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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.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
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.