- Click and download Anaconda Python 4.1.1. The pysat package and UI has been designed with 4.1.1.
- Newer versions of Anaconda breaks this package. This will be remedied in later releases.
- If you're using a non-Windows machine go to Anaconda's download page and pick up the 4.1.1 package
- Download or clone this repository
- Download the PYSAT library from here github.com/USGS-Astrogeology/PySAT
- The UI's backend is designed and created in Python with the QT framework
- The UI is being built to work as close to the original libraries as physically possible
Current Road Ahead
- Working Modules on UI
- Selecting functions from Menubar adds functions dynamically
- Shortcuts such as Ctrl S to save
- Embedded Plots and Graphs from data collected
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Package all python packages: sklearn, scipy, numpy, matplotlib, pysat for user consumptionIt has been discovered that the user can download Anaconda, and run our files as normal. - Add ability to delete modules
- Add ability to save plots in personal files
- Add ability to save state of GUI, i.e. all number that user inputs will be there again after closing GUI
- Add ability to save data frame at any point in the workflow
- Setup a way to select points on a scatter plot.
- The user begins by starting PYSAT_MAIN.
- PYSAT_MAIN will begin by loading the splash screen and all necessary UI pieces
- PYSAT_MAIN will then forward control to PYSAT_UI
- PYSAT_UI displays the mainframe in which the UI's submodules will be loaded into
- PYSAT_UI will then foward control to each submodule of focus
- Each submodule builds the collective UI library
- Each submodule fowards control to PYAT_FUNC which holds all the necessary logic functions
- These logic functions then forward commands to the various PYSAT and Anaconda libraries
- The values are then returned back up to PYSAT_FUNC which will then deal with changed data