The files in this zip archive are data, scripts (javascript and MatLab) and associated output files in various formats that were used to generate the tables and plots in the paper: Way, M.J. (2025) ApJL "Trappist 1d: Exo-Venus, Exo-Earth or Exo-Dead?" The DATA directory contains all of the ROCKE-3D NetCDF files that were parsed by the scripts in the top level directory. The ACC, RSF, SOURCE and RUNDECK directories are explained in the top level README.txt file. The files ending in pcl are javascript files that work with Panoply (https://www.giss.nasa.gov/tools/panoply/). You will first need to install Panoply, and a suitable java runtime library. You will then need to unzip the file PanoplyCL-beta.zip and reference PanoplyCL.jar to run the pcl scripts as shown in the first few lines of each script. Of course the paths will have to change, e.g.To run 01_swcrf_toa_in_01_ANN34000-34999.aijTrappist1d_1bar_N2_C400_Arid.pcl you would run it in this manner:java -jar PanoplyCL.jar 01_swcrf_toa_in_01_ANN34000-34999.aijTrappist1d_1bar_N2_C400_Arid.pcl While making sure that your path to the source NetCDF file in the pcl script is correct. In this case it is currently:var ncfile1 = panoply.openDataset ( "file:/Users/mway/GoogleD/papers/2024-Trappist1d/FIGURES/DATA/01_ANN34000-34999.aijTrappist1d_1bar_N2_C400_Arid.nc" ); So one would need to change this path: /Users/mway/GoogleD/papers/2024-Trappist1d/ In two cases we used PowerPoint to combine multiple figures and to make legible axes, legends, etc.That would be both Figures 2 and 3. Fig2.pptx was built from the outputs from the pcl scripts discussed above along with the files ending in the name *colorbar.png Fig3.pptx was built from two MatLab (Fig3A.m and Fig3B.m) generated files (Fig3A.jpg and Fig3B.jpg). Table1.m is a MatLab script that roughly generates Table 1 from the paper. Some modest modificationswere made by hand in the LaTeX source when entered into the manuscript source LaTeX file.