Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123]

Cviennashe::util::all_ok_checker	A checker that never complains. Can be used instead of overly picky/erroneous checkers (just for debugging purposes, of course!)
Cviennashe::util::any_filter	A trivial filter, all objects are accepted
Cviennashe::util::arithmetic_averaging	A functor which computes the arithmetic average of all entries in a container
Clibviennashe::array_to_accessor	Maps a C-array to an element based accessor. Uses element.id() as an index to the C-array
Cviennashe::math::AssocLegendre	Associated Legendre polynomial
Cviennashe::she::average_expansion_order_wrapper< DeviceType, SHEQuantity >	Accessor class providing the average expansion order inside the device
►Cviennashe::models::bandgap_model	Basic bandgap model interface
Cviennashe::models::bandgap_model_const	A simple constant bandgap model. Gets the bandgap and always returns this value
Cviennashe::models::bandgap_model_extended	An elaborate bandgap model, which accounts for the lattice temperature
Cviennashe::models::bandgap_model_extended_parameters	Plain old datatype (POD) of parameters for the bandgap_model_extended
Cviennashe::math::BindFirst< T >	Binds the first argument of a function of functor to a certain value
Cviennashe::math::BindSecond< T >	Binds the second argument of a function or functor to a certain value
Cviennashe::boundary_potential_accessor< DeviceT >	Accessor for obtaining the Dirichlet boundary condition for the Poisson equation in the device (contact-potential plus built-in potential)
Cviennashe::box_volume_key	Internal key for storing the box volume associated with an edge or a vertex
Cviennashe::built_in_potential_accessor< DeviceType >	Accessor for retrieving the built-in potential in the device
Cviennashe::built_in_potential_accessor< DeviceT >
Cviennashe::she::carrier_density_wrapper< SHEQuantity >	An accessor for the carrier density in the device
Cviennashe::she::detail::carrier_density_wrapper_by_reference< SHEQuantity >	An accessor for the carrier density in the device by reference
Cviennashe::she::carrier_energy_wrapper< SHEQuantity >	An accessor for the average carrier energy at each point inside the device
Cviennashe::models::carrier_mass_full_model_parameters	POD with parameters for the full model
►Cviennashe::models::carrier_mass_model	The carrier mass model interface
Cviennashe::models::carrier_mass_full_model	The full carrier mass model, which uses a Taylor series over lattice temperature
Cviennashe::models::carrier_mass_simple_model	The simple (constant) carrier mass model
Cviennashe::models::carrier_mass_simple_model_parameters	POD with parameters for the simple carrier mass model (constant value model)
Cviennashe::she::carrier_velocity_wrapper< DeviceType, SHEQuantity >	Accessor class providing the carrier velocity inside the device
Cviennashe::models::chain	Implementation of Markov-Chains
Cviennashe::materials::checker	Simple checker class for checking whether a certain material is of a given type (conductor, semiconductor, insulator)
Cviennashe::util::checker_with_exception< BasicChecker, ExceptionType >	A checker class that throws a user-provided exception rather than returning false on its functor interface
Cviennashe::const_quantity< AssociatedT, ValueT >	Common representation of any quantity associated with objects of a certain type
Cviennashe::she::const_she_quantity< AssociatedT1, AssociatedT2, ValueT >	Common representation of any quantity associated with two objects of a certain type and an index
Cviennashe::constant_accessor< ConstantType >	An accessor which returns a constant value independent of the object passed
Cviennashe::math::detail::constants< dummy >	Implementation class holding basic math constants
Cviennashe::physics::detail::constants< dummy >	Implementation class holding basic physics constants
Cviennashe::contact_carrier_density_accessor< DeviceType >	Returns the carrier density at contacts modelled as thermal baths (used by DD and SHE)
Cviennashe::util::contact_filter< DeviceType >	A simple filter to find cells and vertices which have potential boundary conditions
Cviennashe::contact_potential_accessor< DeviceType >	Accessor for obtaining the contact potential in the device
Cviennashe::io::detail::container_accessor< ContainerType, KeyType, ValueType >
Cviennashe::util::cpp03_static_assert< b >
Cviennashe::util::cpp03_static_assert< true >
Cviennashe::detail::current_density_on_facet< DeviceType, PotentialAccessorType, AccessorTypeCarrier, MobilityModel >	An accessor to the current density (drift diffusion only!) on edges
Cviennashe::current_density_wrapper< DeviceType, PotentialQuantityType, CarrierQuantityType, MobilityModel >	An accessor to the current density on vertices and edges (drift diffusion only!)
