% ./xitgc -n 16 nltest1a
Waiting to execute itgc
 Running itg for nltest1a
 setting default closure coefficients from Beer's thesis
 total # of domains:  1  for m= 1
 total # of domains:  2  for m= 2
 total # of domains:  2  for m= 3
 total # of domains:  2  for m= 4
 total # of domains:  2  for m= 5
 total # of domains:  2  for m= 6
 total # of domains:  1  for m= 7
 total # of domains:  1  for m= 8
 total # of domains:  1  for m= 9
 total # of domains:  1  for m= 10
 total # of domains:  1  for m= 11
 total # of domains:  1  for m= 12
 total # of domains:  1  for m= 13
 total # of domains:  1  for m= 14
 total # of domains:  1  for m= 15
 total # of domains:  1  for m= 16
Total modes accounted for: 1008=(2*jmax+1)*(kmax+1)=1008
 n:    50 dt: 0.0235 Q_i:  -1.95E+01 adiabatic electrons
 n:   100 dt: 0.0225 Q_i:  -1.93E+01 adiabatic electrons
 n:   150 dt: 0.0234 Q_i:  -1.90E+01 adiabatic electrons
 n:   200 dt: 0.0246 Q_i:  -1.88E+01 adiabatic electrons
 n:   250 dt: 0.0234 Q_i:  -1.89E+01 adiabatic electrons
 n:   300 dt: 0.0211 Q_i:  -1.94E+01 adiabatic electrons
 n:   350 dt: 0.0234 Q_i:  -2.01E+01 adiabatic electrons
 n:   400 dt: 0.0240 Q_i:  -2.06E+01 adiabatic electrons
 n:   450 dt: 0.0261 Q_i:  -2.10E+01 adiabatic electrons
 n:   500 dt: 0.0221 Q_i:  -2.15E+01 adiabatic electrons
 n:   550 dt: 0.0203 Q_i:  -2.15E+01 adiabatic electrons
 n:   600 dt: 0.0229 Q_i:  -2.09E+01 adiabatic electrons
 n:   650 dt: 0.0232 Q_i:  -2.08E+01 adiabatic electrons
 n:   700 dt: 0.0225 Q_i:  -2.12E+01 adiabatic electrons
 n:   750 dt: 0.0217 Q_i:  -2.16E+01 adiabatic electrons
 n:   800 dt: 0.0203 Q_i:  -2.22E+01 adiabatic electrons
 n:   850 dt: 0.0202 Q_i:  -2.31E+01 adiabatic electrons
 n:   900 dt: 0.0179 Q_i:  -2.36E+01 adiabatic electrons
 n:   950 dt: 0.0212 Q_i:  -2.40E+01 adiabatic electrons
 n:  1000 dt: 0.0181 Q_i:  -2.48E+01 adiabatic electrons
 n:  1050 dt: 0.0184 Q_i:  -2.53E+01 adiabatic electrons
 n:  1100 dt: 0.0192 Q_i:  -2.50E+01 adiabatic electrons
 n:  1150 dt: 0.0209 Q_i:  -2.48E+01 adiabatic electrons
 n:  1200 dt: 0.0214 Q_i:  -2.53E+01 adiabatic electrons
 n:  1250 dt: 0.0182 Q_i:  -2.56E+01 adiabatic electrons
 n:  1300 dt: 0.0191 Q_i:  -2.55E+01 adiabatic electrons
 n:  1350 dt: 0.0191 Q_i:  -2.52E+01 adiabatic electrons
 n:  1400 dt: 0.0177 Q_i:  -2.55E+01 adiabatic electrons
 n:  1450 dt: 0.0150 Q_i:  -2.58E+01 adiabatic electrons
 n:  1500 dt: 0.0158 Q_i:  -2.55E+01 adiabatic electrons
 STOP (PE 4)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 9)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 12)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 3)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 7)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 2)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 6)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 10)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 13)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 1)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 8)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 14)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 11)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 5)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 0)   executed at line 28 in Fortran routine 'ITGC'
 STOP (PE 15)   executed at line 28 in Fortran routine 'ITGC'
itgc complete