Christopher Sherman

Results 13 issues of Christopher Sherman

### Describe the bug I am attempting to visualize multiblock vtk files produced by GEOSX in VisIt. These regions include different sets of variables, some of which have the same...

bug
reviewed
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likelihood medium
impact medium
priority

**Describe the bug** While testing a large-scale hydraulic fracture model, I encountered an error after resuming from a restart file. The code appeared to resume without any apparent errors. During...

type: bug

Typically, functions are defined within the Functions block in the input xml file. However, ContactBase breaks this pattern by accepting a TableFunction as a child: ```xml ``` Should we do...

type: cleanup / refactor

**What is the requested feature?** In develop, there is now a make target that will format all of the files in the src and examples folder: `make geosx_format_all_xml_files` . Randy...

type: feature
type: dev environment

**What is the requested feature?** In GEOS, we had a combined flow rate boundary condition, where the user would request a total flow be allocated to a set of faces....

type: feature

**What is the requested feature?** The objectPath attribute in PackCollection seems to require a full path to the object in question (`objectPath="ElementRegions/ALL_TETRA/REGION_NAME"`). Other things, such as FieldSpecification tend to allow...

type: feature

Now that we've enabled yapf python formatting in cmake, we should add the equivalent CI check. To run the check, the cmake should have a line pointing to the yapf...

type: dev environment

**Describe the bug** I noticed some odd behavior in a model with poromechanics + gravity, so I put together a small test problem. In the example, I have a column...

type: bug

geosPythonPackages PR: https://github.com/GEOS-DEV/geosPythonPackages/pull/14

type: testing
flag: requires rebaseline
ci: run integrated tests
ci: upload test baselines

For fluid-flow problems with gravity enabled, it would be useful to have a constant hydraulic head boundary condition, which would set the fluid pressure equal to: `p(x, y, z) =...

type: feature