1#@ s36: UserMan=rosen_uq_sc 2# DAKOTA INPUT FILE : dakota_uq_rosenbrock_sc.in 3## Dakota Input File: rosen_uq_sc.in #s36 4 5environment 6 7method 8 stoch_collocation 9 quadrature_order = 5 #s0,#s1,#s2,#s3,#s4,#s5,#s12,#s13,#s14,#s15,#s16,#s17,#s18,#s19,#s20,#s52,#s53,#s54 10 dimension_preference = 5 3 #s0,#s1,#s2,#s3,#s4,#s12,#s13,#s14,#s15,#s16,#s17,#s18,#s19,#s20 11# sparse_grid_level = 2 #s6,#s7,#s8,#s9,#s10,#s11,#s21,#s22,#s23,#s24,#s25,#s26,#s27,#s28,#s29,#s48 12# sparse_grid_level = 3 #s30,#s31,#s32,#s33,#s34,#s35,#s36,#s37,#s38,#s39,#s40,#s41,#s42,#s43,#s49,#s55,#s56,#s57,#s58,#s59,#s60 13# dimension_preference = 2 1 #s30,#s31,#s32,#s33,#s34,#s35,#s36,#s37,#s38,#s39,#s40,#s41,#s42,#s43,#s49 14# piecewise #s44,#s45,#s50,#s53,#s56,#s59 15# piecewise use_derivatives #s46,#s47,#s51,#s54,#s57,#s60 16# quadrature_order = 20 #s44,#s46 17# sparse_grid_level = 10 #s45,#s47,#s50,#s51 18# hierarchical #s48,#s49,#s50,#s51,#s58,#s59,#s60 19 samples_on_emulator = 10000 seed = 12347 20 response_levels = .1 1. 50. 100. 500. 1000. #s0,#s1,#s2,#s3,#s4,#s5,#s6,#s7,#s8,#s9,#s10,#s11,#s12,#s13,#s14,#s15,#s16,#s17,#s18,#s19,#s20,#s21,#s22,#s23,#s24,#s25,#s26,#s27,#s28,#s29,#s30,#s31,#s32,#s33,#s34,#s35,#s36,#s37,#s38,#s39,#s40,#s41,#s42,#s43,#s44,#s45,#s46,#s47,#s48,#s49,#s50,#s51 21# response_levels = 1000.:1000.:8000. #s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 22 variance_based_decomp #interaction_order = 1 23 output silent 24 25variables 26# active all #s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 27 normal_uncertain = 2 #s0,#s6,#s12,#s21,#s30,#s35 28 means = 0. 0. #s0,#s6,#s12,#s21,#s30,#s35 29 std_deviations = 1. 1. #s0,#s6,#s12,#s21,#s30,#s35 30# lower_bounds = -2. -2. #s12,#s21,#s35 31# upper_bounds = 2. 2. #s12,#s21,#s35 32 descriptors = 'x1' 'x2' #s0,#s6,#s12,#s21,#s30,#s35 33# uniform_uncertain = 2 #s1,#s7,#s31,#s44,#s45,#s46,#s47,#s48,#s49,#s50,#s51,#s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 34# lower_bounds = -2. -2. #s1,#s7,#s31,#s44,#s45,#s46,#s47,#s48,#s49,#s50,#s51,#s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 35# upper_bounds = 2. 2. #s1,#s7,#s31,#s44,#s45,#s46,#s47,#s48,#s49,#s50,#s51,#s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 36# descriptors = 'x1' 'x2' #s1,#s7,#s31,#s44,#s45,#s46,#s47,#s48,#s49,#s50,#s51,#s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 37# exponential_uncertain = 2 #s2,#s8,#s32 38# betas = 2. 2. #s2,#s8,#s32 39# descriptors = 'x1' 'x2' #s2,#s8,#s32 40# beta_uncertain = 2 #s3,#s9,#s33 41# alphas = 1.5 1.5 #s3,#s9,#s33 42# betas = 2. 2. #s3,#s9,#s33 43# lower_bounds = -2. -2. #s3,#s9,#s33 44# upper_bounds = 2. 2. #s3,#s9,#s33 45# descriptors = 'x1' 'x2' #s3,#s9,#s33 46# gamma_uncertain = 2 #s4,#s10,#s34 47# alphas = 2.5 2.5 #s4,#s10,#s34 48# betas = 2. 