Differences

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--- blender [2021/06/14 10:20] – neggers
+++ blender [2022/09/14 16:16] (current) – [Blender] burchart
@@ Line 1: / Line 1: @@
 ====== Blender =======
-Where graphic design meets meteorological science
+//Where graphic design meets atmospheric science//
-We make use of Blender and its ray-tracing engine to realistically render three-dimensional cloud fields from LES simulations. These are not just for show, but can also be used as "instrument simulators", mimicking the way visual instruments like Total Sky Imagers (TSI) or other hemispheric cameras view the world. This allows a fair comparison between model and measurements.
+We make use of Blender and its path-tracing engine to realistically render three-dimensional cloud fields from Large-Eddy Simulations (LES). These are not just for show, but can also be used as "instrument simulators", mimicking the way visual instruments like Total Sky Imagers (TSI) or other hemispheric cameras view the world. This allows a fair comparison between model and measurements.
 More info on Blender here: [[https://blender.org|blender.org]]
-Below is an rendering image gallery of some of our LES simulations
+Below is an gallery of rendering images of some of our LES simulations.
+A few animations, including TSI movies, are posted here:
+  * [[https://atmos.meteo.uni-koeln.de/~neggers/JOYCE_TSI/|Shallow and deep convection at the JOYCE site]]
+  * [[https://atmos.meteo.uni-koeln.de/~neggers/ARMSGP_TSI/|Shallow convection at the ARM SGP site]]
 ==== DALES clouds at JOYCE on 24 July 2014 ====
-{{ :joyce_v4.1_20140724_512x512_dx100_t52_2.png?direct&600 |Surface view of an LES cloud field}}
+{{ :joyce_20140724_hr014-t072_bg.png?direct&600 |Bird's eye view of convective LES clouds}}
 {{ ::new_snap_tsi_t0074.png?direct&600 |TSI projection of LES clouds}}
 {{ :cloud_mask.png?direct&600 |TSI pixel classification from the blender image above}}