png ( Toolbars -> VCR Controls" if not already visible) for File Name, enter the base portion of a frame name "frame", for example."File -> Save Animation", accept the defaults, and hit "Save Animation".get things to look the way you want onscreen.You can then install a macro by copying it's file into the appropriate ParaView/Macros directory for your operating system.Ĭommon Tasks Save a Movie/Animation Quick and dirty approach:.Within the python shell, type "import os print os.environ". For windows users, one way to find out where "%APPDATA%" really is, is to run paraview, then "Tools" -> "Python Shell". For all other operating systems, it's "~/.config/ParaView/Macros". In windows, it's "%APPDATA%/ParaView/Macros". ParaView stores macros in one of two places, depending on your operating system.Clicking the macro name will run the macro. on running (or reloading) ParaView, the you should see yourmacroname (without the ".py" suffix) in one of the macro toolbars.In ParaView, click "Macros" -> "Add New Macro", then browse to yourmacroname.py in your known directory and hit "Ok". It is a python file, so it should be called yourmacroname.py. download the macro of interest to a known directory.There are 2 ways to install a macro: Macro Installation via the ParaView GUI sparam (this one requires more work and will likely take longest to appear here).resonant (waiting on good way to ask user for input filename).timeFFT (waiting on good way to ask user for input filename).wakeplot (waiting on good way to ask user for input filename).nextmode (cycles through multiple frequency domain mode files for a common mesh) (this one may be ready by roughly October 25, 2011.).They will be made available here when ready for release. These are not quite ready to run on a standalone installation of ParaView. For CW11, several macros were in place on the euclid cluster. When new toolbar features are being developed, prototyped, and tested, we use ParaView's python macros. The field type for the plot will be the same as the displayed field type. To create a line plot of the current field along the z axis, press the "Make a plot of the field along the Z axis" button. Particles should always be inside the mesh, so they may not be visible unless the mesh is displayed using the "Show Wireframe Front and Solid Back" style. To see particles once they have been loaded, pressing the "Toggle Show Particles" button will toggle the display of particles. This way, no matter how the mesh is oriented on the screen, you can look through the outer surface to see details inside.įor looking at fields (once they have been loaded), the "e" and "b" buttons in the SLAC Toolbox display pseudocolored electric and magnetic field magnitudes (respectively) on the mesh surface. The "Show Wireframe Front and Solid Back" button is a view dependent drawing style the outward oriented faces are shown as wireframe, while the inward oriented faces are shown as a solid surface. The "Show Mesh as Solid with Wireframe" button shows the surface along with element edges rendered in black. The "Show Mesh as Solid Surface" button shows the mesh surface as an opaque surface. On hitting "OK", the other icons in the toolbar become active, if their corresponding data has been loaded (e.g., the "e" and "b" field icons will become active if fields are loaded, but will remain greyed out if no fields were specified).įor mesh viewing (independent of whether fields and/or particles are loaded), these three buttons change how the mesh is displayed. This has places to enter the name of the mesh, and optionally, the name(s) of field files and/or particle files. When ParaView first comes up, click the SLAC Folder in the toolbar. Then, click on the SLACTools "+" and check the box by "Auto Load" so this plugin will default to always load. Select "SLACTools" and press "Load Selected" which loads the plugin for now. To enable the SLAC Toolbar, go to "Tools -> Manage Plugins". It's included with the ParaView distribution, but is disabled by default. The first time you run ParaView, you will likely not see the SLAC Toolbar. In the toolbar, the steps needed for various accelerator visualization recipes are reduced to a single mouse click. Everything done via the SLAC Toolbar can also be done via the normal ParaView GUI. Its purpose is to streamline work flow by minimizing the amount of GUI interaction needed for commonly performed tasks. The SLAC Toolbox is an extra toolbar added into ParaView. Accelerator Visualization Recipes for ParaView Introduction and Setup The SLAC Toolbar
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