It is recommended to use a coordinate system where the positions are given in meters, such as the UTM system. These coordinates ensure that the inversion results are located correctly on the GIS map, and that the individual inversion results as well as additional information, such as boreholes, are located correctly relatively to each other. 8 Creating profiles from inversion results Creating horizontal mean resistivity maps, and other horizontal maps based on inversion results Visualizing themes Visualizing results in the 3D viewer Creating a PDF report from template Global coordinates To make full use of the features in Aarhus Workbench it is necessary to include global coordinates in the.dat files prior to inversion. 6 Adding a background map and plotting the location of inversion results on a map. 3 Importing and using Res2Dinv and Res3DInv inversion results in Aarhus Workbench. 2 Exporting inversion results from Res2Dinv and Res3Dinv. 1 Importing and using inversion results from Res2DInv and Res3DInv in Aarhus Workbench This is a guide on how to export inversion results from Res2DIna and Res3DInv for use in Aarhus workbench, and to how the results can be imported and used in Aarhus workbench Contents Global coordinates.
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