George Kelln
Banded Mongoose
What does the masses think about the Post-Jump Sensor Calibration Process? Is it too long? Not long enough?
Post-Jump Sensor Calibration Process (PJSCP)
Objective: After executing a jump, the ship's sensors may be temporarily misaligned or filled with "jump noise" – residual interference from the hyperspace bubble. Calibration ensures accurate readings and optimal sensor performance in the new system.
Task: Routine (6+) Electronic (Sensor), 60 minutes, INT or EDU
Average (8+) Electronic (Sensor), 30 minutes, INT or EDU
Procedure:
1. Initial Diagnostic (2 minutes):
2. Clear Jump Noise (5 minutes):
3. Local Star Calibration (5 minutes):
4. Gravitational Mapping (15 minutes):
5. Active Sensor Pulse (10 minutes):
6. Communication Channel Adjustment (5 minutes):
7. Defensive Systems Check (5 minutes):
8. Data Integration and Analysis (10 minutes):
9. Final Systems Check (3 minutes):
Total Calibration Time: Approximately 60 minutes.
Note: This is a standard calibration process, and actual time can vary based on the ship's technology, crew expertise, and specific circumstances of the jump exit point. For military or high-tech ships with advanced AI assistance, this process might be faster. Conversely, for older or civilian ships, the calibration could take longer. Always refer to ship-specific manuals for detailed instructions.
Post-Jump Sensor Calibration Process (PJSCP)
Objective: After executing a jump, the ship's sensors may be temporarily misaligned or filled with "jump noise" – residual interference from the hyperspace bubble. Calibration ensures accurate readings and optimal sensor performance in the new system.
Task: Routine (6+) Electronic (Sensor), 60 minutes, INT or EDU
Average (8+) Electronic (Sensor), 30 minutes, INT or EDU
Procedure:
1. Initial Diagnostic (2 minutes):
- The onboard computer runs a diagnostic on all sensor systems to check for immediate malfunctions caused by jump travel.
- If malfunctions are detected, immediate repairs are flagged for crew or automated systems.
2. Clear Jump Noise (5 minutes):
- Use the ship's internal systems to purge sensor buffers and caches of any residual data from before the jump.
- Run software algorithms to filter out any hyperspace interference from sensor readings.
3. Local Star Calibration (5 minutes):
- Point optical telescopes and ladar at the system's primary star.
- Measure its spectral output and radiation levels.
- Adjust onboard databases for local star characteristics.
4. Gravitational Mapping (15 minutes):
- Use passive sensors to detect large gravitational sources such as planets, moons, and other celestial bodies.
- Map these sources relative to the ship’s position, updating the navigation database.
5. Active Sensor Pulse (10 minutes):
- Emit a wide-spectrum radar and ladar pulse to get detailed readings of nearby objects.
- Use return data to calibrate sensor sensitivity and range.
6. Communication Channel Adjustment (5 minutes):
- Scan local communication frequencies.
- Adjust ship's comm systems to local "traffic" to ensure clear communications.
7. Defensive Systems Check (5 minutes):
- Test defensive countermeasures to ensure they are functioning and calibrated to potential threats in the new system.
- Adjust chaff launchers and jamming systems based on local conditions.
8. Data Integration and Analysis (10 minutes):
- Integrate all collected data into the ship's main computer.
- The computer will analyze data, creating a detailed map of the immediate vicinity and flagging potential points of interest or threats.
- Update crew stations with new sensor data.
9. Final Systems Check (3 minutes):
- Once all calibrations are done, perform a final diagnostic to ensure all sensors are operating at optimal levels.
- Address any anomalies and rectify them immediately.
Total Calibration Time: Approximately 60 minutes.
Note: This is a standard calibration process, and actual time can vary based on the ship's technology, crew expertise, and specific circumstances of the jump exit point. For military or high-tech ships with advanced AI assistance, this process might be faster. Conversely, for older or civilian ships, the calibration could take longer. Always refer to ship-specific manuals for detailed instructions.