huntbrooks85 / KALEIDOSCOPE

KALEIDOSCOPE is a tool that utilizes synthetic photometry to generate optimal color-color diagrams using Root Median Absolute Deviation.

🎨🖍️ KALEIDOSCOPE 🖍️🎨

KALEIDOSCOPE is a tool that utilizes synthetic photometry to generate optimal color-color diagrams using Root Median Absolute Deviation. Once users have chosen the desired colors, KALEIDOSCOPE will construct the color-color diagrams, photometric heatmaps, RMAD histograms, and a list of all RMAD calculations featuring both normal dwarfs and subdwarfs.

🛠️ Installation🛠️

⬇️ PIP Installation ⬇️

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1. Go to the directory containing the KALEIDOSCOPE contents (e.g., "cd Documents/GitHub/WRAP").
2. Run the command:

   pip install -r requirements.txt
   
   

Opening KALEIDOSCOPE

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To open the application, type the following command into your terminal:

• For MacOS: python3 KALEIDOSCOPE.py
• For Windows: python3 .\KALEIDOSCOPE.py

🏆 Using KALEIDOSCOPE 🏆

How to Use KALEIDOSCOPE

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1. Select between the LOWZ, SAND, or ELF OWL Model.
2. Input minimum/maximum temperature for model comparison (INT).
   1. LOWZ: 500-1600K
   2. SAND: 700-2700K
   3. ELF OWL: 600-2400K
3. Input output name (STRING).
4. Click Run
5. Select "Yes" if the color-color diagram looks statistically true, select "No" if the color-color diagram looks statistically false.

📞 Support 📞

• Mr. Hunter Brooks
  • Email: [e-mail]

📖 Acknowledgments 📖

Please cite "Brook et al. (2024), in prep." when using KALEIDOSCOPE for any publication.