Do you have to use the template prefix for each function in the class defini- tion? Do you have to use the template prefix for each function in the class implementation?
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Q: What exactly is the connection between function templates and overloading?
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Q: A(n)_ is a class that only has pure virtual functions. Fill in the blanks with your response.
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Do you have to use the template prefix for each function in the class defini- tion? Do you have to use the template prefix for each function in the class implementation?
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- Using C++ make a set of function templates that have these features: This function must return a value. A function template with 1 template parameter, T. And, any other parameters you want. A function template with 2 template parameters, T1 and T2. And, any other parameters you want. Using your own creativity, make a set of class templates that have these features: For this class template, put everything in one place--do not declare the member functions and have separate definition of the member functions elsewhere. Keep them in one place. Include a private variable. Include a constructor that loads the private variable when constructed. Include a destructor that clears the private variable to zero. Include set and get functions to set and get the private variable. For this class template, use declarations for variables and functions, like you do in header file (which you may use if you want). Then, separately put the full function definitions for each class member function…Using C++ Using your own creativity, make a set of function templates that have these features: This function must return a value. A function template with 1 template parameter, T. And, any other parameters you want. and then another function template but this time with 2 template parameters, T1 and T2. And, any other parameters you want.Write the program of object orientation programming c++. Write a program with a class that contains an array of integers. Initialize the integer array in the constructor of the class. Then create two friend functions to the class to find the largest and smallest integers in the array. (One function should be global)Create a destructor that sets all of the elements in the array to 0.
- Using C++ Using your own creativity, make a set of function templates that have these features: This function must return a value. A function template with 1 template parameter, T. And, any other parameters you want. A function template with 2 template parameters, T1 and T2. And, any other parameters you want. Using your own creativity, make a set of class templates that have these features: For this class template, put everything in one place--do not declare the member functions and have separate definition of the member functions elsewhere. Keep them in one place. Include a private variable. Include a constructor that loads the private variable when constructed. Include a destructor that clears the private variable to zero. Include set and get functions to set and get the private variable. For this class template, use declarations for variables and functions, like you do in header file (which you may use if you want). Then, separately put the full function definitions for…In C++, how does using pointers and references work in as parameters in a function of a class? It is used a lot, and I dont really know how to use this as parameter in a function of a class, or in Polymorphism as well.What exactly is the connection between function templates and overloading?
- Using C++ Using your own creativity, make a set of function templates that have these features: This function must return a value. A function template with 1 template parameter, T. And, any other parameters you want. A function template with 2 template parameters, T1 and T2. And, any other parameters you want Within main (): Call your template functions and demonstrate how they work. Construct objects and show off your amazing programming skills!Using your own creativity, make a set of function templates that have these features: This function must return a value. A function template with 1 template parameter, T. And, any other parameters you want. A function template with 2 template parameters, T1 and T2. And, any other parameters you want. Using your own creativity, make a set of class templates that have these features: For this class template, put everything in one place--do not declare the member functions and have separate definition of the member functions elsewhere. Keep them in one place. Include a private variable. Include a constructor that loads the private variable when constructed. Include a destructor that clears the private variable to zero. Include set and get functions to set and get the private variable. For this class template, use declarations for variables and functions, like you do in header file (which you may use if you want). Then, separately put the full function definitions for each class…What are some of the key differences between verifying types statically and checking types dynamically?
- Write a C++ program that: • Implements a class with three data members {sum (int), count (int), avg (float)}.( Implement the following 3 member functions: • The first function is a default constructor which initializes sum and count to zero. (. • The second function is named add which receives an integer number as input parameter and add it to sum and increment count by 1. • The third function is named outmut which drvides the sum over count and save it to avg then print the avg value). • Then, write a program to read numbers from the user until entering zero. The program uses the previous class to calculate and print average of {positive, negative} numbers. (Using C++ Using your own creativity, make a set of class templates that have these features: For this class template, put everything in one place--do not declare the member functions and have separate definition of the member functions elsewhere. Keep them in one place. A class template with 2 template parameters, T1 and T2. Include a private variable. Include a constructor that loads the private variable when constructed. Include a destructor that clears the private variable to zero. Include set and get functions to set and get the private variable. For this class template, use declarations for variables and functions, like you do in header file (which you may use if you want). Then, separately put the full function definitions for each class member function on their own, like you do in a separate implementation file (which you may use if you want). Include at least 2 private variables. Include a constructor that loads the private variables when constructed. Include a…Do it in C++ (The MyPoint class) Design a class named MyPoint to represent a point with x- and y-coordinates. The class contains: Two data fields x and y that represent the coordinates. A no-arg constructor that creates a point (0, 0). A constructor that constructs a point with specified coordinates. Two get function for data fields x and y, respectively. A function named distance that returns the distance from this point to another point of the MyPoint Type.Draw the UML diagram the class. Implement the class. Write a test program that creates two points (0, 0) and (10, 30.5) and displays the distance between them.Further create a class named ThreeDPoint to model a point in a three-dimensional space. Let ThreeDPoint be derived from MyPoint with the following additional features: A data field named z that represents the z-coordinate. A no-arg constructor that constructs a point with coordinates (0, 0, 0). A constructor that constructs a point with three specified coordinates. A…