6 traces: 1 {524298,0,"V(a2)"}
\r
7 X: ('µ',0,0,2e-005,0.00016)
\r
9 Y[1]: ('_',0,1e+308,0,-1e+308)
\r
10 Volts: (' ',0,0,0,-6,1,6)
\r
13 Text: "V" 1 (2.16774193548387e-005,-2.36363636363636) ;0
\r
14 Text: "V" 1 (4.90322580645161e-005,-2.36363636363636) ;i
\r
15 Text: "V" 1 (8.18064516129032e-005,-2.72727272727273) ;0
\r
16 Text: "V" 1 (0.000110193548387097,-3.09090909090909) ;0
\r
17 Text: "V" 1 (0.000141677419354839,-2) ;i
\r
20 traces: 1 {524292,0,"V(a1)"}
\r
21 X: ('µ',0,0,2e-005,0.00016)
\r
22 Y[0]: (' ',0,-6,1,6)
\r
23 Y[1]: ('_',0,1e+308,0,-1e+308)
\r
24 Volts: (' ',0,0,0,-6,1,6)
\r
27 Text: "V" 1 (2.09032258064516e-005,-1.86206896551724) ;i
\r
28 Text: "V" 1 (4.95483870967742e-005,-2.27586206896552) ;1
\r
29 Text: "V" 1 (8.15483870967742e-005,-2.68965517241379) ;0
\r
30 Text: "V" 1 (0.000109677419354839,-2.27586206896552) ;i
\r
31 Text: "V" 1 (0.000141677419354839,-2.68965517241379) ;1
\r
34 traces: 1 {524299,0,"V(a0)"}
\r
35 X: ('µ',0,0,2e-005,0.00016)
\r
36 Y[0]: (' ',0,-6,1,6)
\r
37 Y[1]: ('_',0,1e+308,0,-1e+308)
\r
38 Volts: (' ',0,0,0,-6,1,6)
\r
43 traces: 1 {524297,0,"V(execute)"}
\r
44 X: ('µ',0,0,2e-005,0.00016)
\r
45 Y[0]: (' ',0,-6,1,6)
\r
46 Y[1]: ('_',0,1e+308,0,-1e+308)
\r
47 Volts: (' ',0,0,0,-6,1,6)
\r
52 traces: 1 {524290,0,"V(next_addr)"}
\r
53 X: ('µ',0,0,2e-005,0.00016)
\r
54 Y[0]: (' ',0,-6,1,6)
\r
55 Y[1]: ('m',0,1e+308,0.0002,-1e+308)
\r
56 Volts: (' ',0,0,0,-6,1,6)
\r
61 traces: 1 {524290,0,"V(next_addr)"}
\r
62 X: ('µ',0,0,2e-005,0.00016)
\r
63 Y[0]: (' ',0,-6,1,6)
\r
64 Y[1]: ('µ',0,1e+308,0.0001,-1e+308)
\r
65 Volts: (' ',0,0,0,-6,1,6)
\r
70 traces: 1 {524296,0,"V(fetch)"}
\r
71 X: ('µ',0,0,2e-005,0.00016)
\r
72 Y[0]: (' ',0,-6,1,6)
\r
73 Y[1]: ('_',0,1e+308,0,-1e+308)
\r
74 Volts: (' ',0,0,0,-6,1,6)
\r
79 traces: 1 {524295,0,"V(decode)"}
\r
80 X: ('µ',0,0,2e-005,0.00016)
\r
81 Y[0]: (' ',0,-6,1,6)
\r
82 Y[1]: ('_',0,1e+308,0,-1e+308)
\r
83 Volts: (' ',0,0,0,-6,1,6)
\r