File list

• File DenseProductMatrix.h
  • PARTIAL_LU_DECOMPOSITION
• File DualSOSConeStandardBarrier.h
  • DualSOSConeStandardBarrier
    • DualSOSConeStandardBarrier()
    • DualSOSConeStandardBarrier()
    • gradient()
    • hessian()
    • in_interior()
    • concordance_parameter()
    • initialize_x()
    • initialize_s()
    • Lambda()
    • LHSCB
    • Vector
    • Matrix
    • _max_polynomial_degree
• File DualSOSConeStandardBarrier.hpp
• File EigenDenseMatrix.h
  • EigenDenseMatrix
    • MT
    • VT
    • nrows()
    • ncols()
    • rows()
    • cols()
    • MultMv()
    • perform_op()
    • EigenDenseMatrix()
    • M
    • n
    • m
• File EigenvaluesProblems.h
  • SPECTRA_EIGENVALUES_SOLVER
  • EigenvaluesProblems
  • EigenvaluesProblems< NT, Eigen::Matrix< NT, Eigen::Dynamic, Eigen::Dynamic >, Eigen::Matrix< NT, Eigen::Dynamic, 1 > >
    • MT
    • VT
    • CVT
    • NTpair
    • findSymEigenvalue()
    • symGeneralizedProblem()
    • minPosLinearEigenvalue()
    • minPosGeneralizedEigenvalue()
    • minPosLinearEigenvalue()
    • linearization()
    • minPosQuadraticEigenvalue()
    • isPositiveSemidefinite()
    • is_correlation_matrix()
    • minPosLinearEigenvalue_EigenSymSolver()
• File FullSpaceBarrier.h
  • FullSpaceBarrier
    • FullSpaceBarrier()
    • LHSCB
    • Vector
    • Matrix
    • gradient()
    • hessian()
    • inverse_hessian()
    • in_interior()
    • llt_solve()
    • llt_L_solve()
    • concordance_parameter()
    • initialize_x()
    • initialize_s()
• File FullSpaceBarrier.hpp
• File InterpolantDualSOSBarrier.h
  • InterpolantDualSOSBarrier
    • InterpolantDualSOSBarrier()
    • InterpolantDualSOSBarrier()
    • InterpolantDualSOSBarrier()
    • cast()
    • update_gradient_hessian_LLT()
    • gradient()
    • hessian()
    • llt()
    • inverse_hessian()
    • in_interior()
    • concordance_parameter()
    • initialize_x()
    • initialize_s()
    • get_basis()
    • get_P()
    • configure()
    • _max_polynomial_degree
    • _num_variable_symbols
    • _unisolvent_basis
    • _intermediate_matrix
    • _preintermediate_matrix
    • _intermediate_LLT
    • _Q
    • _V
    • _L
    • _U
    • _g
    • _g_g_transpose
    • _P
    • use_low_rank_updates
    • LHSCB
    • Vector
    • Matrix
    • compute_V_transpose_V()
    • construct_univariate()
    • construct_bivariate()
    • construct_multivariate()
• File InterpolantDualSOSBarrier.hpp
• File LHSCB.h
  • LHSCB
    • LHSCB()
    • cast_members_from()
    • cast()
    • ~LHSCB()
    • gradient()
    • hessian()
    • llt()
    • llt_solve()
    • llt_L_solve()
    • find_gradient()
    • find_hessian()
    • find_LLT()
    • inverse_hessian()
    • in_interior()
    • concordance_parameter()
    • initialize_x()
    • initialize_s()
    • initialize_x()
    • initialize_s()
    • getNumVariables()
    • _in_interior_timer
    • _custom_timers
    • _num_variables
    • _stored_gradients
    • _stored_hessians
    • _stored_LLT
    • _stored_intermediate_LLT
    • Vector
    • Matrix
• File LHSCB.hpp
• File LMI.h
  • evaluate_lmi
  • evaluate_lmi< Eigen::Matrix< NT, Eigen::Dynamic, Eigen::Dynamic > >
    • MT
    • VT
    • setVectorMatrix()
    • evaluateWithoutA0()
    • vectorMatrix
    • _m
    • _d
  • LMI
    • LMI()
    • LMI()
    • dimension()
    • getMatrices()
    • sizeOfMatrices()
    • evaluate()
    • evaluateWithoutA0()
    • normalizedDeterminantGradient()
    • getMatrix()
    • get_A0()
    • set_A0()
    • print()
    • isNegativeSemidefinite()
    • isNegativeSemidefinite()
    • lmi_evaluator
    • matrices
    • d
    • m
    • vectorMatrix
• File LPStandardBarrier.h
  • LPStandardBarrier
    • LPStandardBarrier()
    • LPStandardBarrier()
    • gradient()
    • hessian()
    • inverse_hessian()
    • in_interior()
    • concordance_parameter()
    • initialize_x()
    • initialize_s()
    • LHSCB
    • Vector
    • Matrix
• File LPStandardBarrier.hpp
• File NonSymmetricIPM.h
  • Instance
    • constraints
    • barrier
  • DirectionDecomposition
    • DirectionDecomposition()
    • y
    • x
    • s
    • kappa
    • tau
    • operator<<
  • ErrorConstants
    • ErrorConstants()
    • ErrorConstants()
    • set()
    • primal
    • dual
    • complementary
  • NonSymmetricIPM
    • Termination
      • SUCCESS
      • FAILURE
    • NonSymmetricIPM()
    • NonSymmetricIPM()
    • NonSymmetricIPM()
    • cast_members_from()
    • cast_with_product_barrier()
    • calc_step_length_predictor()
    • run_solver()
    • primal_error()
    • dual_error()
    • primal_error_rescaled()
    • dual_error_rescaled()
    • duality_gap()
    • complementarity()
    • verify_solution()
    • get_solution()
    • initialize()
    • _logger
    • _benchmark_logger
    • A
    • b
    • c
    • A_sparse
    • _basis_ker_A
    • x
    • y
    • s
    • _config
    • _num_predictor_steps
    • _num_corrector_steps
    • _param_step_length_predictor
    • _step_length_predictor
    • _step_length_corrector
    • _epsilon
    • _total_num_line_steps
    • _large_neighborhood
    • _small_neighborhood
    • _check_centrality_in_every_segment
    • _type_cast_if_unsuccessful
    • _use_line_search
    • kappa
    • tau
    • _last_predictor_direction
    • _err_consts
    • Matrix
    • Vector
    • set_configuration_variables()
    • terminate()
    • terminate_successfully_wrapper()
    • terminate_successfully()
    • terminate_infeasible_wrapper()
    • terminate_infeasible()
    • mu()
    • psi()
    • solve_andersen_andersen_subsystem()
    • andersen_andersen_solve()
    • solve()
    • create_predictor_RHS()
    • create_corrector_RHS()
    • solve_predictor_system()
    • solve_corrector_system()
    • centrality()
    • print_status()
    • apply_update()
    • build_update_vector()
    • test_gradient()
    • test_hessian()
    • _predictor_timer
    • _corrector_timer
    • _andersen_sys_timer
    • _centrality_timer
    • _custom_timers
    • _general_method_timer
    • _total_runtime_timer
    • _stored_x_centrality
    • _stored_s_centrality
    • _stored_centrality_error
    • _barrier
• File NonSymmetricIPM.hpp
  • operator<<()
  • calc_new_alpha()
• File ProductBarrier.h
  • ProductBarrier
    • ProductBarrier()
    • ProductBarrier()
    • cast()
    • add_barrier()
    • gradient()
    • hessian()
    • in_interior()
    • concordance_parameter()
    • initialize_x()
    • initialize_s()
    • llt()
    • llt_solve()
    • llt_L_solve()
    • inverse_hessian()
    • update_segments()
    • get_segments()
    • evaluate()
    • evaluate()
    • evaluate()
    • get_barriers()
    • _barriers
    • _segments
    • _num_vars_per_barrier
    • _num_threads
    • Vector
    • Matrix
    • VectorFunc
    • MatrixFunc
    • VoidFunc
• File ProductBarrier.hpp
• File SDPAFormatManager.h
  • SdpaFormatManager
    • loadSDPAFormatFile()
    • writeSDPAFormatFile()
    • loadSDPAFormatFile()
    • writeSDPAFormatFile()
    • string_it
    • listVector
    • MT
    • VT
    • consumeSymbol()
    • isCommentLine()
    • fetchNumber()
