Struct list

• Struct AcceleratedBilliardWalk
  • AcceleratedBilliardWalk
    • AcceleratedBilliardWalk()
    • AcceleratedBilliardWalk()
    • param
    • AcceleratedBilliardWalk::parameters
      • parameters()
      • m_L
      • set_L
    • AcceleratedBilliardWalk::update_parameters
      • update_parameters()
      • facet_prev
      • hit_ball
      • inner_vi_ak
      • ball_inner_norm
      • moved_dist
    • AcceleratedBilliardWalk::Walk
      • Point
      • MT
      • DenseMT
      • NT
      • AA_type
      • Walk()
      • Walk()
      • apply()
      • get_starting_point()
      • parameters_burnin()
      • update_delta()
      • get_delta()
      • SPARSE
• Struct AcceleratedBilliardWalkParallel
  • AcceleratedBilliardWalkParallel
    • AcceleratedBilliardWalkParallel()
    • AcceleratedBilliardWalkParallel::thread_parameters
      • thread_parameters()
      • update_step_parameters
      • p
      • v
      • lambda_prev
      • lambdas
      • Av
    • AcceleratedBilliardWalkParallel::update_parameters
      • update_parameters()
      • facet_prev
      • hit_ball
      • inner_vi_ak
      • ball_inner_norm
    • AcceleratedBilliardWalkParallel::Walk
      • Point
      • MT
      • NT
      • Walk()
      • Walk()
      • apply()
      • get_starting_point()
      • parameters_burnin()
      • update_delta()
      • get_delta()
• Struct AcceleratedBilliardWalkParallel::Walk
  • AcceleratedBilliardWalkParallel::Walk
    • Point
    • MT
    • NT
    • Walk()
    • Walk()
    • apply()
    • get_starting_point()
    • parameters_burnin()
    • update_delta()
    • get_delta()
• Struct AcceleratedBilliardWalkParallel::thread_parameters
  • AcceleratedBilliardWalkParallel::thread_parameters
    • thread_parameters()
    • update_step_parameters
    • p
    • v
    • lambda_prev
    • lambdas
    • Av
• Struct AcceleratedBilliardWalkParallel::update_parameters
  • AcceleratedBilliardWalkParallel::update_parameters
    • update_parameters()
    • facet_prev
    • hit_ball
    • inner_vi_ak
    • ball_inner_norm
• Struct AcceleratedBilliardWalk::Walk
  • AcceleratedBilliardWalk::Walk
    • Point
    • MT
    • DenseMT
    • NT
    • AA_type
    • Walk()
    • Walk()
    • apply()
    • get_starting_point()
    • parameters_burnin()
    • update_delta()
    • get_delta()
    • SPARSE
• Struct AcceleratedBilliardWalk::parameters
  • AcceleratedBilliardWalk::parameters
    • parameters()
    • m_L
    • set_L
• Struct AcceleratedBilliardWalk::update_parameters
  • AcceleratedBilliardWalk::update_parameters
    • update_parameters()
    • facet_prev
    • hit_ball
    • inner_vi_ak
    • ball_inner_norm
    • moved_dist
• Struct AssertBarrierFalseType
  • AssertBarrierFalseType
• Struct AssertFalseType
  • AssertFalseType
• Struct AutoDiffFunctor
  • AutoDiffFunctor
    • AutoDiffFunctor::FunctionFunctor
      • NT
      • FunctionFunctor()
      • operator()()
      • params
      • F
    • AutoDiffFunctor::FunctionFunctor_internal
      • Autopoint
      • Coeff
      • FT
      • Point
      • result_internal()
      • differentiate()
      • result()
      • pdf
    • AutoDiffFunctor::GradientFunctor
      • NT
      • GradientFunctor()
      • operator()()
      • F
      • params
    • AutoDiffFunctor::parameters
      • parameters()
      • order
      • L
      • m
      • kappa
      • data
• Struct AutoDiffFunctor::FunctionFunctor
  • AutoDiffFunctor::FunctionFunctor
    • NT
    • FunctionFunctor()
    • operator()()
    • params
    • F
• Struct AutoDiffFunctor::FunctionFunctor_internal
  • AutoDiffFunctor::FunctionFunctor_internal
    • Autopoint
    • Coeff
    • FT
    • Point
    • result_internal()
    • differentiate()
    • result()
    • pdf
• Struct AutoDiffFunctor::GradientFunctor
  • AutoDiffFunctor::GradientFunctor
    • NT
    • GradientFunctor()
    • operator()()
    • F
    • params
• Struct AutoDiffFunctor::parameters
  • AutoDiffFunctor::parameters
    • parameters()
    • order
    • L
    • m
    • kappa
    • data
• Struct BCDHRWalk
  • BCDHRWalk
    • BCDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • apply()
• Struct BCDHRWalk::Walk
  • BCDHRWalk::Walk
    • Point
    • NT
    • Walk()
    • apply()
• Struct BCDHRWalk_multithread
  • BCDHRWalk_multithread
    • BCDHRWalk_multithread::thread_parameters
      • thread_parameters()
      • p
      • p1
      • p2
      • p_prev
      • rand_coord_prev
      • rand_coord
      • lambdas
    • BCDHRWalk_multithread::Walk
      • Point
      • NT
      • thread_parameters_
      • Walk()
      • apply()
• Struct BCDHRWalk_multithread::Walk
  • BCDHRWalk_multithread::Walk
    • Point
    • NT
    • thread_parameters_
    • Walk()
    • apply()
• Struct BCDHRWalk_multithread::thread_parameters
  • BCDHRWalk_multithread::thread_parameters
    • thread_parameters()
    • p
    • p1
    • p2
    • p_prev
    • rand_coord_prev
    • rand_coord
    • lambdas
• Struct BRDHRWalk
  • BRDHRWalk
    • BRDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • apply()
• Struct BRDHRWalk::Walk
  • BRDHRWalk::Walk
    • Point
    • NT
    • Walk()
    • apply()
• Struct BRDHRWalk_multithread
  • BRDHRWalk_multithread
    • BRDHRWalk_multithread::thread_parameters
      • thread_parameters()
      • p
      • p1
      • p2
      • v
      • lambda_prev
      • lambdas
      • Av
    • BRDHRWalk_multithread::Walk
      • Point
      • NT
      • thread_parameters_
      • Walk()
      • apply()
• Struct BRDHRWalk_multithread::Walk
  • BRDHRWalk_multithread::Walk
    • Point
    • NT
    • thread_parameters_
    • Walk()
    • apply()
• Struct BRDHRWalk_multithread::thread_parameters
  • BRDHRWalk_multithread::thread_parameters
    • thread_parameters()
    • p
    • p1
    • p2
    • v
    • lambda_prev
    • lambdas
    • Av
• Struct BallWalk
  • BallWalk
    • BallWalk()
    • BallWalk()
    • param
    • BallWalk::parameters
      • parameters()
      • m_L
      • set_delta
    • BallWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
      • update_delta()
      • compute_delta()
• Struct BallWalk::Walk
