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This repository has been archived by the owner on Nov 14, 2022. It is now read-only.
When using bounding boxes on stair subrooms, the projected (2D) walking speed(s) get(s) evaluated. Effectively, the walking speeds are higher as the agents move in z-direction as well.
proposted change:
inclusion of an attribute "angle" that can be used to correct the results geometrically.
@schroederbenjamin In JPSreport, average density and velocities are calculated over measurement area. Yes, your are true. the individual velocities are under-evaluated for stairs.
I would use the velocities along the stairs to calculate the mean values. But for density calculation, I would remain use the projected area. Since the stair doesn't enlarge the effective size of the measurement area. What do you think?
We need to generalize all the methods in order to use 3D points (x, y, z). Actually, z is not used, therefore the velocity calculation is not accurate.
In Gitlab by @chraibi on Dec 10, 2015, 08:39 [origin]
When using bounding boxes on stair subrooms, the projected (2D) walking speed(s) get(s) evaluated. Effectively, the walking speeds are higher as the agents move in z-direction as well.
proposted change:
inclusion of an attribute "angle" that can be used to correct the results geometrically.
geometry.xml
ini.xml
jpsreport.xml
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