G'day everyone,
I've been working on FITSy the freeware app I created. Feel free to give it a whirl.

Download link below:
https://drive.google.com/file/d/1wFcdQmi9MyYasUOG0hCrYs1zyI6pjV4q/view?usp=drive_link

RELEASE NOTES                FITSy     v1.5.0

Fixes
·        Tidy up to the format for social media output (see below).
·         Rows in the displayed dataframe now shown by ascending date.
·         When importing to AstroBin calibration frames now no longer contribute to your overall project time.
·         All filters should populate in the data grid.

New Features
·         UI and UX improvements. All the settings buttons now collected together in tabs.
·         Date range is now default but with the option to select all dates.
·         Ability to select your calibration frames from a calibration library rather than just pull from the same folder your project is in. Darks will be matched against your light exposure                  time. There may be multiple different darks in that folder with differing exposure times.
·         Calculation of fwhm values (2 modes- fast or slow and accurate).
·         Added binning as a selectable option for social media output
·         FITSy remembers your last checkbox preferences.
·         Now by entering your coordinates manually or via searching through the included tool you can get access to:
·         API for gathering ambient night temperatures for your location for each night. Hourly temperatures for your coordinates for that date between the hours of 1800 and 2300 are                  fetched. Then averaged to give you an "average night temperature". Or temperature can come from your focuser if recorded in NINA.
·         API for getting your Bortle and SQM (back end lightpollutionmap.info). Currently implemented in FITSy serving up the world atlas 2015 radiance data set.

Example output:

Date(s): 14 to 30 April 2024                          *Or all dates is a selection
Total integration time: 9.30 hours
Light frames: 186x180.00 sec, 252 Gain, binning: 1, Average sensor temp: 24.0°C
Observational conditions: Bortle: 4.5, SQM: 20.53
Average night temp: 21.3°C, average moon phase: 59.28%
Equipment specifications: f.stop: 6.4, FWHM: 2.45
Calibration Frames: Flats: 30, Bias: 30, Darks: 29

Just a note on the size, at 140meg I have utilised a lot of pre-existing Python packages to build the app, in future I will work on making it slimmer.
Edited ...
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