Difference between revisions of "Tutorial"
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# [[http://ix.cs.uoregon.edu/~hank/VTKm_tutorial_Jul19.pptx slides]] (60+MB) | # [[http://ix.cs.uoregon.edu/~hank/VTKm_tutorial_Jul19.pptx slides]] (60+MB) | ||
# [[http://ix.cs.uoregon.edu/~hank/VTKm_tutorial_examples.tar examples]] (0.03MB) | # [[http://ix.cs.uoregon.edu/~hank/VTKm_tutorial_examples.tar examples]] (0.03MB) | ||
− | # [[http://ix.cs.uoregon.edu/~hank/kitchen.vtk data file]] (2MB) (on Mac: right-click and "Save Link As") | + | # [[http://ix.cs.uoregon.edu/~hank/kitchen.vtk kitchen.vtk data file]] (2MB) (on Mac: right-click and "Save Link As") |
== Build example code == | == Build example code == |
Revision as of 11:39, 30 July 2019
WARNING: Under development!
Contents
About this page
This page contains materials for a VTK-m tutorial. A mini version of the tutorial will be offered at the VTK-m Code Sprint in Albuquerque on July 30th. The full version (3.5 hours) will be offered at VIS19 in Vancouver, Canada on Sunday October 20th.
Download and build VTK-m
The instructions to download and build are here.
Recommendations:
- Download V1.4.0 here.
- (note the build page assumes you will be accessing the master via a git clone, but we encourage you to use the released version for the tutorial)
- Do not enable the TBB or CUDA, at least at first.
- (we stand behind our support for these backends, but it is good to start simple)
In all, your process on Unix/Mac should be something like:
# (download VTK-m 1.4.0) # tar xvfz vtk-m-v1.4.0.tar.gz # mkdir vtkm-build # out of source build # cd vtkm-build # cmake ../vtk-m # make
Download tutorial materials
- [slides] (60+MB)
- [examples] (0.03MB)
- [kitchen.vtk data file] (2MB) (on Mac: right-click and "Save Link As")
Build example code
Your process on Unix/Mac should be something like:
# (downloads from above) # export P=/path/where/you/want/to/run/tutorial/examples # export D=/path/to/where/your/browser/downloads/files # cp $D/kitchen.vtk $D/VTKm_tutorial_examples.tar $P # cd $P # tar xvf VTKm_tutorial_examples.tar # places 9 files in $PWD # <edit your CMakeLists.txt file so that VTKm_DIR points to the correct location> # cmake . # make # ./tut_io # run 1st example # ls out_io.vtk # confirms 1st example successfully completed