Cameleon (programming language): Difference between revisions
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'''Cameleon''' is a free and [[Open-source software|open source]] [[Visual programming|graphical language]] for [[functional programming]], released under an [[MIT License]]. | '''Cameleon''' is a free and [[Open-source software|open source]] [[Visual programming|graphical language]] for [[functional programming]], released under an [[MIT License]]. | ||
Cameleon language is a graphical data flow language following a two-scale paradigm. It allows an easy up-scale, that is, the integration of any library writing in C++ into the data flow language. Cameleon language aims to democratize macro-programming by an intuitive interaction between the human and the computer where building an application based on a data-process and a GUI is a simple task to learn and to do. Cameleon language allows conditional execution and repetition to solve complex macro-problems. | Cameleon language is a graphical [[data flow]] language following a two-scale paradigm. It allows an easy up-scale, that is, the integration of any [[software library|library]] writing in [[C++]] into the data flow language. Cameleon language aims to democratize [[macro (computer science)|macro]]-programming by an intuitive interaction between the human and the computer where building an application based on a data-process and a [[GUI]] is a simple task to learn and to do. Cameleon language allows conditional execution and repetition to solve complex macro-problems. | ||
Cameleon is built on an extension of the [[petri net]] model for the description of how the Cameleon language executes a composition. | Cameleon is built on an extension of the [[petri net]] model for the description of how the Cameleon language executes a composition. | ||
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* Dynamic building, | * Dynamic building, | ||
* Multi-Scale approach, | * Multi-Scale approach, | ||
* XML-based model for data definition and manipulation based on [[XML Schema (W3C)|XML Schema]], [[XPath]] and [[XQuery]], | * [[XML]]-based model for data definition and manipulation based on [[XML Schema (W3C)|XML Schema]], [[XPath]] and [[XQuery]], | ||
* Easy integration of new algorithm with the dev kit. | * Easy integration of new algorithm with the dev kit. | ||
Revision as of 18:37, 10 June 2026
Template:Short description Template:More footnotes Template:Infobox programming language
Cameleon is a free and open source graphical language for functional programming, released under an MIT License.
Cameleon language is a graphical data flow language following a two-scale paradigm. It allows an easy up-scale, that is, the integration of any library writing in C++ into the data flow language. Cameleon language aims to democratize macro-programming by an intuitive interaction between the human and the computer where building an application based on a data-process and a GUI is a simple task to learn and to do. Cameleon language allows conditional execution and repetition to solve complex macro-problems.
Cameleon is built on an extension of the petri net model for the description of how the Cameleon language executes a composition.
Features
- Graphical Algorithm Editor,
- Real time calibration,
- Dynamic building,
- Multi-Scale approach,
- XML-based model for data definition and manipulation based on XML Schema, XPath and XQuery,
- Easy integration of new algorithm with the dev kit.
See also
- Bioinformatics workflow management system
- Business Process Management
- CEITON
- Dataflow
- Petri net
- Programming language
- Visual programming language
- Workflow
- Workflow patterns
- YAWL
References
- George Pashev, George Totkov, EMS – A Workflow Programming Language and Environment, TEM Journal, 2018
- JM Pereira, Modern Trends in Geomechanics, 2016
- Kenichi Soga, Krishna Kumar, Giovanna Biscontin, Geomechanics from Micro to Macro, Technology & Engineering, 2014
- Nasser Khalili, Adrian Russell, Arman Khoshghalb, Unsaturated Soils: Research & Applications, Technology & Engineering, 2014
- J.-F. Bruchon, Effondrement capillaire, 2014
- J.-F. Bruchon, J.-M. Pereira, M. Vandamme, N. Lenoir, P. Delage, M. Bornert, Full 3D investigation and characterisation of capillary collapse of a loose unsaturated sand using X-ray CT. Granular Matter, 2013 SegSand Template:Webarchive
- J.-F Bruchon., Pereira J.-M., M., Vandamme, N. Lenoir, P. Delage and M. Bornert X-ray microtomography characterisation of the changes in statistical homogeneity of an unsaturated sand during imbibition Géotechnique letter, 2013
- IPOL communication, 2012
- Programmation par propriétés : application au traitement d’images, 2010
- Cameleon language Part 1: Processor O. Cugnon de Sevricourt, V. Tariel, 2011