Minimum space occupied by 1 non-static train (blocks)
37
equals
38
Braking distance ( in tile)function of speed ( in km/h)
39
40
Space occupied by train (in tile) function of speed (in km/h)
41
42
Min Headway (in seconds) function of speed (in km/h)
43
44
Density function of speed
45
46
Max throughput based on speed ( train per minutes)
47
48
Unoccupied Space (tile) function of number of train
49
50
Space Available for braking per train (tile) function of number of train
51
52
Density function of number of trains
53
54
Critical Density 50%
55
56
Max corresponding Speed (km/h)
57
58
Max corresponding Speed for this number of trains on the loop (km/h)
59
60
I tried K(y)=round(y) but it should be truncation i don't know how to this is the number of train
61
62
Theoric train max speed (km/h)
63
equals
64
Speed (acceleration - friction) /drag ( m/s)
65
equals
66
Game max speed given fuel (km/h)
67
equals
68
Throughput ( train per minute given number of train on the loop )
69
70
Max throughput for this type of train is the maximum of the previous function
71
Throughput ( wagon per minute)
72
73
74
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