    • readVector()
• File SumBarrier.h
  • SumBarrier
    • SumBarrier()
    • SumBarrier()
    • cast()
    • add_barrier()
    • gradient()
    • hessian()
    • in_interior()
    • concordance_parameter()
    • initialize_x()
    • initialize_s()
    • get_barriers()
    • Vector
    • Matrix
    • _barriers
• File SumBarrier.hpp
• File ZeroSpaceBarrier.h
  • ZeroSpaceBarrier
    • ZeroSpaceBarrier()
    • LHSCB
    • Vector
    • Matrix
    • gradient()
    • hessian()
    • inverse_hessian()
    • in_interior()
    • concordance_parameter()
    • initialize_x()
    • initialize_s()
• File ZeroSpaceBarrier.hpp
• File accelerated_billiard_walk_utils.hpp
  • eps
  • BoundaryOracleHeap
    • BoundaryOracleHeap()
    • BoundaryOracleHeap()
    • rebuild()
    • get_val()
    • get_min()
    • change_val()
    • n
    • heap_size
    • heap
    • vec
    • siftDown()
    • siftUp()
    • remove()
    • insert()
• File analytic_center.h
  • SIMD_LEN
  • analytic_center()
  • chol_k2
• File auto_tuner.hpp
  • auto_tuner
    • auto_tuner()
    • updateModules()
    • options
    • tune_weights
    • tune_regularization
    • tune_step_size
    • weight_tuner
    • regularizion_tuner
    • step_size_tuner
    • Opts
• File autopoint.h
  • operator*()
  • operator*()
  • autopoint
    • iter
    • FT
    • coeff
    • Coeff
    • autopoint()
    • autopoint()
    • autopoint()
    • operator()()
    • autopoint()
    • autopoint()
    • autopoint()
    • add()
    • getCoefficients()
    • dimension()
    • set_dimension()
    • set_coord()
    • set_coeffs()
    • set_to_origin()
    • operator[]()
    • pointerToData()
    • sum()
    • head()
    • tail()
    • pow()
    • log()
    • exp()
    • operator+=()
    • operator+=()
    • operator-=()
    • operator-=()
    • operator=()
    • operator=()
    • transpose()
    • operator+()
    • operator-()
    • operator-()
    • operator-()
    • operator*()
    • operator*()
    • operator*()
    • operator*()
    • operator*()
    • operator*=()
    • operator*=()
    • operator/=()
    • distance()
    • dot()
    • dot()
    • squared_length()
    • length()
    • print()
    • d
    • coeffs
    • all_ones()
• File ball.h
  • Ball
    • PointType
    • NT
    • viterator
    • VT
    • MT
    • Ball()
    • Ball()
    • InnerBall()
    • center()
    • squared_radius()
    • radius()
    • dimension()
    • is_in()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_intersect_coord()
    • line_intersect_coord()
    • line_intersect_coord()
    • num_of_hyperplanes()
    • compute_reflection()
    • compute_reflection()
    • c
    • R
• File ballintersectconvex.h
  • BallIntersectPolytope
    • MT
    • VT
    • NT
    • PointType
    • BallIntersectPolytope()
    • BallIntersectPolytope()
    • first()
    • second()
    • InnerBall()
    • get_mat()
    • get_T()
    • get_vec()
    • is_normalized()
    • normalize()
    • is_in()
    • num_of_hyperplanes()
    • dimension()
    • radius()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_first_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_intersect_coord()
    • line_intersect_coord()
    • query_dual()
    • compute_reflection()
    • compute_reflection()
    • P
    • B
• File barrier_center_ellipsoid.hpp
  • barrier_center_ellipsoid_linear_ineq()
  • barrier_center_ellipsoid_linear_ineq()
• File barriers.h
  • LogarithmicBarrierAugmenter
    • LogarithmicBarrierAugmenter::LogarithmicBarrierGradient
      • Hpolytope
      • NT
      • LogarithmicBarrierGradient()
      • operator()()
      • f
      • P
      • enable
    • LogarithmicBarrierAugmenter::LogarithmicBarrierObjective
      • Hpolytope
      • NT
      • LogarithmicBarrierObjective()
      • operator()()
      • f
      • P
      • enable
• File basis.hpp
  • BasisType
    • DERIVATIVE
    • FUNCTION
    • INTEGRAL
  • degree_doubling_chebyshev()
  • PolynomialBasis
    • PolynomialBasis()
    • operator()()
    • basis_type
  • Polynomial
    • Polynomial()
    • operator()()
    • basis_type
    • basis
    • coeffs
    • result
    • ord
    • convolve()
    • multi_convolve()
  • RationalFunctionBasis
    • RationalFunctionBasis()
    • operator()()
    • p
    • q
    • grad_p
    • grad_q
    • reg
    • basis_type
    • num
    • den
    • grad_num
    • grad_den
  • LagrangePolynomial
    • LagrangePolynomial()
    • order()
    • set_nodes()
    • set_basis()
    • set_coeffs()
    • operator()()
    • coeffs
    • nodes
    • basis
• File boltzmann_hmc_walk.hpp
  • 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
• File boost_random_number_generator.hpp
  • BoostRandomNumberGenerator
  • BoostRandomNumberGenerator< RNGType, NT >
    • BoostRandomNumberGenerator()
    • sample_urdist()
    • sample_uidist()
    • sample_ndist()
    • set_seed()
    • _rng
    • _urdist
    • _uidist
    • _ndist
  • BoostRandomNumberGenerator< RNGType, NT, Seed >
• File boundary_cdhr_walk.hpp
  • BCDHRWalk
    • BCDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • apply()
      • initialize()
      • _rand_coord
      • _p
      • _p_prev
      • _lamdas
• File boundary_rdhr_walk.hpp
  • BRDHRWalk
    • BRDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • apply()
      • initialize()
      • _p
      • _lambda
      • _lamdas
      • _Av
• File cartesian_kernel.h
  • Cartesian
    • Self
    • FT
    • Point
• File collocation.hpp
  • 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
• File compute_diameter.hpp
  • compute_diameter
    • compute()
  • compute_diameter< HPolytope< Point, MT > >
    • compute()
  • compute_diameter< Spectrahedron< Point > >
    • compute()
  • compute_diameter< CorrelationSpectrahedron< Point > >
    • compute()
  • compute_diameter< CorrelationSpectrahedron_MT< Point > >
    • compute()
  • compute_diameter< VPolytope< Point > >
    • compute()
  • compute_diameter< Zonotope< Point > >
    • compute()
  • compute_diameter< IntersectionOfVpoly< VPolytope< Point >, RandomNumberGenerator > >
    • compute()
  • compute_diameter< ZonoIntersectHPoly< Zonotope< Point >, HPolytope< Point > > >
    • compute()
  • compute_diameter< BallIntersectPolytope< Polytope, Ball< Point > > >
    • compute()
  • compute_diameter< OrderPolytope< Point > >
    • compute()
  • compute_diameter< BallIntersectPolytope< OrderPolytope< Point >, Ellipsoid< Point > > >
    • compute()
• File constraint_problem.h
  • constraint_problem
    • Type
    • PointType
    • VT
    • MT
    • constraint_problem()
    • constraint_problem()
    • init()
    • set_equality_constraints()
    • set_inequality_constraints()
    • set_bounds()
    • get_equations()
    • get_inequalities()
    • get_bounds()
    • dimension()
    • num_vars
    • Aeq
    • beq
    • Aineq
    • bineq
    • lb
    • ub
    • inf
• File convex_bodies_generator.h
  • generate_unit_ball()
  • generate_unit_ball_intersect_hyperplane()
  • generate_unit_ball_intersect_logsumexp()
• File convex_body.h
  • ConvexBody
    • PointType
    • NT
    • viterator
