| # AirMouse Pro — Live System Demonstration Script | |
| **Duration:** 5 Minutes | |
| **Target Audience:** CPS Course Instructors & Evaluators | |
| --- | |
| ## Phase 1: Go Server & System Launch (0:00 – 1:00) | |
| 1. **Start Go Native Server:** | |
| ```bash | |
| python airmouse_server_mcp.py start_go_server | |
| ``` | |
| 2. **Verify Server Status:** | |
| ```bash | |
| python airmouse_server_mcp.py server_status | |
| python airmouse_server_mcp.py go_check_server_reachable | |
| ``` | |
| ## Phase 2: Android App & 3-Step Calibration (1:00 – 2:30) | |
| 1. Launch AirMouse Android app. | |
| 2. Complete **Step 1: Gyroscope Calibration** (Stationary, 100 samples). | |
| 3. Complete **Step 2: Magnetometer Calibration** (Figure-8 motion, 200 samples). | |
| 4. Complete **Step 3: Accelerometer 6-Position Calibration**. | |
| ## Phase 3: Spatial Air-Mouse Control & Gestures (2:30 – 4:00) | |
| 1. Move phone in 3D space to control PC cursor (Kalman smoothing & acceleration). | |
| 2. Perform **Left Click Gesture** (Gyro Y $> 8.0 ext{ rad/s}$). | |
| 3. Perform **Scroll Gesture** (Accel Y $> 8.0 ext{ m/s}^2$). | |
| 4. Perform **Right Click Tilt** (Roll $> 45^\circ$). | |
| ## Phase 4: Perfetto Latency Verification & Teardown (4:00 – 5:00) | |
| 1. Execute `python airmouse_server_mcp.py run_perfetto_analyzer`. | |
| 2. Confirm latency metrics in `Gozarish_Perfetto_CA2.md`. | |
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