| mrtr_function.H | A virtual class to form a shape function of some type |
| mrtr_functions.H | A couple of shape functions for 1D and 2D elements |
| mrtr_integrator.H | A class to perform integration of mass matrices on the overlap of 2 segments in 1D and 2D |
| mrtr_interface.H | A class to construct a single interface |
| mrtr_manager.H | Top level user interface to the mortar package 'Moertel' |
| mrtr_ml_preconditioner.H | |
| mrtr_node.H | A class to construct a single node |
| mrtr_overlap.H | A class to compute the overlap polygon of 2 different 2D segments and construct a triangle discretization of the convex hull of that polygon |
| mrtr_pnode.H | A class to construct a projection of a node on some segment |
| mrtr_point.H | A light weight node |
| mrtr_projector.H | A class to perform projections of nodes onto opposing segments in 2D and 3D |
| mrtr_segment.H | A virtual class to serve as base class for different types of interface segmentsconstruct a single interface |
| mrtr_segment_bilinearquad.H | A class to define a 4-noded quadrilateral 2D Segment |
| mrtr_segment_bilineartri.H | A class to define a 3-noded triangle 2D Segment |
| mrtr_segment_linear1D.H | A class to define a 2-noded linear 1D Segment |
| mrtr_solver.H | A class to solve mortar constraint problems |
| mrtr_utils.H | A couple utility methods for the Moertel package |
| TwoSquares.cpp | Simple serial example showing Moertel usage and solver interfaces |
1.3.9.1