% ./xitgc lintest5
Waiting to execute itgc
 Running itg for lintest5
 setting default closure coefficients from Beer's thesis
 total # of domains:  1  for m= 1
 total # of domains:  1  for m= 2
 total # of domains:  1  for m= 3
 total # of domains:  1  for m= 4
 total # of domains:  1  for m= 5
 total # of domains:  1  for m= 6
 total # of domains:  1  for m= 7
 total # of domains:  1  for m= 8
Total modes accounted for:   40=(2*jmax+1)*(kmax+1)=  40
l,kap(l),taub(l),4*ellk(l) =  1     0.0000000     6.2831853     6.2831853     1.0000000
l,kap(l),taub(l),4*ellk(l) =  2     0.0980171     6.2940280     6.2983586     1.0095726
l,kap(l),taub(l),4*ellk(l) =  3     0.1950903     6.3269150     6.3442850     1.0375064
l,kap(l),taub(l),4*ellk(l) =  4     0.2902847     6.3829492     6.4222152     1.0814838
l,kap(l),taub(l),4*ellk(l) =  5     0.3826834     6.4640678     6.5343452     1.1377534
l,kap(l),taub(l),4*ellk(l) =  6     0.4713967     6.5732084     6.6840022     1.2012907
l,kap(l),taub(l),4*ellk(l) =  7     0.5555702     6.7145816     6.8759533     1.2660093
l,kap(l),taub(l),4*ellk(l) =  8     0.6343933     6.8941066     7.1169026     1.3250088
l,kap(l),taub(l),4*ellk(l) =  9     0.7071068     7.1201147     7.4162987     1.3708397
l,kap(l),taub(l),4*ellk(l) = 10     0.7730105     7.4045270     7.7876972     1.3957562
l,kap(l),taub(l),4*ellk(l) = 11     0.8314696     7.7649326     8.2511810     1.3919118
l,kap(l),taub(l),4*ellk(l) = 12     0.8819213     8.2285476     8.8379953     1.3514151
l,kap(l),taub(l),4*ellk(l) = 13     0.9238795     8.8405802     9.6003778     1.2660597
l,kap(l),taub(l),4*ellk(l) = 14     0.9569403     9.6847139    10.6356927     1.1262183
l,kap(l),taub(l),4*ellk(l) = 15     0.9807853    10.9461173    12.1608023     0.9170410
l,kap(l),taub(l),4*ellk(l) = 16     0.9951847    13.2073727    14.8617874     0.6014168
l,kap(l),taub(l),4*ellk(l) = 17     1.0048153    13.1348448    14.8712690     0.0000000
l,kap(l),taub(l),4*ellk(l) = 18     1.0173434    10.9015682    12.3910474     0.0000000
l,kap(l),taub(l),4*ellk(l) = 19     1.0380895     9.4847494    10.9335966     0.0000000
l,kap(l),taub(l),4*ellk(l) = 20     1.0668538     8.4369263     9.9488553     0.0000000
l,kap(l),taub(l),4*ellk(l) = 21     1.1033593     7.6004583     9.2354311     0.0000000
l,kap(l),taub(l),4*ellk(l) = 22     1.1472544     6.9039913     8.6975664     0.0000000
