TAILIEUCHUNG - Lecture Programming principles and practice using C++: Chapter 15 - Bjarne Stroustrup

This chapter is a bit messy and full of details. The aim is to give some programming practice and examples after the conceptual high point in Chapter 14 and before the mindbending control inversion of Chapter 15. Basically, we go through a series of code examples to reinforce what has been shown before and to encourage some students that what they are learning is real. | Chapter 15 Functions and graphing Bjarne Stroustrup Abstract Here we present ways of graphing functions and data and some of the programming techniques needed to do so, notably scaling. Stroustrup/Programming Note This course is about programming The examples – such as graphics – are simply examples of Useful programming techniques Useful tools for constructing real programs Look for the way the examples are constructed How are “big problems” broken down into little ones and solved separately? How are classes defined and used? Do they have sensible data members? Do they have useful member functions? Use of variables Are there too few? Too many? How would you have named them better? Stroustrup/Programming Graphing functions Start with something really simple Always remember “Hello, World!” We graph functions of one argument yielding one value Plot (x, f(x)) for values of x in some range [r1,r2) Let’s graph three simple functions: double .

• Kỹ thuật lập trình
• Programming principles
• Programming C++
• Practical C++ programming
• Programming languages
• Graphing functions
• Classes defined
• programming experience
• code programming
• programming languages​​
• computer programming
• design tips
• programming documentation
• programming skills
• the Ruby programming document
• methods Ruby programming language
• Embedded systems programming
• Embedded systems
• The C programming language
• C++ interoperability
• Programming hard
• Completing a program
• Token streams
• Language technicalities
• Header files
• Operator overloading
• Output streams
• Input streams
• Numeric output
• Customizing I O
• Graphics model
• Display model
• Graphics classes
• Interface classes
• Graph class design
• Class shape
• Graphical user interfaces
• Layers of software
• Vector revisited
• Free store
• Copy semantics
• Representing vector
• Pointer problems
• Parameterization of algorithms
• Associative containers
• Standard algorithms
• Software ideals
• Language designers
• Text processing
• Application domains
• Random numbers
• Complex numbers
• Testing GUIs
• Design for testing
• String I O
• Integer I O
• Language constructs
• Language features