this windowsill\",\n \"vandalism? I call it expression\",\n \"the wall started it\",\n \"claiming this territory\",\n \"I do my best work on walls\",\n];\nexport const ALERT_MESSAGES = [\n \"what was that?!\",\n \"I heard something!\",\n \"ears: activated\",\n \"threat level: probably nothing\",\n \"investigating...\",\n \"something moved!\",\n \"on high alert!\",\n \"defense mode engaged\",\n \"my spidey senses are tingling\",\n \"I swear I saw something\",\n];\n\nexport const FREERUN_MESSAGES = [\n \"I don't follow rules ya silly hooman\",\n \"corners are optional in my book\",\n \"watch me ignore the floor plan\",\n \"obstacles? you mean decorations?\",\n \"rules are for dogs\",\n \"I go where I please\",\n \"your furniture layout is a suggestion\",\n \"try to stop me hooman\",\n \"boundaries are a social construct\",\n \"I am the monarch of this room\",\n \"shortcut time!\",\n \"physics is optional... probably\",\n \"forbidden spots taste better\",\n \"you can't out-sneak a cat\",\n \"slipping through impossible gaps\",\n \"walls are just vertical carpets\",\n \"catch me if you can\",\n \"ghost mode: highly unsneaky\",\n \"free roam, full drama\",\n];\nexport const FREERUN_CHANCE = 0.06;\nexport const FREERUN_DURATION = 40;\nexport const DEFAULT_SPEED = 10;\nexport const DEFAULT_SCALE = 1;\nexport const DEFAULT_OPACITY = 1;\nexport const DEFAULT_ROTATION_AMOUNT = 15;\nexport const DEFAULT_IDLE_THRESHOLD_MS = 1000;\nexport const DEFAULT_VOLUME = 0.5;\nexport const DEFAULT_BUBBLE_CHANCE = 0.5;\nexport const DEFAULT_FOLLOW_DISTANCE = 20;\nexport const DEFAULT_ANIMATION_SPEED = 1;\n\n// Played once when the cat catches the laser dot\nexport const LASER_CATCH_POOL = [\"/cat-sounds/Cat_eat1.ogg\", \"/cat-sounds/Cat_eat2.ogg\"];\n\n// Sound pools keyed by activity label\nconst HISS_POOL = [\n \"/cat-sounds/Cat_hiss1.ogg\",\n \"/cat-sounds/Cat_hiss2.ogg\",\n \"/cat-sounds/Cat_hiss3.ogg\",\n];\nexport const SOUND_POOLS: Record = {\n idle: [\n \"/cat-sounds/Cat_idle1.ogg\",\n \"/cat-sounds/Cat_idle2.ogg\",\n \"/cat-sounds/Cat_idle3.ogg\",\n \"/cat-sounds/Cat_idle4.ogg\",\n ],\n moving: [\n \"/cat-sounds/Cat_baby_ambient1.ogg\",\n \"/cat-sounds/Cat_baby_ambient2.ogg\",\n \"/cat-sounds/Cat_baby_ambient3.ogg\",\n \"/cat-sounds/Cat_baby_ambient4.ogg\",\n \"/cat-sounds/Cat_baby_ambient5.ogg\",\n \"/cat-sounds/Cat_baby_ambient6.ogg\",\n \"/cat-sounds/Cat_baby_ambient7.ogg\",\n ],\n sleeping: [\"/cat-sounds/Cat_purr1.ogg\", \"/cat-sounds/Cat_purr2.ogg\", \"/cat-sounds/Cat_purr3.ogg\"],\n scratchSelf: [\"/cat-sounds/Cat_beg1.ogg\", \"/cat-sounds/Cat_beg2.ogg\", \"/cat-sounds/Cat_beg3.ogg\"],\n scratchWallN: HISS_POOL,\n scratchWallS: HISS_POOL,\n scratchWallE: HISS_POOL,\n scratchWallW: HISS_POOL,\n tired: [\"/cat-sounds/Cat_purreow1.ogg\", \"/cat-sounds/Cat_purreow2.ogg\"],\n freerun: [\n \"/cat-sounds/Cat_royal_ambient1.ogg\",\n \"/cat-sounds/Cat_royal_ambient2.ogg\",\n \"/cat-sounds/Cat_royal_ambient3.ogg\",\n \"/cat-sounds/Cat_royal_ambient4.ogg\",\n \"/cat-sounds/Cat_royal_ambient5.ogg\",\n \"/cat-sounds/Cat_royal_ambient6.ogg\",\n ],\n alert: [\n \"/cat-sounds/Stray_cat_idle1.ogg\",\n \"/cat-sounds/Stray_cat_idle2.ogg\",\n \"/cat-sounds/Stray_cat_idle3.ogg\",\n \"/cat-sounds/Stray_cat_idle4.ogg\",\n ],\n};\n\n// Konami code\nexport const KONAMI_SEQUENCE = [\n \"ArrowUp\",\n \"ArrowUp\",\n \"ArrowDown\",\n \"ArrowDown\",\n \"ArrowLeft\",\n \"ArrowRight\",\n \"ArrowLeft\",\n \"ArrowRight\",\n \"KeyB\",\n \"KeyA\",\n];\nexport const KONAMI_TARGET = KONAMI_SEQUENCE.join(\",\");\n\n// Direction table — module-level so it's not re-allocated every frame\nexport const DIRECTION_RANGES = [\n { min: -22.5, max: 22.5, dir: \"E\" },\n { min: 22.5, max: 67.5, dir: \"SE\" },\n { min: 67.5, max: 112.5, dir: \"S\" },\n { min: 112.5, max: 157.5, dir: \"SW\" },\n { min: -157.5, max: -112.5, dir: \"NW\" },\n { min: -112.5, max: -67.5, dir: \"N\" },\n { min: -67.5, max: -22.5, dir: \"NE\" },\n] as const;\n\n// 8-directional neighbor offsets: [rowDelta, colDelta, movementCost]\nexport const NEIGHBOR_OFFSETS: [number, number, number][] = [\n [-1, 0, 1.0],\n [1, 0, 1.0],\n [0, -1, 1.0],\n [0, 1, 1.0],\n [-1, -1, Math.SQRT2],\n [-1, 1, Math.SQRT2],\n [1, -1, Math.SQRT2],\n [1, 1, Math.SQRT2],\n];\n\nexport const defaultSpriteSets = {\n idle: [[-3, -3]],\n alert: [[-7, -3]],\n scratchSelf: [\n [-5, 0],\n [-6, 0],\n [-7, 0],\n ],\n scratchWallN: [\n [0, 0],\n [0, -1],\n ],\n scratchWallS: [\n [-7, -1],\n [-6, -2],\n ],\n scratchWallE: [\n [-2, -2],\n [-2, -3],\n ],\n scratchWallW: [\n [-4, 0],\n [-4, -1],\n ],\n tired: [[-3, -2]],\n sleeping: [\n [-2, 0],\n [-2, -1],\n ],\n N: [\n [-1, -2],\n [-1, -3],\n ],\n NE: [\n [0, -2],\n [0, -3],\n ],\n E: [\n [-3, 0],\n [-3, -1],\n ],\n SE: [\n [-5, -1],\n [-5, -2],\n ],\n S: [\n [-6, -3],\n [-7, -2],\n ],\n SW: [\n [-5, -3],\n [-6, -1],\n ],\n W: [\n [-4, -2],\n [-4, -3],\n ],\n NW: [\n [-1, 0],\n [-1, -1],\n ],\n} as const;\n\nexport const IDLE_ANIMATION_DURATIONS: Record = {\n sleeping: 80,\n scratchSelf: 24,\n tired: 40,\n scratchWallN: 24,\n scratchWallS: 24,\n scratchWallE: 24,\n scratchWallW: 24,\n};\n\n// Static colour tokens for the debug overlay. Hoisted to module scope so the\n// object isn't reallocated every time the animation effect mounts/re-runs.\nexport const debugColor = {\n panelBg: \"color-mix(in srgb, var(--background) 88%, transparent)\",\n panelBorder: \"color-mix(in srgb, var(--border) 70%, transparent)\",\n panelText: \"var(--foreground)\",\n panelSubtle: \"var(--muted-foreground)\",\n controlBg: \"color-mix(in srgb, var(--muted) 72%, transparent)\",\n controlBorder: \"var(--border)\",\n accent: \"var(--ring)\",\n accentStrong: \"var(--primary)\",\n danger: \"var(--destructive)\",\n dangerSoft: \"color-mix(in srgb, var(--destructive) 30%, transparent)\",\n trail: \"color-mix(in srgb, var(--ring) 60%, transparent)\",\n trailDot: \"color-mix(in srgb, var(--ring) 76%, transparent)\",\n gridStroke: \"color-mix(in srgb, var(--muted-foreground) 18%, transparent)\",\n};\n\nexport const DEFAULT_POSITION = {\n x: typeof window !== \"undefined\" ? window.innerWidth / 2 : 512,\n y: typeof window !== \"undefined\" ? window.innerHeight / 2 : 384,\n};\n", "type": "registry:lib" }, { "path": "lib/oneko/debug-controls/bubble.ts", "content": "import { debugColor } from \"../constants\";\nimport type { CatRuntimeState } from \"../types\";\nimport { makeBtn, makeRow, sectionLabel } from \"./ui\";\n\nexport function appendBubbleSection(\n body: HTMLElement,\n stateRef: { current: CatRuntimeState },\n bubbleEl: HTMLDivElement,\n bubbleTextEl: HTMLDivElement,\n showBubble: () => void,\n hideBubble: () => void,\n bubbleDisplayFrames: number,\n) {\n body.appendChild(sectionLabel(\"bubble\"));\n\n const showBubbleBtn = makeBtn(\"show\", () => showBubble());\n const hideBubbleBtn = makeBtn(\"hide\", () => hideBubble());\n body.appendChild(makeRow(showBubbleBtn, hideBubbleBtn));\n\n const bubbleInput = document.createElement(\"input\");\n bubbleInput.type = \"text\";\n bubbleInput.placeholder = \"custom text...\";\n bubbleInput.style.cssText = [\n `background:${debugColor.controlBg}`,\n `border:1px solid ${debugColor.controlBorder}`,\n `color:${debugColor.panelText}`,\n \"border-radius:4px\",\n \"padding:2px 6px\",\n \"font-family:inherit\",\n \"font-size:11px\",\n \"flex:1\",\n \"min-width:0\",\n ].join(\";\");\n\n const setTextBtn = makeBtn(\"set\", () => {\n if (bubbleInput.value.trim()) {\n bubbleTextEl.textContent = bubbleInput.value.trim();\n stateRef.current.bubbleVisible = true;\n stateRef.current.bubbleTimer = bubbleDisplayFrames;\n bubbleEl.style.opacity = \"1\";\n }\n });\n\n body.appendChild(makeRow(bubbleInput, setTextBtn));\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/debug-controls/force-state.ts", "content": "import { debugColor } from \"../constants\";\nimport type { CatActivityState, CatRuntimeState, IdleActivityState } from \"../types\";\nimport { makeBtn, makeRow, sectionLabel, selectStyle } from \"./ui\";\n\nconst ALL_STATES = [\n \"moving\",\n \"idle\",\n \"sleeping\",\n \"scratchSelf\",\n \"tired\",\n \"alert\",\n \"scratchWallN\",\n \"scratchWallS\",\n \"scratchWallE\",\n \"scratchWallW\",\n \"freerun\",\n] as const;\n\nfunction applyForcedState(s: CatRuntimeState, chosen: CatActivityState, locked: boolean) {\n s.idleAnimation = null;\n s.idleAnimationFrame = 0;\n s.freerunMode = false;\n s.freerunTimer = 0;\n\n if (chosen === \"moving\") {\n s.idleTime = 0;\n s.stateLocked = locked;\n return;\n }\n\n if (chosen === \"idle\") {\n s.idleTime = 200;\n s.stateLocked = locked;\n return;\n }\n\n if (chosen === \"freerun\") {\n s.freerunMode = true;\n s.freerunTimer = 600;\n s.stateLocked = locked;\n return;\n }\n\n s.idleTime = 200;\n s.idleAnimation = chosen as IdleActivityState;\n s.idleAnimationFrame = 0;\n s.stateLocked = locked;\n}\n\nexport function appendForceStateSection(body: HTMLElement, stateRef: { current: CatRuntimeState }) {\n body.appendChild(sectionLabel(\"force state\"));\n\n const stateSelect = document.createElement(\"select\");\n stateSelect.style.cssText = selectStyle;\n for (const name of ALL_STATES) {\n const opt = document.createElement(\"option\");\n opt.value = name;\n opt.textContent = name;\n stateSelect.appendChild(opt);\n }\n\n const lockChk = document.createElement(\"input\");\n lockChk.type = \"checkbox\";\n lockChk.title = \"lock state (prevent auto-reset)\";\n lockChk.style.cssText = `cursor:pointer;accent-color:${debugColor.accent};`;\n lockChk.addEventListener(\"change\", () => {\n stateRef.current.stateLocked = lockChk.checked;\n });\n\n const lockLbl = document.createElement(\"label\");\n lockLbl.title = \"lock state\";\n lockLbl.style.cssText = `display:flex;align-items:center;gap:3px;cursor:pointer;font-size:10px;color:${debugColor.accent};white-space:nowrap;`;\n