This document describes the changes to AVI codec support in NI Vision starting with Vision Development Module 2012 SP1 and Vision Acquisition Software February 2013. In general, users can build and read AVI video files through NI Vision. The changes to AVI implementation in NI Vision provide improved 64-bit functionality, support for more codecs, and RT target compatibility. The functions and VIs that represent this change are labeled as 'AVI2' to differentiate them from the old AVI implementation. Table of Contents • • • • •. Overview of AVI Codec Support in NI Vision Products AVI (Audio Video Interleave) is a widely-used multimedia container format commonly used to package videos. With AVI, video data can be encoded or decoded with any number of codecs.

These codecs translate the video data to compress it and optimize it for certain uses. The user who builds the AVI file can choose which codec to apply depending on what the intended use of the video is. Through NI Vision products, a user is able to create and read AVI files, and that functionality has been expanded to support more codecs and more devices. As a result of this new implementation, the functions and VIs for AVI have been renamed. They are now labeled 'AVI2' to distinguish from older AVI functions and VIs. NI's AVI2 implementation recognizes codecs instead of filters.

On Windows the user now has access to any codec on the system that is compatible with Microsoft's Video Compression Manager. In addition, previously many codecs could not be used on Windows 64-bit machines. Because the AVI2 implementation uses Microsoft's Video Compression Manager, many of these codecs are now accessible on Windows 64-bit machines. Finally, on both Windows machines and compatible Real-Time (RT) targets, NI provides the following four codecs: FF Video Codec 1, Motion JPEG, Y800 Uncompressed, and YUV 4:2:0 Planar.

Error with encoding FFv1 in vlc. Now I want to change the codec to FFv1. A Prayer Book For Australia Pdf File. Like described in How to install all existing media codecs? Its performance is comparable with that of the MSU Lossless Codec and FFV1. The colorspaces that Lagarith Lossless Video Codec is compatible with are RGB24, RGB32. Format Description for FFV1 -- FFV1 is a lossless intra-frame codec from the FFmpeg project. The description states that FFV1 is a 'simple and efficient lossless intra only codec,' meaning that the compression is applied within each frame as opposed to inter-frame compression which is applied over groups of frames. Username And Password Rapidshare Premium Account 2012 Election.