Variable Comparison of - Modelica.Mechanics.Translational.Examples.CompareBrakingForce
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 mass3.v
2 mass1.v
3 mass4.v
4 mass2.v
5 quadraticSpeedDependentForce.s
6 inverseSpeedDependentForce.v
7 inverseSpeedDependentForce.v_nominal
8 v_nominal
9 linearSpeedDependentForce.v_nominal
10 mass4.L
11 signForce.f
12 mass4.flange_a.f
13 mass2.der(s)
14 mass2.L
15 mass4.stateSelect
16 mass4.flange_b.f
17 quadraticSpeedDependentForce.v_nominal
18 inverseSpeedDependentForce.v0
19 linearSpeedDependentForce.s_support
20 mass2.stateSelect
21 mass2.s
22 signForce.reg
23 mass1.s
24 mass3.flange_a.s
25 linearSpeedDependentForce.f_nominal
26 mass1.der(v)
27 inverseSpeedDependentForce.flange.s
28 v_start
29 mass1.m
30 mass2.flange_b.f
31 inverseSpeedDependentForce.ForceDirection
32 quadraticSpeedDependentForce.s_support
33 mass2.flange_a.s
34 quadraticSpeedDependentForce.der(s)
35 inverseSpeedDependentForce.f_nominal
36 signForce.v0
37 linearSpeedDependentForce.flange.s
38 mass1.stateSelect
39 linearSpeedDependentForce.flange.f
40 mass4.m
41 mass3.der(s)
42 quadraticSpeedDependentForce.flange.s
43 mass3.a
44 mass3.stateSelect
45 mass2.a
46 signForce.flange.s
47 mass2.der(v)
48 linearSpeedDependentForce.ForceDirection
49 quadraticSpeedDependentForce.flange.f
50 mass1.der(s)
51 v0
52 signForce.v
53 mass4.der(s)
54 inverseSpeedDependentForce.der(s)
55 mass4.s
56 mass4.der(v)
57 mass3.s
58 inverseSpeedDependentForce.flange.f
59 mass3.m
60 signForce.der(s)
61 mass1.flange_b.s
62 mass4.flange_a.s
63 signForce.flange.f
64 quadraticSpeedDependentForce.f
65 linearSpeedDependentForce.f
66 signForce.f_nominal
67 linearSpeedDependentForce.v
68 mass3.der(v)
69 inverseSpeedDependentForce.f
70 f_nominal
71 mass4.flange_b.s
72 signForce.s_support
73 quadraticSpeedDependentForce.f_nominal
74 mass1.flange_a.s
75 mass3.flange_a.f
76 mass3.L
77 mass1.flange_a.f
78 mass1.L
79 signForce.s
80 inverseSpeedDependentForce.s
81 inverseSpeedDependentForce.s_support
82 mass2.flange_b.s
83 mass3.flange_b.f
84 quadraticSpeedDependentForce.ForceDirection
85 mass4.a
86 mass1.flange_b.f
87 mass2.m
88 mass3.flange_b.s
89 linearSpeedDependentForce.der(s)
90 linearSpeedDependentForce.s
91 quadraticSpeedDependentForce.v
92 mass1.a
93 mass2.flange_a.f
94 m