************************************************************************
************************************************************************
*
*********************************************************************
* Test dp_soil_2Daxis.dgibi
*
* Test sur la loi non lienaire DP_SOL en 2D MODE AXIS
*
* modele d'une test traixial sur une erpouvette numerique
* solution de reference MATLAB
*
* Contact: A. FRAU (CEA/DEN/DANS/DM2S/SEMT/EMSI)
* alberto.frau et cea.fr
*********************************************************************
*
LX1 = 1.;
LY1 = 1.;
*
NX1 = 2;
NY1 = 2;
*
VSSOL1 = 400.;
NU1 = 0.3;
GSOL1 = ((VSSOL1)**(2.0))*(2000.);
E1 = ((GSOL1)*((2.0)*(1.0 + NU1)));
RHO1 = 0.;
*
F0 = 1.E6;
F1 = 1.E6;
*
DT1 = 0.01;
DT2 = 0.1;
*
GRAP1 = 'N';
*
***************************************************************
* MAILLAGE
***************************************************************
*
P1 = 0. 0.;
*
L1 = D NX1 P1 P2;
L2 = D NY1 P2 P3;
L3 = D NX1 P3 P4;
L4 = D NY1 P4 P1;
*
*
BAS_INF = L1;
BAS_SUP = L3;
SUR_LA1 = L2;
SUR_LA2 = L4;
*
BAS_INF
= BAS_INF
COUL ROSE
;SUR_LA1
= SUR_LA1
COUL ROSE
;BAS_SUP
= BAS_SUP
COUL BLEU
;SUR_LA2
= SUR_LA2
COUL BLEU
;*
ELIM 0.001 (SUR1
ET BAS_INF
ET BAS_SUP
ET SUR_LA1
ET SUR_LA2);
SI (EGA GRAP1 'S');
TRAC 'CACH'
(SUR1
ET BAS_INF
ET BAS_SUP
ET SUR_LA1
ET SUR_LA2
); FINSI;
*
***************************************************************
* MODELE
***************************************************************
*
MOD1
= MODE SUR1 MECANIQUE ELASTIQUE PLASTIQUE DP_SOL QUA4
;MAT1
= MATE MOD1 YOUN E1 NU NU1 RHO RHO1 ALPA
0.1 SIGY 0.1E6
BETA 0.0001E6 SIGI 0.85E6 GAMA 0.04 DELT 0.85;
*
***************************************************************
* MATRICES + BLOCAGES
***************************************************************
*
BL1 = BLOQUER 'UZ' BAS_INF;
BL2 = BLOQUER 'UR' SUR_LA2;
RIG_TOT = RIG1 ET BL1 ET BL2;
SI (EGA GRAP1 'S');
FINSI;
*
***************************************************************
* FORCES
***************************************************************
*
MOP1
= '
MODE' SUR_LA1 'CHARGEMENT' 'PRESSION'
;*
MOP2
= '
MODE' BAS_SUP 'CHARGEMENT' 'PRESSION'
;*
LLT1
= PROG 0.
1.
2.
3.
4.
5.
6.
7.
;LLF1
= PROG 0.
1.
1.
1.
1.
1.
1.
1.
;LLF2
= PROG 0.
0.
1.
0.
-1.
0.
1.
0.
;*
LLT2
= PROG 0.
PAS DT1
7.
;LLF3
= IPOL LLT2 LLT1 LLF1
;LLF4
= IPOL LLT2 LLT1 LLF2
;*
EV_F1
= EVOL MANU 'Temps
[s
]' LLT2 'Ampl' LLF3
;EV_F2
= EVOL MANU 'Temps
[s
]' LLT2 'Ampl' LLF4
;*
CHA_F1
= '
CHAR' '
PRES'
(PRZ1
et PRZ2
) EV_F1
;*
***************************************************************
* RESOLUTION
***************************************************************
*
CH_INI
= MANU CHPO SUR1
2 'UR'
0. 'UZ'
0.
;*
LLT3
= PROG 0.
PAS DT2
7.
;*LLT3 = (PROG 0. 1. 1.44 1.45);
*
TAB1 = TABLE;
TAB1.MODELE = MOD1 et MOP1 et MOP2;
TAB1.CARACTERISTIQUES = MAT1 ;
TAB1.'CHARGEMENT' = CHA_F1 ET CHA_F2;
*TAB1.'TEMPS_SAUVES' = LLT2;
TAB1.'TEMPS_CALCULES' = LLT3;
TAB1.'CONVERGENCE_FORCEE' = FAUX;
TAB1.'BLOCAGES_MECANIQUES' = BL1 ET BL2;
TAB1.MES_SAUVEGARDES = TABLE;
TAB1.MES_SAUVEGARDES.'DEFIN' = VRAI;
TAB1.DEPLACEMENTS = TABLE;
TAB1.DEPLACEMENTS.0 = CH_INI;
TAB1.PRECISION = 1E-4;
TAB1.VITESSES = TABLE;
TAB1.VITESSES.0 = CH_INI;
TAB1.'HYPOTHESE_DEFORMATIONS' = 'LINEAIRE' ;
*
*
***************************************************************
* POST TRAITEMENT
***************************************************************
*
*
P_ETU1
= SUR1
POIN PROC
(1000.
10000.
);*
I = 0;
REPE IND1 (NN1);
CH_DEP = TAB1.DEPLACEMENTS. I;
CH_SIG = TAB1.CONTRAINTES. I;
CH_EPS
= EPSI CH_DEP MOD1
; CH_EPS_P = TAB1.VARIABLES_INTERNES. I;
*
VAL_T = TAB1.TEMPS.I;
VAL_UX1
= EXTR CH_DEP 'UR' P_ETU1
; VAL_UZ1
= EXTR CH_DEP 'UZ' P_ETU1
; VAL_SXX1
= EXTR CH_SIG 'SMRR'
1 1 1; VAL_SYY1
= EXTR CH_SIG 'SMTT'
1 1 1; VAL_SZZ1
= EXTR CH_SIG 'SMZZ'
1 1 1; VAL_EXX1
= EXTR CH_EPS 'EPRR'
1 1 1; VAL_EYY1
= EXTR CH_EPS 'EPTT'
1 1 1; VAL_EZZ1
= EXTR CH_EPS 'EPZZ'
1 1 1; VAP_EXX1
= EXTR CH_EPS_P 'EP11'
1 1 1; VAP_EYY1
= EXTR CH_EPS_P 'EP33'
1 1 1; VAP_EZZ1
= EXTR CH_EPS_P 'EP22'
1 1 1;*
LL_T1
= LL_T1
ET (PROG VAL_T
); LL_DX1
= LL_DX1
ET (PROG VAL_UX1
); LL_DZ1
= LL_DZ1
ET (PROG VAL_UZ1
); LL_EXX1
= LL_EXX1
ET (PROG VAL_EXX1
); LL_EYY1
= LL_EYY1
ET (PROG VAL_EYY1
); LL_EZZ1
= LL_EZZ1
ET (PROG VAL_EZZ1
); LP_EXX1
= LP_EXX1
ET (PROG VAP_EXX1
); LP_EYY1
= LP_EYY1
ET (PROG VAP_EYY1
); LP_EZZ1
= LP_EZZ1
ET (PROG VAP_EZZ1
); LL_SXX1
= LL_SXX1
ET (PROG VAL_SXX1
); LL_SYY1
= LL_SYY1
ET (PROG VAL_SYY1
); LL_SZZ1
= LL_SZZ1
ET (PROG VAL_SZZ1
); LL_Q1
= LL_Q1
ET (PROG (VAL_SZZ1
- VAL_SXX1
)); LL_EDEV1
= LL_EDEV1
ET (PROG ((2.
/3)*(VAL_EZZ1
- VAL_EXX1
))); I = I + 1;
FIN IND1;
*
EV_DX1
= EVOL (BLEU
) MANU 'Temps
[s
]' LL_T1 'Deplx
[m
]' LL_DX1
;EV_DZ1
= EVOL (BLEU
) MANU 'Temps
[s
]' LL_T1 'Deplz
[m
]' LL_DZ1
;EV_EXX1
= EVOL (VERT
) MANU 'Temps
[s
]' LL_T1 'Eps xx
[m
/m
]' LL_EXX1
;EV_EYY1
= EVOL (VERT
) MANU 'Temps
[s
]' LL_T1 'Eps yy
[m
/m
]' LL_EYY1
;EV_EZZ1
= EVOL (VERT
) MANU 'Temps
[s
]' LL_T1 'Eps zz
[m
/m
]' LL_EZZ1
;EP_EXX1
= EVOL (VERT
) MANU 'Temps
[s
]' LL_T1 'Eps xx
[m
/m
]' LP_EXX1
;EP_EYY1
= EVOL (VERT
) MANU 'Temps
[s
]' LL_T1 'Eps yy
[m
/m
]' LP_EYY1
;EP_EZZ1
= EVOL (VERT
) MANU 'Temps
[s
]' LL_T1 'Eps zz
[m
/m
]' LP_EZZ1
;EV_SXX1
= EVOL (ROUG
) MANU 'Temps
[s
]' LL_T1 'Sig xx
[Pa
]' LL_SXX1
;EV_SYY1
= EVOL (ROUG
) MANU 'Temps
[s
]' LL_T1 'Sig yy
[Pa
]' LL_SYY1
;EV_SZZ1
= EVOL (ROUG
) MANU 'Temps
[s
]' LL_T1 'Sig zz
[Pa
]' LL_SZZ1
;*
EV_Q1
= EVOL (ROSE
) MANU 'Temps
[s
]' LL_T1 'q
[Pa
]' LL_Q1
;EV_EDEV1
= EVOL (ROSE
) MANU 'Temps
[s
]' LL_T1 'Eps Dev
[m
/m
]' LL_EDEV1
;*
SI (EGA GRAP1 'S');
FINSI;
*
***************************************************************
* REFEERENCE MATLAB
***************************************************************
*
L_M_T = L_M_T
ET (PROG 0.00000000e
+00 0.00000000e
+00 2.50000000e
-03
) ET (PROG 5.00000000e
-03 7.50000000e
-03 1.00000000e
-02
) ET (PROG 1.25000000e
-02 1.50000000e
-02 1.75000000e
-02
) ET (PROG 2.00000000e
-02 2.25000000e
-02 2.50000000e
-02
) ET (PROG 2.75000000e
-02 3.00000000e
-02 3.25000000e
-02
) ET (PROG 3.50000000e
-02 3.75000000e
-02 4.00000000e
-02
); L_M_T = L_M_T
ET (PROG 4.25000000e
-02 4.50000000e
-02 4.75000000e
-02
) ET (PROG 5.00000000e
-02 5.25000000e
-02 5.50000000e
-02
) ET (PROG 5.75000000e
-02 6.00000000e
-02 6.25000000e
-02
) ET (PROG 6.50000000e
-02 6.75000000e
-02 7.00000000e
-02
) ET (PROG 7.25000000e
-02 7.50000000e
-02 7.75000000e
-02
) ET (PROG 8.00000000e
-02 8.25000000e
-02 8.50000000e
-02
); L_M_T = L_M_T
ET (PROG 8.75000000e
-02 9.00000000e
-02 9.25000000e
-02
) ET (PROG 9.50000000e
-02 9.75000000e
-02 1.00000000e
-01
) ET (PROG 1.02500000e
-01 1.05000000e
-01 1.07500000e
-01
) ET (PROG 1.10000000e
-01 1.12500000e
-01 1.15000000e
-01
) ET (PROG 1.17500000e
-01 1.20000000e
-01 1.22500000e
-01
) ET (PROG 1.25000000e
-01 1.27500000e
-01 1.30000000e
-01
); L_M_T = L_M_T
ET (PROG 1.32500000e
-01 1.35000000e
-01 1.37500000e
-01
) ET (PROG 1.40000000e
-01 1.42500000e
-01 1.45000000e
-01
) ET (PROG 1.47500000e
-01 1.50000000e
-01 1.52500000e
-01
) ET (PROG 1.55000000e
-01 1.57500000e
-01 1.60000000e
-01
) ET (PROG 1.62500000e
-01 1.65000000e
-01 1.67500000e
-01
) ET (PROG 1.70000000e
-01 1.72500000e
-01 1.75000000e
-01
); L_M_T = L_M_T
ET (PROG 1.77500000e
-01 1.80000000e
-01 1.82500000e
-01
) ET (PROG 1.85000000e
-01 1.87500000e
-01 1.90000000e
-01
) ET (PROG 1.92500000e
-01 1.95000000e
-01 1.97500000e
-01
) ET (PROG 2.00000000e
-01 2.02500000e
-01 2.05000000e
-01
) ET (PROG 2.07500000e
-01 2.10000000e
-01 2.12500000e
-01
) ET (PROG 2.15000000e
-01 2.17500000e
-01 2.20000000e
-01
); L_M_T = L_M_T
ET (PROG 2.22500000e
-01 2.25000000e
-01 2.27500000e
-01
) ET (PROG 2.30000000e
-01 2.32500000e
-01 2.35000000e
-01
) ET (PROG 2.37500000e
-01 2.40000000e
-01 2.42500000e
-01
) ET (PROG 2.45000000e
-01 2.47500000e
-01 2.50000000e
-01
) ET (PROG 2.52500000e
-01 2.55000000e
-01 2.57500000e
-01
) ET (PROG 2.60000000e
-01 2.62500000e
-01 2.65000000e
-01
); L_M_T = L_M_T
ET (PROG 2.67500000e
-01 2.70000000e
-01 2.72500000e
-01
) ET (PROG 2.75000000e
-01 2.77500000e
-01 2.80000000e
-01
) ET (PROG 2.82500000e
-01 2.85000000e
-01 2.87500000e
-01
) ET (PROG 2.90000000e
-01 2.92500000e
-01 2.95000000e
-01
) ET (PROG 2.97500000e
-01 3.00000000e
-01 3.02500000e
-01
) ET (PROG 3.05000000e
-01 3.07500000e
-01 3.10000000e
-01
); L_M_T = L_M_T
ET (PROG 3.12500000e
-01 3.15000000e
-01 3.17500000e
-01
) ET (PROG 3.20000000e
-01 3.22500000e
-01 3.25000000e
-01
) ET (PROG 3.27500000e
-01 3.30000000e
-01 3.32500000e
-01
) ET (PROG 3.35000000e
-01 3.37500000e
-01 3.40000000e
-01
) ET (PROG 3.42500000e
-01 3.45000000e
-01 3.47500000e
-01
) ET (PROG 3.50000000e
-01 3.52500000e
-01 3.55000000e
-01
); L_M_T = L_M_T
ET (PROG 3.57500000e
-01 3.60000000e
-01 3.62500000e
-01
) ET (PROG 3.65000000e
-01 3.67500000e
-01 3.70000000e
-01
) ET (PROG 3.72500000e
-01 3.75000000e
-01 3.77500000e
-01
) ET (PROG 3.80000000e
-01 3.82500000e
-01 3.85000000e
-01
) ET (PROG 3.87500000e
-01 3.90000000e
-01 3.92500000e
-01
) ET (PROG 3.95000000e
-01 3.97500000e
-01 4.00000000e
-01
); L_M_T = L_M_T
ET (PROG 4.02500000e
-01 4.05000000e
-01 4.07500000e
-01
) ET (PROG 4.10000000e
-01 4.12500000e
-01 4.15000000e
-01
) ET (PROG 4.17500000e
-01 4.20000000e
-01 4.22500000e
-01
) ET (PROG 4.25000000e
-01 4.27500000e
-01 4.30000000e
-01
) ET (PROG 4.32500000e
-01 4.35000000e
-01 4.37500000e
-01
) ET (PROG 4.40000000e
-01 4.42500000e
-01 4.45000000e
-01
); L_M_T = L_M_T
ET (PROG 4.47500000e
-01 4.50000000e
-01 4.52500000e
-01
) ET (PROG 4.55000000e
-01 4.57500000e
-01 4.60000000e
-01
) ET (PROG 4.62500000e
-01 4.65000000e
-01 4.67500000e
-01
) ET (PROG 4.70000000e
-01 4.72500000e
-01 4.75000000e
-01
) ET (PROG 4.77500000e
-01 4.80000000e
-01 4.82500000e
-01
) ET (PROG 4.85000000e
-01 4.87500000e
-01 4.90000000e
-01
); L_M_T = L_M_T
ET (PROG 4.92500000e
-01 4.95000000e
-01 4.97500000e
-01
) ET (PROG 5.00000000e
-01 5.02500000e
-01 5.05000000e
-01
) ET (PROG 5.07500000e
-01 5.10000000e
-01 5.12500000e
-01
) ET (PROG 5.15000000e
-01 5.17500000e
-01 5.20000000e
-01
) ET (PROG 5.22500000e
-01 5.25000000e
-01 5.27500000e
-01
) ET (PROG 5.30000000e
-01 5.32500000e
-01 5.35000000e
-01
); L_M_T = L_M_T
ET (PROG 5.37500000e
-01 5.40000000e
-01 5.42500000e
-01
) ET (PROG 5.45000000e
-01 5.47500000e
-01 5.50000000e
-01
) ET (PROG 5.52500000e
-01 5.55000000e
-01 5.57500000e
-01
) ET (PROG 5.60000000e
-01 5.62500000e
-01 5.65000000e
-01
) ET (PROG 5.67500000e
-01 5.70000000e
-01 5.72500000e
-01
) ET (PROG 5.75000000e
-01 5.77500000e
-01 5.80000000e
-01
); L_M_T = L_M_T
ET (PROG 5.82500000e
-01 5.85000000e
-01 5.87500000e
-01
) ET (PROG 5.90000000e
-01 5.92500000e
-01 5.95000000e
-01
) ET (PROG 5.97500000e
-01 6.00000000e
-01 6.02500000e
-01
) ET (PROG 6.05000000e
-01 6.07500000e
-01 6.10000000e
-01
) ET (PROG 6.12500000e
-01 6.15000000e
-01 6.17500000e
-01
) ET (PROG 6.20000000e
-01 6.22500000e