lockLbl.appendChild(lockChk);\n lockLbl.append(\"lock\");\n\n body.appendChild(makeRow(stateSelect));\n\n const forceStateBtn = makeBtn(\"apply\", () => {\n applyForcedState(stateRef.current, stateSelect.value as CatActivityState, lockChk.checked);\n });\n\n body.appendChild(makeRow(forceStateBtn, lockLbl));\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/debug-controls/index.ts", "content": "import { debugColor } from \"../constants\";\nimport type { CatRuntimeState } from \"../types\";\nimport { appendBubbleSection } from \"./bubble\";\nimport { appendForceStateSection } from \"./force-state\";\nimport { appendPlaybackSection } from \"./playback\";\nimport { appendPositionSection } from \"./position\";\nimport { appendSpeedSection } from \"./speed\";\nimport { BASE_STYLE } from \"./ui\";\n\nexport interface DebugControlsParams {\n stateRef: { current: CatRuntimeState };\n el: HTMLDivElement;\n bubbleEl: HTMLDivElement;\n bubbleTextEl: HTMLDivElement;\n frame: () => void;\n showBubble: () => void;\n hideBubble: () => void;\n bubbleDisplayFrames: number;\n}\n\nexport function createDebugControls({\n stateRef,\n el,\n bubbleEl,\n bubbleTextEl,\n frame,\n showBubble,\n hideBubble,\n bubbleDisplayFrames,\n}: DebugControlsParams): HTMLDivElement {\n const panel = document.createElement(\"div\");\n panel.setAttribute(\"aria-hidden\", \"true\");\n panel.style.cssText = \"user-select:none;pointer-events:auto;\";\n\n const header = document.createElement(\"div\");\n header.style.cssText = `${BASE_STYLE};padding:6px 14px;cursor:pointer;display:flex;align-items:center;justify-content:space-between;`;\n\n const headerTitle = document.createElement(\"span\");\n headerTitle.textContent = \"controls\";\n headerTitle.style.cssText = `font-weight:bold;font-size:10px;letter-spacing:0.05em;text-transform:uppercase;color:${debugColor.panelSubtle};`;\n\n const chevron = document.createElement(\"span\");\n chevron.textContent = \"▾\";\n chevron.style.cssText = `font-size:10px;color:${debugColor.panelSubtle};`;\n\n header.appendChild(headerTitle);\n header.appendChild(chevron);\n panel.appendChild(header);\n\n const body = document.createElement(\"div\");\n body.style.cssText = `${BASE_STYLE};padding:6px 14px 10px;margin-top:4px;`;\n panel.appendChild(body);\n\n let collapsed = false;\n header.addEventListener(\"click\", () => {\n collapsed = !collapsed;\n body.style.display = collapsed ? \"none\" : \"block\";\n chevron.textContent = collapsed ? \"▸\" : \"▾\";\n });\n\n appendPlaybackSection(body, stateRef, frame);\n appendForceStateSection(body, stateRef);\n appendBubbleSection(\n body,\n stateRef,\n bubbleEl,\n bubbleTextEl,\n showBubble,\n hideBubble,\n bubbleDisplayFrames,\n );\n appendPositionSection(body, stateRef, el);\n appendSpeedSection(body, stateRef);\n\n return panel;\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/debug-controls/playback.ts", "content": "import { debugColor } from \"../constants\";\nimport type { CatRuntimeState } from \"../types\";\nimport { makeBtn, makeRow, sectionLabel } from \"./ui\";\n\nexport function appendPlaybackSection(\n body: HTMLElement,\n stateRef: { current: CatRuntimeState },\n frame: () => void,\n) {\n body.appendChild(sectionLabel(\"playback\"));\n\n const pauseBtn = makeBtn(\"⏸ pause\", () => {\n stateRef.current.paused = !stateRef.current.paused;\n pauseBtn.textContent = stateRef.current.paused ? \"▶ play\" : \"⏸ pause\";\n stepBtn.style.opacity = stateRef.current.paused ? \"1\" : \"0.3\";\n stepBtn.style.pointerEvents = stateRef.current.paused ? \"auto\" : \"none\";\n });\n\n const stepBtn = makeBtn(\"→ step\", () => {\n if (stateRef.current.paused) {\n frame();\n }\n });\n stepBtn.style.opacity = \"0.3\";\n stepBtn.style.pointerEvents = \"none\";\n\n body.appendChild(makeRow(pauseBtn, stepBtn));\n\n const followBtn = makeBtn(\"⛶ stop following\", () => {\n stateRef.current.noFollow = !stateRef.current.noFollow;\n const on = stateRef.current.noFollow;\n if (on) {\n stateRef.current.freerunMode = false;\n stateRef.current.freerunTimer = 0;\n }\n followBtn.textContent = on ? \"⛶ resume following\" : \"⛶ stop following\";\n followBtn.style.color = on ? debugColor.accentStrong : debugColor.panelText;\n });\n followBtn.style.width = \"100%\";\n body.appendChild(makeRow(followBtn));\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/debug-controls/position.ts", "content": "import { debugColor, TILE } from \"../constants\";\nimport type { CatRuntimeState } from \"../types\";\nimport { makeBtn, makeRow, sectionLabel } from \"./ui\";\n\nfunction syncCatElementPosition(el: HTMLDivElement, s: CatRuntimeState) {\n el.style.left = `${s.nekoPosX - TILE / 2}px`;\n el.style.top = `${s.nekoPosY - TILE / 2}px`;\n}\n\nfunction makePosSlider(\n axis: \"X\" | \"Y\",\n el: HTMLDivElement,\n stateRef: { current: CatRuntimeState },\n getMax: () => number,\n getVal: () => number,\n setVal: (v: number) => void,\n) {\n const lbl = document.createElement(\"span\");\n lbl.textContent = axis;\n lbl.style.cssText = `min-width:10px;color:${debugColor.panelSubtle};font-size:10px;font-weight:bold;`;\n\n const valLbl = document.createElement(\"span\");\n valLbl.style.cssText = \"min-width:28px;text-align:right;font-size:10px;\";\n\n const slider = document.createElement(\"input\");\n slider.type = \"range\";\n slider.min = \"16\";\n slider.style.cssText = `flex:1;cursor:pointer;accent-color:${debugColor.accent};`;\n\n const sync = () => {\n slider.max = String(Math.round(getMax()));\n slider.value = String(Math.round(getVal()));\n valLbl.textContent = String(Math.round(getVal()));\n };\n sync();\n\n slider.addEventListener(\"mousedown\", sync);\n slider.addEventListener(\"input\", () => {\n const v = Number(slider.value);\n valLbl.textContent = String(v);\n setVal(v);\n syncCatElementPosition(el, stateRef.current);\n });\n\n return makeRow(lbl, slider, valLbl);\n}\n\nexport function appendPositionSection(\n body: HTMLElement,\n stateRef: { current: CatRuntimeState },\n el: HTMLDivElement,\n) {\n body.appendChild(sectionLabel(\"position\"));\n\n const teleportCenterBtn = makeBtn(\"→ center\", () => {\n stateRef.current.nekoPosX = window.innerWidth / 2;\n stateRef.current.nekoPosY = window.innerHeight / 2;\n syncCatElementPosition(el, stateRef.current);\n });\n\n const teleportMouseBtn = makeBtn(\"→ cursor\", () => {\n const s = stateRef.current;\n s.nekoPosX = s.mousePosX;\n s.nekoPosY = s.mousePosY;\n syncCatElementPosition(el, s);\n });\n\n body.appendChild(makeRow(teleportCenterBtn, teleportMouseBtn));\n\n body.appendChild(\n makePosSlider(\n \"X\",\n el,\n stateRef,\n () => window.innerWidth,\n () => stateRef.current.nekoPosX,\n (v) => {\n stateRef.current.nekoPosX = v;\n },\n ),\n );\n body.appendChild(\n makePosSlider(\n \"Y\",\n el,\n stateRef,\n () => window.innerHeight,\n () => stateRef.current.nekoPosY,\n (v) => {\n stateRef.current.nekoPosY = v;\n },\n ),\n );\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/debug-controls/speed.ts", "content": "import { debugColor } from \"../constants\";\nimport type { CatRuntimeState } from \"../types\";\nimport { makeRow, sectionLabel } from \"./ui\";\n\nexport function appendSpeedSection(body: HTMLElement, stateRef: { current: CatRuntimeState }) {\n body.appendChild(sectionLabel(\"speed\"));\n\n const speedLabel = document.createElement(\"span\");\n speedLabel.textContent = String(stateRef.current.currentSpeed);\n speedLabel.style.cssText = \"min-width:20px;text-align:right;\";\n\n const speedSlider = document.createElement(\"input\");\n speedSlider.type = \"range\";\n speedSlider.min = \"1\";\n speedSlider.max = \"40\";\n speedSlider.value = String(stateRef.current.currentSpeed);\n speedSlider.style.cssText = `flex:1;cursor:pointer;accent-color:${debugColor.accent};`;\n speedSlider.addEventListener(\"input\", () => {\n const val = Number(speedSlider.value);\n speedLabel.textContent = String(val);\n stateRef.current.currentSpeed = val;\n });\n\n body.appendChild(makeRow(speedSlider, speedLabel));\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/debug-controls/ui.ts", "content": "import { debugColor } from \"../constants\";\n\nexport const BASE_STYLE = [\n \"font-family:var(--font-mono), monospace\",\n \"font-size:11px\",\n \"line-height:1.6\",\n \"border-radius:6px\",\n `background:${debugColor.panelBg}`,\n `border:1px solid ${debugColor.panelBorder}`,\n `color:${debugColor.panelText}`,\n \"width:190px\",\n].join(\";\");\n\nconst btnStyle = [\n `background:${debugColor.controlBg}`,\n `border:1px solid ${debugColor.controlBorder}`,\n `color:${debugColor.panelText}`,\n \"border-radius:4px\",\n \"padding:2px 8px\",\n \"font-family:inherit\",\n \"font-size:11px\",\n \"cursor:pointer\",\n].join(\";\");\n\nexport const selectStyle = [\n `background:${debugColor.controlBg}`,\n `border:1px solid ${debugColor.controlBorder}`,\n `color:${debugColor.panelText}`,\n \"border-radius:4px\",\n \"padding:2px 4px\",\n \"font-family:inherit\",\n \"font-size:11px\",\n \"cursor:pointer\",\n \"flex:1\",\n].join(\";\");\n\nexport function sectionLabel(text: string) {\n const d = document.createElement(\"div\");\n d.textContent = text;\n d.style.cssText = `color:${debugColor.panelSubtle};font-weight:bold;margin-top:8px;margin-bottom:3px;font-size:10px;letter-spacing:0.05em;text-transform:uppercase;`;\n return d;\n}\n\nexport function makeRow(...children: HTMLElement[]) {\n const r = document.createElement(\"div\");\n r.style.cssText = \"display:flex;gap:4px;align-items:center;margin-bottom:3px;\";\n for (const c of children) {\n r.appendChild(c);\n }\n return r;\n}\n\nexport function makeBtn(label: string, onClick: () => void) {\n const btn = document.createElement(\"button\");\n btn.textContent = label;\n btn.style.cssText = btnStyle;\n btn.addEventListener(\"click\", onClick);\n