MITgcm Tutorials: Difference between revisions
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(Updated tutorial directory) |
(Flag these tutorials as obsolete while we wait for an update. Fix a comma splice.) |
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We have several tutorials for running the MITgcm. | |||
This page needs to be updated to describe the current tutorials. The three shown here are obsolete. | |||
* [[Gravity_wave_tutorial|Tutorial 1: Gravity wave]]. This is a good first introduction to MITgcm, and has some good points about troubleshooting the model. | * [[Gravity_wave_tutorial|Tutorial 1: Gravity wave]]. This is a good first introduction to MITgcm, and has some good points about troubleshooting the model. | ||
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git clone gitlab@git.uwaterloo.ca:AppliedMath_fluids/MITgcm_Tutorials.git | git clone gitlab@git.uwaterloo.ca:AppliedMath_fluids/MITgcm_Tutorials.git | ||
It's easiest if you clone this into the MITgcm directory tree | It's easiest if you clone this into the MITgcm directory tree so that model will be able to find its source files when you compile it. | ||
Latest revision as of 16:15, 13 May 2024
We have several tutorials for running the MITgcm.
This page needs to be updated to describe the current tutorials. The three shown here are obsolete.
- Tutorial 1: Gravity wave. This is a good first introduction to MITgcm, and has some good points about troubleshooting the model.
- Tutorial 2: External forcing and ice. This tutorial will introduce you to controlling ice and external forcing. It is a good starting point for running your own MITgcm cases with ice.
- Tutorial 3: Open boundaries and other packages. This tutorial shows you how to use OBCS, pTracers, and shows the process of setting up a package from scratch.
For all tutorials it is assumed that you have followed the instructions to Setup the MITgcm.
Getting the code
The tutorials can be cloned with the command:
git clone gitlab@git.uwaterloo.ca:AppliedMath_fluids/MITgcm_Tutorials.git
It's easiest if you clone this into the MITgcm directory tree so that model will be able to find its source files when you compile it.