-01 6.25000000e
-01
); L_M_T = L_M_T
ET (PROG 6.27500000e
-01 6.30000000e
-01 6.32500000e
-01
) ET (PROG 6.35000000e
-01 6.37500000e
-01 6.40000000e
-01
) ET (PROG 6.42500000e
-01 6.45000000e
-01 6.47500000e
-01
) ET (PROG 6.50000000e
-01 6.52500000e
-01 6.55000000e
-01
) ET (PROG 6.57500000e
-01 6.60000000e
-01 6.62500000e
-01
) ET (PROG 6.65000000e
-01 6.67500000e
-01 6.70000000e
-01
); L_M_T = L_M_T
ET (PROG 6.72500000e
-01 6.75000000e
-01 6.77500000e
-01
) ET (PROG 6.80000000e
-01 6.82500000e
-01 6.85000000e
-01
) ET (PROG 6.87500000e
-01 6.90000000e
-01 6.92500000e
-01
) ET (PROG 6.95000000e
-01 6.97500000e
-01 7.00000000e
-01
) ET (PROG 7.02500000e
-01 7.05000000e
-01 7.07500000e
-01
) ET (PROG 7.10000000e
-01 7.12500000e
-01 7.15000000e
-01
); L_M_T = L_M_T
ET (PROG 7.17500000e
-01 7.20000000e
-01 7.22500000e
-01
) ET (PROG 7.25000000e
-01 7.27500000e
-01 7.30000000e
-01
) ET (PROG 7.32500000e
-01 7.35000000e
-01 7.37500000e
-01
) ET (PROG 7.40000000e
-01 7.42500000e
-01 7.45000000e
-01
) ET (PROG 7.47500000e
-01 7.50000000e
-01 7.52500000e
-01
) ET (PROG 7.55000000e
-01 7.57500000e
-01 7.60000000e
-01
); L_M_T = L_M_T
ET (PROG 7.62500000e
-01 7.65000000e
-01 7.67500000e
-01
) ET (PROG 7.70000000e
-01 7.72500000e
-01 7.75000000e
-01
) ET (PROG 7.77500000e
-01 7.80000000e
-01 7.82500000e
-01
) ET (PROG 7.85000000e
-01 7.87500000e
-01 7.90000000e
-01
) ET (PROG 7.92500000e
-01 7.95000000e
-01 7.97500000e
-01
) ET (PROG 8.00000000e
-01 8.02500000e
-01 8.05000000e
-01
); L_M_T = L_M_T
ET (PROG 8.07500000e
-01 8.10000000e
-01 8.12500000e
-01
) ET (PROG 8.15000000e
-01 8.17500000e
-01 8.20000000e
-01
) ET (PROG 8.22500000e
-01 8.25000000e
-01 8.27500000e
-01
) ET (PROG 8.30000000e
-01 8.32500000e
-01 8.35000000e
-01
) ET (PROG 8.37500000e
-01 8.40000000e
-01 8.42500000e
-01
) ET (PROG 8.45000000e
-01 8.47500000e
-01 8.50000000e
-01
); L_M_T = L_M_T
ET (PROG 8.52500000e
-01 8.55000000e
-01 8.57500000e
-01
) ET (PROG 8.60000000e
-01 8.62500000e
-01 8.65000000e
-01
) ET (PROG 8.67500000e
-01 8.70000000e
-01 8.72500000e
-01
) ET (PROG 8.75000000e
-01 8.77500000e
-01 8.80000000e
-01
) ET (PROG 8.82500000e
-01 8.85000000e
-01 8.87500000e
-01
) ET (PROG 8.90000000e
-01 8.92500000e
-01 8.95000000e
-01
); L_M_T = L_M_T
ET (PROG 8.97500000e
-01 9.00000000e
-01 9.02500000e
-01
) ET (PROG 9.05000000e
-01 9.07500000e
-01 9.10000000e
-01
) ET (PROG 9.12500000e
-01 9.15000000e
-01 9.17500000e
-01
) ET (PROG 9.20000000e
-01 9.22500000e
-01 9.25000000e
-01
) ET (PROG 9.27500000e
-01 9.30000000e
-01 9.32500000e
-01
) ET (PROG 9.35000000e
-01 9.37500000e
-01 9.40000000e
-01
); L_M_T = L_M_T
ET (PROG 9.42500000e
-01 9.45000000e
-01 9.47500000e
-01
) ET (PROG 9.50000000e
-01 9.52500000e
-01 9.55000000e
-01
) ET (PROG 9.57500000e
-01 9.60000000e
-01 9.62500000e
-01
) ET (PROG 9.65000000e
-01 9.67500000e
-01 9.70000000e
-01
) ET (PROG 9.72500000e
-01 9.75000000e
-01 9.77500000e
-01
) ET (PROG 9.80000000e
-01 9.82500000e
-01 9.85000000e
-01
); L_M_T = L_M_T
ET (PROG 9.87500000e
-01 9.90000000e
-01 9.92500000e
-01
) ET (PROG 9.95000000e
-01 9.97500000e
-01 1.00000000e
+00
) ET (PROG 1.00250000e
+00 1.00500000e
+00 1.00750000e
+00
) ET (PROG 1.01000000e
+00 1.01250000e
+00 1.01500000e
+00
) ET (PROG 1.01750000e
+00 1.02000000e
+00 1.02250000e
+00
) ET (PROG 1.02500000e
+00 1.02750000e
+00 1.03000000e
+00
); L_M_T = L_M_T
ET (PROG 1.03250000e
+00 1.03500000e
+00 1.03750000e
+00
) ET (PROG 1.04000000e
+00 1.04250000e
+00 1.04500000e
+00
) ET (PROG 1.04750000e
+00 1.05000000e
+00 1.05250000e
+00
) ET (PROG 1.05500000e
+00 1.05750000e
+00 1.06000000e
+00
) ET (PROG 1.06250000e
+00 1.06500000e
+00 1.06750000e
+00
) ET (PROG 1.07000000e
+00 1.07250000e
+00 1.07500000e
+00
); L_M_T = L_M_T
ET (PROG 1.07750000e
+00 1.08000000e
+00 1.08250000e
+00
) ET (PROG 1.08500000e
+00 1.08750000e
+00 1.09000000e
+00
) ET (PROG 1.09250000e
+00 1.09500000e
+00 1.09750000e
+00
) ET (PROG 1.10000000e
+00 1.10250000e
+00 1.10500000e
+00
) ET (PROG 1.10750000e
+00 1.11000000e
+00 1.11250000e
+00
) ET (PROG 1.11500000e
+00 1.11750000e
+00 1.12000000e
+00
); L_M_T = L_M_T
ET (PROG 1.12250000e
+00 1.12500000e
+00 1.12750000e
+00
) ET (PROG 1.13000000e
+00 1.13250000e
+00 1.13500000e
+00
) ET (PROG 1.13750000e
+00 1.14000000e
+00 1.14250000e
+00
) ET (PROG 1.14500000e
+00 1.14750000e
+00 1.15000000e
+00
) ET (PROG 1.15250000e
+00 1.15500000e
+00 1.15750000e
+00
) ET (PROG 1.16000000e
+00 1.16250000e
+00 1.16500000e
+00
); L_M_T = L_M_T
ET (PROG 1.16750000e
+00 1.17000000e
+00 1.17250000e
+00
) ET (PROG 1.17500000e
+00 1.17750000e
+00 1.18000000e
+00
) ET (PROG 1.18250000e
+00 1.18500000e
+00 1.18750000e
+00
) ET (PROG 1.19000000e
+00 1.19250000e
+00 1.19500000e
+00
) ET (PROG 1.19750000e
+00 1.20000000e
+00 1.20250000e
+00
) ET (PROG 1.20500000e
+00 1.20750000e
+00 1.21000000e
+00
); L_M_T = L_M_T
ET (PROG 1.21250000e
+00 1.21500000e
+00 1.21750000e
+00
) ET (PROG 1.22000000e
+00 1.22250000e
+00 1.22500000e
+00
) ET (PROG 1.22750000e
+00 1.23000000e
+00 1.23250000e
+00
) ET (PROG 1.23500000e
+00 1.23750000e
+00 1.24000000e
+00
) ET (PROG 1.24250000e
+00 1.24500000e
+00 1.24750000e
+00
) ET (PROG 1.25000000e
+00 1.25250000e
+00 1.25500000e
+00
); L_M_T = L_M_T
ET (PROG 1.25750000e
+00 1.26000000e
+00 1.26250000e
+00
) ET (PROG 1.26500000e
+00 1.26750000e
+00 1.27000000e
+00
) ET (PROG 1.27250000e
+00 1.27500000e
+00 1.27750000e
+00
) ET (PROG 1.28000000e
+00 1.28250000e
+00 1.28500000e
+00
) ET (PROG 1.28750000e
+00 1.29000000e
+00 1.29250000e
+00
) ET (PROG 1.29500000e
+00 1.29750000e
+00 1.30000000e
+00
); L_M_T = L_M_T
ET (PROG 1.30250000e
+00 1.30500000e
+00 1.30750000e
+00
) ET (PROG 1.31000000e
+00 1.31250000e
+00 1.31500000e
+00
) ET (PROG 1.31750000e
+00 1.32000000e
+00 1.32250000e
+00
) ET (PROG 1.32500000e
+00 1.32750000e
+00 1.33000000e
+00
) ET (PROG 1.33250000e
+00 1.33500000e
+00 1.33750000e
+00
) ET (PROG 1.34000000e
+00 1.34250000e
+00 1.34500000e
+00
); L_M_T = L_M_T
ET (PROG 1.34750000e
+00 1.35000000e
+00 1.35250000e
+00
) ET (PROG 1.35500000e
+00 1.35750000e
+00 1.36000000e
+00
) ET (PROG 1.36250000e
+00 1.36500000e
+00 1.36750000e
+00
) ET (PROG 1.37000000e
+00 1.37250000e
+00 1.37500000e
+00
) ET (PROG 1.37750000e
+00 1.38000000e
+00 1.38250000e
+00
) ET (PROG 1.38500000e
+00 1.38750000e
+00 1.39000000e
+00
); L_M_T = L_M_T
ET (PROG 1.39250000e
+00 1.39500000e
+00 1.39750000e
+00
) ET (PROG 1.40000000e
+00 1.40250000e
+00 1.40500000e
+00
) ET (PROG 1.40750000e
+00 1.41000000e
+00 1.41250000e
+00
) ET (PROG 1.41500000e
+00 1.41750000e
+00 1.42000000e
+00
) ET (PROG 1.42250000e
+00 1.42500000e
+00 1.42750000e
+00
) ET (PROG 1.43000000e
+00 1.43250000e
+00 1.43500000e
+00
); L_M_T = L_M_T
ET (PROG 1.43750000e
+00 1.44000000e
+00 1.44250000e
+00
) ET (PROG 1.44500000e
+00 1.44750000e
+00 1.45000000e
+00
) ET (PROG 1.45250000e
+00 1.45500000e
+00 1.45750000e
+00
) ET (PROG 1.46000000e
+00 1.46250000e
+00 1.46500000e
+00
) ET (PROG 1.46750000e
+00 1.47000000e
+00 1.47250000e
+00
) ET (PROG 1.47500000e
+00 1.47750000e
+00 1.48000000e
+00
); L_M_T = L_M_T
ET (PROG 1.48250000e
+00 1.48500000e
+00 1.48750000e
+00
) ET (PROG 1.49000000e
+00 1.49250000e
+00 1.49500000e
+00
) ET (PROG 1.49750000e
+00 1.50000000e
+00 1.50250000e
+00
) ET (PROG 1.50500000e
+00 1.50750000e
+00 1.51000000e
+00
) ET (PROG 1.51250000e
+00 1.51500000e
+00 1.51750000e
+00
) ET (PROG 1.52000000e
+00 1.52250000e
+00 1.52500000e
+00
); L_M_T = L_M_T
ET (PROG 1.52750000e
+00 1.53000000e
+00 1.53250000e
+00
) ET (PROG 1.53500000e
+00 1.53750000e
+00 1.54000000e
+00
) ET (PROG 1.54250000e
+00 1.54500000e
+00 1.54750000e
+00
) ET (PROG 1.55000000e
+00 1.55250000e
+00 1.55500000e
+00
) ET (PROG 1.55750000e
+00 1.56000000e
+00 1.56250000e
+00
) ET (PROG 1.56500000e
+00 1.56750000e
+00 1.57000000e
+00
); L_M_T = L_M_T
ET (PROG 1.57250000e
+00 1.57500000e
+00 1.57750000e
+00
) ET (PROG 1.58000000e
+00 1.58250000e
+00 1.58500000e
+00
) ET (PROG 1.58750000e
+00 1.59000000e
+00 1.59250000e
+00
) ET (PROG 1.59500000e
+00 1.59750000e
+00 1.60000000e
+00
) ET (PROG 1.60250000e
+00 1.60500000e
+00 1.60750000e
+00
) ET (PROG 1.61000000e
+00 1.61250000e
+00 1.61500000e
+00
); L_M_T = L_M_T
ET (PROG 1.61750000e
+00 1.62000000e
+00 1.62250000e
+00
) ET (PROG 1.62500000e
+00 1.62750000e
+00 1.63000000e
+00
) ET (PROG 1.63250000e
+00 1.63500000e
+00 1.63750000e
+00
) ET (PROG 1.64000000e
+00 1.64250000e
+00 1.64500000e
+00
) ET (PROG 1.64750000e
+00 1.65000000e
+00 1.65250000e
+00
) ET (PROG 1.65500000e
+00 1.65750000e
+00 1.66000000e
+00
); L_M_T = L_M_T
ET (PROG 1.66250000e
+00 1.66500000e
+00 1.66750000e
+00
) ET (PROG 1.67000000e
+00 1.67250000e
+00 1.67500000e
+00
) ET (PROG 1.67750000e
+00 1.68000000e
+00 1.68250000e
+00
) ET (PROG 1.68500000e
+00 1.68750000e
+00 1.69000000e
+00
) ET (PROG 1.69250000e
+00 1.69500000e
+00 1.69750000e
+00
) ET (PROG 1.70000000e
+00 1.70250000e
+00 1.70500000e
+00
); L_M_T = L_M_T
ET (PROG 1.70750000e
+00 1.71000000e
+00 1.71250000e
+00
) ET (PROG 1.71500000e
+00 1.71750000e
+00 1.72000000e
+00
) ET (PROG 1.72250000e
+00 1.72500000e
+00 1.72750000e
+00
) ET (PROG 1.73000000e
+00 1.73250000e
+00 1.73500000e
+00
) ET (PROG 1.73750000e
+00 1.74000000e
+00 1.74250000e
+00
) ET (PROG 1.74500000e
+00 1.74750000e
+00 1.75000000e
+00
); L_M_T = L_M_T
ET (PROG 1.75250000e
+00 1.75500000e
+00 1.75750000e
+00
) ET (PROG 1.76000000e
+00 1.76250000e
+00 1.76500000e
+00
) ET (PROG 1.76750000e
+00 1.77000000e
+00 1.77250000e
+00
) ET (PROG 1.77500000e
+00 1.77750000e
+00 1.78000000e
+00
) ET (PROG 1.78250000e
+00 1.78500000e
+00 1.78750000e
+00
) ET (PROG 1.79000000e
+00 1.79250000e
+00 1.79500000e
+00
); L_M_T = L_M_T
ET (PROG 1.79750000e
+00 1.80000000e
+00 1.80250000e
+00
) ET (PROG 1.80500000e
+00 1.80750000e
+00 1.81000000e
+00
) ET (PROG 1.81250000e
+00 1.81500000e
+00 1.81750000e
+00
) ET (PROG 1.82000000e
+00 1.82250000e
+00 1.82500000e
+00
) ET (PROG 1.82750000e
+00 1.83000000e
+00 1.83250000e
+00
) ET (PROG 1.83500000e
+00 1.83750000e
+00 1.84000000e
+00
); L_M_T = L_M_T
ET (PROG 1.84250000e
+00 1.84500000e
+00 1.84750000e
+00
) ET (PROG 1.85000000e
+00 1.85250000e
+00 1.85500000e
+00
) ET (PROG 1.85750000e
+00 1.86000000e
+00 1.86250000e
+00
) ET (PROG 1.86500000e
+00 1.86750000e
+00 1.87000000e
+00
) ET (PROG 1.87250000e
+00 1.87500000e
+00 1.87750000e
+00
) ET (PROG 1.88000000e
+00 1.88250000e
+00 1.88500000e
+00
); L_M_T = L_M_T
ET (PROG 1.88750000e
+00 1.89000000e
+00 1.89250000e
+00
) ET (PROG 1.89500000e
+00 1.89750000e
+00 1.90000000e
+00
) ET (PROG 1.90250000e
+00 1.90500000e
+00 1.90750000e
+00
) ET (PROG 1.91000000e
+00 1.91250000e
+00 1.91500000e
+00
) ET (PROG 1.91750000e
+00 1.92000000e
+00 1.92250000e
+00
) ET (PROG 1.92500000e
+00 1.92750000e
+00 1.93000000e
+00
); L_M_T = L_M_T
ET (PROG 1.93250000e
+00 1.93500000e
+00 1.93750000e
+00
) ET (PROG 1.94000000e
+00 1.94250000e
+00 1.94500000e