return btn;\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/dom.ts", "content": "import { CELL_SIZE, debugColor, TILE } from \"./constants\";\nimport type { CatRuntimeState } from \"./types\";\n\nexport interface BubbleElements {\n wrapper: HTMLDivElement;\n textEl: HTMLDivElement;\n tailWrap: HTMLDivElement;\n}\n\nexport function createCatElement(state: CatRuntimeState, zIndex: number): HTMLDivElement {\n const el = document.createElement(\"div\");\n el.id = \"oneko-react\";\n el.setAttribute(\"aria-hidden\", \"true\");\n el.style.cssText = [\n `width:${TILE}px`,\n `height:${TILE}px`,\n \"position:fixed\",\n \"pointer-events:none\",\n \"image-rendering:pixelated\",\n `left:${state.nekoPosX - TILE / 2}px`,\n `top:${state.nekoPosY - TILE / 2}px`,\n `z-index:${zIndex}`,\n \"background-repeat:no-repeat\",\n \"background-size:256px 128px\",\n \"transform:scale(1)\",\n \"opacity:1\",\n ].join(\";\");\n return el;\n}\n\nconst SVG_NS = \"http://www.w3.org/2000/svg\";\n\nexport function createDebugSVG(zIndex: number): SVGSVGElement {\n const svg = document.createElementNS(SVG_NS, \"svg\");\n svg.setAttribute(\"aria-hidden\", \"true\");\n svg.style.cssText = [\n \"position:fixed\",\n \"top:0\",\n \"left:0\",\n \"width:100vw\",\n \"height:100vh\",\n \"pointer-events:none\",\n `z-index:${zIndex - 1}`,\n \"display:none\",\n ].join(\";\");\n\n const defs = document.createElementNS(SVG_NS, \"defs\");\n const pattern = document.createElementNS(SVG_NS, \"pattern\");\n pattern.id = \"oneko-grid\";\n pattern.setAttribute(\"width\", String(CELL_SIZE));\n pattern.setAttribute(\"height\", String(CELL_SIZE));\n pattern.setAttribute(\"patternUnits\", \"userSpaceOnUse\");\n const patternRect = document.createElementNS(SVG_NS, \"rect\");\n patternRect.setAttribute(\"width\", String(CELL_SIZE));\n patternRect.setAttribute(\"height\", String(CELL_SIZE));\n patternRect.setAttribute(\"fill\", \"none\");\n patternRect.setAttribute(\"stroke\", debugColor.gridStroke);\n patternRect.setAttribute(\"stroke-width\", \"0.5\");\n pattern.appendChild(patternRect);\n defs.appendChild(pattern);\n svg.appendChild(defs);\n\n const gridBg = document.createElementNS(SVG_NS, \"rect\");\n gridBg.setAttribute(\"width\", \"100%\");\n gridBg.setAttribute(\"height\", \"100%\");\n gridBg.setAttribute(\"fill\", \"url(#oneko-grid)\");\n svg.appendChild(gridBg);\n\n const blockedGroup = document.createElementNS(SVG_NS, \"g\");\n blockedGroup.id = \"oneko-blocked\";\n svg.appendChild(blockedGroup);\n\n const obstacleGroup = document.createElementNS(SVG_NS, \"g\");\n obstacleGroup.id = \"oneko-obstacles\";\n svg.appendChild(obstacleGroup);\n\n const pathGroup = document.createElementNS(SVG_NS, \"g\");\n pathGroup.id = \"oneko-path\";\n svg.appendChild(pathGroup);\n\n return svg;\n}\n\nexport function createBubble(zIndex: number): BubbleElements {\n const wrapper = document.createElement(\"div\");\n wrapper.setAttribute(\"aria-hidden\", \"true\");\n wrapper.style.cssText = [\n \"position:fixed\",\n \"pointer-events:none\",\n `z-index:${zIndex}`,\n \"opacity:0\",\n \"transition:opacity 0.2s ease-out\",\n \"transform:translateX(-50%)\",\n \"display:flex\",\n \"flex-direction:column\",\n \"align-items:center\",\n \"outline:none\",\n ].join(\";\");\n\n const bubble = document.createElement(\"div\");\n bubble.style.cssText = [\n \"padding:4px 8px\",\n \"border-radius:8px\",\n \"box-sizing:border-box\",\n \"font-size:9px\",\n \"line-height:1.25\",\n \"font-weight:500\",\n \"font-family:var(--font-geist-pixel-square), monospace\",\n \"color:var(--foreground)\",\n \"background-color:var(--background)\",\n \"border:1px solid var(--border)\",\n \"max-width:150px\",\n \"width:max-content\",\n \"white-space:normal\",\n \"word-break:break-word\",\n \"outline:none\",\n ].join(\";\");\n wrapper.appendChild(bubble);\n\n const tailWrap = document.createElement(\"div\");\n tailWrap.style.cssText = \"position:relative;line-height:0;flex-shrink:0;outline:none;\";\n\n const tailSvg = document.createElementNS(SVG_NS, \"svg\");\n tailSvg.setAttribute(\"width\", \"12\");\n tailSvg.setAttribute(\"height\", \"7\");\n tailSvg.setAttribute(\"viewBox\", \"0 0 12 7\");\n tailSvg.setAttribute(\"overflow\", \"visible\");\n tailSvg.style.cssText = \"display:block;outline:none;\";\n\n const tailPath = document.createElementNS(SVG_NS, \"path\");\n tailPath.setAttribute(\"d\", \"M 6 7 L 1.5 1.5 L 10.5 1.5 Z\");\n tailPath.setAttribute(\"fill\", \"var(--background)\");\n tailPath.setAttribute(\"stroke\", \"var(--border)\");\n tailPath.setAttribute(\"stroke-width\", \"1\");\n tailPath.setAttribute(\"stroke-linejoin\", \"miter\");\n tailPath.setAttribute(\"stroke-linecap\", \"butt\");\n tailPath.setAttribute(\"stroke-miterlimit\", \"2\");\n tailPath.style.paintOrder = \"stroke fill\";\n tailSvg.appendChild(tailPath);\n tailWrap.appendChild(tailSvg);\n\n wrapper.appendChild(tailWrap);\n\n return { wrapper, textEl: bubble, tailWrap };\n}\n\nexport function createDebugHUD(): HTMLDivElement {\n const hud = document.createElement(\"div\");\n hud.setAttribute(\"aria-hidden\", \"true\");\n hud.style.cssText = [\n \"pointer-events:none\",\n \"font-family:var(--font-mono), monospace\",\n \"font-size:11px\",\n \"line-height:1.6\",\n \"padding:10px 14px\",\n \"border-radius:6px\",\n `background-color:${debugColor.panelBg}`,\n `border:1px solid ${debugColor.panelBorder}`,\n `color:${debugColor.panelText}`,\n \"width:190px\",\n ].join(\";\");\n return hud;\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/initial-state.ts", "content": "import { createZoneState } from \"./zone-runtime\";\nimport { DEFAULT_POSITION, OBSTACLE_INTERVAL, PATH_RECALC_INTERVAL } from \"./constants\";\nimport {\n applyRuntimeConfig,\n defaultRuntimeConfigState,\n type CatRuntimeConfig,\n} from \"./runtime-config\";\nimport type { CatRuntimeState, IdleActivityState } from \"./types\";\n\nexport type InitialCatStateOptions = CatRuntimeConfig & {\n initialPos?: { x: number; y: number };\n};\n\nexport function createInitialCatState(options: InitialCatStateOptions): CatRuntimeState {\n const startX = options.initialPos?.x ?? DEFAULT_POSITION.x;\n const startY = options.initialPos?.y ?? DEFAULT_POSITION.y;\n\n const state: CatRuntimeState = {\n zoneState: createZoneState(),\n nekoPosX: startX,\n nekoPosY: startY,\n nekoVelX: 0,\n nekoVelY: 0,\n mousePosX: startX,\n mousePosY: startY,\n frameCount: 0,\n idleTime: 0,\n idleAnimation: null as IdleActivityState | null,\n idleAnimationFrame: 0,\n obstacleRects: [],\n lastObstacleRefresh: -OBSTACLE_INTERVAL,\n grid: null,\n gridCols: 0,\n gridRows: 0,\n currentPath: [],\n pathWaypointIdx: 0,\n lastPathRecalcFrame: -PATH_RECALC_INTERVAL,\n lastPathTargetCol: -1,\n lastPathTargetRow: -1,\n debugMode: false,\n paused: false,\n stateLocked: false,\n noFollow: false,\n ...defaultRuntimeConfigState(),\n loopPrevAngle: null,\n mouseCircleWinding: 0,\n freerunMode: false,\n freerunTimer: 0,\n lastFreerunMsg: -1,\n };\n\n applyRuntimeConfig(state, options);\n return state;\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/konami.ts", "content": "import { KONAMI_SEQUENCE, KONAMI_TARGET } from \"./constants\";\nimport type { CatRuntimeState } from \"./types\";\n\nexport function createKonamiHandler(\n stateRef: { current: CatRuntimeState },\n debugSVG: SVGSVGElement,\n debugWrapper: HTMLDivElement,\n): (e: KeyboardEvent) => void {\n const konamiBuffer: string[] = [];\n\n return (e: KeyboardEvent) => {\n konamiBuffer.push(e.code);\n if (konamiBuffer.length > KONAMI_SEQUENCE.length) {\n konamiBuffer.shift();\n }\n if (konamiBuffer.join(\",\") !== KONAMI_TARGET) {\n return;\n }\n\n stateRef.current.debugMode = !stateRef.current.debugMode;\n if (stateRef.current.debugMode) {\n debugSVG.style.display = \"block\";\n debugWrapper.style.display = \"flex\";\n return;\n }\n\n debugSVG.style.display = \"none\";\n debugWrapper.style.display = \"none\";\n stateRef.current.paused = false;\n stateRef.current.stateLocked = false;\n stateRef.current.noFollow = false;\n };\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/laser-cursor-dom.ts", "content": "const DOT_SVG = ``;\n\nconst LASER_SVG = ``;\n\nconst DOT_SIZE = 9;\nconst LASER_W = 88;\nconst LASER_H = 20;\nconst ANCHOR_INSET = 10;\nconst TRAIL_LEN = 22;\n\nfunction makeDot(zIndex: number, size: number, opacity: number, glow: boolean) {\n const d = document.createElement(\"div\");\n d.setAttribute(\"aria-hidden\", \"true\");\n d.style.cssText = [\n \"position:fixed\",\n `width:${size}px`,\n `height:${size}px`,\n \"pointer-events:none\",\n `z-index:${zIndex}`,\n \"left:0\",\n \"top:0\",\n \"image-rendering:pixelated\",\n `opacity:${opacity}`,\n \"transform:translate(-50%,-50%) translate(-100px,-100px)\",\n glow\n ? \"filter:drop-shadow(0 0 4px var(--destructive)) drop-shadow(0 0 12px color-mix(in srgb, var(--destructive) 55%, transparent))\"\n : \"\",\n ].join(\";\");\n d.innerHTML = DOT_SVG;\n return d;\n}\n\nfunction createTrail(zIndex: number) {\n const trail: HTMLDivElement[] = [];\n for (let i = 1; i <= TRAIL_LEN; i++) {\n const t = i / (TRAIL_LEN + 1);\n const size = Math.max(2, DOT_SIZE * (1 - t * 0.85));\n const opacity = 0.55 * (1 - t);\n trail.push(makeDot(zIndex, size, opacity, false));\n }\n return trail;\n}\n\nfunction createLaserBody(zIndex: number) {\n const laser = document.createElement(\"div\");\n laser.setAttribute(\"aria-hidden\", \"true\");\n laser.style.cssText = [\n \"position:fixed\",\n `width:${LASER_W}px`,\n `height:${LASER_H}px`,\n \"pointer-events:none\",\n `z-index:${zIndex}`,\n \"left:0\",\n \"top:0\",\n \"image-rendering:pixelated\",\n \"transform-origin:100% 50%\",\n \"filter:drop-shadow(0 0 6px color-mix(in srgb, var(--destructive) 45%, transparent))\",\n \"will-change:transform\",\n ].join(\";\");\n laser.innerHTML = LASER_SVG;\n return laser;\n}\n\nexport function mountLaserCursor(zIndex: number): () => void {\n const dot = makeDot(zIndex, DOT_SIZE, 1, true);\n const trail = createTrail(zIndex);\n const laser = createLaserBody(zIndex);\n\n document.body.appendChild(laser);\n for (const t of trail) {\n document.body.appendChild(t);\n }\n document.body.appendChild(dot);\n document.body.style.cursor = \"none\";\n\n let pointerX = window.innerWidth / 2;\n let pointerY = window.innerHeight / 2;\n\n const history: { x: number; y: number }[] = [];\n for (let i = 0; i <= TRAIL_LEN; i++) {\n history.push({ x: pointerX, y: pointerY });\n }\n\n const positionLaser = () => {\n const anchorX = ANCHOR_INSET + LASER_W;\n const anchorY = ANCHOR_INSET + LASER_H / 2;\n const dx = pointerX - anchorX;\n const dy = pointerY - anchorY;\n const angle = (Math.atan2(dy, dx) * 180) / Math.PI + 180;\n laser.style.transform = `translate(${ANCHOR_INSET}px, ${ANCHOR_INSET}px) rotate(${angle}deg)`;\n };\n\n let rafId = 0;\n const tick = () => {\n history.unshift({ x: pointerX, y: pointerY });\n if (history.length > TRAIL_LEN + 1) {\n history.pop();\n }\n const d0 = history[0];\n dot.style.transform = `translate(-50%,-50%) translate(${d0.x}px, ${d0.y}px)`;\n for (let i = 0; i < trail.length; i++) {\n const p = history[i + 1] ?? history[history.length - 1];\n trail[i].style.transform = `translate(-50%,-50%) translate(${p.x}px, ${p.y}px)`;\n }\n rafId = window.requestAnimationFrame(tick);\n };\n\n const onMove = (e: MouseEvent) => {\n pointerX = e.clientX;\n pointerY = e.clientY;\n positionLaser();\n };\n\n positionLaser();\n rafId = window.requestAnimationFrame(tick);\n\n document.addEventListener(\"mousemove\", onMove);\n window.addEventListener(\"resize\", positionLaser);\n window.addEventListener(\"scroll\", positionLaser, { passive: true });\n\n return () => {\n window.cancelAnimationFrame(rafId);\n document.removeEventListener(\"mousemove\", onMove);\n window.removeEventListener(\"resize\", positionLaser);\n window.removeEventListener(\"scroll\", positionLaser);\n if (dot.parentNode) {\n dot.parentNode.removeChild(dot);\n }\n for (const t of trail) {\n if (t.parentNode) {\n t.parentNode.removeChild(t);\n }\n }\n if (laser.parentNode) {\n laser.parentNode.removeChild(laser);\n }\n document.body.style.cursor = \"\";\n };\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/obstacle-filters.ts", "content": "import { MIN_OBSTACLE_AREA } from \"./constants\";\nimport type { ObstacleRect } from \"./types\";\n\ntype RectLike = {\n left: number;\n top: number;\n right: number;\n bottom: number;\n width: number;\n height: number;\n};\n\nexport function shouldIncludeObstacleRect(\n rect: RectLike,\n viewportWidth: number,\n viewportHeight: number,\n): boolean {\n if (rect.width * rect.height < MIN_OBSTACLE_AREA) {\n return false;\n }\n if (rect.right < 0 || rect.bottom < 0 || rect.left > viewportWidth || rect.top > viewportHeight) {\n return false;\n }\n if (rect.width > viewportWidth * 0.85 && rect.height > viewportHeight * 0.5) {\n return false;\n }\n return true;\n}\n\nexport function toObstacleRect(rect: RectLike): ObstacleRect {\n return { left: rect.left, top: rect.top, right: rect.right, bottom: rect.bottom };\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/pathfinding.ts", "content": "import { CELL_SIZE, NEIGHBOR_OFFSETS, OBSTACLE_SELECTOR, SPRITE_RADIUS } from \"./constants\";\nimport { shouldIncludeObstacleRect, toObstacleRect } from \"./obstacle-filters\";\nimport type { ObstacleRect, PathPoint } from \"./types\";\n\n// Flat index of the neighbor at (r+dr, c+dc), or -1 if it falls outside the grid.\nfunction neighborIndex(\n r: number,\n c: number,\n dr: number,\n dc: number,\n rows: number,\n cols: number,\n): number {\n const nr = r + dr;\n const nc = c + dc;\n if (nr < 0 || nr >= rows || nc < 0 || nc >= cols) return -1;\n return nr * cols + nc;\n}\n\nexport function collectObstacles(): ObstacleRect[] {\n const vw = window.innerWidth;\n const vh = window.innerHeight;\n const rects: ObstacleRect[] = [];\n\n for (const node of document.querySelectorAll(OBSTACLE_SELECTOR)) {\n if (node.closest('[data-oneko-zone=\"attract\"]')) continue;\n const r = node.getBoundingClientRect();\n if (shouldIncludeObstacleRect(r, vw, vh)) {\n rects.push(toObstacleRect(r));\n }\n }\n\n return rects;\n}\n\nexport function buildGrid(rects: ObstacleRect[], cols: number, rows: number): Uint8Array {\n const grid = new Uint8Array(cols * rows);\n\n for (const rect of rects) {\n const c0 = Math.max(0, Math.floor((rect.left - SPRITE_RADIUS) / CELL_SIZE));\n const c1 = Math.min(cols - 1, Math.ceil((rect.right + SPRITE_RADIUS) / CELL_SIZE));\n const r0 = Math.max(0, Math.floor((rect.top - SPRITE_RADIUS) / CELL_SIZE));\n const r1 = Math.min(rows - 1, Math.ceil((rect.bottom + SPRITE_RADIUS) / CELL_SIZE));\n\n for (let row = r0; row <= r1; row++) {\n for (let col = c0; col <= c1; col++) {\n grid[row * cols + col] = 1;\n }\n }\n }\n\n return grid;\n}\n\nexport function worldToCell(worldX: number, worldY: number, cols: number, rows: number): number {\n const col = Math.max(0, Math.min(cols - 1, Math.floor(worldX / CELL_SIZE)));\n const row = Math.max(0, Math.min(rows - 1, Math.floor(worldY / CELL_SIZE)));\n return row * cols + col;\n}\n\nfunction cellToWorld(idx: number, cols: number): PathPoint {\n return {\n x: ((idx % cols) + 0.5) * CELL_SIZE,\n y: (Math.floor(idx / cols) + 0.5) * CELL_SIZE,\n };\n}\n\nexport function nearestWalkable(\n startIdx: number,\n grid: Uint8Array,\n cols: number,\n rows: number,\n): number {\n if (grid[startIdx] === 0) {\n return startIdx;\n }\n\n const visited = new Uint8Array(grid.length);\n const queue: number[] = [startIdx];\n visited[startIdx] = 1;\n let head = 0;\n\n while (head < queue.length) {\n const idx = queue[head++];\n const r = Math.floor(idx / cols);\n const c = idx % cols;\n\n for (const [dr, dc] of NEIGHBOR_OFFSETS) {\n const nIdx = neighborIndex(r, c, dr, dc, rows, cols);\n if (nIdx === -1 || visited[nIdx]) {\n continue;\n }\n visited[nIdx] = 1;\n if (grid[nIdx] === 0) {\n return nIdx;\n }\n queue.push(nIdx);\n }\n }\n\n return startIdx;\n}\n\nfunction heapBubble(data: [number, number][], i: number): void {\n let idx = i;\n while (idx > 0) {\n const parent = Math.floor((idx - 1) / 2);\n if (data[parent][0] <= data[idx][0]) {\n break;\n }\n const tmp = data[parent];\n data[parent] = data[idx];\n data[idx] = tmp;\n idx = parent;\n }\n}\n\nfunction heapSink(data: [number, number][], i: number): void {\n const n = data.length;\n let idx = i;\n\n for (let step = 0; step < n; step++) {\n let smallest = idx;\n const left = 2 * idx + 1;\n const right = 2 * idx + 2;\n if (left < n && data[left][0] < data[smallest][0]) {\n smallest = left;\n }\n if (right < n && data[right][0] < data[smallest][0]) {\n smallest = right;\n }\n if (smallest === idx) {\n break;\n }\n const tmp = data[smallest];\n data[smallest] = data[idx];\n data[idx] = tmp;\n idx = smallest;\n }\n}\n\nfunction smoothPath(rawPath: number[], cols: number): PathPoint[] {\n const points = rawPath.map((idx) => cellToWorld(idx, cols));\n if (points.length <= 2) {\n return points;\n }\n\n const result: PathPoint[] = [points[0]];\n\n for (let i = 1; i < points.length - 1; i++) {\n const prev = result.at(-1) as PathPoint;\n const cur = points[i];\n const next = points[i + 1];\n const cross = (cur.x - prev.x) * (next.y - cur.y) - (cur.y - prev.y) * (next.x - cur.x);\n if (Math.abs(cross) > 1e-6) {\n result.push(cur);\n }\n }\n\n result.push(points.at(-1) as PathPoint);\n return result;\n}\n\nfunction relaxNeighbors(\n idx: number,\n cols: number,\n rows: number,\n grid: Uint8Array,\n dist: Float64Array,\n prev: Int32Array,\n heap: [number, number][],\n) {\n const r = Math.floor(idx / cols);\n const c = idx % cols;\n\n for (const [dr, dc, edgeCost] of NEIGHBOR_OFFSETS) {\n const nIdx = neighborIndex(r, c, dr, dc, rows, cols);\n if (nIdx === -1 || grid[nIdx] === 1) {\n continue;\n }\n if (dr !== 0 && dc !== 0 && (grid[r * cols + c + dc] || grid[(r + dr) * cols + c])) continue;\n const newDist = dist[idx] + edgeCost;\n if (newDist < dist[nIdx]) {\n dist[nIdx] = newDist;\n prev[nIdx] = idx;\n heap.push([newDist, nIdx]);\n heapBubble(heap, heap.length - 1);\n }\n }\n}\n\nfunction searchRoute(\n startIdx: number,\n goalIdx: number,\n grid: Uint8Array,\n cols: number,\n rows: number,\n): Int32Array | null {\n const dist = new Float64Array(grid.length).fill(Number.POSITIVE_INFINITY);\n const prev = new Int32Array(grid.length).fill(-1);\n const heap: [number, number][] = [];\n\n dist[startIdx] = 0;\n heap.push([0, startIdx]);\n\n while (heap.length > 0) {\n const top = heap.at(0) as [number, number];\n const last = heap.at(-1) as [number, number];\n heap[0] = last;\n heap.pop();\n heapSink(heap, 0);\n\n const [cost, idx] = top;\n if (idx === goalIdx) {\n break;\n }\n if (cost > dist[idx]) {\n continue;\n }\n\n relaxNeighbors(idx, cols, rows, grid, dist, prev, heap);\n }\n\n return Number.isFinite(dist[goalIdx]) ? prev : null;\n}\n\nfunction reconstructCellPath(prev: Int32Array, goalIdx: number): number[] {\n const rawPath: number[] = [];\n let cur = goalIdx;\n while (cur !== -1) {\n rawPath.push(cur);\n cur = prev[cur];\n }\n rawPath.reverse();\n return rawPath;\n}\n\nexport function findRoute(\n startIdx: number,\n goalIdx: number,\n grid: Uint8Array,\n cols: number,\n rows: number,\n): PathPoint[] {\n if (startIdx === goalIdx) {\n return [cellToWorld(startIdx, cols)];\n }\n\n const prev = searchRoute(startIdx, goalIdx, grid, cols, rows);\n if (!prev) {\n return [];\n }\n\n return smoothPath(reconstructCellPath(prev, goalIdx), cols);\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/persistence.ts", "content": "import { TILE } from \"./constants\";\nimport type { CatRuntimeState } from \"./types\";\n\nexport function loadPersistedCatState(\n stateRef: { current: CatRuntimeState },\n el: HTMLDivElement,\n storageKey = \"oneko\",\n): void {\n let parsed: Record | null = null;\n try {\n const raw = window.localStorage.getItem(storageKey);\n parsed = raw ? JSON.parse(raw) : null;\n } catch {\n parsed = null;\n }\n\n if (!parsed) {\n return;\n }\n\n const apply = (key: K, value: unknown) => {\n if (value !