| _tensor_basis< No_Letters, DEPTH > | Base class for tensor_basis |
| alg::_tensor_basis< No_Letters, DEPTH > | Base class for tensor_basis |
| AbstractSolutionPoint< my_alg_type > | A point in solution space |
| ActionPoint< my_alg_type > | An ActionPoint is a point in solution space, analagously to AbstractSolutionPoint |
| alg_types< D, W, F > | |
| algebra< BASIS > | A class to store and manipulate associative algebras elements |
| alg::algebra< BASIS > | A class to store and manipulate associative algebras elements |
| BasePath< my_alg_type > | A common ancestor for all given paths |
| BaseTrajectory< my_alg_type > | A common ancestor for all trajectories |
| alg::basis_traits< trait, no_letters, max_degree > | The basis' properties |
| basis_traits< trait, no_letters, max_degree > | The basis' properties |
| BrownianPath< my_alg_type > | A Brownian Path |
| cbh< SCA, RAT, n_letters, max_degree > | Provides Campbell-Baker-Hausdorff formulas |
| alg::cbh< SCA, RAT, n_letters, max_degree > | Provides Campbell-Baker-Hausdorff formulas |
| alg::ConstLog2< exp > | A template for constructing integer constants |
| ConstLog2< exp > | A template for constructing integer constants |
| ConstLog2< 0 > | |
| alg::ConstLog2< 0 > | |
| alg::ConstLog2< 1 > | |
| ConstLog2< 1 > | |
| ConstPower< arg, exp > | A template for constructing integer constants |
| alg::ConstPower< arg, exp > | A template for constructing integer constants |
| alg::ConstPower< arg, 0 > | |
| ConstPower< arg, 0 > | |
| DefaultPath< my_alg_type > | DefaultPath |
| DefaultTrajectory< my_alg_type > | DefaultTrajectory |
| dyadic | A dyadic number |
| dyadic_interval | A dyadic interval |
| DynamicallyConstructedPath< my_alg_type > | A common ancestor for the paths we construct that contains the DescribePath function |
| FamilyConnections< my_alg_type > | A class used in tree structures to identify iterators to relatives |
| FractBrownianPath< my_alg_type > | 2-dimensional fractional Brownian path |
| free_monomial_basis< SCA, RAT, n_letters, max_degree > | The monoid of words of a finite number of letters with concat product |
| alg::free_monomial_basis< SCA, RAT, n_letters, max_degree > | The monoid of words of a finite number of letters with concat product |
| free_tensor< SCA, RAT, n_letters, max_degree > | A specialisation of the algebra class with a free tensor basis |
| alg::free_tensor< SCA, RAT, n_letters, max_degree > | A specialisation of the algebra class with a free tensor basis |
| free_tensor_basis< SCA, RAT, n_letters, max_degree > | The monoid of words of a finite number of letters with concat product |
| alg::free_tensor_basis< SCA, RAT, n_letters, max_degree > | The monoid of words of a finite number of letters with concat product |
| GroupElement< my_alg_type > | A GroupElement transforms ActionPoints to ActionPoints |
| hall_basis | The Hall Basis class |
| alg::hall_basis | The Hall Basis class |
| Increment< my_alg_type > | Class containing the _LieValue for a given dyadic interval |
| poly_basis< SCA, RAT >::KEY_LESS | |
| alg::poly_basis< SCA, RAT >::KEY_LESS | |
| poly_lie_basis< SCA, RAT, n_letters, max_degree >::KEY_LESS | The order in the MAP class reflects the degree |
| alg::poly_lie_basis< SCA, RAT, n_letters, max_degree >::KEY_LESS | The order in the MAP class reflects the degree |
| lie< SCA, RAT, n_letters, max_degree > | A specialisation of the algebra class with a Lie basis |
| alg::lie< SCA, RAT, n_letters, max_degree > | A specialisation of the algebra class with a Lie basis |
| lie_basis< SCA, RAT, n_letters, max_degree > | The Lie basis class |
| alg::lie_basis< SCA, RAT, n_letters, max_degree > | The Lie basis class |
| LieMatrix< my_matrix_alg_type > | The LieMatrix. Used extensively in the implementation of Pade Approximation to solve linear ODEs |
| lietovectorfield< my_alg_type, VF > | Holds the equation, vecargument, and a function to combine the equation with a Lie element |
| MAP | |
| map | |
| maps< SCA, RAT, n_letters, max_degree > | Provides maps between lie<> and free_tensor<> instances |
| alg::maps< SCA, RAT, n_letters, max_degree > | Provides maps between lie<> and free_tensor<> instances |
| matrix_alg_types< D, W, F > | |
| monomial_basis< SCA, n_letters, max_degree > | Implements an interface for the set of words of a finite number of letters |
| alg::monomial_basis< SCA, n_letters, max_degree > | Implements an interface for the set of words of a finite number of letters |
