Installera Steam
logga in
|
språk
简体中文 (förenklad kinesiska)
繁體中文 (traditionell kinesiska)
日本語 (japanska)
한국어 (koreanska)
ไทย (thailändska)
Български (bulgariska)
Čeština (tjeckiska)
Dansk (danska)
Deutsch (tyska)
English (engelska)
Español - España (Spanska - Spanien)
Español - Latinoamérica (Spanska - Latinamerika)
Ελληνικά (grekiska)
Français (franska)
Italiano (italienska)
Bahasa Indonesia (indonesiska)
Magyar (ungerska)
Nederlands (nederländska)
Norsk (norska)
Polski (polska)
Português (Portugisiska – Portugal)
Português - Brasil (Portugisiska - Brasilien)
Română (rumänska)
Русский (ryska)
Suomi (finska)
Türkçe (turkiska)
Tiếng Việt (vietnamesiska)
Українська (Ukrainska)
Rapportera problem med översättningen
I'm not sure if my request is already a feature or not, but I couldn't find anything. Is there a way to keep DAS running and doing its thing with the wheel settings, but stop it from changing suspension height?
Specifically for a mining vehicle that controls the incline of its drills by altering wheel suspension height, as in this one here: https://steamcommunity.com/sharedfiles/filedetails/?id=1718346748
If not, no problem! (Not sure how difficult it would be to implement)
For example, I would like to set up a vehicle that goes from one connector to another, docking at each. This is done easily if I have two waypoints; one at each connector.
However if the route has to go around a hill or something like that, and I have to set up additional waypoints to navigate around the obstacle, the vehicle ends up waiting at each waypoint as if it were at a connector.
Its really no problem, after all autopiloted ground vehicles are already effort-free transport once set up, but it would be nice to have a smoother ride.
Thank you!
Thanks anyway
Edit: here is the engineer approach vehicle: https://steamcommunity.com/sharedfiles/filedetails/?edit=true&id=1731652700
Also for rotor wheel suspension I found this script: https://steamcommunity.com/sharedfiles/filedetails/?id=1471585938
Haven't tried it so don't know if it still works.
Full answer: rotors are very different from the suspension wheels. It has no control over friction, it can't steer, calculation the size of the 'wheels' is not guaranteed to give correct numbers. It also needs different math to calculate speed and torque, and there is already almost no free space in PB's symbol limit. I suggest you to find or make a dedicated script for this purpose.