...
Note: The page may be changed until the competition stats, maybe sure to follow up until the opening ceremony.
Neko presentation to the teams:
Widget Connector | ||||||||||
---|---|---|---|---|---|---|---|---|---|---|
|
Presentation file:
View file | ||
---|---|---|
|
Building and Running example
...
Run Neko with the given input
(View file name tgv.zip neko tgv_Re1600.case
) on 4 CPU nodes and submit the results to the team’s folder (standard output,field0.f00000
,field0.f00001
andfield0.nek5000
)
Note: the small input is for you to play around.Run Neko with the given input on 4 GPUs (V100) and submit the results to the team’s folder (see instructions for GPU support above, and the additional information provided with the input file)
Run IPM profile or any other MPI profile on 4 nodes, and find the 3 most used MPI calls, show your work in the team interview.
Create a visualization short video with Paraview and show it on your team interview
Change
nsamples
to e.g. 100 intgv_Re1600.case
Download all
field0.*
files to a machine with Paraview (e.g. your laptop)Open
field0.nek5000
in Paraview, don’t forget to select all “Point Arrays” before pressing “Apply”Try various filters and representations, for example, iso-surfaces, glyphs or volume rendering
The flow field will show more interesting features if the simulation is allowed to run longer (controlled by
T_end
in the case file).
To save the final animation, follow the instructions at https://docs.paraview.org/en/latest/UsersGuide/savingResults.html#saving-animation
...