Sam and Andy,
Thanks for your advices. I found the order of applying filters is very important. Here is a good step: > 1. Extract Fluid block(s) > 2. Cell Data to Point Data at Original Multiblock > 3. Resample Data Sets of Original Multiblock at Fluid Block(s) Most cases are OK with above step, but some cases including non-contiguous interface failed on resampling step (mismatching about Tuple Length). Magician On 2012/07/03, at 0:05, Andy Bauer wrote: > What I would try is extract block filter to separate the 2 data sets. Then > use the resample with data set to project the wall point data to the > volumetric grid point data. I'm not sure if it will work without testing it > though. > > On Mon, Jul 2, 2012 at 10:39 AM, Magician <[email protected]> wrote: > Hi all, > > > I'm now trying to visualize CFD simulation data. > There are 3D-Cell and 2D-Wall elements > and each elements have cell-centered vector or scalar data. > Wall and Cell elements are read as a single Unstructured > Multiblock source. > Wall elements are exactly overlapping with cell surfaces. > > I often use "Cell Data to Point Data" filter. > When I apply this filter for my Multiblock data, > point values of 3D-Cells and 2D-Walls are treated separately. > If possible, I want to replace point values of 3D-Cell surfaces' > with 2D-Walls'. > > Does anyone have a good idea to do it? > > > Magician On 2012/07/03, at 0:02, Samuel Key wrote: > Magician, > > If you were using EnSight Gold formatted binary results output, you could use > the EnSight "Part" construct to output (both in the same results file-set) > the 2D-Wall elements and the 3D-Cell elements as separate displayable graphic > objects (plus their point & cell data). > > Then, in PV, use the "Extract Block" filter to select which "Parts" you want > to display followed by any other filters you like. > > Sam > > > On 7/2/2012 8:39 AM, Magician wrote: >> Hi all, >> >> >> I'm now trying to visualize CFD simulation data. >> There are 3D-Cell and 2D-Wall elements >> and each elements have cell-centered vector or scalar data. >> Wall and Cell elements are read as a single Unstructured >> Multiblock source. >> Wall elements are exactly overlapping with cell surfaces. >> >> I often use "Cell Data to Point Data" filter. >> When I apply this filter for my Multiblock data, >> point values of 3D-Cells and 2D-Walls are treated separately. >> If possible, I want to replace point values of 3D-Cell surfaces' >> with 2D-Walls'. >> >> Does anyone have a good idea to do it? >> >> >> Magician _______________________________________________ Powered by www.kitware.com Visit other Kitware open-source projects at http://www.kitware.com/opensource/opensource.html Please keep messages on-topic and check the ParaView Wiki at: http://paraview.org/Wiki/ParaView Follow this link to subscribe/unsubscribe: http://www.paraview.org/mailman/listinfo/paraview
