Hello, the code for lcCooperativeSpeed is at https://github.com/eclipse/sumo/blob/c16317561f2844d18dca1d0e14d96ce94b96c544/src/microsim/lcmodels/MSLCM_LC2013.cpp#L265-L277 However, the code that handles the situation in the screenshot is at https://github.com/eclipse/sumo/blob/c16317561f2844d18dca1d0e14d96ce94b96c544/src/microsim/lcmodels/MSLCM_LC2013.cpp#L240-L263 Basically, vehicle 2 should leave enough space so vehicle 1 can merge regardless of lcCooperative. In my own test with the stated parameters I was unable to replicate the situation from your screenshot. Which version of SUMO are you using?
regards, Jakob Am Mo., 1. Nov. 2021 um 16:23 Uhr schrieb Bae, Jong In <[email protected]>: > Hello, > > I'm trying to understand how different values of lcCooperativeSpeed > affects the vehicle behavior. > I'm having a hard time locating the source code for lcCooperativeSpeed. > Could you please point me to a link of the source code? > > Also, I'm trying to understand one behavior that I saw in the simulation. > In this simulation, only one vehicle type is used - and they all have > lcCooperative=0 and lcCooperativeSpeed=0.75. > In the attached screenshot, vehicle #2 slows down to let vehicle#1 merge > but vehicle#1 fails to. > This behavior repeatedly occurs with the following vehicles on the exit > lane. > > I'm assuming vehicle#1 is unable to make the merge due to a small gap. > I'm just trying to understand how different lcCooperativeSpeed values > affect this decision process. > > Any explanation or help to understand would be appreciated! > > Thanks! > _______________________________________________ > sumo-user mailing list > [email protected] > To unsubscribe from this list, visit > https://www.eclipse.org/mailman/listinfo/sumo-user >
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