l,kap(l),taub(l),4*ellk(l) = 23     1.1981164     6.3095714     8.2817011     0.0000000
l,kap(l),taub(l),4*ellk(l) = 24     1.2554554     5.7945370     7.9545484     0.0000000
l,kap(l),taub(l),4*ellk(l) = 25     1.3187192     5.3440610     7.6938911     0.0000000
l,kap(l),taub(l),4*ellk(l) = 26     1.3872986     4.9476826     7.4841459     0.0000000
l,kap(l),taub(l),4*ellk(l) = 27     1.4605331     4.5975549     7.3139931     0.0000000
l,kap(l),taub(l),4*ellk(l) = 28     1.5377175     4.2875046     7.1750001     0.0000000
l,kap(l),taub(l),4*ellk(l) = 29     1.6181083     4.0125005     7.0607686     0.0000000
l,kap(l),taub(l),4*ellk(l) = 30     1.7009315     3.7683409     6.9663760     0.0000000
l,kap(l),taub(l),4*ellk(l) = 31     1.7853893     3.5514581     6.8879944     0.0000000
l,kap(l),taub(l),4*ellk(l) = 32     1.8706684     3.3587917     6.8226222     0.0000000
l, bratio(l), taub(l), =  1     0.0000000     6.2831853
l, bratio(l), taub(l), =  2     0.0018304     6.2940280
l, bratio(l), taub(l), =  3     0.0060463     6.3269150
l, bratio(l), taub(l), =  4     0.0128046     6.3829492
l, bratio(l), taub(l), =  5     0.0219418     6.4640678
l, bratio(l), taub(l), =  6     0.0332211     6.5732084
l, bratio(l), taub(l), =  7     0.0463546     6.7145816
l, bratio(l), taub(l), =  8     0.0610208     6.8941066
l, bratio(l), taub(l), =  9     0.0768813     7.1201147
l, bratio(l), taub(l), = 10     0.0936011     7.4045270
l, bratio(l), taub(l), = 11     0.1108687     7.7649326
l, bratio(l), taub(l), = 12     0.1284230     8.2285476
l, bratio(l), taub(l), = 13     0.1460909     8.8405802
l, bratio(l), taub(l), = 14     0.1638627     9.6847139
l, bratio(l), taub(l), = 15     0.1820980    10.9461173
l, bratio(l), taub(l), = 16     0.2023941    13.2073727
l, bratio(l), taub(l), = 17     0.2041846    13.1348448
l, bratio(l), taub(l), = 18     0.1902743    10.9015682
l, bratio(l), taub(l), = 19     0.1802400     9.4847494
l, bratio(l), taub(l), = 20     0.1725628     8.4369263
l, bratio(l), taub(l), = 21     0.1665165     7.6004583
l, bratio(l), taub(l), = 22     0.1616789     6.9039913
l, bratio(l), taub(l), = 23     0.1577707     6.3095714
l, bratio(l), taub(l), = 24     0.1545922     5.7945370
l, bratio(l), taub(l), = 25     0.1519938     5.3440610
l, bratio(l), taub(l), = 26     0.1498603     4.9476826
