--- a/src/MeshFunction.cc	Thu Aug 14 17:10:29 2014 +0200
+++ b/src/MeshFunction.cc	Thu Aug 14 17:55:32 2014 +0200
@@ -27,16 +27,16 @@
 MeshFunction (@var{type}, @var{Mesh}, @var{filename})\n\
 @deftypefnx {Function File} {[@var{meshfunc}]} = \
 MeshFunction (@var{type}, @var{Mesh}, @var{dim}, @var{value}) \n\
-Initialize a meshfunction with the values contained in a file.\n\
+Initialize a MeshFunction with the values contained in a file.\n\
 The output @var{meshfunc} is an object which contains a representation of the \
-meshfunction in @var{filename} which can be used to mark subdomains or \
+mesh function in @var{filename} which can be used to mark subdomains or \
 facets where Dirichlet boundary conditions are to be applied.\n\
 Optionally, you can set a label identifying the @var{type} of markers, \
 in order to use @var{meshfunc} to mark subdomains in BilinearForm or \
 LinearForm. Three labels are recognized: ""dx"" for cell markers, \
 ""ds"" for exterior facets and ""dS"" for interior facets.\n\
 With the third invocation listed above it is possible to initialize \
-a meshfunction of topological dimension @var{dim} on @var{Mesh}, setting all \
+a mesh function of topological dimension @var{dim} on @var{Mesh}, setting all \
 of its values to @var{value}, which is an integer.\n\
 @seealso{DirichletBC, save, BilinearForm, LinearForm, mark}\n\
 @end deftypefn")