Setup of the 2010 Darfield earthquake for SeisSol

Dynamic rupture setup of the 2010 Darfield earthquake built for SeisSol (https://github.com/SeisSol/SeisSol/). <strong>SeisSol version</strong> This setup is built for SeisSol version 479583792e651bf18bd582f71254722ee023ca07.<br> Fault segments are distinguished by using the fault tagging feature<br> (see https://seissol.readthedocs.io/en/latest/fault-tagging.html). In essence,<br> boundary conditions 3, 7, 8, 9, 10, 11, and 12 are all interpreted as fault and<br> each number marks a fault segment. However, fault tagging is experimental and<br> this behaviour might change in future versions of SeisSol. In case the fault tags<br> need to be adjusted, make sure to edit meshing_options.xml and re-generate the mesh,<br> and edit initial_stress.yaml. <strong>Projection</strong> EPSG:32759 <strong>File list</strong> - Darfield.h5<br> Mesh with 98113814 elements.<br> - fault_cad_model.geo<br> CAD model of the fault geometry for Gmsh.<br> - initial_stress.yaml<br> material.yaml<br> fault.yaml<br> Material model and fault parameterisation with easi.<br> - meshing_options.xml<br> Meshing options to generate the mesh with PUMGen (https://github.com/SeisSol/PUMGen/tree/xml).<br> - Qp.nc<br> Qs.nc<br> vel_model.nc<br> 3D material model on uniform grid (lambda, mu, rho, Qp, Qs).<br> - roughness0.nc<br> roughness1.nc<br> roughness2.nc<br> roughness3.nc<br> roughness4.nc<br> roughness5.nc<br> Relative pre-stress ratio for the six fault segments.<br> - Darfield.smd<br> CAD model with topography. Opens with SimModeler from Simmetrix and is passed to<br> PUMGen for mesh generation.<br> - parameters.par<br> Settings for invoking SeisSol.<br> - receivers.txt<br> Position of synthetic seismographs.