Resources

This repository stores various resources and support materials used during MAGEMin shortcourses and workshops. It provides examples on how to use MAGEMin, MAGEMin_C and MAGEMinApp

• Note that extended documentation on how to use MAGEMinApp.jl and MAGEMin_C.jl is availble here.

1. 2025_Goldschmidt - MAGEMinshortcourse at Goldschmidt conference in Prague, Czech republic (Jul 6, 2025)

   • Installation guide for MAGEMinApp and MAGEMin_C using julia

   • General introduction about MAGEMin

   • Presentation of MAGEMinApp interface

   • Examples of bulk input files for MAGEMinApp

   • Julia tutorial to get started with MAGEMin_C

   • Used versions: MAGEMin v1.8.0, MAGEMin_C v1.9.6 and MAGEMinApp v1.0.0

2. 2025_IAVCEI - MAGEMinshortcourse at IAVCEI conference in Geneva, Switzerland (Jul 5, 2025)

   • Installation guide for MAGEMinApp and MAGEMin_C using julia

   • General introduction about MAGEMin

   • Presentation of MAGEMinApp interface

   • Examples of bulk input files for MAGEMinApp

   • Julia tutorial to get started with MAGEMin_C

   • Used versions: MAGEMin v1.8.0, MAGEMin_C v1.9.6 and MAGEMinApp v1.0.0

3. 2025_MsG - MAGEMin shortcourse at the Metamorphic Study Group concerence in Liverpool, UK (Apr 8, 2025)

   • Set of tutorials on how to use MAGEMinApp online.

   • Examples of scripts to perform fractional crystallization and isentropic decompression paths using MAGEMin_C.jl

   • Used versions: MAGEMin v1.7.3, MAGEMin_C v1.8.3 and MAGEMinApp v0.8.6

4. 2025_Mainz - MAGEMinApp introduction shortcourse in Mainz, Germany (Jan, 7, 15, 2025)

   • Set of tutorials on how to use MAGEMinApp

   • Used versions: MAGEMin v1.6.3, MAGEMin_C v1.7.0 and MAGEMinApp v0.6.3

5. 2024_GG - MAGEMin workshop at Granulites & Granulites 2024 conference in Verbania, Italy (Sep 3-6, 2024)

   • Set of tutorials on how to use MAGEMinApp and MAGEMin_C

   • Used versions: MAGEMin v1.5.2, MAGEMin_C v1.5.6 and MAGEMinApp v0.4.2

   

   Example of P-T phase diagram computed using water saturation at solidus and using the Metabasite database. The water-content at solidus is pressure-dependent and calculated such that the first liquid above solidus is water-saturated (free water is removed). Red isocontour: melt mol fraction