Implement conservative recovery behaviors for autonomous navigation on FC + Hoverboard ESC drivetrain. Recovery Sequence (round-robin, 6 retries): 1. Clear costmaps (local + global) 2. Spin 90° @ 0.5 rad/s max (conservative for self-balancer) 3. Wait 5 seconds (allow dynamic obstacles to move) 4. Backup 0.3m @ 0.1 m/s (deadlock escape, very conservative) Configuration Details: - backup: 0.3m reverse, 0.1 m/s speed, 0.15 m/s max, 5s timeout - spin: 90° rotation, 0.5 rad/s max angular velocity, 1.6 rad/s² accel - wait: 5-second pause for obstacle clearing - progress_checker: 20cm minimum movement threshold in 10s window Safety: - E-stop (Issue #459) takes priority over recovery behaviors - Emergency stop system runs independently on STM32 firmware - Conservative speeds for FC + Hoverboard ESC stability Files Modified: - jetson/config/nav2_params.yaml: behavior_server parameters - jetson/ros2_ws/src/saltybot_bringup/behavior_trees/navigate_to_pose_with_recovery.xml: BT updates - jetson/config/RECOVERY_BEHAVIORS.md: Configuration documentation Co-Authored-By: Claude Haiku 4.5 <noreply@anthropic.com>
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saltybot_dashboard — Issue #483
Remote monitoring dashboard for SaltyBot — web UI served on Orin port 8080.
Features
- Real-time Status: Battery %, voltage, robot state, motor speeds
- Sensor Health: Camera, LiDAR, audio, IMU status indicators
- Map View: Occupancy grid visualization
- Event Log: Last 20 events from event logger (Issue #473)
- WiFi Signal: Signal strength monitoring
- WebSocket Updates: Live push updates to all connected clients
- Mobile-Friendly: Responsive design works on phones/tablets
- REST API:
/api/statusendpoint for HTTP polling fallback
Launch
ros2 launch saltybot_dashboard dashboard.launch.py port:=8080
Access
Open browser to: http://<orin-ip>:8080
ROS2 Topics Monitored
/saltybot/battery_percent— Battery percentage/saltybot/battery_state— Battery voltage/current/saltybot/telemetry/motor_rpm— Motor speeds/saltybot/state— Current robot state/saltybot/events— Event stream/saltybot/sensor_health— Sensor status/map— Occupancy grid (OccupancyGrid)
Architecture
- Backend: Flask + Flask-SocketIO (Python/ROS2)
- Frontend: HTML5 + CSS3 + JavaScript
- Protocol: WebSocket (with HTTP polling fallback)
Issue #483
Implements remote monitoring dashboard as specified in Issue #483.