The present targets for the Total and Cold times are:
Total time per SI Mode per measurement: 7600.0 seconds
Fraction of total time the measurement should be cold: 60.0%
Stats | TE_007AC | TE_007AE | TE_00B26 |
---|---|---|---|
Total Exp. Cold Time (secs) | 18240 | 18240 | 18240 |
Total Actual Cold Time (secs) | 0 | 0 | 0 |
Delta From Expected (secs) | -18240 | -18240 | -18240 |
% of Exp. Cold Total (secs) | 0.00% | 0.00% | 0.00% |
Stats | TE_007AC | TE_007AE | TE_00B26 |
---|---|---|---|
Total Expected Time (secs) | 30400 | 30400 | 30400 |
Total Actual Time (secs) | 24371 | 22832 | 34903 |
Delta From Expected (secs) | -6029 | -7568 | 4503 |
% of Expected Total (secs) | 80.17% | 75.11% | 114.81% |
SI Mode | Total Number of Obs. | Total Exposure Time (sec) | Average Exposure (sec/obs) |
---|---|---|---|
Primary 6 Chip SI Modes | |||
TE_007AC | 4 | 24371.00 | 6092.75 |
TE_007AE | 3 | 22832.00 | 7610.67 |
TE_00B26 | 3 | 17232.00 | 5744.00 |
Old 6 Chip SI Modes | |||
TE_00216 | 0 | 0.00 | 0.00 |
TE_0021C | 0 | 0.00 | 0.00 |
TE_008EA | 0 | 0.00 | 0.00 |
5 Chip SI Modes | |||
TE_00C60 | 2 | 17671.00 | 8835.50 |
TE_00CA8 | 0 | 0.00 | 0.00 |
4 Chip SI Modes | |||
TE_00C62 | 0 | 0.00 | 0.00 |
Totals: | 12 | 82106.00 | 6842.17 |
Rule #1: The key time period for balancing SI mode statistics is the 6 month Epoch By the end of the epoch, the SI mode statistics should match the rules stated below. Rule #2: Each of the three, default, 6 chip, SI modes (or their 5 chip equivalents) must be used at least once in each load week. - If two SI modes are lagging in either cold time or total time, apportion the week's ECS measurements between the two of them roughly commensurate with the amount they are lagging. - The 6 month Epoch allows "even" correction of two lagging SI modes. No need to pile a weeks worth of ECS measurements on one SI mode if two are lagging. Rule #3: Make certain to spread the amount of COLD ECS time as evenly as possible across all three SI modes Balance Cold measurement data between the three default 6-chip modes within 10% of each other on an Epoch basis
Rule #4: Spread the amount of *Total* ECS time as evenly as possible across all three SI modes.
- Balance Total measurement data between the three default 6-chip modes within 10% of each other on an Epoch basis.
Rule #3 takes precedence over Rule #4.
Rule #5:At least 60% of scheduled ECS measurement time must be -118.7degC
Rule #6: Any ECS measurements during a Perigee Passage that are cold MUST be assigned to the nominal ECS run SI modes. i.e. Any requested Rawmode runs can be done with a warm focal plane.
All of the TE_00CA8s get counted as TE_007AE
Half of the TE_00C60s get counted towards TE_007AC and the other half get counted with the TE_00B26s
Half of the TE_00C62s get counted towards TE_007AC and the other half get counted with the TE_00B26s.