ABCDEFGHIJKLMNOPQRSTUVWXYZAAABAC
1
Totals ==>173078311100950000
2
Ok?BPBSIBSQIFIGIPOIWUEUTSUXXRV
Scope
AnswerExplanationIDFormulaTraceExpected
3
11Yes
because eventually engine is always on
R_27a5agmUGBPg8s5
E{LD} {ELD}*No
4
1No
R_yHCfzP3IuEdXrDH
E{LD} {ELD}*No
5
1No
The property is not on in the first state
R_3l0w6YvuIwEZQBz
E{LD} {ELD}*No
6
1No
The engine is off in the first state.
R_2qEl9H2Wc5bvrQU
E{LD} {ELD}*No
7
1No
R_9HTWz8OvCkT7pux
E{LD} {ELD}*No
8
1No
R_2P6Bkpbzq11Ssb2
E{LD} {ELD}*No
9
1No
R_31oOMwNEYkyq3es
E{LD} {ELD}*No
10
1Yes
R_pLPdboAsBFdOkAp
E{LD} {ELD}*No
11
1Yes
R_2BzybV6L9Nw3wsp
E{LD} {ELD}*No
12
1No
R_2E3FziYrlSKm5tz
E{LD} {ELD}*No
13
1Yes
R_3GE5vB088hW7pNS
E{LD} {ELD}*No
14
1Yes
R_23TtFmRGuFkXz3J
E{LD} {ELD}*No
15
1No
R_p0efcDoDcDSMew9
E{LD} {ELD}*No
16
1No
Engine is not on in the first state of the trace
R_1i8K87vtmYbKNq0
E{LD} {ELD}*No
17
1No
R_RJhD3rjJLGxUHmN
E{LD} {ELD}*No
18
1No
R_20YbToRn1f2fO7V
E{LD} {ELD}*No
19
1No
R_w5JmqaNekoVdjkR
E{LD} {ELD}*No
20
1No
R_3EYmP1n2awyc6yQ
E{LD} {ELD}*No
21
1No
The engine is not on for the first trace.
R_3EXaHmkHBQXq7Xo
E{LD} {ELD}*No
22
1Yes
R_3fqL6CKhq02gxE4
E{LD} {ELD}*No
23
1No
The first trace does not have the engine on, so it is not satisfied.
R_2VkDkfHF7bMFHSt
E{LD} {ELD}*No
24
1No
R_8xqucc6088jyq41
E{LD} {ELD}*No
25
1No
The engine is not on in the first state
R_1ojydOxCaXzpuTa
E{LD} {ELD}*No
26
1No
R_2qxUUOosAISA3rn
E{LD} {ELD}*No
27
1Yes
R_27a5agmUGBPg8s5
X(X(X(E))){E} {} {} {E} {}*Yes
28
1No
R_yHCfzP3IuEdXrDH
X(X(X(E))){E} {} {} {E} {}*Yes
29
1Yes
The engine should be on after 3 states. This is correct.
R_3l0w6YvuIwEZQBz
X(X(X(E))){E} {} {} {E} {}*Yes
30
1Yes
The engine is on in the 4th state (3 after 1st).
R_2qEl9H2Wc5bvrQU
X(X(X(E))){E} {} {} {E} {}*Yes
31
1Yes
R_9HTWz8OvCkT7pux
X(X(X(E))){E} {} {} {E} {}*Yes
32
1Yes
R_2P6Bkpbzq11Ssb2
X(X(X(E))){E} {} {} {E} {}*Yes
33
1Yes
R_31oOMwNEYkyq3es
X(X(X(E))){E} {} {} {E} {}*Yes
34
1Yes
R_pLPdboAsBFdOkAp
X(X(X(E))){E} {} {} {E} {}*Yes
35
1No
R_2BzybV6L9Nw3wsp
X(X(X(E))){E} {} {} {E} {}*Yes
36
1Yes
R_2E3FziYrlSKm5tz
X(X(X(E))){E} {} {} {E} {}*Yes
37
1Yes
R_3GE5vB088hW7pNS
X(X(X(E))){E} {} {} {E} {}*Yes
38
1No
R_23TtFmRGuFkXz3J
X(X(X(E))){E} {} {} {E} {}*Yes
39
1Yes
R_p0efcDoDcDSMew9
X(X(X(E))){E} {} {} {E} {}*Yes
40
1Yes
Engine is on in the next next next state.
