Model data.

The folders contain the supporting datasets underlying the figures they refer to by name. These are all output files from a Bayesian search methodology outlined by Herman and Govers [2020] (for full citation, please look at the reference list of the main paper). The "Interface*" files contain the model geometry files that are used to predict surface motion using the Href software (downloadable from matthewherman.com).

"InterfaceMinahassaTriangleNumbers.png" depicts the number of a triangular patch of the Minahassa subduction interface. In "InterfaceMinahassaTriangles", these triangle numbers correspond to the line number and each line consists of three Lon/lat/depth triplets that span the triangle.

Similarly, "InterfacePaluKoroPatches" contains the information on the geometry of the square patches used to model the Palu-Koro fault afterslip. Each line contains the Lon, lat, depth (km), strike, dip, along-dip size (km), along-strike size (km) of a patch. The line numbers correspond to the numbers in "InterfacePaluKoroPatchesNumbers.png"

In the folders Fig 6 and 7, S12, s13, s14, s15, s16, s17, data files named "data_###" are listed that include the values of those parameters in the merged datasets. Those files with "PK" in the name contain the data for the Palu-Koro fault patches. The numbers at the  end of the file name correspond to the line numbers in "InterfaceMinahassTriangles" and "InterfacePaluKoroPatches". These can be used to make the marginal PDFs and extract the mean values determined for the mean model results presented in the respective figure.

The folder Fig 4 contains the model output files used to make figure 4 of the paper, with the search parameters; decay constant per component per station (e.g., Decay_East_SNEY), coseismic jump per component per station (e.g., Jump_East_SNEY) and the viscous relaxation time tau which is the same for all stations. All files are in .txt format.