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1 | === Overview === | |||
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2 | - | This site provides download and installations instructions for the - |
+ | This site provides download and installations instructions for the - 2018 Introduction to Modeling Lithospheric Dynamics Tutorial.
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3 | ||||
4 | - | The tutorial utilizes the mantle convection and lithospheric deformation code |
+ | The tutorial utilizes the mantle convection and lithospheric deformation code ASPECT, which has been precompiled on a virtual machine along with other software. The virtual machine will be run with !VirtualBox.
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5 | ||||
6 | Please note that all of the required software and files should be downloaded and installed *BEFORE* the tutorial. | |||
7 | ||||
8 | If you have any questions about the tutorial or problems arise with the software installation please contact help@geodynamics.org. | |||
9 | ||||
10 | === Tutorial Prerequisties === | |||
11 | ==== Virtualbox ==== | |||
12 | - | You can download !VirtualBox |
+ | You can download !VirtualBox and please use [https://www.virtualbox.org/manual/ch02.html directions] to install !VirtualBox.
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13 | ||||
14 | If your host machine is any linux system, both {{{virtualbox}}} and {{{virtualbox-dkms}}} packages must be installed. Also check to make sure you have exFAT filesystem drivers. Windows and Mac systems should have it by default. On Ubuntu, the packages required are {{{exfat-utils}}} and {{{exfat-fuse}}}. | |||
15 | ||||
16 | We recommended that your computer have at least 20 to 30GB of free disk space and preferably 4GB of RAM. | |||
17 | ||||
18 | ==== Tutorial Image ==== | |||
19 | We will use virtual box to boot up a ubuntu 14.04 linux OS image titled ASPECT-tutorial-2.0.ova. | |||
20 | ||||
21 | This image contains the following software packages pre-installed: | |||
22 | ||||
23 | * ASPECT | |||
24 | * dealII | |||
25 | * Paraview | |||
26 | - | Please download |
+ | Please download ASPECT-tutorial-2.0.ova onto laptop you are going to use for the tutorial. The image is ~2.6 Gb, so please allow plenty of time for the download and use a high-speed internet connection if possible.
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27 | ||||
28 | ==== Importing the CGU18 tutorial image ==== | |||
29 | # Run !VirtualBox. | |||
30 | # Select from the menu “Import appliance”: | |||
31 | [[Image(cgu18_select_import_appliance.png)]] | |||
32 | # Select the downloaded ASPECT-tutorial-2.0.ova: | |||
33 | [[Image(cgu18_select_vm_image.png)]] | |||
34 | # Select Continue and Import: | |||
35 | [[Image(cgu18_import_vm.png)]] | |||
36 | # Click on start (the green arrow) to launch the image: | |||
37 | [[Image(cgu18_start_green_arrow.png)]] | |||
38 | ==== Using the Image ==== | |||
39 | Now simply start the ASPECT-tutorial virtual machine. | |||
40 | ||||
41 | ==== Tutorial Slides ==== | |||
42 | - | Tutorial Part 1: Introduction to using and running ASPECT. [File(cgu18_modeling_tutorial_part1.pdf) |
+ | Tutorial Part 1: Introduction to using and running ASPECT. [[File(cgu18_modeling_tutorial_part1.pdf)]]
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43 | ||||
44 | Tutorial Part 2: Introduction to modeling lithospheric deformation and hands-on continental extension exercise. [[File(cgu18_modeling_tutorial_part2.pdf)]] | |||
45 | ||||
46 | Tutorial Part 3: Introduction to modeling two-phase flow and hands-on mid-ocean ridge melting exercise. | |||
47 | [[File(cgu18_modeling_tutorial_part3.pdf)]] | |||
48 | ||||
49 | Tutorial Part 4: Overview of ASPECT's structure and geophysical applications. [[File(CGU_Modeling_Tutorial_Part_4.pdf)]] |