  • BallWalk::Walk
    • Point
    • NT
    • Walk()
    • Walk()
    • apply()
    • update_delta()
    • compute_delta()
• Struct BallWalk::parameters
  • BallWalk::parameters
    • parameters()
    • m_L
    • set_delta
• Struct BilliardWalk
  • BilliardWalk
    • BilliardWalk()
    • BilliardWalk()
    • param
    • BilliardWalk::parameters
      • parameters()
      • m_L
      • set_L
    • BilliardWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
      • update_delta()
• Struct BilliardWalk::Walk
  • BilliardWalk::Walk
    • Point
    • NT
    • Walk()
    • Walk()
    • apply()
    • update_delta()
• Struct BilliardWalk::parameters
  • BilliardWalk::parameters
    • parameters()
    • m_L
    • set_L
• Struct BilliardWalk_multithread
  • BilliardWalk_multithread
    • BilliardWalk_multithread()
    • BilliardWalk_multithread()
    • param
    • BilliardWalk_multithread::parameters
      • parameters()
      • m_L
      • set_L
    • BilliardWalk_multithread::thread_parameters
      • thread_parameters()
      • p
      • p0
      • v
      • lambda_prev
      • lambdas
      • Av
    • BilliardWalk_multithread::Walk
      • Point
      • NT
      • thread_parameters_
      • Walk()
      • Walk()
      • apply()
      • update_delta()
• Struct BilliardWalk_multithread::Walk
  • BilliardWalk_multithread::Walk
    • Point
    • NT
    • thread_parameters_
    • Walk()
    • Walk()
    • apply()
    • update_delta()
• Struct BilliardWalk_multithread::parameters
  • BilliardWalk_multithread::parameters
    • parameters()
    • m_L
    • set_L
• Struct BilliardWalk_multithread::thread_parameters
  • BilliardWalk_multithread::thread_parameters
    • thread_parameters()
    • p
    • p0
    • v
    • lambda_prev
    • lambdas
    • Av
• Struct BoltzmannHMCWalk
  • BoltzmannHMCWalk
    • param
    • BoltzmannHMCWalk::parameters
    • BoltzmannHMCWalk::Walk
      • Point
      • MT
      • VT
      • NT
      • Walk()
      • Walk()
      • setSettings()
      • apply()
      • getNextPoint()
      • setTemperature()
      • settings
      • BoltzmannHMCWalk::Walk::Settings
        • Settings()
        • Settings()
        • walk_length
        • randomNumberGenerator
        • c
        • temperature
        • diameter
        • reflectionsBound
        • dl
• Struct BoltzmannHMCWalk::Walk
  • BoltzmannHMCWalk::Walk
    • Point
    • MT
    • VT
    • NT
    • Walk()
    • Walk()
    • setSettings()
    • apply()
    • getNextPoint()
    • setTemperature()
    • settings
    • BoltzmannHMCWalk::Walk::Settings
      • Settings()
      • Settings()
      • walk_length
      • randomNumberGenerator
      • c
      • temperature
      • diameter
      • reflectionsBound
      • dl
• Struct BoltzmannHMCWalk::Walk::Settings
  • BoltzmannHMCWalk::Walk::Settings
    • Settings()
    • Settings()
    • walk_length
    • randomNumberGenerator
    • c
    • temperature
    • diameter
    • reflectionsBound
    • dl
• Struct BoltzmannHMCWalk::parameters
  • BoltzmannHMCWalk::parameters
• Struct BoostRandomNumberGenerator
  • BoostRandomNumberGenerator
• Struct BoostRandomNumberGenerator< RNGType, NT, Seed >
  • BoostRandomNumberGenerator< RNGType, NT, Seed >
    • BoostRandomNumberGenerator()
    • sample_urdist()
    • sample_uidist()
    • sample_ndist()
    • set_seed()
• Struct BoostRandomNumberGenerator< RNGType, NT >
  • BoostRandomNumberGenerator< RNGType, NT >
    • BoostRandomNumberGenerator()
    • sample_urdist()
    • sample_uidist()
    • sample_ndist()
    • set_seed()
• Struct BoundaryRandomPointGenerator
  • BoundaryRandomPointGenerator
    • apply()
• Struct CDHRWalk
  • CDHRWalk
    • param
    • CDHRWalk::parameters
    • CDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
• Struct CDHRWalk::Walk
  • CDHRWalk::Walk
    • Point
    • NT
    • Walk()
    • Walk()
    • apply()
• Struct CDHRWalk::parameters
  • CDHRWalk::parameters
• Struct CDHRWalk_multithread
  • CDHRWalk_multithread
    • CDHRWalk_multithread::thread_parameters
      • thread_parameters()
      • p
      • p_prev
      • rand_coord_prev
      • rand_coord
      • lambdas
    • CDHRWalk_multithread::Walk
      • Point
      • NT
      • thread_parameters_
      • Walk()
      • apply()
• Struct CDHRWalk_multithread::Walk
  • CDHRWalk_multithread::Walk
    • Point
    • NT
    • thread_parameters_
    • Walk()
    • apply()
• Struct CDHRWalk_multithread::thread_parameters
  • CDHRWalk_multithread::thread_parameters
    • thread_parameters()
    • p
    • p_prev
    • rand_coord_prev
    • rand_coord
    • lambdas
• Struct CRHMCWalk
  • CRHMCWalk
    • CRHMCWalk::parameters
      • Opts
      • parameters()
      • epsilon
      • eta
      • momentum
      • effectiveStepSize
      • options
    • CRHMCWalk::Walk
      • point
      • pts
      • NT
      • VT
      • MT
      • Sampler
      • Opts
      • IVT
      • Walk()
      • get_direction_with_momentum()
      • getPoints()
      • getPoint()
      • masked_choose()
      • disable_adaptive()
      • get_current_eta()
      • apply()
      • params
      • solver
      • dim
      • P
      • total_discarded_samples
      • num_runs
      • discard_ratio
      • total_acceptance_prob
      • average_acceptance_prob
      • prob
      • accepted
      • accept
      • update_modules
      • simdLen
      • x
      • v
      • x_tilde
      • v_tilde
      • F
      • module_update
      • H
      • H_tilde
      • f
• Struct CRHMCWalk::Walk
  • CRHMCWalk::Walk
    • point
    • pts
    • NT
    • VT
    • MT
    • Sampler
    • Opts
    • IVT
    • Walk()
    • get_direction_with_momentum()
    • getPoints()
    • getPoint()
    • masked_choose()
    • disable_adaptive()
    • get_current_eta()
    • apply()
    • params
    • solver
    • dim
    • P
    • total_discarded_samples
    • num_runs
    • discard_ratio
    • total_acceptance_prob
    • average_acceptance_prob
    • prob
    • accepted
    • accept
    • update_modules
    • simdLen
    • x
    • v
    • x_tilde
    • v_tilde
    • F
    • module_update
    • H
    • H_tilde
    • f
