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VISUALIZATION: Graph Network Geometric- Linux Windows +
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cs2028 - Visualization Software for Science and Engineering, or for Anyone with a Lot of Data to Analyze.
A collection of Visualization Software for Science and Engineering, Linux/UNIX, Windows, and Macintosh Copyright 2005 Edition Arnold Kochman. Other copyrights apply, including but not limited to the GNU Public License. Users will need one of the commonly available unzip type utilities, such as PKUNZIP or WinZip, tar for Linux, etc.Programs are distributed with source, when appropriate, and some programs in C, for example, will have to be compiled. Generally, visualization aid programs address the following situations:
(1) Dealing with numerical data that has a certain dimensionality, to display and manipulate it in a geometric context;
(2) Visualizing and Manipulating geometric data, representing real objects and surfaces; and (3) Visualizing and manipulating data representing complex interrelationships of discrete entities in a system. Included here are software packages that attempt to address these visualization need in a variety of ways. The various packages are at different levels of maturity and completeness, and I cannot certify that they are all worthwhile for any particular purpose. You will have to judge for yourself, but there is a lot to choose from.
More detailed information can be found at
http://www.geruva.com/products/cs2028.html
A collection of Visualization Software for Science and Engineering, Linux/UNIX, Windows, and Macintosh Copyright 2005 Edition Arnold Kochman. Other copyrights apply, including but not limited to the GNU Public License. Users will need one of the commonly available unzip type utilities, such as PKUNZIP or WinZip, tar for Linux, etc.Programs are distributed with source, when appropriate, and some programs in C, for example, will have to be compiled. Generally, visualization aid programs address the following situations:
(1) Dealing with numerical data that has a certain dimensionality, to display and manipulate it in a geometric context;
(2) Visualizing and Manipulating geometric data, representing real objects and surfaces; and (3) Visualizing and manipulating data representing complex interrelationships of discrete entities in a system. Included here are software packages that attempt to address these visualization need in a variety of ways. The various packages are at different levels of maturity and completeness, and I cannot certify that they are all worthwhile for any particular purpose. You will have to judge for yourself, but there is a lot to choose from.
More detailed information can be found at
http://www.geruva.com/products/cs2028.html
IL, Judea
