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Okay lets sum it up again ;)

CASE 1: YOU USE THE PVAPI INTERFACE WITHOUT BUILTIN SUPPORT IN OPENCV

For this you need to perform the following steps

• Download the sample code from here. It has instructions on how to configure your system and allows you to read the guppy, manta and prosilica series cameras.
• Do not forget to link the PvAPI header file and follow the instructions.
• Then use the inner loop for your OpenCV processing.

CASE 2: USE THE BUILTIN OPENCV SUPPORT

Last weeks I have been rebuilding the PvAPI builtin interface. Steps to complete for this: - Run CMAKE-gui instead of CMAKE itself - Manually link the PvAPI include and header file until no configure errors appear anymore - Update your sourcecode before building with this pull request to fix all errors of the API interface. - Use the sample to capture data.

Happy trying!

Okay lets sum it up again ;)

CASE 1: YOU USE THE PVAPI INTERFACE WITHOUT BUILTIN SUPPORT IN OPENCV

For this you need to perform the following steps

• Download the sample code from here. It has instructions on how to configure your system and allows you to read the guppy, manta and prosilica series cameras.
• Do not forget to link the PvAPI header file and follow the instructions.
• Then use the inner loop for your OpenCV processing.

CASE 2: USE THE BUILTIN OPENCV SUPPORT

Last weeks I have been rebuilding the PvAPI builtin interface. Steps to complete for this: - this:

• Run CMAKE-gui instead of CMAKE itself - itself
• Manually link the PvAPI include and header file until no configure errors appear anymore - anymore
• Update your sourcecode before building with this pull request to fix all errors of the API interface. - interface.
• Use the sample to capture data.

Happy trying!