Cviennashe::she::current_density_wrapper< DeviceType, SHEQuantity >	Accessor class providing the carrier velocity inside the device
Cviennashe::current_density_wrapper< DeviceType, quantity_type, quantity_type, viennashe::models::dd::mobility >
Cviennashe::she::current_density_wrapper< DeviceType, she_quantity_type >
Cviennashe::she::detail::current_on_facet_by_ref_calculator< DeviceT, SHEQuantityT >
Cviennashe::she::detail::current_on_facet_by_ref_calculator< DeviceType, she_quantity_type >
Cviennashe::she::detail::current_on_facet_by_ref_calculator< DeviceType, SHEQuantity >
Cviennashe::solvers::dense_linear_solver_tag	Internal tag used for the specification of a dense linear solver (Gauss, single-threaded)
Cviennashe::math::dense_matrix< NumericT >
Cviennashe::detail::density_gradient_config
►Cviennashe::detail::device_base< MeshT >	Defines the physical properties of a device, e.g. doping
Cviennashe::device< MeshT, edges_and_cells_different >	Defines the physical properties of a device, e.g. doping. This is the implementation for 2d and higher dimensions
Cviennashe::util::device_from_array_generator< IndexT >	A device generator to generate a device from C-Arrays (DOES NOT TAKE OWNERSHIP)
Cviennashe::util::device_from_flat_array_generator< IndexT >	A device generator to generate a device from flat C-Arrays (DOES NOT TAKE OWNERSHIP)
Cviennashe::util::device_generation_config	Configuration class for the simple mesh generator
Cviennashe::she::df_wrapper< DeviceType, SHEQuantityT >	A convenience wrapper for evaluating the full distribution function. Note: Evaluations are quite costly. If you wish to evaluate integrals over the distribution function, you should definitely consider the use of SHE expansion coefficients as well as the orthogonality relations for spherical harmonics
Cviennashe::diffusivity_accessor< DeviceType >	Accessor to get the diffusivity. Used in the assembly of the heat diffusion equation
►Cviennashe::physics::dispersion_base	Common interface for band structures
Cviennashe::physics::ext_vecchi_dispersion< MaterialType >	Non-parabolic isotropic dispersion relation proposed by Jin et al. TED 2011 (uses real DOS)
Cviennashe::physics::modena_dispersion< MaterialType >	Non-parabolic dispersion relation proposed by the Modena group (spherically symmetric)
Cviennashe::physics::parabolic_dispersion< MaterialType >	Parabolic dispersion relation (spherically symmetric)
Cviennashe::physics::dispersion_proxy	A proxy object for a dispersion relation. Does NOT take ownership of the provided pointer!
►Cviennashe::dispersion_relation_ids	Provides IDs for the dispersion relations
Cviennashe::config	The main SHE configuration class. To be adjusted by the user for his/her needs
Cviennashe::doping_accessor< DeviceType >	Accessor for returning the doping (donator/acceptor doping is defined in the CTOR)
Cviennashe::doping_setter< DeviceType >	Convenience functor for setting the doping across the device
Cviennashe::she::edf_wrapper< DeviceType, SHEQuantityT >	A convenience wrapper for accessing the energy distribution function on each vertex of the device
Cviennashe::edge_interface_area_key	Internal key for storing the interface area of a box associated with an edge
Cviennashe::detail::electric_field_on_facet< DeviceType, PotentialAccessorType >	An accessor to the electric field along a given edge. Electrostatic potential required
Cviennashe::electric_field_wrapper< DeviceType, PotentialAccessorType >	An accessor to the electric field on vertices and edges. Potential requiered
Cviennashe::electric_field_wrapper< DeviceType, quantity_type >
Cviennashe::detail::electric_flux_on_facet< DeviceType, PotentialAccessorType >	Simple accessor to get the electric flux density along an edge
Cviennashe::electric_flux_wrapper< DeviceType, PotentialAccessorType >	An electric flux accessor. Provides the electric flux along edges and on vertices given the electrostatic potential
Cviennashe::enable_if< b, T >	Simple enable-if variant that uses the SFINAE pattern
Cviennashe::enable_if< false, T >
Cviennashe::she::detail::energy_integrator_for_box
Cviennashe::error_indicator< T >	A helper class to raise compile time errors
Cviennashe::models::dd::mobility_detail::field_dependence
