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Introduction
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| · | Create 32-bit applications for the 32- and 64-bit Windows, as well as native 64-bit applications for the 64-bit Windows.
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| · | Acquire and display live video from one or several 1394 cameras.
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| · | Select among multiple camera sources.
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| · | Set a desired video format and triggering mode.
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| · | Select among several hardware and software trigger sources.
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| · | Grab 8- and 16-bit monochrome images, or 24- and 48-bit color images.
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| · | Perform automatic color interpolation of a monochrome video generated by Bayer cameras.
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| · | Choose among several available frame rates.
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| · | Select the desired size and position of the scan area.
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| · | Flip and rotate the live video.
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| · | Adjust multiple camera parameters in real time: brightness, gain, shutter speed, gamma, sharpness, hue, saturation.
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| · | Control focus, iris, tilt and pan in cameras with motorized lenses.
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| · | Activate automatic or one-push control over selected camera parameters, such as exposure and white balance.
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| · | Perform an absolute value control over the camera parameters.
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| · | Save camera settings in memory channels or system registry and reload them on demand.
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| · | Control non-standard camera features by direct access to 1394 registers.
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| · | Choose among several palettes for pseudo-color display.
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| · | Choose between synchronous and asynchronous acquisition modes.
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| · | Get an instant access to pixel values and pixel arrays.
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| · | Retrieve individual color planes from RGB images.
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| · | Import live video to a PictureBox object.
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| · | Perform image processing on captured frames and display processed video in real-time.
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| · | Perform real-time histogram and statistical analysis over a selected color component.
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| · | Implement real-time background correction over the dark and bright fields.
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| · | Apply 3x3 color matrix correction to incoming images.
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| · | Automatically identify hot pixels and eliminate them from incoming images.
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| · | Perform the running average and integration of incoming video frames.
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| · | Apply custom LUTs (lookup tables) to incoming video frames.
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| · | Perform manual and automatic Window/Level processing (brightness, contrast, white balance).
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| · | Save images in BMP, TIF and JPEG formats with adjustable compression.
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| · | Load and display images in BMP, TIF and JPEG formats.
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| · | Decode 1D and 2D barcodes (UPC-A, UPC-E, EAN-8, Code 128, Code 39, Interleaved 2/5, QR Code, DataMatrix, PDF417).
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| · | Perform time-lapse capture to an AVI file or series of sequentially-named images.
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| · | Scroll and zoom the live video with the full screen option.
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| · | Overlay custom graphic and texts on the live video.
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| · | Draw multi-colored graphics and texts with an adjustable transparency over the live video.
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| · | Synchronize video rendering with the monitor refresh rate to eliminate the tearing artifact.
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| · | Interface to third-party imaging applications using the included TWAIN driver.
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| · | Interface to DirectShow-based applications via the included Video Capture Source filter.
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| · | Record multiple AVI files with the sound.
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| · | Reserve a space for AVI files to eliminate dropped frames.
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| · | Play back AVI files with an adjustable speed, direction and frame interval.
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| · | Browse through the frames in an AVI file with the full access to recorded pixel values.
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| · | Use a proprietary raw codec to record and play back raw Bayer video with no quality degradation.
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| · | Control the recording and play-back volume.
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| · | Record the incoming video into a memory sequence.
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| · | Perform a loop recording.
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| · | Play back the recorded memory sequence with an adjustable speed, direction and frame interval.
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| · | Apply post-processing to each recorded frame during the playback.
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| · | Get an instant access to pixel values and timestamp of each frame in the memory sequence.
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