1masses: e= 9.109e-31; ions in proton mass units: 2.000e+00 0.000e+00 ... 2charges: e=-1.602e-19; charges in elementary units: 1.000e+00 0.000e+00 3n: e: 1.000e+00 i: 1.000e+00 0.000e+00 4thermal T (K): e= 2.321e+07 i= 1.160e+07 0.000e+00. Normalization grid 0: v_0= 1.876e+07 ( 6.256e-02c) n_0= 1.000e+20 t_0= 1.909e-05 1 batched, view batch 0 5Domain radius (AMR levels) grid 0: par= 5.000e+00 perp= 5.000e+00 (0) , 1: par= 5.835e-02 perp= 5.835e-02 (2) 6[0] <vec:seq> adaptToleranceFEM(): 0) Refine phase: Z1 7[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 8[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 9[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 10[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 11[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 12[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 13[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 14[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 15[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 16[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 17[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 18[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 19[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 20[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 21[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 22[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z1 cells 23[0] <vec:seq> adaptToleranceFEM(): 0) Refined 4 cells 24[0] <vec:seq> adaptToleranceFEM(): 0) 28 cells, 252 total quadrature points 25[0] <vec:seq> adaptToleranceFEM(): 0) Refine phase: Z2 26[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 27[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 28[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 29[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 30[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 31[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 32[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 33[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 34[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 35[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 36[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 37[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 38[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 39[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 40[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 41[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 42[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 43[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 44[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 45[0] <vec:seq> adaptToleranceFEM(): 0) (debug) found Z2 cells 46[0] <vec:seq> adaptToleranceFEM(): 0) Refined 8 cells 47[0] <vec:seq> adaptToleranceFEM(): 0) 52 cells, 468 total quadrature points 48[0] <vec:seq> adaptToleranceFEM(): 1) Refine phase: Origin 49[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=5.508970e-02, cell 0, qp 1/9 50[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=4.379594e-02, cell 0, qp 2/9 51[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=3.250658e-02, cell 0, qp 3/9 52[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=2.594060e-02, cell 4, qp 1/9 53[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=1.468071e-02, cell 4, qp 2/9 54[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=3.676391e-03, cell 4, qp 3/9 55[0] <vec:seq> adaptToleranceFEM(): 1) Found another inner r=3.676391e-03, cell 8, qp 1/9, d=0.000000e+00 56[0] <vec:seq> adaptToleranceFEM(): 1) Refined 2 origin cells 4,8 r=0.00367639 57[0] <vec:seq> adaptToleranceFEM(): 1) 22 cells, 198 total quadrature points 58[0] <vec:seq> adaptToleranceFEM(): 1) Refine phase: Origin 59[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=5.508970e-02, cell 0, qp 1/9 60[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=4.379594e-02, cell 0, qp 2/9 61[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=3.250658e-02, cell 0, qp 3/9 62[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=2.754485e-02, cell 4, qp 1/9 63[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=2.189797e-02, cell 4, qp 2/9 64[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=1.625329e-02, cell 4, qp 3/9 65[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=1.297030e-02, cell 6, qp 1/9 66[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=7.340356e-03, cell 6, qp 2/9 67[0] <vec:seq> adaptToleranceFEM(): 1) Found first inner r=1.838196e-03, cell 6, qp 3/9 68[0] <vec:seq> adaptToleranceFEM(): 1) Found another inner r=1.838196e-03, cell 11, qp 1/9, d=0.000000e+00 69[0] <vec:seq> adaptToleranceFEM(): 1) Refined 2 origin cells 6,11 r=0.0018382 70[0] <vec:seq> adaptToleranceFEM(): 1) 28 cells, 252 total quadrature points 710) FormLandau 720 IPs, 80 cells total, Nb=9, Nq=9, dim=2, Tab: Nb=9 Nf=2 Np=9 cdim=2 N=354 nnz= 5090 72step 0) time= 5.000000e-02 temperature (eV): electron: T= 2.3470e+03 T_par= 1.8264e+03 T_perp= 2.6073e+03 ;ion: T= 1.2155e+03 T_par= 1.0861e+03 T_perp= 1.2801e+03 NRL_e_par= 3.0000e+02 NRL_e_perp= 3.9000e+02 NRL_i_par= 2.0000e+02 NRL_i_perp= 2.6000e+02 73 0) species-0: charge density= -1.6277448139963e+01 z-momentum= 2.1688411091105e-03 energy= 8.2717617826195e+04 74 0) species-1: charge density= 1.5753533982210e+01 z-momentum= -2.3345008083890e-03 energy= 2.8729397851682e+04 75 0) Total: charge density= -5.2391415775312e-01, momentum= -1.6565969927851e-04, energy= 1.1144701567788e+05 (m_i[0]/m_e = 3670.94, 52 cells on electron grid) 76 Nonlinear solve converged due to CONVERGED_SNORM_RELATIVE iterations 10 77step 1) time= 1.500000e-01 temperature (eV): electron: T= 2.3972e+03 T_par= 1.9303e+03 T_perp= 2.6307e+03 ;ion: T= 1.2155e+03 T_par= 1.0863e+03 T_perp= 1.2801e+03 NRL_e_par= 3.2557e+02 NRL_e_perp= 3.7714e+02 NRL_i_par= 2.0043e+02 NRL_i_perp= 2.5986e+02 78 1) species-0: charge density= -1.6277448139963e+01 z-momentum= 2.1158725343143e-03 energy= 8.2717270288358e+04 79 1) species-1: charge density= 1.5753533982210e+01 z-momentum= -2.2815322335928e-03 energy= 2.8729745389519e+04 80 1) Total: charge density= -5.2391415775313e-01, momentum= -1.6565969927850e-04, energy= 1.1144701567788e+05 (m_i[0]/m_e = 3670.94, 52 cells on electron grid) 81nrl-step 0 time= 0.05 300. 390. 200. 260. 82