Difference between revisions of "BogotaClimateChange:Climate Simulation Visualization"
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== Physically-based Cloud Generation== | == Physically-based Cloud Generation== | ||
| + | |||
| + | == GUI OpenGL == | ||
| + | === Elementos de la libreria === | ||
| + | === Estructura de la interfaz === | ||
| + | === Funcionamiento básico === | ||
| + | Orden de llamados | ||
| + | Estado inicial de OpenGL | ||
| + | Funciones y utilidades de OpenGL | ||
| + | |||
| + | == Visualización de campos WRF == | ||
| + | === Descripción de objetos === | ||
| + | |||
== TODO List == | == TODO List == | ||
* Propose a model for cloud generation based on single cells in a simulation domain (WRF) | * Propose a model for cloud generation based on single cells in a simulation domain (WRF) | ||
Revision as of 15:27, 1 October 2013
Contents |
WRF Data Extraction
path scripts to generate fields
/home/jvictorino/wrf/scripts
path fields data generated
/home/jvictorino/wrf/wrf_data
4D fields generated {lats 287, lons 280, levs 34, times 265} XX corresponds with time index:
- tempXX.dat: temperature
- PsXX.dat: pressure
- UXX.dat: Meridional component of wind
- VXX.dat: Zonal component of wind
- WXX.dat: Verical component of wind
3D fields generated {lats 287, lons 280, times 265}:
- relhum.dat: Relative Humidity
- raina.dat: acummulated rain
- cldfrac.dat: cloud fraction
Terrain Elevation Rendering
Data source: ASTER_GDEM
Demo versión 0.1 de Render de elevación del terreno en los cerros orientales de Bogotá, resolución 30 metros, región de 5.4 Km x 5.4 Km. Usando OpenGL.
Temperature 3D, 10 layers, selected region.
Physically-based Cloud Generation
GUI OpenGL
Elementos de la libreria
Estructura de la interfaz
Funcionamiento básico
Orden de llamados Estado inicial de OpenGL Funciones y utilidades de OpenGL
Visualización de campos WRF
Descripción de objetos
TODO List
- Propose a model for cloud generation based on single cells in a simulation domain (WRF)
