A Flycapture Api Code Samples; Setting A Gpio Pin To Strobe Using The Flycapture Api; Setting A Standard Video Mode, Format And Frame Rate Using The Flycapture Api; Asynchronous Hardware Triggering Using The Flycapture Api - FLIR GRASSHOPPER 3 Series Technical Reference

A FlyCapture API Code Samples
A.1 Setting a GPIO Pin to Strobe Using the FlyCapture API
The following FlyCapture code sample uses the C++ interface to do the following:
Configures GPIO1 as the strobe output pin.
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Enables strobe output.
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Specifies an active high (rising edge) strobe signal.
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Specifies that the strobe signal begin 1 ms after the shutter opens.
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Specifies the duration of the strobe as 1.5 ms.
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Assuming a Camera object cam:
StrobeControl mStrobe;
mStrobe.source = 1;
mStrobe.onOff = true;
mStrobe.polarity = 1;
mStrobe.delay = 1.0f;
mStrobe.duration = 1.5f
cam.SetStrobe(&mStrobe);
A.2 Setting a Standard Video Mode, Format and Frame Rate
Using the FlyCapture API
The following FlyCapture code snippet sets the camera to: 640x480 Y8 at 60 FPS.
Camera.SetVideoModeandFrameRate( VIDEOMODE_640x480Y8 , FRAMERATE_60 );
A.3 Asynchronous Hardware Triggering Using the FlyCapture
API
The following FlyCapture code sample uses the C++ interface to do the following:
Sets the trigger mode to Trigger Mode 0.
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Configures GPIO0 as the trigger input source.
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Enables triggered acquisition.
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Specifies the trigger signal polarity as an active high (rising edge) signal.
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Assuming a Camera object cam:
2/10/2017
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Grasshopper 3 PGE Technical Reference

A FlyCapture API Code Samples

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