From marconi
Creates simulated RF devices with configurable tones, FM carriers, noise floors, and IQ file replay for testing without hardware.
How this skill is triggered — by the user, by Claude, or both
Slash command
/marconi:simulate-sceneThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
Create a simulated device whose "on-air" contents you control. This is the no-hardware on-ramp, and a real workflow in its own right: prototype a receiver against known ground truth before going on-air, or reproduce a colleague's scenario without their antenna.
Create a simulated device whose "on-air" contents you control. This is the no-hardware on-ramp, and a real workflow in its own right: prototype a receiver against known ground truth before going on-air, or reproduce a colleague's scenario without their antenna.
{kind, freq, amplitude, params}:
tone — an unmodulated carrier at freq.fm_tone — an NBFM voice carrier; params.mod_freq is the modulating audio tone (e.g. 1000 for 1 kHz). Renders only when the capture sample_rate is a multiple of 100000.noise — a noise floor (freq ignored).iq_file — replay a recorded capture (usually created via transmit, not by hand).noise element (amplitude ≈ 0.005). A noiseless scene produces analysis artifacts (phantom sidebands) that confuse survey-spectrum.simulate_scene(device_id, elements). The scene is saved to scenes/<device_id>.yaml and the device reappears in later sessions — it's a shareable, git-friendly fixture.capture the device and run survey-spectrum; confirm the signals land where you placed them.fm_band, ism_test), since the name becomes the scene filename.npx claudepluginhub yoelbassin/gr-mcp --plugin marconiRuns a closed-loop transmit-then-receive experiment in simulation: transmit a capture into a simulated device's scene and confirm the link via a receive capture. Useful for waveform sanity checks and reproducible experiments.
Provides process-based discrete-event simulation in Python using SimPy — processes, queues, shared resources, and time-based events. Use for manufacturing, service operations, network traffic, or logistics simulation.
Manages iOS Simulator devices via xcrun simctl for app installation, push notifications, location simulation, screenshots, and log streaming.