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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.
31 lines
759 B
Text
31 lines
759 B
Text
@comment $NetBSD: PLIST,v 1.1 2012/09/18 00:15:15 jihbed Exp $
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include/array.h
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include/cloning.h
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include/derive.h
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include/identity.h
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include/matnorm.h
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include/matrix.h
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include/multinomial.h
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include/polynomial.h
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include/quatern.h
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include/rational.h
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include/symbolic/constants.h
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include/symbolic/equation.h
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include/symbolic/functions.h
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include/symbolic/integrate.h
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include/symbolic/number.h
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include/symbolic/product.h
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include/symbolic/solve.h
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include/symbolic/sum.h
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include/symbolic/symbol.h
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include/symbolic/symbolic.h
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include/symbolic/symbolicc++.h
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include/symbolic/symerror.h
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include/symbolic/symmatrix.h
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include/symbolicc++.h
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include/vecnorm.h
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include/vector.h
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include/verylong.h
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lib/libsymbolicc++.la
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share/doc/README.SymbolicC++
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share/doc/SymbolicC++.pdf
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