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DECONVC.SIF
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***************************
* SET UP THE INITIAL DATA *
***************************
NAME DECONVC
* Problem :
* *********
* A problem arising in deconvolution analysis
* (nonlinearly constrained version).
* Source:
* J.P. Rasson, Private communication, 1996.
* SIF input: Ph. Toint, Nov 1996.
* unititialized variables fixed at zero, Nick Gould, Feb, 2013
* classification SQR2-MN-61-1
IE 0 0
IE 1 1
IE LGSG 11
IE LGTR 40
IM -LGSG LGSG -1
RE PIC 12.35
RE TR1 0.0000000000
RE TR2 0.0000000000
RE TR3 1.600000E-03
RE TR4 5.400000E-03
RE TR5 7.020000E-02
RE TR6 0.1876000000
RE TR7 0.3320000000
RE TR8 0.7640000000
RE TR9 0.9320000000
RE TR10 0.8120000000
RE TR11 0.3464000000
RE TR12 0.2064000000
RE TR13 8.300000E-02
RE TR14 3.400000E-02
RE TR15 6.179999E-02
RE TR16 1.2000000000
RE TR17 1.8000000000
RE TR18 2.4000000000
RE TR19 9.0000000000
RE TR20 2.4000000000
RE TR21 1.8010000000
RE TR22 1.3250000000
RE TR23 7.620000E-02
RE TR24 0.2104000000
RE TR25 0.2680000000
RE TR26 0.5520000000
RE TR27 0.9960000000
RE TR28 0.3600000000
RE TR29 0.2400000000
RE TR30 0.1510000000
RE TR31 2.480000E-02
RE TR32 0.2432000000
RE TR33 0.3602000000
RE TR34 0.4800000000
RE TR35 1.8000000000
RE TR36 0.4800000000
RE TR37 0.3600000000
RE TR38 0.2640000000
RE TR39 6.000000E-03
RE TR40 6.000000E-03
RE SSG1 1.000000E-02
RE SSG2 2.000000E-02
RE SSG3 0.4000000000
RE SSG4 0.6000000000
RE SSG5 0.8000000000
RE SSG6 3.0000000000
RE SSG7 0.8000000000
RE SSG8 0.6000000000
RE SSG9 0.4400000000
RE SSG10 1.000000E-02
RE SSG11 1.000000E-02
RE CC1 0.0
RE CC2 0.0
RE CC3 0.0
RE CC4 0.0
RE CC5 0.0
RE CC6 0.0
RE CC7 0.0
RE CC8 0.0
RE CC9 0.0
RE CC10 0.0
RE CC11 0.0
RE CC12 0.0
RE CC13 0.0
RE CC14 0.0
RE CC15 0.0
RE CC16 0.0
RE CC17 0.0
RE CC18 0.0
RE CC19 0.0
RE CC20 0.0
RE CC21 0.0
RE CC22 0.0
RE CC23 0.0
RE CC24 0.0
RE CC25 0.0
RE CC26 0.0
RE CC27 0.0
RE CC28 0.0
RE CC29 0.0
RE CC30 0.0
RE CC31 0.0
RE CC32 0.0
RE CC33 0.0
RE CC34 0.0
RE CC35 0.0
RE CC36 0.0
RE CC37 0.0
RE CC38 0.0
RE CC39 0.0
RE CC40 0.0
VARIABLES
DO K -LGSG LGTR
X C(K)
OD K
DO I 1 LGSG
X SG(I)
OD I
GROUPS
DO K 1 LGTR
XN R(K)
OD K
XE ENERG
CONSTANTS
DO K 1 LGTR
Z DECONVC R(K) TR(K)
OD K
ZE DECONVC ENERG PIC
BOUNDS
DO K -LGSG 0
XX DECONVC C(K) 0.0
OD K
START POINT
START POINT
DO K 1 LGTR
ZV DECONVC C(K) CC(K)
OD K
DO I 1 LGSG
ZV DECONVC SG(I) SSG(I)
OD I
ELEMENT TYPE
EV PR X Y
EP PR IDX
EV SQ X
ELEMENT USES
DO K 1 LGTR
DO I 1 LGSG
I- K-I K I
IA K-I+1 K-I 1
RI RIDX K-I+1
XT PROD(K,I) PR
ZV PROD(K,I) X SG(I)
ZV PROD(K,I) Y C(K-I+1)
ZP PROD(K,I) IDX RIDX
OD I
OD K
DO I 1 LGSG
XT ESQ(I) SQ
ZV ESQ(I) X SG(I)
OD I
GROUP TYPE
GV SQ ALPHA
GROUP USES
DO K 1 LGTR
XT R(K) SQ
DO I 1 LGSG
XE R(K) PROD(K,I)
OD I
OD K
DO I 1 LGSG
XE ENERG ESQ(I)
OD I
ENDATA
***********************
* SET UP THE FUNCTION *
* AND RANGE ROUTINES *
***********************
ELEMENTS DECONVC
TEMPORARIES
R SCAL
L NEGIDX
INDIVIDUALS
T PR
A NEGIDX IDX.LE.0.0
I NEGIDX SCAL 0.0
E NEGIDX SCAL 1.0
F SCAL * X * Y
G X SCAL * Y
G Y SCAL * X
H X Y SCAL
T SQ
F X * X
G X X + X
H X X 2.0
ENDATA
*********************
* SET UP THE GROUPS *
* ROUTINE *
*********************
GROUPS DECONVC
INDIVIDUALS
T SQ
F ALPHA**2
G 2*ALPHA
H 2
ENDATA