Let's see if I can clarify your point:
- Driver A is running Autopilot for 1000 miles. Every time he sees a risky situation (that has nothing to do with Autopilot's behavior) he disengages Autopilot and handles the situation himself (total 10 miles). He never crashes
- Driver B is running Autopilot for 1000 miles. Every time he sees a risky situation (that has nothing to do with Autopilot's behavior) he disengages Autopilot and handles the situation himself (total 10 miles). He crashes once
- Driver C is running manually for 1000 miles. He never crashes
- Driver D is running manually for 1000 miles. He crashes once
- Driver E is running Autopilot for 1000 miles. AP never crashes
- Driver F is running Autopilot for 1000 miles. Driver does nothing in crash-imminent situation. AP crashes once
- Driver G is running Autopilot for 1000 miles. One crash-imminent situation occurs due to AP. He disengages 2 seconds before the crash. Crash occurs
- Driver H is running Autopilot for 1000 miles. One crash-imminent situation occurs due to AP. He disengages 6 seconds before the crash. Crash occurs, enough criteria are met that Tesla doesn't count it as AP caused
Result:
Driver A: 1000 miles on Autopilot. 10 miles non-Autopilot. Zero crashes AP. Zero crashes non-AP
Driver B: 1000 miles on Autopilot. 10 miles non-Autopilot. Zero crashes AP. One crash non-AP
Driver C: 0 miles on Autopilot. 1000 miles non-Autopilot. N/A crashes AP. Zero crashes non-AP
Driver D: 0 miles on Autopilot. 1000 miles non-Autopilot. N/A crashes AP. One crash non-AP
Driver E: 1000 miles on Autopilot. 0 miles non-Autopilot. Zero crashes AP. N/A crashes non-AP
Driver F: 1000 miles on Autopilot. 0 miles non-Autopilot. One crash AP. N/A crashes non-AP
Driver G: 999.98 miles on Autopilot. 0.02 miles non-Autopilot. One crash AP. Zero crashes non-AP
Driver H: 999.95 miles on Autopilot. 0.05 miles non-Autopilot. Zero crashes AP. One crash non-AP
Analysis:
Driver A and B are skewing the data. They are letting AP run during safe times but taking over during risky times. They are not letting AP take responsibility for handling the risk
Driver C, D, E, and F are either taking full responsibility or letting AP take full responsibility. Any crashes are assigned appropriately
Driver G has an AP crash that is assigned appropriately to AP
Driver H is Tesla skewing the data. It has an AP crash that is not assigned to AP. Tesla assumes 6 seconds is enough time that the driver should have avoided the crash
If a lot of drivers act like A and B then AP gets the benefit of all the good miles and none of the crashes. Drivers A and B have skewed the data themselves and made AP look better.
Drivers C, D, E, F, and G are correctly recorded statistics.
If there are many situations like with Driver H then Tesla has skewed the data and AP gets no penalty for crashes that it caused.
ProtonSF is that what you meant?
That was the long route, but yeah that is my point.