The term graphical refers to the applications; the programming itself is mostly based on C. GRAPE was developed by the University of Bonn in Germany and is available for free for non-commercial purposes. It has not been developed actively since 1998.
qfix Grapeedit
Another graphical programming environment called GRAPE is developed by qfix and the University of Ulm. Here, it is used as a graphical tool for developing object oriented programs for controlling autonomous mobile robots. After arranging graphical program entities to receive the desired flow chart, the graphical program can be translated to source code (e.g. C++). A modular interface makes the environment easy to extend, so additional classes can be integrated or different flowchart-to-code translator or compilers can be used.
Referencesedit
^M. Rumpf, M. Wierse, Time-dependent flow. In Visualization Methods in High Performance Computing and Flow Simulation (1996)
grape, other, uses, grape, disambiguation, tokyo, university, supercomputer, gravity, pipe, graphics, programming, environment, software, development, environment, mathematical, visualization, especially, differential, geometry, continuum, mechanics, 1994, eur. For other uses see Grape disambiguation For the Tokyo University supercomputer see Gravity Pipe GRAPE or GRAphics Programming Environment is a software development environment for mathematical visualization especially differential geometry and continuum mechanics 1 In 1994 it won the European Academic Software Award 2 The term graphical refers to the applications the programming itself is mostly based on C GRAPE was developed by the University of Bonn in Germany and is available for free for non commercial purposes It has not been developed actively since 1998 qfix Grape editAnother graphical programming environment called GRAPE is developed by qfix and the University of Ulm Here it is used as a graphical tool for developing object oriented programs for controlling autonomous mobile robots After arranging graphical program entities to receive the desired flow chart the graphical program can be translated to source code e g C A modular interface makes the environment easy to extend so additional classes can be integrated or different flowchart to code translator or compilers can be used References edit M Rumpf M Wierse Time dependent flow In Visualization Methods in High Performance Computing and Flow Simulation 1996 Introduction to GRAPEExternal links editofficial homepage University of Bonn Homepage qfix robotics qfix Grape nbsp This scientific software article is a stub You can help Wikipedia by expanding it vte Retrieved from https en wikipedia org w index php title GRAPE amp oldid 1145209941, wikipedia, wiki, book, books, library,
