ParaView: Difference between revisions
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ParaView is a parallel visualization software package. It is useful for rendering 3D images. | ParaView is a parallel visualization software package. It is useful for rendering 3D images. | ||
See [[Visualization]] for details on running ParaView on netcdf files of SPINS | See [[Visualization]] for details on running ParaView on netcdf files of SPINS outputs. | ||
See [https://www.paraview.org/Wiki/The_ParaView_Tutorial Paraview tutorial] for a short tutorial. | See [https://www.paraview.org/Wiki/The_ParaView_Tutorial Paraview tutorial] for a short tutorial, or [[Lab visualization tutorial]] for a shorter, more lab-centered tutorial. | ||
See also [[VisIt]]. | See also [[VisIt]]. | ||
Random notes: | |||
* The lights are relative to the location of the camera not the grid. So when you move the camera, the lights move too. | |||
* Paraview reads the x coordinates of netCDF files in the opposite order they're meant, so multiply either the x or y axes by -1 (to flip them). In addition, the z axis will often be scaled wrong. | |||
Latest revision as of 14:10, 1 February 2019
ParaView is a parallel visualization software package. It is useful for rendering 3D images.
See Visualization for details on running ParaView on netcdf files of SPINS outputs.
See Paraview tutorial for a short tutorial, or Lab visualization tutorial for a shorter, more lab-centered tutorial.
See also VisIt.
Random notes:
- The lights are relative to the location of the camera not the grid. So when you move the camera, the lights move too.
- Paraview reads the x coordinates of netCDF files in the opposite order they're meant, so multiply either the x or y axes by -1 (to flip them). In addition, the z axis will often be scaled wrong.