1 2environment, 3 4method, 5 polynomial_chaos 6 expansion_order = 4 #s0,#s1,#s2,#s3,#s5,#s7,#s8 7# import data generated using tabular_data with quadrature_order = 5 8 import_build_points_file = 'dakota_uq_rosenbrock_pce_import.annot.pts.dat' annotated #s0,#s1,#s7 9# import_build_points_file = 'dakota_uq_rosenbrock_pce_import.freeform.pts.dat' freeform #s2,#s3,#s5,#s8 10 export_approx_points_file = 'dakota_uq_rosenbrock_pce_export.vals.dat' annotated #s0,#s2 11# export_approx_points_file = 'dakota_uq_rosenbrock_pce_export.freeform.pts.dat' freeform #s1,#s3 12 export_expansion_file = 'dakota_uq_rosenbrock_pce_export.coeffs.dat' #s0 13# export_expansion_file = 'dakota_uq_rosenbrock_pce_export.norm_coeffs.dat' #s5 14# import_expansion_file = 'dakota_uq_rosenbrock_pce_import.coeffs.dat' #s4 15# import_expansion_file = 'dakota_uq_rosenbrock_pce_import.norm_coeffs.dat' #s6 16# import_approx_points_file = 'dakota_uq_rosenbrock_pce_import.mcmc_annot.dat' annotated #s7 17# import_approx_points_file = 'dakota_uq_rosenbrock_pce_import.mcmc_free.dat' freeform #s8 18# normalized #s5,#s6 19 collocation_points = 0 #s0,#s1,#s2,#s3,#s5,#s7,#s8 20 samples_on_emulator = 10000 seed = 12347 #s0,#s1,#s2,#s3,#s4,#s5,#s6 21 response_levels = .1 1. 50. 100. 500. 1000. 22 variance_based_decomp #interaction_order = 1 23# output debug 24 25variables, 26 uniform_uncertain = 2 27 lower_bounds = -2. -2. 28 upper_bounds = 2. 2. 29 descriptors = 'x1' 'x2' 30 31interface, 32 direct 33 analysis_driver = 'rosenbrock' 34 35responses, 36 response_functions = 1 37 no_gradients 38 no_hessians 39 40