"The big thing that AMD did was code the Havok implementation in OpenCL. This means that it is a standard, and any other OpenCL supporting GPU, Nvidia, S3 or Intel can use it on their GPUs as well. As long as you have OpenCL drivers, you will have Havok GPU-accelerated physics."
edit: seems the forum is automatically cutting it off at the comma, copy and paste the whole thing into the browsers address bar (removing the '[' and ']').
Following your maxim of leaving no INVENTORY uncluttered, you receive +1 NIKON D90
Haha check out our ever growing Regex string for ripping links:
$string = preg_replace('/http: \/\/[A-Za-z0-9,\~\?=;\#\&\%\+\.\/_\-()]+/', '<a href="$0">$0</a>', $string); Please support us and post a [Link to www.digitalartsfront.com] on your website.
Its been dead for a while now. GPUs had (have) a lot of untapped potential that could be used for other things. The early Physx cards didn't really make too much of a difference anyway, and by the time they could the GPU makers had started the General Purpose GPU (GPGPU) programs. Things like CUDA from nVidia and Stream from ATi were just the writing on the wall. Now we have OpenCL and thats pretty much that.
Following your maxim of leaving no INVENTORY uncluttered, you receive +1 NIKON D90
Moderator
[Link to www.3dprevis.com]