== undefined && value !== null) {\n stateRef.current[key] = value as CatRuntimeState[K];\n }\n };\n\n apply(\"nekoPosX\", parsed.nekoPosX);\n apply(\"nekoPosY\", parsed.nekoPosY);\n apply(\"mousePosX\", parsed.mousePosX);\n apply(\"mousePosY\", parsed.mousePosY);\n apply(\"frameCount\", parsed.frameCount);\n apply(\"idleTime\", parsed.idleTime);\n apply(\"idleAnimation\", parsed.idleAnimation);\n apply(\"idleAnimationFrame\", parsed.idleAnimationFrame);\n\n if (parsed.bgPos) {\n el.style.backgroundPosition = parsed.bgPos as string;\n }\n\n const s0 = stateRef.current;\n el.style.left = `${s0.nekoPosX - TILE / 2}px`;\n el.style.top = `${s0.nekoPosY - TILE / 2}px`;\n}\n\nexport function createPersistHandler(\n stateRef: { current: CatRuntimeState },\n el: HTMLDivElement,\n storageKey = \"oneko\",\n): () => void {\n return () => {\n try {\n const s = stateRef.current;\n window.localStorage.setItem(\n storageKey,\n JSON.stringify({\n nekoPosX: s.nekoPosX,\n nekoPosY: s.nekoPosY,\n mousePosX: s.mousePosX,\n mousePosY: s.mousePosY,\n frameCount: s.frameCount,\n idleTime: s.idleTime,\n idleAnimation: s.idleAnimation,\n idleAnimationFrame: s.idleAnimationFrame,\n bgPos: el.style.backgroundPosition,\n }),\n );\n } catch {\n // ignore\n }\n };\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/runtime-config.ts", "content": "import { EMPTY_ZONES } from \"./zone-runtime\";\nimport type { OnekoZone } from \"./zones\";\nimport type { CatRuntimeState, OnekoProps } from \"./types\";\n\ntype RuntimeConfigStateFields = Pick<\n CatRuntimeState,\n | \"pausedCfg\"\n | \"followCursorCfg\"\n | \"sleepEnabledCfg\"\n | \"bubblePlacementCfg\"\n | \"bubbleScaleCfg\"\n | \"soundBasePathCfg\"\n | \"currentSpeed\"\n | \"scale\"\n | \"opacity\"\n | \"rotationAmount\"\n | \"idleThresholdMs\"\n | \"freerunChanceCfg\"\n | \"freerunDurationCfg\"\n | \"bubbleEnabledCfg\"\n | \"bubbleDisplayFramesCfg\"\n | \"bubbleCooldownFramesCfg\"\n | \"bubbleChanceCfg\"\n | \"followDistanceCfg\"\n | \"animationSpeedCfg\"\n | \"customBubbleText\"\n | \"currentRotation\"\n | \"enableMeow\"\n | \"soundVolumeCfg\"\n | \"soundCooldown\"\n | \"bubbleTimer\"\n | \"bubbleCooldown\"\n | \"bubbleVisible\"\n | \"lastBubbleMsg\"\n | \"laserPointerCfg\"\n | \"laserCaught\"\n>;\n\nexport function defaultRuntimeConfigState(): RuntimeConfigStateFields {\n return {\n pausedCfg: false,\n followCursorCfg: true,\n sleepEnabledCfg: true,\n bubblePlacementCfg: \"auto\",\n bubbleScaleCfg: 1,\n soundBasePathCfg: \"/cat-sounds\",\n currentSpeed: 0,\n scale: 1,\n opacity: 1,\n rotationAmount: 0,\n idleThresholdMs: 0,\n freerunChanceCfg: 0,\n freerunDurationCfg: 0,\n bubbleEnabledCfg: true,\n bubbleDisplayFramesCfg: 0,\n bubbleCooldownFramesCfg: 0,\n bubbleChanceCfg: 0,\n followDistanceCfg: 0,\n animationSpeedCfg: 1,\n customBubbleText: \"\",\n currentRotation: 0,\n enableMeow: true,\n soundVolumeCfg: 0,\n soundCooldown: 0,\n bubbleTimer: 0,\n bubbleCooldown: 0,\n bubbleVisible: false,\n lastBubbleMsg: -1,\n laserPointerCfg: false,\n laserCaught: false,\n };\n}\n\nexport type CatRuntimeConfig = Pick<\n OnekoProps,\n \"paused\" | \"followCursor\" | \"sleepEnabled\" | \"bubblePlacement\" | \"bubbleScale\" | \"soundBasePath\"\n> & {\n zones?: readonly OnekoZone[];\n zoneAttractionChance?: number;\n zoneAttractionDuration?: number;\n speed: number;\n scale: number;\n opacity: number;\n rotationAmount: number;\n idleThreshold: number;\n freerunChance: number;\n freerunDuration: number;\n bubbleEnabled: boolean;\n bubbleDisplayFrames: number;\n bubbleCooldown: number;\n bubbleChance: number;\n followDistance: number;\n animationSpeed: number;\n bubbleText: string;\n meow: boolean;\n volume: number;\n laserPointer: boolean;\n};\n\nexport function applyRuntimeConfig(state: CatRuntimeState, config: CatRuntimeConfig): void {\n state.pausedCfg = config.paused ?? false;\n state.followCursorCfg = config.followCursor ?? true;\n state.sleepEnabledCfg = config.sleepEnabled ?? true;\n state.bubblePlacementCfg =\n config.bubblePlacement === \"above\" || config.bubblePlacement === \"below\"\n ? config.bubblePlacement\n : \"auto\";\n state.bubbleScaleCfg = Number.isFinite(config.bubbleScale)\n ? Math.max(0.5, Math.min(2, config.bubbleScale!))\n : 1;\n state.soundBasePathCfg = (config.soundBasePath ?? \"/cat-sounds\").replace(/\\/+$/, \"\");\n if (!state.followCursorCfg) {\n state.freerunMode = false;\n state.freerunTimer = 0;\n state.currentPath = [];\n state.pathWaypointIdx = 0;\n state.nekoVelX = 0;\n state.nekoVelY = 0;\n }\n state.zoneState.definitions = config.zones ?? EMPTY_ZONES;\n state.zoneState.chance = Number.isFinite(config.zoneAttractionChance)\n ? Math.max(0, Math.min(1, config.zoneAttractionChance!))\n : 0.3;\n state.zoneState.duration = Number.isFinite(config.zoneAttractionDuration)\n ? Math.max(1, Math.min(600, Math.round(config.zoneAttractionDuration! / 100)))\n : 40;\n state.currentSpeed = config.speed;\n state.scale = config.scale;\n state.opacity = config.opacity;\n state.rotationAmount = config.rotationAmount;\n state.idleThresholdMs = config.idleThreshold;\n state.freerunChanceCfg = config.freerunChance;\n state.freerunDurationCfg = config.freerunDuration;\n state.bubbleEnabledCfg = config.bubbleEnabled;\n state.bubbleDisplayFramesCfg = config.bubbleDisplayFrames;\n state.bubbleCooldownFramesCfg = config.bubbleCooldown;\n state.bubbleChanceCfg = config.bubbleChance;\n state.followDistanceCfg = config.followDistance;\n state.animationSpeedCfg = config.animationSpeed;\n state.customBubbleText = config.bubbleText;\n state.enableMeow = config.meow;\n state.soundVolumeCfg = config.volume;\n state.laserPointerCfg = config.laserPointer;\n if (!config.laserPointer) {\n state.laserCaught = false;\n }\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/skin-sheets.json", "content": "{\n \"classic\": 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\",\n 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XuB8rb9kXbz4F3AuN3s/tScOo3ZstmX32bgVEHB4qU7bSpKH5qrO/Mxh5RA/CABJHUDR2gpk8MnFy61D65P92vhe4eMh0XebDZ3FdqVGe/jBF/fsmsVobqArR/SAdVcbdTUPa16w86ZNpGKLeUttXLayLJi8haPnxH072JkLKOqUtOnaSlYB+8xXgnw9Taeu3C7NAYDGB3UVl7VyhABiQDVRdSKpDbqtMw0TYiQvD4HAN3IiZEbyAVvFdn0aV85xmIs4xjIosqmv6Lov5NfVZ/yuFC5aYxfmEhft3/GpD4H4PcdUXclvfUW25iwK/OXy9WCbXSk+M4BV3c9ZMn2r5hBnhZhCycPF9X9N1g0ss1nNodtomyUOSz2wu0Mb7MUKpv5RHHJ9vl/PgBhb5KrnGUzjMguKfKhPDvDLuptxlJu1EVPrZHNfLS7zx4D1rZVpOojZfeM9dD62YaceqgmxEd6pA2cc03PjzCf8OtdiBnjwajxxue5AyoJ+b+fa8kazYdhMNi6zIPrIx+rSXGVk6wIevLD66T19MJ0OPvMCqAmzARMxE8PYn5K2GVcOplLnQ+7xaNfYkd5i3UFp9lHirp1/vh/MAPzrzT2cYTPGcIahQZ1h7MCReglk+bCG8fIPZJs359Ti//mH6rNlqv8RqUGfXXjmBdAG02UuFjdsfqtgWG0NBbbI3gU9duHn0h6iQVn4h5f1wkPpsYd5Ww6iuyTOMjNPxjqI4dIwo945r2GuOepDkOE2A9rK93Py61mh+32nXgLW75L56gVw6SBONn9nTIcmgMt7B+iGWB7abi7WZ+WEGlxrPbNFDwLjtc/0pgPXsLVctUX2Luhr0R4wxOvtY+nz9hPrbn6JfMwmPZMEnoZwT9U21HUG0HmpnbY7JfG1psfPxPic1QvAx//4ejaAB5Krh4QDjupkfMbdvwTq4Q4wTx14zkflt/7Xl2lcEMM4BkU2+nak4bLW7sOvpcKZeN6akNAP8+ffg2CurjkTSsY8UNa5sd6s1yCGMx/S+xx6XtTBJs/Smw1wgNkd2Fn9GfYsb1B3amYt4uqaibRxrZJ5ZsODxcOCB0Kvrn91nNDvxGrltc9OLz+7478lwQs/2+u62NGz7/cDGIrD/B+S4NdeAuQQ8VMbdF0zz8voEwCK8TD4+CvrK7jhm/8Kmd+Sq5vITaXNr3d6Mgw9/NB1TbiRnf6UJFcGB/XpWsnDWSA2ZQPw3fRrnMfeYonGrcHMFI091C+J5g/rzHC9j9gqNcbbra6GhLp/Aegbur4EskARuuRWXFvf8nIR7Kj00LaZp/MYYp5wnJ4B+Ps7qs+Yka/Ydw9ljQfu1cswduuHZT0fvw6Tvoy+fnuxAGOGM/NpPYvzdTQko+uz0+I9B11Dl/X0rHlyhwNPIMrGYKEwnpLhtvZ16V7J9lIiLqVPpF2l6hY/43GYBXKAQRxfc7ZmjuTPagOq1ZecD+IgQHWscTkbakQHYFW7Yg2+tD2An/Uoo5zAd6U+S4TzoXMmjc+IA/obza3C+n6w1pu1LW5Uh2EzGe1drRUlWb3INeTw6aLrz4IKpLqLnS6jPLMNyUwBv5xtY4Cld5RLP31cU9K+I5lLiVzoo4s+jR/FRnbmq29mkzqcM6VC7OqHg6gcVPfA5ruDg4duZ1V6/hhxYczIL+CNaxQb2SS3qRbXsJpjT0F+e9GtUj23DIcRwbbhCqo6yHBNSYK6Vr34R/WYmpGVG3AVW3WAYE2byTpM+kSOOA0Hr9iCA7XVpE4OuhbbqDbCuQeMqXwkFzHtot0kc5r/gtLNm3WAB13XrOFsd3JhCZXdPrnaHT/xZTm13rUgcASrurh2MltH4b1+4BD8MvPD28ijgE05fPpqtm5JBYgHEa5mL7raO98kB3G3XGgQt7/UprrFgb/n7SGWa+DyRjB0Xis7/ZrDXCd11tUlOeprD4D51ecg710Knwb8bA6lcPskABLk5CV9tGOduOosS46f8QdxKIFF3eTj9gHIf1BRrsgm7pF6lmQbCIAf3nDPvqst9TVq1RdfArO4Qx0twLrc9JGPfshAn9X3kFhHvGmDfxcPOZlLa2TiH8VjVrvbL5s1ecx8M0z1cQbEhI+2Gqd7XAwaV/0nv1Tuih39B1vUxnOW4XCG5B3DPDmLmtYNXYDO9CLpodr1GkXIsCP3B/0D+QjOIY//gLHbK5u3zrf5A98d49FzqXWvYne8eY5GoPDzLjFLHp8joIzdyCyLZLA2Yp5Zr368jLhZ73XY6qddbdTpo6T9LW+ZQPejwC2IeyAPO5d6XqhTkqKuVad/JM+S5tvubP6Iz2+xs/8RX85lFseYEcbbfm4COnM/Y/q8/Vyl52V1nwJKWfBnL8qCdkr6hv2e/QQwBGTFf7nM9p+N+5eP66ntzWY+8z2V5E3FtJ/RC+GmUm+Y9wTeE/jJCeAB14dcdfDi2sspZ32DTANf0MlGSe1VeyHPV+XH+b3lf3ACr34o+fActsb/osOvXcJP9Vl/djNuP8XBjeK9fE/gewL+HwN9e/IaHtLZnUfqI9svPsxcHyA8TNHD7uztYbPY4YukL3nryvO/Ffw/BKZn61XaJqef5nOZx9UXQH2w9IHkg0hZJlRjzk5KsNsDhb/04C/aLP7Ay8c/eN24PqDOap4rf4bSHRizOsDnHcXRV+fozhJ9Ud4zbI2T9fCMmlGNW3js/CkABt9d8nB+dDr+I4r2Pbh8w4YPue27cgeSXCj+KgWxO/ErvA1/ndFG7d25cNNHeSv/Riv1Ab20Z4NilSN8gzk1v89nvMk6a4l5BFeBP6rgUe7RXhwTXtCy8wJAs4cWaKNEQP2vrhxD7xsUkP6iklyRTdxPUKcHt8wHDHFdPqiYteEp1rD+V9m9r4MaeyDHaM7g6Pm2DP/yFUKM13e0acE8DjE3Gbq/cPSgOd1EdQ2z8yMAGg8RuSmUYdD3X17IHIIGEWG6/6xTjfW2KK+B3q8sHz7hs9W/UF3WYCxqletsHcJ83IVjgJW/YRJbX2CtblFg73zIY64GUjff5Z6JJxKYvGkePgsWwPhH8CGHW+TnLSgFhJtDOcDtNnUQczB7TL9mwshO/09K/nNNcCw3DsapWbAHh5N+OTA/K12dbJqP6/gBs1yr/uvDY7EeL1zfxBXY7cHV+kVv9oBA801yVj0HsJ2p1eisXwv1pevsvgC6jz8BiQ9tPvArSbhTRBeYrYyP8+sW+BMKOv1zunD3ADkUP9PqRu/lhi81Y8E84AkWwrbxkM/L9BVG5aB5zF9JxxXhWou9qc1DDmc94jOyA1h9RT+zH4CZzkNrWM1Mnwj92PkRoCbsfhFyrQmxLeEQ6+NXa4Aixsctiz0pwHhxk9JV2RP7Wq3TwN+B9fAT/9vczTPLG3Hdw2S4s4evlYw4NOdEYR6lhHZcxK7qIQY4AZbmhHqUZzjZ+RF3uCcM8FJqL2t9+uTFugJKgQ9rapH2dYAYlMzpPm1ojurAxNrbXK3UoWPOXZKcvvj9vQxLPAB9YX71rfqFIu3w88eVCRbOQTTTduCU6wRny8U+V0lB7dbbKhd+n+/XWQzkMZcykysxW7wlr6pWf7RXNWbnE8CpNxGqaPOiRweokvJfmANJPYpR/yjO551YY6DdrXUVj3ZK+oxbun/mQVpuldS9XeNP6RNmWlOw6zzg4y2+29QV9sC/8xDpL/fqFIB59pLcimvryXTPVjqf9xmkYjN5kWw3RA46kkyEtIabSdbEbb6VwlqIE5wujXbKznl9Uecywh7ZUXbmy9IihkpuVDldrQb8jMli78ZZDZTHPnZnY4bl8mahQ59hfEDqRbu36Tqpb5/NH8ZNlo/DohdAG24Z6vDQcwO8jMt0D8HpAbNWosYo5Kw9fci1gOeLtdm2Z+CxtI7XGUvp/cG660//V1hBrJq6PHU8U0efG70+k9rL1wpfAMr6jsEaxvahLzy63wMor4x+oa7CTw8550OpiWqDbuszc1DYp+jKHQVX65tJXdr3m7n8FNz03GVJYd/KzU9rh7TodwD15xVEWvIhKWuQ/MuHXrCm5bNxU5Bv53ITWA9ydjGuxGAzeM9S1Nf2RI1/ywJ3dBmf03MnX8qoxivb8ItMvbi2uWD+mSuceyYRMVbr9B4IRrZkF2f1O5tfRC+A7HA8VreW5i8NAKDA4q1FZjb4ktfoYVw+/IofcVE/dcZt8GNqdxgrTvH8we16tfXO3DtsFvzV0nfv1/nmTs3mxB6EjIBjWKF/ZMzmfUYATPYyio1sRvj8yB2o4XVWcoNRdQZFNvq8tFi8CC5xZk1IvfxafLv1cBjbC1pxVS/4u7ig1GHD4DBhunwBs9ynZ235jQfWuLysxvkXzjE1K+JrLQ+vMd73qmt9AdSBRE1EtlFDFpsa6ghD7FvfhSWvquBS7tRhc7GX6pIHMP1FG6X3J9acLQ+wptCnth29yy8ch2ciAkVPF/qKIJe2UT3/i0y/LsBdr5NC6RkoF9NTZ29UGxj+HsWqnTmwQZ9dn+Y8HPhVYgRqOdnBRhA/agP/ckcP1hYvmwNzunkIfmdncFKG+2XYV3CT5eMw9I0bF2VduC/wlZtzfgpfq+mY5JY+F2t/qU30K70ht9tn4lImOSBsyCP6HYDHretR0TD4dxm7n/HQ5029YujR4Ef27NS6Q6FJxpsPlrrO6BVndxaI93dUPIHb7QswiEu8BAZDa25bbCqsw/pcE0bt1Om7KLuzssIO/F1+xOUzMnpbAOxDfvu6/vyLPq9ckh89+FegmTt8+Blge4WH9wqH8OFnf5SsqVJ91CkZ59e0BzK9L8Ac4dIuMdnZTOdAvsT362K/ug+ErJJ1KNUZ2dQ/0pcvAACfBR8VfVF7PWzKbdY3fV6W/Ozh0lIzvR7Ck7hncsOXDPrUe0aYXEs869dwzYe+e/l8xaBvgsn93d4frQN8v2bNgf2Wl4BiQ5+tZxzJlRLDOGy4gmfBLGd7uCQykAdug7ih+SKvaX0/p4DE1Xm0+qxFyVpYRzb4aTeZ4dLqKT6xiGe+DB5hKCv+CZzGC7l6ExiSdrXRXuQZvkhvtbHYucCnXGfrstRD63+yCmVAunuLM+6npfFsNPy6Oa4p/K5RUXwNrHmzDNeQ5bry9u82XnENmyU7SR8lnNDLveJyqMdckVcPs87zNJb1A1rtGtks4HQt5Hvs6F9Lehty7ro8ll+zzshOfyQ/1WgA28M6m6e1B3o9MJPGyDV8Sd3EizU+Cl73kICz1RjQv9eMWpl6mZiAmT6ccNe+CxZn2+YQ5O6YzuC0c4DetD+vc23yTK11L0D948Iimws5u2RPq3wf59dRfvcCiAK8bQD6mEH74rY2DlqzHZBBym3mQf8dvsQoxy4msyAOZSbHx7hcPswM8/z8GnGRjflPleiF/VAagcax2Nljs10kCZz64nc1h7CI4z0MyjsOZ9t/2gCUtxnX5QzaHwNmEiQGwHrn27kYKRw8EgblbXevteeMfrZ+PcToZ9YTfZRRMfjop05Z4vmwRKmvZsO8Wy9F1fkrV9rVdlmXmRUOfw94tGncIeguQ52EA4tsLiRaIo2HYATRPvaiuXKN4uB7xLVbfzf+EZyvYnJPMji6h5l4jXn2Xmrt36Qf9sOehdaDXzfHPc9Lrc8a+J/g8IXDOmpjXPEt93cZUEBe4YHiBmT4Yia78ch5X+8J+AnwHMGOs4c1JWx6VTsfPpPZ86o4M709i6Og3bqfI6AXs+8Ocjf+xdp903mRCfAc6YuA1OjDOvIz7g7Z8N0LpmHTbgbGK8cWe0YBIEHP5L9z3hP4zRPg2feSPdGONXRdM+ZuyTqUp/DPviG0wbMYpwhLknKA+ad4CKVQJc9X5ReSfhv/GxM4eyjbzyLuo8doamfrEI8PEdcfvq5fW+DVuq3eSaXOybj9NJeTLbzT/s0TOHso2wsAw/EP32B9tpbOv6urDuov9LA1ri/EiWN6y70J8BtQ9gzvxns2yM/W8rmjdYjZ/h7AKCtj5wMPyRt59S8nlD+ysB+JOJQMpI9BrjxQwOwv/DEILtQvV42H8kNX4zqpf5Yj8mbXyj/LPetjL8+urXW9frYXn1f3Us6V9/v1brzPxxoP/2iWIztxIj9s4QvllhcAK1PyJYD/Yy/+vFL+zJLkIKkzbSptA6YxdO7EMucmWfvy9W2tPW/1Ltz4Yhnlr/wCdYva+kWPQZ+3FAlA2ixZ18uSozNivMoAdm6S/kaBnP/Iv2OPXgLE194UM/IjNnz4kfiwPwbUDUEhros6JYTY5QWEvy4qsrmQBy85/LCMHR7MAUwvXTZLP8dp/UsFj8m1B/akbtqkz+Hh07wNvfXJWsx1a9Zt8YyDNH6MUddUR41BblhnCrZ2gp/fZ9SPOIzqT3t8yCcA9gWiwTUlFMQfGsMnC395m9W+/LD5OoP1geMgDhs3cq3suzUe1XvlseoDfou5m0f7K99SQ2eH88Uz1s2M8caLMZqb0oO+ujopkD4IMxrNiTzTNQJ+fbWvWrXebS8AK+oL3bIGv9/uyQAAB6dJREFUtt4jUI2B/koXfh9y52X98dCkD8dFDs+qs6TJ/eWeI0Fmgrl0XM3HlwMfqlWdDiMIrnUCezUJn1EI7eQ1xWMwpMNe8WQq8Vnv45OehERyu0DASDTbo5RsHR/n14/il8LFyP98R4LbBr/ZBnf7wgqGD1/6sFvuKH7GgWUP8gSPA4YzNB6G/UHJOKwffT2oBmfPPW3rST3Gdi3bTLj/jCFei/1sWqww8WNCIM50Vss/EHBh0fL4zyHdw2PNdrkX6nU4dy+uzlH53IkFXOCVm4dGS13Sb8RtDz/5khhqPPOynmpJ1W/ikHpONnoe4s1eAN2wb2rsNIw2qzoAsfa204Uelvi/wvGL69US/t9+E29kpz8jbZZ88fPgXD4LgkvMDB3lcZlDpuBviBnt88g+62n0O4Dbhm0bDw47Gx9yFqyDnz7IB184lN3N2lFd+iijmG3baJIje65A9Ms19jlEyMybMSb5UCvmsM4kR/N/s87eKde9jPZ5ZP9GZA3Kj+gTwK0Pf6m9pvVN0Gsg2i53kJqdCv1cF8n8KxwIV7GCGtV/l53FXkFqT9B1DX6RzfMe5GCW3Z4Ylu4X9VQdX/cXrbs5PJj3odboE8CDeaTg2wPHQ2SHZJisftVLQjtMw+S5o74UyWMeOvcKr8NmzDO/vfIXq76NRRvZu6CTi4u9t08XKG9Yhz2BXX2mV8bi2+7AcE7Pe7vggxNG+zyyz+j4F8Bt3/1nRbM+HoDdzdd4YmRrBnHTmWitILeZXBwPI2WLmynE0J68zpgZzsDX+sTPkqvrRJ3uJZDB9zGsqT37GL+22K05C8YWZ8mr6sXaHu4DeLzpxJoXfWqjbyR1MO0AjIJ37EJCa+xAND5sbCdZc4zLGR6Nw6q21vOxVp/mMzyQm+aC4M2eO2z9z0sBK7pm/fp4x6XVmtnN56HaOlPf4bfcTaV9EvV55EipfrGd3W+Fg97m5h3ROtu7/wQQYU1tKCTNTmPPOM/in80TjtsDX8wBB+HKYUh/NzIeV2rJGK6rxocf+Zd9LOa4JIR8w7hlBsQzzFaf9mYoCm0+VmNO6su5Eddqp3r/ZNJZyUbZuMNJkXA53ZL4nTG5uJKbLNGFcQYPrItDwAfpQ+uoXkhdmrv+LKm4Xsdabd0wZGExyqnrQ0Ivq0Gty5gAyPS5E3eSVDc35aR6wdZZoxTOjLfB/nH5E0BFsS+OhLrO6Ok33gzcOIXNT/K2vvuPcFD7ZP0RJOzoZdTPzDfCbC8UDRDutQdda9xKn/R/hmsrZ7htDWVSq4vbWFw6B8YnnO8GBx86m1vkYw8hj+4FEA3VV5+tr+bPsJ/oCwe1Ux9zkFlgU+6+uKkN1+qd4i5cOzzY1ed1+tXeAPJKx9n/AvKwNk4Xa+bZSST7FVOnrvxd8LVFdv8Pcb7spzfcsbbNecTBv4PeDGM5sFmy8z2q/yFHO4B4oHZq14+VtmeuhfGSh10lo4lFSftAguv3SwCrPxIpa9YSb1Ot1k7fLTejzGozn/1mYplzQmb3v8XNZnPLJwA2fqKZV0ppAztLSubwqIO45Ggcvh+oXDPDH7eAJ311aPSp7ALyi9S8PA+/zpfbi2Qd9hll06exUdxFW3r/HY/hfPkJoDswbAZkHdCBv/qpl6BhwQPA3HDquxMhjU+GSzdY9kFJPJX0eVliMvUUaqVzb87g7uTWWQdkULfNh/0yDmu1UVd70cEjxV9/AYkafh3VtZopfOYnZOsZsVajpkGfrTXeYtP91wL9l5097DKVY+eQRfsEwGCVRl7Ce1VjxXP3RtTvTqwldYaq8M5wGW308LsiCpOP1CIfbBhv2s7Kys1q8SB0WOTRGb8Wy9wgB/PyN8LqHNmrr0m7x/Nx3u/XjKf0fqzh4811kZl9Rvj2pbWYDJtefg1flKc5SX25h1FtrW/+8OwgDoNrD4CAHeziQ96HrqHL+mGbAa61uH1hTUrx7XJQXJ/bfEGdD9jUTl3sHk9oTtW2L4xSbLXRDht1So0r+lkuhGmcPD4DYDcfa3F+XDM0kjVWsVVHgq5Nz+BGtVY2ffi6WOWgjsgOm9l3ebZZswbxKWGH7te0M0/WBw6fGmR6C5oBR74A625T41aAebBYQ320ZeUst/lKz8NNyRa6EoeZ69xHWJmYUe7C3n4kEy5tPiX3MJ9iU/8C/nigmeB7svUWNrF2pa89yvdxfj3Ky9qBl8HMxLAmXgD6s58OVHXGdxvMQl4y+N8o2euqN4uLZrhKbX7WomyODcXl3vHS1PMyYnKm73a2wNl4E6fj7XwjDrfYycVqVszo3917G/OukGBNyjNYq1y8AHBx0F+r8VeNaxs2Dv/XebT/RzZ3+CgcFePmQlL3cbRHMcWGOmd6GuWM7J7WdG2cb8GaFjrrBLM/LjmyuZCN5UP2v9Q/7DdfABvcWujrblCj+LsVPry+C2fHPnQvY+dv6YH91+2h9fB03qgbzK/NVpVsnOZE+gjH2dP7H9V4+iAjEhds9U1Z8n97HxdG8K9KHe0n7Wj2WXtdX6rysB0etGjyFl9j4cdabFHKj9qeNcwfbfJd/D2BkxPQF08HYQ91s/l1c3wpL/ucvSwxN8D38j2BV5uAfzn8ymfp/wM85NmFOrMFugAAAABJRU5ErkJggg==\",\n \"calico\": 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\",\n 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\",\n \"catppuccin\": 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\",\n 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\",\n 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\",\n \"spirit\": 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\",\n \"valentine\": 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\",\n 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\",\n \"vaporwave\": 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\"\n}\n", "type": "registry:lib", "target": "lib/oneko/skin-sheets.json" }, { "path": "lib/oneko/skins.ts", "content": "import sheets from \"./skin-sheets.json\";\n\nexport type OnekoSkin = keyof typeof sheets;\n\n/** Original, unmodified pixel art. See docs/skins.md for provenance and credits. */\nexport const ONEKO_SKINS = [\n { id: \"classic\", name: \"Classic\", description: \"The little cat that started it all\" },\n { id: \"black\", name: \"Black\", description: \"A tiny midnight shadow\" },\n { id: \"gray\", name: \"Gray\", description: \"Soft fur, softer footsteps\" },\n { id: \"calico\", name: \"Calico\", description: \"A patchwork of mischief\" },\n { id: \"tora\", name: \"Tora\", description: \"A little tiger at heart\" },\n { id: \"catppuccin\", name: \"Catppuccin\", description: \"A warm cup of cat\" },\n { id: \"ghost\", name: \"Ghost\", description: \"A pleasantly spooky companion\" },\n { id: \"silver\", name: \"Silver\", description: \"Moonlight on little paws\" },\n { id: \"spirit\", name: \"Spirit\", description: \"A curious little daydream\" },\n { id: \"valentine\", name: \"Valentine\", description: \"Wears a heart on every paw\" },\n { id: \"maia\", name: \"Maia\", description: \"Small paws, big personality\" },\n { id: \"vaporwave\", name: \"Vaporwave\", description: \"Dreaming in pink and purple\" },\n] as const satisfies ReadonlyArray<{ id: OnekoSkin; name: string; description: string }>;\n\nexport function isOnekoSkin(value: unknown): value is OnekoSkin {\n return typeof value === \"string\" && Object.hasOwn(sheets, value);\n}\n\nexport function getSkinSource(skin: OnekoSkin = \"classic\"): string {\n return sheets[isOnekoSkin(skin) ? skin : \"classic\"];\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/start-cat-animation.ts", "content": "import { refreshZones } from \"./zone-runtime\";\nimport { hideBubble, showBubble } from \"./animation/bubbles\";\nimport { createFrameLoop } from \"./animation/frame\";\nimport { createMouseMoveHandler } from \"./animation/mouse\";\nimport { startAnimationLoop } from \"./animation-loop\";\nimport { BUBBLE_DISPLAY_FRAMES, OBSTACLE_INTERVAL, PATH_RECALC_INTERVAL } from \"./constants\";\nimport { createDebugControls } from \"./debug-controls/index\";\nimport { createBubble, createCatElement, createDebugHUD, createDebugSVG } from \"./dom\";\nimport { createKonamiHandler } from \"./konami\";\nimport { createPersistHandler, loadPersistedCatState } from \"./persistence\";\nimport { teardownCatAnimation } from \"./teardown\";\nimport type { CatActivityState, CatLiveState, CatRuntimeState } from \"./types\";\n\nexport interface StartCatAnimationOptions {\n stateRef: { current: CatRuntimeState };\n elRef: { current: HTMLDivElement | null };\n lastStateRef: { current: CatActivityState };\n onStateChangeRef: { current: ((state: CatActivityState) => void) | undefined };\n liveStateRef?: { current: CatLiveState };\n persistPosition: boolean;\n storageKey?: string;\n zIndex: number;\n}\n\nfunction createDebugWrapper(\n zIndex: number,\n debugHUD: HTMLDivElement,\n debugControls: HTMLDivElement,\n) {\n const debugWrapper = document.createElement(\"div\");\n debugWrapper.setAttribute(\"aria-hidden\", \"true\");\n debugWrapper.style.cssText = [\n \"position:fixed\",\n \"top:10px\",\n \"left:10px\",\n `z-index:${zIndex}`,\n \"display:none\",\n \"flex-direction:column\",\n \"gap:6px\",\n \"pointer-events:none\",\n ].join(\";\");\n debugWrapper.appendChild(debugHUD);\n debugWrapper.appendChild(debugControls);\n return debugWrapper;\n}\n\nexport function startCatAnimation({\n stateRef,\n elRef,\n lastStateRef,\n onStateChangeRef,\n liveStateRef,\n persistPosition,\n storageKey = \"oneko\",\n zIndex,\n}: StartCatAnimationOptions): () => void {\n const el = createCatElement(stateRef.current, zIndex);\n elRef.current = el;\n const debugSVG = createDebugSVG(zIndex);\n const debugHUD = createDebugHUD();\n const { wrapper: bubbleEl, textEl: bubbleTextEl, tailWrap: bubbleTail } = createBubble(zIndex);\n\n const deps = {\n stateRef,\n el,\n bubbleEl,\n bubbleTextEl,\n bubbleTail,\n debugSVG,\n debugHUD,\n lastStateRef,\n onStateChangeRef,\n liveStateRef,\n };\n\n const frame = createFrameLoop(deps);\n const debugControls = createDebugControls({\n stateRef,\n el,\n bubbleEl,\n bubbleTextEl,\n frame,\n showBubble: () => showBubble(deps),\n hideBubble: () => hideBubble(deps),\n bubbleDisplayFrames: BUBBLE_DISPLAY_FRAMES,\n });\n const debugWrapper = createDebugWrapper(zIndex, debugHUD, debugControls);\n\n if (persistPosition) {\n loadPersistedCatState(stateRef, el, storageKey);\n }\n\n refreshZones(deps);\n\n document.body.appendChild(debugSVG);\n document.body.appendChild(debugWrapper);\n document.body.appendChild(el);\n document.body.appendChild(bubbleEl);\n\n const onMouseMove = createMouseMoveHandler(deps);\n document.addEventListener(\"mousemove\", onMouseMove);\n const onPointerDown = (event: PointerEvent) => {\n if (event.pointerType !