    • MT
    • VT
    • func
    • grad
    • ConvexBody()
    • ConvexBody()
    • dimension()
    • line_positive_intersect()
    • binary_search()
    • unit_normal()
    • compute_reflection()
    • is_in()
    • dim
    • gs
    • grad_gs
    • m
    • tol
• File copulas.h
  • twoParHypFam()
  • hypfam_ellfam()
• File corre_matrix.hpp
  • operator*()
  • operator<<()
  • CorreMatrix
    • FT
    • MT
    • VT
    • Coeff
    • CorreMatrix()
    • CorreMatrix()
    • CorreMatrix()
    • CorreMatrix()
    • dimension()
    • operator+=()
    • operator-=()
    • operator=()
    • operator+()
    • operator-()
    • operator*=()
    • operator*()
    • operator/=()
    • dot()
    • dot()
    • squared_length()
    • print()
    • getCoefficients()
    • mat
• File correlation_spectrahedron.hpp
  • Precompute
    • resetFlags()
    • set_mat_size()
    • computed_A
    • computed_B
    • A
    • B
    • eigenvector
  • CorrelationSpectrahedron
    • PointType
    • NT
    • MT
    • VT
    • PrecomputationOfValues
    • CorrelationSpectrahedron()
    • matrixSize()
    • getInnerBall()
    • buildMatrix()
    • compute_reflection()
    • createMatricesForPositiveLinearIntersection()
    • positiveLinearIntersection()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_first_positive_intersect()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • unit_normal()
    • is_in()
    • isExterior()
    • isExterior()
    • get_mat()
    • is_normalized()
    • normalize()
    • n
    • _precomputedValues
• File correlation_spectrahedron_MT.hpp
  • CorrelationSpectrahedron_MT
    • PointType
    • NT
    • MT
    • VT
    • CorrelationSpectrahedron_MT()
    • matrixSize()
    • getInnerBall()
    • compute_reflection()
    • positiveLinearIntersection()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_first_positive_intersect()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • is_in()
    • isExterior()
    • get_mat()
    • n
    • eigenvector
• File crhmc_input.h
  • convert2crhmc_input()
  • ZeroFunctor
    • Type
    • operator()()
    • params
    • ZeroFunctor::parameters
      • L
      • eta
  • ZeroScalarFunctor
    • Type
    • operator()()
  • crhmc_input
    • MT
    • Func
    • Grad
    • Hess
    • point
    • crhmc_input()
    • crhmc_input()
    • crhmc_input()
    • crhmc_input()
    • init()
    • Aineq
    • bineq
    • Aeq
    • beq
    • options
    • lb
    • ub
    • f
    • df
    • ddf
    • fZero
    • fHandle
    • dfHandle
    • ddfHandle
    • dimension
    • inf
    • Type
    • VT
    • zerof
    • zerosf
• File crhmc_problem.h
  • SIMD_LEN
  • chol_k
  • crhmc_problem
    • NT
    • PolytopeType
    • MT
    • VT
    • IVT
    • SpMat
    • PM
    • IndexVector
    • CholObj
    • Triple
    • Barrier
    • Tx
    • Opts
    • Diagonal_MT
    • Func
    • Grad
    • Hess
    • Crhmc_problem
    • equations()
    • dimension()
    • nnz()
    • remove_fixed_variables()
    • extract_collapsed_variables()
    • rescale()
    • splitDenseCols()
    • append_map()
    • shift_barrier()
    • reorder()
    • remove_dependent_rows()
    • simplify()
    • estimate_width()
    • print()
    • make_format()
    • make_format()
    • crhmc_problem()
    • PreproccessProblem()
    • analytic_center_oracle()
    • lewis_center_oracle()
    • f_oracle()
    • updateT()
    • _d
    • A
    • Asp
    • b
    • lb
    • ub
    • barrier
    • options
    • T
    • y
    • Tidx
    • Ta
    • isempty_center
    • center
    • analytic_ctr
    • w_center
    • width
    • nP
    • func
    • df
    • ddf
    • fZero
    • fHandle
    • dfHandle
    • ddfHandle
    • terminate
    • terminate_message
    • inf
    • barrier_bound
• File crhmc_utils.h
  • PM
  • visit_lambda()
  • sparse_stack_v()
  • sparse_stack_h()
  • sparse_stack_h_inplace()
  • remove_zero_rows()
  • remove_rows()
  • colwiseMinMax()
  • nextpow2()
  • gmscale()
  • doubleVectorEqualityComparison()
  • nnzPerColumn()
  • permuteMatAMD()
  • postOrderPerm()
  • fillin_reduce()
  • transform_format()
  • copy_indicies()
  • copy_indicies()
  • set()
  • volesti_saxpy()
  • load_problem()
  • lambda_as_visitor_wrapper
    • lambda_as_visitor_wrapper()
    • init()
• File crhmc_walk.hpp
  • 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
• File cxxtimer.hpp
  • cxxtimer
    • cxxtimer::Timer
      • Timer()
      • Timer()
      • Timer()
      • ~Timer()
      • operator=()
      • operator=()
      • start()
      • stop()
      • reset()
      • count()
      • started_
      • paused_
      • reference_
      • accumulated_
• File diagnostics.hpp
• File dikin_walker.h
  • DikinWalker
    • DikinWalker()
    • DikinWalker()
    • getRadius()
    • checkInPolytope()
    • getNbDim()
    • getNbCurrSamples()
    • getCurrSample()
    • proposal()
    • acceptRejectReverse()
    • doSample()
    • sqrtInvHessBarrier()
    • r_
    • nb_dim_
    • nb_cons_
    • nb_curr_samples_
    • initialization_
    • cons_A_
    • cons_b_
    • curr_sample_
• File dynamic_regularizer.hpp
  • dynamic_regularizer
    • NT
    • Point
    • MT
    • Opts
    • dynamic_regularizer()
    • update_regularization_factor()
    • n
    • simdLen
    • bound
    • options
    • extraHessian
• File dynamic_step_size.hpp
  • dynamic_step_size
    • dynamic_step_size()
    • update_step_size()
    • simdLen
    • consecutiveBadStep
    • iterSinceShrink
    • rejectSinceShrink
    • ODEStepSinceShrink
    • effectiveStep
    • warmupFinished
    • options
    • eta
    • momentum
    • acceptedStep
    • nEffectiveStep
    • accumulatedMomentum
    • NT
    • Opts
    • IVT
    • VT
• File dynamic_weight.hpp
  • dynamic_weight
    • dynamic_weight()
    • update_weights()
    • simdLen
    • consecutiveBadStep
    • n
    • w
    • options
    • NT
    • Point
    • VT
    • MT
    • IVT
    • Opts
• File effective_sample_size.hpp
  • cummulative_minimum()
  • effective_sample_size()
• File ellipsoid.h
  • Ellipsoid
    • PointType
    • NT
    • viterator
    • VT
    • MT
    • Ellipsoid()
    • Ellipsoid()
    • Ellipsoid()
    • radius()
    • eigenvalues()
    • eigenvalues_inv()
    • eigenvalues_inv_sqrt()
    • eigenvectors()
    • dimensions()
    • Lcov()
    • mult_Lcov()
    • print()
    • mat_mult()
    • vec_mult()
    • log_volume()
    • scale()
    • is_in()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_intersect_coord()
    • line_intersect_coord()
    • line_intersect_coord()
    • compute_reflection()
    • compute_reflection()
    • A
    • _dim
    • _L_cov
    • _eigen_values
    • _eigen_values_inv
    • _eigen_values_inv_sqrt
    • _Eigen_Vectors
• File ellipsoid.hpp
  • GetPointInDellipsoid
    • NT
    • apply()
  • GetGaussianDirection
    • NT
    • VT
    • apply()
  • GetPointOnDellipsoid
    • NT
    • VT
    • apply()
• File empquant.hpp
  • empquant()
• File ess_updater_autocovariance.hpp
  • compute_autocovariance()
• File ess_window_updater.hpp
  • ESSestimator
    • ESSestimator()
    • ESSestimator()
