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C++ Functions
course content

Course Content

C++ Functions

C++ Functions

1. Introduction
What is Function in C++?How to Create Function in C++?Simple Function CreationVariable ScopesUnderstanding Variable Scopes
2. Function Arguments Specification
Positional and Default ArgumentsPassing Arguments by Value/Pointer/ReferenceConstant Function ArgumentsPassing Static Array as an Argument of the FunctionPassing Dynamic Array as an Argument of the FunctionWhy Do We Need Array Size as an Argument?Passing Custom Structures as Arguments
3. Function Return Values Specification
Returning Values With Simple Data TypesReturning Arrays from the FunctionReturn Custom Data TypesVoid Return Type
4. Some Advanced Topics
Function OverloadingFunction Overloading PracticeRecursionLambda Functions

bookFunction Overloading Practice

Task

Let's create a C++ program for a shape calculator that uses function overloading to calculate the area of different shapes (rectangle, circle, and triangle). These functions will have the same name but will be able to calculate area for different types of figures.

Your task is to create overloaded calculateArea() functions. All arguments must have double type:

  • The first function must have two positional arguments, length and width (the order of arguments must be the same!).
  • The second function must have one argument named radius.
  • The third function must have three arguments, a, b and c. These arguments represent the length of all sides of the triangle.

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Section 4. Chapter 2
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bookFunction Overloading Practice

Task

Let's create a C++ program for a shape calculator that uses function overloading to calculate the area of different shapes (rectangle, circle, and triangle). These functions will have the same name but will be able to calculate area for different types of figures.

Your task is to create overloaded calculateArea() functions. All arguments must have double type:

  • The first function must have two positional arguments, length and width (the order of arguments must be the same!).
  • The second function must have one argument named radius.
  • The third function must have three arguments, a, b and c. These arguments represent the length of all sides of the triangle.

Switch to desktopSwitch to desktop for real-world practiceContinue from where you are using one of the options below
Everything was clear?

How can we improve it?

Thanks for your feedback!

Section 4. Chapter 2
toggle bottom row

bookFunction Overloading Practice

Task

Let's create a C++ program for a shape calculator that uses function overloading to calculate the area of different shapes (rectangle, circle, and triangle). These functions will have the same name but will be able to calculate area for different types of figures.

Your task is to create overloaded calculateArea() functions. All arguments must have double type:

  • The first function must have two positional arguments, length and width (the order of arguments must be the same!).
  • The second function must have one argument named radius.
  • The third function must have three arguments, a, b and c. These arguments represent the length of all sides of the triangle.

Switch to desktopSwitch to desktop for real-world practiceContinue from where you are using one of the options below
Everything was clear?

How can we improve it?

Thanks for your feedback!

Task

Let's create a C++ program for a shape calculator that uses function overloading to calculate the area of different shapes (rectangle, circle, and triangle). These functions will have the same name but will be able to calculate area for different types of figures.

Your task is to create overloaded calculateArea() functions. All arguments must have double type:

  • The first function must have two positional arguments, length and width (the order of arguments must be the same!).
  • The second function must have one argument named radius.
  • The third function must have three arguments, a, b and c. These arguments represent the length of all sides of the triangle.

Switch to desktopSwitch to desktop for real-world practiceContinue from where you are using one of the options below
Section 4. Chapter 2
Switch to desktopSwitch to desktop for real-world practiceContinue from where you are using one of the options below
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