• Struct CRHMCWalk::parameters
  • CRHMCWalk::parameters
    • Opts
    • parameters()
    • epsilon
    • eta
    • momentum
    • effectiveStepSize
    • options
• Struct CollocationODESolver
  • CollocationODESolver
    • pts
    • ptsv
    • MT
    • VT
    • MTs
    • bounds
    • coeffs
    • CollocationODESolver()
    • order()
    • initialize_matrices()
    • step()
    • print_state()
    • steps()
    • get_state()
    • set_state()
    • dim
    • eta
    • t
    • t_prev
    • dt
    • t_temp
    • tol
    • exact
    • precompute
    • precompute_flag
    • F
    • phi
    • grad_phi
    • Ks
    • xs
    • xs_prev
    • zs
    • y
    • temp_grad
    • temp_func
    • as
    • cs
    • As
    • Bs
    • temps
    • Ar
    • Av
    • oracle
    • prev_facet
    • prev_point
• Struct CountingWalkPolicy
  • CountingWalkPolicy
    • CountingWalkPolicy()
    • apply()
    • get_nump_PBSmall()
• Struct CrhmcRandomPointGenerator
  • CrhmcRandomPointGenerator
    • apply()
• Struct DikinWalk
  • DikinWalk
    • DikinWalk()
    • DikinWalk()
    • param
    • DikinWalk::parameters
      • parameters()
      • m_L
      • set_L
    • DikinWalk::Walk
      • Point
      • MT
      • VT
      • NT
      • Walk()
      • Walk()
      • apply()
• Struct DikinWalk::Walk
  • DikinWalk::Walk
    • Point
    • MT
    • VT
    • NT
    • Walk()
    • Walk()
    • apply()
• Struct DikinWalk::parameters
  • DikinWalk::parameters
    • parameters()
    • m_L
    • set_L
• Struct EulerODESolver
  • EulerODESolver
    • pts
    • bounds
    • VT
    • EulerODESolver()
    • step()
    • print_state()
    • steps()
    • get_state()
    • set_state()
    • disable_adaptive()
    • enable_adaptive()
    • dim
    • eta
    • t
    • Ar
    • Av
    • F
    • Ks
    • xs
    • xs_prev
    • x_prev_bound
    • prev_facet
• Struct ExponentialFunctor
  • ExponentialFunctor
    • ExponentialFunctor::FunctionFunctor
      • NT
      • FunctionFunctor()
      • operator()()
      • params
    • ExponentialFunctor::GradientFunctor
      • NT
      • pts
      • GradientFunctor()
      • operator()()
      • params
    • ExponentialFunctor::parameters
      • parameters()
      • parameters()
      • order
      • L
      • m
      • kappa
      • c
      • a
• Struct ExponentialFunctor::FunctionFunctor
  • ExponentialFunctor::FunctionFunctor
    • NT
    • FunctionFunctor()
    • operator()()
    • params
• Struct ExponentialFunctor::GradientFunctor
  • ExponentialFunctor::GradientFunctor
    • NT
    • pts
    • GradientFunctor()
    • operator()()
    • params
• Struct ExponentialFunctor::parameters
  • ExponentialFunctor::parameters
    • parameters()
    • parameters()
    • order
    • L
    • m
    • kappa
    • c
    • a
• Struct ExponentialHamiltonianMonteCarloExactWalk
  • ExponentialHamiltonianMonteCarloExactWalk
    • ExponentialHamiltonianMonteCarloExactWalk()
    • ExponentialHamiltonianMonteCarloExactWalk()
    • ExponentialHamiltonianMonteCarloExactWalk()
    • param
    • ExponentialHamiltonianMonteCarloExactWalk::parameters
      • parameters()
      • m_L
      • set_L
      • rho
      • set_rho
    • ExponentialHamiltonianMonteCarloExactWalk::Walk
      • Point
      • NT
      • MT
      • VT
      • Walk()
      • Walk()
      • apply()
      • get_starting_point()
      • parameters_burnin()
      • update_delta()
• Struct ExponentialHamiltonianMonteCarloExactWalk::Walk
  • ExponentialHamiltonianMonteCarloExactWalk::Walk
    • Point
    • NT
    • MT
    • VT
    • Walk()
    • Walk()
    • apply()
    • get_starting_point()
    • parameters_burnin()
    • update_delta()
• Struct ExponentialHamiltonianMonteCarloExactWalk::parameters
  • ExponentialHamiltonianMonteCarloExactWalk::parameters
    • parameters()
    • m_L
    • set_L
    • rho
    • set_rho
• Struct ExponentialRandomPointGenerator
  • ExponentialRandomPointGenerator
    • apply()
    • apply()
• Struct GaussianAcceleratedBilliardWalk
  • GaussianAcceleratedBilliardWalk
    • GaussianAcceleratedBilliardWalk()
    • GaussianAcceleratedBilliardWalk()
    • param
    • GaussianAcceleratedBilliardWalk::parameters
      • parameters()
      • m_L
      • set_L
    • GaussianAcceleratedBilliardWalk::update_parameters
      • update_parameters()
      • facet_prev
      • hit_ball
      • inner_vi_ak
      • ball_inner_norm
      • moved_dist
    • GaussianAcceleratedBilliardWalk::Walk
      • Point
      • MT
      • DenseMT
      • VT
      • NT
      • AA_type
      • AE_type
      • computeLcov()
      • Walk()
      • Walk()
      • apply()
      • SPARSE
• Struct GaussianAcceleratedBilliardWalk::Walk
  • GaussianAcceleratedBilliardWalk::Walk
    • Point
    • MT
    • DenseMT
    • VT
    • NT
    • AA_type
    • AE_type
    • computeLcov()
    • Walk()
    • Walk()
    • apply()
    • SPARSE
• Struct GaussianAcceleratedBilliardWalk::parameters
  • GaussianAcceleratedBilliardWalk::parameters
    • parameters()
    • m_L
    • set_L
• Struct GaussianAcceleratedBilliardWalk::update_parameters
  • GaussianAcceleratedBilliardWalk::update_parameters
    • update_parameters()
    • facet_prev
    • hit_ball
    • inner_vi_ak
    • ball_inner_norm
    • moved_dist
• Struct GaussianBallWalk
  • GaussianBallWalk
    • GaussianBallWalk()
    • GaussianBallWalk()
    • param
    • GaussianBallWalk::parameters
      • parameters()
      • m_L
      • set_delta
    • GaussianBallWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
      • update_delta()
      • compute_delta()
• Struct GaussianBallWalk::Walk
  • GaussianBallWalk::Walk
    • Point
    • NT
    • Walk()
    • Walk()
    • apply()
    • update_delta()
    • compute_delta()
• Struct GaussianBallWalk::parameters
  • GaussianBallWalk::parameters
    • parameters()
    • m_L
    • set_delta
• Struct GaussianCDHRWalk
  • GaussianCDHRWalk
    • param
    • GaussianCDHRWalk::parameters
    • GaussianCDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
• Struct GaussianCDHRWalk::Walk
  • GaussianCDHRWalk::Walk
    • Point
    • NT
    • Walk()
    • Walk()
    • apply()