R_1i8K87vtmYbKNq0
X(X(X(E))){E} {} {} {E} {}*Yes
41
1Yes
R_RJhD3rjJLGxUHmN
X(X(X(E))){E} {} {} {E} {}*Yes
42
1Yes
R_20YbToRn1f2fO7V
X(X(X(E))){E} {} {} {E} {}*Yes
43
1Yes
R_w5JmqaNekoVdjkR
X(X(X(E))){E} {} {} {E} {}*Yes
44
1Yes
R_3EYmP1n2awyc6yQ
X(X(X(E))){E} {} {} {E} {}*Yes
45
1Yes
The engine is on for the third next trace.
R_3EXaHmkHBQXq7Xo
X(X(X(E))){E} {} {} {E} {}*Yes
46
1No
R_3fqL6CKhq02gxE4
X(X(X(E))){E} {} {} {E} {}*Yes
47
1Yes
Yes, because the engine is on in the next next next (4th) state.
R_2VkDkfHF7bMFHSt
X(X(X(E))){E} {} {} {E} {}*Yes
48
1Yes
R_8xqucc6088jyq41
X(X(X(E))){E} {} {} {E} {}*Yes
49
1Yes
The engine is on in state 4
R_1ojydOxCaXzpuTa
X(X(X(E))){E} {} {} {E} {}*Yes
50
1No
R_2qxUUOosAISA3rn
X(X(X(E))){E} {} {} {E} {}*Yes
51
1Yes
Every time the engine is on the engine three states ahead is on
R_27a5agmUGBPg8s5
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
52
1Yes
R_yHCfzP3IuEdXrDH
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
53
1No
R_3l0w6YvuIwEZQBz
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
54
1Yes
It's always true that if the engine is on in state n, it'll also be on in state n + 3 (2 => 5, 3 => 6, 5+ => 5+)
R_2qEl9H2Wc5bvrQU
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
55
1Yes
R_9HTWz8OvCkT7pux
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
56
1Yes
R_2P6Bkpbzq11Ssb2
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
57
1Yes
R_31oOMwNEYkyq3es
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
58
1Yes
R_pLPdboAsBFdOkAp
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
59
1No
R_2BzybV6L9Nw3wsp
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
60
1Yes
R_2E3FziYrlSKm5tz
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
61
1Yes
R_3GE5vB088hW7pNS
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
62
1Yes
R_23TtFmRGuFkXz3J
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
63
1Yes
R_p0efcDoDcDSMew9
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
64
1Yes
For every state where the Engine is on, the next next next state also has Engine on because state 5 loops.
R_1i8K87vtmYbKNq0
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
65
1Yes
R_RJhD3rjJLGxUHmN
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
66
1Yes
R_20YbToRn1f2fO7V
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
67
1Yes
R_w5JmqaNekoVdjkR
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
68
1Yes
R_3EYmP1n2awyc6yQ
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
69
1Yes
Any time the engine is on, the engine is also on for third next trace.
R_3EXaHmkHBQXq7Xo
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
70
1No
R_3fqL6CKhq02gxE4
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
71
1Yes
Yes, because globally there is an engine (2, 3, 5+) at i, there is an engine at i+3 as well (5, 6, 8+)
R_2VkDkfHF7bMFHSt
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
72
1Yes
R_8xqucc6088jyq41
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
73
1Yes
After the first state where the engine is on, the engine will be on 3 steps later.
R_1ojydOxCaXzpuTa
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
74
1Yes
R_2qxUUOosAISA3rn
G(E ==> XXX(E))
{} {ELD} {ELD} {} {ELD}*
Yes
75
1No
R_27a5agmUGBPg8s5
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
76
1Yes
R_yHCfzP3IuEdXrDH
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
77
1Yes
When the door opens, the engine turns on
R_3l0w6YvuIwEZQBz
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
78
1Yes
X(DoorOpen) holds in state 3. Before then, in states 1 and 2, the next state (i.e. states 2 and 3) have the engine on.
