thank you, nicolas, that's perfect!
did you have a look at nLink? I think it is not working. (os x).
marius.

Nicolas Montgermont wrote:
  

Here is the corrected version, you have to use two tLinks : one aginst x 
and one against y.
n

marius schebella a écrit :
    

Frank Barknecht wrote:
      

Hallo,
marius schebella hat gesagt: // marius schebella wrote:

        

I know, I am already too old for posting feature requests. I was 
just thinking that I miss the ability to damp the speed of masses in 
msd.
right now I am using something like
mass mass1 1 100 0 0
mass mass2 1 100 1 0
link l mass1 mass2 10 10 0 0.01 0
link l 1
I want that the masses reject each other within a certain range and 
then just reduce speed and stop if the speed is lower than a certain 
threshold.
probably I should try to implement this myself. but maybe I am only 
missing something.
          

Are you looking for some kind of "air resistance" damping?  I normally
use an "nlink" or "tlink" to add a global damping to masses. 
        

I am not quite sure how nlinks and tlink work. tLink seems to work 
with a vector that is not related to the current link vector but to 
absolute x/y, maybe nLink is what I need? but nlinks do not work for 
me at all, or are they no real links or is this a bug?
tLink with a vector 1/1 seems to be the same as the plain link 
message. correct? and there seems to be no difference between a tLink 
1/1 and a tLink 2/2?

I tried to use tLink to get global damping, but I am not sure how to 
do this (attached patch..)
marius.
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