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README.md

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-# invert
+# Processing and inversion tools for AEM
+
+Emerald has open sourced our tooling for processing and inversion in a notebook. This is the same code that we run in our pipelines in our online tool [Beryl](https://beryl.emrld.no/).
+
+As a result, you can always recreate the exact same results you got online locally and inspect the code that produced them, giving you the transparency you need in a scientific setting. What the online tool provide on top of this is a very nice manual culling tool with an integrated map view, a graphical editor for your processing workflow, and of course, the ability to run inversion on fast machines in the cloud without having to install and manage those machines!
+
+# Toolchain
+
+## [emerald-processing-em](https://github.com/emerald-geomodelling/emerald-beryl-pipeline)
+This repository ties together all the other parts into a [Luigi](https://luigi.readthedocs.io/en/stable/) based pipeline runner for import/normalization, processing and inversion of AEM data.
+If you want to reproduce processings and inversion you did online, this is where you should start.
+
+## [emerald-processing-em](https://github.com/emerald-geomodelling/emerald-processing-em)
+TEM processing pipeline and filter repository. This allows you to easily construct reproducible workflows for filtering and averaging your data prior to inversion.
+
+## [SimPEG SimpleEM](https://github.com/emerald-geomodelling/simpeg/tree/simpleem3)
+Streamlined inversion of AEM data in a libaarhus container on top of the ordinary SimPEG tools for TEM data.
+
+## [libaarhusxyz](https://github.com/emerald-geomodelling/libaarhusxyz)
+Container for electromagnetic geophysical measuerement data and resistivity models as well as parser for the XYZ family of formats and export functionality for a variety of visualization and mapping format. Supported data formats include
+
+* Aarhus Workbench XYZ model format as documented in the Workbench reference
+* Aarhus Workbench XYZ data format
+* SkyTEM XYZ format
+* Geometry files (.gex), defining the SkyTEM system and the used waveform
+* System response files (.sr2)
+* Workbench column mappings (.alc)
+* geojson
+* vtk 3d models