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--- sizedistribution [2021/10/01 09:19] – [3D cloud reconstructions using stereo cameras] neggers
+++ sizedistribution [2022/09/14 16:35] – [3D cloud reconstructions using stereo cameras] burchart
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 ==== 3D cloud reconstructions using stereo cameras ====
-{{ :movie_joyce_tsi_dales_20140724-hr014_rs256_20s.mp4?&300|Time lapse movie of simulated cumulus clouds on 24 July 2014 at the JOYCE site. The ray tracing renderings are generated using the open source Blender tool. A hemispheric projection is used, allowing comparison to Total Sky Imager (TSI) data.}}
+{{:movie_joyce_tsi_dales_20140724-hr014_rs256_20s.mp4?&300|Time lapse movie of simulated cumulus clouds on 24 July 2014 at the JOYCE site. The ray tracing renderings are generated using the open-source Blender tool. A hemispheric projection is used, allowing comparison to Total Sky Imager (TSI) data.}}
 The SOCLES project (Stereo Observations of Clouds for LES Validation and Sub-scale Cloud Parameterizations) combines high-frequency cloud observations by multiple hemispheric cameras with high-resolution Large-Eddy Simulations (LES) at the [[https://atmos.meteo.uni-koeln.de/ag_crewell/doku.php?id=sites:joyce|JOYCE]] meteorological site. The main science objective is to better understand and quantify the fine-scale spatial and temporal structures of shallow cumulus cloud populations. These transient cloud fields are highly heterogeneous, behavior which has complicated their representation in numerical weather prediction and climate models for decades.