ElmerPost. Post-processing your results. Thomas Zwinger. thomas.zwinger[at]csc.fi
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1 ElmerPost Post-processing your results Thomas Zwinger thomas.zwinger[at]csc.fi Computational Environment & Application CSC Scientific Computing Ltd. The Finnish IT center for science Espoo, Finland Zwinger p.1/9
2 ElmerPost Program The Interface The Interface - Menus How to Read Files Command Window Output for Other Post-processors ASCII Based Output Contents Zwinger p.2/9
3 ElmerPost Program written by J. Ruokolainen Zwinger p.3/9
4 ElmerPost Program written by J. Ruokolainen utilizes OpenGL (e.g. Mesa) and TCL/TK Zwinger p.3/9
5 ElmerPost Program written by J. Ruokolainen utilizes OpenGL (e.g. Mesa) and TCL/TK nice add-ons as modules (JPG and MPEG output) Zwinger p.3/9
6 ElmerPost Program written by J. Ruokolainen utilizes OpenGL (e.g. Mesa) and TCL/TK nice add-ons as modules (JPG and MPEG output) fast and easy way to post-process Zwinger p.3/9
7 ElmerPost Program written by J. Ruokolainen utilizes OpenGL (e.g. Mesa) and TCL/TK nice add-ons as modules (JPG and MPEG output) fast and easy way to post-process launch simply with ElmerPost "winsize " Zwinger p.3/9
8 The Interface 1. Read result 2. Mesh display Iso-contours 4. Iso-surfaces 5. Vector-field 6. Particles 7. Color-bar 8. Refresh 9. View settings 10. Output 11. Command Zwinger p.4/9
9 The Interface - Menus File Open Save Image Load Sicopolis Quit Display Help Modules same as button 1 on the previous slide save ppm or PostScript (not too large!!) image load result file from SICOPOLIS (R. Greve s SIA code) exit ElmerPost buttons 2-7 from previous slide in a menu short help screen (quite useful) if installed: jpeg and mpeg-export Zwinger p.5/9
10 The Interface - Menus File Open Save Image Load Sicopolis Quit Display Help Modules same as button 1 on the previous slide save ppm or PostScript (not too large!!) image load result file from SICOPOLIS (R. Greve s SIA code) exit ElmerPost buttons 2-7 from previous slide in a menu short help screen (quite useful) if installed: jpeg and mpeg-export Edit Colormap change the colormap Grouping toggle entities for display/hide Material define some optical effects, like opacity Background background color Timestep Control displays a series of time steps/iteration steps Math Module Window MATC command interface Camera Settings change your point of view (which is sometimes necessary) Object Clip Planes how far your model can reach Zwinger p.5/9
11 How to Read Files Steady simulation: by default contains results of all iteration steps Zwinger p.6/9
12 How to Read Files Steady simulation: by default contains results of all iteration steps the last one contains the correct result Zwinger p.6/9
13 How to Read Files Steady simulation: by default contains results of all iteration steps the last one contains the correct result use the highest possible value (obtained by pressing All) in both fields (First and Last) Zwinger p.6/9
14 How to Read Files Steady simulation: by default contains results of all iteration steps the last one contains the correct result use the highest possible value (obtained by pressing All) in both fields (First and Last) Transient simulation: load all (by pressing All + Read File) Zwinger p.6/9
15 How to Read Files Steady simulation: by default contains results of all iteration steps the last one contains the correct result use the highest possible value (obtained by pressing All) in both fields (First and Last) Transient simulation: load all (by pressing All + Read File) different time steps can be accessed using the Timestep Control entry in menu Edit Zwinger p.6/9
16 Command Window either for geometry manipulation: translate rotate scale Zwinger p.7/9
17 Command Window either for geometry manipulation: translate rotate scale or for MATC expressions: math on = nodes math nodes(2,time(0)) = 100*(on(2,time(0)) + Mesh.Update(2,time(0))) Zwinger p.7/9
18 Command Window either for geometry manipulation: translate rotate scale or for MATC expressions: math on = nodes math nodes(2,time(0)) = 100*(on(2,time(0)) + Mesh.Update(2,time(0))) similar window also in Timestep Control: the current time level is addressed by time($t) Zwinger p.7/9
19 Output for Other Post-processors ResultOutputSolve offers during runtime: GID Gmsh Output Format = Vtk Dx Format vtu GID Gmsh VTK legacy Open DX ParaView Zwinger p.8/9
20 Output for Other Post-processors ResultOutputSolve offers during runtime: GID Gmsh Output Format = Vtk Dx Format vtu GID Gmsh VTK legacy Open DX ParaView Solver 1 Equation = "ResultOutput" Procedure = "ResultOutputSolve" "ResultOutputSolver" Output File Name = "test" Output Format = string "vtu" Scalar Field 1 = String "Temperature" Vector Field 1 = String "Velocity" End Zwinger p.8/9
21 Output for Other Post-processors ResultOutputSolve offers during runtime: GID Gmsh Output Format = Vtk Dx Format vtu GID Gmsh VTK legacy Open DX ParaView Solver 1 Equation = "ResultOutput" Procedure = "ResultOutputSolve" "ResultOutputSolver" Output File Name = "test" Output Format = string "vtu" Scalar Field 1 = String "Temperature" Vector Field 1 = String "Velocity" End Zwinger p.8/9
22 ASCII Based Output ResultOutputSolve offers during runtime: Procedure = File "SaveData" SaveScalars bulk output... SaveLine line output... SaveMaterials material parameters added as variables... SaveBoundaryValues boundary parameters added as variable Zwinger p.9/9
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