+00
) ET (PROG 1.94750000e
+00 1.95000000e
+00 1.95250000e
+00
) ET (PROG 1.95500000e
+00 1.95750000e
+00 1.96000000e
+00
) ET (PROG 1.96250000e
+00 1.96500000e
+00 1.96750000e
+00
) ET (PROG 1.97000000e
+00 1.97250000e
+00 1.97500000e
+00
); L_M_T = L_M_T
ET (PROG 1.97750000e
+00 1.98000000e
+00 1.98250000e
+00
) ET (PROG 1.98500000e
+00 1.98750000e
+00 1.99000000e
+00
) ET (PROG 1.99250000e
+00 1.99500000e
+00 1.99750000e
+00
) ET (PROG 2.00000000e
+00 2.00250000e
+00 2.00500000e
+00
) ET (PROG 2.00750000e
+00 2.01000000e
+00 2.01250000e
+00
) ET (PROG 2.01500000e
+00 2.01750000e
+00 2.02000000e
+00
); L_M_T = L_M_T
ET (PROG 2.02250000e
+00 2.02500000e
+00 2.02750000e
+00
) ET (PROG 2.03000000e
+00 2.03250000e
+00 2.03500000e
+00
) ET (PROG 2.03750000e
+00 2.04000000e
+00 2.04250000e
+00
) ET (PROG 2.04500000e
+00 2.04750000e
+00 2.05000000e
+00
) ET (PROG 2.05250000e
+00 2.05500000e
+00 2.05750000e
+00
) ET (PROG 2.06000000e
+00 2.06250000e
+00 2.06500000e
+00
); L_M_T = L_M_T
ET (PROG 2.06750000e
+00 2.07000000e
+00 2.07250000e
+00
) ET (PROG 2.07500000e
+00 2.07750000e
+00 2.08000000e
+00
) ET (PROG 2.08250000e
+00 2.08500000e
+00 2.08750000e
+00
) ET (PROG 2.09000000e
+00 2.09250000e
+00 2.09500000e
+00
) ET (PROG 2.09750000e
+00 2.10000000e
+00 2.10250000e
+00
) ET (PROG 2.10500000e
+00 2.10750000e
+00 2.11000000e
+00
); L_M_T = L_M_T
ET (PROG 2.11250000e
+00 2.11500000e
+00 2.11750000e
+00
) ET (PROG 2.12000000e
+00 2.12250000e
+00 2.12500000e
+00
) ET (PROG 2.12750000e
+00 2.13000000e
+00 2.13250000e
+00
) ET (PROG 2.13500000e
+00 2.13750000e
+00 2.14000000e
+00
) ET (PROG 2.14250000e
+00 2.14500000e
+00 2.14750000e
+00
) ET (PROG 2.15000000e
+00 2.15250000e
+00 2.15500000e
+00
); L_M_T = L_M_T
ET (PROG 2.15750000e
+00 2.16000000e
+00 2.16250000e
+00
) ET (PROG 2.16500000e
+00 2.16750000e
+00 2.17000000e
+00
) ET (PROG 2.17250000e
+00 2.17500000e
+00 2.17750000e
+00
) ET (PROG 2.18000000e
+00 2.18250000e
+00 2.18500000e
+00
) ET (PROG 2.18750000e
+00 2.19000000e
+00 2.19250000e
+00
) ET (PROG 2.19500000e
+00 2.19750000e
+00 2.20000000e
+00
); L_M_T = L_M_T
ET (PROG 2.20250000e
+00 2.20500000e
+00 2.20750000e
+00
) ET (PROG 2.21000000e
+00 2.21250000e
+00 2.21500000e
+00
) ET (PROG 2.21750000e
+00 2.22000000e
+00 2.22250000e
+00
) ET (PROG 2.22500000e
+00 2.22750000e
+00 2.23000000e
+00
) ET (PROG 2.23250000e
+00 2.23500000e
+00 2.23750000e
+00
) ET (PROG 2.24000000e
+00 2.24250000e
+00 2.24500000e
+00
); L_M_T = L_M_T
ET (PROG 2.24750000e
+00 2.25000000e
+00 2.25250000e
+00
) ET (PROG 2.25500000e
+00 2.25750000e
+00 2.26000000e
+00
) ET (PROG 2.26250000e
+00 2.26500000e
+00 2.26750000e
+00
) ET (PROG 2.27000000e
+00 2.27250000e
+00 2.27500000e
+00
) ET (PROG 2.27750000e
+00 2.28000000e
+00 2.28250000e
+00
) ET (PROG 2.28500000e
+00 2.28750000e
+00 2.29000000e
+00
); L_M_T = L_M_T
ET (PROG 2.29250000e
+00 2.29500000e
+00 2.29750000e
+00
) ET (PROG 2.30000000e
+00 2.30250000e
+00 2.30500000e
+00
) ET (PROG 2.30750000e
+00 2.31000000e
+00 2.31250000e
+00
) ET (PROG 2.31500000e
+00 2.31750000e
+00 2.32000000e
+00
) ET (PROG 2.32250000e
+00 2.32500000e
+00 2.32750000e
+00
) ET (PROG 2.33000000e
+00 2.33250000e
+00 2.33500000e
+00
); L_M_T = L_M_T
ET (PROG 2.33750000e
+00 2.34000000e
+00 2.34250000e
+00
) ET (PROG 2.34500000e
+00 2.34750000e
+00 2.35000000e
+00
) ET (PROG 2.35250000e
+00 2.35500000e
+00 2.35750000e
+00
) ET (PROG 2.36000000e
+00 2.36250000e
+00 2.36500000e
+00
) ET (PROG 2.36750000e
+00 2.37000000e
+00 2.37250000e
+00
) ET (PROG 2.37500000e
+00 2.37750000e
+00 2.38000000e
+00
); L_M_T = L_M_T
ET (PROG 2.38250000e
+00 2.38500000e
+00 2.38750000e
+00
) ET (PROG 2.39000000e
+00 2.39250000e
+00 2.39500000e
+00
) ET (PROG 2.39750000e
+00 2.40000000e
+00 2.40250000e
+00
) ET (PROG 2.40500000e
+00 2.40750000e
+00 2.41000000e
+00
) ET (PROG 2.41250000e
+00 2.41500000e
+00 2.41750000e
+00
) ET (PROG 2.42000000e
+00 2.42250000e
+00 2.42500000e
+00
); L_M_T = L_M_T
ET (PROG 2.42750000e
+00 2.43000000e
+00 2.43250000e
+00
) ET (PROG 2.43500000e
+00 2.43750000e
+00 2.44000000e
+00
) ET (PROG 2.44250000e
+00 2.44500000e
+00 2.44750000e
+00
) ET (PROG 2.45000000e
+00 2.45250000e
+00 2.45500000e
+00
) ET (PROG 2.45750000e
+00 2.46000000e
+00 2.46250000e
+00
) ET (PROG 2.46500000e
+00 2.46750000e
+00 2.47000000e
+00
); L_M_T = L_M_T
ET (PROG 2.47250000e
+00 2.47500000e
+00 2.47750000e
+00
) ET (PROG 2.48000000e
+00 2.48250000e
+00 2.48500000e
+00
) ET (PROG 2.48750000e
+00 2.49000000e
+00 2.49250000e
+00
) ET (PROG 2.49500000e
+00 2.49750000e
+00 2.50000000e
+00
) ET (PROG 2.50250000e
+00 2.50500000e
+00 2.50750000e
+00
) ET (PROG 2.51000000e
+00 2.51250000e
+00 2.51500000e
+00
); L_M_T = L_M_T
ET (PROG 2.51750000e
+00 2.52000000e
+00 2.52250000e
+00
) ET (PROG 2.52500000e
+00 2.52750000e
+00 2.53000000e
+00
) ET (PROG 2.53250000e
+00 2.53500000e
+00 2.53750000e
+00
) ET (PROG 2.54000000e
+00 2.54250000e
+00 2.54500000e
+00
) ET (PROG 2.54750000e
+00 2.55000000e
+00 2.55250000e
+00
) ET (PROG 2.55500000e
+00 2.55750000e
+00 2.56000000e
+00
); L_M_T = L_M_T
ET (PROG 2.56250000e
+00 2.56500000e
+00 2.56750000e
+00
) ET (PROG 2.57000000e
+00 2.57250000e
+00 2.57500000e
+00
) ET (PROG 2.57750000e
+00 2.58000000e
+00 2.58250000e
+00
) ET (PROG 2.58500000e
+00 2.58750000e
+00 2.59000000e
+00
) ET (PROG 2.59250000e
+00 2.59500000e
+00 2.59750000e
+00
) ET (PROG 2.60000000e
+00 2.60250000e
+00 2.60500000e
+00
); L_M_T = L_M_T
ET (PROG 2.60750000e
+00 2.61000000e
+00 2.61250000e
+00
) ET (PROG 2.61500000e
+00 2.61750000e
+00 2.62000000e
+00
) ET (PROG 2.62250000e
+00 2.62500000e
+00 2.62750000e
+00
) ET (PROG 2.63000000e
+00 2.63250000e
+00 2.63500000e
+00
) ET (PROG 2.63750000e
+00 2.64000000e
+00 2.64250000e
+00
) ET (PROG 2.64500000e
+00 2.64750000e
+00 2.65000000e
+00
); L_M_T = L_M_T
ET (PROG 2.65250000e
+00 2.65500000e
+00 2.65750000e
+00
) ET (PROG 2.66000000e
+00 2.66250000e
+00 2.66500000e
+00
) ET (PROG 2.66750000e
+00 2.67000000e
+00 2.67250000e
+00
) ET (PROG 2.67500000e
+00 2.67750000e
+00 2.68000000e
+00
) ET (PROG 2.68250000e
+00 2.68500000e
+00 2.68750000e
+00
) ET (PROG 2.69000000e
+00 2.69250000e
+00 2.69500000e
+00
); L_M_T = L_M_T
ET (PROG 2.69750000e
+00 2.70000000e
+00 2.70250000e
+00
) ET (PROG 2.70500000e
+00 2.70750000e
+00 2.71000000e
+00
) ET (PROG 2.71250000e
+00 2.71500000e
+00 2.71750000e
+00
) ET (PROG 2.72000000e
+00 2.72250000e
+00 2.72500000e
+00
) ET (PROG 2.72750000e
+00 2.73000000e
+00 2.73250000e
+00
) ET (PROG 2.73500000e
+00 2.73750000e
+00 2.74000000e
+00
); L_M_T = L_M_T
ET (PROG 2.74250000e
+00 2.74500000e
+00 2.74750000e
+00
) ET (PROG 2.75000000e
+00 2.75250000e
+00 2.75500000e
+00
) ET (PROG 2.75750000e
+00 2.76000000e
+00 2.76250000e
+00
) ET (PROG 2.76500000e
+00 2.76750000e
+00 2.77000000e
+00
) ET (PROG 2.77250000e
+00 2.77500000e
+00 2.77750000e
+00
) ET (PROG 2.78000000e
+00 2.78250000e
+00 2.78500000e
+00
); L_M_T = L_M_T
ET (PROG 2.78750000e
+00 2.79000000e
+00 2.79250000e
+00
) ET (PROG 2.79500000e
+00 2.79750000e
+00 2.80000000e
+00
) ET (PROG 2.80250000e
+00 2.80500000e
+00 2.80750000e
+00
) ET (PROG 2.81000000e
+00 2.81250000e
+00 2.81500000e
+00
) ET (PROG 2.81750000e
+00 2.82000000e
+00 2.82250000e
+00
) ET (PROG 2.82500000e
+00 2.82750000e
+00 2.83000000e
+00
); L_M_T = L_M_T
ET (PROG 2.83250000e
+00 2.83500000e
+00 2.83750000e
+00
) ET (PROG 2.84000000e
+00 2.84250000e
+00 2.84500000e
+00
) ET (PROG 2.84750000e
+00 2.85000000e
+00 2.85250000e
+00
) ET (PROG 2.85500000e
+00 2.85750000e
+00 2.86000000e
+00
) ET (PROG 2.86250000e
+00 2.86500000e
+00 2.86750000e
+00
) ET (PROG 2.87000000e
+00 2.87250000e
+00 2.87500000e
+00
); L_M_T = L_M_T
ET (PROG 2.87750000e
+00 2.88000000e
+00 2.88250000e
+00
) ET (PROG 2.88500000e
+00 2.88750000e
+00 2.89000000e
+00
) ET (PROG 2.89250000e
+00 2.89500000e
+00 2.89750000e
+00
) ET (PROG 2.90000000e
+00 2.90250000e
+00 2.90500000e
+00
) ET (PROG 2.90750000e
+00 2.91000000e
+00 2.91250000e
+00
) ET (PROG 2.91500000e
+00 2.91750000e
+00 2.92000000e
+00
); L_M_T = L_M_T
ET (PROG 2.92250000e
+00 2.92500000e
+00 2.92750000e
+00
) ET (PROG 2.93000000e
+00 2.93250000e
+00 2.93500000e
+00
) ET (PROG 2.93750000e
+00 2.94000000e
+00 2.94250000e
+00
) ET (PROG 2.94500000e
+00 2.94750000e
+00 2.95000000e
+00
) ET (PROG 2.95250000e
+00 2.95500000e
+00 2.95750000e
+00
) ET (PROG 2.96000000e
+00 2.96250000e
+00 2.96500000e
+00
); L_M_T = L_M_T
ET (PROG 2.96750000e
+00 2.97000000e
+00 2.97250000e
+00
) ET (PROG 2.97500000e
+00 2.97750000e
+00 2.98000000e
+00
) ET (PROG 2.98250000e
+00 2.98500000e
+00 2.98750000e
+00
) ET (PROG 2.99000000e
+00 2.99250000e
+00 2.99500000e
+00
) ET (PROG 2.99750000e
+00 3.00000000e
+00 3.00250000e
+00
) ET (PROG 3.00500000e
+00 3.00750000e
+00 3.01000000e
+00
); L_M_T = L_M_T
ET (PROG 3.01250000e
+00 3.01500000e
+00 3.01750000e
+00
) ET (PROG 3.02000000e
+00 3.02250000e
+00 3.02500000e
+00
) ET (PROG 3.02750000e
+00 3.03000000e
+00 3.03250000e
+00
) ET (PROG 3.03500000e
+00 3.03750000e
+00 3.04000000e
+00
) ET (PROG 3.04250000e
+00 3.04500000e
+00 3.04750000e
+00
) ET (PROG 3.05000000e
+00 3.05250000e
+00 3.05500000e
+00
); L_M_T = L_M_T
ET (PROG 3.05750000e
+00 3.06000000e
+00 3.06250000e
+00
) ET (PROG 3.06500000e
+00 3.06750000e
+00 3.07000000e
+00
) ET (PROG 3.07250000e
+00 3.07500000e
+00 3.07750000e
+00
) ET (PROG 3.08000000e
+00 3.08250000e
+00 3.08500000e
+00
) ET (PROG 3.08750000e
+00 3.09000000e
+00 3.09250000e
+00
) ET (PROG 3.09500000e
+00 3.09750000e
+00 3.10000000e
+00
); L_M_T = L_M_T
ET (PROG 3.10250000e
+00 3.10500000e
+00 3.10750000e
+00
) ET (PROG 3.11000000e
+00 3.11250000e
+00 3.11500000e
+00
) ET (PROG 3.11750000e
+00 3.12000000e
+00 3.12250000e
+00
) ET (PROG 3.12500000e
+00 3.12750000e
+00 3.13000000e
+00
) ET (PROG 3.13250000e
+00 3.13500000e
+00 3.13750000e
+00
) ET (PROG 3.14000000e
+00 3.14250000e
+00 3.14500000e
+00
); L_M_T = L_M_T
ET (PROG 3.14750000e
+00 3.15000000e
+00 3.15250000e
+00
) ET (PROG 3.15500000e
+00 3.15750000e
+00 3.16000000e
+00
) ET (PROG 3.16250000e
+00 3.16500000e
+00 3.16750000e
+00
) ET (PROG 3.17000000e
+00 3.17250000e
+00 3.17500000e
+00
) ET (PROG 3.17750000e
+00 3.18000000e
+00 3.18250000e
+00
) ET (PROG 3.18500000e
+00 3.18750000e
+00 3.19000000e
+00
); L_M_T = L_M_T
ET (PROG 3.19250000e
+00 3.19500000e
+00 3.19750000e
+00
) ET (PROG 3.20000000e
+00 3.20250000e
+00 3.20500000e
+00
) ET (PROG 3.20750000e
+00 3.21000000e
+00 3.21250000e
+00
) ET (PROG 3.21500000e
+00 3.21750000e
+00 3.22000000e
+00
) ET (PROG 3.22250000e
+00 3.22500000e
+00 3.22750000e
+00
) ET (PROG 3.23000000e
+00 3.23250000e
+00 3.23500000e
+00
); L_M_T = L_M_T
ET (PROG 3.23750000e
+00 3.24000000e
+00 3.24250000e
+00
) ET (PROG 3.24500000e
+00 3.24750000e
+00 3.25000000e
+00
) ET (PROG 3.25250000e
+00 3.25500000e
+00 3.25750000e
+00
) ET (PROG 3.26000000e
+00 3.26250000e
+00 3.26500000e
+00
) ET (PROG 3.26750000e
