updating old readmes

example/maxwell_linear/README.md

@@ -7,19 +7,8 @@ to test cim.py.
 The [Makefile](Makefile) will first mesh the geometry [square.geo](square.geo)
 by calling [Gmsh](http://gmsh.info).
 Afterwards, cim.py is called. The [GetDP](http://getdp.info) formulation is
-located in [maxwell.pro](maxwell.pro). In the [GetDP](http://getdp.info)
-formulation, the variables:
-
-    angularFreqRe
-    angularFreqIm
-    x()
-    b()
-    imposeRHS
-    doPostpro
-    doApply
-    fileName
-
-are reserved for cim.py. In order to check the solution, simply run:
+located in [maxwell.pro](maxwell.pro). In order to check the solution, 
+simply run:
 
     make ref
 

example/maxwell_sibc/README.md

@@ -7,19 +7,8 @@ surface impedance boundary condition (SIBC). Simply run:
 to test cim.py.
 The [Makefile](Makefile) will first mesh the geometry [sphere.geo](sphere.geo)
 by calling [Gmsh](http://gmsh.info). Afterwards, cim.py is called. The [GetDP](
-http://getdp.info) formulation is located in [sphere.pro](sphere.pro). In the
-[GetDP](http://getdp.info) formulation, the variables:
-
-    angularFreqRe
-    angularFreqIm
-    x()
-    b()
-    imposeRHS
-    doPostpro
-    doApply
-    fileName
-
-are reserved for cim.py. The parts of the [GetDP](http://getdp.info) code
+http://getdp.info) formulation is located in [sphere.pro](sphere.pro). 
+The [GetDP](http://getdp.info) codes
 related to cim.py are located in [cimParameters.pro](cimParameters.pro) and
 [cimResolution.pro](cimResolution.pro).