Run outputs
Data
Text outputs of the 1D and 3D calculations behind the maps and figures. Binary shell histories (*.npz) and 3D checkpoints (hundreds of gigabytes) are not published here.
Data sets
runs/v1/vlasov3d
3D GR PBHVlasov runs (μ = 0.3; e = 0 and 0.2; cold and warm; gauge checks): ray and sphere horizon data, proper time, profiles.
Browse files · 484 files, 5.8 MB · Download archive (1021.0 KB)
runs/v1/ref3d
1D references for the 3D comparison (μ = 0.1 and 0.3, cold and warm, long runs past the first horizon).
Browse files · 12 files, 1.4 MB · Download archive (320.7 KB)
runs/v1/scan
First cold and warm μ scan on the comoving grid (25–26 September).
Browse files · 51 files, 3.2 MB · Download archive (788.3 KB)
runs/v1/restretch
Deadline map on the re-stretched grid, shell-number convergence checks (27–28 September).
Browse files · 112 files, 19.9 MB · Download archive (4.1 MB)
runs/v1/sigma32
Velocity-dispersion axis σ at 32 shells per cell.
Browse files · 21 files, 1.5 MB · Download archive (344.2 KB)
runs/v1/warm
Warm campaign (dispersion injected at horizon entry).
Browse files · 42 files, 1.6 MB · Download archive (400.9 KB)
runs/v1/release2
Scan of the 'release at t*' dispersion sources (Ebrahimian, Harada).
Browse files · 30 files, 14.4 MB · Download archive (3.0 MB)
runs/v1/profiles
Profile shapes: lognormal peaks Δ = 0.1 and 0.5, super-Gaussian flat core.
Browse files · 45 files, 4.5 MB · Download archive (985.9 KB)
runs/pm3d
Newtonian 3D particle-mesh: triaxial peaks e = 0.13/0.19/0.3 and small-scale tails.
Browse files · 24 files, 826.1 KB · Download archive (254.4 KB)
Formats
Units. G = c = 1, k = 1, Hi = 5 at the initial time; tH = 100√6 ≈ 244.9 code units, MH = 0.75 tH. Time in the 3D files is the far-field coordinate time in code units; convert to tC(0) using each run's setup.json.
1D run names encode the parameters: ltb_mu0.030_K2000_n4i32_s4_sig0e+00_dR0.3 — amplitude μ = 0.03, K = 2000 cells, 4 shells per cell (32 in the inner region), grid stretch s = 4, dispersion σent = 0, re-stretched spacing dR = 0.3/k; suffixes _relebrahimian_k10_d0.05_b0.6 give the dispersion source, _ln0.1 / _ln0.5 / _tophat the profile shape. The .json file is the summary (first horizon ah_first, rows compared with LTB, diagnostics over time); .log and .out are the run logs.
3D PBHVlasov runs (runs/v1/vlasov3d/<run>/):
| File | Columns |
|---|---|
pbh_vlasov_out.dat |
t, ⟨χ⟩, ⟨K⟩, ⟨ρp⟩, ρmax, χmin, lapsemin, total mass, particle number, bookkeeping counters |
pbh_ah_rays.dat |
ray horizon: time, radii by direction, mass from the area |
pbh_ah_tau.dat |
t, rAH, proper time of the matter at the horizon (mean, min, max), mass inside, core τ |
pbh_ah_spheres.dat |
t, rin (largest fully trapped sphere), Min, rout, Mout, Θ spread |
params*.txt, setup.json |
GRTeclyn parameters and unit conversion (tC(0), aref, box size) |