القائمة
Use when the user wants a closed-loop transmit-then-receive experiment in simulation — transmit a capture into a simulated device's scene and receive it back to confirm the link.
التثبيت باستخدام Codex أو Claude انسخ هذا Prompt والصقه في Codex أو Claude أو مساعد آخر ليراجع صفحة Skill ويثبّتها لك.
استنادا إلى تصنيف SOC المهني
Use when the user wants to receive or demodulate a specific signal — build, validate, run, and verify a receiver pipeline, then save it as a reusable, GRC-openable flowgraph.
Use when a receiver runs but produces no output, noise, or the wrong result — systematically locate the fault instead of guessing, using render and measure to see the problem.
Use ONLY as a last resort when no Marconi tool or vocabulary block can express the task — write a Python script against the marconi library, run it, and report the capability gap.
Use when the user wants a test signal or a simulated RF environment with no hardware — translate intent into a scene and register it as a persistent simulated device.
Use when the user wants to know what signals are present — characterize a capture or a simulated device's spectrum (PSD, signal detection, spectrogram) and summarize what's on the air.
| name | tx-experiment |
| description | Use when the user wants a closed-loop transmit-then-receive experiment in simulation — transmit a capture into a simulated device's scene and receive it back to confirm the link. |
Run a closed loop entirely in simulation: transmit a signal into a device's scene, then capture from that device and confirm the signal arrived. This is the basis for experiments (e.g. recover a transmitted tone, sanity-check a waveform).
capture), synthesize one (render_scene with inline elements), or load_capture a file. Note its sample_rate — v1.0 requires the receiving capture to use the same sample rate.transmit_capture(device_id, capture_path, freq, confirmed=True). CONFIRM_TX is on by default to catch wrong-frequency / wrong-device mistakes; set confirmed=True only after you've checked both. The payload becomes an iq_file element of the device's scene. (This change is session-scoped — it is not re-persisted to the scene file.)capture the device at a center/sample_rate that covers the transmit frequency (sample rate must match the payload's), then run survey-spectrum (or build-receiver) and confirm the payload is present where you transmitted it.freq − capture_center_freq within the received band. Keep the transmit frequency inside the receive band.