Simulation and calculation data for the Lorenz energy cycle

The data are for the article "Lorenz Energy Cycle: Another Way to Understand the Atmospheric Circulation on Tidally Locked Terrestrial Planets". The data are simulated by the general circulation model ExoCAM. The horizontal resolution is 4°x5°. <strong>Note: ST: in standard coordinates; TL: in the tidally locked coordinates.</strong> The simulation data is daily-mean (i.e., '<strong>*.daily.nc</strong>'), including: <strong>ST_5d_tidally_locked.cam.daily.nc, ST_60d_tidally_locked.cam.daily.nc </strong>(in the standard coordinates), and <strong>TL_60d_tidally_locked.cam.daily.nc</strong> (in the tidally locked coordinates). The LEC data are calculated by the LEC code released at <em>https://doi.org/10.5281/zenodo.7472396</em>, including: Earth: <strong>LEC_energy.1979-*.nc</strong> and <strong>LEC_converse_rate.1979-*.nc</strong> Rapidly rotating tidally locked planet (in standard coordinates): <strong>ST_LEC_energy_5d_tidally_locked.nc</strong> and <strong>ST_LEC_conv-rate_5d_tidally_locked.nc</strong> Slowly rotating tidally locked planet (in tidally locked coordinates): <strong>TL_LEC_energy_60d_tidally_locked.nc</strong> and <strong>TL_LEC_conv-rate_60d_tidally_locked.nc</strong> Slowly rotating tidally locked planet (in standard coordinates): <strong>ST_LEC_energy_60d_tidally_locked.nc</strong> and <strong>ST_LEC_conv-rate_60d_tidally_locked.nc</strong>