Search Results for "computer based exam"

OpenSIMPLY is an open source project for simulation modeling in Delphi, Lazarus, Free Pascal. Download OpenSIMPLY at opensimply.org The project is free computer simulation software based on discrete-event approach. OpenSIMPLY is a science software with very high simulation performance. So, the simulation results can be obtained much faster. The project is suitable for people with any modeling experience, and can be used for both science and education. Some application of this modeling software are: - traffic simulation - network simulation, - emergency and evacuation ways simulation and much more. ...

RekenTest is freeware educational software to practice arithmetic skills. It supports basic arithmetic operations like addition and subtraction, the muliplication tables and so on, as well as more advanced arithmetic operations like decimals, money problems, percentages and fractions. The software has lots of options and lets you organize your classroom with tasks and groups.

Computer based assessment system with web frontend. Written in Free Pascal. Please note the project is in the very early alpha stage at the moment. No localization, a lot of hardcoded stuff and low usability are expected drawbacks at this stage.

Students can write (nearly) imperative Free Pascal programs but access a number of visualization tools in an easy way. At the moment, the software contains + a kind of "Karel the Robot" scenario + a mathematical data plot + a diagram to visualize sorting algorithms + a canvas to draw geometrical objects and manipulate bitmap graphics by the RGB values of the single pixels. ATTENTION: ========== It is possible that at first use, compilation with Lazarus will throw a compilation...

GraphCAD is a pseudo 3D Computer Aided Design (CAD) program to modeling dinamic and static objects, basics on graph theory. GraphCAD may be used as GIS, Medical Disgnostic, Engineering, Education and Mathematical modeling tool.

Personal research achievements from the authors presented here in the form of symbolic Algebra and non-numerical analysis algorithms implemented in C/C++, Java, and/or Pascal. As part of a more wide, simple, powerful and robust CAS enviroment under development, new code will be continuously added up to this repository. The authors give their welcome and encouragement to everyone interested in bring some kind of collaboration.