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