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We've compiled a list of 23 free and paid alternatives to SymbolicC++. The primary competitors include GNU Octave, R (programming language). In addition to these, users also draw comparisons between SymbolicC++ and Mathematica, Sage, Scilab. Also you can look at other similar options here: Development Tools.
We've compiled a list of 23 free and paid alternatives to SymbolicC++. The primary competitors include GNU Octave, R (programming language). In addition to these, users also draw comparisons between SymbolicC++ and Mathematica, Sage, Scilab. Also you can look at other similar options here: Development Tools.
Octave is a computer program for performing numerical computations which is mostly compatible with...
R is a free software environment for statistical computing and graphics.
Mathematica is a computational software program used widely in scientific, engineering, and...
Sage is a free open-source mathematics software system licensed under the GPL.
Scilab is a scientific software package for numerical computations providing a powerful open...
Maxima is a system for the manipulation of symbolic and numerical expressions, including...
wxMaxima is a document based interface for the computer algebra system Maxima.
Mathcad is engineering calculation software that drives innovation and offers significant process...
SymbolicC++ uses C++ and object-oriented programming to develop a computer algebra system.
SymbolicC++ uses C++ and object-oriented programming to develop a computer algebra system.
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SymbolicC++ uses C++ and object-oriented programming to develop a computer algebra system. Object-oriented programming is an approach to software design that is based on classes rather than procedures. This approach maximizes modularity and information hiding. Object-oriented design provides many advantages. For example, it combines both the data and the functions that operate on that data into a single unit. Such a unit (abstract data type) is called a class.
We use C++ as our object-oriented programming language for the following reasons: C++ allows the introduction of abstract data types. Thus we can introduce the data types used in the computer algebra system as abstract data types. The language C++ supports the central concepts of object-oriented programming: encapsulation, inheritance, polymorphism (including dynamic binding) and operator overloading. It has good support for dynamic memory management and supports both, procedural and object-oriented programming. A less abstract form of polymorphism is provided via template support. We overload the operators
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