From maxmcp
Provides Max/MSP techniques for poly~ polyphony and voice management, bpatcher modularity, pattr parameter storage, audio/MIDI signal chains, sampling rate handling, and multi-stage initialization.
npx claudepluginhub signalcompose/maxmcpThis skill uses the workspace's default tool permissions.
Practical techniques and patterns for building robust Max/MSP patches, covering poly~/bpatcher architecture, parameter management, and common pitfalls.
Provides techniques and best practices for Max for Live development, including Live Object Model access with live.path/object/observer, device namespaces, pattr persistence, and Push2 mapping.
Generates emergent algorithmic music patterns using Pattrns Lua engine in Renoise. For euclidean rhythms, evolving breakbeats, generative melodies, textures, and live coding in breakbeat, IDM, jazz, ambient styles.
Digital Audio Workstation usage, music composition, interactive music systems, and game audio implementation for immersive soundscapes.
Share bugs, ideas, or general feedback.
Practical techniques and patterns for building robust Max/MSP patches, covering poly~/bpatcher architecture, parameter management, and common pitfalls.
Practical techniques for poly~ voice management and multi-instance communication.
Key topics:
thispoly~ + sprintf + forwardmc.poly~ caveatsSee poly~ Techniques Reference
Reusable component patterns with bpatcher.
Key topics:
send/receive names via argumentsbpatcher + poly~ for per-voice UISee bpatcher Techniques Reference
State persistence and parameter control using pattr, pattrstorage, and the Parameter Inspector.
Key topics:
pattr/pattrstoragelive.thisdevice vs Parameter Inspector)pattr naming collisions in bpatcherSee pattr & Parameters Reference
Proven patterns for safe and reliable patch behavior.
Key topics:
dspstate~ to avoid Nyquist issueschange for feedback loop preventionclosebang cleanup, output safety chainSee Tips Reference
Sequential initialization pattern using chained delay → trigger → send for standalone apps and installations.
Key topics:
delay → t b b → send building block