22 movies from completed simulations. Color and arrow scales are held fixed through each movie; rendering details record the plotted fields and sampling.
Choose a thumbnail to open a movie. Max level is the permitted AMR refinement; the adaptive mesh may be coarser.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. One temporal wave period, sampled at twenty phase intervals.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. One temporal wave period, sampled at twenty phase intervals.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. One temporal wave period, sampled at twenty phase intervals.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. One temporal wave period, sampled at twenty phase intervals.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. One domain crossing of the periodic streaming front.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. One domain crossing of the periodic streaming front.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. One domain crossing of the periodic streaming front.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. One domain crossing of the periodic streaming front.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. One domain crossing of the periodic streaming front.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Gaussian energy excess above the recorded background uses a labeled logarithmic floor. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. Initial periodic pulse expansion through 0.5 s; the pulse remains in a periodic domain.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Gaussian energy excess above the recorded background uses a labeled logarithmic floor. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. Initial periodic pulse expansion through 0.5 s; the pulse remains in a periodic domain.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Gaussian energy excess above the recorded background uses a labeled logarithmic floor. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. Initial periodic pulse expansion through 0.5 s; the pulse remains in a periodic domain.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Gaussian energy excess above the recorded background uses a labeled logarithmic floor. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. Initial periodic pulse expansion through 0.5 s; the pulse remains in a periodic domain.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. Equilibrium-maintenance test; a nearly stationary field is expected.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping. Equilibrium-maintenance test; a nearly stationary field is expected.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Gray density contours and a matching density/velocity panel. Fixed color limits; actual stored Silo times held without solution interpolation. Playback segments: 0–400 s over 10 playback seconds; 400–4000 s over 10 playback seconds. Give the early radiation transient ten seconds, then show later gas expansion for another ten seconds. The maps show the full simulation domain without cropping. Early expansion through 4000 s. The original 22000 s late-time blast benchmark is outside this campaign window.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Gray density contours and a matching density/velocity panel. Fixed color limits; actual stored Silo times held without solution interpolation. Playback segments: 0–400 s over 10 playback seconds; 400–4000 s over 10 playback seconds. Give the early radiation transient ten seconds, then show later gas expansion for another ten seconds. The maps show the full simulation domain without cropping. Early expansion through 4000 s. The original 22000 s late-time blast benchmark is outside this campaign window.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Gray density contours and a matching density/velocity panel. Fixed color limits; actual stored Silo times held without solution interpolation. Playback segments: 0–400 s over 10 playback seconds; 400–4000 s over 10 playback seconds. Give the early radiation transient ten seconds, then show later gas expansion for another ten seconds. The maps show the full simulation domain without cropping. Early expansion through 4000 s. The original 22000 s late-time blast benchmark is outside this campaign window.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping.
Central z=0+ radiation energy slice with faint cell mesh and equal-length flux direction arrows. Fixed color limits; actual stored Silo times held without solution interpolation. The maps show the full simulation domain without cropping.