+00 3.27000000e
+00 3.27250000e
+00
) ET (PROG 3.27500000e
+00 3.27750000e
+00 3.28000000e
+00
); L_M_T = L_M_T
ET (PROG 3.28250000e
+00 3.28500000e
+00 3.28750000e
+00
) ET (PROG 3.29000000e
+00 3.29250000e
+00 3.29500000e
+00
) ET (PROG 3.29750000e
+00 3.30000000e
+00 3.30250000e
+00
) ET (PROG 3.30500000e
+00 3.30750000e
+00 3.31000000e
+00
) ET (PROG 3.31250000e
+00 3.31500000e
+00 3.31750000e
+00
) ET (PROG 3.32000000e
+00 3.32250000e
+00 3.32500000e
+00
); L_M_T = L_M_T
ET (PROG 3.32750000e
+00 3.33000000e
+00 3.33250000e
+00
) ET (PROG 3.33500000e
+00 3.33750000e
+00 3.34000000e
+00
) ET (PROG 3.34250000e
+00 3.34500000e
+00 3.34750000e
+00
) ET (PROG 3.35000000e
+00 3.35250000e
+00 3.35500000e
+00
) ET (PROG 3.35750000e
+00 3.36000000e
+00 3.36250000e
+00
) ET (PROG 3.36500000e
+00 3.36750000e
+00 3.37000000e
+00
); L_M_T = L_M_T
ET (PROG 3.37250000e
+00 3.37500000e
+00 3.37750000e
+00
) ET (PROG 3.38000000e
+00 3.38250000e
+00 3.38500000e
+00
) ET (PROG 3.38750000e
+00 3.39000000e
+00 3.39250000e
+00
) ET (PROG 3.39500000e
+00 3.39750000e
+00 3.40000000e
+00
) ET (PROG 3.40250000e
+00 3.40500000e
+00 3.40750000e
+00
) ET (PROG 3.41000000e
+00 3.41250000e
+00 3.41500000e
+00
); L_M_T = L_M_T
ET (PROG 3.41750000e
+00 3.42000000e
+00 3.42250000e
+00
) ET (PROG 3.42500000e
+00 3.42750000e
+00 3.43000000e
+00
) ET (PROG 3.43250000e
+00 3.43500000e
+00 3.43750000e
+00
) ET (PROG 3.44000000e
+00 3.44250000e
+00 3.44500000e
+00
) ET (PROG 3.44750000e
+00 3.45000000e
+00 3.45250000e
+00
) ET (PROG 3.45500000e
+00 3.45750000e
+00 3.46000000e
+00
); L_M_T = L_M_T
ET (PROG 3.46250000e
+00 3.46500000e
+00 3.46750000e
+00
) ET (PROG 3.47000000e
+00 3.47250000e
+00 3.47500000e
+00
) ET (PROG 3.47750000e
+00 3.48000000e
+00 3.48250000e
+00
) ET (PROG 3.48500000e
+00 3.48750000e
+00 3.49000000e
+00
) ET (PROG 3.49250000e
+00 3.49500000e
+00 3.49750000e
+00
) ET (PROG 3.50000000e
+00 3.50250000e
+00 3.50500000e
+00
); L_M_T = L_M_T
ET (PROG 3.50750000e
+00 3.51000000e
+00 3.51250000e
+00
) ET (PROG 3.51500000e
+00 3.51750000e
+00 3.52000000e
+00
) ET (PROG 3.52250000e
+00 3.52500000e
+00 3.52750000e
+00
) ET (PROG 3.53000000e
+00 3.53250000e
+00 3.53500000e
+00
) ET (PROG 3.53750000e
+00 3.54000000e
+00 3.54250000e
+00
) ET (PROG 3.54500000e
+00 3.54750000e
+00 3.55000000e
+00
); L_M_T = L_M_T
ET (PROG 3.55250000e
+00 3.55500000e
+00 3.55750000e
+00
) ET (PROG 3.56000000e
+00 3.56250000e
+00 3.56500000e
+00
) ET (PROG 3.56750000e
+00 3.57000000e
+00 3.57250000e
+00
) ET (PROG 3.57500000e
+00 3.57750000e
+00 3.58000000e
+00
) ET (PROG 3.58250000e
+00 3.58500000e
+00 3.58750000e
+00
) ET (PROG 3.59000000e
+00 3.59250000e
+00 3.59500000e
+00
); L_M_T = L_M_T
ET (PROG 3.59750000e
+00 3.60000000e
+00 3.60250000e
+00
) ET (PROG 3.60500000e
+00 3.60750000e
+00 3.61000000e
+00
) ET (PROG 3.61250000e
+00 3.61500000e
+00 3.61750000e
+00
) ET (PROG 3.62000000e
+00 3.62250000e
+00 3.62500000e
+00
) ET (PROG 3.62750000e
+00 3.63000000e
+00 3.63250000e
+00
) ET (PROG 3.63500000e
+00 3.63750000e
+00 3.64000000e
+00
); L_M_T = L_M_T
ET (PROG 3.64250000e
+00 3.64500000e
+00 3.64750000e
+00
) ET (PROG 3.65000000e
+00 3.65250000e
+00 3.65500000e
+00
) ET (PROG 3.65750000e
+00 3.66000000e
+00 3.66250000e
+00
) ET (PROG 3.66500000e
+00 3.66750000e
+00 3.67000000e
+00
) ET (PROG 3.67250000e
+00 3.67500000e
+00 3.67750000e
+00
) ET (PROG 3.68000000e
+00 3.68250000e
+00 3.68500000e
+00
); L_M_T = L_M_T
ET (PROG 3.68750000e
+00 3.69000000e
+00 3.69250000e
+00
) ET (PROG 3.69500000e
+00 3.69750000e
+00 3.70000000e
+00
) ET (PROG 3.70250000e
+00 3.70500000e
+00 3.70750000e
+00
) ET (PROG 3.71000000e
+00 3.71250000e
+00 3.71500000e
+00
) ET (PROG 3.71750000e
+00 3.72000000e
+00 3.72250000e
+00
) ET (PROG 3.72500000e
+00 3.72750000e
+00 3.73000000e
+00
); L_M_T = L_M_T
ET (PROG 3.73250000e
+00 3.73500000e
+00 3.73750000e
+00
) ET (PROG 3.74000000e
+00 3.74250000e
+00 3.74500000e
+00
) ET (PROG 3.74750000e
+00 3.75000000e
+00 3.75250000e
+00
) ET (PROG 3.75500000e
+00 3.75750000e
+00 3.76000000e
+00
) ET (PROG 3.76250000e
+00 3.76500000e
+00 3.76750000e
+00
) ET (PROG 3.77000000e
+00 3.77250000e
+00 3.77500000e
+00
); L_M_T = L_M_T
ET (PROG 3.77750000e
+00 3.78000000e
+00 3.78250000e
+00
) ET (PROG 3.78500000e
+00 3.78750000e
+00 3.79000000e
+00
) ET (PROG 3.79250000e
+00 3.79500000e
+00 3.79750000e
+00
) ET (PROG 3.80000000e
+00 3.80250000e
+00 3.80500000e
+00
) ET (PROG 3.80750000e
+00 3.81000000e
+00 3.81250000e
+00
) ET (PROG 3.81500000e
+00 3.81750000e
+00 3.82000000e
+00
); L_M_T = L_M_T
ET (PROG 3.82250000e
+00 3.82500000e
+00 3.82750000e
+00
) ET (PROG 3.83000000e
+00 3.83250000e
+00 3.83500000e
+00
) ET (PROG 3.83750000e
+00 3.84000000e
+00 3.84250000e
+00
) ET (PROG 3.84500000e
+00 3.84750000e
+00 3.85000000e
+00
) ET (PROG 3.85250000e
+00 3.85500000e
+00 3.85750000e
+00
) ET (PROG 3.86000000e
+00 3.86250000e
+00 3.86500000e
+00
); L_M_T = L_M_T
ET (PROG 3.86750000e
+00 3.87000000e
+00 3.87250000e
+00
) ET (PROG 3.87500000e
+00 3.87750000e
+00 3.88000000e
+00
) ET (PROG 3.88250000e
+00 3.88500000e
+00 3.88750000e
+00
) ET (PROG 3.89000000e
+00 3.89250000e
+00 3.89500000e
+00
) ET (PROG 3.89750000e
+00 3.90000000e
+00 3.90250000e
+00
) ET (PROG 3.90500000e
+00 3.90750000e
+00 3.91000000e
+00
); L_M_T = L_M_T
ET (PROG 3.91250000e
+00 3.91500000e
+00 3.91750000e
+00
) ET (PROG 3.92000000e
+00 3.92250000e
+00 3.92500000e
+00
) ET (PROG 3.92750000e
+00 3.93000000e
+00 3.93250000e
+00
) ET (PROG 3.93500000e
+00 3.93750000e
+00 3.94000000e
+00
) ET (PROG 3.94250000e
+00 3.94500000e
+00 3.94750000e
+00
) ET (PROG 3.95000000e
+00 3.95250000e
+00 3.95500000e
+00
); L_M_T = L_M_T
ET (PROG 3.95750000e
+00 3.96000000e
+00 3.96250000e
+00
) ET (PROG 3.96500000e
+00 3.96750000e
+00 3.97000000e
+00
) ET (PROG 3.97250000e
+00 3.97500000e
+00 3.97750000e
+00
) ET (PROG 3.98000000e
+00 3.98250000e
+00 3.98500000e
+00
) ET (PROG 3.98750000e
+00 3.99000000e
+00 3.99250000e
+00
) ET (PROG 3.99500000e
+00 3.99750000e
+00 4.00000000e
+00
); L_M_T = L_M_T
ET (PROG 4.00250000e
+00 4.00500000e
+00 4.00750000e
+00
) ET (PROG 4.01000000e
+00 4.01250000e
+00 4.01500000e
+00
) ET (PROG 4.01750000e
+00 4.02000000e
+00 4.02250000e
+00
) ET (PROG 4.02500000e
+00 4.02750000e
+00 4.03000000e
+00
) ET (PROG 4.03250000e
+00 4.03500000e
+00 4.03750000e
+00
) ET (PROG 4.04000000e
+00 4.04250000e
+00 4.04500000e
+00
); L_M_T = L_M_T
ET (PROG 4.04750000e
+00 4.05000000e
+00 4.05250000e
+00
) ET (PROG 4.05500000e
+00 4.05750000e
+00 4.06000000e
+00
) ET (PROG 4.06250000e
+00 4.06500000e
+00 4.06750000e
+00
) ET (PROG 4.07000000e
+00 4.07250000e
+00 4.07500000e
+00
) ET (PROG 4.07750000e
+00 4.08000000e
+00 4.08250000e
+00
) ET (PROG 4.08500000e
+00 4.08750000e
+00 4.09000000e
+00
); L_M_T = L_M_T
ET (PROG 4.09250000e
+00 4.09500000e
+00 4.09750000e
+00
) ET (PROG 4.10000000e
+00 4.10250000e
+00 4.10500000e
+00
) ET (PROG 4.10750000e
+00 4.11000000e
+00 4.11250000e
+00
) ET (PROG 4.11500000e
+00 4.11750000e
+00 4.12000000e
+00
) ET (PROG 4.12250000e
+00 4.12500000e
+00 4.12750000e
+00
) ET (PROG 4.13000000e
+00 4.13250000e
+00 4.13500000e
+00
); L_M_T = L_M_T
ET (PROG 4.13750000e
+00 4.14000000e
+00 4.14250000e
+00
) ET (PROG 4.14500000e
+00 4.14750000e
+00 4.15000000e
+00
) ET (PROG 4.15250000e
+00 4.15500000e
+00 4.15750000e
+00
) ET (PROG 4.16000000e
+00 4.16250000e
+00 4.16500000e
+00
) ET (PROG 4.16750000e
+00 4.17000000e
+00 4.17250000e
+00
) ET (PROG 4.17500000e
+00 4.17750000e
+00 4.18000000e
+00
); L_M_T = L_M_T
ET (PROG 4.18250000e
+00 4.18500000e
+00 4.18750000e
+00
) ET (PROG 4.19000000e
+00 4.19250000e
+00 4.19500000e
+00
) ET (PROG 4.19750000e
+00 4.20000000e
+00 4.20250000e
+00
) ET (PROG 4.20500000e
+00 4.20750000e
+00 4.21000000e
+00
) ET (PROG 4.21250000e
+00 4.21500000e
+00 4.21750000e
+00
) ET (PROG 4.22000000e
+00 4.22250000e
+00 4.22500000e
+00
); L_M_T = L_M_T
ET (PROG 4.22750000e
+00 4.23000000e
+00 4.23250000e
+00
) ET (PROG 4.23500000e
+00 4.23750000e
+00 4.24000000e
+00
) ET (PROG 4.24250000e
+00 4.24500000e
+00 4.24750000e
+00
) ET (PROG 4.25000000e
+00 4.25250000e
+00 4.25500000e
+00
) ET (PROG 4.25750000e
+00 4.26000000e
+00 4.26250000e
+00
) ET (PROG 4.26500000e
+00 4.26750000e
+00 4.27000000e
+00
); L_M_T = L_M_T
ET (PROG 4.27250000e
+00 4.27500000e
+00 4.27750000e
+00
) ET (PROG 4.28000000e
+00 4.28250000e
+00 4.28500000e
+00
) ET (PROG 4.28750000e
+00 4.29000000e
+00 4.29250000e
+00
) ET (PROG 4.29500000e
+00 4.29750000e
+00 4.30000000e
+00
) ET (PROG 4.30250000e
+00 4.30500000e
+00 4.30750000e
+00
) ET (PROG 4.31000000e
+00 4.31250000e
+00 4.31500000e
+00
); L_M_T = L_M_T
ET (PROG 4.31750000e
+00 4.32000000e
+00 4.32250000e
+00
) ET (PROG 4.32500000e
+00 4.32750000e
+00 4.33000000e
+00
) ET (PROG 4.33250000e
+00 4.33500000e
+00 4.33750000e
+00
) ET (PROG 4.34000000e
+00 4.34250000e
+00 4.34500000e
+00
) ET (PROG 4.34750000e
+00 4.35000000e
+00 4.35250000e
+00
) ET (PROG 4.35500000e
+00 4.35750000e
+00 4.36000000e
+00
); L_M_T = L_M_T
ET (PROG 4.36250000e
+00 4.36500000e
+00 4.36750000e
+00
) ET (PROG 4.37000000e
+00 4.37250000e
+00 4.37500000e
+00
) ET (PROG 4.37750000e
+00 4.38000000e
+00 4.38250000e
+00
) ET (PROG 4.38500000e
+00 4.38750000e
+00 4.39000000e
+00
) ET (PROG 4.39250000e
+00 4.39500000e
+00 4.39750000e
+00
) ET (PROG 4.40000000e
+00 4.40250000e
+00 4.40500000e
+00
); L_M_T = L_M_T
ET (PROG 4.40750000e
+00 4.41000000e
+00 4.41250000e
+00
) ET (PROG 4.41500000e
+00 4.41750000e
+00 4.42000000e
+00
) ET (PROG 4.42250000e
+00 4.42500000e
+00 4.42750000e
+00
) ET (PROG 4.43000000e
+00 4.43250000e
+00 4.43500000e
+00
) ET (PROG 4.43750000e
+00 4.44000000e
+00 4.44250000e
+00
) ET (PROG 4.44500000e
+00 4.44750000e
+00 4.45000000e
+00
); L_M_T = L_M_T
ET (PROG 4.45250000e
+00 4.45500000e
+00 4.45750000e
+00
) ET (PROG 4.46000000e
+00 4.46250000e
+00 4.46500000e
+00
) ET (PROG 4.46750000e
+00 4.47000000e
+00 4.47250000e
+00
) ET (PROG 4.47500000e
+00 4.47750000e
+00 4.48000000e
+00
) ET (PROG 4.48250000e
+00 4.48500000e
+00 4.48750000e
+00
) ET (PROG 4.49000000e
+00 4.49250000e
+00 4.49500000e
+00
); L_M_T = L_M_T
ET (PROG 4.49750000e
+00 4.50000000e
+00 4.50250000e
+00
) ET (PROG 4.50500000e
+00 4.50750000e
+00 4.51000000e
+00
) ET (PROG 4.51250000e
+00 4.51500000e
+00 4.51750000e
+00
) ET (PROG 4.52000000e
+00 4.52250000e
+00 4.52500000e
+00
) ET (PROG 4.52750000e
+00 4.53000000e
+00 4.53250000e
+00
) ET (PROG 4.53500000e
+00 4.53750000e
+00 4.54000000e
+00
); L_M_T = L_M_T
ET (PROG 4.54250000e
+00 4.54500000e
+00 4.54750000e
+00
) ET (PROG 4.55000000e
+00 4.55250000e
+00 4.55500000e
+00
) ET (PROG 4.55750000e
+00 4.56000000e
+00 4.56250000e
+00
) ET (PROG 4.56500000e
+00 4.56750000e
+00 4.57000000e
+00
) ET (PROG 4.57250000e
+00 4.57500000e
+00 4.57750000e
+00
) ET (PROG 4.58000000e
+00 4.58250000e
+00 4.58500000e
+00
); L_M_T = L_M_T
ET (PROG 4.58750000e