2. #s4,#s10,#s34 49# descriptors = 'x1' 'x2' #s4,#s10,#s34 50# normal_uncertain = 1 #s5,#s11 51# means = 0. #s5,#s11 52# std_deviations = 1. #s5,#s11 53# descriptors = 'x1' #s5,#s11 54# uniform_uncertain = 1 #s5,#s11 55# lower_bounds = -2. #s5,#s11 56# upper_bounds = 2. #s5,#s11 57# descriptors = 'x2' #s5,#s11 58# exponential_uncertain = 1 #s5,#s11 59# betas = 2. #s5,#s11 60# descriptors = 'x3' #s5,#s11 61# beta_uncertain = 1 #s5,#s11 62# alphas = 1.5 #s5,#s11 63# betas = 2. #s5,#s11 64# lower_bounds = -2. #s5,#s11 65# upper_bounds = 2. #s5,#s11 66# descriptors = 'x4' #s5,#s11 67# gamma_uncertain = 1 #s5,#s11 68# alphas = 2.5 #s5,#s11 69# betas = 2. #s5,#s11 70# descriptors = 'x5' #s5,#s11 71# lognormal_uncertain = 2 #s13,#s14,#s22,#s23,#s36,#s37 72# means = 1. 1. #s13,#s14,#s22,#s23,#s36,#s37 73# std_deviations = 0.5 0.5 #s13,#s14,#s22,#s23,#s36,#s37 74# lower_bounds = 0.25 0.25 #s14,#s23,#s37 75# upper_bounds = 2.5 2.5 #s14,#s23,#s37 76# descriptors = 'x1' 'x2' #s13,#s14,#s22,#s23,#s36,#s37 77# loguniform_uncertain = 2 #s15,#s24,#s38 78# lower_bounds = 0.1 0.1 #s15,#s24,#s38 79# upper_bounds = 10. 10. #s15,#s24,#s38 80# descriptors = 'x1' 'x2' #s15,#s24,#s38 81# triangular_uncertain = 2 #s16,#s25,#s39 82# modes = 0. 0. #s16,#s25,#s39 83# lower_bounds = -2. -2. #s16,#s25,#s39 84# upper_bounds = 2. 2. #s16,#s25,#s39 85# descriptors = 'x1' 'x2' #s16,#s25,#s39 86# gumbel_uncertain = 2 #s17,#s26,#s40 87# alphas = 1.5 2.0 #s17,#s26,#s40 88# betas = 2.5 3.0 #s17,#s26,#s40 89# descriptors = 'x1' 'x2' #s17,#s26,#s40 90# frechet_uncertain = 2 #s18,#s27,#s41 91# alphas = 2.5 3.0 #s18,#s27,#s41 92# betas = 3.5 4.0 #s18,#s27,#s41 93# descriptors = 'x1' 'x2' #s18,#s27,#s41 94# weibull_uncertain = 2 #s19,#s28,#s42 95# alphas = 1.5 2.0 #s19,#s28,#s42 96# betas = 2.5 3.0 #s19,#s28,#s42 97# descriptors = 'x1' 'x2' #s19,#s28,#s42 98# histogram_bin_uncertain = 2 #s20,#s29,#s43 99# num_pairs = 3 4 #s20,#s29,#s43 100# abscissas = 1 4 6 1 2 3 4 #s20,#s29,#s43 101# counts = 17 21 0 12 24 12 0 #s20,#s29,#s43 102# descriptors = 'x1' 'x2' #s20,#s29,#s43 103# continuous_design = 2 #s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 104# initial_point = -1.5 -1.5 #s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 105# lower_bounds = -2. -2. #s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 106# upper_bounds = 2. 2. #s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 107# descriptors = 'd1' 'd2' #s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 108 109interface 110 analysis_drivers = 'rosenbrock' #s0,#s1,#s2,#s3,#s4,#s6,#s7,#s8,#s9,#s10,#s12,#s13,#s14,#s15,#s16,#s17,#s18,#s19,#s20,#s21,#s22,#s23,#s24,#s25,#s26,#s27,#s28,#s29,#s30,#s31,#s32,#s33,#s34,#s35,#s36,#s37,#s38,#s39,#s40,#s41,#s42,#s43,#s44,#s45,#s46,#s47,#s48,#s49,#s50,#s51 111# analysis_drivers = 'generalized_rosenbrock' #s5,#s11,#s52,#s53,#s54,#s55,#s56,#s57,#s58,#s59,#s60 112 direct 113 114responses 115 response_functions = 1 116 no_gradients #s0,#s1,#s2,#s3,#s4,#s5,#s6,#s7,#s8,#s9,#s10,#s11,#s12,#s13,#s14,#s15,#s16,#s17,#s18,#s19,#s20,#s21,#s22,#s23,#s24,#s25,#s26,#s27,#s28,#s29,#s30,#s31,#s32,#s33,#s34,#s35,#s36,#s37,#s38,#s39,#s40,#s41,#s42,#s43,#s44,#s45,#s48,#s49,#s50,#s52,#s53,#s55,#s56,#s58,#s59 117# analytic_gradients #s46,#s47,#s51,#s54,#s57,#s60 118 no_hessians 119