Cviennashe::util::filtered_functor< FilterType, FunctorType >	A compound functor which applies the provided functor only to the argument if the supplied filter evaluates to true
Cviennashe::fixed_charge_accessor< DeviceType >	Accessor for fixed charges
Cviennashe::she::force_on_facet_accessor
Cviennashe::she::GammaIntegrand_x	X-component of the Gamma coupling integral (cf. Dissertation Rupp)
Cviennashe::she::GammaIntegrand_y	Y-component of the Gamma coupling integral (cf. Dissertation Rupp)
Cviennashe::she::GammaIntegrand_z	Z-component of the Gamma coupling integral (cf. Dissertation Rupp)
Cviennashe::materials::gas	A class referring to an ideal gas
Cviennashe::she::generalized_df_wrapper< DeviceType, SHEQuantityT >	A convenience wrapper for evaluating the generalized distribution function (i.e. f * Z, with density of states Z). Note: Evaluations are quite costly. If you wish to evaluate integrals over the distribution function, you should definitely consider the use of SHE expansion coefficients as well as the orthogonality relations for spherical harmonics
Cviennashe::she::generalized_edf_wrapper< DeviceType, SHEQuantityT >	A convenience wrapper for accessing the generalized energy distribution function (f * Z, with density of states Z) on each vertex of the device
Cviennashe::util::geometric_averaging	A functor which computes the geometric average of all entries in a container
Cviennashe::io::gnuplot_edf_writer	Writes the energy distribution function to a file which can be processed by Gnuplot. Works for 1d, 2d and 3d only
Cviennashe::io::gnuplot_writer	Writes quantities to a file which can be processed by Gnuplot. Works for 1d, 2d and 3d only
Cviennashe::solvers::gpu_parallel_linear_solver_tag	Internal tag used for the specification of a GPU-accelerated linear solver
Cviennashe::materials::hfo2	A class referring to hafnium dioxide
Cviennashe::models::dd::mobility_detail::impurity_scattering
Cviennashe::util::inf_checker	Checks for Inf
Cviennashe::math::IntAdaptiveRule< IntRule >	Tag for an adaptive integration rule
Cviennashe::math::IntegrationBinder< T, IntRule >	A binder for reducing an n-ary function to an n-1-ary function by integration over one variable
Cviennashe::she::interpolated_she_df_wrapper< DeviceType, SHEQuantityT >	A convenience wrapper for accessing the distribution function coefficients over the device on each vertex. Note that odd-order expansion coefficients are averaged, thus one MUST NOT evaluate flux-quantities using this interpolated wrapper!
Cviennashe::math::IntGauss< int_points >	Gaussian integration rule
Cviennashe::math::IntMidPointRule	Tag for the midpoint rule
Cviennashe::math::IntSimpsonRule	Tag for the simpson rule
Cviennashe::math::IntTrapezoidalRule	Tag for the trapezoidal rule
Cviennashe::detail::is_1d_mesh< MeshT, CellTag >	Metafunction for the determination of whether a mesh is 1d
Cviennashe::detail::is_1d_mesh< MeshT, viennagrid::hypercube_tag< 1 > >	Metafunction for the determination of whether a mesh is 1d. Specialization for 1d
Cviennashe::detail::is_1d_mesh< MeshT, viennagrid::simplex_tag< 1 > >	Metafunction for the determination of whether a mesh is 1d. Specialization for 1d
Cviennashe::util::is_equal< T, U >
Cviennashe::util::is_equal< T, T >
Cviennashe::util::detail::is_lesser< a, b >
Cviennashe::hde::joule_heating< CurrentDensityAccessorType, ElectricFieldAccessorType >	Calculates the Joule Heating (in Watt per Second)
Cviennashe::models::dd::mobility_detail::lattice_scattering
Cviennashe::lattice_temperature_accessor< DeviceType >	Returns the lattice temperature on the device
►Cviennashe::solvers::linear_solver_ids	Provides IDs for the linear solvers
Cviennashe::solvers::linear_solver_config	A configuration class holding options for use within the different linear solvers
Cviennashe::models::lineshape_classic< TrapTypeTag, DirectionTypeTag >
Cviennashe::she::log_acoustic_phonon_scattering	Configuration class for logging when assembling acoustic phonon scattering
Cviennashe::she::log_adaptive_she	Configuration class for logging when using adaptive SHE
Cviennashe::she::log_assemble_all	Configuration class for logging when assembling the free streaming operator
Cviennashe::she::log_assemble_ee_scattering	Configuration class for logging when assembling electron-electron scattering
Cviennashe::she::log_assemble_free_streaming_operator	Configuration class for logging when assembling the free streaming operator
Cviennashe::she::log_assemble_scattering_operator	Configuration class for logging when assembling any scattering mechanisms
Cviennashe::math::log_AssocLegendre	Controls logging within the associated Legendre polynomial class
Cviennashe::she::log_coupling_matrix_in_direction	Configuration class for logging when computing the coupling matrix in a particular direction
Cviennashe::she::log_fill_coupling_matrices	Configuration class for logging when filling coupling matrices
Cviennashe::util::log_generate_device	Logging key for messages from the built-in ortho-grid generator
Cviennashe::solvers::log_gpu_block_ilut_precond	Logging tag for messages specific to the GPU block-ILUT preconditioner
Cviennashe::she::log_impact_ionization_scattering	Configuration class for logging when assembling impact ionization scattering
Cviennashe::math::log_integrate	Controls logging within the numerical integration routine
Cviennashe::she::log_linear_solver	Configuration class for logging when running the linear solver
Cviennashe::solvers::log_linear_solver	Logging tag for general linear solver action
Cviennashe::util::log_m_matrix_check	Logging key for messages occurring during M-matrix check
Cviennashe::she::log_mapping	Configuration class for logging when distributing unknown indices over device (mapping)
Cviennashe::she::log_newton_she
Cviennashe::she::log_optical_phonon_scattering	Configuration class for logging when assembling optical phonons scattering
Cviennashe::solvers::log_parallel_ilut_precond	Logging tag for messages specific to the multithreaded (CPU-based) block-ILUT preconditioner
Cviennashe::she::log_recover_odd_unknowns	Configuration class for logging when recovering odd unknowns from the computed even f_{l,m}
Cviennashe::she::log_she_solver	Configuration class for logging during the linear solver phase in a SHE simulation
Cviennashe::io::log_she_vtk_writer	Tag class for logging inside the she_vtk_writer
Cviennashe::log_simulator	Configuration class for logging the SHE simulator
Cviennashe::she::log_smooth_expansion_order	Configuration class for logging when smoothing expansion orders for mapping
Cviennashe::math::log_SphericalHarmonic_dTheta	Controls logging for the derivative of spherical harmonics with respect to theta
Cviennashe::she::log_transfer_to_new_h_space	Configuration class for logging when dealing with traps
Cviennashe::she::log_traps	Configuration class for logging when dealing with traps
Cviennashe::log::logger< enabled >	The Main logger class. Assembles output lines and writes them to std::cout upon destruction
Cviennashe::log::logger< false >	Template specialization of the logger for the case enabled=false ... does nothing. Ensures that no runtime penalty is present if the logger is disabled via the template parameter
Cviennashe::util::logic_or_averaging	A functor which returns the result of a logic-or chain consisting of all elements of the supplied container
Cviennashe::models::lsf_electron_trap_tag
Cviennashe::models::lsf_forward_tag
Cviennashe::models::lsf_hole_trap_tag
Cviennashe::models::lsf_reverse_tag
Cviennashe::detail::macroscopic_carrier_mask_filter< DeviceType, SimulatorQuantity >
Cviennashe::math::merseinne_twister_generator< ValueT >	A pseudo-random number generator implementation using the merseinne twister MT 19937 cf. Makoto Matsumoto, Takuji Nishimura: Mersenne twister. "A 623-dimensionally equidistributed uniform pseudorandom number generator." ACM Transactions on Modeling and Computer Simulation 8, 1998
Cviennashe::io::detail::mesh_generator_vtk< MeshT >
Clibviennashe::meshtype	The mesh types supported by libviennashe
Cviennashe::materials::metal	A class referring to any metal contact
Cviennashe::util::metal_filter< DeviceType >	A filter accepting metal cells only
Cviennashe::models::dd::mobility< DeviceType >	The main mobility model. Contains submodels for lattice, impurity, field and surface scattering related mobility changes. For drift diffusion only!
