Re: [sumo-user] netedit network discretization

[Jakob Erdmann <namdre.sumo@xxxxxxxxx>]

There is no direct way but you could first process the network with option  --geometry.min-dist to make the geometry coarser where it is too fine.

Am Mi., 29. Jan. 2020 um 17:17 Uhr schrieb Kevin Malena <kevin.malena@xxxxxxxxxxxxxxxx>:

Hey Jakob,

 

Thanks for your help and your suggestion is really good, but since there are lots of „old“ geometry nodes the --geometry.split option causes some problems.

Is there a way to split just the new inserted geometry nodes?

 

Cheers,

Kevin

 

_____________________________________

 

M. Sc. Kevin Malena

Regelungstechnik und Mechatronik

 

Heinz Nixdorf Institut
Universität Paderborn

Fürstenallee 11

33102 Paderborn
 
Telefon:  +49 (0) 52 51 / 60 6278

Raum: F0.337

Internet: http://www.hni.uni-paderborn.de/rtm

_____________________________________

 

Von: sumo-user-bounces@xxxxxxxxxxx [mailto:sumo-user-bounces@xxxxxxxxxxx] Im Auftrag von Jakob Erdmann
Gesendet: Mittwoch, 29. Januar 2020 12:11
An: Sumo project User discussions <sumo-user@xxxxxxxxxxx>
Betreff: Re: [sumo-user] netedit network discretization

 

netconvert -s old.net.xml --geometry.max-segment-length FLOAT --geometry.split -o split.net.xml

You need version 1.4 for this because the options were buggy in previous releases.

 

regards,

Jakob

 

Am Mi., 29. Jan. 2020 um 11:42 Uhr schrieb Kevin Malena <kevin.malena@xxxxxxxxxxxxxxxx>:

Hey guys,

 

is there a convenient way to shorten the edge length to a maximum within my whole network to get a different discretization?

In netedit there is the function >split edge< which does exactly what I’m searching for, but just for single edges and at the cursor position.The problem is that I cannot modify my net manually since it’s too large?

Therefore I’m searching for a programming solution…

Using the XML is pretty circumstantial since I would have to create not only the new edges but also new junctions etc. as well…

 

Cheers,

Kevin

_____________________________________

 

M. Sc. Kevin Malena

Regelungstechnik und Mechatronik

 

Heinz Nixdorf Institut
Universität Paderborn

Fürstenallee 11

33102 Paderborn
 
Telefon:  +49 (0) 52 51 / 60 6278

Raum: F0.337

Internet: http://www.hni.uni-paderborn.de/rtm

_____________________________________

 

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