Add a simple subduction 2d chunk model cookbook #648
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| For each feature, we need to choose the geometry and we can define the temperature model | ||
| and the composition model to delineate layers in the plates and slab. | ||
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| * All the files for this cookbook maybe downloaded from the |
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| * All the files for this cookbook maybe downloaded from the | |
| * All the files for this cookbook may be downloaded from the |
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| * All the files for this cookbook maybe downloaded from the | ||
| [github cookbook page](https://github.com/GeodynamicWorldBuilder/WorldBuilder/tree/main/cookbooks/simple_subduction_2d_chunk) | ||
| * It is may be helpful to read the |
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| * It is may be helpful to read the | |
| * It is maybe helpful to read the |
| [github cookbook page](https://github.com/GeodynamicWorldBuilder/WorldBuilder/tree/main/cookbooks/simple_subduction_2d_chunk) | ||
| * It is may be helpful to read the | ||
| [Simple Subduction 2D Cartesian](part:user_manual:chap:cookbooks:sec:simple_subduction_2d_cartesian) | ||
| Cookbook before continuing with this cook. |
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| Cookbook before continuing with this cook. | |
| Cookbook before continuing with this cookbook. |
| in addition to the temperature. | ||
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| The figure below shows how the longitude angle is measured in the 3D World Builder space. | ||
| the longitude parameter increases counter clockwise, from the x = 0. This is the |
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| the longitude parameter increases counter clockwise, from the x = 0. This is the | |
| the longitude parameter increases counter clockwise, from x = 0. This is the |
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| the longitude parameter increases counter clockwise, from the x = 0. This is the | |
| the longitude parameter increases counter clockwise, from the y-axis. This is the |
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| The figure below shows how the longitude angle is measured in the 3D World Builder space. | ||
| the longitude parameter increases counter clockwise, from the x = 0. This is the | ||
| orientation that the output will appear if viewed in Paraview. |
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| orientation that the output will appear if viewed in Paraview. | |
| orientation that the output will appear in if viewed in Paraview. |
| the ridge) on a full 3D sphere, even though we are only interested in the effect within | ||
| the limits of the grid we define. | ||
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| To specify that the half space model should meet the background adiabatic temperature, |
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| To specify that the half space model should meet the background adiabatic temperature, | |
| To specify that the half space cooling model should meet the background adiabatic temperature, |
| Here we first add the compositional layer to continue the layer from the sinking plate. | ||
| For the slab, we choose segments of different lengths, some with constant dip angle | ||
| and others with variable dip. We also illustrate that the slab geometry can be overturned | ||
| bu increasing the angle beyond 90 degree. We keep the `thickness` and `top truncation` |
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| bu increasing the angle beyond 90 degree. We keep the `thickness` and `top truncation` | |
| by increasing the angle beyond 90 degree. We keep the `thickness` and `top truncation` |
| subducting plate velocity and length of the slab. The parameter `min distance slab top` | ||
| has the same role as `top truncation` and the parameter `max distance slab top` has the | ||
| same role as `thickness`. |
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Can you elaborate on this a bit more? Why are there two parameters that are duplicated? Or do you mean: the one parameter plays the same role for the mass conserving temperature model as the other parameter for another model?
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do you really want to commit the paraview state files as well? without the data files they are not very useful.
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same here, another paraview state file
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@mibillen I think you forgot the check in |
Codecov ReportAll modified and coverable lines are covered by tests ✅
Additional details and impacted files@@ Coverage Diff @@
## main #648 +/- ##
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+ Coverage 92.58% 98.23% +5.64%
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Files 92 106 +14
Lines 6368 7302 +934
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+ Hits 5896 7173 +1277
+ Misses 472 129 -343 see 29 files with indirect coverage changes Continue to review full report in Codecov by Sentry.
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I've added the missing file ... the needed file was there, but it had a different name. I committed and then "squashed" :-) |
Co-authored-by: Rene Gassmoeller <[email protected]>
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Great, cookbook, thanks for writing this! It i very detailed and leads the user through your thought process in setting up this model. I also like that you put some try yourself exercises at the end :)
I found a few more of Rene's suggestions which for some reason didn't show up in the conversations page, but did in the files changed. They looked uncontroversial to me, so I just merged them.
MFraters
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This pull request address issue #535, case 2 although I decided to keep this cook book simpler, so it does not include a location specific model of points from slab 2.0. It does however, several small but tricky things about making 2D models in the spherical/chunk geometry.