R_2qEl9H2Wc5bvrQU
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
79
1Yes
Engine is on until the door opens. (I don't think that the door has to stay open?)
R_9HTWz8OvCkT7pux
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
80
1Yes
R_2P6Bkpbzq11Ssb2
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
81
1Yes
R_31oOMwNEYkyq3es
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
82
1Yes
R_pLPdboAsBFdOkAp
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
83
1Yes
R_2BzybV6L9Nw3wsp
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
84
1No
R_2E3FziYrlSKm5tz
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
85
1Yes
R_3GE5vB088hW7pNS
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
86
1No
R_23TtFmRGuFkXz3J
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
87
1Yes
R_p0efcDoDcDSMew9
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
88
1Yes
Engine is on until DoorOpen, then Engine is off.
R_1i8K87vtmYbKNq0
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
89
1No
R_RJhD3rjJLGxUHmN
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
90
1Yes
R_20YbToRn1f2fO7V
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
91
1Yes
R_w5JmqaNekoVdjkR
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
92
1Yes
R_3EYmP1n2awyc6yQ
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
93
1Yes
The engine is on for the next trace until the door is open.
R_3EXaHmkHBQXq7Xo
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
94
1Yes
R_3fqL6CKhq02gxE4
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
95
1Yes
Yes, it is true that the next trace is always an engine until the door is open, after which the next trace is not an engine.
R_2VkDkfHF7bMFHSt
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
96
1Yes
I'm not sure about this one, since the engine is still on when the door is open, and only turns off after the door is opened.
R_8xqucc6088jyq41
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
97
1Yes
All states before the first one where the door is open have the engine on.
R_1ojydOxCaXzpuTa
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
98
1No
R_2qxUUOosAISA3rn
E U D
{EL} {EL} {EL} {ELD} {L}*
Yes
99
1No
R_27a5agmUGBPg8s5
F(E) & F(D){} {D} {} {} {E}*Yes
100
1Yes
R_yHCfzP3IuEdXrDH
F(E) & F(D){} {D} {} {} {E}*Yes
101
1No
R_3l0w6YvuIwEZQBz
F(E) & F(D){} {D} {} {} {E}*Yes
102
1Yes
There's some state with engine on and some state with door open. They don't have to be the same state since they're quantified separately.
R_2qEl9H2Wc5bvrQU
F(E) & F(D){} {D} {} {} {E}*Yes
103
1Yes
At some point, the engine is on, so F(Engine) is satisfied. At some point, the door is open, so F(DoorOpen) is satisfied. Therefore both sides are satisfied.
R_9HTWz8OvCkT7pux
F(E) & F(D){} {D} {} {} {E}*Yes
104
1Yes
R_2P6Bkpbzq11Ssb2
F(E) & F(D){} {D} {} {} {E}*Yes
105
1Yes
R_31oOMwNEYkyq3es
F(E) & F(D){} {D} {} {} {E}*Yes
106
1Yes
R_pLPdboAsBFdOkAp
F(E) & F(D){} {D} {} {} {E}*Yes
107
1No
R_2BzybV6L9Nw3wsp
F(E) & F(D){} {D} {} {} {E}*Yes
108
1No
R_2E3FziYrlSKm5tz
F(E) & F(D){} {D} {} {} {E}*Yes
109
1No
R_3GE5vB088hW7pNS
F(E) & F(D){} {D} {} {} {E}*Yes
110
1Yes
R_23TtFmRGuFkXz3J
F(E) & F(D){} {D} {} {} {E}*Yes
111
1Yes
R_p0efcDoDcDSMew9
F(E) & F(D){} {D} {} {} {E}*Yes
112
1Yes
Yes because there is at least one state where DoorOpen is true and at least one where Engine is on.
