Visualisation in Grid Enabled Optimisation and Design Search for Engineering Marc Molinari, Sam Gould University of Southampton

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Presentation transcript:

Visualisation in Grid Enabled Optimisation and Design Search for Engineering Marc Molinari, Sam Gould University of Southampton

Southampton Geodise Grid-Enabled Optimisation and Design Search for Engineering GEM Grid-enabled electromagnetic optimisation G-Yacht Yacht CFD and analysis tool G-Ship Ship motion analysis tool G-Hydroflex Hydroelastic properties of vessels G-Civil Geo-technical data for civil eng.

Design

Geodise / GEM Architecture

Visualisation Requirements Images / Animation Solution Data Filesize: up to 2 GB Mesh Data elements Filesize: 1kB – ~100 MB CAD Data Rotate, zoom, pan, select 3D, geometry repair; x/y/z coordinates, points, edges, faces, elements Rotate, zoom, pan, identify coordinates; vector plots, scalar colouring, particle traces Thumbnails, Movies, Videos Draw, define geometry, rotate, zoom, pan, add

G-Yacht Visualisation

Possible Solutions Open GL / Glut Java 3D Low Level Routines VTK Tool packages Open DX IRIS Explorer AVS Express Field View Visualisation Software Matlab, etc. Engineering Software Formats on the Web VRML SVG XML-based? … ? UK e-Science Programme

Discussion How is it done on the Grid? What data transfer mechanisms? –Where does data get stored? –Which formats / open standards? Software technology (Java, XML, …)? Server / Client infrastructure? –How can user interaction take place? –Is collaborative work possible?