Medusa  1.1
Coordinate Free Mehless Method implementation
mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type > Member List

This is the complete list of members for mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >, including all inherited members.

addToM(int i, int j, scalar_t v)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inlineprivate
addToRhs(int i, const vector_t &v)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inlineprivate
apply(int node, typename op_family_t::operator_t o, int row)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
apply(int node, typename op_family_t::operator_t o)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
apply(int node)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
col_offsetmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >private
dim enum valuemm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >
domain_vector_t typedefmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >
eq(int num)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
grad(int node, const domain_vector_t &v, int row)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
grad(int node, const domain_vector_t &v)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
graddiv(int node, int row)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
graddiv(int node)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
hasMatrix() constmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
hasRhs() constmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
hasShapes() constmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
ImplicitVectorOperators()mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
ImplicitVectorOperators(const shape_storage_t &ss)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inlineexplicit
ImplicitVectorOperators(const shape_storage_t &ss, matrix_t &M, rhs_t &rhs, int row_offset=0, int col_offset=0)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >
lap(int node, int row)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
lap(int node)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
Mmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >private
matrix_t typedefmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >
neumann(int node, const domain_vector_t &unit_normal, int row)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
neumann(int node, const domain_vector_t &n)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
operator<<(std::ostream &os, const ImplicitVectorOperators< S, M, R > &op)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >friend
rhsmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >private
rhs_t typedefmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >
row_offsetmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >private
scalar_t typedefmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >
setColOffset(int col_offset)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
setProblem(matrix_t &M, rhs_t &rhs, int row_offset=0, int col_offset=0)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
setRowOffset(int row_offset)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
shape_storage_t typedefmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >
ssmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >private
traction(int node, scalar_t lam, scalar_t mu, const domain_vector_t &unit_normal, int row)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
traction(int node, scalar_t lam, scalar_t mu, const domain_vector_t &n)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
value(int node, int row)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
value(int node)mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >inline
vector_t typedefmm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >