Class Members

DiFfRG Discretization Framework for functional Renormalization Group flows

Here is a list of all class members with links to the classes they belong to:

- m -

• m : GSLMinimizer1D
• m_a : IntegratorLat< d, NT, KERNEL, ExecutionSpace >
• m_allow_exact : QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_cache : QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_cache_extents : QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_components : AbstractModel< Model, Components_ >
• m_converged : BisectionRootFinderTarget, GSLSimplexMinimizer< dim >
• m_counts : MapScheduler
• m_displs : MapScheduler
• m_extent_margin : QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_freq_cutoff : QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_grid : IntegratorLat< d, NT, KERNEL, ExecutionSpace >
• m_grid_size : IntegratorLat< d, NT, KERNEL, ExecutionSpace >
• m_hoist : QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >
• m_integrator_id : AbstractIntegrator
• m_is_explicit : AbstractTimestepper< VectorType_, SparseMatrixType_, dim_ >
• m_is_implicit : AbstractTimestepper< VectorType_, SparseMatrixType_, dim_ >
• m_k : QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_map_points : QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_map_points_policy : QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_n_tail : QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_positions : QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_positions_key : QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_pre_table : QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_q0_symmetric : IntegratorLat< d, NT, KERNEL, ExecutionSpace >
• m_recv : MapScheduler
• m_result_host : IntegratorLat< d, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_result_view : IntegratorLat< d, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_result_views_initialized : IntegratorLat< d, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_send : MapScheduler
• m_space : IntegratorLat< d, NT, KERNEL, ExecutionSpace >
• m_split_nodes : QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_split_weights : QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_staging : IntegratorLat< d, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_start : BosonicCoordinates1DFiniteT< Idx, NT, Radial >, FermionicCoordinates1DFiniteT< Idx, NT, Radial >
• m_stop : BosonicCoordinates1DFiniteT< Idx, NT, Radial >, FermionicCoordinates1DFiniteT< Idx, NT, Radial >
• m_T : BosonicCoordinates1DFiniteT< Idx, NT, Radial >, FermionicCoordinates1DFiniteT< Idx, NT, Radial >
• m_typical_E_user : QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• m_using_exact : QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• MainBatch : Assembler< Discretization_, Model_ >
• make_assembly_context_view() : Assembler< Discretization_, Model_, Reconstructor_, WaveSpeedStrategy_, JacobianReconstructor_ >
• make_build() : TimestepperJacobianDiagnosticsState
• make_grid() : IntegratorLat< d, NT, KERNEL, ExecutionSpace >, RectangularMesh< dim_, TriangulationType_ >
• map() : HDF5Output, IntegratorLat< d, NT, KERNEL, ExecutionSpace >, IntegratorLat< d, NT, KERNEL, TBB_exec >, OutputFrame< dim, VectorType >::Hdf5Record, QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator< dim, NT, KERNEL, TBB_exec >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, TBB_exec >
• map_dist() : IntegratorLat< d, NT, KERNEL, ExecutionSpace >, IntegratorLat< d, NT, KERNEL, TBB_exec >, QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >
• map_points() : QuadratureIntegrator< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator< dim, NT, KERNEL, TBB_exec >, QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >, QuadratureIntegrator_fT< dim, NT, KERNEL, TBB_exec >
• mapping : Discretization< ModelOrComponents_, Mesh_, NumberType_, VectorType_, SparseMatrixType_ >, Discretization< ModelOrComponents_, Mesh_, NumberType_ >
• MapScheduler() : MapScheduler
• mark : CalcDtTimer
• mark_finished() : HDF5Output