R_1i8K87vtmYbKNq0
F(E) & F(D){} {D} {} {} {E}*Yes
113
1Yes
R_RJhD3rjJLGxUHmN
F(E) & F(D){} {D} {} {} {E}*Yes
114
1Yes
R_20YbToRn1f2fO7V
F(E) & F(D){} {D} {} {} {E}*Yes
115
1Yes
R_w5JmqaNekoVdjkR
F(E) & F(D){} {D} {} {} {E}*Yes
116
1Yes
R_3EYmP1n2awyc6yQ
F(E) & F(D){} {D} {} {} {E}*Yes
117
1Yes
The engine is on and the door is open at least once at some point of the system
R_3EXaHmkHBQXq7Xo
F(E) & F(D){} {D} {} {} {E}*Yes
118
1Yes
R_3fqL6CKhq02gxE4
F(E) & F(D){} {D} {} {} {E}*Yes
119
1Yes
Yes because eventually there is an engine and eventually the door opens.
R_2VkDkfHF7bMFHSt
F(E) & F(D){} {D} {} {} {E}*Yes
120
1Yes
R_8xqucc6088jyq41
F(E) & F(D){} {D} {} {} {E}*Yes
121
1Yes
The engine will be on in states 5+ and the door will be open in state 2
R_1ojydOxCaXzpuTa
F(E) & F(D){} {D} {} {} {E}*Yes
122
1No
R_2qxUUOosAISA3rn
F(E) & F(D){} {D} {} {} {E}*Yes
123
1Yes
R_27a5agmUGBPg8s5
X(X(F(E))){ELD}*Yes
124
1Yes
R_yHCfzP3IuEdXrDH
X(X(F(E))){ELD}*Yes
125
1Yes
R_3l0w6YvuIwEZQBz
X(X(F(E))){ELD}*Yes
126
1Yes
R_2qEl9H2Wc5bvrQU
X(X(F(E))){ELD}*Yes
127
1Yes
R_9HTWz8OvCkT7pux
X(X(F(E))){ELD}*Yes
128
1Yes
R_2P6Bkpbzq11Ssb2
X(X(F(E))){ELD}*Yes
129
1Yes
R_31oOMwNEYkyq3es
X(X(F(E))){ELD}*Yes
130
1Yes
R_pLPdboAsBFdOkAp
X(X(F(E))){ELD}*Yes
131
1Yes
R_2BzybV6L9Nw3wsp
X(X(F(E))){ELD}*Yes
132
1Yes
R_2E3FziYrlSKm5tz
X(X(F(E))){ELD}*Yes
133
1Yes
R_3GE5vB088hW7pNS
X(X(F(E))){ELD}*Yes
134
1Yes
R_23TtFmRGuFkXz3J
X(X(F(E))){ELD}*Yes
135
1Yes
R_p0efcDoDcDSMew9
X(X(F(E))){ELD}*Yes
136
1Yes
Since Engine is always on it is always the case that the next next state has Engine on.
R_1i8K87vtmYbKNq0
X(X(F(E))){ELD}*Yes
137
1Yes
R_RJhD3rjJLGxUHmN
X(X(F(E))){ELD}*Yes
138
1Yes
R_20YbToRn1f2fO7V
X(X(F(E))){ELD}*Yes
139
1Yes
R_w5JmqaNekoVdjkR
X(X(F(E))){ELD}*Yes
140
1Yes
R_3EYmP1n2awyc6yQ
X(X(F(E))){ELD}*Yes
141
1Yes
The engine is on at some point after the first two traces.
R_3EXaHmkHBQXq7Xo
X(X(F(E))){ELD}*Yes
142
1Yes
R_3fqL6CKhq02gxE4
X(X(F(E))){ELD}*Yes
143
1Yes
Yes because in the next next state (3) there is finally an engine on.
R_2VkDkfHF7bMFHSt
X(X(F(E))){ELD}*Yes
144
1Yes
R_8xqucc6088jyq41
X(X(F(E))){ELD}*Yes
145
1Yes
The engine is always on.
R_1ojydOxCaXzpuTa
X(X(F(E))){ELD}*Yes
146
1Yes
R_2qxUUOosAISA3rn
X(X(F(E))){ELD}*Yes
147
1Yes
R_27a5agmUGBPg8s5
E U L{E}*No
148
1Yes
R_yHCfzP3IuEdXrDH
E U L{E}*No
149
1Yes
Yes, the light never turns on so it is okay for the engine to always be on.
