[PD] using GEM in a collaborative environment

B. Bogart ben at ekran.org
Mon Dec 5 17:13:27 CET 2005


OSC is a lot like the netsend/netreceive in UDP mode.

Anyhow I attached a simple help patch to get you going.

just be sure you look into the cool wild-card stuff. for example:

/var/x 10

will send the value "10" to the name /var/x.

/var/[x|y|z] 10

will send the to /var/x /var/y and /var/z

b.



> Hi Ben,
>
> Thanks for the reply.
> I'm looking for a way to collaborate on the internet.
> I haven't tried OSC but from your description below it sounds like
> this may do it because I'd like participants to see their individual
> work as well as the combined work of all users.
>
> Is there a simple patch or documentation that would help to get
> started with learning to use OSC with PD?
>
> Thanks,
> p
>
>
> On Dec 3, 2005, at 12:18 PM, B. Bogart wrote:
>
>> Hi Paris,
>>
>> I experimented with this a little bit, but using multicast (or OSC
>> server).
>>
>> Who is collaborating? (LAN, internet? VPN?)
>>
>> This example does not include local control
>>
>> say you have three cubes, each is connected to an OSCroute with say,
>> something like /client1/pos X Y Z for the position.
>>
>> collaborator 1 sets his OSC name to "client1" and moves some sliders.
>> The data is all packed and redestributed to all clients each with a
>> different client_name.
>>
>> then you just move the cubes on each client according to the incoming
>> OSC, each user can move thier cube, and all users can see the
>> movements
>> of all cubes...
>>
>> b.
>>
>>
>> Paris Treantafeles wrote:
>>> Hi List,
>>>
>>> I was wondering if anyone knows of any projects which use GEM in a
>>> collaborative way.
>>> I've done some experiments with netsend and receive with more
>>> than  one
>>> computer controlling a patch but in that case, the user doesn't
>>> see the
>>> end result of what they are contributing too.
>>> What I am interested in is a way for users to collaborate and see the
>>> results as well.
>>> Optimally, a user could see both what they contribute as well as a
>>> final result.
>>> I'd like to come up with a way to do this but thought it would be
>>> interesting to see what's been done in this area first.
>>>
>>>
>>> Thanks in advance,
>>> p
>>>
>>>
>>>
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>
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