Merge branch 'main' into docstring_pedantic

docs/user-guide/dfsu.qmd

@@ -36,37 +36,6 @@ In MIKE Zero, node ids, element ids and layer ids are 1-based.  In MIKE IO, all
 
 MIKE IO has Flexible Mesh Geometry classes, e.g. [`GeometryFM2D`](`mikeio.spatial.GeometryFM2D`), containing the list of node coordinates and the element table which defines the mesh, as well as a number of derived properties (e.g. element coordinates) and methods making it convenient to work with the mesh. 
 
-| Property  |      Description     |
-|----------|--------------|
-| `n_nodes` | Number of nodes | 
-| `node_coordinates` | Coordinates (x,y,z) of all nodes | 
-| `codes` | Codes of all nodes (0:water, 1:land, >=2:open boundary) | 
-| `boundary_polylines` | Lists of closed polylines defining domain outline | 
-| `n_elements` | Number of elements | 
-| `element_coordinates` | Center coordinates of each element | 
-| `element_table` | Element to node connectivity | 
-| `max_nodes_per_element` | The maximum number of nodes for an element | 
-| `is_tri_only` | Does the mesh consist of triangles only? | 
-| `projection_string` | The projection string | 
-| `is_geo` | Are coordinates geographical (LONG/LAT)? | 
-| `is_local_coordinates` | Are coordinates relative (NON-UTM)? | 
-| `type_name` | Type name, e.g. Dfsu2D| 
-
-
-| Method  |      Description     |
-|----------|--------------|
-| `contains()` | test if a list of points are contained by mesh | 
-| `find_index()` | Find index of elements containing points/area|
-| `isel()` | Get subset geometry for list of indicies |
-| `find_nearest_points()` | Find index of nearest elements (optionally for a list) |
-| `plot` | Plot the geometry |
-| `get_overset_grid()` | Get a Grid2D covering the domain |
-| `to_shapely()` | Export mesh as shapely MultiPolygon | 
-| `get_element_area()` | Calculate the horizontal area of each element | 
-
-
-These properties and methods are accessible from the geometry, but also from the Mesh/Dfsu object. 
-
 If a .dfsu file is *read* with [](`mikeio.read`), the returned Dataset ds will contain a Flexible Mesh Geometry `geometry`. If a .dfsu or a .mesh file is *opened* with [](`mikeio.open`), the returned object will also contain a Flexible Mesh Geometry `geometry`. 
 
 ```{python}

docs/user-guide/eum.qmd

@@ -48,7 +48,7 @@ unit
 type(unit)
 ```
 
-`a [](`mikeio.EUMUnit)` is encoded as integers, which you can utilize in some MIKE applications.
+an [`EUMUnit`](`mikeio.EUMUnit`) is encoded as integers, which you can utilize in some MIKE applications.
 
 ```{python}
 int(unit)