Video for "CAM-NET: An AI Model for Whole Atmosphere with Thermosphere and Ionosphere Extension"

Movie S1. T video.gif. Global maps of temperature (T) from WACCM-X (left column) andCAM-NET (right column) at 20 km, 90 km, and 200 km altitude initialized on 10 May 2014,09 UT. Colors indicate the unit of K.Movie S2. U videl.gif. Global maps of zonal wind (U) from WACCM-X (left column) andCAM-NET (right column) at 20 km, 90 km, and 200 km altitude initialized on 10 May 2014,09 UT. Colors indicate zonal wind speed (m/s), with positive values denoting eastward flow.Movie S3. V video.gif. Global maps of meridional wind (V) from WACCM-X (left col-umn) and CAM-NET (right column) at 20 km, 90 km, and 200 km altitude initialized on 10May 2014, 09 UT. Colors indicate zonal wind speed (m/s), with positive values denotingnorthward flow.Movie S4. OMEGA video.gif. Global maps of pressure change rate (OMEGA, equivalent tovertical wind) from WACCM-X (left column) and CAM-NET (right column) at 20 km, 90km, and 200 km altitude initialized on 10 May 2014, 09 UT. Colors indicate pressure changerate(pa/s), with positive values denoting downward motion.Movie S4. Edens video.gif. Global maps of Electron density from WACCM-X (left column)and CAM-NET (right column) at 150 km, 250 km, and 350 km altitude initialized on 10 May2014, 09 UT. Colors indicate density value (cm−3).Movie S5. UI video.gif. Global maps of zonal ion drifts from WACCM-X (left column) andCAM-NET (right column) at 150 km, 250 km, and 350 km altitude initialized on 10 May 2014,09 UT. Colors indicate zonal ion drift speed (m/s), with positive values denoting eastwardflow.