pkgsrc/graphics/mpeg_encode/distinfo

$NetBSD: distinfo,v 1.1.1.1 2001/05/14 23:06:03 hubertf Exp $

SHA1 (mpeg_encode-1.5b-src.tar.gz) = 853cd175f73b8064ce28deb256e4b81159a684ed
Size (mpeg_encode-1.5b-src.tar.gz) = 2028724 bytes
SHA1 (patch-aa) = 1d233d6c578217d05f31f8a0264f9101b307f5ae
SHA1 (patch-ab) = f2cdf02d49b726b4fb7fb210074e7ba53b9b380b
SHA1 (patch-ac) = 8f89257bd93584cd028b659bb8c3379d713339da
Add mpeg_encode-1.5b: The Parallel Berkeley MPEG Encoder The primary focus of MPEG encoding algorithms is 1) To create fast and efficient motion vector search techniques and 2) To find "good" encoding parameters that provide a balance of encoding speed, compression and quality. The Berkeley encoder accelerates the process by parallelizing in the temporal direction. The overall organization of the encoder is shown in Figure 2. The Master server is the overall coordinator. It allocates groups of frames to the Slave servers for encoding. The sharing of the files is achieved best, if the directories containing the video files are NFS mounted and accessible uniformly to all processors (alternatively they can be sent out though sockets by the Master). The various activities are managed by inter process communication through sockets. 2001-05-15 01:06:03 +02:00			$NetBSD: distinfo,v 1.1.1.1 2001/05/14 23:06:03 hubertf Exp $

			`SHA1 (mpeg_encode-1.5b-src.tar.gz) = 853cd175f73b8064ce28deb256e4b81159a684ed`
			`Size (mpeg_encode-1.5b-src.tar.gz) = 2028724 bytes`
			`SHA1 (patch-aa) = 1d233d6c578217d05f31f8a0264f9101b307f5ae`
			`SHA1 (patch-ab) = f2cdf02d49b726b4fb7fb210074e7ba53b9b380b`
			`SHA1 (patch-ac) = 8f89257bd93584cd028b659bb8c3379d713339da`