Braking force (Newton)
25
equals
26
train mass (kg)
27
equals
28
Number of Trains (integer) deprecated, replaced by variable to graph, left here to explain other formulas
29
1
50
30
Unoccupied Space (tile)
31
equals
32
Space Available for braking per train (tile)
33
equals
34
Max corresponding Speed (km/h)
35
equals
36
Max corresponding Speed for this number of trains on the loop (km/h)
37
38
I tried K(y)=round(y) but it should be truncation i don't know how to
39
40
Theoric train max speed
41
equals
42
Forward force (acceleration - friction) /drag ( Newton)
43
equals
44
Game max speed given fuel (km/h)
45
equals
46
Throughput ( train per minute given number of train on the loop )
47
48
Max throughput for this type of train is the maximum of the previous function
49
50
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