1masses: e= 9.109e-31; ions in proton mass units: 2.000e+00 1.800e+02 ... 2charges: e=-1.602e-19; charges in elementary units: 1.000e+00 1.800e+01 3n: e: 1.000e+00 i: 1.000e+00 1.000e-06 4thermal 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= 1.909e-05 4 batched, view batch 1 5Domain 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) 6nu_alpha: 3.093538e+22 8.427101e+18 3.033756e+19 7nu_beta: 3.769714e-24 3.769714e-24 1.221387e-21 8nu_alpha[i]*nu_beta[j]*lambda[i][j]: 9 1.000000000e+00 1.000000416e+00 3.206025701e+02 10 2.724099089e-04 3.173347934e-04 7.663211501e-02 11 9.703920059e-04 8.514679446e-04 3.047999074e-01 12lambda[i][j]: 13 8.575038959e+00 8.575042530e+00 8.485122002e+00 14 8.575042530e+00 9.989208398e+00 7.445248257e+00 15 8.485122002e+00 7.445248257e+00 8.225848404e+00 160) FormLandau 384 IPs, 24 cells total, Nb=16, Nq=16, dim=2, Tab: Nb=16 Nf=3 Np=16 cdim=2 N=1092 170 TS dt 0.01 time 0. 18 0 SNES Function norm 7.558812062359e-01 19 1 SNES Function norm 4.198840088696e-03 20 2 SNES Function norm 3.091861146444e-05 21 3 SNES Function norm 2.208104713875e-07 22 4 SNES Function norm 1.632565215648e-09 23 5 SNES Function norm 1.197209412870e-11 24 6 SNES Function norm 8.920037451522e-14 25 Nonlinear solve converged due to CONVERGED_SNORM_RELATIVE iterations 6 261 TS dt 0.01 time 0.01 27 0) species-0: charge density= -1.6162729305797e+01 z-momentum= 3.6098760201387e-18 energy= 4.8199770808867e+04 28 0) species-1: charge density= 1.6162438381907e+01 z-momentum= -2.3323644617777e-16 energy= 2.4099451614304e+04 29 0) species-2: charge density= 2.9092389087432e-04 z-momentum= 7.6602722270145e-23 energy= 2.4099451614304e-02 30 0) Total: charge density= 3.7024853669076e-14, momentum= -2.2962649355491e-16, energy= 7.2299246522623e+04 (m_i[0]/m_e = 3670.94, 8 cells on electron grid) 310 TS dt 0.01 time 0. 32 0 SNES Function norm 6.868785674823e-01 33 1 SNES Function norm 2.325246699120e-03 34 2 SNES Function norm 1.716496207905e-05 35 3 SNES Function norm 1.221782282288e-07 36 4 SNES Function norm 9.038360863354e-10 37 5 SNES Function norm 6.632190854303e-12 38 6 SNES Function norm 4.846056260672e-14 39 Nonlinear solve converged due to CONVERGED_SNORM_RELATIVE iterations 6 401 TS dt 0.01 time 0.01 41 1) species-0: charge density= -1.6162729305797e+01 z-momentum= 3.7995575187338e-18 energy= 4.8199648400570e+04 42 1) species-1: charge density= 1.6162438381907e+01 z-momentum= -2.3833636847029e-16 energy= 2.4099574004884e+04 43 1) species-2: charge density= 2.9092389087432e-04 z-momentum= 3.6477486795307e-23 energy= 2.4117168156138e-02 44 1) Total: charge density= 3.7025016299402e-14, momentum= -2.3453677447407e-16, energy= 7.2299246522623e+04 (m_i[0]/m_e = 3670.94, 8 cells on electron grid) 45Particle Moments: number density momentum (par) energy entropy loss : # OMP threads 1. 46 Initial: 3.374533856361e-07 -1.194443015472e-17 7.229924652262e+04 3.959622e+00 0.000000e+00 47 Coarse-graining: 3.374533856363e-07 -1.028955619953e-13 7.229924652277e+04 4.302305e+00 2.663752e-08 48 Landau: 3.374533856363e-07 -1.029466923136e-13 7.229924652277e+04 4.302335e+00 2.662684e-08 49Coarse-graining entropy generation = 3.426832e-01 ; Landau entropy generation = 3.427130e-01 50(relative) energy conservation: Coarse-graining = 1.989789e-12 ; Landau = 1.986770e-12 51