    • update_estimator()
    • estimate_effective_sample_size()
    • get_effective_sample_size()
    • num_draws
    • max_s
    • s
    • d
    • num_chains
    • jj
    • cm_mean
    • cm_var
    • cv_mean
    • draws
    • var_plus
    • ess
    • auto_cov
    • oldM
    • rho_hat_odd
    • rho_hat_even
    • mean_var
    • M2
    • delta
    • new_elem
    • acov_s_mean
    • rho_hat_s
• File estimate_L_smooth_parameter.hpp
  • estimate_L_smooth()
• File euler.hpp
  • 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
• File exact_vols.h
  • comb()
  • exact_zonotope_vol()
  • vol_Ali()
• File exponential_hamiltonian_monte_carlo_exact_walk.hpp
  • INSIDE_BODY_TOLLERANCE
  • 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()
      • initialize()
      • get_max_distance()
      • _Len
      • _Ac
      • _p
      • _v
      • _c
      • _Temp
      • _lambda_prev
      • _facet_prev
      • _rho
      • _lambdas
      • _Av
• File feasible_point.hpp
  • compute_feasible_point()
• File gaussian_accelerated_billiard_walk.hpp
  • 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
      • initialize()
      • _L
      • _p
      • _v
      • _lambda_prev
      • _AA
      • _L_cov
      • _AE
      • _E
      • _AEA
      • _rho
      • _update_parameters
      • _lambdas
      • _Av
      • _distances_set
• File gaussian_ball_walk.hpp
  • GaussianBallWalk
    • GaussianBallWalk()
    • GaussianBallWalk()
    • param
    • GaussianBallWalk::parameters
      • parameters()
      • m_L
      • set_delta
    • GaussianBallWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
      • update_delta()
      • compute_delta()
      • _delta
• File gaussian_cdhr_walk.hpp
  • chord_random_point_generator_exp_coord()
  • GaussianCDHRWalk
    • param
    • GaussianCDHRWalk::parameters
    • GaussianCDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
      • initialize()
      • _rand_coord
      • _p
      • _p_prev
      • _lamdas
• File gaussian_hamiltonian_monte_carlo_exact_walk.hpp
  • 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()
      • initialize()
      • nudge_in()
      • update_position()
      • get_max_distance()
      • _facet_prev
      • _rho
      • _Len
      • _p
      • _v
      • _omega
      • _lambda_prev
• File gaussian_helpers.hpp
  • EXP_CHORD_TOLERENCE
  • eval_exp()
  • eval_exp()
  • get_max()
  • get_max_coord()
• File gaussian_rdhr_walk.hpp
  • chord_random_point_generator_exp()
  • GaussianRDHRWalk
    • param
    • GaussianRDHRWalk::parameters
    • GaussianRDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
• File generalized_leapfrog.hpp
  • 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
• File geweke.hpp
  • perform_geweke()
• File gsoc_history.md
• File h_polytopes_generator.h
  • random_hpoly()
  • get_skinny_transformation()
  • skinny_random_hpoly()
• File hamiltonian.hpp
  • Hamiltonian
    • Hamiltonian()
    • hamiltonian()
    • is_not_nan()
    • feasible()
    • prepare()
    • DK()
    • approxDK()
    • DU()
    • move()
    • project()
    • x_norm()
    • prepared
    • forceUpdate
    • P
    • hess
    • dUDx_empty
    • last_dUdx
    • solver
    • xs
    • x
    • dfx
    • lsc
    • fx
    • n
    • m
    • num_runs
    • barrier
    • weighted_barrier
    • options
    • VT
    • IVT
    • BVT
    • NT
    • MT
    • SpMat
    • Tx
    • CholObj
    • Opts
    • pts
    • Barrier
    • WeightedBarrier
• File hamiltonian_monte_carlo_walk.hpp
  • 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
• File hpolytope.h
  • is_inner_point_nan_inf()
  • HPolytope
    • PointType
    • NT
    • viterator
    • MT
    • VT
    • DenseMT
    • HPolytope()
    • HPolytope()
    • HPolytope()
    • HPolytope()
    • HPolytope()
    • InnerBall()
    • set_InnerBall()
    • set_interior_point()
    • ComputeInnerBall()
    • dimension()
    • num_of_hyperplanes()
    • num_of_generators()
    • get_mat()
    • get_AA()
    • get_vec()
    • is_normalized()
    • set_mat()
    • set_vec()
    • get_mean_of_vertices()
    • get_max_vert_norm()
    • print()
    • is_in()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_first_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_intersect_coord()
    • line_intersect_coord()
    • get_positive_quadratic_root()
    • quadratic_positive_intersect()
    • quadratic_positive_intersect()
    • pick_first_intersection_time_with_boundary()
    • trigonometric_positive_intersect()
    • linear_transformIt()
    • shift()
    • get_dists()
    • get_points_for_rounding()
    • get_T()
    • normalize()
    • compute_reflection()
    • resetFlags()
    • log_barrier()
    • grad_log_barrier()
    • compute_reflection()
    • compute_reflection_abw_sparse()
    • compute_reflection()
    • update_position_internal()
    • curve_intersect()
    • _d
    • A
    • b
    • _inner_ball
    • normalized
    • has_ball
• File implicit_midpoint.hpp
  • operator+()
  • operator*()
  • operator/()
  • operator-()
  • 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
• File indtest.hpp
  • indtest()
• File inscribed_ellipsoid_rounding.hpp
  • compute_inscribed_ellipsoid()
  • inscribed_ellipsoid_rounding()
  • inscribed_ellipsoid_rounding()
• File integral_collocation.hpp
  • 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
• File interval_psrf.hpp
  • interval_psrf()
• File john_walker.h
  • JohnWalker
    • JohnWalker()
    • JohnWalker()
    • getRadius()
    • checkInPolytope()
    • getNbDim()
    • getNbCurrSamples()
    • getCurrSample()
    • proposal()
    • acceptRejectReverse()
    • doSample()
    • sqrtInvHessBarrier()
    • alpha_
    • beta_
    • r_
    • nb_dim_
    • nb_cons_
    • nb_curr_samples_
    • initialization_
    • cons_A_
    • cons_b_
    • curr_sample_
    • curr_weight_
• File known_polytope_generators.h
  • generate_cube()
  • generate_cross()
  • generate_simplex()
  • generate_prod_simplex()
  • generate_skinny_cube()
  • generate_birkhoff()
• File langevin_walk.hpp
  • 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
• File leapfrog.hpp
  • 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
• File lewis_center.h
  • SIMD_LEN
  • lewis_center()
  • chol_k3
• File linear_extensions.h
  • linear_extensions_to_order_polytope()
• File math_functions.h
  • rng_t
  • sample_gaussian()
  • rng_uniform()
  • gaussian_density()
• File math_helpers.hpp
  • get_mean_variance()
  • log_gamma_function()
• File matplotlibcpp.h
  • NPY_NO_DEPRECATED_API
  • matplotlibcpp
    • backend()
    • annotate()
    • plot()
    • plot_surface()
    • plot3()
    • stem()
    • fill()
    • fill_between()
    • hist()
    • imshow()
    • imshow()
    • scatter()
    • boxplot()
    • boxplot()
    • bar()
    • bar()
    • subplots_adjust()
    • named_hist()
    • plot()
    • quiver()
    • stem()
    • semilogx()
    • semilogy()
    • loglog()
    • errorbar()
    • named_plot()
    • named_plot()
    • named_semilogx()
    • named_semilogy()
    • named_loglog()
    • plot()
    • plot()
    • stem()