| multi_polynomial< SCA, RAT, n_letters, max_degree > | A specialisation of the algebra class with a free tensor basis |
| alg::multi_polynomial< SCA, RAT, n_letters, max_degree > | A specialisation of the algebra class with a free tensor basis |
| SPB::NonLinearGroupElement< my_alg_type_IN, my_alg_type_OUT > | Solves the RDE over an interval for a given initial point |
| NonLinearSolutionPath< my_alg_type_IN, my_alg_type_OUT > | Gives the solution of the (non-linear) RDE as Path |
| NonLinearSolutionTrajectory< my_alg_type_IN, my_alg_type_OUT > | Computes the value of the solution of the (non-linear) RDE |
| NormalRandomNumberGenerator | A class to generate random numbers with a Normal distribution |
| OdeSolver< my_alg_type > | 5th-order ODE Solver |
| Path< my_alg_type > | The interface class through which all rough paths are used |
| poly< SCA, RAT > | A specialisation of the algebra class with a commutative monomial product |
| alg::poly< SCA, RAT > | A specialisation of the algebra class with a commutative monomial product |
| poly_basis< SCA, RAT > | A polynomial basis class |
| alg::poly_basis< SCA, RAT > | A polynomial basis class |
| alg::poly_lie< SCA, RAT, n_letters, max_degree > | The Lie algebra for the commutative polynomials |
| poly_lie< SCA, RAT, n_letters, max_degree > | The Lie algebra for the commutative polynomials |
| poly_lie_basis< SCA, RAT, n_letters, max_degree > | A basis for the polynomial Lie algebra, poly_lie |
| alg::poly_lie_basis< SCA, RAT, n_letters, max_degree > | A basis for the polynomial Lie algebra, poly_lie |
| POLYLIE< my_alg_type > | |
| RandomSeed | A random seed for the NormalRandomNumberGenerator |
| algebra< BASIS >::rational_post_div | Function object for post-multiplying a scalar by stored version of the scalar 1 / rational |
| alg::algebra< BASIS >::rational_post_div | Function object for post-multiplying a scalar by stored version of the scalar 1 / rational |
| algebra< BASIS >::scalar_minus | Function object for changing the sign of a scalar |
| alg::algebra< BASIS >::scalar_minus | Function object for changing the sign of a scalar |
| algebra< BASIS >::scalar_passthrough | Function objects for doing nothing to a scalar |
| alg::algebra< BASIS >::scalar_passthrough | Function objects for doing nothing to a scalar |
| alg::algebra< BASIS >::scalar_post_mult | Function object for post-multiplying a scalar by a scalar |
| algebra< BASIS >::scalar_post_mult | Function object for post-multiplying a scalar by a scalar |
| Shell< my_alg_type > | |
| shuffle_tensor< SCA, RAT, n_letters, max_degree > | A specialisation of the algebra class with a shuffle tensor basis |
| alg::shuffle_tensor< SCA, RAT, n_letters, max_degree > | A specialisation of the algebra class with a shuffle tensor basis |
| shuffle_tensor_basis< SCA, RAT, n_letters, max_degree > | The monoid of words of a finite number of letters with shuffle product |
| alg::shuffle_tensor_basis< SCA, RAT, n_letters, max_degree > | The monoid of words of a finite number of letters with shuffle product |
| SolutionPath< my_alg_type_IN, my_alg_type_OUT > | Gives the solution path to the RDE if the RDE is linear |
| sparse_vector< BASIS, MAP > | A class to store and manipulate sparse vectors |
| alg::sparse_vector< BASIS, MAP > | A class to store and manipulate sparse vectors |
| tensor_basis< SCA, n_letters, max_degree > | Implements an interface for the set of words of a finite number of letters |
| alg::tensor_basis< SCA, n_letters, max_degree > | Implements an interface for the set of words of a finite number of letters |
| alg::TestConstLog2< RANGE > | Test of ConstLog2 template |
| TestConstLog2< RANGE > | Test of ConstLog2 template |
| TestConstLog2< 1 > | |
| alg::TestConstLog2< 1 > | |
| alg::TestConstPower< arg, exp > | Test of ConstPower Template |
| TestConstPower< arg, exp > | Test of ConstPower Template |
| alg::TestConstPower< 1, 0 > | |
| TestConstPower< 1, 0 > | |
| TestConstPower< 1, exp > | |
| alg::TestConstPower< 1, exp > | |
| TestConstPower< arg, 0 > | |
| alg::TestConstPower< arg, 0 > | |
| Trajectory< my_alg_type > | The interface class for trajectories |
| wedgenode | A wedgenode used by the NormalRandomNumberGenerator |
| alg::algebra< BASIS >::wraprational | |
| algebra< BASIS >::wraprational | |
| alg::algebra< BASIS >::wrapscalar | |
| algebra< BASIS >::wrapscalar | |