• Struct GaussianCDHRWalk::parameters
  • GaussianCDHRWalk::parameters
• Struct GaussianCDHRWalk_multithread
  • GaussianCDHRWalk_multithread
    • GaussianCDHRWalk_multithread::thread_parameters
      • thread_parameters()
      • p
      • p_prev
      • rand_coord_prev
      • rand_coord
      • lambdas
    • GaussianCDHRWalk_multithread::Walk
      • Point
      • NT
      • thread_parameters_
      • Walk()
      • Walk()
      • apply()
• Struct GaussianCDHRWalk_multithread::Walk
  • GaussianCDHRWalk_multithread::Walk
    • Point
    • NT
    • thread_parameters_
    • Walk()
    • Walk()
    • apply()
• Struct GaussianCDHRWalk_multithread::thread_parameters
  • GaussianCDHRWalk_multithread::thread_parameters
    • thread_parameters()
    • p
    • p_prev
    • rand_coord_prev
    • rand_coord
    • lambdas
• Struct GaussianFunctor
  • GaussianFunctor
    • GaussianFunctor::FunctionFunctor
      • NT
      • FunctionFunctor()
      • operator()()
      • params
    • GaussianFunctor::GradientFunctor
      • NT
      • pts
      • GradientFunctor()
      • operator()()
      • operator()()
      • params
    • GaussianFunctor::HessianFunctor
      • NT
      • HessianFunctor()
      • operator()()
      • params
    • GaussianFunctor::parameters
      • parameters()
      • x0
      • a
      • eta
      • order
      • L
      • m
      • kappa
• Struct GaussianFunctor::FunctionFunctor
  • GaussianFunctor::FunctionFunctor
    • NT
    • FunctionFunctor()
    • operator()()
    • params
• Struct GaussianFunctor::GradientFunctor
  • GaussianFunctor::GradientFunctor
    • NT
    • pts
    • GradientFunctor()
    • operator()()
    • operator()()
    • params
• Struct GaussianFunctor::HessianFunctor
  • GaussianFunctor::HessianFunctor
    • NT
    • HessianFunctor()
    • operator()()
    • params
• Struct GaussianFunctor::parameters
  • GaussianFunctor::parameters
    • parameters()
    • x0
    • a
    • eta
    • order
    • L
    • m
    • kappa
• Struct GaussianHamiltonianMonteCarloExactWalk
  • GaussianHamiltonianMonteCarloExactWalk
    • GaussianHamiltonianMonteCarloExactWalk()
    • GaussianHamiltonianMonteCarloExactWalk()
    • GaussianHamiltonianMonteCarloExactWalk()
    • param
    • GaussianHamiltonianMonteCarloExactWalk::parameters
      • parameters()
      • m_L
      • set_L
      • rho
      • set_rho
    • GaussianHamiltonianMonteCarloExactWalk::Walk
      • Point
      • NT
      • VT
      • MT
      • Walk()
      • Walk()
      • apply()
      • get_starting_point()
      • parameters_burnin()
      • update_delta()
• Struct GaussianHamiltonianMonteCarloExactWalk::Walk
  • GaussianHamiltonianMonteCarloExactWalk::Walk
    • Point
    • NT
    • VT
    • MT
    • Walk()
    • Walk()
    • apply()
    • get_starting_point()
    • parameters_burnin()
    • update_delta()
• Struct GaussianHamiltonianMonteCarloExactWalk::parameters
  • GaussianHamiltonianMonteCarloExactWalk::parameters
    • parameters()
    • m_L
    • set_L
    • rho
    • set_rho
• Struct GaussianPointGeneratorMultiThread
  • GaussianPointGeneratorMultiThread
    • apply()
    • apply()
• Struct GaussianRDHRWalk
  • GaussianRDHRWalk
    • param
    • GaussianRDHRWalk::parameters
    • GaussianRDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
• Struct GaussianRDHRWalk::Walk
  • GaussianRDHRWalk::Walk
    • Point
    • NT
    • Walk()
    • Walk()
    • apply()
• Struct GaussianRDHRWalk::parameters
  • GaussianRDHRWalk::parameters
• Struct GaussianRDHRWalk_multithread
  • GaussianRDHRWalk_multithread
    • GaussianRDHRWalk_multithread::thread_parameters
      • thread_parameters()
      • p
      • v
    • GaussianRDHRWalk_multithread::Walk
      • Point
      • NT
      • thread_parameters_
      • Walk()
      • Walk()
      • apply()
• Struct GaussianRDHRWalk_multithread::Walk
  • GaussianRDHRWalk_multithread::Walk
    • Point
    • NT
    • thread_parameters_
    • Walk()
    • Walk()
    • apply()
• Struct GaussianRDHRWalk_multithread::thread_parameters
  • GaussianRDHRWalk_multithread::thread_parameters
    • thread_parameters()
    • p
    • v
• Struct GaussianRandomPointGenerator
  • GaussianRandomPointGenerator
    • apply()
    • apply()
• Struct GeneralizedLeapfrogODESolver
  • GeneralizedLeapfrogODESolver
    • pts
    • MT
    • bounds
    • VT
    • GeneralizedLeapfrogODESolver()
    • initialize()
    • disable_adaptive()
    • enable_adaptive()
    • step()
    • print_state()
    • steps()
    • get_state()
    • set_state()
    • dim
    • lambda_prev
    • eta
    • eta0
    • t
    • dl
    • F
    • Ks
    • xs
    • xs_prev
    • _AA
    • pbpair
    • num_reflections
    • num_steps
    • adaptive
• Struct GetDirection
  • GetDirection
    • NT
    • apply()
• Struct GetDirection< CorreMatrix< NT > >
  • GetDirection< CorreMatrix< NT > >
    • apply()
• Struct GetGaussianDirection
  • GetGaussianDirection
    • NT
    • VT
    • apply()
• Struct GetPointInDellipsoid
  • GetPointInDellipsoid
    • NT
    • apply()
• Struct GetPointInDsphere
  • GetPointInDsphere
    • apply()
• Struct GetPointOnDellipsoid
  • GetPointOnDellipsoid
    • NT
    • VT
    • apply()
• Struct GetPointOnDsphere
  • GetPointOnDsphere
    • apply()
• Struct HamiltonianMonteCarloWalk
  • HamiltonianMonteCarloWalk
    • HamiltonianMonteCarloWalk::parameters
      • parameters()
      • epsilon
      • eta
    • HamiltonianMonteCarloWalk::Walk
      • pts
      • NT
      • bounds
      • Walk()
      • apply()
      • hamiltonian()
      • disable_adaptive()
      • enable_adaptive()
      • params
      • solver
      • dim
      • total_discarded_samples
      • num_runs
      • discard_ratio
      • total_acceptance_log_prob
      • average_acceptance_log_prob
      • x
      • v
      • x_tilde
      • v_tilde
      • F
      • accepted
      • H
      • H_tilde
      • log_prob
      • u_logprob
      • f
• Struct HamiltonianMonteCarloWalk::Walk
  • HamiltonianMonteCarloWalk::Walk
    • pts
    • NT
    • bounds
    • Walk()
    • apply()
    • hamiltonian()
    • disable_adaptive()
