LehrFEM++ 1.0.0
A simple Finite Element Library for teaching
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Files | |
file | fe_space_lagrange_o1.h [code] |
Defines a special FESpaceUniform that is optimized for first order lagrangian shape functions. | |
file | fe_space_lagrange_o2.h [code] |
Defines a special FESpaceUniform that is optimized for second order lagrangian shape functions. | |
file | fe_space_lagrange_o3.h [code] |
Defines a special FESpaceUniform that is optimized for third order lagrangian shape functions. | |
file | lagr_fe.cc [code] |
No implementation here. | |
file | lagr_fe.h [code] |
Implementati0on of parametric Lagrangian finite elements. | |
file | lin_fe.cc [code] |
Implementation: element matrix for Laplacian discretized with linear finite elements. | |
file | lin_fe.h [code] |
Classes supporting the linear finite element discretization of the Laplacian. | |
file | loc_comp_ellbvp.cc [code] |
Implementation of local computations for Lagrange FE for 2nd-order linear elliptic boundary value problems. | |
file | loc_comp_ellbvp.h [code] |
Classes taking care of local computations for scalar 2nd-order elliptic BVPs. | |
file | precomputed_scalar_reference_finite_element.h [code] |
A wrapper around a ScalarReferenceFiniteElement that additionally precomputes the values of shape function at a set of quadrature points. | |
file | uniform_scalar_fe_space.cc [code] |
implementation of methods for data structures describing finite element spaces | |
file | uniform_scalar_fe_space.h [code] |
Data structure describing scalar-valued finite element spaces. | |
file | uscalfe.h [code] |
Lagrangian finite elements: local definition and assembly for elliptic BVPs. | |