    • text()
    • colorbar()
    • figure()
    • fignum_exists()
    • figure_size()
    • legend()
    • ylim()
    • xlim()
    • xlim()
    • ylim()
    • xticks()
    • xticks()
    • yticks()
    • yticks()
    • tick_params()
    • subplot()
    • subplot2grid()
    • title()
    • suptitle()
    • axis()
    • axvline()
    • xlabel()
    • ylabel()
    • set_zlabel()
    • grid()
    • show()
    • close()
    • xkcd()
    • draw()
    • pause()
    • save()
    • clf()
    • ion()
    • ginput()
    • tight_layout()
    • plot()
    • plot()
    • plot()
    • plot()
    • plot()
    • matplotlibcpp::Plot
      • Plot()
      • Plot()
      • update()
      • clear()
      • remove()
      • ~Plot()
      • decref()
      • line
      • set_data_fct
    • matplotlibcpp::detail
      • is_function
      • get_array()
      • get_2darray()
      • get_array()
      • get_listlist()
      • imshow()
      • s_backend
      • 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()
        • import_numpy()
        • _interpreter()
        • ~_interpreter()
      • matplotlibcpp::detail::is_callable
        • type
      • matplotlibcpp::detail::is_callable_impl
      • matplotlibcpp::detail::is_callable_impl< false, T >
        • type
      • 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()()
      • matplotlibcpp::detail::plot_impl
      • matplotlibcpp::detail::plot_impl< std::false_type >
        • operator()()
      • matplotlibcpp::detail::plot_impl< std::true_type >
        • operator()()
      • matplotlibcpp::detail::select_npy_type
        • type
      • matplotlibcpp::detail::select_npy_type< bool >
        • type
      • matplotlibcpp::detail::select_npy_type< double >
        • type
      • matplotlibcpp::detail::select_npy_type< float >
        • type
      • matplotlibcpp::detail::select_npy_type< int16_t >
        • type
      • matplotlibcpp::detail::select_npy_type< int32_t >
        • type
      • matplotlibcpp::detail::select_npy_type< int64_t >
        • type
      • matplotlibcpp::detail::select_npy_type< int8_t >
        • type
      • matplotlibcpp::detail::select_npy_type< uint16_t >
        • type
      • matplotlibcpp::detail::select_npy_type< uint32_t >
        • type
      • matplotlibcpp::detail::select_npy_type< uint64_t >
        • type
      • matplotlibcpp::detail::select_npy_type< uint8_t >
        • type
• File max_inscribed_ball.hpp
  • calcstep()
  • max_inscribed_ball()
• File max_inscribed_ellipsoid.hpp
  • max_inscribed_ellipsoid()
• File mcest.hpp
  • mcest()
• File mctest.hpp
  • mctest()
• File min_sampling_covering_ellipsoid_rounding.hpp
  • min_sampling_covering_ellipsoid_rounding()
• File misc.h
  • round_print()
  • print_polymake_volfile()
  • print_polymake_volfile2()
  • read_pointset()
  • read_objective()
  • read_inner_ball()
  • read_poset_from_file()
  • read_poset_from_file_adj_matrix()
• File misc_lp.h
  • ComputeChebychevBall()
• File mmcs.hpp
  • perform_mmcs_step()
  • mmcs()
  • mmcs()
  • mmcs()
• File mp_solve_wrapper.hpp
  • mpsolve()
• File multithread_walks.hpp
  • 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()
      • initialize()
  • 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()
      • initialize()
  • 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()
      • initialize()
  • GaussianRDHRWalk_multithread
    • GaussianRDHRWalk_multithread::thread_parameters
      • thread_parameters()
      • p
      • v
    • GaussianRDHRWalk_multithread::Walk
      • Point
      • NT
      • thread_parameters_
      • Walk()
      • Walk()
      • apply()
  • 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()
      • initialize()
      • _Len
  • 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()
      • initialize()
  • RDHRWalk_multithread
    • RDHRWalk_multithread::thread_parameters
      • thread_parameters()
      • p
      • v
      • lambda_prev
      • lambdas
      • Av
    • RDHRWalk_multithread::Walk
      • Point
      • NT
      • thread_parameters_
      • Walk()
      • apply()
      • initialize()
• File multivariate_psrf.hpp
  • multivariate_psrf()
• File newton_raphson.hpp
  • newton_raphson()
• File nlp_hpolyoracles.hpp
  • MAX_NR_TRIES
  • POLYTOL
  • HPolyOracleVariables
    • HPolyOracleVariables()
    • SetVariables()
    • GetValues()
    • GetBounds()
    • t
    • tb
    • eta
  • HPolyOracleCost
    • HPolyOracleCost()
    • GetCost()
    • FillJacobianBlock()
    • method
  • HPolyOracleFeasibility
    • HPolyOracleFeasibility()
    • GetBounds()
    • GetValues()
    • FillJacobianBlock()
    • C
    • b
    • phi
    • grad_phi
    • t0
    • m
    • M
    • method
    • index
    • ignore_facet
  • IpoptHPolyoracle
    • MT
    • VT
    • NT
    • Point
    • apply()
  • MPSolveHPolyoracle
    • MT
    • VT
    • NT
    • Point
    • apply()
  • NewtonRaphsonHPolyoracle
    • MT
    • VT
    • NT
    • Point
    • apply()
  • ifopt
• File nlp_oracles.hpp
  • NLP_POLYORACLES_HPP
• File nlp_vpolyoracles.hpp
  • VPolyOracleVariableT
    • VPolyOracleVariableT()
    • SetVariables()
    • GetValues()
    • GetBounds()
    • t
    • tb
    • eta
  • VPolyOracleVariableLambdas
    • VPolyOracleVariableLambdas()
    • SetVariables()
    • GetValues()
    • GetBounds()
    • lambdas
    • m
  • VPolyOracleCost
    • VPolyOracleCost()
    • GetCost()
    • FillJacobianBlock()
    • m
  • VPolyoracleFeasibilityLambdas
    • VPolyoracleFeasibilityLambdas()
    • GetValues()
    • GetBounds()
    • FillJacobianBlock()
    • m
  • VPolyOracleFeasibilityCurve
    • VPolyOracleFeasibilityCurve()
    • GetBounds()
    • GetValues()
    • FillJacobianBlock()
    • m
    • M
    • d_
    • coeffs
    • V
    • t0
    • phi
    • grad_phi
  • IpoptVPolyoracle
    • MT
    • VT
    • NT
    • Point
    • apply()
• File nuts_hmc_walk.hpp
  • 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
• File ode_solvers.hpp
• File opts.h
  • opts
    • opts()
    • operator=()
    • ipmMaxIter
    • ipmDistanceTol
    • ipmDualTol
    • maxNZ
    • max_coord
    • EnableReordering
    • min_convergence_steps
    • implicitTol
    • maxODEStep
    • initialStep
    • convergence_bound
    • solver_accuracy_threshold
    • simdLen
    • DynamicWeight
    • DynamicStepSize
    • DynamicRegularizer
    • etaInitialize
    • regularization_factor
    • warmUpStep
    • maxConsecutiveBadStep
    • targetODEStep
    • shrinkFactor
    • minStepSize
    • effectiveStepSize
• File oracle_autodiff_functors.hpp
  • 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
• File oracle_functors.hpp
  • 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
  • IsotropicQuadraticFunctor
    • IsotropicQuadraticFunctor::FunctionFunctor
      • NT
      • FunctionFunctor()
      • operator()()
      • params
    • IsotropicQuadraticFunctor::GradientFunctor
      • NT
      • pts
      • GradientFunctor()
      • operator()()
      • operator()()
      • params
    • IsotropicQuadraticFunctor::parameters
      • parameters()
      • parameters()