    • enable_adaptive()
    • params
    • solver
    • dim
    • total_discarded_samples
    • num_runs
    • discard_ratio
    • total_acceptance_log_prob
    • average_acceptance_log_prob
    • x
    • v
    • x_tilde
    • v_tilde
    • F
    • accepted
    • H
    • H_tilde
    • log_prob
    • u_logprob
    • f
• Struct HamiltonianMonteCarloWalk::parameters
  • HamiltonianMonteCarloWalk::parameters
    • parameters()
    • epsilon
    • eta
• Struct ImplicitMidpointODESolver
  • ImplicitMidpointODESolver
    • VT
    • MT
    • pts
    • hamiltonian
    • Opts
    • ImplicitMidpointODESolver()
    • step()
    • steps()
    • get_state()
    • set_state()
    • print_state()
    • get_eta()
    • dim
    • eta
    • num_steps
    • t
    • xs
    • xs_prev
    • F
    • P
    • options
    • nu
    • num_runs
    • ham
    • done
• Struct IntegralCollocationODESolver
  • IntegralCollocationODESolver
    • pts
    • ptsv
    • MT
    • VT
    • MTs
    • bounds
    • coeffs
    • boost_vector
    • chebyshev_transform_boost
    • IntegralCollocationODESolver()
    • order()
    • initialize_matrices()
    • initialize_fixed_point()
    • step()
    • print_state()
    • steps()
    • get_state()
    • set_state()
    • dim
    • eta
    • t
    • t_prev
    • dt
    • temp_node
    • a
    • b
    • tol
    • F
    • Ks
    • xs
    • xs_prev
    • X_temp
    • y
    • cs
    • Ar
    • Av
    • X_op
    • nodes
    • A_phi
    • X0
    • X
    • X_prev
    • F_op
    • _order
    • lagrange_poly
    • prev_facet
    • prev_point
• Struct IpoptHPolyoracle
  • IpoptHPolyoracle
    • MT
    • VT
    • NT
    • Point
    • apply()
• Struct IpoptVPolyoracle
  • IpoptVPolyoracle
    • MT
    • VT
    • NT
    • Point
    • apply()
• Struct IsotropicLinearFunctor
  • IsotropicLinearFunctor
    • IsotropicLinearFunctor::FunctionFunctor
      • NT
      • FunctionFunctor()
      • operator()()
      • params
    • IsotropicLinearFunctor::GradientFunctor
      • NT
      • pts
      • GradientFunctor()
      • operator()()
      • params
    • IsotropicLinearFunctor::parameters
      • parameters()
      • parameters()
      • alpha
      • order
      • L
      • m
      • kappa
• Struct IsotropicLinearFunctor::FunctionFunctor
  • IsotropicLinearFunctor::FunctionFunctor
    • NT
    • FunctionFunctor()
    • operator()()
    • params
• Struct IsotropicLinearFunctor::GradientFunctor
  • IsotropicLinearFunctor::GradientFunctor
    • NT
    • pts
    • GradientFunctor()
    • operator()()
    • params
• Struct IsotropicLinearFunctor::parameters
  • IsotropicLinearFunctor::parameters
    • parameters()
    • parameters()
    • alpha
    • order
    • L
    • m
    • kappa
• Struct IsotropicQuadraticFunctor
  • IsotropicQuadraticFunctor
    • IsotropicQuadraticFunctor::FunctionFunctor
      • NT
      • FunctionFunctor()
      • operator()()
      • params
    • IsotropicQuadraticFunctor::GradientFunctor
      • NT
      • pts
      • GradientFunctor()
      • operator()()
      • operator()()
      • params
    • IsotropicQuadraticFunctor::parameters
      • parameters()
      • parameters()
      • alpha
      • order
      • L
      • m
      • kappa
• Struct IsotropicQuadraticFunctor::FunctionFunctor
  • IsotropicQuadraticFunctor::FunctionFunctor
    • NT
    • FunctionFunctor()
    • operator()()
    • params
• Struct IsotropicQuadraticFunctor::GradientFunctor
  • IsotropicQuadraticFunctor::GradientFunctor
    • NT
    • pts
    • GradientFunctor()
    • operator()()
    • operator()()
    • params
• Struct IsotropicQuadraticFunctor::parameters
  • IsotropicQuadraticFunctor::parameters
    • parameters()
    • parameters()
    • alpha
    • order
    • L
    • m
    • kappa
• Struct JohnWalk
  • JohnWalk
    • JohnWalk()
    • JohnWalk()
    • param
    • JohnWalk::parameters
      • parameters()
      • m_L
      • set_L
    • JohnWalk::Walk
      • Point
      • MT
      • VT
      • NT
      • Walk()
      • Walk()
      • apply()
• Struct JohnWalk::Walk
  • JohnWalk::Walk
    • Point
    • MT
    • VT
    • NT
    • Walk()
    • Walk()
    • apply()
• Struct JohnWalk::parameters
  • JohnWalk::parameters
    • parameters()
    • m_L
    • set_L
• Struct LagrangePolynomial
  • LagrangePolynomial
    • LagrangePolynomial()
    • order()
    • set_nodes()
    • set_basis()
    • set_coeffs()
    • operator()()
    • coeffs
    • nodes
    • basis
• Struct LeapfrogODESolver
  • LeapfrogODESolver
    • pts
    • MT
    • bounds
    • VT
    • LeapfrogODESolver()
    • initialize()
    • disable_adaptive()
    • enable_adaptive()
    • step()
    • print_state()
    • steps()
    • get_state()
    • set_state()
    • get_eta()
    • set_eta()
    • get_bounds()
    • _update_parameters
    • dim
    • Ar
    • Av
    • lambda_prev
    • eta
    • eta0
    • t
    • dl
    • F
    • Ks
    • xs
    • xs_prev
    • grad_x
    • _AA
    • pbpair
    • num_reflections
    • num_steps
    • adaptive
    • LeapfrogODESolver::update_parameters
      • update_parameters()
      • facet_prev
      • hit_ball
      • inner_vi_ak
      • ball_inner_norm
• Struct LeapfrogODESolver::update_parameters
  • LeapfrogODESolver::update_parameters
    • update_parameters()
    • facet_prev
    • hit_ball
    • inner_vi_ak
    • ball_inner_norm
• Struct LogarithmicBarrierAugmenter
  • LogarithmicBarrierAugmenter
    • LogarithmicBarrierAugmenter::LogarithmicBarrierGradient
      • Hpolytope
      • NT
      • LogarithmicBarrierGradient()
      • operator()()
      • f
      • P
      • enable
    • LogarithmicBarrierAugmenter::LogarithmicBarrierObjective
      • Hpolytope
      • NT
      • LogarithmicBarrierObjective()
      • operator()()
      • f
      • P
      • enable
• Struct LogarithmicBarrierAugmenter::LogarithmicBarrierGradient
  • LogarithmicBarrierAugmenter::LogarithmicBarrierGradient
    • Hpolytope
    • NT
    • LogarithmicBarrierGradient()
    • operator()()
    • f
    • P
    • enable
• Struct LogarithmicBarrierAugmenter::LogarithmicBarrierObjective
  • LogarithmicBarrierAugmenter::LogarithmicBarrierObjective
