|
| | 522_single-black-hole.psi (r) |
| | Conformal factor of the Schwarzschild black hole in isotropic coordinates.
|
| |
| | 522_single-black-hole.build_and_run (directory, peano_installation, end_time, scheme, enforce, patch_size=PatchSize, load_balancing=False, threads=None) |
| | Generate, compile and run the tutorial setup within directory.
|
| |
| | 522_single-black-hole.probe (directory, point, output_file) |
| | Probe all snapshots at one point.
|
| |
| | 522_single-black-hole.profile (directory, volumes_per_axis=VolumesPerAxis) |
| | Probe lapse and phi in the centre of each volume along the line through the centres of the volumes next to the puncture, i.e.
|
| |
| | 522_single-black-hole.radius (x, line_offset=LineOffset) |
| |
| | 522_single-black-hole.time_steps (directory) |
| | Number of time steps and average wall clock time per time step.
|
| |
| | 522_single-black-hole.plot_speeding_up (coarse, fine) |
| | Lapse next to the puncture over time, and along the x-axis at the end, for both meshes.
|
| |
| | 522_single-black-hole.plot_initial_data (x, lapse, phi) |
| | Initial lapse and conformal factor along the x-axis against the closed form.
|
| |
| | 522_single-black-hole.plot_lapse_profile (x, t, lapse) |
| | Lapse along the x-axis for several snapshots.
|
| |
| | 522_single-black-hole.plot_lapse_over_time (x, t, lapse) |
| | Lapse over time at a few distances from the puncture.
|
| |
| | 522_single-black-hole.plot_constraints (unconstrained, constrained) |
| | Lapse and phi next to the puncture over time with and without constraint enforcement.
|
| |
|
| | 522_single-black-hole.Here = os.path.dirname(os.path.abspath(__file__)) |
| |
| | 522_single-black-hole.PeanoRoot = os.path.abspath(os.path.join(Here, "..", "..", "..", "..")) |
| |
| str | 522_single-black-hole.PatchFile = "solution-CCZ4.peano-patch-file" |
| |
| float | 522_single-black-hole.Mass = 1.0 |
| |
| float | 522_single-black-hole.DomainOffset = -9.0 |
| |
| float | 522_single-black-hole.DomainSize = 18.0 |
| |
| int | 522_single-black-hole.CellsPerAxis = 9 |
| |
| int | 522_single-black-hole.PatchSize = 6 |
| |
| int | 522_single-black-hole.VolumesPerAxis = CellsPerAxis * PatchSize |
| |
| float | 522_single-black-hole.TimeInBetweenPlots = 0.5 |
| |
| float | 522_single-black-hole.LineOffset = DomainSize / VolumesPerAxis / 2.0 |
| | y and z coordinate of the line along which we probe: the centre of the first volume next to the origin
|
| |
| int | 522_single-black-hole.DecomposedPatchSize = 10 |
| | The run of the section "Speeding up": the plain Finite Volumes with 10x10x10 patches over the same 9x9x9 mesh cells, the domain decomposed by a load balancing strategy, and four OpenMP threads.
|
| |
| int | 522_single-black-hole.DecomposedThreads = 4 |
| |
| list | 522_single-black-hole.Runs |
| | The runs: name, patch size, load balancing, threads, constraint enforcement.
|
| |
| | 522_single-black-hole.parser |
| |
| | 522_single-black-hole.default |
| |
| | 522_single-black-hole.help |
| |
| | 522_single-black-hole.type |
| |
| | 522_single-black-hole.float |
| |
| | 522_single-black-hole.args = parser.parse_args() |
| |
| | 522_single-black-hole.work_directory |
| |
| dict | 522_single-black-hole.runs = {} |
| |
| | 522_single-black-hole.directory = os.path.join(os.path.abspath(work_directory), name) |
| |
| | 522_single-black-hole.runtime |
| |
| int | 522_single-black-hole.volumes_per_axis = CellsPerAxis * patch_size |
| |
| | 522_single-black-hole.x |
| |
| | 522_single-black-hole.t |
| |
| | 522_single-black-hole.lapse |
| |
| | 522_single-black-hole.phi |
| |
| | 522_single-black-hole.count |
| |
| | 522_single-black-hole.average |
| |
| float | 522_single-black-hole.h = DomainSize / volumes_per_axis |
| |
| int | 522_single-black-hole.centre = volumes_per_axis // 2 |
| |
1.9.8