Uses a lookup table for station coordinates. It can also sample an analytical expression to generate functions.Ĭalculates distances and azimuth between named points (aka stations). Exactly the same actions as inside Dinver (module dinvedc) but through a command line. Plugin needed to export graphic signal from Geopsy to Figue.Ĭoordinate X,Y oprations: distance, azimuth, conversion from/to lat/long.Ĭurve processing: resample, cut, interpolate, derivate, integrate. It can also export to ps, pdf and bitmap image formats. Creating XY plot from command line is a breeze. A graphical tool to merge various plots picked in all other geopsy softwares. Though this tool might look as a black box and much easier to use, a good knowledge of the inversion process is ABSOLUTELY required (under development).įigure edition. Just input a dispersion curve, you will get a collection of good models without making any difficult choice about the parameterization. Compared to dinver, the parameterization is fully automatic, scanning across all possible numbers of layers (2 to N). Plugin to run the forward computation in Matlab.Ī graphical environment for the inversion of dispersion curves. Plugin to run the forward computation in an external command. Inversion of dispersion curves (Rayleigh, Love, Phase and Group velocities, higher modes), autocorrelation curves, ellipticity curves, ellipticity peak and refraction travel times. You can define your own based on the template provided here below. Various plugins are proposed here for solving common problems. Graphical environment to solve inversion problem using Neighborhood Algorithm or Monte-Carlo sampling. You can try one of the tutorials to compile for your platform. What's new in this release? Read release notes.
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