    • Hpolytope
    • NT
    • LogarithmicBarrierObjective()
    • operator()()
    • f
    • P
    • enable
• Struct LogconcaveRandomPointGenerator
  • LogconcaveRandomPointGenerator
    • apply()
• Struct MPSolveHPolyoracle
  • MPSolveHPolyoracle
    • MT
    • VT
    • NT
    • Point
    • apply()
• Struct MultivariateGaussianRandomPointGenerator
  • MultivariateGaussianRandomPointGenerator
    • apply()
    • apply()
• Struct NewtonRaphsonHPolyoracle
  • NewtonRaphsonHPolyoracle
    • MT
    • VT
    • NT
    • Point
    • apply()
• Struct NonSphericalGaussianFunctor
  • NonSphericalGaussianFunctor
    • NonSphericalGaussianFunctor::FunctionFunctor
      • NT
      • FunctionFunctor()
      • operator()()
      • params
    • NonSphericalGaussianFunctor::GradientFunctor
      • NT
      • pts
      • GradientFunctor()
      • operator()()
      • operator()()
      • params
    • NonSphericalGaussianFunctor::HessianFunctor
      • NT
      • HessianFunctor()
      • operator()()
      • params
    • NonSphericalGaussianFunctor::parameters
      • parameters()
      • x0
      • a
      • eta
      • order
      • L
      • m
      • kappa
      • inv_covariance_matrix
• Struct NonSphericalGaussianFunctor::FunctionFunctor
  • NonSphericalGaussianFunctor::FunctionFunctor
    • NT
    • FunctionFunctor()
    • operator()()
    • params
• Struct NonSphericalGaussianFunctor::GradientFunctor
  • NonSphericalGaussianFunctor::GradientFunctor
    • NT
    • pts
    • GradientFunctor()
    • operator()()
    • operator()()
    • params
• Struct NonSphericalGaussianFunctor::HessianFunctor
  • NonSphericalGaussianFunctor::HessianFunctor
    • NT
    • HessianFunctor()
    • operator()()
    • params
• Struct NonSphericalGaussianFunctor::parameters
  • NonSphericalGaussianFunctor::parameters
    • parameters()
    • x0
    • a
    • eta
    • order
    • L
    • m
    • kappa
    • inv_covariance_matrix
• Struct NutsHamiltonianMonteCarloWalk
  • NutsHamiltonianMonteCarloWalk
    • NutsHamiltonianMonteCarloWalk::parameters
      • parameters()
      • epsilon
      • eta
    • NutsHamiltonianMonteCarloWalk::Walk
      • pts
      • NT
      • bounds
      • Walk()
      • burnin()
      • apply()
      • hamiltonian()
      • get_eta_solver()
      • disable_adaptive()
      • enable_adaptive()
      • reset_num_runs()
      • get_ratio_acceptance()
      • params
      • solver
      • dim
      • num_runs
      • total_acceptance
      • average_acceptance
      • x
      • v
      • v_pl
      • v_min
      • v_min_j
      • v_pl_j
      • X_pl
      • X_pl_j
      • X_min
      • X
      • X_rnd_j
      • X_min_j
      • x_pl_min
      • F
      • accepted
      • eps_step
      • mu
      • log_tilde_eps
      • H_tilde
      • alpha
      • na
      • delta
      • Delta_max
      • gamma
      • t0
      • kk
      • f
• Struct NutsHamiltonianMonteCarloWalk::Walk
  • NutsHamiltonianMonteCarloWalk::Walk
    • pts
    • NT
    • bounds
    • Walk()
    • burnin()
    • apply()
    • hamiltonian()
    • get_eta_solver()
    • disable_adaptive()
    • enable_adaptive()
    • reset_num_runs()
    • get_ratio_acceptance()
    • params
    • solver
    • dim
    • num_runs
    • total_acceptance
    • average_acceptance
    • x
    • v
    • v_pl
    • v_min
    • v_min_j
    • v_pl_j
    • X_pl
    • X_pl_j
    • X_min
    • X
    • X_rnd_j
    • X_min_j
    • x_pl_min
    • F
    • accepted
    • eps_step
    • mu
    • log_tilde_eps
    • H_tilde
    • alpha
    • na
    • delta
    • Delta_max
    • gamma
    • t0
    • kk
    • f
• Struct NutsHamiltonianMonteCarloWalk::parameters
  • NutsHamiltonianMonteCarloWalk::parameters
    • parameters()
    • epsilon
    • eta
• Struct OptimizationFunctor
  • OptimizationFunctor
    • OptimizationFunctor::FunctionFunctor
      • NT
      • FunctionFunctor()
      • operator()()
      • params
    • OptimizationFunctor::GradientFunctor
      • NT
      • pts
      • GradientFunctor()
      • operator()()
      • params
    • OptimizationFunctor::parameters
      • parameters()
      • update_temperature()
      • T
      • dim
      • f
      • neg_grad_f
      • L
      • m
      • kappa
      • order
• Struct OptimizationFunctor::FunctionFunctor
  • OptimizationFunctor::FunctionFunctor
    • NT
    • FunctionFunctor()
    • operator()()
    • params
• Struct OptimizationFunctor::GradientFunctor
  • OptimizationFunctor::GradientFunctor
    • NT
    • pts
    • GradientFunctor()
    • operator()()
    • params
• Struct OptimizationFunctor::parameters
  • OptimizationFunctor::parameters
    • parameters()
    • update_temperature()
    • T
    • dim
    • f
    • neg_grad_f
    • L
    • m
    • kappa
    • order
• Struct Polynomial
  • Polynomial
    • Polynomial()
    • operator()()
    • basis_type
    • basis
    • coeffs
    • result
    • ord
    • convolve()
    • multi_convolve()
• Struct PolynomialBasis
  • PolynomialBasis
    • PolynomialBasis()
    • operator()()
    • basis_type
• Struct PrecomputationOfValues
  • PrecomputationOfValues
    • resetFlags()
    • set_mat_size()
    • computed_A
    • computed_C
    • computed_XY
    • A
    • B
    • C
    • X
    • Y
    • eigenvector
• Struct Precompute
  • Precompute
    • resetFlags()
    • set_mat_size()
    • computed_A
    • computed_B
    • A
    • B
    • eigenvector
• Struct PushBackWalkPolicy
  • PushBackWalkPolicy
    • apply()
• Struct RDHRWalk
  • RDHRWalk
    • param
    • RDHRWalk::parameters
    • RDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
• Struct RDHRWalk::Walk
  • RDHRWalk::Walk
    • Point
    • NT
    • Walk()
    • Walk()
    • apply()
• Struct RDHRWalk::parameters
  • RDHRWalk::parameters
• Struct RDHRWalk_multithread
  • RDHRWalk_multithread
    • RDHRWalk_multithread::thread_parameters
      • thread_parameters()
      • p
      • v
      • lambda_prev
      • lambdas
      • Av
    • RDHRWalk_multithread::Walk
      • Point
      • NT
      • thread_parameters_
      • Walk()
      • apply()
• Struct RDHRWalk_multithread::Walk
  • RDHRWalk_multithread::Walk