R_3l0w6YvuIwEZQBz
E U L{E}*No
150
1No
Our definition of U by the book requires the "until" condition (here it's Light) to happen at some point. It doesn't here, so this is not satisfied.
R_2qEl9H2Wc5bvrQU
E U L{E}*No
151
1No
The light never turns on. This depends on what interpretation of the 'Until' operator we're using.
R_9HTWz8OvCkT7pux
E U L{E}*No
152
1No
R_2P6Bkpbzq11Ssb2
E U L{E}*No
153
1Yes
R_31oOMwNEYkyq3es
E U L{E}*No
154
1Yes
R_pLPdboAsBFdOkAp
E U L{E}*No
155
1No
R_2BzybV6L9Nw3wsp
E U L{E}*No
156
1Yes
R_2E3FziYrlSKm5tz
E U L{E}*No
157
1No
R_3GE5vB088hW7pNS
E U L{E}*No
158
1No
R_23TtFmRGuFkXz3J
E U L{E}*No
159
1No
Using the stricter definition of until
R_p0efcDoDcDSMew9
E U L{E}*No
160
1No
No because until implies that Light must be on eventually.
R_1i8K87vtmYbKNq0
E U L{E}*No
161
1No
R_RJhD3rjJLGxUHmN
E U L{E}*No
162
1Yes
R_20YbToRn1f2fO7V
E U L{E}*No
163
1No
R_w5JmqaNekoVdjkR
E U L{E}*No
164
1No
R_3EYmP1n2awyc6yQ
E U L{E}*No
165
1No
While the engine is on at all times, the light never comes on.
R_3EXaHmkHBQXq7Xo
E U L{E}*No
166
1No
R_3fqL6CKhq02gxE4
E U L{E}*No
167
1Yes
Yes because Engine holds true until there is a light - since there is never a light engine always holds true.
R_2VkDkfHF7bMFHSt
E U L{E}*No
168
1Yes
R_8xqucc6088jyq41
E U L{E}*No
169
1No
Using the strong definition of U, the light is never on so the formula is not satisfied.
R_1ojydOxCaXzpuTa
E U L{E}*No
170
1No
R_2qxUUOosAISA3rn
E U L{E}*No
171
1No
R_27a5agmUGBPg8s5
F(G(E))
{} {ELD} {} {ELD} {}*
No
172
1No
R_yHCfzP3IuEdXrDH
F(G(E))
{} {ELD} {} {ELD} {}*
No
173
1No
Eventually, the engine must always be on
R_3l0w6YvuIwEZQBz
F(G(E))
{} {ELD} {} {ELD} {}*
No
174
1No
Every possible trace always has at least one state with engine off (state 5+).
R_2qEl9H2Wc5bvrQU
F(G(E))
{} {ELD} {} {ELD} {}*
No
175
1No
R_9HTWz8OvCkT7pux
F(G(E))
{} {ELD} {} {ELD} {}*
No
176
1No
R_2P6Bkpbzq11Ssb2
F(G(E))
{} {ELD} {} {ELD} {}*
No
177
1No
R_31oOMwNEYkyq3es
F(G(E))
{} {ELD} {} {ELD} {}*
No
178
1Yes
R_pLPdboAsBFdOkAp
F(G(E))
{} {ELD} {} {ELD} {}*
No
179
1No
R_2BzybV6L9Nw3wsp
F(G(E))
{} {ELD} {} {ELD} {}*
No
180
1No
R_2E3FziYrlSKm5tz
F(G(E))
{} {ELD} {} {ELD} {}*
No
181
1No
R_3GE5vB088hW7pNS
F(G(E))
{} {ELD} {} {ELD} {}*
No
182
1No
R_23TtFmRGuFkXz3J
F(G(E))
{} {ELD} {} {ELD} {}*
No
183
1No
R_p0efcDoDcDSMew9
F(G(E))
{} {ELD} {} {ELD} {}*
No
184
1No
There is no point in this trace after which the Engine is always on.