l, bratio(l), taub(l), = 27     0.1481015     4.5975549
l, bratio(l), taub(l), = 28     0.1466462     4.2875046
l, bratio(l), taub(l), = 29     0.1454376     4.0125005
l, bratio(l), taub(l), = 30     0.1444304     3.7683409
l, bratio(l), taub(l), = 31     0.1435881     3.5514581
l, bratio(l), taub(l), = 32     0.1428816     3.3587917
 0, diff(0+0.5),jac = 0,  0.E+0
 l, diff(l+0.5),jac = 1,  0.29927414976893607,  132.52751759637547
 l, diff(l+0.5),jac = 2,  1.1043672058108622,  16.61741911592047
 l, diff(l+0.5),jac = 3,  2.0874248107356173,  8.4274523266505437
 l, diff(l+0.5),jac = 4,  3.0562029686814993,  5.7539702258755092
 l, diff(l+0.5),jac = 5,  4.0485953569268167,  4.4641323719487245
 l, diff(l+0.5),jac = 6,  5.0928046301111101,  3.7333970883124916
 l, diff(l+0.5),jac = 7,  6.2238234649774791,  3.2892256235503945
 l, diff(l+0.5),jac = 8,  7.492380542473736,  3.0176998107760058
 l, diff(l+0.5),jac = 9,  8.9768194187179802,  2.8657676582541267
 l, diff(l+0.5),jac = 10,  10.804397050323569,  2.8096790012027526
 l, diff(l+0.5),jac = 11,  13.194977781575018,  2.8442969258566344
 l, diff(l+0.5),jac = 12,  16.56238620321524,  2.9823485554152289
 l, diff(l+0.5),jac = 13,  21.789289486787045,  3.2640905362420458
 l, diff(l+0.5),jac = 14,  31.165321352367581,  3.7922957744460906
 l, diff(l+0.5),jac = 15,  53.146452693880761,  4.8711130365638802
 l, diff(l+0.5),jac = 16,  80.562960456895297,  6.332223255612293
 l, diff(l+0.5),jac = 17,  63.778297653250192,  6.8387223832691424
 l, diff(l+0.5),jac = 18,  38.919164576437566,  5.4195744597424262
 l, diff(l+0.5),jac = 19,  28.35419680648101,  4.1027276164477033
 l, diff(l+0.5),jac = 20,  22.423909793989051,  3.4043062874109298
 l, diff(l+0.5),jac = 21,  18.529908667476498,  2.9662936915626763
 l, diff(l+0.5),jac = 22,  15.68410515588239,  2.6647626529668278
 l, diff(l+0.5),jac = 23,  13.430419932282412,  2.4451191976248965
 l, diff(l+0.5),jac = 24,  11.529576618571642,  2.2795674499238143
 l, diff(l+0.5),jac = 25,  9.8434200212438299,  2.1525257752442548
 l, diff(l+0.5),jac = 26,  8.2855014488458831,  2.0546568631454107
 l, diff(l+0.5),jac = 27,  6.797527709030458,  1.9801099736111261
 l, diff(l+0.5),jac = 28,  5.3371376804576593,  1.925134038042333
 l, diff(l+0.5),jac = 29,  3.8710642859161633,  1.8873389697437422
 l, diff(l+0.5),jac = 30,  2.3709917481526208,  1.8652906975605863
