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书目名称Guide to Scientific Computing in C++影响因子(影响力)




书目名称Guide to Scientific Computing in C++影响因子(影响力)学科排名




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书目名称Guide to Scientific Computing in C++网络公开度学科排名




书目名称Guide to Scientific Computing in C++被引频次




书目名称Guide to Scientific Computing in C++被引频次学科排名




书目名称Guide to Scientific Computing in C++年度引用




书目名称Guide to Scientific Computing in C++年度引用学科排名




书目名称Guide to Scientific Computing in C++读者反馈




书目名称Guide to Scientific Computing in C++读者反馈学科排名

PALMY

JAMB

File Input and Output,ndary 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

CLIFF

Pointers,ory 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

腼腆

Blocks, Functions and Reference Variables,s programming experience will be aware of the limitations this places when writing code. For example, if we were to apply the same operations in different places in the code we would have to repeat the lines of code that performed these operations everywhere in the code where they were required. Thi

砍伐

An Introduction to Classes,nce to it in earlier chapters. In this chapter we discuss in more detail three properties of object-orientation: modularity; abstraction; and encapsulation. This allows us to motivate the need for developing .: entities where the data, and the operations on the data, are stored in one place. Access

砍伐

发起

松果

Errors and Exceptions,eck that a number that we were going to take the square root of is non-negative, and trip an assertion if this condition were not met. Whilst this approach is very useful as it pinpoints errors, it is rather inflexible as it terminates the code at the instant that an assertion is tripped. We would m

VEIL

Developing Classes for Linear Algebra Calculations,e will apply the ideas introduced earlier in this book to begin to develop a collection of classes that allow us to perform these calculations. We will describe the design of a class of vectors in the body of this chapter. Appropriate constructors and destructors will ensure that memory is managed c