      • alpha
      • order
      • L
      • m
      • kappa
  • IsotropicLinearFunctor
    • IsotropicLinearFunctor::FunctionFunctor
      • NT
      • FunctionFunctor()
      • operator()()
      • params
    • IsotropicLinearFunctor::GradientFunctor
      • NT
      • pts
      • GradientFunctor()
      • operator()()
      • params
    • IsotropicLinearFunctor::parameters
      • parameters()
      • parameters()
      • alpha
      • order
      • L
      • m
      • kappa
  • ExponentialFunctor
    • ExponentialFunctor::FunctionFunctor
      • NT
      • FunctionFunctor()
      • operator()()
      • params
    • ExponentialFunctor::GradientFunctor
      • NT
      • pts
      • GradientFunctor()
      • operator()()
      • params
    • ExponentialFunctor::parameters
      • parameters()
      • parameters()
      • order
      • L
      • m
      • kappa
      • c
      • a
  • 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
  • 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
• File order_polytope_generator.h
  • get_orderpoly()
  • generate_orderpoly()
  • generate_cube_orderpoly()
  • random_orderpoly()
• File orderpolytope.h
  • OrderPolytope
    • PointType
    • NT
    • VT
    • MT
    • OrderPolytope()
    • dimension()
    • num_of_hyperplanes()
    • get_col()
    • get_mat()
    • get_dense_mat()
    • get_vec()
    • is_normalized()
    • print()
    • vec_mult()
    • is_in()
    • ComputeInnerBall()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_first_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_intersect_coord()
    • line_intersect_coord()
    • get_points_for_rounding()
    • linear_transformIt()
    • shift()
    • inner_point()
    • normalize()
    • get_dists()
    • compute_reflection()
    • compute_reflection()
    • compute_reflection()
    • _poset
    • _d
    • b
    • _row_norms
    • _A
    • _num_hyperplanes
    • _normalized
• File parallel_mmcs.hpp
  • perform_parallel_mmcs_step()
• File point.h
  • operator*()
  • point
    • Coeff
    • FT
    • point()
    • point()
    • point()
    • point()
    • point()
    • add()
    • getCoefficients()
    • dimension()
    • set_dimension()
    • set_coord()
    • set_coeffs()
    • set_to_origin()
    • operator[]()
    • pointerToData()
    • sum()
    • operator+=()
    • operator+=()
    • operator-=()
    • operator-=()
    • operator=()
    • operator+()
    • operator-()
    • operator*()
    • operator*=()
    • operator/=()
    • operator==()
    • distance()
    • dot()
    • dot()
    • squared_length()
    • length()
    • print()
    • all_ones()
    • iter
    • d
    • coeffs
• File poset.h
  • Poset
    • RT
    • RV
    • Poset()
    • Poset()
    • print()
    • num_elem()
    • num_relations()
    • get_relation()
    • is_in()
    • topologically_sorted_list()
    • verify()
    • n
    • order_relations
    • sorted_list()
• File ppnd.hpp
  • ppnd()
• File print_diagnostics.hpp
  • print_diagnostics()
• File print_table.hpp
  • VariadicTableColumnFormat
    • AUTO
    • SCIENTIFIC
    • FIXED
    • PERCENT
  • VariadicTable
    • DataTuple
    • VariadicTable()
    • addRow()
    • print()
    • setColumnFormat()
    • setColumnPrecision()
    • print_each()
    • print_each()
    • print_each()
    • sizeOfData()
    • sizeOfData()
    • sizeOfData()
    • size_each()
    • size_each()
    • size_each()
    • size_columns()
    • _headers
    • _num_columns
    • _static_column_size
    • _cell_padding
    • _data
    • _column_sizes
    • _column_format
    • _precision
    • justify()
    • justify()
• File quadratic_polynomial_solvers.hpp
  • solve_quadratic_polynomial()
• File raftery.hpp
  • round_to_zero()
  • perform_raftery()
• File random_point_generators.hpp
  • RandomPointGenerator
    • apply()
    • apply()
  • MultivariateGaussianRandomPointGenerator
    • apply()
    • apply()
  • GaussianRandomPointGenerator
    • apply()
    • apply()
  • BoundaryRandomPointGenerator
    • apply()
  • LogconcaveRandomPointGenerator
    • apply()
  • CrhmcRandomPointGenerator
    • apply()
  • ExponentialRandomPointGenerator
    • apply()
    • apply()
• File random_point_generators_multithread.hpp
  • policy_storing
    • store()
  • policy_storing< BRDHRWalk_multithread >
    • store()
  • policy_storing< BCDHRWalk_multithread >
  • RandomPointGeneratorMultiThread
    • apply()
    • apply()
  • GaussianPointGeneratorMultiThread
    • apply()
    • apply()
• File README.md
• File random_walks.hpp
• File randomized_midpoint.hpp
  • 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
• File richardson_extrapolation.hpp
  • 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
• File root_finders.hpp
  • ROOT_FINDERS_HPP
• File rotating.hpp
  • rotating()
  • rotating()
• File rounding_util_functions.hpp
  • EllipsoidType
    • MAX_ELLIPSOID
    • LOG_BARRIER
    • VOLUMETRIC_BARRIER
    • VAIDYA_BARRIER
  • get_max_step()
  • initialize_chol()
  • initialize_chol()
  • solve_vec()
  • solve_mat()
  • update_Atrans_Diag_A()
  • update_Diag_A()
  • update_A_Diag()
  • get_mat_prod_op()
  • get_eigs_solver()
  • init_Bmat()
  • update_Bmat()
  • init_step()
  • get_barrier_hessian_grad()
  • get_step_next_iteration()
  • AssertBarrierFalseType
  • AssertFalseType
• File runge_kutta.hpp
  • 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
• File sample_correlation_matrices.hpp
  • getCoefficientsFromMatrix()
  • uniform_correlation_sampling()
  • uniform_correlation_sampling_MT()
  • gaussian_correlation_sampling()
  • gaussian_correlation_sampling_MT()
  • exponential_correlation_sampling()
  • exponential_correlation_sampling_MT()
• File sampling.hpp
  • uniform_sampling()
  • uniform_sampling()
  • uniform_sampling_boundary()
  • gaussian_sampling()
  • gaussian_sampling()
  • logconcave_sampling()
  • crhmc_sampling()
  • execute_crhmc()
  • exponential_sampling()
  • exponential_sampling()
  • exponential_sampling()
  • exponential_sampling()
• File sampling_policies.hpp
  • PushBackWalkPolicy
    • apply()
  • CountingWalkPolicy
    • CountingWalkPolicy()
    • apply()
    • get_nump_PBSmall()
    • _nump_PBSmall
    • _PBSmall
• File sdp_generator.h
  • RNGType
  • randomMatrixGOE()
  • generateSDP()
  • generateSDP2()
• File simple_MC_integration.hpp
  • NT
  • Kernel
  • Point
  • Hpolytope
  • RNGType
  • RandomNumberGenerator
  • MT
  • VT
  • Limit
  • volumetype
    • CB
    • CG
    • SOB
  • valid_limits()
  • init_limit()
  • initiate_unit_limits()
  • simple_mc_polytope_integrate()
  • simple_mc_polytope_integrate()
  • simple_mc_integrate()
  • simple_mc_integrate()
  • lt
  • pt
• File simplex.hpp
  • Sam_Unit()
  • Sam_Canon_Unit()
  • Sam_arb_simplex()
• File simulated_annealing.hpp
  • CONSTANT_1
  • solve_sdp()
  • SimulatedAnnealingSettings
    • NT
    • SimulatedAnnealingSettings()
    • error
    • walkLength
    • maxNumSteps
    • k
• File sliding_window.hpp
  • relativeError()
  • SlidingWindow
    • SlidingWindow()
    • push()
    • getRelativeError()