+00 4.59000000e
+00 4.59250000e
+00
) ET (PROG 4.59500000e
+00 4.59750000e
+00 4.60000000e
+00
) ET (PROG 4.60250000e
+00 4.60500000e
+00 4.60750000e
+00
) ET (PROG 4.61000000e
+00 4.61250000e
+00 4.61500000e
+00
) ET (PROG 4.61750000e
+00 4.62000000e
+00 4.62250000e
+00
) ET (PROG 4.62500000e
+00 4.62750000e
+00 4.63000000e
+00
); L_M_T = L_M_T
ET (PROG 4.63250000e
+00 4.63500000e
+00 4.63750000e
+00
) ET (PROG 4.64000000e
+00 4.64250000e
+00 4.64500000e
+00
) ET (PROG 4.64750000e
+00 4.65000000e
+00 4.65250000e
+00
) ET (PROG 4.65500000e
+00 4.65750000e
+00 4.66000000e
+00
) ET (PROG 4.66250000e
+00 4.66500000e
+00 4.66750000e
+00
) ET (PROG 4.67000000e
+00 4.67250000e
+00 4.67500000e
+00
); L_M_T = L_M_T
ET (PROG 4.67750000e
+00 4.68000000e
+00 4.68250000e
+00
) ET (PROG 4.68500000e
+00 4.68750000e
+00 4.69000000e
+00
) ET (PROG 4.69250000e
+00 4.69500000e
+00 4.69750000e
+00
) ET (PROG 4.70000000e
+00 4.70250000e
+00 4.70500000e
+00
) ET (PROG 4.70750000e
+00 4.71000000e
+00 4.71250000e
+00
) ET (PROG 4.71500000e
+00 4.71750000e
+00 4.72000000e
+00
); L_M_T = L_M_T
ET (PROG 4.72250000e
+00 4.72500000e
+00 4.72750000e
+00
) ET (PROG 4.73000000e
+00 4.73250000e
+00 4.73500000e
+00
) ET (PROG 4.73750000e
+00 4.74000000e
+00 4.74250000e
+00
) ET (PROG 4.74500000e
+00 4.74750000e
+00 4.75000000e
+00
) ET (PROG 4.75250000e
+00 4.75500000e
+00 4.75750000e
+00
) ET (PROG 4.76000000e
+00 4.76250000e
+00 4.76500000e
+00
); L_M_T = L_M_T
ET (PROG 4.76750000e
+00 4.77000000e
+00 4.77250000e
+00
) ET (PROG 4.77500000e
+00 4.77750000e
+00 4.78000000e
+00
) ET (PROG 4.78250000e
+00 4.78500000e
+00 4.78750000e
+00
) ET (PROG 4.79000000e
+00 4.79250000e
+00 4.79500000e
+00
) ET (PROG 4.79750000e
+00 4.80000000e
+00 4.80250000e
+00
) ET (PROG 4.80500000e
+00 4.80750000e
+00 4.81000000e
+00
); L_M_T = L_M_T
ET (PROG 4.81250000e
+00 4.81500000e
+00 4.81750000e
+00
) ET (PROG 4.82000000e
+00 4.82250000e
+00 4.82500000e
+00
) ET (PROG 4.82750000e
+00 4.83000000e
+00 4.83250000e
+00
) ET (PROG 4.83500000e
+00 4.83750000e
+00 4.84000000e
+00
) ET (PROG 4.84250000e
+00 4.84500000e
+00 4.84750000e
+00
) ET (PROG 4.85000000e
+00 4.85250000e
+00 4.85500000e
+00
); L_M_T = L_M_T
ET (PROG 4.85750000e
+00 4.86000000e
+00 4.86250000e
+00
) ET (PROG 4.86500000e
+00 4.86750000e
+00 4.87000000e
+00
) ET (PROG 4.87250000e
+00 4.87500000e
+00 4.87750000e
+00
) ET (PROG 4.88000000e
+00 4.88250000e
+00 4.88500000e
+00
) ET (PROG 4.88750000e
+00 4.89000000e
+00 4.89250000e
+00
) ET (PROG 4.89500000e
+00 4.89750000e
+00 4.90000000e
+00
); L_M_T = L_M_T
ET (PROG 4.90250000e
+00 4.90500000e
+00 4.90750000e
+00
) ET (PROG 4.91000000e
+00 4.91250000e
+00 4.91500000e
+00
) ET (PROG 4.91750000e
+00 4.92000000e
+00 4.92250000e
+00
) ET (PROG 4.92500000e
+00 4.92750000e
+00 4.93000000e
+00
) ET (PROG 4.93250000e
+00 4.93500000e
+00 4.93750000e
+00
) ET (PROG 4.94000000e
+00 4.94250000e
+00 4.94500000e
+00
); L_M_T = L_M_T
ET (PROG 4.94750000e
+00 4.95000000e
+00 4.95250000e
+00
) ET (PROG 4.95500000e
+00 4.95750000e
+00 4.96000000e
+00
) ET (PROG 4.96250000e
+00 4.96500000e
+00 4.96750000e
+00
) ET (PROG 4.97000000e
+00 4.97250000e
+00 4.97500000e
+00
) ET (PROG 4.97750000e
+00 4.98000000e
+00 4.98250000e
+00
) ET (PROG 4.98500000e
+00 4.98750000e
+00 4.99000000e
+00
); L_M_T = L_M_T
ET (PROG 4.99250000e
+00 4.99500000e
+00 4.99750000e
+00
) ET (PROG 5.00000000e
+00 5.00250000e
+00 5.00500000e
+00
) ET (PROG 5.00750000e
+00 5.01000000e
+00 5.01250000e
+00
) ET (PROG 5.01500000e
+00 5.01750000e
+00 5.02000000e
+00
) ET (PROG 5.02250000e
+00 5.02500000e
+00 5.02750000e
+00
) ET (PROG 5.03000000e
+00 5.03250000e
+00 5.03500000e
+00
); L_M_T = L_M_T
ET (PROG 5.03750000e
+00 5.04000000e
+00 5.04250000e
+00
) ET (PROG 5.04500000e
+00 5.04750000e
+00 5.05000000e
+00
) ET (PROG 5.05250000e
+00 5.05500000e
+00 5.05750000e
+00
) ET (PROG 5.06000000e
+00 5.06250000e
+00 5.06500000e
+00
) ET (PROG 5.06750000e
+00 5.07000000e
+00 5.07250000e
+00
) ET (PROG 5.07500000e
+00 5.07750000e
+00 5.08000000e
+00
); L_M_T = L_M_T
ET (PROG 5.08250000e
+00 5.08500000e
+00 5.08750000e
+00
) ET (PROG 5.09000000e
+00 5.09250000e
+00 5.09500000e
+00
) ET (PROG 5.09750000e
+00 5.10000000e
+00 5.10250000e
+00
) ET (PROG 5.10500000e
+00 5.10750000e
+00 5.11000000e
+00
) ET (PROG 5.11250000e
+00 5.11500000e
+00 5.11750000e
+00
) ET (PROG 5.12000000e
+00 5.12250000e
+00 5.12500000e
+00
); L_M_T = L_M_T
ET (PROG 5.12750000e
+00 5.13000000e
+00 5.13250000e
+00
) ET (PROG 5.13500000e
+00 5.13750000e
+00 5.14000000e
+00
) ET (PROG 5.14250000e
+00 5.14500000e
+00 5.14750000e
+00
) ET (PROG 5.15000000e
+00 5.15250000e
+00 5.15500000e
+00
) ET (PROG 5.15750000e
+00 5.16000000e
+00 5.16250000e
+00
) ET (PROG 5.16500000e
+00 5.16750000e
+00 5.17000000e
+00
); L_M_T = L_M_T
ET (PROG 5.17250000e
+00 5.17500000e
+00 5.17750000e
+00
) ET (PROG 5.18000000e
+00 5.18250000e
+00 5.18500000e
+00
) ET (PROG 5.18750000e
+00 5.19000000e
+00 5.19250000e
+00
) ET (PROG 5.19500000e
+00 5.19750000e
+00 5.20000000e
+00
) ET (PROG 5.20250000e
+00 5.20500000e
+00 5.20750000e
+00
) ET (PROG 5.21000000e
+00 5.21250000e
+00 5.21500000e
+00
); L_M_T = L_M_T
ET (PROG 5.21750000e
+00 5.22000000e
+00 5.22250000e
+00
) ET (PROG 5.22500000e
+00 5.22750000e
+00 5.23000000e
+00
) ET (PROG 5.23250000e
+00 5.23500000e
+00 5.23750000e
+00
) ET (PROG 5.24000000e
+00 5.24250000e
+00 5.24500000e
+00
) ET (PROG 5.24750000e
+00 5.25000000e
+00 5.25250000e
+00
) ET (PROG 5.25500000e
+00 5.25750000e
+00 5.26000000e
+00
); L_M_T = L_M_T
ET (PROG 5.26250000e
+00 5.26500000e
+00 5.26750000e
+00
) ET (PROG 5.27000000e
+00 5.27250000e
+00 5.27500000e
+00
) ET (PROG 5.27750000e
+00 5.28000000e
+00 5.28250000e
+00
) ET (PROG 5.28500000e
+00 5.28750000e
+00 5.29000000e
+00
) ET (PROG 5.29250000e
+00 5.29500000e
+00 5.29750000e
+00
) ET (PROG 5.30000000e
+00 5.30250000e
+00 5.30500000e
+00
); L_M_T = L_M_T
ET (PROG 5.30750000e
+00 5.31000000e
+00 5.31250000e
+00
) ET (PROG 5.31500000e
+00 5.31750000e
+00 5.32000000e
+00
) ET (PROG 5.32250000e
+00 5.32500000e
+00 5.32750000e
+00
) ET (PROG 5.33000000e
+00 5.33250000e
+00 5.33500000e
+00
) ET (PROG 5.33750000e
+00 5.34000000e
+00 5.34250000e
+00
) ET (PROG 5.34500000e
+00 5.34750000e
+00 5.35000000e
+00
); L_M_T = L_M_T
ET (PROG 5.35250000e
+00 5.35500000e
+00 5.35750000e
+00
) ET (PROG 5.36000000e
+00 5.36250000e
+00 5.36500000e
+00
) ET (PROG 5.36750000e
+00 5.37000000e
+00 5.37250000e
+00
) ET (PROG 5.37500000e
+00 5.37750000e
+00 5.38000000e
+00
) ET (PROG 5.38250000e
+00 5.38500000e
+00 5.38750000e
+00
) ET (PROG 5.39000000e
+00 5.39250000e
+00 5.39500000e
+00
); L_M_T = L_M_T
ET (PROG 5.39750000e
+00 5.40000000e
+00 5.40250000e
+00
) ET (PROG 5.40500000e
+00 5.40750000e
+00 5.41000000e
+00
) ET (PROG 5.41250000e
+00 5.41500000e
+00 5.41750000e
+00
) ET (PROG 5.42000000e
+00 5.42250000e
+00 5.42500000e
+00
) ET (PROG 5.42750000e
+00 5.43000000e
+00 5.43250000e
+00
) ET (PROG 5.43500000e
+00 5.43750000e
+00 5.44000000e
+00
); L_M_T = L_M_T
ET (PROG 5.44250000e
+00 5.44500000e
+00 5.44750000e
+00
) ET (PROG 5.45000000e
+00 5.45250000e
+00 5.45500000e
+00
) ET (PROG 5.45750000e
+00 5.46000000e
+00 5.46250000e
+00
) ET (PROG 5.46500000e
+00 5.46750000e
+00 5.47000000e
+00
) ET (PROG 5.47250000e
+00 5.47500000e
+00 5.47750000e
+00
) ET (PROG 5.48000000e
+00 5.48250000e
+00 5.48500000e
+00
); L_M_T = L_M_T
ET (PROG 5.48750000e
+00 5.49000000e
+00 5.49250000e
+00
) ET (PROG 5.49500000e
+00 5.49750000e
+00 5.50000000e
+00
) ET (PROG 5.50250000e
+00 5.50500000e
+00 5.50750000e
+00
) ET (PROG 5.51000000e
+00 5.51250000e
+00 5.51500000e
+00
) ET (PROG 5.51750000e
+00 5.52000000e
+00 5.52250000e
+00
) ET (PROG 5.52500000e
+00 5.52750000e
+00 5.53000000e
+00
); L_M_T = L_M_T
ET (PROG 5.53250000e
+00 5.53500000e
+00 5.53750000e
+00
) ET (PROG 5.54000000e
+00 5.54250000e
+00 5.54500000e
+00
) ET (PROG 5.54750000e
+00 5.55000000e
+00 5.55250000e
+00
) ET (PROG 5.55500000e
+00 5.55750000e
+00 5.56000000e
+00
) ET (PROG 5.56250000e
+00 5.56500000e
+00 5.56750000e
+00
) ET (PROG 5.57000000e
+00 5.57250000e
+00 5.57500000e
+00
); L_M_T = L_M_T
ET (PROG 5.57750000e
+00 5.58000000e
+00 5.58250000e
+00
) ET (PROG 5.58500000e
+00 5.58750000e
+00 5.59000000e
+00
) ET (PROG 5.59250000e
+00 5.59500000e
+00 5.59750000e
+00
) ET (PROG 5.60000000e
+00 5.60250000e
+00 5.60500000e
+00
) ET (PROG 5.60750000e
+00 5.61000000e
+00 5.61250000e
+00
) ET (PROG 5.61500000e
+00 5.61750000e
+00 5.62000000e
+00
); L_M_T = L_M_T
ET (PROG 5.62250000e
+00 5.62500000e
+00 5.62750000e
+00
) ET (PROG 5.63000000e
+00 5.63250000e
+00 5.63500000e
+00
) ET (PROG 5.63750000e
+00 5.64000000e
+00 5.64250000e
+00
) ET (PROG 5.64500000e
+00 5.64750000e
+00 5.65000000e
+00
) ET (PROG 5.65250000e
+00 5.65500000e
+00 5.65750000e
+00
) ET (PROG 5.66000000e
+00 5.66250000e
+00 5.66500000e
+00
); L_M_T = L_M_T
ET (PROG 5.66750000e
+00 5.67000000e
+00 5.67250000e
+00
) ET (PROG 5.67500000e
+00 5.67750000e
+00 5.68000000e
+00
) ET (PROG 5.68250000e
+00 5.68500000e
+00 5.68750000e
+00
) ET (PROG 5.69000000e
+00 5.69250000e
+00 5.69500000e
+00
) ET (PROG 5.69750000e
+00 5.70000000e
+00 5.70250000e
+00
) ET (PROG 5.70500000e
+00 5.70750000e
+00 5.71000000e
+00
); L_M_T = L_M_T
ET (PROG 5.71250000e
+00 5.71500000e
+00 5.71750000e
+00
) ET (PROG 5.72000000e
+00 5.72250000e
+00 5.72500000e
+00
) ET (PROG 5.72750000e
+00 5.73000000e
+00 5.73250000e
+00
) ET (PROG 5.73500000e
+00 5.73750000e
+00 5.74000000e
+00
) ET (PROG 5.74250000e
+00 5.74500000e
+00 5.74750000e
+00
) ET (PROG 5.75000000e
+00 5.75250000e
+00 5.75500000e
+00
); L_M_T = L_M_T
ET (PROG 5.75750000e
+00 5.76000000e
+00 5.76250000e
+00
) ET (PROG 5.76500000e
+00 5.76750000e
+00 5.77000000e
+00
) ET (PROG 5.77250000e
+00 5.77500000e
+00 5.77750000e
+00
) ET (PROG 5.78000000e
+00 5.78250000e
+00 5.78500000e
+00
) ET (PROG 5.78750000e
+00 5.79000000e
+00 5.79250000e
+00
) ET (PROG 5.79500000e
+00 5.79750000e
+00 5.80000000e
+00
); L_M_T = L_M_T
ET (PROG 5.80250000e
+00 5.80500000e
+00 5.80750000e
+00
) ET (PROG 5.81000000e
+00 5.81250000e
+00 5.81500000e
+00
) ET (PROG 5.81750000e
+00 5.82000000e
+00 5.82250000e
+00
) ET (PROG 5.82500000e
+00 5.82750000e
+00 5.83000000e
+00
) ET (PROG 5.83250000e
+00 5.83500000e
+00 5.83750000e
+00
) ET (PROG 5.84000000e
+00 5.84250000e
+00 5.84500000e
+00
); L_M_T = L_M_T
ET (PROG 5.84750000e
+00 5.85000000e
+00 5.85250000e
+00
) ET (PROG 5.85500000e
+00 5.85750000e
+00 5.86000000e
+00
) ET (PROG 5.86250000e
+00 5.86500000e
+00 5.86750000e
+00
) ET (PROG 5.87000000e
+00 5.87250000e
+00 5.87500000e
+00
) ET (PROG 5.87750000e
+00 5.88000000e
+00 5.88250000e
+00
) ET (PROG 5.88500000e
+00 5.88750000e
+00 5.89000000e
+00
); L_M_T = L_M_T
ET (PROG 5.89250000e
+00 5.89500000e
+00 5.89750000e
+00
) ET (PROG 5.90000000e
+00 5.90250000e
+00 5.90500000e
+00
) ET (PROG 5.90750000e
+00 5.91000000e
+00 5.91250000e
+00
