Free parallels compressor workstation software for windows

Dynamic Range Compressor 1.1 is a powerful and splendid tool used to convert music files so that quiet sections are louder, making them more suitable for noisy environments (eg, car).

This is especially useful for classical music. DRC looks ahead so that it can anticipate sudden loud passages, thus avoiding sudden changes in volume or amplification. Several other algorithms for improving the quality of the transformation are also included. All parameters can be adjusted by the user, and settings can be saved for re-use. The program requires, and produces, uncompressed .WAV files. It does not operate in real time, but pre-processes whole files.

Enhancements: Version 1.1 makes Compression Factor and Amplification Limit to be specified in terms of the proportion of the track's duration.

Run length Compressor will compress your files by the use of RLC/RLE. Best to use for BMP compression. Mail me for the code. The source code is of maximum 30-40 lines.

Swf compressor - Small tool for compressing flash 2/3/4/5/mx swf files swf compressor is a tool for compressing flash 2/3/4/5/mx swf files. Swf Compressor reduces the size of your .swf movies.
These files can only be played in flashplayer 6.
You can access the tool via the Windows Explorer context menu too.
Flash files
The Flash files, also called "Flash movies" or "Flash games", have a .swf file extension and may be an object of a web page, strictly "played" in a standalone Flash Player, or incorporated into a Projector, a self-executing Flash movie. Flash Video files have a .FLV file extension and are utilized from within .swf files.

Onda Lossless Audio Compressor is a Java program that compresses 16-bit and 24-bit WAVE and AIFF audio files using the Onda lossless audio compression (LAC) algorithm.
The Onda Lossless Audio Compressor algorithm doesnt perform as well as some other open-source LAC algorithms in terms of either speed or compression ratio; its virtue, if it can be said to have one, is that it is easy to understand and to implement, involving no mathematics beyond a bit of arithmetic.
The motivation for publishing the Onda Lossless Audio Compressor algorithm is that there may be circumstances in which a mediocre but simple LAC algorithm thats easy to implement is preferable to a good but complex algorithm.
There is a diminishing return on the complexity of LAC algorithms; each extra percentage point of compression becomes increasingly difficult to achieve.
The Onda Lossless Audio Compressor algorithm is content with the easy pickings: it gives up the struggle for extra compression when the going gets tough, with the expectation that its less-than-stellar performance will be sufficient for some purposes.
Main features:
- It can compress 16-bit and 24-bit AIFF and WAVE audio files, and can validate and expand files that it has compressed.
- It can be used as a command-line (console) application or with a graphical user interface (GUI).
- It can operate on single files or on all the files in a directory, with optional recursion. Input files and directories can be specified directly or as a list of pathnames in a text file.
- When it is run as a GUI application, input files and directories can be specified by drag-and-drop on systems that support it.
- It can preserve the ancillary chunks of AIFF and WAVE files (eg, the "bext" chunk used in BWF files), using a filter to specify the chunks that should be included in or excluded from a compressed file.