Processors
Composite processors: effect chains, players, MIDI timelines and neural amp models. 16 nodes. Filter them in Explore.
- Clip player
@maru/processors-clip-player
One prepared planar stereo clip at any 8-384 kHz source rate: sample-clock transport with run/loop/normalised seek, 4-point Hermite resampling to the host rate and a 5 ms…
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- Division clock
@maru/processors-division-clock
CHOMPI TEMPO firmware port of the clock manager: two division lanes plus a fixed eighth-note lane over a free-running 24 ppqn timer or external MIDI clock…
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- MIDI note map
@maru/processors-midi-note-map
Prepared four-voice MIDI note maps with held-source snapshots and shared-output reference counting.
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- MIDI pattern
@maru/processors-midi-pattern
Bounded per-instance held-note step pattern shared by the Steps and Arpeggiator module Processors: steps-per-second rate converted to exact fractional frames through…
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- MIDI timeline
@maru/processors-midi-timeline
Bounded sample-clock MIDI timeline playback shared by prepared MIDI sources, including note release and loop transport.
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- MPE ingress
@maru/processors-mpe-ingress
MIDI 1.0 MPE semantics (L2): zone configuration, per-channel bend range, member-channel note identity, and summed master/member pitch-bend, pressure and CC74 as CLAP-numbered…
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- Multi effect chain
@maru/processors-multi-effect-chain
Canonical reusable MultiFX effect-chain engine and numeric multi-effect-chain helpers, consumed by MultiFX and Loudmatch.
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- NAM A2
@maru/processors-nam-a2
Bounded standard NAM A2 Lite/Full causal WaveNet inference using the original learned weight stream.
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- NAM A2 resource spec
@maru/processors-nam-a2-resource-spec
Lightweight numerical prepared standard A2 resource layout shared by NAM pack writers and portable Processor readers.
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- NAM A2 spec
@maru/processors-nam-a2-spec
Lightweight canonical standard NAM A2 topology, constants and weight-count contract for import validation.
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- Pattern arpeggiator
@maru/processors-pattern-arpeggiator
CHOMPI TEMPO firmware port of the two-engine ArpeggiatorSequencer: held and latched note lists with std::vector semantics, five step orders, five rest masks, random octave…
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- Reference smoothed gain
@maru/processors-reference-smoothed-gain
Qualification-only mono f32 smoothed-gain processor with deterministic reset.
Processors- JavaScript: Available
- WebAssembly: Builds
- C: Builds
- Native macOS: Builds
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- Serial effect stack
@maru/processors-serial-effect-stack
Bounded serial effect scheduling with stable slot identities, opaque type tags and queued live transitions.
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- Serial effect stack reference
@maru/processors-serial-effect-stack-reference
Qualification-only restricted three-stage consumer of the serial effect scheduler.
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- Stem player
@maru/processors-stem-player
Aligned four-stem prepared stereo clip playback and mixing.
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental
- Strum notes
@maru/processors-strum-notes
Aura grid eight-zone repeated chord-pitch selection.
Processors- JavaScript: Available
- WebAssembly: Not checked
- C: Builds
- Native macOS: Not checked
- Native Windows: Not checked
- Native Linux: Not checked
- Rust: Not checked
- GPU: Experimental
- Cortex-M: Experimental