To understand how to setup a parameter study, let’s go back to our originalĮxample. In this case, the parameter study is varying 4.33 Render View (Comparative) with Annotate Time filter showing
Interact with one of the views, all views will also update simultaneously when Since the cameras among the internal views are automatically linked, if you View properties, with Display properties, changingĬoloring, Styling, or any other properties will reflect in all Result in the data being shown in all the internal views simultaneously. Use the Pipeline Browser to toggle the eyeball icons to show data producedīy the selected pipeline module(s). To show data in this view is the same as any other view: Make this view active and Views, you will only see one view with all visible data displayed \(m\times n\) When checked, instead of getting a grid of \(m\times n\) Views in the horizontal direction and the second is the count in the verticalīesides doing a parameter study in side-by-side views, you can also show all the To change how many internal views are used in the active comparative view and To configure the comparative view itself, you must to use theĬomparative View Inspector is a dockable panel that is enabled when the 4.32 Comparative View Inspector in paraview used to configure the active comparative view. These properties, they will affect all these internal views, e.g., setting theīackground color to Gradient will make all the views show a gradientįig. Render View under the View properties section. The Properties panel will show properties similar to those available on the Notice that you can still split the view frame and create other views if While you cannot resize these internal views, paraview will immediately show four Render View s To create Render View (Comparative) in paraview, split orĬlose the active view and select Render View (Comparative) from the new The Comparative View Inspector dockpanel (on the right) is used to configure the parameter study. Using different isovalues for the Contour filter. In this case, we are comparing the visualization generated 4.31 Render View (Comparative) in paraview showing a Views, including Bar Chart View (Comparative) and Line Chart View (Comparative). However, the same principles are applicable to other comparative We limit our discussion to Render View (Comparative).
In this chapter, we look at how to configure this view and how to set these Generate the comparative visualization for us! Isosurfaces property on the Contour filter, and, viola! The view will Next, we will set up a parameter study for varying the That we show in Render View (Comparative) with as many internal views as Going back to our original example, we will create a single Contour filter Now render the result obtained by setting the parameter as per your selection. This parameter can beĪny of the properties on the pipeline modules such as filter properties and When you set up a parameter to vary across the views. Nice and well, the real power of Comparative View s becomes apparent You interact with one, all other views update as well. The interactions in the internal views are linked, so when Scalar coloring and representation type are also maintained consistently between Any data that you show in this view gets shown inĪll the internal views simultaneously. The view itself comprises of a configurable Instead ofĬreating separate views, you create a single view Render View (Comparative). The entire visualization that you need to change the Representation type forĪll the of the isosurfaces to Wireframe !Ĭomparative View s were designed to handle such use-cases. Keep track of which view shows which isovalue. Setting each one up with a right isovalue for the contour to generate andĭisplay the result in one of the views. Then, create just as many Contour filters, To set up such a visualization, you’ll need to first create as many Study where you want to compare isosurfaces generated by a set of isovalues in aĭataset.
Let’s take a look at a simple example: Let’s say you want to do a parameter Side to set up simultaneous visualizations. In its mostīasic form, you can indeed use ParaView’s ability to show multiple views side by Side-by-side visualizations for comparing with one another. Comparative visualization in ParaView refers to the ability to create