    • approximations
    • windowSize
    • numEntries
• File solve_lp.h
  • ComputeChebychevBall()
  • PointInIntersection()
• File README.md
• File spectrahedron.h
  • PrecomputationOfValues
    • resetFlags()
    • set_mat_size()
    • computed_A
    • computed_C
    • computed_XY
    • A
    • B
    • C
    • X
    • Y
    • eigenvector
  • Spectrahedron
    • PointType
    • NT
    • MT
    • VT
    • pairNT
    • _PrecomputationOfValues
    • Spectrahedron()
    • Spectrahedron()
    • set_interior_point()
    • ComputeInnerBall()
    • InnerBall()
    • createMatricesForPositiveQuadIntersection()
    • createMatricesForPositiveLinearIntersection()
    • createMatricesForPositiveIntersection()
    • positiveQuadIntersection()
    • positiveLinearIntersection()
    • coordinateIntersection()
    • line_intersect_coord()
    • line_intersect_coord()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_first_positive_intersect()
    • line_positive_intersect()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • update_position_internal()
    • get_mat()
    • is_normalized()
    • normalize()
    • resetFlags()
    • set_flags()
    • get_C()
    • update_C()
    • num_of_hyperplanes()
    • shift()
    • compute_reflection()
    • compute_reflection()
    • dimension()
    • getLMI()
    • estimateDiameter()
    • is_in()
    • isExterior()
    • isExterior()
    • maxDouble
    • precomputedValues
    • EigenvaluesProblem
    • d
    • grad
    • _inner_ball
    • lmi
• File sphere.hpp
  • GetDirection
    • NT
    • apply()
  • GetDirection< CorreMatrix< NT > >
    • apply()
  • GetPointInDsphere
    • apply()
  • GetPointOnDsphere
    • apply()
• File svd_rounding.hpp
  • svd_on_sample()
  • svd_rounding()
• File thin.hpp
  • thin()
• File thin_samples.hpp
  • thin_samples()
• File two_sided_barrier.h
  • two_sided_barrier
    • set_bound()
    • two_sided_barrier()
    • two_sided_barrier()
    • gradient()
    • hessian()
    • hessian()
    • tensor()
    • quadratic_form_gradient()
    • quadratic_form_gradient()
    • step_size()
    • boundary_distance()
    • feasible()
    • feasible()
    • analytic_center_oracle()
    • lewis_center_oracle()
    • boundary()
    • lb
    • ub
    • vdim
    • n
    • upperIdx
    • lowerIdx
    • freeIdx
    • center
    • max_step
    • regularization_constant
    • unbounded_center_coord
    • extraHessian
    • inf
    • NT
    • MT
    • VT
• File uniform_accelerated_billiard_walk.hpp
  • 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
      • initialize()
      • get_max_distance()
      • _L
      • _p
      • _v
      • _lambda_prev
      • _AA
      • _rho
      • _update_parameters
      • _lambdas
      • _Av
      • _distances_set
• File uniform_accelerated_billiard_walk_parallel.hpp
  • 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()
      • initialize()
      • get_max_distance()
      • _L
      • _AA
      • _p0
      • _rho
• File uniform_ball_walk.hpp
  • BallWalk
    • BallWalk()
    • BallWalk()
    • param
    • BallWalk::parameters
      • parameters()
      • m_L
      • set_delta
    • BallWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
      • update_delta()
      • compute_delta()
      • _delta
• File uniform_billiard_walk.hpp
  • BilliardWalk
    • BilliardWalk()
    • BilliardWalk()
    • param
    • BilliardWalk::parameters
      • parameters()
      • m_L
      • set_L
    • BilliardWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
      • update_delta()
      • initialize()
      • _Len
      • _p
      • _v
      • _lambda_prev
      • _lambdas
      • _Av
• File uniform_cdhr_walk.hpp
  • CDHRWalk
    • param
    • CDHRWalk::parameters
    • CDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
      • initialize()
      • _rand_coord
      • _p
      • _p_prev
      • _lamdas
• File uniform_dikin_walk.hpp
  • DikinWalk
    • DikinWalk()
    • DikinWalk()
    • param
    • DikinWalk::parameters
      • parameters()
      • m_L
      • set_L
    • DikinWalk::Walk
      • Point
      • MT
      • VT
      • NT
      • Walk()
      • Walk()
      • apply()
      • dikinw
      • _vec_point
• File uniform_john_walk.hpp
  • JohnWalk
    • JohnWalk()
    • JohnWalk()
    • param
    • JohnWalk::parameters
      • parameters()
      • m_L
      • set_L
    • JohnWalk::Walk
      • Point
      • MT
      • VT
      • NT
      • Walk()
      • Walk()
      • apply()
      • johnw
      • _vec_point
• File uniform_rdhr_walk.hpp
  • RDHRWalk
    • param
    • RDHRWalk::parameters
    • RDHRWalk::Walk
      • Point
      • NT
      • Walk()
      • Walk()
      • apply()
      • initialize()
      • _p
      • _lambda
      • _lamdas
      • _Av
• File uniform_vaidya_walk.hpp
  • VaidyaWalk
    • VaidyaWalk()
    • VaidyaWalk()
    • param
    • VaidyaWalk::parameters
      • parameters()
      • m_L
      • set_L
    • VaidyaWalk::Walk
      • Point
      • MT
      • VT
      • NT
      • Walk()
      • Walk()
      • apply()
      • vaidyaw
      • _vec_point
• File univariate_psrf.hpp
  • univariate_psrf()
• File utils.cpp
  • getEnvVar()
• File utils.h
  • EIGEN_RUNTIME_NO_MALLOC
  • DIGITS_PRECISION
  • mp_backend
  • BoostDouble
  • InterpolantDouble
  • long_double
  • Double
  • IPMDouble
  • BoostMatrix
  • BoostVector
  • InterpolantMatrix
  • InterpolantVector
  • DoubleMatrix
  • DoubleVector
  • Matrix
  • Vector
  • StackMatrixToVector()
  • UnstackVectorToMatrix()
  • sort_indexes()
  • getEnvVar()
  • orthogonal_P_Matrix_library
  • Solution
    • cast()
    • x
    • s
    • centrality
    • gap
  • Constraints
    • Constraints()
    • Constraints()
    • print()
    • dual_system()
    • A
    • b
    • c
  • DegreeTuple
    • DegreeTuple()
    • next()
    • valid()
    • next_valid()
    • get_tuple()
    • print_tuple()
    • max_degree
    • v
  • AllCombinationTuple
    • AllCombinationTuple()
    • next()
    • get_combination()
    • bounds
    • v
  • OrthogonaPMatrixLibrary
    • get()
    • build()
    • matrices
  • CustomLLT
    • MatrixType
    • Scalar
    • CustomLLT()
    • CustomLLT()
    • copy_and_scale()
• File v_polytopes_generators.h
  • removeRow()
  • random_vpoly()
  • random_vpoly_incube()
• File vaidya_walker.h
  • VaidyaWalker
    • VaidyaWalker()
    • VaidyaWalker()
    • getRadius()
    • checkInPolytope()
    • getNbDim()
    • getNbCurrSamples()
    • getCurrSample()
    • proposal()
    • acceptRejectReverse()
    • doSample()
    • sqrtInvHessBarrier()
    • r_
    • nb_dim_
    • nb_cons_
    • nb_curr_samples_
    • initialization_
    • cons_A_
    • cons_b_
    • curr_sample_
• File volume_cooling_balls.hpp
  • check_convergence()
  • get_first_ball()
  • get_next_zonotopeball()
  • get_sequence_of_polytopeballs()
  • is_max_error()
  • estimate_ratio_generic()
  • estimate_ratio()
  • estimate_ratio()
  • full_sliding_window()
  • estimate_ratio_interval_generic()
  • estimate_ratio_interval()
  • estimate_ratio_interval()
  • volume_cooling_balls()
  • volume_cooling_balls()