 l, diff(l+0.5),jac = 31,  0.81077442236392017,  1.8582927897827817
 l, diff(l+0.5),jac = 32,  0.E+0,  1.8662834107636137
 n:    40 dt: 0.0400 Q_i:  -1.61E-13 Q_e:  -8.00E-14 Q_i/Q_e:   2.02E+00 Gamma_e:  -1.35E-14 Gamma_i:  -1.25E-14
 n:    80 dt: 0.0400 Q_i:  -2.49E-13 Q_e:  -8.04E-14 Q_i/Q_e:   3.09E+00 Gamma_e:  -1.61E-14 Gamma_i:  -1.52E-14
 n:   120 dt: 0.0400 Q_i:  -3.59E-13 Q_e:  -1.01E-13 Q_i/Q_e:   3.57E+00 Gamma_e:  -2.22E-14 Gamma_i:  -2.11E-14
 n:   160 dt: 0.0400 Q_i:  -5.27E-13 Q_e:  -1.45E-13 Q_i/Q_e:   3.64E+00 Gamma_e:  -3.13E-14 Gamma_i:  -2.99E-14
 n:   200 dt: 0.0400 Q_i:  -7.72E-13 Q_e:  -2.08E-13 Q_i/Q_e:   3.71E+00 Gamma_e:  -4.47E-14 Gamma_i:  -4.27E-14
 n:   240 dt: 0.0400 Q_i:  -1.12E-12 Q_e:  -3.01E-13 Q_i/Q_e:   3.71E+00 Gamma_e:  -6.49E-14 Gamma_i:  -6.21E-14
 n:   280 dt: 0.0400 Q_i:  -1.60E-12 Q_e:  -4.37E-13 Q_i/Q_e:   3.66E+00 Gamma_e:  -9.46E-14 Gamma_i:  -9.06E-14
 n:   320 dt: 0.0400 Q_i:  -2.29E-12 Q_e:  -6.38E-13 Q_i/Q_e:   3.59E+00 Gamma_e:  -1.38E-13 Gamma_i:  -1.33E-13
 n:   360 dt: 0.0400 Q_i:  -3.29E-12 Q_e:  -9.32E-13 Q_i/Q_e:   3.53E+00 Gamma_e:  -2.02E-13 Gamma_i:  -1.94E-13
 n:   400 dt: 0.0400 Q_i:  -4.76E-12 Q_e:  -1.37E-12 Q_i/Q_e:   3.48E+00 Gamma_e:  -2.95E-13 Gamma_i:  -2.84E-13
 n:   440 dt: 0.0400 Q_i:  -6.90E-12 Q_e:  -2.00E-12 Q_i/Q_e:   3.45E+00 Gamma_e:  -4.32E-13 Gamma_i:  -4.15E-13
 n:   480 dt: 0.0400 Q_i:  -1.00E-11 Q_e:  -2.93E-12 Q_i/Q_e:   3.42E+00 Gamma_e:  -6.33E-13 Gamma_i:  -6.08E-13
 n:   520 dt: 0.0400 Q_i:  -1.46E-11 Q_e:  -4.29E-12 Q_i/Q_e:   3.41E+00 Gamma_e:  -9.26E-13 Gamma_i:  -8.90E-13
 n:   560 dt: 0.0400 Q_i:  -2.14E-11 Q_e:  -6.28E-12 Q_i/Q_e:   3.41E+00 Gamma_e:  -1.36E-12 Gamma_i:  -1.30E-12
 n:   600 dt: 0.0400 Q_i:  -3.13E-11 Q_e:  -9.19E-12 Q_i/Q_e:   3.41E+00 Gamma_e:  -1.98E-12 Gamma_i:  -1.91E-12
 n:   640 dt: 0.0400 Q_i:  -4.59E-11 Q_e:  -1.35E-11 Q_i/Q_e:   3.41E+00 Gamma_e:  -2.91E-12 Gamma_i:  -2.79E-12
 n:   680 dt: 0.0400 Q_i:  -6.72E-11 Q_e:  -1.97E-11 Q_i/Q_e:   3.41E+00 Gamma_e:  -4.26E-12 Gamma_i:  -4.09E-12
 n:   720 dt: 0.0400 Q_i:  -9.86E-11 Q_e:  -2.89E-11 Q_i/Q_e:   3.41E+00 Gamma_e:  -6.25E-12 Gamma_i:  -6.00E-12
 n:   760 dt: 0.0400 Q_i:  -1.45E-10 Q_e:  -4.24E-11 Q_i/Q_e:   3.41E+00 Gamma_e:  -9.16E-12 Gamma_i:  -8.80E-12
 n:   800 dt: 0.0400 Q_i:  -2.12E-10 Q_e:  -6.23E-11 Q_i/Q_e:   3.41E+00 Gamma_e:  -1.35E-11 Gamma_i:  -1.29E-11