Cviennashe::models::dd::mobility_detail::mobility_field_dependence
Cviennashe::models::dd::mobility_detail::mobility_impurity_scattering
Cviennashe::models::dd::mobility_detail::mobility_lattice_scattering
Cviennashe::models::dd::mobility_paramters	The combined POD for the mobility parameters
Cviennashe::models::dd::mobility_detail::mobility_surface_scattering
Cviennashe::models::result_of::mobility_type< DeviceType >	Compiletime mobility-type getter
Cmos1d_mesh_generator	MOS 1D test-grid generator
Cviennashe::util::nan_checker	Checks for NaN
Cviennashe::util::no_contact_and_semiconductor_filter< DeviceType >	A filter used to filter cells, which are neither semiconductors (by material) nor contacts (by potential boundary condition)
Cviennashe::util::no_contact_filter< DeviceType >	The inverse filter to the contact_filter
Cviennashe::non_const_quantity< AssociatedT, ValueT >
Cviennashe::util::none_filter	A trivial filter, no objects shall be accepted
►Cviennashe::solvers::nonlinear_solver_ids	Provides IDs for the nonlinear iteration schemes
Cviennashe::solvers::nonlinear_solver_config	A configuration class holding options for use within the different linear solvers
Cviennashe::math::normal_distribution< RealT, ResultT >
Cviennashe::log::nullstream	Streaming class which only provides operator<< discarding the right hand side
Cviennashe::util::oxide_filter< DeviceType >	A filter accepting oxide cells only
Cviennashe::solvers::parallel_linear_solver_tag	Internal tag used for the specification of a CPU-based multi-threaded linear solver
Cviennashe::permittivity_accessor< DeviceType >	Accessor for obtaining the permittivity in the device
Cviennashe::solvers::petsc_amgx_solver_tag
Cviennashe::solvers::PETSC_handler< NumericT, VectorType >
Cviennashe::solvers::petsc_linear_solver_tag	Internal tag used for the specification of a CPU-based PETSC solver
Cviennashe::solvers::PETSC_matrix< NumericT, VectorType >	Wrapper class to the PETSC matrix
Cviennashe::solvers::PETSC_vector< NumericT, VectorType >	Class Encapsulate The PETSc COMM WORLD -Should be singleton
Cviennashe::math::poisson_distribution< RealT, ResultT >	A poisson (exponential) distribution of random numbers
Cviennashe::hde::power_density_accessor< DeviceType, QuantitiesListType >	Power density accessor. Used to get the power density in the assembly of the heat diffusion equation
Clibviennashe::quan_register_internal	C++ to C wrapper of the quantity registry
Clibviennashe::quantity::quantitiy_register	The main quantity register. Not deep copy-able!
►Clibviennashe::quantity::quantity_wrapper	The main quantity wrapper interface
Clibviennashe::quantity::accessor_based_array_quantity_wrapper< DeviceT, AccessorT, ElementTagT >	Implements quantity_wrapper. Wraps vector valued quantities, which are accessible via a device based accessor in ViennaSHE (cf. accessor.hpp)
Clibviennashe::quantity::accessor_based_quantity_wrapper< DeviceT, AccessorT, ElementTagT >	Implements quantity_wrapper. Wraps scalar quantities, which are accessible via a device based accessor in ViennaSHE (cf. accessor.hpp)
Cviennashe::math::rand_generator_base< ValueT >	The basic interface for pseudo-random number generators
►Cviennashe::math::rand_generator_base< double >
Cviennashe::math::std_rand_generator< ValueT >	A pseudo-random number generator implementation based on std::rand()
Cviennashe::util::range_checker< ValueType >	Checker for values inside a half-open interval [a, b), where 'a' is included, while 'b' is not
►Cviennashe::models::rate_base	The basic rate interface
Cviennashe::models::const_rate	A simple constant rate
Creference_values	A simple reference data reader
Cviennashe::robin_boundary_coefficients< ValueT >
Cviennashe::robin_boundary_coefficients< double >
►Cstd::runtime_error
Cviennashe::assembly_not_implemented_exception	Exception thrown in the case that an equation assembler cannot be found
Cviennashe::carrier_type_not_supported_exception	Exception thrown in the case that any code does not support the given carrier type
Cviennashe::invalid_boundary_condition_exception	Exception for the case that a segment or a segment that does not belong to a mesh is encountered
Cviennashe::invalid_cell_exception	Exception for the case that an invalid cell is encountered
Cviennashe::invalid_doping_in_device_exception	Exception for the case that an invalid doping is encountered
Cviennashe::invalid_lattice_temperature_in_device_exception	Exception for the case that an invalid lattice temperature is encountered
Cviennashe::invalid_segment_exception	Exception for the case that a segment or a segment that does not belong to a mesh is encountered
Cviennashe::invalid_trap_density_exception	Exception for the case that an invalid lattice temperature is encountered
Cviennashe::invalid_trap_energy_exception	Exception for the case that an invalid lattice temperature is encountered
Cviennashe::invalid_value_exception	Exception for the case that an invalid value (depends on the method called) is encountered
Cviennashe::io::cannot_open_file_exception	Exception which is thrown if a file cannot be opened
Cviennashe::io::file_attribute_not_found_exception	Exception which is thrown whenever a requested attribute was not found in a file.
