[Paraview] Non-blocking coprocessing

Hello again! I'm looking at using coprocessing for something that may take awhile to actually compute, so I would like to do it in a non-blocking fashion. Essentially I am going to be extracting data from the simulation into some numpy arrays (so once copied, the original data in the pipeline

Re: [Paraview] [EXTERNAL] RE: [EXT] Re: Any way to select nodes that are inside a volume

So the “Extract Block” filter should do the trick. Extract the blocks with the truss elements and write that out to a mesh file. -Ken From: Dennis Conklin Date: Monday, October 24, 2016 at 4:33 PM To: "Moreland, Kenneth" , "Paraview

Re: [Paraview] [EXTERNAL] RE: [EXT] Re: Any way to select nodes that are inside a volume

Ken, Actually, I want to get just the truss elements that are embedded in the hex elements and write them out to a mesh file. I’ve been playing in Patran, but I still end up with some trusses sticking out of the solid. So, not rendering, I want to make a new element block which is clipped by

Re: [Paraview] [EXTERNAL] RE: [EXT] Re: Any way to select nodes that are inside a volume

Having the data in multiblock format is good. It is pretty easy to turn blocks on and off. The easiest way to turn of the visibility of a block is to right click it in the 3D view and selected “Hide Block” from the pop-up menu. For somewhat more sophisticated controls, use the Multi-block

Re: [Paraview] wall shear stress

The following should work: - Gradient of Unstructured Data Set - Extract Surface - Generate Surface Normals - Calculator filter to compute the wall shear stress from the gradient and the surface normals. On Fri, Oct 21, 2016 at 11:55 PM, Fande Kong wrote: >

Re: [Paraview] [EXT] Re: Any way to select nodes that are inside a volume

Ken, Yes it is a multiblock dataset and the rebar blocks are different than the hex blocks. Dennis From: Moreland, Kenneth [mailto:kmo...@sandia.gov] Sent: Friday, October 21, 2016 10:56 PM To: Dennis Conklin ; Paraview (paraview@paraview.org)