 n:   840 dt: 0.0400 Q_i:  -3.11E-10 Q_e:  -9.15E-11 Q_i/Q_e:   3.40E+00 Gamma_e:  -1.98E-11 Gamma_i:  -1.90E-11
 n:   880 dt: 0.0400 Q_i:  -4.57E-10 Q_e:  -1.34E-10 Q_i/Q_e:   3.40E+00 Gamma_e:  -2.90E-11 Gamma_i:  -2.79E-11
 n:   920 dt: 0.0400 Q_i:  -6.72E-10 Q_e:  -1.98E-10 Q_i/Q_e:   3.40E+00 Gamma_e:  -4.27E-11 Gamma_i:  -4.10E-11
 n:   960 dt: 0.0400 Q_i:  -9.88E-10 Q_e:  -2.91E-10 Q_i/Q_e:   3.40E+00 Gamma_e:  -6.28E-11 Gamma_i:  -6.03E-11
 n:  1000 dt: 0.0400 Q_i:  -1.45E-09 Q_e:  -4.28E-10 Q_i/Q_e:   3.40E+00 Gamma_e:  -9.23E-11 Gamma_i:  -8.87E-11
 n:  1040 dt: 0.0400 Q_i:  -2.14E-09 Q_e:  -6.30E-10 Q_i/Q_e:   3.39E+00 Gamma_e:  -1.36E-10 Gamma_i:  -1.31E-10
 n:  1080 dt: 0.0400 Q_i:  -3.15E-09 Q_e:  -9.27E-10 Q_i/Q_e:   3.39E+00 Gamma_e:  -2.00E-10 Gamma_i:  -1.92E-10
 n:  1120 dt: 0.0400 Q_i:  -4.63E-09 Q_e:  -1.37E-09 Q_i/Q_e:   3.39E+00 Gamma_e:  -2.95E-10 Gamma_i:  -2.83E-10
 n:  1160 dt: 0.0400 Q_i:  -6.82E-09 Q_e:  -2.01E-09 Q_i/Q_e:   3.39E+00 Gamma_e:  -4.34E-10 Gamma_i:  -4.17E-10
 n:  1200 dt: 0.0400 Q_i:  -1.01E-08 Q_e:  -2.97E-09 Q_i/Q_e:   3.39E+00 Gamma_e:  -6.39E-10 Gamma_i:  -6.14E-10
 n:  1240 dt: 0.0400 Q_i:  -1.48E-08 Q_e:  -4.37E-09 Q_i/Q_e:   3.39E+00 Gamma_e:  -9.42E-10 Gamma_i:  -9.06E-10
 n:  1280 dt: 0.0400 Q_i:  -2.18E-08 Q_e:  -6.45E-09 Q_i/Q_e:   3.39E+00 Gamma_e:  -1.39E-09 Gamma_i:  -1.34E-09
 n:  1320 dt: 0.0400 Q_i:  -3.22E-08 Q_e:  -9.51E-09 Q_i/Q_e:   3.39E+00 Gamma_e:  -2.05E-09 Gamma_i:  -1.97E-09
 n:  1360 dt: 0.0400 Q_i:  -4.75E-08 Q_e:  -1.40E-08 Q_i/Q_e:   3.39E+00 Gamma_e:  -3.02E-09 Gamma_i:  -2.90E-09
 n:  1400 dt: 0.0400 Q_i:  -7.01E-08 Q_e:  -2.07E-08 Q_i/Q_e:   3.39E+00 Gamma_e:  -4.46E-09 Gamma_i:  -4.29E-09
 n:  1440 dt: 0.0400 Q_i:  -1.03E-07 Q_e:  -3.05E-08 Q_i/Q_e:   3.38E+00 Gamma_e:  -6.58E-09 Gamma_i:  -6.32E-09
 n:  1480 dt: 0.0400 Q_i:  -1.53E-07 Q_e:  -4.51E-08 Q_i/Q_e:   3.38E+00 Gamma_e:  -9.71E-09 Gamma_i:  -9.33E-09
 n:  1520 dt: 0.0400 Q_i:  -2.25E-07 Q_e:  -6.66E-08 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.43E-08 Gamma_i:  -1.38E-08
 n:  1560 dt: 0.0400 Q_i:  -3.33E-07 Q_e:  -9.83E-08 Q_i/Q_e:   3.38E+00 Gamma_e:  -2.12E-08 Gamma_i:  -2.04E-08
 n:  1600 dt: 0.0400 Q_i:  -4.91E-07 Q_e:  -1.45E-07 Q_i/Q_e:   3.38E+00 Gamma_e:  -3.13E-08 Gamma_i:  -3.01E-08