    • Point
    • NT
    • thread_parameters_
    • Walk()
    • apply()
• Struct RDHRWalk_multithread::thread_parameters
  • RDHRWalk_multithread::thread_parameters
    • thread_parameters()
    • p
    • v
    • lambda_prev
    • lambdas
    • Av
• Struct RKODESolver
  • RKODESolver
    • pts
    • ptsv
    • bounds
    • coeffs
    • scoeffs
    • VT
    • RKODESolver()
    • order()
    • step()
    • print_state()
    • steps()
    • get_state()
    • set_state()
    • dim
    • eta
    • t
    • t_prev
    • Ar
    • Av
    • F
    • Ks
    • xs
    • ks
    • y
    • x_prev_bound
    • prev_facet
    • as
    • cs
    • bs
• Struct RandomPointGenerator
  • RandomPointGenerator
    • apply()
    • apply()
• Struct RandomPointGeneratorMultiThread
  • RandomPointGeneratorMultiThread
    • apply()
    • apply()
• Struct RandomizedMipointSDESolver
  • RandomizedMipointSDESolver
    • pts
    • bounds
    • VT
    • MT
    • RandomizedMipointSDESolver()
    • step()
    • print_state()
    • steps()
    • get_state()
    • set_state()
    • calculate_Ws()
    • dim
    • Ar
    • Av
    • eta
    • t
    • u
    • F
    • Ks
    • xs
    • xs_prev
    • y
    • w
    • z
    • W1
    • W2
    • W3
    • Y
    • Z
    • C
    • L
    • D
    • M
    • pbpair
• Struct RationalFunctionBasis
  • RationalFunctionBasis
    • RationalFunctionBasis()
    • operator()()
    • p
    • q
    • grad_p
    • grad_q
    • reg
    • basis_type
    • num
    • den
    • grad_num
    • grad_den
• Struct RichardsonExtrapolationODESolver
  • RichardsonExtrapolationODESolver
    • pts
    • bounds
    • coeffs
    • scoeffs
    • ptsv
    • ptsm
    • VT
    • RichardsonExtrapolationODESolver()
    • initialize_solver()
    • step()
    • print_state()
    • steps()
    • get_state()
    • set_state()
    • dim
    • MAX_TRIES
    • eta
    • eta_temp
    • t
    • t_prev
    • tol
    • error
    • den
    • num
    • y
    • Ar
    • Av
    • solver
    • F
    • Ks
    • xs
    • xs_prev
    • A
    • flag
    • x_prev_bound
    • prev_facet
• Struct SimulatedAnnealingSettings
  • SimulatedAnnealingSettings
    • NT
    • SimulatedAnnealingSettings()
    • error
    • walkLength
    • maxNumSteps
    • k
• Struct UnderdampedLangevinWalk
  • UnderdampedLangevinWalk
    • UnderdampedLangevinWalk::parameters
      • parameters()
      • epsilon
      • eta
      • u
    • UnderdampedLangevinWalk::Walk
      • pts
      • NT
      • bounds
      • Solver
      • Walk()
      • apply()
      • hamiltonian()
      • disable_adaptive()
      • enable_adaptive()
      • params
      • solver
      • dim
      • x
      • v
      • x_tilde
      • v_tilde
      • F
      • f
      • H_tilde
      • H
      • log_prob
      • u_logprob
• Struct UnderdampedLangevinWalk::Walk
  • UnderdampedLangevinWalk::Walk
    • pts
    • NT
    • bounds
    • Solver
    • Walk()
    • apply()
    • hamiltonian()
    • disable_adaptive()
    • enable_adaptive()
    • params
    • solver
    • dim
    • x
    • v
    • x_tilde
    • v_tilde
    • F
    • f
    • H_tilde
    • H
    • log_prob
    • u_logprob
• Struct UnderdampedLangevinWalk::parameters
  • UnderdampedLangevinWalk::parameters
    • parameters()
    • epsilon
    • eta
    • u
• Struct VaidyaWalk
  • VaidyaWalk
    • VaidyaWalk()
    • VaidyaWalk()
    • param
    • VaidyaWalk::parameters
      • parameters()
      • m_L
      • set_L
    • VaidyaWalk::Walk
      • Point
      • MT
      • VT
      • NT
      • Walk()
      • Walk()
      • apply()
• Struct VaidyaWalk::Walk
  • VaidyaWalk::Walk
    • Point
    • MT
    • VT
    • NT
    • Walk()
    • Walk()
    • apply()
• Struct VaidyaWalk::parameters
  • VaidyaWalk::parameters
    • parameters()
    • m_L
    • set_L
• Struct ZeroFunctor
  • ZeroFunctor
    • Type
    • operator()()
    • params
    • ZeroFunctor::parameters
      • L
      • eta
• Struct ZeroFunctor::parameters
  • ZeroFunctor::parameters
    • L
    • eta
• Struct ZeroScalarFunctor
  • ZeroScalarFunctor
    • Type
    • operator()()
• Struct compute_diameter
  • compute_diameter
    • compute()
• Struct compute_diameter< BallIntersectPolytope< OrderPolytope< Point >, Ellipsoid< Point > > >
  • compute_diameter< BallIntersectPolytope< OrderPolytope< Point >, Ellipsoid< Point > > >
    • compute()
• Struct compute_diameter< BallIntersectPolytope< Polytope, Ball< Point > > >
  • compute_diameter< BallIntersectPolytope< Polytope, Ball< Point > > >
    • compute()
• Struct compute_diameter< CorrelationSpectrahedron< Point > >
  • compute_diameter< CorrelationSpectrahedron< Point > >
    • compute()
• Struct compute_diameter< CorrelationSpectrahedron_MT< Point > >
  • compute_diameter< CorrelationSpectrahedron_MT< Point > >
    • compute()
• Struct compute_diameter< HPolytope< Point, MT > >
  • compute_diameter< HPolytope< Point, MT > >
    • compute()
• Struct compute_diameter< IntersectionOfVpoly< VPolytope< Point >, RandomNumberGenerator > >
  • compute_diameter< IntersectionOfVpoly< VPolytope< Point >, RandomNumberGenerator > >
    • compute()
• Struct compute_diameter< OrderPolytope< Point > >
  • compute_diameter< OrderPolytope< Point > >
    • compute()
• Struct compute_diameter< Spectrahedron< Point > >
  • compute_diameter< Spectrahedron< Point > >
    • compute()
• Struct compute_diameter< VPolytope< Point > >
  • compute_diameter< VPolytope< Point > >
    • compute()
• Struct compute_diameter< ZonoIntersectHPoly< Zonotope< Point >, HPolytope< Point > > >
  • compute_diameter< ZonoIntersectHPoly< Zonotope< Point >, HPolytope< Point > > >
    • compute()
• Struct compute_diameter< Zonotope< Point > >
  • compute_diameter< Zonotope< Point > >
    • compute()
• Struct cooling_ball_parameters
  • cooling_ball_parameters
    • cooling_ball_parameters()
    • lb
    • ub
    • p
    • rmax
    • alpha
    • win_len
    • N
    • nu
    • window2
• Struct estimate_ratio_interval_parameters
  • estimate_ratio_interval_parameters
    • estimate_ratio_interval_parameters()
    • mean
    • sum_sq
    • sum
    • s
    • max_iterations_estimation
