[PD] get the position of the mass in the same order than the creation with MSD

[cyrille henry]

Le 08/07/2010 13:24, Jack a écrit :
> Hello Cyrille,
>
> Thanks for your answer.
> My system has 10000 mobiles masses, 10000 immovables masses and 10000
> links.
> I tried with [massesPosL( message. But the problem is i got the position
> of the immovables masses. Maybe i can start to create the 10000
> immovables masses, then the 10000 mobiles masses and split the list at
> 10000 (the list is obtained with [massesPosL().
yes, that's what i usually do.

> Or i can split 4 elements then split 2 elements.
this will create more list operation...

C

> I will try...
> ++
>
> Jack
>
>
> Le jeudi 08 juillet 2010 à 09:46 +0200, cyrille henry a écrit :
>> did the massesPosL message could help you?
>>
>> otherwise, you have the solution to use frank trick :
>> use the output of the get message to write in a table, and then read the table...
>>
>> c
>>
>> Le 08/07/2010 02:13, Jack a écrit :
>>> Hello,
>>>
>>> I have a problem with MSD (exactly [MSD2D]). When i send [bang, get
>>> massesPos mamasse( to [MSD2D], the output order of the positions of the
>>> masses is not the same that the one which was given during the creation.
>>>
>>> I'm not sure to be clear, so it is better to see an example ;) (see the
>>> attach patch) :
>>>
>>> If i create 3 masses in this order : [mass mamasse 1 100 0 1(, [mass
>>> mamasse 1 100 2 3( and [mass mamasse 1 100 4 5(.
>>> Then if i send [bang, get massesPos mamasse(, i can get from the first
>>> outlet of [MSD2D] :
>>> [massesPosId mamasse 2 3(
>>> [massesPosId mamasse 0 1(
>>> [massesPosId mamasse 4 5(
>>> Or
>>> [massesPosId mamasse 4 5(
>>> [massesPosId mamasse 2 3(
>>> [massesPosId mamasse 0 1(
>>> Or
>>> ...
>>>
>>> This is not really easy for me because i need to conserve this order :/
>>> It would be better to always get :
>>> [massesPosId mamasse 0 1(
>>> [massesPosId mamasse 2 3(
>>> [massesPosId mamasse 4 5(
>>>
>>> Is there a solution with MSD ?
>>> With PMPD and dynamic patching, i have no problem, but it is too slow.
>>> Number of mass>   10000.
>>> ++
>>>
>>> Jack
>>>
>>>
>>>
>>>
>>>
>>>
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>
>
>
>