JPEG Compression Using Operator JPEG_Encoder

Brief Description

Files:

\examples\Processing\Compression\JPEG\mE5-MA-VCL\JPEG_DualBaseAreaGray.vad
\examples\Processing\Compression\JPEG\mE5-MA-VCL\JPEG_SingleFullAreaGray.vad
\examples\Processing\Compression\JPEG\mE5-MA-VCX-QP\JPEG_SingleCXP6x4AreaGray.vad
\examples\Processing\Compression\JPEG\mE5-MA-VCX-QP\JPEG_DualCXP6x2AreaGray.vad
\examples\Processing\Compression\JPEG\mE5-MA-VCX-QP\JPEG_QuadCXP6x1AreaGray.vad
\examples\Processing\Compression\JPEG\iF-CXP12-Q\JPEG_CXP12Gray.vad
\examples\Processing\Compression\JPEG\iF-CXP12-P\JPEG_CXP12Gray.vad

\examples\Processing\Compression\JPEG\SDK\ \examples\Processing\Compression\JPEG\PyPylon\

Platforms:

mE5-MA-VCL
mE5-MA-VCX-QP
iF-CXP12-Q
iF-CXP12-P

Short Description

Simple examples which show the usage of the operator JPEG_Encoder.

In these VisualApplets examples we show the usage of the operator JPEG_Encoder for the compression of grayscale 8 bit images for mE5-MA-VCL, mE5-MA-VCX-QP, iF-CXP12-Q and iF-CXP12-P platform for various link configurations and input bandwidths.

For usage of the applets for the platforms imaFlex Quad and imaFlex Penta, a C++ based Framegrabber SDK application as well as a Python based PyPylon script are available. Both applications demonstrate the acquisition and decompression of the JPEG stream. The source code files can be found in the directories listed above.

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