    • W
    • index
    • tot_count
    • count_in
    • iter
    • last_W
• Struct estimate_ratio_parameters
  • estimate_ratio_parameters
    • estimate_ratio_parameters()
    • min_val
    • max_val
    • max_iterations_estimation
    • min_index
    • max_index
    • W
    • index
    • tot_count
    • count_in
    • iter
    • last_W
    • minmaxIt
• Struct evaluate_lmi
  • evaluate_lmi
• Struct evaluate_lmi< Eigen::Matrix< NT, Eigen::Dynamic, Eigen::Dynamic > >
  • evaluate_lmi< Eigen::Matrix< NT, Eigen::Dynamic, Eigen::Dynamic > >
    • MT
    • VT
    • setVectorMatrix()
    • evaluateWithoutA0()
    • vectorMatrix
    • _m
    • _d
• Struct gaussian_annealing_parameters
  • gaussian_annealing_parameters
    • gaussian_annealing_parameters()
    • frac
    • ratio
    • C
    • N
    • W
• Struct lambda_as_visitor_wrapper
  • lambda_as_visitor_wrapper
    • lambda_as_visitor_wrapper()
    • init()
• Struct matplotlibcpp::detail::_interpreter
  • matplotlibcpp::detail::_interpreter
    • safe_import()
    • s_python_function_show
    • s_python_function_close
    • s_python_function_draw
    • s_python_function_pause
    • s_python_function_save
    • s_python_function_figure
    • s_python_function_fignum_exists
    • s_python_function_plot
    • s_python_function_quiver
    • s_python_function_semilogx
    • s_python_function_semilogy
    • s_python_function_loglog
    • s_python_function_fill
    • s_python_function_fill_between
    • s_python_function_hist
    • s_python_function_imshow
    • s_python_function_scatter
    • s_python_function_boxplot
    • s_python_function_subplot
    • s_python_function_subplot2grid
    • s_python_function_legend
    • s_python_function_xlim
    • s_python_function_ion
    • s_python_function_ginput
    • s_python_function_ylim
    • s_python_function_title
    • s_python_function_axis
    • s_python_function_axvline
    • s_python_function_xlabel
    • s_python_function_ylabel
    • s_python_function_gca
    • s_python_function_xticks
    • s_python_function_yticks
    • s_python_function_tick_params
    • s_python_function_grid
    • s_python_function_clf
    • s_python_function_errorbar
    • s_python_function_annotate
    • s_python_function_tight_layout
    • s_python_colormap
    • s_python_empty_tuple
    • s_python_function_stem
    • s_python_function_xkcd
    • s_python_function_text
    • s_python_function_suptitle
    • s_python_function_bar
    • s_python_function_colorbar
    • s_python_function_subplots_adjust
    • get()
• Struct matplotlibcpp::detail::is_callable
  • matplotlibcpp::detail::is_callable
    • type
• Struct matplotlibcpp::detail::is_callable_impl
  • matplotlibcpp::detail::is_callable_impl
• Struct matplotlibcpp::detail::is_callable_impl< false, T >
  • matplotlibcpp::detail::is_callable_impl< false, T >
    • type
• Struct matplotlibcpp::detail::is_callable_impl< true, T >
  • matplotlibcpp::detail::is_callable_impl< true, T >
    • test()
    • test()
    • value
    • matplotlibcpp::detail::is_callable_impl< true, T >::Check
    • matplotlibcpp::detail::is_callable_impl< true, T >::Derived
    • matplotlibcpp::detail::is_callable_impl< true, T >::Fallback
      • operator()()
• Struct matplotlibcpp::detail::is_callable_impl< true, T >::Check
  • matplotlibcpp::detail::is_callable_impl< true, T >::Check
• Struct matplotlibcpp::detail::is_callable_impl< true, T >::Derived
  • matplotlibcpp::detail::is_callable_impl< true, T >::Derived
• Struct matplotlibcpp::detail::is_callable_impl< true, T >::Fallback
  • matplotlibcpp::detail::is_callable_impl< true, T >::Fallback
    • operator()()
• Struct matplotlibcpp::detail::plot_impl
  • matplotlibcpp::detail::plot_impl
• Struct matplotlibcpp::detail::plot_impl< std::false_type >
  • matplotlibcpp::detail::plot_impl< std::false_type >
    • operator()()
• Struct matplotlibcpp::detail::plot_impl< std::true_type >
  • matplotlibcpp::detail::plot_impl< std::true_type >
    • operator()()
• Struct matplotlibcpp::detail::select_npy_type
  • matplotlibcpp::detail::select_npy_type
    • type
• Struct matplotlibcpp::detail::select_npy_type< bool >
  • matplotlibcpp::detail::select_npy_type< bool >
    • type
• Struct matplotlibcpp::detail::select_npy_type< double >
  • matplotlibcpp::detail::select_npy_type< double >
    • type
• Struct matplotlibcpp::detail::select_npy_type< float >
  • matplotlibcpp::detail::select_npy_type< float >
    • type
• Struct matplotlibcpp::detail::select_npy_type< int16_t >
  • matplotlibcpp::detail::select_npy_type< int16_t >
    • type
• Struct matplotlibcpp::detail::select_npy_type< int32_t >
  • matplotlibcpp::detail::select_npy_type< int32_t >
    • type
• Struct matplotlibcpp::detail::select_npy_type< int64_t >
  • matplotlibcpp::detail::select_npy_type< int64_t >
    • type
• Struct matplotlibcpp::detail::select_npy_type< int8_t >
  • matplotlibcpp::detail::select_npy_type< int8_t >
    • type
• Struct matplotlibcpp::detail::select_npy_type< uint16_t >
  • matplotlibcpp::detail::select_npy_type< uint16_t >
    • type
• Struct matplotlibcpp::detail::select_npy_type< uint32_t >
  • matplotlibcpp::detail::select_npy_type< uint32_t >
    • type
• Struct matplotlibcpp::detail::select_npy_type< uint64_t >
  • matplotlibcpp::detail::select_npy_type< uint64_t >
    • type
• Struct matplotlibcpp::detail::select_npy_type< uint8_t >
  • matplotlibcpp::detail::select_npy_type< uint8_t >
    • type
• Struct non_gaussian_annealing_parameters
  • non_gaussian_annealing_parameters
    • non_gaussian_annealing_parameters()
    • frac
    • ratio
    • C
    • N
    • W
• Struct policy_storing
  • policy_storing
    • store()
• Struct policy_storing< BCDHRWalk_multithread >
  • policy_storing< BCDHRWalk_multithread >
• Struct policy_storing< BRDHRWalk_multithread >
  • policy_storing< BRDHRWalk_multithread >
    • store()
• Struct update_delta
  • update_delta
    • apply()
• Struct update_delta< GaussianBallWalk::Walk< Polytope, RandomNumberGenerator > >
  • update_delta< GaussianBallWalk::Walk< Polytope, RandomNumberGenerator > >
    • apply()