4. Admire glorious tau distributions for each comb tooth - **Note that the timescale used during correlation, adding & fitting (including the initial guess for tau) is in SENSOR TICKS. The resulting tau values are converted back to the original timescale at the end.**
| Timestep | Time interval of each sensor tick (e.g. 0.0000000178s) |
##### GROUPING CONFIG (SpacedGroups)
The SpacedGroups algorithm uses the length of each group (looking *length* in each direction from the first peak in the group) to determine which peaks fit into which group.
| Group length | How long in time the peak group is (e.g. 0.0006s) |
| Min peak height | The lowest acceptable height for a peak to be detected |
| Min peak prominence | Prominence of detectable peaks - read about prominence [here](https://en.wikipedia.org/wiki/Topographic_prominence). Is finnicky, might have to play around a bit |
| Moving average size | Peak detection uses a moving average (of which this is the denominator) to smooth out the data **(FOR GROUPING ONLY)**. |
**Notes**
- You can custom start and end cutoffs for grouping in case there's only part of a group at the beginning or end
- You can choose to exclude mirrored groups (which occur every other group). Or don't. Depends on how you configured the lab setup.
##### GROUPING CONFIG (VThreshold)
This algorithm *should* look at the min and max voltages provided to separate out groups. It's not implemented yet, though.
##### PEAK ISOLATION CONFIG
This is where the overlayed peak groups are added together, and the added peaks are cut out.
**Note that the timescale here is in ticks, NOT seconds/milliseconds/etc.**