R_1i8K87vtmYbKNq0
F(G(E))
{} {ELD} {} {ELD} {}*
No
185
1Yes
R_RJhD3rjJLGxUHmN
F(G(E))
{} {ELD} {} {ELD} {}*
No
186
1No
R_20YbToRn1f2fO7V
F(G(E))
{} {ELD} {} {ELD} {}*
No
187
1No
R_w5JmqaNekoVdjkR
F(G(E))
{} {ELD} {} {ELD} {}*
No
188
1No
R_3EYmP1n2awyc6yQ
F(G(E))
{} {ELD} {} {ELD} {}*
No
189
1No
The system never reaches a steady state where the engine is on at all times.
R_3EXaHmkHBQXq7Xo
F(G(E))
{} {ELD} {} {ELD} {}*
No
190
1Yes
R_3fqL6CKhq02gxE4
F(G(E))
{} {ELD} {} {ELD} {}*
No
191
1No
There is never globally an engine but I am not certain about this one.
R_2VkDkfHF7bMFHSt
F(G(E))
{} {ELD} {} {ELD} {}*
No
192
1No
R_8xqucc6088jyq41
F(G(E))
{} {ELD} {} {ELD} {}*
No
193
1No
There is no state after which the engine is always on.
R_1ojydOxCaXzpuTa
F(G(E))
{} {ELD} {} {ELD} {}*
No
194
1No
R_2qxUUOosAISA3rn
F(G(E))
{} {ELD} {} {ELD} {}*
No
195
1No
I think no because engine does not go to light, but because engine is never one it is never not satisfied, so I am a little confused
R_27a5agmUGBPg8s5
G(E ==> L){}*Yes
196
1Yes
R_yHCfzP3IuEdXrDH
G(E ==> L){}*Yes
197
1No
R_3l0w6YvuIwEZQBz
G(E ==> L){}*Yes
198
1Yes
The engine is never on, so Engine => Light is always true.
R_2qEl9H2Wc5bvrQU
G(E ==> L){}*Yes
199
1Yes
(False ==> anything) is always true
R_9HTWz8OvCkT7pux
G(E ==> L){}*Yes
200
1Yes
R_2P6Bkpbzq11Ssb2
G(E ==> L){}*Yes
201
1Yes
R_31oOMwNEYkyq3es
G(E ==> L){}*Yes
202
1Yes
R_pLPdboAsBFdOkAp
G(E ==> L){}*Yes
203
1Yes
R_2BzybV6L9Nw3wsp
G(E ==> L){}*Yes
204
1Yes
R_2E3FziYrlSKm5tz
G(E ==> L){}*Yes
205
1No
R_3GE5vB088hW7pNS
G(E ==> L){}*Yes
206
1Yes
R_23TtFmRGuFkXz3J
G(E ==> L){}*Yes
207
1Yes
R_p0efcDoDcDSMew9
G(E ==> L){}*Yes
208
1Yes
Both Engine and Light are never on so it is true.
R_1i8K87vtmYbKNq0
G(E ==> L){}*Yes
209
1No
R_RJhD3rjJLGxUHmN
G(E ==> L){}*Yes
210
1Yes
R_20YbToRn1f2fO7V
G(E ==> L){}*Yes
211
1Yes
R_w5JmqaNekoVdjkR
G(E ==> L){}*Yes
212
1Yes
R_3EYmP1n2awyc6yQ
G(E ==> L){}*Yes
213
1Yes
There are no traces where there is engine without light.
R_3EXaHmkHBQXq7Xo
G(E ==> L){}*Yes
214
1No
R_3fqL6CKhq02gxE4
G(E ==> L){}*Yes
215
1Yes
Yes it is satisfied because there is never an engine, so it is fine that there is never a light in this trace.
R_2VkDkfHF7bMFHSt
G(E ==> L){}*Yes
216
1No
R_8xqucc6088jyq41
G(E ==> L){}*Yes
217
1Yes
The engine is never on, so the implication always holds.
R_1ojydOxCaXzpuTa
G(E ==> L){}*Yes
218
1Yes
R_2qxUUOosAISA3rn
G(E ==> L){}*Yes