I attended various talks by Ben & Casey at Eyeo, and they mentioned the new 2.0 series of Processing including a lot of great new OpenGL improvements by Andres and others, and that the new GL framework shows performance near OF. In another talk, Ben mentioned prototyping something in Processing, and then porting it to OF for speed.
I'd say that in general we'll see this all matter less and less, what with more GPU type stuff happening, and with the advancements in the JIT and code translation in general.
even if Processing 2.0 does make perfect use of the GPU that distinction only covers the render phase. Calculating collisions for a large number of objects will still be significantly faster in C++. So like nearly every situation in software, it all depends what you're trying to do.
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I attended various talks by Ben & Casey at Eyeo, and they mentioned the new 2.0 series of Processing including a lot of great new OpenGL improvements by Andres and others, and that the new GL framework shows performance near OF. In another talk, Ben mentioned prototyping something in Processing, and then porting it to OF for speed.
I'd say that in general we'll see this all matter less and less, what with more GPU type stuff happening, and with the advancements in the JIT and code translation in general.
The third alpha release for the 2.0 series they talked about Eyeo is out: http://code.google.com/p/processing/downloads/list , http://code.google.com/p/processing/source/browse/trunk/proc...
even if Processing 2.0 does make perfect use of the GPU that distinction only covers the render phase. Calculating collisions for a large number of objects will still be significantly faster in C++. So like nearly every situation in software, it all depends what you're trying to do.