  • volume_cooling_balls()
  • cooling_ball_parameters
    • cooling_ball_parameters()
    • lb
    • ub
    • p
    • rmax
    • alpha
    • win_len
    • N
    • nu
    • window2
  • 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
  • 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
• File volume_cooling_gaussians.hpp
  • get_first_gaussian()
  • get_next_gaussian()
  • compute_annealing_schedule()
  • volume_cooling_gaussians()
  • volume_cooling_gaussians()
  • volume_cooling_gaussians()
  • update_delta
    • apply()
  • update_delta< GaussianBallWalk::Walk< Polytope, RandomNumberGenerator > >
    • apply()
  • gaussian_annealing_parameters
    • gaussian_annealing_parameters()
    • frac
    • ratio
    • C
    • N
    • W
• File volume_cooling_gaussians_crhmc.hpp
  • get_next_gaussian()
  • compute_annealing_schedule()
  • volume_cooling_gaussians()
• File volume_cooling_hpoly.hpp
  • get_first_poly()
  • get_next_zonoball()
  • get_sequence_of_zonopolys()
  • compute_hpoly_for_mmc()
  • volume_cooling_hpoly()
  • volume_cooling_hpoly()
• File volume_cooling_nonspherical_gaussians_crhmc.hpp
  • burnIn()
  • get_next_gaussian()
  • compute_annealing_schedule()
  • non_spherical_crhmc_volume_cooling_gaussians()
  • non_gaussian_annealing_parameters
    • non_gaussian_annealing_parameters()
    • frac
    • ratio
    • C
    • N
    • W
• File volume_sequence_of_balls.hpp
  • volume_sequence_of_balls()
  • volume_sequence_of_balls()
  • volume_sequence_of_balls()
• File vpolyintersectvpoly.h
  • IntersectionOfVpoly
    • NT
    • PointType
    • Point
    • MT
    • VT
    • IntersectionOfVpoly()
    • IntersectionOfVpoly()
    • IntersectionOfVpoly()
    • first()
    • second()
    • InnerBall()
    • is_in()
    • num_of_hyperplanes()
    • dimension()
    • num_of_vertices()
    • upper_bound_of_hyperplanes()
    • num_of_generators()
    • getRad()
    • get_mat()
    • get_vec()
    • is_normalized()
    • get_T()
    • get_mat2()
    • get_mean_of_vertices()
    • get_max_vert_norm()
    • print()
    • is_feasible()
    • ComputeInnerBall()
    • set_InnerBall()
    • set_interior_point()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_first_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_intersect_coord()
    • line_intersect_coord()
    • quadratic_positive_intersect()
    • quadratic_positive_intersect()
    • trigonometric_positive_intersect()
    • shift()
    • linear_transformIt()
    • get_dists()
    • get_points_for_rounding()
    • normalize()
    • resetFlags()
    • update_position_internal()
    • compute_reflection()
    • compute_reflection()
    • seed
    • _inner_ball
    • rad
    • P1
    • P2
• File vpolyoracles.h
  • memLP_Vpoly()
  • intersect_line_Vpoly()
  • intersect_double_line_Vpoly()
• File vpolytope.h
  • VPolytope
    • PointType
    • NT
    • MT
    • VT
    • VPolytope()
    • VPolytope()
    • VPolytope()
    • copy_array()
    • operator=()
    • operator=()
    • VPolytope()
    • VPolytope()
    • ~VPolytope()
    • InnerBall()
    • set_InnerBall()
    • set_interior_point()
    • dimension()
    • num_of_hyperplanes()
    • num_of_generators()
    • upper_bound_of_hyperplanes()
    • num_of_vertices()
    • get_mat()
    • get_vec()
    • is_normalized()
    • set_mat()
    • set_vec()
    • get_T()
    • print()
    • get_mean_of_vertices()
    • get_max_vert_norm()
    • normalize()
    • get_center_radius_inscribed_simplex()
    • ComputeInnerBall()
    • is_in()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_first_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_intersect_coord()
    • line_intersect_coord()
    • quadratic_positive_intersect()
    • quadratic_positive_intersect()
    • trigonometric_positive_intersect()
    • shift()
    • linear_transformIt()
    • get_dists()
    • get_points_for_rounding()
    • compute_reflection()
    • compute_reflection()
    • resetFlags()
    • update_position_internal()
    • curve_intersect()
    • _d
    • V
    • b
    • _inner_ball
    • conv_comb
    • conv_comb2
    • conv_mem
    • row
    • colno
    • colno_mem
• File weighted_two_sided_barrier.h
  • weighted_two_sided_barrier
    • weighted_two_sided_barrier()
    • weighted_two_sided_barrier()
    • gradient()
    • hessian()
    • hessian()
    • tensor()
    • tensor()
    • quadratic_form_gradient()
    • quadratic_form_gradient()
    • step_size()
    • boundary_distance()
    • feasible()
    • feasible()
    • set_bound()
    • boundary()
    • lb
    • ub
    • vdim
    • n
    • upperIdx
    • lowerIdx
    • freeIdx
    • center
    • max_step
    • regularization_constant
    • unbounded_center_coord
    • extraHessian
    • inf
    • w
    • NT
    • MT
    • VT
• File z_polytopes_generators.h
  • gen_zonotope_gaussian()
  • gen_zonotope_uniform()
  • gen_zonotope_exponential()
• File zonoIntersecthpoly.h
  • ZonoIntersectHPoly
    • NT
    • VT
    • MT
    • PointType
    • ZonoIntersectHPoly()
    • ZonoIntersectHPoly()
    • first()
    • second()
    • is_in()
    • num_of_hyperplanes()
    • dimension()
    • num_of_generators()
    • get_mat()
    • get_T()
    • get_vec()
    • is_normalized()
    • normalize()
    • InnerBall()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • line_intersect_coord()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_first_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_intersect_coord()
    • query_dual()
    • compute_reflection()
    • compute_reflection()
    • Z
    • HP
• File zpolyoracles.h
  • memLP_Zonotope()
  • intersect_line_zono()
• File zpolytope.h
  • Zonotope
    • PointType
    • NT
    • MT
    • VT
    • Zonotope()
    • Zonotope()
    • Zonotope()
    • copy_array()
    • operator=()
    • operator=()
    • Zonotope()
    • Zonotope()
    • ~Zonotope()
    • set_interior_point()
    • dimension()
    • num_of_hyperplanes()
    • upper_bound_of_hyperplanes()
    • compute_eigenvectors()
    • get_T()
    • get_Q0()
    • get_sigma()
    • num_of_vertices()
    • InnerBall()
    • set_InnerBall()
    • num_of_generators()
    • get_mat()
    • get_vec()
    • is_normalized()
    • set_mat()
    • set_vec()
    • get_mean_of_vertices()
    • get_max_vert_norm()
    • print()
    • is_in()
    • ComputeInnerBall()
    • line_intersect()
    • line_intersect()
    • line_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_first_positive_intersect()
    • line_positive_intersect()
    • line_positive_intersect()
    • line_intersect_coord()
    • line_intersect_coord()
    • quadratic_positive_intersect()
    • quadratic_positive_intersect()
    • trigonometric_positive_intersect()
    • shift()
    • get_dists()
    • linear_transformIt()
    • get_points_for_rounding()
    • normalize()
    • compute_reflection()
    • resetFlags()
    • update_position_internal()
    • compute_reflection()
    • _d
    • V
    • b
    • T
    • _inner_ball
    • maxNT
    • minNT
    • conv_comb
    • row_mem
    • row
    • colno
    • colno_mem
    • sigma
    • Q0