Claude can't click through REAPER, and it can't hear. It can drive REAPER through REAPER's own scripting API, and it can measure audio. So each piece is written as code that builds a REAPER session. REAPER renders it, a script measures the result, and you listen and give your verdict.
song file (code) → session file + job → REAPER builds and renders it → measure → you listen → revise
Multiplayer games built with Colyseus, ranked by likes on each developer's most-liked video tweet from the last 30 days.
48 games — generated 2026-05-08.
| # | Preview | Game | Developer | Likes | Video |
|---|---|---|---|---|---|
| 1 |  |
Hollowlands | @andreeliasdev | 797 | watch |
| 2 | Mafia City | @davidbmadsen | 209 | [watch](https://x.com/ |
| import fs from "fs"; | |
| import { Schema, Reflection } from "@colyseus/schema"; | |
| // ... | |
| class MyRoom extends Room { | |
| // ... | |
| onCreate() { | |
| fs.writeFileSync("patch-debug.log", ""); |
| processor : 0 | |
| vendor_id : GenuineIntel | |
| cpu family : 6 | |
| model : 60 | |
| model name : Intel Core Processor (Haswell, no TSX, IBRS) | |
| stepping : 1 | |
| microcode : 0x1 | |
| cpu MHz : 2394.454 | |
| cache size : 16384 KB | |
| physical id : 0 |
| processor : 0 | |
| vendor_id : GenuineIntel | |
| cpu family : 6 | |
| model : 85 | |
| model name : Intel Xeon Processor (Cascadelake) | |
| stepping : 6 | |
| microcode : 0x1 | |
| cpu MHz : 2893.194 | |
| cache size : 16384 KB | |
| physical id : 0 |
| processor : 0 | |
| vendor_id : GenuineIntel | |
| cpu family : 6 | |
| model : 94 | |
| model name : Intel Core Processor (Skylake, IBRS) | |
| stepping : 3 | |
| microcode : 0x1 | |
| cpu MHz : 3695.998 | |
| cache size : 16384 KB | |
| physical id : 0 |
| room.onStateChange.once(function() { | |
| function registerCallbacksOnStructure (schemaInstance, path) { | |
| const schema = schemaInstance['_definition'].schema; | |
| for (let field in schema) { | |
| const schemaType = typeof(schema[field]); | |
| if (schemaType === "object") { | |
| // on item added to collection | |
| schemaInstance[field].onAdd(function (item, key) { | |
| onItemAdd([...path, field], item, key); |
Alternatively, use esbuild and tsc through the CLI to generate both CJS and ESM outputs: https://dev.to/endel/nodejs-package-authors-please-support-both-cjs-and-esm-1oj3
Hi everybody! Regarding the possible new schema callback API, so far this is what I could came up so far, feedback highly appreciated! Do let me know if you feel I need to clarify anything!
I understand this may be long and hard to grasp, I can provide a side-by-side comparison between the new API and previous one so you can clearly see the difference.
The new API would allow to create all the callbacks at once, after the connection with the room has been established (even on deep structures) - rather than binding callbacks as Schema instances that are created on-demand on the client-side.
class Point extends Schema {
| // Based on: http://breinygames.blogspot.com/2011/07/random-map-generation.html | |
| // Needs improvment: | |
| // - It is possible with small rooms for it to not be closed (i.e. a wall tile missing) | |
| // - Walls often double up (more room spacing?) | |
| var RoomMaze = srm = { | |
| generate: function(gridSize, minRoomSize, maxRoomSize, maxRooms) { | |
| // 1) Create the grid | |
| var grid = []; |