Difference between revisions of "CyberUnits"
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'''CyberUnits''' is a collection of cross-platform units for medical cybernetics and systems biology. It supports [[Object Pascal]], S and Matlab. | '''CyberUnits''' is a collection of cross-platform units for medical cybernetics and systems biology. It supports [[Object Pascal]], S and Matlab. | ||
[[File:cyberunit-bricks.png]] | [[File:cyberunit-bricks.png]] | ||
− | =Libraries= | + | == Libraries == |
− | ==Bricks== | + | |
+ | === Bricks === | ||
+ | |||
Bricks is the first component of the CyberUnits repository. Bricks is a class library that facilitates rapid programming of high-performance computer simulations in life sciences, technical cybernetics and related fields. It supports numeric simulations in time domain and characterisation of systems or subsystems in frequency domain. Additionally, it contains a powerful Systems Diagram unit that provides classes for drawing block diagrams of feedback loops and other information processing structures, ready for integration in new or existing programs. | Bricks is the first component of the CyberUnits repository. Bricks is a class library that facilitates rapid programming of high-performance computer simulations in life sciences, technical cybernetics and related fields. It supports numeric simulations in time domain and characterisation of systems or subsystems in frequency domain. Additionally, it contains a powerful Systems Diagram unit that provides classes for drawing block diagrams of feedback loops and other information processing structures, ready for integration in new or existing programs. | ||
Possible applications of CyberUnits Bricks include but are not limited to control systems engineering, medical cybernetics, systems biology, bioinformatics, systems dynamics and synthetic biology. | Possible applications of CyberUnits Bricks include but are not limited to control systems engineering, medical cybernetics, systems biology, bioinformatics, systems dynamics and synthetic biology. | ||
− | =Download= | + | == Download== |
+ | |||
Homepage: http://cyberunits.sf.net/ | Homepage: http://cyberunits.sf.net/ | ||
− | =License= | + | == License == |
+ | |||
Bricks is licensed with a BSD license. It may therefore be used in both free open source software and commercial products. | Bricks is licensed with a BSD license. It may therefore be used in both free open source software and commercial products. | ||
[[Category:FPC in Science and Technology]] | [[Category:FPC in Science and Technology]] | ||
[[Category:Software for Biomedical Research]] | [[Category:Software for Biomedical Research]] | ||
− | [[Category: Software written in Free Pascal]] | + | [[Category:Software written in Free Pascal]] |
− | [[Category: Software created with Lazarus]] | + | [[Category:Software created with Lazarus]] |
Revision as of 14:25, 8 August 2020
Introduction
CyberUnits is a collection of cross-platform units for medical cybernetics and systems biology. It supports Object Pascal, S and Matlab.
Libraries
Bricks
Bricks is the first component of the CyberUnits repository. Bricks is a class library that facilitates rapid programming of high-performance computer simulations in life sciences, technical cybernetics and related fields. It supports numeric simulations in time domain and characterisation of systems or subsystems in frequency domain. Additionally, it contains a powerful Systems Diagram unit that provides classes for drawing block diagrams of feedback loops and other information processing structures, ready for integration in new or existing programs.
Possible applications of CyberUnits Bricks include but are not limited to control systems engineering, medical cybernetics, systems biology, bioinformatics, systems dynamics and synthetic biology.
Download
Homepage: http://cyberunits.sf.net/
License
Bricks is licensed with a BSD license. It may therefore be used in both free open source software and commercial products.