======= This repository contains scripts for analyzing single-file movement experiments recorded by a top-view (straight, oval), or side-view camera, , and pedestrians walk anticlockwise
-
Example (top-view camera):
- School GymBay, main circle.
- Link
-
Example of (side-view camera)
- Influence of gender in single-file movement.
- Link
Analysis results and trajectories used in this README can be download from this link.
Download and install the requirements with
pip3 install -r requirements.txt| Script | Description |
|---|---|
| 00_transformation_additional.py | Trajectory data may require some transformation (rotation , transition, etc). |
| 01_transformation_straight_traj.py | Transform oval to straight trajectory data accoring to Ziemer. |
| 00_cal_vel_rho_headway.py | Calculate the individual velocity, headway, and 1D Voronoi density. |
| 02_plot_timeseries_rho_v.py | Plot timeseries of density and speed. |
| 01_extract_steadyState_data.py | extract the steady state data. |
-
determining the steady state
scripts/03_plotting/plot_timeseries_rho_v.py
-
the fundamental diagram (FD, rho-vel), and headway-velocity
scripts/03_plotting/plot_rho_h_vel.py
-
the trajectories
scripts/03_plotting/plot_traj_raw.py
-
the trajectories after transformation
scripts/03_plotting/plot_traj_straight.py
-
the spacial-temporal (x-t) relation
scripts/03_plotting/plot_x_t.py
-
bining data (rho-velocity) (headway-velocity)
scripts/03_plotting/plot_data_binning.py
To calculate the velocity_headway_rho of top-view camera experiments that captured only the straight measurement area such as the Caserne experiment, we use the same analysis methodology of side-view experiments.