Winegard satellite dish control for amateur radio sky tracking
All 12 submenus explored via live hardware ? help. Key findings: - A3981: 6 cmds (sm/ss/st for microstep and torque control) - ADC: 5 cmds (bdid=STATIONARY, bdrevid=A, scan deadlock hazard) - MOT: 25 cmds (azscanwxp radio telescope, pid tuning, vms velocity) - DVB: 38 cmds (full DiSEqC 2.x suite, blind scan, NID streaming) - PEAK: 6 cmds (rssits polarity-switching RSSI, H=489 V=235) - GPIO: 4 cmds (regs dumps all 92 K60 pins across ports A-E) - EEPROM: 3 cmds (inv=INVALIDATE not inventory, mostly unused) - STEP: 7 cmds (raw ustep API, Kp=250 Kv=50, velocity/position) - LATLON: satellite triangulation calculator (4-param, centidegrees) - DIPSWITCH: raw GPIO + interpreted config (101=DISH 110+119+129) Boot sequence enriched with SPI bus speeds and antenna ID string. Added Known Console Hazards section (scan deadlock, q shell kill). |
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| docs | ||
| firmware/ble-bridge | ||
| scripts | ||
| src/travler_rotor | ||
| Trav-ler-Rotor-For-HAL-2.05 | ||
| .gitignore | ||
| CLAUDE.md | ||
| pyproject.toml | ||
| uv.lock | ||