 n:  1640 dt: 0.0400 Q_i:  -7.26E-07 Q_e:  -2.15E-07 Q_i/Q_e:   3.38E+00 Gamma_e:  -4.62E-08 Gamma_i:  -4.44E-08
 n:  1680 dt: 0.0400 Q_i:  -1.07E-06 Q_e:  -3.17E-07 Q_i/Q_e:   3.38E+00 Gamma_e:  -6.83E-08 Gamma_i:  -6.56E-08
 n:  1720 dt: 0.0400 Q_i:  -1.58E-06 Q_e:  -4.69E-07 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.01E-07 Gamma_i:  -9.70E-08
 n:  1760 dt: 0.0400 Q_i:  -2.34E-06 Q_e:  -6.93E-07 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.49E-07 Gamma_i:  -1.43E-07
 n:  1800 dt: 0.0400 Q_i:  -3.46E-06 Q_e:  -1.02E-06 Q_i/Q_e:   3.38E+00 Gamma_e:  -2.20E-07 Gamma_i:  -2.12E-07
 n:  1840 dt: 0.0400 Q_i:  -5.12E-06 Q_e:  -1.51E-06 Q_i/Q_e:   3.38E+00 Gamma_e:  -3.26E-07 Gamma_i:  -3.13E-07
 n:  1880 dt: 0.0400 Q_i:  -7.57E-06 Q_e:  -2.24E-06 Q_i/Q_e:   3.38E+00 Gamma_e:  -4.82E-07 Gamma_i:  -4.63E-07
 n:  1920 dt: 0.0400 Q_i:  -1.12E-05 Q_e:  -3.31E-06 Q_i/Q_e:   3.38E+00 Gamma_e:  -7.12E-07 Gamma_i:  -6.85E-07
 n:  1960 dt: 0.0400 Q_i:  -1.66E-05 Q_e:  -4.90E-06 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.05E-06 Gamma_i:  -1.01E-06
 n:  2000 dt: 0.0400 Q_i:  -2.45E-05 Q_e:  -7.25E-06 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.56E-06 Gamma_i:  -1.50E-06
 n:  2040 dt: 0.0400 Q_i:  -3.62E-05 Q_e:  -1.07E-05 Q_i/Q_e:   3.38E+00 Gamma_e:  -2.31E-06 Gamma_i:  -2.22E-06
 n:  2080 dt: 0.0400 Q_i:  -5.36E-05 Q_e:  -1.59E-05 Q_i/Q_e:   3.38E+00 Gamma_e:  -3.41E-06 Gamma_i:  -3.28E-06
 n:  2120 dt: 0.0400 Q_i:  -7.94E-05 Q_e:  -2.35E-05 Q_i/Q_e:   3.38E+00 Gamma_e:  -5.05E-06 Gamma_i:  -4.85E-06
 n:  2160 dt: 0.0400 Q_i:  -1.17E-04 Q_e:  -3.48E-05 Q_i/Q_e:   3.38E+00 Gamma_e:  -7.47E-06 Gamma_i:  -7.18E-06
 n:  2200 dt: 0.0400 Q_i:  -1.74E-04 Q_e:  -5.14E-05 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.11E-05 Gamma_i:  -1.06E-05
 n:  2240 dt: 0.0400 Q_i:  -2.57E-04 Q_e:  -7.61E-05 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.64E-05 Gamma_i:  -1.57E-05
 n:  2280 dt: 0.0400 Q_i:  -3.81E-04 Q_e:  -1.13E-04 Q_i/Q_e:   3.38E+00 Gamma_e:  -2.42E-05 Gamma_i:  -2.33E-05
 n:  2320 dt: 0.0400 Q_i:  -5.64E-04 Q_e:  -1.67E-04 Q_i/Q_e:   3.38E+00 Gamma_e:  -3.59E-05 Gamma_i:  -3.45E-05
 n:  2360 dt: 0.0400 Q_i:  -8.35E-04 Q_e:  -2.47E-04 Q_i/Q_e:   3.38E+00 Gamma_e:  -5.31E-05 Gamma_i:  -5.11E-05
 n:  2400 dt: 0.0400 Q_i:  -1.24E-03 Q_e:  -3.66E-04 Q_i/Q_e:   3.38E+00 Gamma_e:  -7.86E-05 Gamma_i:  -7.56E-05
