Updates for PV 5.13

surf-visualization · Jan 20, 2025 · 7b1063f · 7b1063f
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diff --git a/docs/exercise2.md b/docs/exercise2.md
@@ -34,7 +34,7 @@ ParaView does not know by itself how these individual variables relate to the po
 
 ▶ Compare the __Information__ tabs of the __wervel.csv__ source and the __TableToPoints__ filter to see how the output data has changed (type, number of points/cells, etc), and verify that the data arrays produced by the TableToPoints filter match those of the wervel.csv source.
 
-▶ If needed, enable visibility of the TableToPoints output by clicking the eye icon next to it in the pipeline browser. If you have both a RenderView (the 3D panel) and a Spreadsheet view then make sure you have the RenderView selected (by clicking in it) before enabling visibility of the TableToPoints output. You should now see a regular 3D grid of (white) points, indicating that the point position values from the CSV data have correctly been set based on the table input.
+▶ If needed, enable visibility of the TableToPoints output by clicking the eye icon next to it in the pipeline browser. **If you have both a RenderView (the 3D panel) and a Spreadsheet view then make sure you have the RenderView selected (by clicking in it) before enabling visibility of the TableToPoints output.** You should now see a regular 3D grid of (white) points, indicating that the point position values from the CSV data have correctly been set based on the table input.
 
 ## Creating velocity vectors
 
@@ -94,7 +94,7 @@ Now lets do some initial particle tracing through the flow field using the strea
 
 This will give you a set of lines, each representing a trace of a particle as it follows the flow in the tornado. 
 
-▶ Note the small white 3D axis and large sphere at the bottom of the tornado: this is the seed center (12,12,0) and given radius around which the traced particles start. You could experiment with different locations of the seed point to see how this influences the streamlines.
+▶ Note the small red 3D axis and large sphere at the bottom of the tornado: this is the seed center (12,12,0) and given radius around which the traced particles start. You could experiment with different locations of the seed point to see how this influences the streamlines.
 
 !!! Hint "Accidental sphere changes / Resetting a filter to last executed values"
 

diff --git a/docs/exercise3.md b/docs/exercise3.md
@@ -21,10 +21,12 @@ change dynamically over time, showing us the growth of the coral over time.
 
 ▶ Link the contour iso-surface value to the time sequence by using the blue __+__ button right of the __Contour1__ and __Isosurfaces__ dropdown menus.
 
-![](images/animation.png)
+![](images/time-manager.png)
 
 ▶ Verify that this adds __Contour1__ to the timeline, directly under __Animations__ as a second "strip" over the full length of the time bar. The values at the far left and right edges of the strip are the isosurface values used at those time points (1280 and 37120, respectively). These values are based on the min/max values from the input dataset, which can you verify using the __Information__ tab of __ALT_PRPB001A.vtk__.
 
+![](images/time-manager2.png)
+
 ▶ With the animation set up you can now use the playback buttons, either in the Time Manager or in the main toolbar, to play through the growth of the simulation. The double arrow button controls if the playback loops back to the start. When the animation is paused you can change the current time by clicking or dragging in the Time Sources bar.
 
 ![](images/playback.png)

diff --git a/docs/images/animation-keyframes.png b/docs/images/animation-keyframes.png
diff --git a/docs/images/cc-by-sa.png b/docs/images/cc-by-sa.png
diff --git a/docs/images/time-manager.png b/docs/images/time-manager.png
diff --git a/docs/images/time-manager2.png b/docs/images/time-manager2.png
diff --git a/docs/preparation.md b/docs/preparation.md
@@ -19,7 +19,7 @@ All course data files and slides can be found at https://edu.nl/k6ttu. There we
 
 We provide ParaView binaries *for Windows and Linux* for this course in the course materials share (see above). For macOS there are many variations available on https://www.paraview.org/download/ and you probably know best yourself which one you need.
 
-This guide has been written for ParaView version **5.12**. Between ParaView versions small differences in GUI (and functionality) exist, but most of what is written in these notes should be easy to apply to other versions of ParaView. 
+This guide has been written for ParaView version **5.13**. Between ParaView versions small differences in GUI (and functionality) exist, but most of what is written in these notes should be easy to apply to other versions of ParaView.
 
 !!! Warning "OpenGL compatibility"
 

diff --git a/license.txt b/license.txt