Research Article
Hybrid Dynamic Route Planning Model for Pedestrian Microscopic Simulation at Subway Station
Table 1
Algorithm of local route planning.
| Input | (a) A set of local path, J | (b) Preference of pedestrian i, and | (c) Current speed and position (xi, yi) of pedestrian i at time t |
| Output | A suitable local path for pedestrian i at time t |
| 1 | For each local path j in J, do |
| 2 | …estimate total walking distance by Equations ((4), (5)). (when pedestrian i is closed to the gates, can be simplified to in Equation (12)) |
| 3 | ……calculate walking time by Equation (3) |
| 4 | …estimate the number of passengers queueing at local path j by Equation (7) |
| 5 | ……calculate waiting time by Equation (6) |
| 6 | …calculate the estimated passing time of path j by Equation (2) |
| 7 | End for |
| 8 | If pedestrian i is closed enough to the ticket gates, then |
| 9 | …pass through the local path with minimum estimated passing time by Equation (13) |
| 10 | else calculate the probability of pedestrian i choose local path j by Equation (8) |
| 11 | …choose a suitable local path for pedestrian i based on and a random number |
| 12 | End if |
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