== \"touch\") return;\n if (\n event.target instanceof Element &&\n event.target.closest(\"button,a,input,select,textarea,label,summary,[role='button']\")\n )\n return;\n onMouseMove(event);\n };\n document.addEventListener(\"pointerdown\", onPointerDown);\n\n const invalidateObstacles = () => {\n stateRef.current.lastObstacleRefresh = -OBSTACLE_INTERVAL;\n stateRef.current.lastPathRecalcFrame = -PATH_RECALC_INTERVAL;\n };\n window.addEventListener(\"scroll\", invalidateObstacles, { passive: true });\n window.addEventListener(\"resize\", invalidateObstacles, { passive: true });\n\n const onBeforeUnload = persistPosition ? createPersistHandler(stateRef, el, storageKey) : null;\n if (onBeforeUnload) {\n window.addEventListener(\"beforeunload\", onBeforeUnload);\n }\n\n const onKeyDown = createKonamiHandler(stateRef, debugSVG, debugWrapper);\n document.addEventListener(\"keydown\", onKeyDown);\n\n const stopAnimationLoop = startAnimationLoop(stateRef, frame);\n\n return () =>\n teardownCatAnimation(\n { el, debugSVG, debugWrapper, bubbleEl },\n {\n onMouseMove,\n onPointerDown,\n onKeyDown,\n invalidateObstacles,\n onBeforeUnload,\n stopAnimationLoop,\n },\n );\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/teardown.ts", "content": "type CatAnimationElements = {\n el: HTMLDivElement;\n debugSVG: SVGSVGElement;\n debugWrapper: HTMLDivElement;\n bubbleEl: HTMLDivElement;\n};\n\ntype CatAnimationListeners = {\n onMouseMove: (ev: MouseEvent) => void;\n onPointerDown: (event: PointerEvent) => void;\n onKeyDown: (e: KeyboardEvent) => void;\n invalidateObstacles: () => void;\n onBeforeUnload: (() => void) | null;\n stopAnimationLoop: () => void;\n};\n\nexport function teardownCatAnimation(\n { el, debugSVG, debugWrapper, bubbleEl }: CatAnimationElements,\n {\n onMouseMove,\n onPointerDown,\n onKeyDown,\n invalidateObstacles,\n onBeforeUnload,\n stopAnimationLoop,\n }: CatAnimationListeners,\n) {\n document.removeEventListener(\"mousemove\", onMouseMove);\n document.removeEventListener(\"pointerdown\", onPointerDown);\n document.removeEventListener(\"keydown\", onKeyDown);\n window.removeEventListener(\"scroll\", invalidateObstacles);\n window.removeEventListener(\"resize\", invalidateObstacles);\n if (onBeforeUnload) {\n window.removeEventListener(\"beforeunload\", onBeforeUnload);\n }\n stopAnimationLoop();\n\n for (const node of [el, debugSVG, debugWrapper, bubbleEl]) {\n if (node.parentNode) {\n node.parentNode.removeChild(node);\n }\n }\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/types.ts", "content": "import type { OnekoZone } from \"./zones\";\nimport type { ZoneRuntimeState } from \"./zone-runtime\";\nimport type { OnekoSkin } from \"./skins\";\n\nexport type CatActivityState =\n | \"idle\"\n | \"moving\"\n | \"sleeping\"\n | \"scratchSelf\"\n | \"tired\"\n | \"alert\"\n | \"scratchWallN\"\n | \"scratchWallS\"\n | \"scratchWallE\"\n | \"scratchWallW\"\n | \"freerun\";\n\nexport type IdleActivityState = Exclude;\n\nexport interface CatLiveState {\n state: CatActivityState;\n posX: number;\n posY: number;\n velMag: number;\n idleTime: number;\n distToMouse: number;\n frameCount: number;\n freerunActive: boolean;\n freerunTimer: number;\n bubbleVisible: boolean;\n pathLength: number;\n obstacleCount: number;\n}\n\nexport interface OnekoProps {\n /** Freeze animation in place without unmounting. Default false. */\n paused?: boolean;\n /** Chase the pointer and visit favorite spots. False keeps the cat resting in place. Default true. */\n followCursor?: boolean;\n /** Allow the cat to nap while idle. Default true. */\n sleepEnabled?: boolean;\n /** Preferred bubble side; auto chooses the side with room. Default auto. */\n bubblePlacement?: \"auto\" | \"above\" | \"below\";\n /** Bubble size multiplier, in addition to scale (0.5–2). Default 1. */\n bubbleScale?: number;\n /** Directory URL for the optional .ogg sounds. Default /cat-sounds. */\n soundBasePath?: string;\n /** localStorage key for position persistence. Default oneko. */\n storageKey?: string;\n /** Strict keep-out areas and occasional favorite spots. DOM data-oneko-zone attributes also work. */\n zones?: readonly OnekoZone[];\n /** Chance to visit a favorite at each five-second check (0–1). Default 0.3. */\n zoneAttractionChance?: number;\n /** Time spent pursuing a favorite, in milliseconds. Default 4000. */\n zoneAttractionDuration?: number;\n /** Built-in pixel-art skin. Default classic. */\n skin?: OnekoSkin;\n persistPosition?: boolean;\n zIndex?: number;\n initialPos?: { x: number; y: number };\n speed?: number;\n scale?: number;\n opacity?: number;\n rotationAmount?: number;\n idleThreshold?: number;\n meow?: boolean;\n onStateChange?: (state: CatActivityState) => void;\n /** Probability per frame cat enters freerun mode (0–1). Default 0.06 */\n freerunChance?: number;\n /** Duration of freerun in frames. Default 40 */\n freerunDuration?: number;\n /** Whether chat bubbles are enabled. Default true */\n bubbleEnabled?: boolean;\n /** How many frames a bubble stays visible. Default 180 */\n bubbleDisplayFrames?: number;\n /** Cooldown frames between bubbles. Default 120 */\n bubbleCooldown?: number;\n /** CSS hue-rotate degrees (0–360). Default 0 */\n hueRotate?: number;\n /** Mutable ref that oneko writes live state to every frame */\n liveStateRef?: { current: CatLiveState };\n /** Bubble trigger probability while idle (0–1). Default 0.5 */\n bubbleChance?: number;\n /** Distance in px at which cat stops chasing cursor. Default 20 */\n followDistance?: number;\n /** Multiplier for idle animation speed (0.5–2). Default 1 */\n animationSpeed?: number;\n /** Custom text injected into the idle bubble message pool */\n bubbleText?: string;\n /** Sound volume (0–1). Default 0.5 */\n volume?: number;\n /** Show a red laser dot in place of the system cursor. Default false */\n laserPointer?: boolean;\n}\n\nexport interface ObstacleRect {\n left: number;\n top: number;\n right: number;\n bottom: number;\n}\n\nexport interface PathPoint {\n x: number;\n y: number;\n}\n\nexport interface CatRuntimeState {\n zoneState: ZoneRuntimeState;\n nekoPosX: number;\n nekoPosY: number;\n nekoVelX: number;\n nekoVelY: number;\n mousePosX: number;\n mousePosY: number;\n frameCount: number;\n idleTime: number;\n idleAnimation: IdleActivityState | null;\n idleAnimationFrame: number;\n obstacleRects: ObstacleRect[];\n lastObstacleRefresh: number;\n grid: Uint8Array | null;\n gridCols: number;\n gridRows: number;\n currentPath: PathPoint[];\n pathWaypointIdx: number;\n lastPathRecalcFrame: number;\n lastPathTargetCol: number;\n lastPathTargetRow: number;\n debugMode: boolean;\n paused: boolean;\n pausedCfg: boolean;\n followCursorCfg: boolean;\n sleepEnabledCfg: boolean;\n bubblePlacementCfg: NonNullable;\n bubbleScaleCfg: number;\n soundBasePathCfg: string;\n stateLocked: boolean;\n noFollow: boolean;\n currentSpeed: number;\n scale: number;\n opacity: number;\n rotationAmount: number;\n idleThresholdMs: number;\n freerunChanceCfg: number;\n freerunDurationCfg: number;\n bubbleEnabledCfg: boolean;\n bubbleDisplayFramesCfg: number;\n bubbleCooldownFramesCfg: number;\n bubbleChanceCfg: number;\n followDistanceCfg: number;\n animationSpeedCfg: number;\n customBubbleText: string;\n currentRotation: number;\n enableMeow: boolean;\n soundVolumeCfg: number;\n soundCooldown: number;\n bubbleTimer: number;\n bubbleCooldown: number;\n bubbleVisible: boolean;\n lastBubbleMsg: number;\n loopPrevAngle: number | null;\n mouseCircleWinding: number;\n freerunMode: boolean;\n freerunTimer: number;\n lastFreerunMsg: number;\n laserPointerCfg: boolean;\n laserCaught: boolean;\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/zone-runtime.ts", "content": "import { OBSTACLE_INTERVAL, PATH_RECALC_INTERVAL, TILE } from \"./constants\";\nimport {\n catZoneRadius,\n collectZones,\n containsPoint,\n expandRect,\n nearestSafePoint,\n type OnekoZone,\n type ResolvedZone,\n} from \"./zones\";\nimport type { CatRuntimeState, ObstacleRect, PathPoint } from \"./types\";\nimport type { CatAnimationDeps } from \"./animation/deps\";\n\nexport const EMPTY_ZONES: readonly OnekoZone[] = [];\nexport type ZoneRuntimeState = {\n definitions: readonly OnekoZone[];\n blocked: ObstacleRect[];\n favorites: ResolvedZone[];\n signature: string;\n targetId: string | null;\n visitFrames: number;\n cooldownFrames: number;\n chance: number;\n duration: number;\n movementTarget: PathPoint;\n};\n\nexport function createZoneState(): ZoneRuntimeState {\n return {\n definitions: EMPTY_ZONES,\n blocked: [],\n favorites: [],\n signature: \"\",\n targetId: null,\n visitFrames: 0,\n cooldownFrames: 50,\n chance: 0.3,\n duration: 40,\n movementTarget: { x: 0, y: 0 },\n };\n}\n\nexport function refreshZones(deps: CatAnimationDeps): boolean {\n const s = deps.stateRef.current,\n zones = s.zoneState;\n const resolved = collectZones(zones.definitions);\n const radius = catZoneRadius(s.scale);\n const signature = JSON.stringify([resolved, radius]);\n if (signature !