http://youtu.be/X2BmAtKXSZ4
I some point I will build panels for the popular Scope devices

Any comments or suggestions are welcome.
Keep an eye on http://www.gesturespark.com
I'm not going to use the word "soon"

Good point, I will put this on my ToDo list, the second suggestion is already possible.jksuperstar wrote:For a touch surface, though, I'd move labels *above* each element. Also, larger buttons with the label inside is better than outside with a button too small to touch easily. Just my opinion, which can be ignored!
Randomization is already implemented, at 0:13 I'm pressing a randomize buttonjksuperstar wrote:Oh, just a few more ideas: any chance of Morphing, Randomization, cross breeding patches, or Mutation? That would be very powerful for the modular, plus other devices!!
I'm using a borrowed EeeTop PC but I'm looking for a new one which supports more fingers. Maybe this one: http://solutions.3m.com/wps/portal/3M/e ... h/M2256PW/siriusbliss wrote:What screen/hardware are you using?
Greg
jksuperstar wrote:Oh, just a few more ideas: any chance of Morphing, Randomization, cross breeding patches, or Mutation? That would be very powerful for the modular, plus other devices!!
I'm making some good progress here. One of the features that I have added is CopperLan support http://www.copperlan.org/ CopperLan is a very powerful networking system to control musical equipment. One of the great features is to be able to explore all the parameters that a musical device has and automatically map there parameters to a control surface. This control surface does not have to run on the same PC as the software that it is controlling. This could even be a modular synth http://www.alyseum.com/product_MS-812.p ... 039696ef9f The also have a MIDI over ethernet feature and that can be used to control the Scope hardware over a network. The CopperLan guys have done a great job and it's all free to use for the end user. Imagine what would be possible if Scope would fully support CopperLan. I think we should start asking Sonic Core if they want to implement CopperLan into their Scope system. If there are people going to NAMM 2012 I recommend to visit the CopperLan booth.jksuperstar wrote:Wouterz, how is this coming?
A friend & I will try to build a large (~1.2m) touch panel in the new year using frustrated-interference
http://cs.nyu.edu/~jhan/ftirtouch/
combined with a projector, camera, and TUIO software running on a stand-alone PC for mutli-touch tracking, and a TUIO input bridge (or similar) to translate that into a Windows HID multi-touch device. I am looking for an OSC/MIDI based panel graphic system to work with once that's all established.
Have you built or tried anything similar? Maybe I can get the tracking and the panel graphics on the same PC hardware, then communicate over network OSC and rtpMIDI to the SCOPE PC system.
My plan is to build something large enough for at least two people to operate a full 24 or 48 channel mixing desk plus all aux/buss effects control on one surface. And use my XITE-1 as the audio brains behind it all. I do wish there was a way to get OSC to directly control into SCOPE. MIDI zippers are killing me.
Yes, we introduced them at NAMM back in January.wouterz wrote:I'm reading on the CopperLan Facebook page that Sonic Core is going to implement CopperLan support in their Scope Platform
http://www.facebook.com/CopperLan?sk=wa ... =1&theater
This means that in the future every Scope device can be remote controlled over a network. No more MIDI limitations (e.g. the number of assignable controllers and zippernoise)