ExoCAM simulation output and analysis code supporting "Summer Cloud Loss on Warm Eccentric Terrestrial Exoplanets"

Contents: exocam_IHZ_data/ -- model output and derived diagnostics. - Bi_Aqua_e{ecc}_S{flux}_HT[_MLD{depth}]_{5yrs,1yr}.nc: monthly-climatology NetCDF files (dimensions: month x lat x lon) for each aqua-planet case, named by eccentricity, stellar flux, and mixed-layer depth (default 50 m if _MLD{depth} is omitted). - organized_ihz_cases.csv -- Master case list: case name, planet type, equilibrium/runaway-greenhouse state, eccentricity, stellar flux, and mixed-layer depth for every simulation. - equilibrium_diagnostics.csv -- Per-case diagnostics (net TOA radiation, mean surface temperature, top-of-model water vapor mixing ratio, at 1-, 5-, and 10-year averaging windows) used to classify each simulation as temperate, moist-greenhouse, or runaway-greenhouse. - Additional derived .csv/.npz files (e.g., cloud-forcing and streamfunction diagnostics).- 0-figures.ipynb -- Jupyter notebook that reads the data above and generates every figure in the paper.- figures/ -- Output figures,, as they appear in the paper. Citation: If you use this dataset, please cite Ji & Abbot, 2026 (submitted to PSJ). Model configuration and raw simulation output (monthly/daily/hourly history files) are available on request.