Cviennashe::io::file_segment_not_found_exception	Exception which is thrown whenever a requested segment was not found in a file.
Cviennashe::io::invalid_dimension_exception	Exception which is thrown if a dimension different from the current dimension of viennagrid is found in the file.
Cviennashe::io::io_operation_unsupported_exception	Exception which is thrown whenever a requested IO feature is currently not supported.
Cviennashe::io::premature_end_of_file_exception	Exception which is thrown if a End-of-File is encountered even though further data is expected
Cviennashe::materials::invalid_material_exception	Exception for the case that an invalid material is in use
Cviennashe::math::iterate_not_found_exception	Exception which is thrown if an iterate cannot be retrieved from the vector of iterates (unknowns)
Cviennashe::math::provided_solver_invalid_exception	Exception which is thrown if a (linear) solver provided to some nonlinear solver is not valid (e.g. Nullpointer provided)
Cviennashe::math::provided_updater_invalid_exception	Exception which is thrown if an updater for a nonlinear solver is not valid (e.g. Nullpointer provided)
Cviennashe::math::truncated_solution_vector_size_exception	Exception which is thrown if the size of a solution vector is truncated (too small or big)
Cviennashe::models::index_out_of_bounds_exception	Thrown whenever a model finds an index to be out of bounds
Cviennashe::models::invalid_parameter_exception	Thrown whenever an invalid parameter to a model is given
Cviennashe::models::invalid_state_exception	Thrown whenever a markov chain model finds an invalid or non-existing state
Cviennashe::models::model_evaluation_exception	Exception for the case that the evaluation of a model fails
Cviennashe::physics::data_not_available_exception	Exception which is thrown if there is no data for a given energy
Cviennashe::physics::dispersion_not_invertible_exception	Exception which is thrown if there is no data for a given energy
Cviennashe::physics::no_lattice_temperature_available_exception	Exception which is thrown if there is no lattice temperature for a vertex
Cviennashe::quantity_not_found_exception	Exception in case a (requested) quantity cannot be found
Cviennashe::she::adaptive_she_not_available_for_this_configuration_exception	Exception for the case that adaptive SHE cannot deal with the provided configuration (currently holes or ee-scattering)
►Cviennashe::she::assembly_exception	Exception for the case that a scattering term is Inf, NaN or causes an invalid system matrix entry
Cviennashe::she::invalid_scattering_term_exception	Exception for the case that a scattering term is Inf, NaN or causes an invalid system matrix entry
Cviennashe::she::coupled_vertices_equal_exception	Exception for the case that a vertex has a coupling with itself
Cviennashe::she::division_by_zero	Exception for the case that any component encounters a divison by 0.0
Cviennashe::she::invalid_expansion_order_exception	Exception for the case that invalid expansion order is accessed
Cviennashe::she::invalid_matrixelement_exception	Exception for the case that invalid expansion order is accessed
Cviennashe::she::negative_integration_interval_length_exception	Exception for the case that neither electrons nor holes are selected for the simulation
Cviennashe::she::no_carrier_type_id_specified_exception	Exception for the case that neither electrons nor holes are selected for the simulation
Cviennashe::she::no_init_guess_found_exception	Exception for the case that no initial guess was/is specified
Cviennashe::she::quantity_not_yet_available_exception	Exception for the case that a macroscopic quantity is accessed, but the simulator has not yet been run
Cviennashe::she::quantum_correction_with_newton_not_supported_exception	Exception for the case that a scattering term is Inf, NaN or causes an invalid system matrix entry
Cviennashe::she::she_simulator_does_not_accept_drift_diffusion_only_exception	Exception for the case that neither electrons nor holes are selected for the simulation
Cviennashe::she::she_simulator_requires_bipolar_solution_for_traps	Exception for the case that traps are enabled without a bipolar SHE simulation
Cviennashe::she::total_energy_too_small_exception	Exception for the case that the total energy is smaller than the kinetic energy
Cviennashe::she::unknown_dispersion_relation_exception	Exception for the case that an invalid dispersion relation is specified
Cviennashe::she::unkown_carrier_type_exception	Exception thrown in case an unkown or unsupported carrier type is found
Cviennashe::solver_failed_exception	Exception thrown in the case that an equation solver failed
