Free reagan video clip archives software for linux

GNOME Video Arcade is a simple xmame front-end for the GNOME Desktop Environment.

Just getting this project off the ground. Im hoping to create a simple and easy-to-use xmame front-end that is not just another mame32 clone.

This project is aimed at casual gamers like myself that just want to play classic arcade games on their desktop.

I like using Amarok for managing my podcasts but I wasnt able to play my video podcasts.

Amarok Video Player adds a PlayVideo/Play menu item to the context menu which runs KMPlayer.

Edit the script to change KMplayer to another video player.

Rainbyte Video Converter is a Kommander script which helps you convert video and audio in an easy way.

Its based on Kommander, mencoder and ffmpeg and you can convert from/to any format supported by those programs.

Well, I hope that it will be usefull for you, thanks for all.

Video server is a streaming video server which feeds a Java applet/application for display. The updates are rather slow, somewhere in the 10 frames/second range on a PIII. The server is written in Bigloo scheme and C. The client is written in Java.

To bring up the video server you have to do the following.

./vs --channel 25 --sd 12 --input 0

./vs --help
for more options. (This seems broken with the newest version of bigloo .... )

How to bring up a java client to connect to a server:
Insure that video/java is in your classpath, and invoke

java vpanel servername

PSP Video Converter project is a simple graphical frontend to ffmpeg to allow you to easily convert your videos to PSP compatibile format. Works for me, thought I may share.

Note: Created with Kommander 1.3, not sure if it works with earlier Kommander.

Note: There is no error checking for now, so make sure you have a working ffmpeg with necessary codecs installed.

Note: Looks like some PSPs cant open h264 videos encoded with ffmpeg.

Iris is a video conversion utility in C++ that works as a front-end to mencoder. Iris Video Conversion Utility can run in command-line or graphical modes and currently supports conversion to DVD MPEG, DivX AVI and VCD MPEG
This software intends to ease video conversion to common formats.
Help Wanted / TODO
- Cancel button does not always work
- More output formats
- Reset values for command-line format paramater
- re-work stderr redirection
- catch and identify mencoder conditions

DVD Home Video Project is a tool that provides a simple, quick way to transform video on a DV camcorder into a fully functional DVD, including a menu with optional background images and music.

pgmfindclip project can automatically find a clipping border for a sequence of pgm images (a fine companion for transcode on Linux).
This tool tries to find a suitable clipping border for a series of gray images. It is very useful to automatically extract clipping values for transcoding a movie if the source frame is encoded with black bars.
A border around an image is defined by a rectangular and homogenous valued area extending from each edge of the image (e.g. the black bars around a movie frame). For each image the largest clip border is determined and the smallest common region of the image series is returned. Empty images or images with no valid clipping region are ignored.
To cope with noisy regions in the black border areas, the region finding algorithm does not simply cut away all regions with purely zero values, but it uses a threshold in the absolut gradient sum along rows and columns as a hint for the begin of real image contents.
You need a frame processing tool like transcode to actually perform the clipping operation.
The program assumes that all images have the same size!
Installation:
Compile the source code with the given Makefile and place the resulting binary in your PATH.
Usage:
You first have to generate a gray image sequence from your movie. The combination of the -K and -y ppm switches in transcode is very useful in this situation:
transcode .... -K -y ppm -o sample
It is very important to extract frames from different regions of the movie. It is usually a bad idea to extract the first couple of frames of a movie since they often contain a black screen or logos that would lead to wrong clipping borders. A better and still efficient solution is to pick all the files of the movies title set (the VTSxxx.VOB files) and use the VOB mode of transcode to extract a single frame from each file (bash syntax!):
for a in *.vob; do transcode -i $a -x vob -z -K -y ppm -o sample -c 32-33 ; done
Note that I skip a couple of frames (here 32) because decoding of movie frames at the beginning of a vob file is not always possible correctly. (The set of VOB files is a locigal unit but the files itself are only splitted due to file/filesystem size constraints (=1GB)). Also note the -z option to flip the frames.
Then you can run pgmfindclip with:
pgmfindclip sample*.pgm
The clipping border is returned as a list of 4 comma separated values:
< top >,< left >,< bottom >,< right >
This is the correct syntax for the clipping option (-J) of transcode:
CLIP=`pgmfindclip sample*pgm`
transcode .... -j $CLIP ....
Constrain the result
pgmfindclip has various options to constrain the calculated clipping result. You can force that the resulting image is a multiple of a given factor. Also the border can be rounded to another factor. This is useful if you want to process the clipped image with a video coder that imposes such restrictions on the input format:
Give the modulo for the target image size with the -f option. The modulo for the border is given with -b. pgmfindclip will issue an error message if the combined aligning of frame and border is not possible. The frame size will be reduced to meet the restrictions and thus the border will be enlarged. You can swap this behaviour with the -e (expand) option. Then the frame might be larger than the determined clip region.
pgmfindclip -f 16 sample*.pgm
This example enforces a modulo of 16 in both directions.
More Features
- If the black bars are not zero valued but have a value above zero then the gradient is very large at the border of the image. You can skip this test by specifying the -o (offset) option. Then the search will start n rows/columns later.
- You can add a safety border to the calculated clipping region with the -s option. This is useful to skip bleeding artifacts at the border of scanned analog material.
- You can visualize the found clip border with the -w option. This option will write new PGM images (*-m.pgm) with the clip border drawn as an inverted rectangle in it.
Enhancements:
- added patch by Svante Signell (fixes a div by zero bug)