PSUADE_IO (Note : inputs not true inputs if pdf ̃=U) # Start data block
5 2 6 # 5 inputs, 2 outputs, and 6 samples
1 1 # Sample index, run value (0 if sample point has not been calculated.)
-9.5979899497487442e-01 # Value to the first input of sample 1
1.0552763819095490e-01 # Value to the second input of sample 1
2.1608040201005019e-01 # Value to the third input of sample 1
-2.1608040201005019e-10 # Value to the fourth input of sample 1
-2.5628140703517588e-01 # Value to the fifth input of sample 1
-1.6979984061153328e+00 # Value to the first output of sample 1 (9.99e+34 if undefined)
-7.8296928608517824e-01 # Value to the second output of sample 1 (9.99e+34 if undefined)
2 1 # Sample point 2. Run value is true (outputs calculated)`
-9.5477386934673336e-02
8.5427135678391997e-02
-9.7989949748743721e-01
-4.8743718592964824e-01
3.5175879396984966e-02
9.7708275149071300e-01
8.6655187317087226e-02
3 1 # Sample point 3. Run value is true (outputs calculated)
-6.9849246231155782e-01
-5.9798994974874375e-01
-9.6984924623115576e-01
2.5125628140703515e-02
8.1909547738693478e-01
-6.4229247835711212e-02
2.8546752874255432e-01
4 1 # Sample point 4. Run value is true (outputs calculated)
2.1608040201005019e-01
7.2864321608040195e-01
4.9748743718592969e-01
5.6783919597989962e-01
6.7839195979899491e-01
-4.7115433927748318e-01
-3.5869634004753126e-01
5 1 # Sample point 5. Run value is true (outputs calculated)
5.6783919597989962e-01
5.4773869346733672e-01
-2.2613065326633164e-01
3.8693467336683418e-01
-1.7587939698492461e-01
6.8926859881410230e-03
-2.7551395275787588e-01
6 0 # Sample point 6. Run value is false (outputs not calculated)
-7.2864321608040195e-01
2.1608040201005019e-01
8.3919597989949746e-01
3.5175879396984966e-02
2.3618090452261309e-01
9.9999999999999997e+34 # Output not calculated
9.9999999999999997e+34 # Output not calculated
PSUADE_IO # End data block
PSUADE # Start informational block
INPUT # Start input information block
dimension = 5 # Number of inputs
variable 1 A0 = -1.00000e+00 1.00000e+00 # Input name & range
variable 2 A1 = -1.00000e+00 1.00000e+00
variable 3 A2 = -1.00000e+00 1.00000e+00
variable 4 A3 = -1.00000e+00 1.00000e+00
variable 5 A4 = -1.00000e+00 1.00000e+00
END # End input information block
OUTPUT # Start output information block
dimension = 2 # Number of outputs
variable 1 Y1 # Output name
variable 2 Y2
END # End output information block
METHOD # Start sampling method information block
sampling = LH # Latin Hypercube sampling
num_samples = 6 # Number of samples
END # End sampling method block
APPLICATION # Start application block
driver = NONE # Name of driver program for calculating outputs (NONE for no driver)
END # End application block
ANALYSIS # Start analysis method information block
analyzer output_id = 1
analyzer rstype = MARS # Default response surface type
diagnostics 1
END # End analysis method information block
END # End information block