Reads and (mostly) writes seismic data from and to files written by Landmark's (a subsidiary of Halliburton) Geoprobe software. This implementation is based on reverse-engineering the file formats, and as such, is certainly not complete. However, things seem to work.
DependenciesRequires
... [More] python >= 2.5 and numpy. Some functions (e.g. horizon.toGeotiff) require gdal and its python bindings. The plotting functions in utilities (e.g. utilities.wiggles) require matplotlib.
DocumentationDocumentation is in progress. For the moment, the only documentation is the docstrings (which are fairly extensive).
As a basic example:
>>>from geoprobe import volume
>>>vol = volume('/path/to/geoprobe/volume/file.vol')
>>>print vol.xmin, vol.ymin # Model coordinate min and max
>>>test_xslice = vol [Less]
SPECFEM3D simulates seismic wave propagation in sedimentary basins or any other regional geological model.
SPECFEM3D uses the continuous Galerkin spectral-element method, which can be seen as a particular case of the discontinuous Galerkin technique with optimized efficiency owing to its
... [More] tensorized basis functions, to simulate forward and adjoint coupled acoustic-(an)elastic seismic wave propagation on arbitrary unstructured hexahedral meshes. [Less]
SPECFEM1D simulates seismic wave propagation in a one-dimensional heterogeneous medium. It is a small code that allows users to learn how a spectral-element program is written.
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