Atmos Wiki

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Notes for self

np.ceil or np.round
- for cases where 1 count, but soda does correction of * 1.1 / 5
  - so the 1 count would be 1 *1.1 /5 = ~.2 does the .2 count as a count since the /5 is a result of the 5 seconds?
hail counts from disp count forward. so 241841 is 41 42 43 44 45
cant say i understand it but in aarons code, the counts are multiplied by the 1.1 correction factor. then the conc is /5 which is the active time.
- what doesn't make sense is that the counts are ~5x higher than the disp file, which is wrong because when the concentration is calculated, it takes into account that 5x factor and becomes decently close to the disp calculated conc
- what also doesnt make sense is that the concentration from calculating it myself, using that /5 and *1.1 is that the concentration i calculate is consistently ~1.1 times higher than the concentration aaron gets.
  - could i be looking at the wrong code
ok update to previous bullet point. just not multiplying by 1.1 seems to be the move???
- i think im missing where in aarons code he actually makes the concentration file because something is off here
  - and im still confused about why the counts should be /5 but thats not the step that I see taken in the code
aaron takes conc1d and prints it to the ascii file and does nothing with it except format it

Ok so, notes for making this page.

all the counts check out. would be good to show this and include where the time starts
the sample volume checks out. show this too, but not all the soda details. but a comparison of numbers would be good
explain the differene between sodas counts and the disp counts and how if you divide by 5 theyre the saame but im not sure why. however, it works out in the concentration with the divide by 5
- the counts are multipliued by a correction factor 1.1
- with all that considered the concs match well and the math was reproducable using the counts from soda and the numbers, and the conc ultimately lines up decently with the 1D