- Insert blank lines around headings and list items for better rendering
- Clarify pattern notes: zero-duplication, domain ownership, minimal core
- Improve example spacing so code fences render correctly in generated docs
No code changes; only formatting and readability improvements to the API documentation.
Create src/api.jl as pure documentation (196 lines, NO type definitions):
- Documents the complete modular API architecture
- Lists all 9 domain api.jl files in dependency order
- Explains design philosophy: zero duplication, domain ownership, minimal core
- Shows type hierarchy across all domains
- Demonstrates assembly dispatch pattern (formulation × field)
- Lists 7 advantages of modular architecture
This file is the architectural guide - all actual type definitions live in
domain-specific api.jl files:
- formulations/api.jl (AbstractFormulation, continuum theories)
- fields/api.jl (Displacement, Temperature, DisplacementRotation)
- materials/api.jl (AbstractMaterial, elastic/plastic)
- mesh/api.jl (AbstractMesh, node-to-elements mapping)
- beams/shells/trusses/api.jl (structural formulations)
- topology/api.jl (AbstractTopology{N}, 17 element types)
Completes systematic modular API refactoring - every domain owns its
abstractions, core is documentation-only.
* refactored code for solvers.
* Added elementary tests for least-squares fitting of strain and stress fields
* A more realistic postprocess + Xdmf writing test
* removed debug keyword argument from test
* Rewrite update_xdmf!
New function to update Xdmf file no longer takes Solver object but
xdmf, problem, time and fields to write, for example
julia> update_xdmf!(xdmf, problem, 0.0, ["displacement", "temperature"])
All problems are written separately and put together into one
SpatialCollection, allowing to have more structured Xdmf and making
it easier to write complicated field configurations. Support for Xdmf
API 3.0 added.
* Support for Tensor6 field writing
* moved update_xdmf! to io.jl
* Removed some empty files
* Not use old Postprocessor, obsolete code.
* Not use old XDMF (obsolete code). Fixed test.
* removed some postprocessing to pass test, maybe we should drop abaqus.jl from code as obsolete
* add function get_temporal_collection back, it's used by update_xdmf of modal solver
* postprocess of boundary problems also
* added test for contact pressure. dl+quad test output was written in wrong file, fixed.
* postprocess for contact pressure
* contact pressure postprocess
* with boundary problems always store also the primary unknown field
* Change "reaction force" -> "lambda"
* testing postprocess of reaction force also
* sign convention
Jukka Aho