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Hey Jeff,

That is the same procedure I was using to test. Let me do some more digging.

-Doug

I've reviewed the implementation as well tested this functionality today via a modified Motive 1.7B2 sample application and it appears to work correctly in Motive 1.7B2.

Thanks for reporting this Jeff. We will get this addressed for Motive 1.7 Final.

Before making any calls into the Camera SDK, ideally near your process' entry point do this: cCameraLibraryStartupSettings::X().EnableEthernetDevices(false); This will disable all Ethernet devices, communication over sockets, and any packet communication. Basically this prevents the entire Ethernet ...

Ok, great MSVC is the way to go of course. We don't support MingW. We use QT here internally for many internal tools. I have not experienced any of the things you're describing. I'm not sure why you're seeing this but depending how you've coded against the Camera SDK, there's certainly the possibili...

Hey Nicholas,

Are you just getting corruption on object that you are instantiating from your code or other objects?

I'd really like to get more specific details.

We don't currently offer a VS2013 binary, but it'll be coming before too long.

Thx,
Doug

Are you using mingw or MSVC as your compiler?

Hey Francis, The Camera SDK is multi-thread safe. Users are encouraged to implement the approach you've described if they want to fetch cameras from the Camera SDK from any thread. There are a couple of important things to note with your approach. Calling he GetCamera() method without any parameters...

It's important to note on this thread that we've been shipping both the /MT and /MD versions of the Camera SDK for a few years now. If anyone else has issues or more information regarding using QT and the Camera SDK together in their applications please feel free to add that information here. We hav...

When Reset to current orientation is computed, it reorients the rigid body markers, so that the rigid body, based on it's current pivot point and orientation so that the rigid body reports 0,0,0,1 for quaternion orientation, and 0 for yaw, pitch, and roll. Position results remain unchanged. It's cal...