use_api_core.md

@@ -55,17 +55,18 @@ cfg = {
 Once the parameters have been defined, DART can simply be initialized by calling,
 ```python
 from dart.api.core import init_dart
-_dart = init_dart(cfg, scenario='aerodynamic', task='analysis', `viscous=False`)
+_dart = init_dart(cfg, `viscous=False`)
 ```
-where `scenario` can be `'aerodynamic'` or `'aerostructural'`, and `task` can be `'analysis'` or `'optimization'`, and viscous is a boolean indicating whether the solver should also be configured for viscous-inviscid interaction. `_dart` is a dictionary containing the following objects (named after their key):
-- `dim` is the number of dimensions (`2` or `3`)
-- `qinf` is the freestream dynamic pressure (`0` except if `scenario='aerostructural'`)
-- `msh` is the mesh
-- `wrt` is the utility to write mesh/results on disk
-- `mrf` is the mesh morpher (`None` except if `scenario='aerostructural'` or `task='optimization'`)
-- `pbl` is the formulation of the problem
-- `bnd` is the body of interest
-- `blwb` is the blowing boundary condition on the body (`None` except if `viscous=True`)
-- `blww` is the blowing boundary condition on the wake (`None` except if `viscous=True`)
-- `sol` is the direct (Newton) solver
-- `adj` is the adjoint solver (`None` except if `task='optimization'`)
+where `viscous` is a boolean indicating whether the solver should also be configured for viscous-inviscid interaction. `_dart` is a dictionary containing the following objects (named after their key):
+- `num_dimensions` is the number of dimensions (`2` or `3`)
+- `dyn_pressure` is the freestream dynamic pressure (`0` escept if at least one body is marked for FSI)
+- `mesh` is the mesh
+- `writer` is the utility to write mesh/results on disk
+- `morpher` is the mesh morpher (`None` except if at least one body is marked for FSI or optimization)
+- `problem` is the formulation of the problem
+- `bodies` is a dictionary pairing the bodies of interest with their marker name
+- `fsi_tags` is a list containing the marker name of bodies marker for fluid-structure interaction
+- `dsn_tags` is a list containing the marker name of bodies marker for design
+- `blowing` is a dictionary pairing the surfaces on which a transpiration boundary condition has been added with their marker name (`None` except if `viscous=True`)
+- `solver` is the direct (Newton) solver
+- `adjoint` is the adjoint solver (`None` except if at least one body is marked for optimization)