 n:  2440 dt: 0.0400 Q_i:  -1.83E-03 Q_e:  -5.42E-04 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.16E-04 Gamma_i:  -1.12E-04
 n:  2480 dt: 0.0400 Q_i:  -2.71E-03 Q_e:  -8.03E-04 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.72E-04 Gamma_i:  -1.66E-04
 n:  2520 dt: 0.0400 Q_i:  -4.02E-03 Q_e:  -1.19E-03 Q_i/Q_e:   3.38E+00 Gamma_e:  -2.55E-04 Gamma_i:  -2.46E-04
 n:  2560 dt: 0.0400 Q_i:  -5.95E-03 Q_e:  -1.76E-03 Q_i/Q_e:   3.38E+00 Gamma_e:  -3.78E-04 Gamma_i:  -3.64E-04
 n:  2600 dt: 0.0400 Q_i:  -8.82E-03 Q_e:  -2.61E-03 Q_i/Q_e:   3.38E+00 Gamma_e:  -5.60E-04 Gamma_i:  -5.39E-04
 n:  2640 dt: 0.0400 Q_i:  -1.31E-02 Q_e:  -3.87E-03 Q_i/Q_e:   3.38E+00 Gamma_e:  -8.30E-04 Gamma_i:  -7.98E-04
 n:  2680 dt: 0.0400 Q_i:  -1.94E-02 Q_e:  -5.73E-03 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.23E-03 Gamma_i:  -1.18E-03
 n:  2720 dt: 0.0400 Q_i:  -2.87E-02 Q_e:  -8.49E-03 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.82E-03 Gamma_i:  -1.75E-03
 n:  2760 dt: 0.0400 Q_i:  -4.25E-02 Q_e:  -1.26E-02 Q_i/Q_e:   3.38E+00 Gamma_e:  -2.70E-03 Gamma_i:  -2.60E-03
 n:  2800 dt: 0.0400 Q_i:  -6.30E-02 Q_e:  -1.86E-02 Q_i/Q_e:   3.38E+00 Gamma_e:  -4.00E-03 Gamma_i:  -3.85E-03
 n:  2840 dt: 0.0400 Q_i:  -9.34E-02 Q_e:  -2.76E-02 Q_i/Q_e:   3.38E+00 Gamma_e:  -5.93E-03 Gamma_i:  -5.70E-03
 n:  2880 dt: 0.0400 Q_i:  -1.38E-01 Q_e:  -4.09E-02 Q_i/Q_e:   3.38E+00 Gamma_e:  -8.79E-03 Gamma_i:  -8.45E-03
 n:  2920 dt: 0.0400 Q_i:  -2.05E-01 Q_e:  -6.07E-02 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.30E-02 Gamma_i:  -1.25E-02
 n:  2960 dt: 0.0400 Q_i:  -3.04E-01 Q_e:  -8.99E-02 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.93E-02 Gamma_i:  -1.86E-02
 n:  3000 dt: 0.0400 Q_i:  -4.51E-01 Q_e:  -1.33E-01 Q_i/Q_e:   3.38E+00 Gamma_e:  -2.86E-02 Gamma_i:  -2.75E-02
 n:  3040 dt: 0.0400 Q_i:  -6.68E-01 Q_e:  -1.98E-01 Q_i/Q_e:   3.38E+00 Gamma_e:  -4.24E-02 Gamma_i:  -4.08E-02
 n:  3080 dt: 0.0400 Q_i:  -9.90E-01 Q_e:  -2.93E-01 Q_i/Q_e:   3.38E+00 Gamma_e:  -6.28E-02 Gamma_i:  -6.04E-02
 n:  3120 dt: 0.0400 Q_i:  -1.47E+00 Q_e:  -4.34E-01 Q_i/Q_e:   3.38E+00 Gamma_e:  -9.31E-02 Gamma_i:  -8.95E-02
 n:  3160 dt: 0.0400 Q_i:  -2.18E+00 Q_e:  -6.44E-01 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.38E-01 Gamma_i:  -1.33E-01
 n:  3200 dt: 0.0400 Q_i:  -3.23E+00 Q_e:  -9.54E-01 Q_i/Q_e:   3.38E+00 Gamma_e:  -2.05E-01 Gamma_i:  -1.97E-01
