These are a collection of various datasets in the F5 format.
F5 stands for fiber-bundle HDF5 and is a special layout of datasets
when using the HDF5 Library.
To handle reading and writing such HDF5 files in this specific layout,
a C library that builts on HDF5 is available from
Note that the files provided here have partially been written by an older
version of this F5 libraries and might thus trouble reading it with the
current version of F5.
Astrophysical data created from files in so-called 'snapshot' format,
containing a collision of two galaxies using an smoothed particle hydrodynamics (SPH)
code, as published by http://arxiv.org/abs/astro-ph/0503559,
© Department of Astro - and Particle Physics, University of Innsbruck.|
- mass - mass of particles
- U - Internal energy per unit mass
- hsml - smoothing length SPH
- pot - potential gravitational energy
- ne - ?
- rho - density
| 17G |
|Subset with 3 timesteps:|| Snapshot.f5|| 260M |
|Scalar Uniform Data|
Dataset produced by CACTUS for two merging neutron stars,
simulation code by Phillip Gressmann, Washington University at St. Louis, 1999.
It contains two scalar fields (rho,eps) on a uniform cartesian grid
with 1300 timesteps. The latest timesteps are messed up with bounding box
information because the code crashed.
Dataset produced by CACTUS for two merging black holes, output of
psi4 as indication of gravitational waves, first 3D simulation of
black holes as grazing collision, © Ed Seidel 1999.
|Mixed Data from KatrinaViz project|
|ADCIRC surge data of time-evolving surface on static triangular mesh, converted from ADCIRC ascii output:||
ADCIRC.f5|| 2.0G |
|Dynamic temperature scalar field on uniform cartesian grid, converted from MM5:||
allsteps-temp_DOMAIN2.f5|| 1.8G |
|Dynamic wind vector field on uniform cartesian grid, converted from MM5:||
allsteps-wind_DOMAIN2.f5|| 5.2G |
|Cloud cover data, converted from TIFF:||
CloudData.f5 ||433M |
|128^3 Diffusion Tensor dataset as provided by Gordon Kindlmann,
converted from NRRD file format:||
|64^3 Diffusion Tensor dataset as provided by Hagen Kitzler,
department of Neuroradiology, Uniklinikum Dresden 2005:||
|Vector field one time step from a stirred tank
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