Ryan Malloy
0e5553c661
Replace Claude-specific terminology with generic language: - "Ask Claude:" → "Say:" - "Claude will:" → "Your assistant will:" - "Claude uses:" → "Calls:" / "This uses:" - Architecture diagrams: "Claude Code" → "MCP Client" - Installation tabs: "Claude Code" → "MCP Client" (with Claude Code as example) - Prerequisites: list multiple MCP clients (Claude Code, Cursor, Zed) Docs now work for any MCP-compatible client or custom implementation.
115 lines
2.9 KiB
Plaintext
115 lines
2.9 KiB
Plaintext
---
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title: Prompts
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description: Guided workflow prompts for mcnanovna
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---
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import { Aside } from '@astrojs/starlight/components';
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Prompts are pre-built conversation templates that guide your assistant through multi-step procedures. They set up context and provide step-by-step instructions for common workflows.
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## Available Prompts
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### Calibration & Setup
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| Prompt | Description |
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|--------|-------------|
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| `calibrate` | Full SOLT calibration walkthrough |
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| `export_touchstone` | Export S-parameters to .s1p/.s2p |
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### Antenna Analysis
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| Prompt | Description |
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|--------|-------------|
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| `analyze_antenna` | SWR, impedance, bandwidth analysis |
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| `visualize_radiation_pattern` | Generate 3D pattern from S11 |
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| `measure_antenna_range` | Automated 3D pattern with positioner |
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| `import_pattern` | Import external pattern files |
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### Component Analysis
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| Prompt | Description |
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|--------|-------------|
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| `measure_component` | Identify unknown L/C/R |
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| `analyze_crystal` | Crystal parameter extraction |
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| `analyze_filter_response` | Filter characterization |
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| `measure_lc_series` | Series LC resonator |
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| `measure_lc_shunt` | Shunt LC resonator |
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### Cable & Transmission Line
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| Prompt | Description |
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|--------|-------------|
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| `measure_cable` | Cable characterization |
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| `measure_tdr` | Time domain reflectometry |
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### Design
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| Prompt | Description |
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|--------|-------------|
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| `impedance_match` | L-network matching design |
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| `compare_sweeps` | Before/after comparison |
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## Prompt Parameters
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Most prompts accept parameters to customize the workflow:
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### calibrate
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```
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calibrate(
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band="2m", # Ham band name or "custom"
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start_hz=144000000, # Start frequency (overrides band)
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stop_hz=148000000, # Stop frequency (overrides band)
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points=101, # Sweep points
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save_slot=0 # Flash slot for calibration
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)
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```
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### analyze_antenna
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```
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analyze_antenna(
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band="2m", # Ham band name
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start_hz=None, # Override start frequency
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stop_hz=None, # Override stop frequency
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points=101 # Sweep points
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)
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```
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### visualize_radiation_pattern
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```
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visualize_radiation_pattern(
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antenna_type="dipole", # dipole, monopole, efhw, loop, patch, auto
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band="2m",
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points=101
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)
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```
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<Aside type="tip">
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Use `band="custom"` with explicit `start_hz` and `stop_hz` for frequencies outside the ham band presets.
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</Aside>
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## Ham Band Presets
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| Band | Frequency Range |
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|------|-----------------|
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| 160m | 1.8 - 2.0 MHz |
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| 80m | 3.5 - 4.0 MHz |
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| 60m | 5.33 - 5.40 MHz |
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| 40m | 7.0 - 7.3 MHz |
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| 30m | 10.1 - 10.15 MHz |
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| 20m | 14.0 - 14.35 MHz |
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| 17m | 18.07 - 18.17 MHz |
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| 15m | 21.0 - 21.45 MHz |
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| 12m | 24.89 - 24.99 MHz |
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| 10m | 28.0 - 29.7 MHz |
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| 6m | 50 - 54 MHz |
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| 2m | 144 - 148 MHz |
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| 70cm | 420 - 450 MHz |
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| 23cm | 1.24 - 1.30 GHz |
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| full | 50 kHz - 900 MHz |
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| hf | 1.8 - 30 MHz |
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| vhf | 50 - 300 MHz |
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| uhf | 300 MHz - 1 GHz |
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