) ET (PROG 5.91500000e
+00 5.91750000e
+00 5.92000000e
+00
) ET (PROG 5.92250000e
+00 5.92500000e
+00 5.92750000e
+00
) ET (PROG 5.93000000e
+00 5.93250000e
+00 5.93500000e
+00
); L_M_T = L_M_T
ET (PROG 5.93750000e
+00 5.94000000e
+00 5.94250000e
+00
) ET (PROG 5.94500000e
+00 5.94750000e
+00 5.95000000e
+00
) ET (PROG 5.95250000e
+00 5.95500000e
+00 5.95750000e
+00
) ET (PROG 5.96000000e
+00 5.96250000e
+00 5.96500000e
+00
) ET (PROG 5.96750000e
+00 5.97000000e
+00 5.97250000e
+00
) ET (PROG 5.97500000e
+00 5.97750000e
+00 5.98000000e
+00
); L_M_T = L_M_T
ET (PROG 5.98250000e
+00 5.98500000e
+00 5.98750000e
+00
) ET (PROG 5.99000000e
+00 5.99250000e
+00 5.99500000e
+00
) ET (PROG 5.99750000e
+00 6.00000000e
+00 6.00250000e
+00
) ET (PROG 6.00500000e
+00 6.00750000e
+00 6.01000000e
+00
) ET (PROG 6.01250000e
+00 6.01500000e
+00 6.01750000e
+00
) ET (PROG 6.02000000e
+00 6.02250000e
+00 6.02500000e
+00
); L_M_T = L_M_T
ET (PROG 6.02750000e
+00 6.03000000e
+00 6.03250000e
+00
) ET (PROG 6.03500000e
+00 6.03750000e
+00 6.04000000e
+00
) ET (PROG 6.04250000e
+00 6.04500000e
+00 6.04750000e
+00
) ET (PROG 6.05000000e
+00 6.05250000e
+00 6.05500000e
+00
) ET (PROG 6.05750000e
+00 6.06000000e
+00 6.06250000e
+00
) ET (PROG 6.06500000e
+00 6.06750000e
+00 6.07000000e
+00
); L_M_T = L_M_T
ET (PROG 6.07250000e
+00 6.07500000e
+00 6.07750000e
+00
) ET (PROG 6.08000000e
+00 6.08250000e
+00 6.08500000e
+00
) ET (PROG 6.08750000e
+00 6.09000000e
+00 6.09250000e
+00
) ET (PROG 6.09500000e
+00 6.09750000e
+00 6.10000000e
+00
) ET (PROG 6.10250000e
+00 6.10500000e
+00 6.10750000e
+00
) ET (PROG 6.11000000e
+00 6.11250000e
+00 6.11500000e
+00
); L_M_T = L_M_T
ET (PROG 6.11750000e
+00 6.12000000e
+00 6.12250000e
+00
) ET (PROG 6.12500000e
+00 6.12750000e
+00 6.13000000e
+00
) ET (PROG 6.13250000e
+00 6.13500000e
+00 6.13750000e
+00
) ET (PROG 6.14000000e
+00 6.14250000e
+00 6.14500000e
+00
) ET (PROG 6.14750000e
+00 6.15000000e
+00 6.15250000e
+00
) ET (PROG 6.15500000e
+00 6.15750000e
+00 6.16000000e
+00
); L_M_T = L_M_T
ET (PROG 6.16250000e
+00 6.16500000e
+00 6.16750000e
+00
) ET (PROG 6.17000000e
+00 6.17250000e
+00 6.17500000e
+00
) ET (PROG 6.17750000e
+00 6.18000000e
+00 6.18250000e
+00
) ET (PROG 6.18500000e
+00 6.18750000e
+00 6.19000000e
+00
) ET (PROG 6.19250000e
+00 6.19500000e
+00 6.19750000e
+00
) ET (PROG 6.20000000e
+00 6.20250000e
+00 6.20500000e
+00
); L_M_T = L_M_T
ET (PROG 6.20750000e
+00 6.21000000e
+00 6.21250000e
+00
) ET (PROG 6.21500000e
+00 6.21750000e
+00 6.22000000e
+00
) ET (PROG 6.22250000e
+00 6.22500000e
+00 6.22750000e
+00
) ET (PROG 6.23000000e
+00 6.23250000e
+00 6.23500000e
+00
) ET (PROG 6.23750000e
+00 6.24000000e
+00 6.24250000e
+00
) ET (PROG 6.24500000e
+00 6.24750000e
+00 6.25000000e
+00
); L_M_T = L_M_T
ET (PROG 6.25250000e
+00 6.25500000e
+00 6.25750000e
+00
) ET (PROG 6.26000000e
+00 6.26250000e
+00 6.26500000e
+00
) ET (PROG 6.26750000e
+00 6.27000000e
+00 6.27250000e
+00
) ET (PROG 6.27500000e
+00 6.27750000e
+00 6.28000000e
+00
) ET (PROG 6.28250000e
+00 6.28500000e
+00 6.28750000e
+00
) ET (PROG 6.29000000e
+00 6.29250000e
+00 6.29500000e
+00
); L_M_T = L_M_T
ET (PROG 6.29750000e
+00 6.30000000e
+00 6.30250000e
+00
) ET (PROG 6.30500000e
+00 6.30750000e
+00 6.31000000e
+00
) ET (PROG 6.31250000e
+00 6.31500000e
+00 6.31750000e
+00
) ET (PROG 6.32000000e
+00 6.32250000e
+00 6.32500000e
+00
) ET (PROG 6.32750000e
+00 6.33000000e
+00 6.33250000e
+00
) ET (PROG 6.33500000e
+00 6.33750000e
+00 6.34000000e
+00
); L_M_T = L_M_T
ET (PROG 6.34250000e
+00 6.34500000e
+00 6.34750000e
+00
) ET (PROG 6.35000000e
+00 6.35250000e
+00 6.35500000e
+00
) ET (PROG 6.35750000e
+00 6.36000000e
+00 6.36250000e
+00
) ET (PROG 6.36500000e
+00 6.36750000e
+00 6.37000000e
+00
) ET (PROG 6.37250000e
+00 6.37500000e
+00 6.37750000e
+00
) ET (PROG 6.38000000e
+00 6.38250000e
+00 6.38500000e
+00
); L_M_T = L_M_T
ET (PROG 6.38750000e
+00 6.39000000e
+00 6.39250000e
+00
) ET (PROG 6.39500000e
+00 6.39750000e
+00 6.40000000e
+00
) ET (PROG 6.40250000e
+00 6.40500000e
+00 6.40750000e
+00
) ET (PROG 6.41000000e
+00 6.41250000e
+00 6.41500000e
+00
) ET (PROG 6.41750000e
+00 6.42000000e
+00 6.42250000e
+00
) ET (PROG 6.42500000e
+00 6.42750000e
+00 6.43000000e
+00
); L_M_T = L_M_T
ET (PROG 6.43250000e
+00 6.43500000e
+00 6.43750000e
+00
) ET (PROG 6.44000000e
+00 6.44250000e
+00 6.44500000e
+00
) ET (PROG 6.44750000e
+00 6.45000000e
+00 6.45250000e
+00
) ET (PROG 6.45500000e
+00 6.45750000e
+00 6.46000000e
+00
) ET (PROG 6.46250000e
+00 6.46500000e
+00 6.46750000e
+00
) ET (PROG 6.47000000e
+00 6.47250000e
+00 6.47500000e
+00
); L_M_T = L_M_T
ET (PROG 6.47750000e
+00 6.48000000e
+00 6.48250000e
+00
) ET (PROG 6.48500000e
+00 6.48750000e
+00 6.49000000e
+00
) ET (PROG 6.49250000e
+00 6.49500000e
+00 6.49750000e
+00
) ET (PROG 6.50000000e
+00 6.50250000e
+00 6.50500000e
+00
) ET (PROG 6.50750000e
+00 6.51000000e
+00 6.51250000e
+00
) ET (PROG 6.51500000e
+00 6.51750000e
+00 6.52000000e
+00
); L_M_T = L_M_T
ET (PROG 6.52250000e
+00 6.52500000e
+00 6.52750000e
+00
) ET (PROG 6.53000000e
+00 6.53250000e
+00 6.53500000e
+00
) ET (PROG 6.53750000e
+00 6.54000000e
+00 6.54250000e
+00
) ET (PROG 6.54500000e
+00 6.54750000e
+00 6.55000000e
+00
) ET (PROG 6.55250000e
+00 6.55500000e
+00 6.55750000e
+00
) ET (PROG 6.56000000e
+00 6.56250000e
+00 6.56500000e
+00
); L_M_T = L_M_T
ET (PROG 6.56750000e
+00 6.57000000e
+00 6.57250000e
+00
) ET (PROG 6.57500000e
+00 6.57750000e
+00 6.58000000e
+00
) ET (PROG 6.58250000e
+00 6.58500000e
+00 6.58750000e
+00
) ET (PROG 6.59000000e
+00 6.59250000e
+00 6.59500000e
+00
) ET (PROG 6.59750000e
+00 6.60000000e
+00 6.60250000e
+00
) ET (PROG 6.60500000e
+00 6.60750000e
+00 6.61000000e
+00
); L_M_T = L_M_T
ET (PROG 6.61250000e
+00 6.61500000e
+00 6.61750000e
+00
) ET (PROG 6.62000000e
+00 6.62250000e
+00 6.62500000e
+00
) ET (PROG 6.62750000e
+00 6.63000000e
+00 6.63250000e
+00
) ET (PROG 6.63500000e
+00 6.63750000e
+00 6.64000000e
+00
) ET (PROG 6.64250000e
+00 6.64500000e
+00 6.64750000e
+00
) ET (PROG 6.65000000e
+00 6.65250000e
+00 6.65500000e
+00
); L_M_T = L_M_T
ET (PROG 6.65750000e
+00 6.66000000e
+00 6.66250000e
+00
) ET (PROG 6.66500000e
+00 6.66750000e
+00 6.67000000e
+00
) ET (PROG 6.67250000e
+00 6.67500000e
+00 6.67750000e
+00
) ET (PROG 6.68000000e
+00 6.68250000e
+00 6.68500000e
+00
) ET (PROG 6.68750000e
+00 6.69000000e
+00 6.69250000e
+00
) ET (PROG 6.69500000e
+00 6.69750000e
+00 6.70000000e
+00
); L_M_T = L_M_T
ET (PROG 6.70250000e
+00 6.70500000e
+00 6.70750000e
+00
) ET (PROG 6.71000000e
+00 6.71250000e
+00 6.71500000e
+00
) ET (PROG 6.71750000e
+00 6.72000000e
+00 6.72250000e
+00
) ET (PROG 6.72500000e
+00 6.72750000e
+00 6.73000000e
+00
) ET (PROG 6.73250000e
+00 6.73500000e
+00 6.73750000e
+00
) ET (PROG 6.74000000e
+00 6.74250000e
+00 6.74500000e
+00
); L_M_T = L_M_T
ET (PROG 6.74750000e
+00 6.75000000e
+00 6.75250000e
+00
) ET (PROG 6.75500000e
+00 6.75750000e
+00 6.76000000e
+00
) ET (PROG 6.76250000e
+00 6.76500000e
+00 6.76750000e
+00
) ET (PROG 6.77000000e
+00 6.77250000e
+00 6.77500000e
+00
) ET (PROG 6.77750000e
+00 6.78000000e
+00 6.78250000e
+00
) ET (PROG 6.78500000e
+00 6.78750000e
+00 6.79000000e
+00
); L_M_T = L_M_T
ET (PROG 6.79250000e
+00 6.79500000e
+00 6.79750000e
+00
) ET (PROG 6.80000000e
+00 6.80250000e
+00 6.80500000e
+00
) ET (PROG 6.80750000e
+00 6.81000000e
+00 6.81250000e
+00
) ET (PROG 6.81500000e
+00 6.81750000e
+00 6.82000000e
+00
) ET (PROG 6.82250000e
+00 6.82500000e
+00 6.82750000e
+00
) ET (PROG 6.83000000e
+00 6.83250000e
+00 6.83500000e
+00
); L_M_T = L_M_T
ET (PROG 6.83750000e
+00 6.84000000e
+00 6.84250000e
+00
) ET (PROG 6.84500000e
+00 6.84750000e
+00 6.85000000e
+00
) ET (PROG 6.85250000e
+00 6.85500000e
+00 6.85750000e
+00
) ET (PROG 6.86000000e
+00 6.86250000e
+00 6.86500000e
+00
) ET (PROG 6.86750000e
+00 6.87000000e
+00 6.87250000e
+00
) ET (PROG 6.87500000e
+00 6.87750000e
+00 6.88000000e
+00
); L_M_T = L_M_T
ET (PROG 6.88250000e
+00 6.88500000e
+00 6.88750000e
+00
) ET (PROG 6.89000000e
+00 6.89250000e
+00 6.89500000e
+00
) ET (PROG 6.89750000e
+00 6.90000000e
+00 6.90250000e
+00
) ET (PROG 6.90500000e
+00 6.90750000e
+00 6.91000000e
+00
) ET (PROG 6.91250000e
+00 6.91500000e
+00 6.91750000e
+00
) ET (PROG 6.92000000e
+00 6.92250000e
+00 6.92500000e
+00
); L_M_T = L_M_T
ET (PROG 6.92750000e
+00 6.93000000e
+00 6.93250000e
+00
) ET (PROG 6.93500000e
+00 6.93750000e
+00 6.94000000e
+00
) ET (PROG 6.94250000e
+00 6.94500000e
+00 6.94750000e
+00
) ET (PROG 6.95000000e
+00 6.95250000e
+00 6.95500000e
+00
) ET (PROG 6.95750000e
+00 6.96000000e
+00 6.96250000e
+00
) ET (PROG 6.96500000e
+00 6.96750000e
+00 6.97000000e
+00
); L_M_T = L_M_T
ET (PROG 6.97250000e
+00 6.97500000e
+00 6.97750000e
+00
) ET (PROG 6.98000000e
+00 6.98250000e
+00 6.98500000e
+00
) ET (PROG 6.98750000e
+00 6.99000000e
+00 6.99250000e
+00
) ET (PROG 6.99500000e
+00 6.99750000e
+00 7.00000000e
+00
); *
*
*
*
L_M_UX = L_M_UX
ET (PROG 0.00000000e
+00 0.00000000e
+00
-1.20192308e
-06
) ET (PROG -2.40384615e
-06
-3.60576923e
-06
-4.80769231e
-06
) ET (PROG -6.00961538e
-06
-7.21153846e
-06
-8.41346154e
-06
) ET (PROG -9.61538462e
-06
-1.08173077e
-05
-1.20192308e
-05
) ET (PROG -1.32211538e
-05
-1.44230769e
-05
-1.56250000e
-05
) ET (PROG -1.68269231e
-05
-1.80288462e
-05
-1.92307692e
-05
); L_M_UX = L_M_UX
ET (PROG -2.04326923e
-05
-2.16346154e
-05
-2.28365385e
-05
) ET (PROG -2.40384615e
-05
-2.52403846e
-05
-2.64423077e
-05
) ET (PROG -2.76442308e
-05
-2.88461538e
-05
-3.00480769e
-05
) ET (PROG -3.12500000e
-05
-3.24519231e
-05
-3.36538462e
-05
) ET (PROG -3.48557692e
-05
-3.60576923e
-05
-3.72596154e
-05
) ET (PROG -3.84615385e
-05
-3.96634615e
-05
-4.08653846e
-05
); L_M_UX = L_M_UX
ET (PROG -4.20673077e
-05
-4.32692308e
-05
-4.44711538e
-05
) ET (PROG -4.56730769e
-05
-4.68750000e
-05
-4.80769231e
-05
) ET (PROG -4.92788462e
-05
-5.04807692e
-05
-5.16826923e
-05
) ET (PROG -5.28846154e
-05
-5.40865385e
-05
-5.52884615e
-05
) ET (PROG -5.64903846e
-05
-5.76923077e
-05
-5.88942308e
-05
) ET (PROG -6.00961538e
-05
-6.12980769e
-05
-6.25000000e
-05
); L_M_UX = L_M_UX
ET (PROG -6.37019231e
-05
-6.49038462e
-05
-6.61057692e
-05
) ET (PROG -6.73076923e
-05
-6.85096154e
-05
-6.97115385e
-05
) ET (PROG -7.09134615e
-05
-7.21153846e
-05
-7.33173077e
-05
) ET (PROG -7.45192308e
-05
-7.57211538e
-05
-7.69230769e
-05
) ET (PROG -7.81250000e
-05
-7.93269231e
-05
-8.05288462e
-05
) ET (PROG -8.17307692e
-05
-8.29326923e
-05
-8.41346154e
-05
); L_M_UX = L_M_UX
ET (PROG -8.53365385e
-05
-8.65384615e
-05
-8.77403846e
-05
) ET (PROG -8.89423077e
-05
-9.01442308e
-05
-9.13461538e
-05
) ET (PROG -9.25480769e
-05
-9.37500000e
-05
-9.49519231e
-05
) ET (PROG -9.61538462e
-05
-9.73557692e
-05
-9.85576923e
-05
) ET (PROG -9.97596154e
-05
-1.00961538e
-04
-1.02163462e
-04
) ET (PROG -1.03365385e
-04
-1.04567308e
-04
