@@ -63,10 +63,10 @@ A layer of abstraction for the flux might be usefull here.
This files contains two classes a general `BoundaryPart` class and a derivative of that, the `interface`
-`BoundaryPart`: This class basically implements an `inside` method to mark marker functions on a mesh along a list of dolfin points forming a polygonal chain (which the interfaces are).
-`interface`: interface is a subclass of `BoundaryPart` providing methods to
deterime which dofs of an FEM function space actually lie on the interface.
determine which dofs of an FEM function space actually lie on the interface.
In addition, dictionaries to save and communicate gli dofs are objects of this class. In an LDD simulation, each interface holds the information which two subdomains are adjacent to it and this can be queried by the subdomain.
A global list of all indices is saved as dictionary `LDDsimulation.interfase` in an instance of `LDDsimulation` and each subdomain of class `domainPatch` gets this list along with information which of these interfaces actually belong to that subdomain.
A global list of all indices is saved as dictionary `LDDsimulation.interfase` in an instance of `LDDsimulation` and each subdomain of class `domainPatch` gets this list along with information which of these interfaces actually belong to that subdomain.
## `solutionFile.py`
This file defines a class `SolutionFile(dolfin.XDMFFile)` around the `dolfin`
