sasdata) SESAME Tables SLAC netCDF mesh and mode data SLAC netCDF particle data Silo (.silo. pdb) Raw Image Files Raw NRRD image files (.nrrd) SAMRAI (.samrai) SAR (.SAR. vp3d) PLY Polygonal File Format PNG Image Files POP Ocean Files ParaDIS Files Phasta Files (.pht) Pixie Files (.h5) ProSTAR (.cel. nhdr) OpenFOAM Files (.foam) PATRAN (.neu) PFLOTRAN (.h5) PLOT2D (.p2d) PLOT3D (.xyz. f06) Nek5000 Files Nrrd Raw Image (.nrrd. d3plot, d3plot) M3DCl (.h5) MFIX Unstructred Grid (.RES) MM5 (.mm5) MPAS NetCDF (.nc. jpeg) LAMPPS Dump (.dump) LAMPPS Structure Files LODI (.nc. mer) GTC (.h5) GULP (.trg) Gadget (.gadget) Gaussian Cube File (.cube) JPEG Image (.jpg. ex2v., etc) ExtrudedVol (.exvol) FVCOM (MTMD, MTSD, Particle, STSD) Facet Polygonal Data Flash multiblock files Fluent Case Files (.cas) GGCM (.3df. sos) Enzo boundary and hierarchy ExodusII (.g. u) DDCMD (.ddcmd) Digital Elevation Map (.dem) Dyna3D(.dyn) EnSight (.case. h5) Claw (.claw) Comma Separated Values (.csv) Cosmology Files (.cosmo. inp) CMAT (.cmat) CML (.cml) CTRL (.ctrl) Chombo (.hdf5. hdr) ANSYS (.inp) AVS UCD (.inp) BOV (.bov) BYU (.g) CAM NetCDF (.nc. vtr) VTK Legacy (.vtk) VTK Multi Block (.vthb) Partitioned VTK (.pvtu. Delete the Cylinder.Ģ1 Supported Data Types ParaView Data (.pvd) Or You can active the “Apply changes to parameters automatically” Increase the Resolution parameter. Click the “Apply” button to accept the default parameters. Go to the “Source” menu and select ”Cylinder”. Click the button again.ġ9 Undo Redo Redo Undo Camera Redo Undo Adjust Camera You can active the “Apply changes to parameters automatically”ĭrag left, middle, right buttons for rotate, pan, zoom. ParaView Client pvpython ParaWeb Catalyst Custom App UI (Qt Widgets, Python Wrappings) ParaView Server VTK OpenGL MPI IceT Etc.ĩ Non-Uniform Rectilinear (vtkRectilinearData) Curvilinearĭata Types Uniform Rectilinear (vtkImageData) Non-Uniform Rectilinear (vtkRectilinearData) Curvilinear (vtkStructuredData) Polygonal (vtkPolyData) Unstructured Grid (vtkUnstructuredGrid) Multi-block Hierarchical Adaptive Mesh Refinement (AMR) Hierarchical Uniform AMR Octreeġ0 2 Basic Usage 14/mai/2017 Felipe Bordeuġ1 Menu Bar Toolbars Pipeline Browser Properties Panel Advanced Toggle Demonstrates the breadth of utility ParaView has. Elias, NACAD/COPPE/UFRJ, Rio de Janerio, Brazil Swiss National Supercomputing Centre Bill Daughton, LANL Swiss National Supercomputing Centre Small montage of projects using ParaView. Jerry Clarke, US Army Research Laboratory Renato N. 14/mai/2017 Felipe BordeuĦ Small montage of projects using ParaView. A flexible BSD 3 Clause license Commercial maintenance and support. An extensible, modular architecture based on open standards. An open, flexible, and intuitive user interface. Support for distributed computation models to process large data sets. Download Get example material.Ĥ 1 Introduction 14/mai/2017 Felipe Bordeuĥ What is ParaView? An open-source, scalable, multi-platform visualization application. Presentation on theme: "Introduction a Paraview"- Presentation transcript:Ģ Outline Introduction Basic Usage Scripting Visualizing Large Models
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