tutorials/output/ex1_re.out

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
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
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
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
71 0) 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
75 …1.6565969927851e-04, energy=  1.1144701567788e+05 (m_i[0]/m_e = 3670.94, 52 cells on electron grid)
80 …1.6565969927850e-04, energy=  1.1144701567788e+05 (m_i[0]/m_e = 3670.94, 52 cells on electron grid)