== zones.signature) {\n zones.signature = signature;\n zones.blocked = resolved\n .filter((zone) => zone.type === \"avoid\")\n .map((zone) => expandRect(zone.rect, radius));\n zones.favorites = resolved.filter((zone) => zone.type === \"attract\");\n s.lastObstacleRefresh = -OBSTACLE_INTERVAL;\n s.lastPathRecalcFrame = -PATH_RECALC_INTERVAL;\n }\n if (!zones.blocked.length) {\n deps.el.style.visibility = \"\";\n deps.bubbleEl.style.visibility = \"\";\n return true;\n }\n const safe = nearestSafePoint(\n { x: s.nekoPosX, y: s.nekoPosY },\n zones.blocked,\n window.innerWidth,\n window.innerHeight,\n radius,\n );\n deps.el.style.visibility = safe ? \"\" : \"hidden\";\n deps.bubbleEl.style.visibility = safe ? \"\" : \"hidden\";\n if (!safe) {\n s.nekoVelX = 0;\n s.nekoVelY = 0;\n return false;\n }\n if (safe.x !== s.nekoPosX || safe.y !== s.nekoPosY) {\n s.nekoPosX = safe.x;\n s.nekoPosY = safe.y;\n s.nekoVelX = 0;\n s.nekoVelY = 0;\n deps.el.style.left = `${safe.x - TILE / 2}px`;\n deps.el.style.top = `${safe.y - TILE / 2}px`;\n s.lastPathRecalcFrame = -PATH_RECALC_INTERVAL;\n }\n return true;\n}\n\n/** Favorites are sampled every five seconds, with a quiet gap after each visit. */\nexport function updateZoneTarget(\n s: CatRuntimeState,\n width: number,\n height: number,\n random = Math.random,\n): void {\n const zones = s.zoneState;\n const oldId = zones.targetId;\n const radius = catZoneRadius(s.scale);\n const favorites = zones.favorites.filter((zone) => {\n const point = {\n x: (zone.rect.left + zone.rect.right) / 2,\n y: (zone.rect.top + zone.rect.bottom) / 2,\n };\n return (\n point.x >= radius &&\n point.x <= width - radius &&\n point.y >= radius &&\n point.y <= height - radius &&\n !zones.blocked.some((rect) => containsPoint(rect, point))\n );\n });\n // The laser toy and explicit debug controls keep priority over occasional visits.\n if (\n !s.followCursorCfg ||\n s.laserPointerCfg ||\n s.noFollow ||\n s.stateLocked ||\n zones.chance === 0\n ) {\n zones.targetId = null;\n zones.visitFrames = 0;\n zones.cooldownFrames = 50;\n } else if (zones.targetId) {\n zones.visitFrames--;\n if (zones.visitFrames <= 0 || !favorites.some((zone) => zone.id === zones.targetId)) {\n zones.targetId = null;\n zones.cooldownFrames = 80;\n }\n } else if (--zones.cooldownFrames <= 0) {\n zones.cooldownFrames = 50;\n if (favorites.length && random() < zones.chance) {\n const index = Math.min(favorites.length - 1, Math.floor(random() * favorites.length));\n zones.targetId = favorites[index].id;\n zones.visitFrames = zones.duration;\n }\n }\n const favorite = favorites.find((zone) => zone.id === zones.targetId);\n const desired = !s.followCursorCfg\n ? { x: s.nekoPosX, y: s.nekoPosY }\n : favorite\n ? {\n x: (favorite.rect.left + favorite.rect.right) / 2,\n y: (favorite.rect.top + favorite.rect.bottom) / 2,\n }\n : { x: s.mousePosX, y: s.mousePosY };\n zones.movementTarget = zones.blocked.length\n ? (nearestSafePoint(desired, zones.blocked, width, height, radius) ?? {\n x: s.nekoPosX,\n y: s.nekoPosY,\n })\n : desired;\n if (oldId !== zones.targetId) s.lastPathRecalcFrame = -PATH_RECALC_INTERVAL;\n}\n", "type": "registry:lib" }, { "path": "lib/oneko/zones.ts", "content": "import { TILE } from \"./constants\";\nimport type { ObstacleRect, PathPoint } from \"./types\";\n\nexport type OnekoZone = {\n id: string;\n type: \"avoid\" | \"attract\";\n /** CSS selector. All matching visible elements become zones. */\n selector?: string;\n /** Fixed viewport coordinates in CSS pixels; selector takes precedence. */\n rect?: ObstacleRect;\n /** Extra space outside a keep-out zone, in pixels. */\n padding?: number;\n};\n\nexport type ResolvedZone = { id: string; type: OnekoZone[\"type\"]; rect: ObstacleRect };\n\nexport function isValidRect(rect: ObstacleRect): boolean {\n return (\n Object.values(rect).every(Number.isFinite) && rect.right > rect.left && rect.bottom > rect.top\n );\n}\n\nexport function expandRect(rect: ObstacleRect, padding: number): ObstacleRect {\n return {\n left: rect.left - padding,\n top: rect.top - padding,\n right: rect.right + padding,\n bottom: rect.bottom + padding,\n };\n}\n\nexport function containsPoint(rect: ObstacleRect, point: PathPoint): boolean {\n return point.x > rect.left && point.x < rect.right && point.y > rect.top && point.y < rect.bottom;\n}\n\n/** Conservative radius also protects the corners when a scaled cat tilts. */\nexport function catZoneRadius(scale: number): number {\n return (TILE / 2) * Math.max(0.1, Number.isFinite(scale) ? scale : 1) * Math.SQRT2 + 1;\n}\n\nconst elementIds = new WeakMap();\nlet nextElementId = 0;\nfunction zoneElementId(element: Element): number {\n if (!elementIds.has(element)) elementIds.set(element, ++nextElementId);\n return elementIds.get(element)!;\n}\n\nexport function collectZones(zones: readonly OnekoZone[]): ResolvedZone[] {\n const result: ResolvedZone[] = [];\n const add = (id: string, type: OnekoZone[\"type\"], rect: ObstacleRect, padding = 0) => {\n if (!isValidRect(rect)) return;\n const extra = Number.isFinite(padding) ? Math.max(0, padding) : 0;\n result.push({ id, type, rect: expandRect(rect, type === \"avoid\" ? extra : 0) });\n };\n const addElement = (id: string, type: OnekoZone[\"type\"], element: Element, padding = 0) => {\n const style = getComputedStyle(element);\n if (style.visibility === \"hidden\" || style.display === \"none\") return;\n const { left, top, right, bottom } = element.getBoundingClientRect();\n add(id, type, { left, top, right, bottom }, padding);\n };\n for (const zone of zones) {\n if (zone.type !== \"avoid\" && zone.type !== \"attract\") continue;\n if (zone.selector) {\n try {\n document\n .querySelectorAll(zone.selector)\n .forEach((element) =>\n addElement(`${zone.id}:${zoneElementId(element)}`, zone.type, element, zone.padding),\n );\n } catch {\n /* A stale or invalid selector must not stop the cat. */\n }\n } else if (zone.rect) add(zone.id, zone.type, zone.rect, zone.padding);\n }\n document\n .querySelectorAll('[data-oneko-zone=\"avoid\"], [data-oneko-zone=\"attract\"]')\n .forEach((element) => {\n addElement(\n `data-zone:${zoneElementId(element)}`,\n element.getAttribute(\"data-oneko-zone\") as OnekoZone[\"type\"],\n element,\n );\n });\n return result;\n}\n\n/** Find a safe center even when zones overlap or appear around a resting cat. */\nexport function nearestSafePoint(\n point: PathPoint,\n blocked: ObstacleRect[],\n width: number,\n height: number,\n margin: number,\n): PathPoint | null {\n if (width < margin * 2 || height < margin * 2) return null;\n const clampX = (x: number) => Math.max(margin, Math.min(width - margin, x));\n const clampY = (y: number) => Math.max(margin, Math.min(height - margin, y));\n const origin = { x: clampX(point.x), y: clampY(point.y) };\n if (!blocked.some((rect) => containsPoint(rect, origin))) return origin;\n const xs = [\n origin.x,\n margin,\n width - margin,\n ...blocked.flatMap((rect) => [rect.left, rect.right]),\n ].map(clampX);\n const ys = [\n origin.y,\n margin,\n height - margin,\n ...blocked.flatMap((rect) => [rect.top, rect.bottom]),\n ].map(clampY);\n let closest: PathPoint | null = null;\n let distance = Infinity;\n for (const x of xs)\n for (const y of ys) {\n const candidate = { x, y };\n if (blocked.some((rect) => containsPoint(rect, candidate))) continue;\n const nextDistance = Math.hypot(x - point.x, y - point.y);\n if (nextDistance < distance) {\n distance = nextDistance;\n closest = candidate;\n }\n }\n return closest;\n}\n\n/** Swept collision: a fast cat cannot jump over a thin forbidden zone between ticks. */\nexport function constrainZoneMovement(\n from: PathPoint,\n to: PathPoint,\n blocked: ObstacleRect[],\n): PathPoint {\n let limit = 1;\n const dx = to.x - from.x,\n dy = to.y - from.y;\n for (const rect of blocked) {\n let enter = -Infinity,\n leave = Infinity;\n let misses = false;\n for (const [position, delta, min, max] of [\n [from.x, dx, rect.left, rect.right],\n [from.y, dy, rect.top, rect.bottom],\n ]) {\n if (Math.abs(delta) < 1e-9) {\n if (position <= min || position >= max) {\n misses = true;\n break;\n }\n } else {\n const a = (min - position) / delta,\n b = (max - position) / delta;\n enter = Math.max(enter, Math.min(a, b));\n leave = Math.min(leave, Math.max(a, b));\n }\n }\n if (!misses && enter < leave && leave > 0 && enter >= 0 && enter < limit)\n limit = Math.max(0, enter - 0.001);\n }\n return { x: from.x + dx * limit, y: from.y + dy * limit };\n}\n", "type": "registry:lib" } ], "docs": "Includes the React component, animation hooks, engine, 12 bundled pixel-art skins, and skin credits. Customize paused, followCursor, sleepEnabled, bubblePlacement, and bubbleScale without remounting. Mark elements with data-oneko-zone=\"avoid\" or data-oneko-zone=\"attract\", or pass zones using selectors or viewport rectangles. Render from a client-only entry point. Optional: copy sound files to public/cat-sounds/, set soundBasePath to your sound directory, or set meow={false}. Use storageKey for independent saved positions.", "categories": ["visualization", "misc"], "type": "registry:component" }