masses:        e= 9.109e-31; ions in proton mass units:    2.000e+00  1.800e+02 ...
charges:       e=-1.602e-19; charges in elementary units:  1.000e+00  1.800e+01
n:             e:  1.000e+00                           i:  1.000e+00  1.000e-06
thermal T (K): e= 2.321e+07 i= 1.160e+07  1.160e+07. Normalization grid 0: v_0= 1.876e+07 ( 6.256e-02c) n_0= 1.000e+20 t_0= 1.637e-05 1 batched, view batch 0
Domain radius (AMR levels) grid 0: par= 5.000e+00 perp= 5.000e+00 (0) , 1: par= 5.835e-02 perp= 5.835e-02 (0) , 2: par= 6.151e-03 perp= 6.151e-03 (0) 
0) FormLandau 648 IPs, 24 cells total, Nb=27, Nq=27, dim=3, Tab: Nb=27 Nf=3 Np=27 cdim=3 N=375
Linear ptof_ solve converged due to CONVERGED_RTOL iterations 4
Linear ptof_ solve converged due to CONVERGED_RTOL iterations 4
Linear ptof_ solve converged due to CONVERGED_RTOL iterations 4
  0) species 0: density=-1.6723662400372e+01, x-momentum=-9.8859626049052e-17, y-momentum= 5.9145062280696e-17, z-momentum= 3.4770989711221e-17, energy=  4.3148931734698e+04
  0) species 1: density= 1.6723361379866e+01, x-momentum=-5.4059176300678e-16, y-momentum= 1.1287828007437e-16, z-momentum= 1.2681806767392e-15, energy=  2.1574077533951e+04
  0) species 2: density= 3.0102050483760e-04, x-momentum=-2.6183540021672e-20, y-momentum= 2.4323188195111e-20, z-momentum= 4.6764138071584e-21, energy=  2.1574077533957e-02
	  0) Total: charge density= -9.6778488001270e-13, x-momentum= -6.3947757259586e-16, y-momentum=  1.7204766554326e-16, z-momentum=  1.3029563428642e-15, energy=  6.4723030842727e+04 (m_i[0]/m_e = 3670.94, 8 cells)
0 TS dt 0.1 time 0.
    0 SNES Function norm 6.059355371583e-01 
    1 SNES Function norm 2.922521170885e-02 
    2 SNES Function norm 4.455137176714e-03 
    3 SNES Function norm 6.378063655134e-04 
    4 SNES Function norm 9.153643920438e-05 
    5 SNES Function norm 1.313512267926e-05 
    6 SNES Function norm 1.884909420810e-06 
    7 SNES Function norm 2.704860004090e-07 
  Nonlinear solve converged due to CONVERGED_SNORM_RELATIVE iterations 7
1 TS dt 0.1 time 0.1
  1) species 0: density=-1.6723662400372e+01, x-momentum=-9.8575103801159e-17, y-momentum= 5.8741989096181e-17, z-momentum= 3.4071539185151e-17, energy=  4.3154403661780e+04
  1) species 1: density= 1.6723361379866e+01, x-momentum=-5.6439140037186e-16, y-momentum= 7.8198808485258e-17, z-momentum= 1.2736205938512e-15, energy=  2.1568609265714e+04
  1) species 2: density= 3.0102050483760e-04, x-momentum=-2.5439399291047e-20, y-momentum= 2.3418546522587e-20, z-momentum= 4.8150282569806e-21, energy=  1.9032988624306e-02
	  1) Total: charge density= -9.6423216633390e-13, x-momentum= -6.6299194357231e-16, y-momentum=  1.3696421612796e-16, z-momentum=  1.3076969480646e-15, energy=  6.4723031960482e+04 (m_i[0]/m_e = 3670.94, 8 cells)
Linear ftop_ solve converged due to CONVERGED_RTOL iterations 11
Linear ftop_ solve converged due to CONVERGED_RTOL iterations 11
Linear ftop_ solve converged due to CONVERGED_RTOL iterations 11
[0] <vec:seq> go(): Total number density:   3.491648217616e-07 (  3.491648217616e-07); x-momentum =  -8.306375134227e-15 (  9.897217499839e-18); energy =   1.294460639210e+05 (  1.294460616855e+05) rerr = 1.726942e-08 (log10(rerr) = -7.762722e+00, -8), 125 particles. Use 1 threads