#@ s1: DakotaConfig=HAVE_NPSOL
environment,
#	method_pointer = 'SBLO'			#s1

##########################################

#method,					#s1
#	id_method = 'SBLO'			#s1
#	surrogate_based_local			#s1
#	model_pointer = 'SURROGATE'		#s1
#	approx_method_name = 'npsol_sqp'	#s1
#	trust_region initial_size = 0.10	#s1

#model,						#s1
#	id_model = 'SURROGATE'			#s1
#	surrogate global		      	#s1	
#	  dace_method_pointer = 'SAMPLING' 	#s1
#	  use_derivatives			#s1	
#	  gaussian_process surfpack		#s1	

#method,					#s1
#	id_method = 'SAMPLING'			#s1
#	model_pointer = 'TRUTH'			#s1
#	sampling      				#s1
#	  samples = 10 sample_type lhs		#s1
#	  seed = 531 			#s1

#model,						#s1
#	id_model = 'TRUTH'			#s1
#	single					#s1
#	  interface_pointer = 'TRUE_FN'		#s1

##########################################

method,						#s0
	polynomial_chaos use_derivatives	#s0
 	  expansion_order   = 4			#s0
	  collocation_ratio = 8.		#s0
	  samples_on_emulator = 10000			#s0
	  seed = 12347 		#s0
	  response_levels = .1 1. 50. 100. 500. 1000.	#s0
	  variance_based_decomp #interaction_order = 1	#s0

variables,
	uniform_uncertain = 2			#s0	
#	continuous_design = 2			#s1
#	  initial_point     -1.2    1.0		#s1
      	  lower_bounds      = -2.  -2. 		
	  upper_bounds      =  2.   2.		
	  descriptors       = 'x1' 'x2'		

interface,
#	id_interface = 'TRUE_FN'		#s1
	fork
	  analysis_driver = 'rosenbrock_fail'		

responses,
#	objective_functions = 1			#s1
	response_functions = 1			#s0
	analytic_gradients
	no_hessians