On 26/06/2015 08:36, Anders Logg wrote:
Sure!
http://www.math.chalmers.se/~logg/tmp/torus.vtu.gz [6]
Ideally I would like to visualize this as a glowing torus-shaped
galaxy in empty space.
PS: A friend tipped me to visualize the data as a point cloud instead
so I'm currently experimenting
Sure!
http://www.math.chalmers.se/~logg/tmp/torus.vtu.gz
Ideally I would like to visualize this as a glowing torus-shaped galaxy in
empty space.
PS: A friend tipped me to visualize the data as a point cloud instead so
I'm currently experimenting with sampling the density data to form a point
If the output of the vtm is what you're looking for you won't be able to do
that with the parallel XML structured grid writer because you have a node
partition (i.e. nodes are uniquely assigned to a process and in this case
no other process has that node). Thus the missing cells at the partition
Good idea, I tried it just now. It didn't seem to improve much over the
1-pixel dots I used before but this technique may come in handy later -
thanks!
--
Anders
fre 26 juni 2015 kl 19:11 skrev Scott, W Alan wasc...@sandia.gov:
Very nice.
I don’t think it will improve on what you are
Very nice.
I don’t think it will improve on what you are doing, but you may want to try
adding a glyph filter. Then, change the glyph type to sphere, and make the
spheres really small. You could then color the spheres by velocity or star age
or star size or ... You could also make the
Hi,
Thanks for your suggestion. I did it as follows,
vtkMultiBlockDataSet* grid = vtkMultiBlockDataSet::New();
vtkNewvtkMultiPieceDataSet mpds;
mpds-SetNumberOfPieces(*mpiSize);
mpds-SetPiece(*mpiRank, sg.GetPointer());
grid-SetNumberOfBlocks(1);
grid-SetBlock(0, mpds.GetPointer());
Hi,
I am trying to create structured grid in an MPI application and i am using
following C++ code to implement it
extern C void createstgrid_(double* y, double* x,
int* nxstart, int* nxend, int* nystart, int*
nyend,
int* nx, int* ny,
Michael,
I am cleaning up e-mails, and found yours. I don't think it was answered.
Currently the ParaView/Kitware team are working on the next release. This
release should go out late this summer (but looking at the bug list, could be
very early fall). Kitware is working to update OpenGL -
Do you have a node partitioning of your grid? If you do you really need a
cell partitioning of the grid which will have multiple points a the
partition overlap.
Can you share your data?
On Fri, Jun 26, 2015 at 5:58 AM, u.utku.turunco...@be.itu.edu.tr wrote:
Hi,
I am trying to create
Thanks for the good suggestions! I ended up going with the point cloud
option. I'm very happy how it turned out:
http://www.math.chalmers.se/~logg/tmp/vp_torus.avi
Again, special thanks to Chris for pointing me to this option.
--
Anders
fre 26 juni 2015 kl 12:32 skrev Paluszek, Lukasz
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