Time dependent Dirichlet and Neumann BCs #1380
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chleh
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chleh
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| initializeDirichletBCs(_boundary_conditions, _dirichlet_bcs); | ||
| // for each BC there will be storage for Dirichlet BC, which by default is | ||
| // empty and has to be filled by the respective BC object if needed. | ||
| _dirichlet_bcs.resize(_boundary_conditions.size()); |
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Maybe I misunderstand the comment, but resize sets the _dirichlet_bcs size, so !_dirichlet_bcs.empty()
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Each BC can be Dirichlet (or "essential") or natural, or in the future maybe even both, so each of the BCs need some storage for it. As you wrote, this implies that _dirichlet_bcs is not empty. However, the memory overhead for that should be rather small, because only some empty std::vectors are created.
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I've rebase it and included the mechanics and the thermal conductivity processes. |
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| // convert mesh node ids to global index for the given component | ||
| bc_values.ids.reserve(bc_values.ids.size() + _mesh_node_ids.size()); | ||
| bc_values.values.reserve(bc_values.values.size() + _mesh_node_ids.size()); | ||
| for (auto id : _mesh_node_ids) |
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The original preTimestep is calling boundary conditions' preTimestep now.
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OpenGeoSys development has been moved to GitLab. |
Time dependence is implemented using curves, i.e.
f(t, x) := c(t) * p(x), wherecis a curve andpis a parameter.The Parameter interface has been extended s.t. parameters now can tell if they are time dependent.