| name | run by | dx (dt_fac) |
max x | slicing | system | final time |
min lapse |
comments |
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| boost_ns_1 run | Mark | 1.2 (0.125) |
40 | harmonic | MAHC_ADMLEAP | 6 (approx .03 ms) | ??? | Two tov stars boosted towards each other at 0.3 c. Ran an T3E. Crashed for unknown reasons in vis_contrib: Signal SIGFPE in routine VIS_CONTRIB. Don't quite know what is happening, but BAM is giving nans with the same code in the initial data on Origin, so will investigate. Look at the mass density along the z direction or the specific internal energy along the z direction. |
| boost_ns_2 run | Mark | 1.95 (0.125) |
40 | harmonic | MAHC_ADMLEAP_ROE | 228 timesteps, t=55.575 (approx .25 ms) | ??? | Two boosted TOV stars, grazing. Each star is boosted at 0.3c in the z direction. Center of star1=(-5,0,-15), star2=(5,0,15). Code crashes, hamiltonian has maximum value .39. Since 1D output shows you almost nothing, you've got to grab the 3D data set for the mass density. |
| boost_ns_3 run | Mark | 1.95 (0.125) |
40 | harmonic | MAHC_ADMLEAP_ROE | 400 timesteps, t=97.5 (approx .5 ms) | ??? | The same run as boost_ns_2, but with TVD turned on (that it was off in the first place was a parameter-file-fart by me). Runs twice as long! Since 1D output shows you almost nothing, you've got to grab the 3D data set for the mass density. Thanks to Malcolm and William, we have a short movie of the mass density. |