-1.05769231e
-04
); L_M_UX = L_M_UX
ET (PROG -1.06971154e
-04
-1.08173077e
-04
-1.09375000e
-04
) ET (PROG -1.10576923e
-04
-1.11778846e
-04
-1.12980769e
-04
) ET (PROG -1.14182692e
-04
-1.15384615e
-04
-1.16586538e
-04
) ET (PROG -1.17788462e
-04
-1.18990385e
-04
-1.20192308e
-04
) ET (PROG -1.21394231e
-04
-1.22596154e
-04
-1.23798077e
-04
) ET (PROG -1.25000000e
-04
-1.26201923e
-04
-1.27403846e
-04
); L_M_UX = L_M_UX
ET (PROG -1.28605769e
-04
-1.29807692e
-04
-1.31009615e
-04
) ET (PROG -1.32211538e
-04
-1.33413462e
-04
-1.34615385e
-04
) ET (PROG -1.35817308e
-04
-1.37019231e
-04
-1.38221154e
-04
) ET (PROG -1.39423077e
-04
-1.40625000e
-04
-1.41826923e
-04
) ET (PROG -1.43028846e
-04
-1.44230769e
-04
-1.45432692e
-04
) ET (PROG -1.46634615e
-04
-1.47836538e
-04
-1.49038462e
-04
); L_M_UX = L_M_UX
ET (PROG -1.50240385e
-04
-1.51442308e
-04
-1.52644231e
-04
) ET (PROG -1.53846154e
-04
-1.55048077e
-04
-1.56250000e
-04
) ET (PROG -1.57451923e
-04
-1.58653846e
-04
-1.59855769e
-04
) ET (PROG -1.61057692e
-04
-1.62259615e
-04
-1.63461538e
-04
) ET (PROG -1.64663462e
-04
-1.65865385e
-04
-1.67067308e
-04
) ET (PROG -1.68269231e
-04
-1.69471154e
-04
-1.70673077e
-04
); L_M_UX = L_M_UX
ET (PROG -1.71875000e
-04
-1.73076923e
-04
-1.74278846e
-04
) ET (PROG -1.75480769e
-04
-1.76682692e
-04
-1.77884615e
-04
) ET (PROG -1.79086538e
-04
-1.80288462e
-04
-1.81490385e
-04
) ET (PROG -1.82692308e
-04
-1.83894231e
-04
-1.85096154e
-04
) ET (PROG -1.86298077e
-04
-1.87500000e
-04
-1.88701923e
-04
) ET (PROG -1.89903846e
-04
-1.91105769e
-04
-1.92307692e
-04
); L_M_UX = L_M_UX
ET (PROG -1.93509615e
-04
-1.94711538e
-04
-1.95913462e
-04
) ET (PROG -1.97115385e
-04
-1.98317308e
-04
-1.99519231e
-04
) ET (PROG -2.00721154e
-04
-2.01923077e
-04
-2.03125000e
-04
) ET (PROG -2.04326923e
-04
-2.05528846e
-04
-2.06730769e
-04
) ET (PROG -2.07932692e
-04
-2.09134615e
-04
-2.10336538e
-04
) ET (PROG -2.11538462e
-04
-2.12740385e
-04
-2.13942308e
-04
); L_M_UX = L_M_UX
ET (PROG -2.15144231e
-04
-2.16346154e
-04
-2.17548077e
-04
) ET (PROG -2.18750000e
-04
-2.19951923e
-04
-2.21153846e
-04
) ET (PROG -2.22355769e
-04
-2.23557692e
-04
-2.24759615e
-04
) ET (PROG -2.25961538e
-04
-2.27163462e
-04
-2.28365385e
-04
) ET (PROG -2.29567308e
-04
-2.30769231e
-04
-2.31971154e
-04
) ET (PROG -2.33173077e
-04
-2.34375000e
-04
-2.35576923e
-04
); L_M_UX = L_M_UX
ET (PROG -2.36778846e
-04
-2.37980769e
-04
-2.39182692e
-04
) ET (PROG -2.40384615e
-04
-2.41586538e
-04
-2.42788462e
-04
) ET (PROG -2.43990385e
-04
-2.45192308e
-04
-2.46394231e
-04
) ET (PROG -2.47596154e
-04
-2.48798077e
-04
-2.50000000e
-04
) ET (PROG -2.51201923e
-04
-2.52403846e
-04
-2.53605769e
-04
) ET (PROG -2.54807692e
-04
-2.56009615e
-04
-2.57211538e
-04
); L_M_UX = L_M_UX
ET (PROG -2.58413462e
-04
-2.59615385e
-04
-2.60817308e
-04
) ET (PROG -2.62019231e
-04
-2.63221154e
-04
-2.64423077e
-04
) ET (PROG -2.65625000e
-04
-2.66826923e
-04
-2.68028846e
-04
) ET (PROG -2.69230769e
-04
-2.70432692e
-04
-2.71634615e
-04
) ET (PROG -2.72836538e
-04
-2.74038462e
-04
-2.75240385e
-04
) ET (PROG -2.76442308e
-04
-2.77644231e
-04
-2.78846154e
-04
); L_M_UX = L_M_UX
ET (PROG -2.80048077e
-04
-2.81250000e
-04
-2.82451923e
-04
) ET (PROG -2.83653846e
-04
-2.84855769e
-04
-2.86057692e
-04
) ET (PROG -2.87259615e
-04
-2.88461538e
-04
-2.89663462e
-04
) ET (PROG -2.90865385e
-04
-2.92067308e
-04
-2.93269231e
-04
) ET (PROG -2.94471154e
-04
-2.95673077e
-04
-2.96875000e
-04
) ET (PROG -2.98076923e
-04
-2.99278846e
-04
-3.00480769e
-04
); L_M_UX = L_M_UX
ET (PROG -3.01682692e
-04
-3.02884615e
-04
-3.04086538e
-04
) ET (PROG -3.05288462e
-04
-3.06490385e
-04
-3.07692308e
-04
) ET (PROG -3.08894231e
-04
-3.10096154e
-04
-3.11298077e
-04
) ET (PROG -3.12500000e
-04
-3.13701923e
-04
-3.14903846e
-04
) ET (PROG -3.16105769e
-04
-3.17307692e
-04
-3.18509615e
-04
) ET (PROG -3.19711538e
-04
-3.20913462e
-04
-3.22115385e
-04
); L_M_UX = L_M_UX
ET (PROG -3.23317308e
-04
-3.24519231e
-04
-3.25721154e
-04
) ET (PROG -3.26923077e
-04
-3.28125000e
-04
-3.29326923e
-04
) ET (PROG -3.30528846e
-04
-3.31730769e
-04
-3.32932692e
-04
) ET (PROG -3.34134615e
-04
-3.35336538e
-04
-3.36538462e
-04
) ET (PROG -3.37740385e
-04
-3.38942308e
-04
-3.40144231e
-04
) ET (PROG -3.41346154e
-04
-3.42548077e
-04
-3.43750000e
-04
); L_M_UX = L_M_UX
ET (PROG -3.44951923e
-04
-3.46153846e
-04
-3.47355769e
-04
) ET (PROG -3.48557692e
-04
-3.49759615e
-04
-3.50961538e
-04
) ET (PROG -3.52163462e
-04
-3.53365385e
-04
-3.54567308e
-04
) ET (PROG -3.55769231e
-04
-3.56971154e
-04
-3.58173077e
-04
) ET (PROG -3.59375000e
-04
-3.60576923e
-04
-3.61778846e
-04
) ET (PROG -3.62980769e
-04
-3.64182692e
-04
-3.65384615e
-04
); L_M_UX = L_M_UX
ET (PROG -3.66586538e
-04
-3.67788462e
-04
-3.68990385e
-04
) ET (PROG -3.70192308e
-04
-3.71394231e
-04
-3.72596154e
-04
) ET (PROG -3.73798077e
-04
-3.75000000e
-04
-3.76201923e
-04
) ET (PROG -3.77403846e
-04
-3.78605769e
-04
-3.79807692e
-04
) ET (PROG -3.81009615e
-04
-3.82211538e
-04
-3.83413462e
-04
) ET (PROG -3.84615385e
-04
-3.85817308e
-04
-3.87019231e
-04
); L_M_UX = L_M_UX
ET (PROG -3.88221154e
-04
-3.89423077e
-04
-3.90625000e
-04
) ET (PROG -3.91826923e
-04
-3.93028846e
-04
-3.94230769e
-04
) ET (PROG -3.95432692e
-04
-3.96634615e
-04
-3.97836538e
-04
) ET (PROG -3.99038462e
-04
-4.00240385e
-04
-4.01442308e
-04
) ET (PROG -4.02644231e
-04
-4.03846154e
-04
-4.05048077e
-04
) ET (PROG -4.06250000e
-04
-4.07451923e
-04
-4.08653846e
-04
); L_M_UX = L_M_UX
ET (PROG -4.09855769e
-04
-4.11057692e
-04
-4.12259615e
-04
) ET (PROG -4.13461538e
-04
-4.14663462e
-04
-4.15865385e
-04
) ET (PROG -4.17067308e
-04
-4.18269231e
-04
-4.19471154e
-04
) ET (PROG -4.20673077e
-04
-4.21875000e
-04
-4.23076923e
-04
) ET (PROG -4.24278846e
-04
-4.25480769e
-04
-4.26682692e
-04
) ET (PROG -4.27884615e
-04
-4.29086538e
-04
-4.30288462e
-04
); L_M_UX = L_M_UX
ET (PROG -4.31490385e
-04
-4.32692308e
-04
-4.33894231e
-04
) ET (PROG -4.35096154e
-04
-4.36298077e
-04
-4.37500000e
-04
) ET (PROG -4.38701923e
-04
-4.39903846e
-04
-4.41105769e
-04
) ET (PROG -4.42307692e
-04
-4.43509615e
-04
-4.44711538e
-04
) ET (PROG -4.45913462e
-04
-4.47115385e
-04
-4.48317308e
-04
) ET (PROG -4.49519231e
-04
-4.50721154e
-04
-4.51923077e
-04
); L_M_UX = L_M_UX
ET (PROG -4.53125000e
-04
-4.54326923e
-04
-4.55528846e
-04
) ET (PROG -4.56730769e
-04
-4.57932692e
-04
-4.59134615e
-04
) ET (PROG -4.60336538e
-04
-4.61538462e
-04
-4.62740385e
-04
) ET (PROG -4.63942308e
-04
-4.65144231e
-04
-4.66346154e
-04
) ET (PROG -4.67548077e
-04
-4.68750000e
-04
-4.69951923e
-04
) ET (PROG -4.71153846e
-04
-4.72355769e
-04
-4.73557692e
-04
); L_M_UX = L_M_UX
ET (PROG -4.74759615e
-04
-4.75961538e
-04
-4.77163462e
-04
) ET (PROG -4.78365385e
-04
-4.79567308e
-04
-4.80769231e
-04
) ET (PROG -4.79867788e
-04
-4.78966346e
-04
-4.78064904e
-04
) ET (PROG -4.77163462e
-04
-4.76262019e
-04
-4.75360577e
-04
) ET (PROG -4.74459135e
-04
-4.73557692e
-04
-4.72656250e
-04
) ET (PROG -4.71754808e
-04
-4.70853365e
-04
-4.69951923e
-04
); L_M_UX = L_M_UX
ET (PROG -4.69050481e
-04
-4.68149038e
-04
-4.67247596e
-04
) ET (PROG -4.66346154e
-04
-4.65444712e
-04
-4.64543269e
-04
) ET (PROG -4.63641827e
-04
-4.62740385e
-04
-4.61838942e
-04
) ET (PROG -4.60937500e
-04
-4.60036058e
-04
-4.59134615e
-04
) ET (PROG -4.58233173e
-04
-4.57331731e
-04
-4.56430288e
-04
) ET (PROG -4.55528846e
-04
-4.54627404e
-04
-4.53725962e
-04
); L_M_UX = L_M_UX
ET (PROG -4.52824519e
-04
-4.51923077e
-04
-4.51021635e
-04
) ET (PROG -4.50120192e
-04
-4.49218750e
-04
-4.48317308e
-04
) ET (PROG -4.47415865e
-04
-4.46514423e
-04
-4.45612981e
-04
) ET (PROG -4.44711538e
-04
-4.43810096e
-04
-4.42908654e
-04
) ET (PROG -4.42007212e
-04
-4.41105769e
-04
-4.40204327e
-04
) ET (PROG -4.39302885e
-04
-4.38401442e
-04
-4.37500000e
-04
); L_M_UX = L_M_UX
ET (PROG -4.36598558e
-04
-4.35697115e
-04
-4.34795673e
-04
) ET (PROG -4.33894231e
-04
-4.32992788e
-04
-4.32091346e
-04
) ET (PROG -4.31189904e
-04
-4.30288462e
-04
-4.29387019e
-04
) ET (PROG -4.28485577e
-04
-4.27584135e
-04
-4.26682692e
-04
) ET (PROG -4.25781250e
-04
-4.24879808e
-04
-4.23978365e
-04
) ET (PROG -4.23076923e
-04
-4.22175481e
-04
-4.21274038e
-04
); L_M_UX = L_M_UX
ET (PROG -4.20372596e
-04
-4.19471154e
-04
-4.18569712e
-04
) ET (PROG -4.17668269e
-04
-4.16766827e
-04
-4.15865385e
-04
) ET (PROG -4.14963942e
-04
-4.14062500e
-04
-4.13161058e
-04
) ET (PROG -4.12259615e
-04
-4.11358173e
-04
-4.10456731e
-04
) ET (PROG -4.09555288e
-04
-4.08653846e
-04
-4.07752404e
-04
) ET (PROG -4.06850962e
-04
-4.05949519e
-04
-4.05048077e
-04
); L_M_UX = L_M_UX
ET (PROG -4.04146635e
-04
-4.03245192e
-04
-4.02343750e
-04
) ET (PROG -4.01442308e
-04
-4.00540865e
-04
-3.99639423e
-04
) ET (PROG -3.98737981e
-04
-3.97836538e
-04
-3.96935096e
-04
) ET (PROG -3.96033654e
-04
-3.95132212e
-04
-3.94230769e
-04
) ET (PROG -3.93329327e
-04
-3.92427885e
-04
-3.91526442e
-04
) ET (PROG -3.90625000e
-04
-3.89723558e
-04
-3.88822115e
-04
); L_M_UX = L_M_UX
ET (PROG -3.87920673e
-04
-3.87019231e
-04
-3.86117788e
-04
) ET (PROG -3.85216346e
-04
-3.84314904e
-04
-3.83413462e
-04
) ET (PROG -3.82512019e
-04
-3.81610577e
-04
-3.80709135e
-04
) ET (PROG -3.79807692e
-04
-3.78906250e
-04
-3.78004808e
-04
) ET (PROG -3.77103365e
-04
-3.76201923e
-04
-3.75300481e
-04
) ET (PROG -3.74399038e
-04
-3.73497596e
-04
-3.72596154e
-04
); L_M_UX = L_M_UX
ET (PROG -3.71694712e
-04
-3.70793269e
-04
-3.69891827e
-04
) ET (PROG -3.68990385e
-04
-3.68088942e
-04
-3.67187500e
-04
) ET (PROG -3.66286058e
-04
-3.65384615e
-04
-3.64483173e
-04
) ET (PROG -3.63581731e
-04
-3.62680288e
-04
-3.61778846e
-04
) ET (PROG -3.60877404e
-04
-3.59975962e
-04
-3.59074519e
-04
) ET (PROG -3.58173077e
-04
-3.57271635e
-04
-3.56370192e
-04
); L_M_UX = L_M_UX
ET (PROG -3.55468750e
-04
-3.54567308e
-04
-3.53665865e
-04
) ET (PROG -3.52764423e
-04
-3.51862981e
-04
-3.50961538e
-04
) ET (PROG -3.50060096e
-04
-3.49158654e
-04
-3.48257212e
-04
) ET (PROG -3.47355769e
-04
-3.46454327e
-04
-3.45552885e
-04
) ET (PROG -3.44651442e
-04
-3.43750000e
-04
-3.42848558e
-04
) ET (PROG -3.41947115e
-04
-3.41045673e
-04
-3.40144231e
-04
); L_M_UX = L_M_UX
ET (PROG -3.39242788e
-04
-3.38341346e
-04
-3.37439904e
-04
) ET (PROG -3.36538462e
-04
-3.35637019e
-04
-3.34735577e
-04
) ET (PROG -3.33834135e
-04
-3.32932692e
-04
-3.32031250e
-04
) ET (PROG -3.31129808e
-04
-3.30228365e
-04
-3.29326923e
-04
) ET (PROG -3.28425481e
-04
-3.27524038e
-04
-3.26622596e
-04
) ET (PROG -3.25721154e
-04
-3.24819712e
-04
-3.23918269e
-04
); L_M_UX = L_M_UX
ET (PROG -3.23016827e
-04
-3.22115385e
-04
-3.21213942e
-04
) ET (PROG -3.17685369e
-04
-3.02807691e
-04
-2.87890049e
-04
) ET (PROG -2.72930147e
-04
-2.57927669e
-04
-2.42841698e
-04
) ET (PROG -2.27751665e
-04
-2.12619402e
-04
-1.97443540e
-04
) ET (PROG -1.82223781e
-04
-1.66959852e
-04
-1.51651480e
-04