• mass() : AbstractAssembler< VectorType, SparseMatrixType, dim >, Assembler< Discretization_, Model_ >, AbstractModel< Model, Components_ >, Assembler< Discretization_, Model_ >, Assembler< Discretization_, Model_, Reconstructor_, WaveSpeedStrategy_, JacobianReconstructor_ >, Assembler< Discretization_, Model_ >, Assembler< Model_ >
• mass_hessian : RawPotentialEvaluation< dim, NumberType >, UnusedPotentialEvaluation
• matsubara_exact_sum() : QuadratureProvider
• matsubara_finite_interval() : QuadratureProvider
• matsubara_nodes : QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >, QuadratureProvider
• matsubara_predicted_size() : QuadratureProvider
• matsubara_rule() : QuadratureProvider
• matsubara_weights : QuadratureIntegrator_fT< dim, NT, KERNEL, ExecutionSpace >, QuadratureProvider
• MatsubaraQuadrature() : MatsubaraQuadrature< NT >
• max : GridAxis, LocalAbsTolerances< VectorType, SparseMatrixType, dim >
• max_abs_diagonal : JacobianMatrixDiagnostics
• max_abs_entry : JacobianMatrixDiagnostics
• max_backtracks : EoMConfig
• max_column_max_abs : JacobianMatrixDiagnostics
• max_dt : TC_Default< NEWT >
• max_iter : AbstractMinimizer< dim >, AbstractMinimizer< 1 >, AbstractRootFinder< dim >, AbstractRootFinder< 1 >, BisectionRootFinderTarget, EoMConfig
• max_matsubara_size() : QuadratureProvider
• max_non_linear_iterations : AbstractTimestepper< VectorType_, SparseMatrixType_, dim_ >::ImplicitParameters
• max_pending_bytes : OutputSettings
• max_pending_frames : OutputSettings
• max_row_max_abs : JacobianMatrixDiagnostics
• max_stacked_points : Assembler< Discretization_, Model_, Reconstructor_, WaveSpeedStrategy_, JacobianReconstructor_ >
• max_t : TC_Default< NEWT >
• max_x : GSLMinimizer1D
• maximal_dt : AbstractTimestepper< VectorType_, SparseMatrixType_, dim_ >::ExplicitParameters, AbstractTimestepper< VectorType_, SparseMatrixType_, dim_ >::ImplicitParameters
• maximal_step_size : IDAParameters
• maximum_newton_iterations : IDAParameters
• maximum_order : IDAParameters
• memory_space : TBB_ExecutionSpace
• Mesh : Discretization< ModelOrComponents_, Mesh_, NumberType_, VectorType_, SparseMatrixType_ >, Discretization< ModelOrComponents_, Mesh_, NumberType_ >
• mesh : Discretization< ModelOrComponents_, Mesh_, NumberType_, VectorType_, SparseMatrixType_ >, Discretization< ModelOrComponents_, Mesh_, NumberType_ >
• mesh_config : RectangularMesh< dim_, TriangulationType_ >
• method : GSLMinimizer1D
• metric_count : SummaryEvent
• metrics : SummaryEvent
• min : GridAxis, LocalAbsTolerances< VectorType, SparseMatrixType, dim >
• min_abs_diagonal : JacobianMatrixDiagnostics
• min_column_max_abs : JacobianMatrixDiagnostics
• min_diagonal_dominance : JacobianMatrixDiagnostics
• min_dt : TC_Default< NEWT >
• min_row_max_abs : JacobianMatrixDiagnostics
• min_value : GSLSimplexMinimizer< dim >
• min_x : GSLMinimizer1D
• minimal_dt : AbstractTimestepper< VectorType_, SparseMatrixType_, dim_ >::ExplicitParameters, AbstractTimestepper< VectorType_, SparseMatrixType_, dim_ >::ImplicitParameters
• minimal_step_size : IDAParameters
• minimize() : AbstractMinimizer< dim >, AbstractMinimizer< 1 >
• minimize_impl() : AbstractMinimizer< dim >, AbstractMinimizer< 1 >, GSLMinimizer1D, GSLSimplexMinimizer< dim >
• minimum : ReconstructedEoMPotential< dim, NumberType >, ReconstructedEoMPotential< 0, NumberType >
• minimum_verbosity : ProgressEvent, ProgressField
• Model : Assembler< Discretization_, Model_ >, Discretization< ModelOrComponents_, Mesh_, NumberType_, VectorType_, SparseMatrixType_ >, Assembler< Discretization_, Model_ >, Discretization< ModelOrComponents_, Mesh_, NumberType_, VectorType_, SparseMatrixType_ >, Assembler< Discretization_, Model_, Reconstructor_, WaveSpeedStrategy_, JacobianReconstructor_ >, Assembler< Discretization_, Model_ >, Discretization< ModelOrComponents_, Mesh_, NumberType_ >, Assembler< Model_ >
• model : SnapshotData
• model_mixed : ScalingRootFinder::Counts
• model_obs : ScalingRootFinder::Counts
• model_residual : ScalingRootFinder::Counts
• modes_below() : MatsubaraQuadrature< NT >
• MultiValue() : MultiValue< T, N >

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