Well, gosh, Tim. If you put it that way I wouldn't bet my life on it. If the glyphs look wrong, it should be straightforward to check if the underlying vectors match. For example, if you are seeing vectors that look ridiculously large or small, you can use the Find Data dialog to see if the magnitude of any vectors are beyond some expected range. If you see a particular glyph that looks wrong, select the source data under it and look at the actual values of the vector.
-Ken From: Tim Bhatnagar <tim.bhatna...@gmail.com<mailto:tim.bhatna...@gmail.com>> Date: Tuesday, January 28, 2014 11:21 AM To: Kenneth Moreland <kmo...@sandia.gov<mailto:kmo...@sandia.gov>> Cc: "paraview@paraview.org<mailto:paraview@paraview.org>" <paraview@paraview.org<mailto:paraview@paraview.org>> Subject: [EXTERNAL] Re: [Paraview] details on glyph scaling Thanks for the response, Ken. Are you absolutely, 'no-other-possibility' sure? I ask because my visualizations are non-sensical if this is the case, indicating that I may have more serious issues up the pipeline. I ask for you to re-confirm because before I sent the previous message, I had found many complaints online about the user-friendliness of glyph customization.. Thanks, Tim On Thu, Jan 23, 2014 at 7:48 PM, Moreland, Kenneth <kmo...@sandia.gov<mailto:kmo...@sandia.gov>> wrote: Set the Scale Factor to 1 and the Scale Mode to vector. That should size the arrow glyph to the length of the vector. -Ken On 1/23/14 5:36 PM, "Tim" <tim.bhatna...@gmail.com<mailto:tim.bhatna...@gmail.com>> wrote: >Hi, > >I have a 3D vector field (vectors are 3D), and would like to visualize the >real length of the deformation vectors. > >Could you explain how I use the SetScale factors to achieve this? > >For example: If a point vector is [105um x 200um x 300um], then I want the >length of the glyph to be sqrt(105^2 + 200^2 + 300^2), and for it to have >the orientation that would be associated with a vector of such components. > >Thanks so much! > >Tim Bhatnagar > >_______________________________________________ >Powered by www.kitware.com<http://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 -- Tim Bhatnagar PhD Candidate Orthopaedic Injury Biomechanics Group Department of Mechanical Engineering University of British Columbia Rm 5000 - 818 West 10th Ave. Vancouver, BC Canada V5Z 1M9 Ph: (604) 675-8845 Fax: (604) 675-8820 Web: oibg.mech.ubc.ca<http://oibg.mech.ubc.ca>
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