Re: [Paraview] CGNS reader in ParaView 5.0.0

A fix is being tested: https://gitlab.kitware.com/paraview/paraview/merge_requests/585 I will generate new windows binaries once this lands. Utkarsh On Fri, Jan 22, 2016 at 10:14 AM, Utkarsh Ayachit wrote: > Looking into it. Seems like this is an issue only for the

[Paraview] Calculate Edge Lengths in Unstructured Grid

Hello Community, I'm trying to calculate the min/max/mean edge length (or even an edge length distribution) in a tetrahedral element mesh specified as an unstructured grid in Paraview. I've played with the 'Extract Edges' filter, however, wasn't successful so far. Does anybody know how I

Re: [Paraview] Calculate Edge Lengths in Unstructured Grid

Thomas, You can use the MeshQuality filter to compute the Edge Ratio for tetrahedral cells. This will give you a field called Quality in your dataset. You can then compute the statistics on it using other filters as needed. That should do what you are looking for. The definitions used in the

Re: [Paraview] How to find the distance to nearest node for each node in MultiBlockDataset

All, Still stupid! I think I can loop thru nodes directly without looping thru individual blocks (want inter-block distance anyway) The problem is I import x,y,z of nodes and then calculate distance with them and the result is not a float or a string so I have problems comparing it to other

[Paraview] problem in reading both 2d and 3d fields from same file ...

Hi, I have a problem when i try to read both two and three dimensional fields form a netCDF file. To access both 2d (x and y) and 3d (level, x, and y) fields, i am reading same file twice by changing dimension combo box in properties panel. This works fine. After creating visualization pipeline

Re: [Paraview] Calculate Edge Lengths in Unstructured Grid

Hey Tim, thanks for your reply! The Mesh Quality filter indeed provides the Edge Ratio for all tetrahedral elements, a single value calculated for every cell using the values I actually need. There must be a way to access them specifically (min/max/mean edge length) or a workaround to obtain