) ET (PROG -1.36298391e
-04
-1.20859714e
-04
-1.05414723e
-04
); L_M_UX = L_M_UX
ET (PROG -8.99253005e
-05
-7.43900607e
-05
-5.88086825e
-05
) ET (PROG -4.31808735e
-05
-2.75063397e
-05
-1.17847841e
-05
) ET (PROG 4.02479476e
-06 1.98429475e
-05 3.57078942e
-05
) ET (PROG 5.16210511e
-05 6.75827625e
-05 8.35933438e
-05
) ET (PROG 9.96531126e
-05 1.15802917e
-04 1.31963679e
-04
) ET (PROG 1.48173473e
-04 1.64433729e
-04 1.80744813e
-04
); L_M_UX = L_M_UX
ET (PROG 1.97107063e
-04 2.13520819e
-04 2.30026928e
-04
) ET (PROG 2.46546396e
-04 2.63117285e
-04 2.79741047e
-04
) ET (PROG 2.96418075e
-04 3.13148730e
-04 3.29933377e
-04
) ET (PROG 3.46813016e
-04 3.63708446e
-04 3.80657852e
-04
) ET (PROG 3.97662721e
-04 4.14723470e
-04 4.31840490e
-04
) ET (PROG 4.49054593e
-04 4.66287021e
-04 4.83575785e
-04
); L_M_UX = L_M_UX
ET (PROG 5.00922387e
-04 5.18327269e
-04 5.35790847e
-04
) ET (PROG 5.53313538e
-04 5.70936604e
-04 5.88580524e
-04
) ET (PROG 6.06283689e
-04 6.24047659e
-04 6.41872907e
-04
) ET (PROG 6.59800268e
-04 6.77751130e
-04 6.95763499e
-04
) ET (PROG 7.13838936e
-04 7.31977940e
-04 7.50180983e
-04
) ET (PROG 7.68489104e
-04 7.86823396e
-04 8.05222037e
-04
); L_M_UX = L_M_UX
ET (PROG 8.23686629e
-04 8.42217704e
-04 8.60815767e
-04
) ET (PROG 8.79522200e
-04 8.98257547e
-04 9.17060276e
-04
) ET (PROG 9.35932041e
-04 9.54873410e
-04 9.73925689e
-04
) ET (PROG 9.93009673e
-04 1.01216375e
-03 1.03138961e
-03
) ET (PROG 1.05068785e
-03 1.07009980e
-03 1.08954631e
-03
) ET (PROG 1.10906579e
-03 1.12865995e
-03 1.14832943e
-03
); L_M_UX = L_M_UX
ET (PROG 1.16811571e
-03 1.18793948e
-03 1.20783926e
-03
) ET (PROG 1.22781681e
-03 1.24791332e
-03 1.26805020e
-03
) ET (PROG 1.28826569e
-03 1.30856157e
-03 1.32893854e
-03
) ET (PROG 1.34943810e
-03 1.36998113e
-03 1.39060615e
-03
) ET (PROG 1.41131500e
-03 1.43214910e
-03 1.45302968e
-03
) ET (PROG 1.47399515e
-03 1.49504738e
-03 1.51622772e
-03
); L_M_UX = L_M_UX
ET (PROG 1.53745764e
-03 1.55877550e
-03 1.58018320e
-03
) ET (PROG 1.60172213e
-03 1.62331381e
-03 1.64499663e
-03
) ET (PROG 1.66677254e
-03 1.68868305e
-03 1.71064958e
-03
) ET (PROG 1.73271063e
-03 1.75486819e
-03 1.77716399e
-03
) ET (PROG 1.79951919e
-03 1.82197246e
-03 1.84456627e
-03
) ET (PROG 1.86722264e
-03 1.88997991e
-03 1.91284015e
-03
); L_M_UX = L_M_UX
ET (PROG 1.93584514e
-03 1.95891625e
-03 1.98209219e
-03
) ET (PROG 2.00541558e
-03 2.02880842e
-03 2.05230919e
-03
) ET (PROG 2.07592007e
-03 2.09968317e
-03 2.12351956e
-03
) ET (PROG 2.14746819e
-03 2.17157224e
-03 2.19575307e
-03
) ET (PROG 2.22004960e
-03 2.24450499e
-03 2.26904075e
-03
) ET (PROG 2.29369582e
-03 2.31851340e
-03 2.34341507e
-03
); L_M_UX = L_M_UX
ET (PROG 2.36843980e
-03 2.39363096e
-03 2.41891003e
-03
) ET (PROG 2.44431610e
-03 2.46989274e
-03 2.49556124e
-03
) ET (PROG 2.52140140e
-03 2.54733672e
-03 2.57340607e
-03
) ET (PROG 2.59965284e
-03 2.62599898e
-03 2.65248361e
-03
) ET (PROG 2.67915055e
-03 2.70592119e
-03 2.73287575e
-03
) ET (PROG 2.75993758e
-03 2.78718628e
-03 2.81454590e
-03
); L_M_UX = L_M_UX
ET (PROG 2.84205541e
-03 2.86975855e
-03 2.89757740e
-03
) ET (PROG 2.92559206e
-03 2.95372627e
-03 2.98205977e
-03
) ET (PROG 3.01051679e
-03 3.03913649e
-03 3.06796309e
-03
) ET (PROG 3.09691850e
-03 3.12608358e
-03 3.15538163e
-03
) ET (PROG 3.18489348e
-03 3.21454265e
-03 3.24440992e
-03
) ET (PROG 3.27441896e
-03 3.30465064e
-03 3.33502867e
-03
); L_M_UX = L_M_UX
ET (PROG 3.36563406e
-03 3.39639052e
-03 3.42737931e
-03
) ET (PROG 3.45856440e
-03 3.48990752e
-03 3.52149004e
-03
) ET (PROG 3.55323685e
-03 3.58522867e
-03 3.61739002e
-03
) ET (PROG 3.64980223e
-03 3.68242984e
-03 3.71523480e
-03
) ET (PROG 3.74829909e
-03 3.78154763e
-03 3.81506209e
-03
) ET (PROG 3.84880734e
-03 3.88274540e
-03 3.91695901e
-03
); L_M_UX = L_M_UX
ET (PROG 3.95141345e
-03 3.98607093e
-03 4.02101442e
-03
) ET (PROG 4.05620944e
-03 4.09161830e
-03 4.12732442e
-03
) ET (PROG 4.16329352e
-03 4.19952840e
-03 4.23599291e
-03
) ET (PROG 4.27277067e
-03 4.30982791e
-03 4.34716779e
-03
) ET (PROG 4.38479475e
-03 4.42267325e
-03 4.46088721e
-03
) ET (PROG 4.49940352e
-03 4.53822592e
-03 4.57735939e
-03
); L_M_UX = L_M_UX
ET (PROG 4.61680911e
-03 4.65658036e
-03 4.69663831e
-03
) ET (PROG 4.73706785e
-03 4.77783681e
-03 4.81894985e
-03
) ET (PROG 4.86041293e
-03 4.90223219e
-03 4.94441397e
-03
) ET (PROG 4.98696474e
-03 4.98610343e
-03 4.98520199e
-03
) ET (PROG 4.98430055e
-03 4.98339911e
-03 4.98249766e
-03
) ET (PROG 4.98159622e
-03 4.98069478e
-03 4.97979334e
-03
); L_M_UX = L_M_UX
ET (PROG 4.97889190e
-03 4.97799045e
-03 4.97708901e
-03
) ET (PROG 4.97618757e
-03 4.97528613e
-03 4.97438468e
-03
) ET (PROG 4.97348324e
-03 4.97258180e
-03 4.97168036e
-03
) ET (PROG 4.97077891e
-03 4.96987747e
-03 4.96897603e
-03
) ET (PROG 4.96807459e
-03 4.96717315e
-03 4.96627170e
-03
) ET (PROG 4.96537026e
-03 4.96446882e
-03 4.96356738e
-03
); L_M_UX = L_M_UX
ET (PROG 4.96266593e
-03 4.96176449e
-03 4.96086305e
-03
) ET (PROG 4.95996161e
-03 4.95906016e
-03 4.95815872e
-03
) ET (PROG 4.95725728e
-03 4.95635584e
-03 4.95545440e
-03
) ET (PROG 4.95455295e
-03 4.95365151e
-03 4.95275007e
-03
) ET (PROG 4.95184863e
-03 4.95094718e
-03 4.95004574e
-03
) ET (PROG 4.94914430e
-03 4.94824286e
-03 4.94734141e
-03
); L_M_UX = L_M_UX
ET (PROG 4.94643997e
-03 4.94553853e
-03 4.94463709e
-03
) ET (PROG 4.94373565e
-03 4.94283420e
-03 4.94193276e
-03
) ET (PROG 4.94103132e
-03 4.94012988e
-03 4.93922843e
-03
) ET (PROG 4.93832699e
-03 4.93742555e
-03 4.93652411e
-03
) ET (PROG 4.93562266e
-03 4.93472122e
-03 4.93381978e
-03
) ET (PROG 4.93291834e
-03 4.93201690e
-03 4.93111545e
-03
); L_M_UX = L_M_UX
ET (PROG 4.93021401e
-03 4.92931257e
-03 4.92841113e
-03
) ET (PROG 4.92750968e
-03 4.92660824e
-03 4.92570680e
-03
) ET (PROG 4.92480536e
-03 4.92390391e
-03 4.92300247e
-03
) ET (PROG 4.92210103e
-03 4.92119959e
-03 4.92029815e
-03
) ET (PROG 4.91939670e
-03 4.91849526e
-03 4.91759382e
-03
) ET (PROG 4.91669238e
-03 4.91579093e
-03 4.91488949e
-03
); L_M_UX = L_M_UX
ET (PROG 4.91398805e
-03 4.91308661e
-03 4.91218516e
-03
) ET (PROG 4.91128372e
-03 4.91038228e
-03 4.90948084e
-03
) ET (PROG 4.90857940e
-03 4.90767795e
-03 4.90677651e
-03
) ET (PROG 4.90587507e
-03 4.90497363e
-03 4.90407218e
-03
) ET (PROG 4.90317074e
-03 4.90226930e
-03 4.90136786e
-03
) ET (PROG 4.90046641e
-03 4.89956497e
-03 4.89866353e
-03
); L_M_UX = L_M_UX
ET (PROG 4.89776209e
-03 4.89686065e
-03 4.89595920e
-03
) ET (PROG 4.89505776e
-03 4.89415632e
-03 4.89325488e
-03
) ET (PROG 4.89235343e
-03 4.89145199e
-03 4.89055055e
-03
) ET (PROG 4.88964911e
-03 4.88874766e
-03 4.88784622e
-03
) ET (PROG 4.88694478e
-03 4.88604334e
-03 4.88514190e
-03
) ET (PROG 4.88424045e
-03 4.88333901e
-03 4.88243757e
-03
); L_M_UX = L_M_UX
ET (PROG 4.88153613e
-03 4.88063468e
-03 4.87973324e
-03
) ET (PROG 4.87883180e
-03 4.87793036e
-03 4.87702891e
-03
) ET (PROG 4.87612747e
-03 4.87522603e
-03 4.87432459e
-03
) ET (PROG 4.87342315e
-03 4.87252170e
-03 4.87162026e
-03
) ET (PROG 4.87071882e
-03 4.86981738e
-03 4.86891593e
-03
) ET (PROG 4.86801449e
-03 4.86711305e
-03 4.86621161e
-03
); L_M_UX = L_M_UX
ET (PROG 4.86531016e
-03 4.86440872e
-03 4.86350728e
-03
) ET (PROG 4.86260584e
-03 4.86170440e
-03 4.86080295e
-03
) ET (PROG 4.85990151e
-03 4.85900007e
-03 4.85809863e
-03
) ET (PROG 4.85719718e
-03 4.85629574e
-03 4.85539430e
-03
) ET (PROG 4.85449286e
-03 4.85359141e
-03 4.85268997e
-03
) ET (PROG 4.85178853e
-03 4.85088709e
-03 4.84998565e
-03
); L_M_UX = L_M_UX
ET (PROG 4.84908420e
-03 4.84818276e
-03 4.84728132e
-03
) ET (PROG 4.84637988e
-03 4.84547843e
-03 4.84457699e
-03
) ET (PROG 4.84367555e
-03 4.84277411e
-03 4.84187266e
-03
) ET (PROG 4.84097122e
-03 4.84006978e
-03 4.83916834e
-03
) ET (PROG 4.83826690e
-03 4.83736545e
-03 4.83646401e
-03
) ET (PROG 4.83556257e
-03 4.83466113e
-03 4.83375968e
-03
); L_M_UX = L_M_UX
ET (PROG 4.83285824e
-03 4.83195680e
-03 4.83105536e
-03
) ET (PROG 4.83015391e
-03 4.82925247e
-03 4.82835103e
-03
) ET (PROG 4.82744959e
-03 4.82654815e
-03 4.82564670e
-03
) ET (PROG 4.82474526e
-03 4.82384382e
-03 4.82294238e
-03
) ET (PROG 4.82204093e
-03 4.82113949e
-03 4.82023805e
-03
) ET (PROG 4.81933661e
-03 4.81843516e
-03 4.81753372e
-03
); L_M_UX = L_M_UX
ET (PROG 4.81663228e
-03 4.81573084e
-03 4.81482940e
-03
) ET (PROG 4.81392795e
-03 4.81302651e
-03 4.81212507e
-03
) ET (PROG 4.81122363e
-03 4.81032218e
-03 4.80942074e
-03
) ET (PROG 4.80851930e
-03 4.80761786e
-03 4.80671641e
-03
) ET (PROG 4.80581497e
-03 4.80491353e
-03 4.80401209e
-03
) ET (PROG 4.80311065e
-03 4.80220920e
-03 4.80130776e
-03
); L_M_UX = L_M_UX
ET (PROG 4.80040632e
-03 4.79950488e
-03 4.79860343e
-03
) ET (PROG 4.79770199e
-03 4.79680055e
-03 4.79589911e
-03
) ET (PROG 4.79499766e
-03 4.79409622e
-03 4.79319478e
-03
) ET (PROG 4.79229334e
-03 4.79139190e
-03 4.79049045e
-03
) ET (PROG 4.78958901e
-03 4.78868757e
-03 4.78778613e
-03
) ET (PROG 4.78688468e
-03 4.78598324e
-03 4.78508180e
-03
); L_M_UX = L_M_UX
ET (PROG 4.78418036e
-03 4.78327891e
-03 4.78237747e
-03
) ET (PROG 4.78147603e
-03 4.78057459e
-03 4.77967315e
-03
) ET (PROG 4.77877170e
-03 4.77787026e
-03 4.77696882e
-03
) ET (PROG 4.77606738e
-03 4.77516593e
-03 4.77426449e
-03
) ET (PROG 4.77336305e
-03 4.77246161e
-03 4.77156016e
-03
) ET (PROG 4.77065872e
-03 4.76975728e
-03 4.76885584e
-03
); L_M_UX = L_M_UX
ET (PROG 4.76795440e
-03 4.76705295e
-03 4.76615151e
-03
) ET (PROG 4.76525007e
-03 4.76434863e
-03 4.76344718e
-03
) ET (PROG 4.76254574e
-03 4.76164430e
-03 4.76074286e
-03
) ET (PROG 4.75984141e
-03 4.75893997e
-03 4.75803853e
-03
) ET (PROG 4.75713709e
-03 4.75623565e
-03 4.75533420e
-03
) ET (PROG 4.75443276e
-03 4.75353132e
-03 4.75262988e
-03
); L_M_UX = L_M_UX
ET (PROG 4.75172843e
-03 4.75082699e
-03 4.74992555e
-03
) ET (PROG 4.74902411e
-03 4.74812266e
-03 4.74722122e
-03
) ET (PROG 4.74631978e
-03 4.74541834e
-03 4.74451690e
-03
) ET (PROG 4.74361545e
-03 4.74271401e
-03 4.74181257e
-03
) ET (PROG 4.74091113e
-03 4.74000968e
-03 4.73910824e
-03
) ET (PROG 4.73820680e
-03 4.73730536e
-03 4.73640391e
-03
); L_M_UX = L_M_UX
ET (PROG 4.73550247e
-03 4.73460103e
-03 4.73369959e
-03
) ET (PROG 4.73279815e
-03 4.73189670e
-03 4.73099526e
-03
) ET (PROG 4.73009382e
-03 4.72919238e
-03 4.72829093e
-03
) ET (PROG 4.72738949e
-03 4.72648805e
-03 4.72558661e
-03
) ET (PROG 4.72468516e
-03 4.72378372e
-03 4.72288228e
-03
) ET (PROG 4.72198084e
-03 4.72107940e
-03 4.72017795e
-03
); L_M_UX = L_M_UX
ET (PROG 4.71927651e
-03 4.71837507e
-03 4.71747363e
-03
) ET (PROG 4.71657218e
-03 4.71567074e
-03 4.71476930e
-03
) ET (PROG 4.71386786e
-03 4.71296641e
-03 4.71206497e
-03
) ET (PROG 4.71116353e
-03 4.71026209e
-03 4.70936065e
-03
) ET (PROG 4.70845920e
-03 4.70755776e
-03 4.70665632e
-03
) ET (PROG 4.70575488e
-03 4.70485343e
-03 4.70395199e
-03
); L_M_UX = L_M_UX
