I see it Jakob. Thank you very much. With this I may be able to see at
least steady conditions until streams merge.
Next option is to analyze the headway distribution over time on lanes to
pick a steady time slot.
Thanks again!

Regards,
Dee.

On Mon, May 7, 2018 at 3:25 PM, Jakob Erdmann <[email protected]>
wrote:

> You can set the junction type to "unregulated" (which lets all vehicles
> drive at the same time and avoids slowdown) and set the option
> '--collision.action ignore'. You may still see headway variations when two
> streams merge though.
>
> 2018-05-07 1:49 GMT+02:00 Alan Dee <[email protected]>:
>
>> Thanks Jakob!
>>
>> Minimum conditions of 'steady state' are,
>>                                                                  constant
>> speeds
>>                                                                  constant
>> headway (distance to the preceding vehicle)
>>
>> When there is a junction, I see that vehicles slow down hence the above
>> mentioned homogeneity breaks. I was wondering if there is a way to keep the
>> simulation even with the presence of junctions.
>>
>> Regards,
>> Dee.
>>
>> On Sun, May 6, 2018 at 6:22 PM, Jakob Erdmann <[email protected]
>> > wrote:
>>
>>> Please clarify the minimum condition for 'steady state'.
>>> If you have junctions you generally cannot achieve constant speeds.
>>>
>>> 2018-05-06 2:29 GMT+02:00 Alan Dee <[email protected]>:
>>>
>>>> Hello,
>>>>
>>>> I have a requirement of keeping a small traffic network in steady state
>>>> for a while during the total simulation time (doesn't matter even if it is
>>>> throughout the total simulation).
>>>> In theory, I know that during steady state headway and speeds of
>>>> vehicles are almost constant over time, and their accelerations are almost
>>>> zero. But when a network has junctions, lane merging the state becomes
>>>> dynamic since the vehicles slow down and create congestion.
>>>>
>>>> Is there a way (or a setting) to keep the simulation in steady state
>>>> even with the presence of junctions, merging etc. ?
>>>>
>>>> Thank you.
>>>> Dee
>>>>
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