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- Overdue by 2 month(s)•Due by October 31, 2025•14/21 issues closed
This milestone will be complete when baseline questions about code structure have been hammered out and implemented through PRs. For example: - [ ] What classes are needed (core, pebble, material, simulation, input, output, plot, physics?) - [ ] How does one interact with didymus (input files, interactive function calls, both?) - [ ] What kinds of major data and functions will be associated with which objects?
Overdue by 1 year(s)•Due by June 14, 2024•4/5 issues closedSet up continuous integration. This will include a number of related issues and PRs that set up the continuous integration server and initial tests.
Overdue by 1 year(s)•Due by June 7, 2024•2/4 issues closedThis milestone will be complete when functional unit tests and integration tests have been written to cover major functionality of: - [ ] Pebble class - [ ] MCReader class - [ ] Pebble packing - [ ] Pebble movement - [ ] Core class This milestone is not meant to be comprehensive, as a test framework will live alongside the code with continuous improvement. However, a baseline set of tests that demonstrate what this code is meant to do will drive development. This can be closed when some basic tests exist to establish those fundamental features.
Overdue by 1 year(s)•Due by June 21, 2024•1/1 issues closedThis milestone will be complete when didymus can take a starting map of pebble positions and progress their movement through the core at temporally constant, but axially variable velocity, producing a new map of pebble positions at some future time t. The velocity will be invariant in time but varying over z (axially) in space.
Overdue by 1 year(s)•Due by July 12, 2024This milestone will be complete when didymus can take a starting map of pebble positions and progress their movement through the core with a velocity profile that is constant in time but varies radially in space. Didymus should produce a new map of pebble positions at some future time t. The velocity will be a vector invariant in time but varying over r in space.
Overdue by 1 year(s)•Due by July 5, 2024This milestone will be complete when didymus can take a starting map of pebble positions and progress their movement through the core at constant scalar velocity, producing a new map of pebble positions at some future time t. The velocity will be a single number invariant in time and space.
Overdue by 1 year(s)•Due by June 30, 2024•1/1 issues closed