Cviennashe::solvers::invalid_linear_solver_exception	Exception for the case that an invalid solver is in use
Cviennashe::solvers::invalid_nonlinear_solver_exception	Exception for the case that an invalid nonlinear solver is in use
Cviennashe::unavailable_feature_exception	Exception for the case that a requested feature is not available (due to configuration or due to not having an implementation yet)
Cviennashe::util::invalid_range_bounds_exception	Exception thrown if for a range(a,b) the check a < b fails
Cviennashe::util::invalid_value_exception	Exception which is thrown if an invalid value is found
Cviennashe::util::linear_solver_exception	Exception for the case that a linear solver fails (typically with NaN due to zero inner product)
Cviennashe::util::string_conversion_exception	Exception that is thrown if a string cannot be converted to the respective target type
Cviennashe::she::scatter_config	A configuration class for scattering mechanisms. Enable or disable scattering mechanisms here
Cviennashe::she::scatter_process_descriptor	A simple class returning the scattering rate and the energy of a scattered particle
►Cviennashe::she::scattering_base< DeviceType >
Cviennashe::she::acoustic_phonon_scattering< DeviceType >	Acoustic phonon scattering process
Cviennashe::she::fixed_charge_scattering< DeviceType >	Trapped charge scattering process
Cviennashe::she::impact_ionization_scattering< DeviceType >	Impact ionization scattering process
Cviennashe::she::ionized_impurity_scattering< DeviceType >	Ionized impurity scattering process
Cviennashe::she::optical_phonon_scattering< DeviceType >	Optical phonon scattering process
Cviennashe::she::surface_scattering< DeviceType, ElectricFieldAccessor >	Surface scattering process
Cviennashe::she::trapped_charge_scattering< DeviceType, TimeStepQuantitiesT >	Trapped charge scattering process
►Cviennashe::she::scattering_parameter_base	Common base class for all scattering parameter classes. Provides enable/disable interface
Cviennashe::she::acoustic_phonon_scattering_parameters	Parameters for elastic acoustic phonon scattering
Cviennashe::she::fixed_charge_scattering_parameters
Cviennashe::she::impact_ionization_scattering_parameters
Cviennashe::she::ionized_impurity_scattering_parameters	Parameters for ionized impurity scattering using an isotropic fit, cf. papers by Jungemann
Cviennashe::she::optical_phonon_scattering_parameters	Parameters for inelastic optical phonon scattering in single valley approximation
Cviennashe::she::surface_scattering_parameters
Cviennashe::she::trapped_charge_scattering_parameters
Cviennashe::scharfetter_gummel	Dispatcher for Scharfetter-Gummel discretization of electron and hold fluxes
Cviennashe::scharfetter_gummel_dVi	Generic dispatcher for partial derivatives of the Scharfetter-Gummel discretization of electron and hold fluxes
Cviennashe::scharfetter_gummel_dVj	Generic dispatcher for Scharfetter-Gummel discretization of electron and hold fluxes
Cviennashe::util::device_generation_config::segment_description
Cviennashe::util::semiconductor_filter< DeviceType >	A filter accepting semiconductor cells only
Cviennashe::solvers::serial_linear_solver_tag	Internal tag used for the specification of a single-threaded linear solver
Cviennashe::she_boundary_conditions_config	The boundary condition configuration for SHE
Cviennashe::she::she_df_wrapper< DeviceType, SHEQuantityT >	A convenience wrapper for accessing the distribution function coefficients over the device. Even-order coefficients can be obtained from vertices, odd-order coefficients from edges
Cviennashe::io::result_of::she_vtk_type< T >	Meta function which translates element tags to VTK type identifiers (taking extra energy coordinate into account)
Cviennashe::io::result_of::she_vtk_type< viennagrid::hypercube_tag< 1 > >	VTK type for a line embedded into (x, H)-space -> quadrilateral
Cviennashe::io::result_of::she_vtk_type< viennagrid::quadrilateral_tag >	VTK type for a quadrilateral embedded into (x, H)-space -> hexahedron
Cviennashe::io::result_of::she_vtk_type< viennagrid::simplex_tag< 1 > >	VTK type for a line embedded into (x, H)-space -> quadrilateral
Cviennashe::io::result_of::she_vtk_type< viennagrid::triangle_tag >	VTK type for a triangle embedded into (x, H)-space -> wedge
Cviennashe::io::she_vtk_writer< SHEDeviceType, CoordSystem >	VTK writer class
Cviennashe::io::she_vtk_writer< DeviceType, viennagrid::cartesian_cs< 3 > >	Compatibility overload in order to enable compilation for three-dimensional devices. No action if called
Cviennashe::materials::si	A class referring to silicon and providing certain material parameters Note that this is the default material!
