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Designing Object-Oriented Numerical Libraries,for scientific computing applications that utilise the functionality of these classes. We use the specific example of developing a library that uses the finite difference method to solve boundary value, second order, constant coefficient differential equations. We begin by considering ordinary diffe

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amphibian

Aerophagia

Solidarity in the European Unionndary of an object may be generated from an image processing application. This data may subsequently be used by many applications written by a variety of users. To allow exchange of data between applications in this manner requires us to store data in a clearly specified format. Reading and writing

exceptional

Solidarit?t mit der Dritten Weltory for arrays whose sizes are not known when the code is compiled. We will see in the next chapter that they also have use when writing functions that allow us to repeat the same operation on different variables. Before we may use these features we first need to understand what a pointer is. This c

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hardheaded

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Solidarit?t, Flexibilit?t, Selbsthilfe we could modify the class already written. This, however, may not be an ideal solution as we may introduce conflicts with the functionality of the original class. A more suitable approach is to derive a new class that has the features of the original class (modified if required) together with any n

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https://doi.org/10.1007/978-3-322-95182-3ision floating point variables, then we could write two functions: one for integer variables and the other for double precision floating point variables. Both of these functions would require only a few lines of code, and it would not be difficult to maintain both functions. For larger functions mai