Variable Comparison of - Modelica.Electrical.Analog.Examples.DemonstrateLightning

LEGEND
REFERENCE	CURRENT	COMMENT
common variable, active after filtering		variable present in both simulations and active for csv/mat comparison
common variable, inactive after filtering		variable present in both simulations and not active for csv/mat comparison
variable exists only in Reference		variable only in reference simulation and active after filtering
variable exists only in Reference		variable only in reference simulation and inactive after filtering
	variable exists only in Current	variable only in current simulation and active after filtering
	variable exists only in Current	variable only in current simulation and inactive after filtering

ONLY VARIABLES WHICH ARE PRESENT IN BOTH SIMULATIONS AND ARE ACTIVE AFTER FILTERING (green) CAN/WILL BE USED FOR CSV AND MAT COMPARISON.
VARIABLES WHICH ARE ONLY PRESENT IN ONE SIMULATION HAVE NO EFFECT FOR FURTHER COMPARISON TASKS (no matter if active or inactive).

No.	REFERENCE	CURRENT
1	der1.y
2	der2.y
3	integrator2.y
4	integrator1.y
5	currentSensor1.i
6	currentSensor2.i
7	lightning1.der(v)
8	der1.der(u)
9	resistor1.n.i
10	resistor2.p.v
11	lightning1.offset
12	lightning2.offset
13	currentSensor2.p.v
14	integrator2.y_start
15	integrator1.u
16	lightning1.n.i
17	lightning1.v
18	resistor2.v
19	resistor2.n.v
20	currentSensor2.p.i
21	integrator1.der(y)
22	resistor1.T_heatPort
23	resistor1.v
24	lightning1.signalSource.approximation
25	resistor1.LossPower
26	currentSensor2.n.v
27	integrator2.der(y)
28	lightning2.p.v
29	ground2.p.i
30	lightning2.approximation
31	integrator2.u
32	lightning2.signalSource.T
33	lightning2.signalSource.amplitude
34	resistor1.T_ref
35	lightning1.signalSource.amplitude
36	resistor2.p.i
37	ground1.p.i
38	T2
39	lightning2.I
40	lightning1.p.i
41	lightning1.m
42	currentSensor1.p.i
43	lightning1.V
44	lightning2.signalSource.eta
45	lightning2.signalSource.T0
46	lightning1.signalSource.offset
47	resistor1.p.v
48	currentSensor1.n.v
49	T1
50	lightning1.p.v
51	lightning2.signalSource.T1
52	resistor1.i
53	resistor2.T_ref
54	currentSensor1.n.i
55	integrator1.k
56	lightning2.T1
57	integrator2.initType
58	resistor2.i
59	lightning2.startTime
60	currentSensor2.n.i
61	resistor1.T
62	lightning1.T1
63	integrator1.initType
64	lightning1.signalSource.T
65	lightning1.i
66	lightning2.p.i
67	lightning2.signalSource.T2
68	resistor1.alpha
69	resistor1.R_actual
70	resistor2.T_heatPort
71	resistor1.n.v
72	lightning1.signalSource.startTime
73	lightning1.signalSource.m
74	lightning1.signalSource.tau1
75	resistor2.R
76	lightning2.n.i
77	resistor2.T
78	der1.u
79	lightning1.signalSource.y
80	der2.der(u)
81	lightning1.T2
82	lightning2.signalSource.offset
83	resistor1.R
84	integrator1.y_start
85	lightning1.signalSource.T1
86	resistor2.n.i
87	der2.u
88	integrator2.k
89	lightning1.signalSource.T2
90	lightning2.signalSource.T10
91	lightning2.signalSource.m
92	resistor2.alpha
93	lightning2.v
94	lightning1.signalSource.eta
95	lightning1.startTime
96	lightning2.signalSource.approximation
97	resistor1.p.i
98	resistor2.R_actual
99	lightning2.signalSource.y
100	lightning2.signalSource.tau2
101	ground1.p.v
102	lightning1.signalSource.T0
103	lightning2.i
104	lightning2.n.v
105	lightning1.signalSource.T10
106	currentSensor1.p.v
107	lightning2.T2
108	lightning2.m
109	lightning2.signalSource.tau1
110	lightning1.n.v
111	lightning1.signalSource.tau2
112	ground2.p.v
113	lightning2.signalSource.startTime
114	resistor2.LossPower
115	lightning1.approximation