Cviennashe::simulator< DeviceType >	Class for self-consistent SHE simulations
Cviennashe::materials::sio2	A class referring to silicon dioxide
Cviennashe::materials::sion	A class referring to silicon oxynitride
Cviennashe::math::sparse_matrix< NumericT >	Sparse matrix class based on a vector of binary trees for holding the entries
Cviennashe::math::sparse_matrix< double >
Cviennashe::util::spatial_quantity< DeviceType, ElementTagT, ValueType >	A functor-style wrapper for a spatial quantity which is externally prescribed by the user
Cviennashe::util::spatial_quantity_wrapper< DeviceType, ElementTagT, ValueType >	A functor-style wrapper for a spatial quantity (typically potential, electron density or hole density). Typically evaluated on each vertex only
Cviennashe::math::spherical_harmonics_iterator	Iteration over all spherical harmonics indices up to order L, with increasing indices l and m
Cviennashe::math::SphericalHarmonic	A spherical harmonic
Cviennashe::math::SphericalHarmonic_dPhi	Derivative of a spherical harmonic with respect to phi
Cviennashe::math::SphericalHarmonic_dTheta	Derivative of a spherical harmonic with respect to theta
Cviennashe::math::SphericalHarmonic_dTheta_2	Derivative of a spherical harmonic with respect to theta, alternative evaluation of theta-derivative
Cviennashe::models::ssa_solver	The SSA (Monte Carlo) solver for Markov-Chains The given chain is being referenced and the occupancies p_i of the states are being changed. The resp. occupancies can either be 1.0 (occupied) or 0 (unoccupied)! The solver additionally guarantees that sum_i p_i = 1.0, i.e. only one state is occupied at a time !
Cviennashe::models::state_base	The basic concept of a state in Markov-Chains
Cviennashe::models::dd::mobility_detail::surface_scattering
Cviennashe::thermal_potential_accessor< DeviceType >	Returns the thermal potential in the device
Cviennashe::util::timer	A simple timer class
Cviennashe::she::timestep_quantities< DeviceType >	The main SHE simulator controller class. Acts as an accessor for all SHE quantities needed for the simulation
Cviennashe::io::result_of::topology_tag< T >	Helper routine for extracting the ViennaGrid topology tag from a quantity wrapper. Works well with viennashe::util::spatial_quantity_wrapper. Custom wrappers should add template specializations of this helper metafunction
Cviennashe::io::result_of::topology_tag< viennashe::util::spatial_quantity_wrapper< DeviceType, TagT > >
Cviennashe::trap_level	Describes a SRH trap
Cviennashe::math::uniform_distribution< ResultT >	A uniform distribution of random numbers
Cviennashe::util::detail::unity_weight	A functor assigning unity weight to the element provided
Cviennashe::unknown_quantity< AssociatedT, ValueT >
Cviennashe::she::unknown_she_quantity< AssociatedT1, AssociatedT2, ValueT >	General representation of any solver quantity defined on two different element types (e.g. vertices and edges) in an augmented (x, H) space
Cviennashe::she::unknown_she_quantity< CellType, FacetType >
Cviennashe::she::detail::value_holder_functor< ValueType >	A simple functor to hold a single value. Operator() should not take any arguments
Cviennashe::util::value_holder_functor< ValueType >	A functor which holds a single value. Used in most of the postprocessing routines
Cviennashe::util::vicinity_filter< DeviceType, ElementTagT, CheckerType >	A filter returning true if any of the neighboring ncells of dimension 'dim' evaluate to true
Cviennashe::io::detail::viennagrid_accessor_wrapper< AccessorT, ValueT >	A wrapper for the accessor in viennashe, in order for them to be suitable for viennagrid
Cviennashe_device_impl	Internal C++ to C wrapper for the device. Has typedefs and destructor
Cviennashe_simulator_impl	Internal C++ to C wrapper for the simulator. Has typedefs and destructor
Cviennashe::she::vIntegrand_x	X-component of the velocity coupling integral \int Y_{l,m} e_r Y_{l',m'} \d \Omega (cf. Dissertation Rupp)
Cviennashe::she::vIntegrand_y	Y-component of the velocity coupling integral \int Y_{l,m} e_r Y_{l',m'} \d \Omega (cf. Dissertation Rupp)
Cviennashe::she::vIntegrand_z	Z-component of the velocity coupling integral \int Y_{l,m} e_r Y_{l',m'} \d \Omega (cf. Dissertation Rupp)
Cviennashe::models::wkb_oxide_barrier_tunneling	A functor interface to the WKB tunneling coefficient for oxide barriers