From: Guy Brown guyanthonybrown@yahoo.com Subject: Issues with Melts Batch Security after upgrade to Mac OS Catalina Date: October 9, 2019 at 11:02 AM To: Frank Spera spera@geol.ucsb.edu, Wendy Bohrson bohrson@mines.edu, Jussi S. Heinonen jussi.s.heinonen@helsinki.fi, Jenna Adams jvadams10@gmail.com, Melissa Scruggs melissascruggs@umail.ucsb.edu Apple are pushing this OS. Menu for Macs N' Melts. The concept behind MELT is simple: a modern twist on a classic comfort food. The menu is approachable and the food is scrumptious. There is something about going back to basics that just makes sense. Grilled cheese sandwiches put smiles on faces. Whether it's a plain grilled cheese, a Burger with Matilda sauce, or a spicy Buffalo Chicken.
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This is a fork of Meld packaged and bundled for OSX. The original website for Meld is here http://meldmerge.org. Minor work has been done to also integrate OSX menu and shortcuts, but the app is truly the original, excellent Meld.
You may download any of the following versions. The 3.21.0 (r2) is the latest and the recommended version at this point.
Tip: A lot of people are asking how to use this package as a git difftool/mergetool.Once installed, edit your ~/.gitconfig
and add the following lines
Tip:Meld OSX also understands/checks for the following environment variables.
The theme change can be done by changing the variable in the wrapper script
find the part that says
and change it to
and you'll have a fully dark meld..
Top reasons behind using this fork over Macports or Homebrew builds:
If you have a suggestion or you are facing an issue running this Meld fork, please open an issue here https://github.com/yousseb/meld/issues. Please note that your issue has to be specific to the OSX fork and not to Meld itself. I have no plans/time to work on Meld itself.
I'm not currently accepting donations for the development of this fork. I just missed a proper implementation of Meld on Mac so I thought of creating this fork. If you want to donate, please donate to the original Meld project.
The following is copied from the original Meld page http://meldmerge.org/. Please visit the original project website for more info. For the full help manual, please visit http://meldmerge.org/help/.
Meld is a visual diff and merge tool targeted at developers. Meld helps you compare files, directories, and version controlled projects. It provides two- and three-way comparison of both files and directories, and has support for many popular version control systems.
Meld helps you review code changes and understand patches. It might even help you to figure out what is going on in that merge you keep avoiding.
Meld is licensed under the GPL v2, except as noted
This page provides instructions for configuring your Mac OS X system to run a native version of the rhyolite-MELTS (which supersedes MELTS) or pMELTS software package. Rhyolite-MELTS is based on the original MELTS calibration with modifications that should affect only the stability of quartz and alkali-feldspar. Consequently, application of rhyolite-MELTS to more mafic systems (or any system that is quartz and alkali-feldspar absent) should yield results identical to those from the orginal MELTS calibration. In addition, a number of algorithmic modifications to rhyolite-MELTS make the program less prone to numerical failures.
Results computed using the rhyolite-MELTS/pMELTS software package should be properly cited.
rhyolite-MELTS + H2O-CO2 fluid (v 1.2.x)
This version is a replacement and upgrade from rhyolite-MELTS 1.0.x. It is the rhyolite-MELTS model with water properties completely replaced with the H2O-CO2 fluid saturation model of Ghiorso and Gualda (2015). Thermodynamic properties of the fluid phase are calculated from the model of Duan and Zhang (2006). Use this version to model crystallization in bulk compositions other than those that saturate in quartz and crystallize to the two-feldspar-, quartz-, fluid-saturated ternary minimum.
Cite as Gualda et al., 2012, and as Ghiorso and Gualda, 2015.
rhyolite-MELTS + H2O-CO2 fluid (v 1.1.x)
Use this version ONLY to model crystallization in bulk compositions that saturate in quartz and crystallize to the two-feldspar-, quartz-, fluid-saturated ternary minimum. This version is the rhyolite-MELTS model with CO2 melt properties and mixed-fluid energetic terms from Ghiorso and Gualda (2015), utilizing H2O melt properties and H2O-anhydrous component energetic mixing terms from MELTS (which are the same as in rhyolite-MELTS v 1.0.x). Thermodynamic properties of the fluid phase are calculated from the model of Duan and Zhang (2006).
Cite as Gualda et al., 2012, and as Ghiorso and Gualda, 2015 (water model from Ghiorso and Sack, 1995).
rhyolite-MELTS (original, v 1.0.x)
This version is the MELTS model (Ghiorso and Sack, 1995) with corrections to the free energies of quartz and sanidine so that the eutectic-like crystallization at the ternary minimum in the quartz-two-feldspar+fluid system is recovered. (This version replaces MELTS, which should no longer be used to calculate phase relations in magmatic systems.) Use this version to model crystallization in natural composition liquids at pressures below 2 GPa. The fluid phase is modeled as pure H2O. PhasePlot implements the rhyolite-MELTS model.
Cite as Gualda et al., 2012.
Citations:
Gualda G.A.R., Ghiorso M.S., Lemons R.V., Carley T.L. (2012) Rhyolite-MELTS: A modified calibration of MELTS optimized for silica-rich, fluid-bearing magmatic systems. Journal of Petrology, 53, 875-890.
Ghiorso M.S. and Gualda, G.A.R. (2015) An H2O-CO2 mixed fluid saturation model compatible with rhyolite-MELTS. Contributions to Mineralogy and Petrology 2015, in press.
Duan Z. and Zhang Z. (2006) Equation of state of the H2O, CO2, and H2O–CO2 systems up to 10 GPa and 2573.15 K: Molecular dynamics simulations with ab initio potential surface. Geochimica et Cosmochimica Acta, 70, 2311–2324.