Bugfix on FOV plot and other plot updates

Features

• Update ultranest requirement from ~=3.3.0 to ~=3.3.3
• Add docstring and tests to utils.round_to_2()
• Plate scale label update to FOV plot
• Tests and documents process_lat_long()

Bugfixes

• FOV plot fixes for potential NaNs

Bugfix for writing final param file w/o a comp star

Bugfix

• Fixes issue where the final params file would not write if no comparison star was used

Bugfix for Mac/Linux run script and reading in FITS files

Bugfix

• Updated Mac/Linux run script to point to the correct installed version of EXOTIC
• Updated reading in FITS files with multiple dimensions

Ultranest for Mac/Unix users

Features:

• The nested sampler package has been changed from dynesty to ultranest for an increase in speed. Please make sure to update your package requirements by running pip3 install requirements.txt. ultranest will only be usable for macOS/Linux users and dynesty for Windows due to the former having a C++ compiler by default.
• Updated README.md partially to include labels of PyPi version, license, and publication. Also updated the inits.json and final planetary parameters output in the README.md only as well as adding dependabot (mainly GitHub additions).
• Degrees and decimal minutes were added to the additional list of latitude and longitude conversions.
• Centroid graphs all singled to one pdf/png.
• Comparison stars are able to be inputted from command-line or inits.json for pre-reduced data.

Bugs:

• Removing codependency between exotic.py and exotic_gui.py by placing NEA API into a separate file called nea.py that is located in the api folder.
• Fixed real-time reduction and added the ability to utilize through GUI.
• Command-line entry of inputs is working again for pre-reduced data.
• Modified phase calculation to a single equation.

Ultranest for Mac/Unix users

Features:

• The nested sampler package has been changed from dynesty to ultranest for an increase in speed. Please make sure to update your package requirements by running pip3 install requirements.txt. ultranest will only be usable for macOS/Linux users and dynesty for Windows due to the former having a C++ compiler by default.
• Updated README.md partially to include labels of PyPi version, license, and publication. Also updated the inits.json and final planetary parameters output in the README.md only as well as adding dependabot (mainly GitHub additions).
• Degrees and decimal minutes were added to the additional list of latitude and longitude conversions.
• Centroid graphs all singled to one pdf/png.
• Comparison stars are able to be inputted from command-line or inits.json for pre-reduced data.

Bugs:

• Removing codependency between exotic.py and exotic_gui.py by placing NEA API into a separate file called nea.py that is located in the api folder.
• Fixed real-time reduction and added the ability to utilize through GUI.
• Command-line entry of inputs is working again for pre-reduced data.
• Modified phase calculation to a single equation.

Ultranest for Mac/Unix users

Features:

• The nested sampler package has been changed from dynesty to ultranest for an increase in speed. Please make sure to update your package requirements by running pip3 install requirements.txt. ultranest will only be usable for macOS/Linux users and dynesty for Windows due to the former having a C++ compiler by default.
• Updated README.md partially to include labels of PyPi version, license, and publication. Also updated the inits.json and final planetary parameters output in the README.md only as well as adding dependabot (mainly GitHub additions).
• Degrees and decimal minutes were added to the additional list of latitude and longitude conversions.
• Centroid graphs all singled to one pdf/png.
• Comparison stars are able to be inputted from command-line or inits.json for pre-reduced data.

Bugs:

• Removing codependency between exotic.py and exotic_gui.py by placing NEA API into a separate file called nea.py that is located in the api folder.
• Fixed real-time reduction and added the ability to utilize through GUI.
• Command-line entry of inputs is working again for pre-reduced data.
• Modified phase calculation to a single equation.

Updated NEA API to work on GUI and Colab

Feature

• Updated NEA API to work in GUI.

Bugfix

• Prints out planetary parameters to output in Colab properly while only having to query NEA once.

Finalized the NEA scraper and updated the aperture sizing

Features

• NEA API updated to re-input names while searching through JSON file
• Aperture size moved from mesh box to mask

Bugfix for NEA API in GUI

Bugfix

• Updating NEA API in GUI

Optimization in Photometry for Large Datasets

Features:

• Decrease in time for large datasets due to optimization in photometric routine.
• Slight increase in speed when computing for best comparison star and fitting for lightcurve.
• Exoplanet name formatting will be less strict for NEA queries. Please make sure you run EXOTIC while connected to the internet at least once to download exoplanet names.
• Slight increase in speed when computing for best comparison star and fitting for lightcurve.

Bugfix:

• Added error check for plate solution in headers during the alignment phase.