 n:  3240 dt: 0.0400 Q_i:  -4.79E+00 Q_e:  -1.41E+00 Q_i/Q_e:   3.38E+00 Gamma_e:  -3.03E-01 Gamma_i:  -2.92E-01
 n:  3280 dt: 0.0400 Q_i:  -7.10E+00 Q_e:  -2.10E+00 Q_i/Q_e:   3.38E+00 Gamma_e:  -4.50E-01 Gamma_i:  -4.33E-01
 n:  3320 dt: 0.0400 Q_i:  -1.05E+01 Q_e:  -3.11E+00 Q_i/Q_e:   3.38E+00 Gamma_e:  -6.67E-01 Gamma_i:  -6.41E-01
 n:  3360 dt: 0.0400 Q_i:  -1.56E+01 Q_e:  -4.61E+00 Q_i/Q_e:   3.38E+00 Gamma_e:  -9.89E-01 Gamma_i:  -9.51E-01
 n:  3400 dt: 0.0400 Q_i:  -2.31E+01 Q_e:  -6.84E+00 Q_i/Q_e:   3.38E+00 Gamma_e:  -1.47E+00 Gamma_i:  -1.41E+00
 n:  3440 dt: 0.0400 Q_i:  -3.43E+01 Q_e:  -1.01E+01 Q_i/Q_e:   3.38E+00 Gamma_e:  -2.17E+00 Gamma_i:  -2.09E+00
 n:  3480 dt: 0.0400 Q_i:  -5.09E+01 Q_e:  -1.50E+01 Q_i/Q_e:   3.38E+00 Gamma_e:  -3.22E+00 Gamma_i:  -3.10E+00
 n:  3520 dt: 0.0400 Q_i:  -7.55E+01 Q_e:  -2.23E+01 Q_i/Q_e:   3.38E+00 Gamma_e:  -4.78E+00 Gamma_i:  -4.60E+00
 n:  3560 dt: 0.0400 Q_i:  -1.12E+02 Q_e:  -3.31E+01 Q_i/Q_e:   3.39E+00 Gamma_e:  -7.09E+00 Gamma_i:  -6.82E+00
 n:  3600 dt: 0.0400 Q_i:  -1.66E+02 Q_e:  -4.90E+01 Q_i/Q_e:   3.39E+00 Gamma_e:  -1.05E+01 Gamma_i:  -1.01E+01
 n:  3640 dt: 0.0400 Q_i:  -2.46E+02 Q_e:  -7.27E+01 Q_i/Q_e:   3.39E+00 Gamma_e:  -1.56E+01 Gamma_i:  -1.50E+01
 n:  3680 dt: 0.0400 Q_i:  -3.65E+02 Q_e:  -1.08E+02 Q_i/Q_e:   3.39E+00 Gamma_e:  -2.31E+01 Gamma_i:  -2.22E+01
 n:  3720 dt: 0.0400 Q_i:  -5.41E+02 Q_e:  -1.60E+02 Q_i/Q_e:   3.39E+00 Gamma_e:  -3.43E+01 Gamma_i:  -3.30E+01
 n:  3760 dt: 0.0400 Q_i:  -8.03E+02 Q_e:  -2.37E+02 Q_i/Q_e:   3.39E+00 Gamma_e:  -5.08E+01 Gamma_i:  -4.89E+01
 n:  3800 dt: 0.0400 Q_i:  -1.19E+03 Q_e:  -3.52E+02 Q_i/Q_e:   3.39E+00 Gamma_e:  -7.54E+01 Gamma_i:  -7.25E+01
 n:  3840 dt: 0.0400 Q_i:  -1.77E+03 Q_e:  -5.22E+02 Q_i/Q_e:   3.39E+00 Gamma_e:  -1.12E+02 Gamma_i:  -1.08E+02
 n:  3880 dt: 0.0400 Q_i:  -2.62E+03 Q_e:  -7.74E+02 Q_i/Q_e:   3.39E+00 Gamma_e:  -1.66E+02 Gamma_i:  -1.59E+02
 n:  3920 dt: 0.0400 Q_i:  -3.89E+03 Q_e:  -1.15E+03 Q_i/Q_e:   3.39E+00 Gamma_e:  -2.46E+02 Gamma_i:  -2.37E+02
 n:  3960 dt: 0.0400 Q_i:  -5.77E+03 Q_e:  -1.70E+03 Q_i/Q_e:   3.39E+00 Gamma_e:  -3.65E+02 Gamma_i:  -3.51E+02
 n:  4000 dt: 0.0400 Q_i:  -8.56E+03 Q_e:  -2.53E+03 Q_i/Q_e:   3.39E+00 Gamma_e:  -5.41E+02 Gamma_i:  -5.20E+02
 STOP (PE 0)   executed at line 28 in Fortran routine 'ITGC'
itgc complete