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Peano 4
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Peano 4
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Simple Noh implosion test benchmark with \( N ^d \) particles. You specify the \( N \) on the command line, as well as some other arguments. The setup will yield snapshots similar to the ones below.
As with all Swift 2 experiments, you have to ensure that you translate with –enable-particles –enable-swift.
We allow the user to specify the number of particles per axis via the Python argument –particle-number (or -np). We aim for roughly 20 particles per cell, which is physically unreasonable, but we can do so for this test, which means that it is reasonable to start with a mesh size of roughly \( \frac{1}{np} \cdot 20 \sqrt[-1]{d} \).
Below is a rough guideline (overview) of particle per axis and outcome for 2d experiments:
| np | initial mesh cells | mesh cells after insertion |
|---|---|---|
| 10 | 9 (3x3) | 81 (9x9) |
| 20 | 9 (3x3) | 81 (9x9) |
| 40 | 9 (3x3) | 81 (9x9) |
| 80 | 81 (9x9) | 729 (27x27) |
| 160 | 729 (27x27) | 6,561 (81x81) |
| 320 | 729 (27x27) | 6,561 (81x81) |
| 640 | 6,561 (81x81) | 59,049 |
As always, the important detail is to study all artifacts that our Python API produces. Per executable, you will obtain a README-my-exec.md file which details your settings, provides.
1.10.0