代做CPT106 C++ Programming and Software Engineering II代做C/C++程序

日期：2024-04-11 05:48

CPT106 C++ Programming and Software Engineering II

Individual Project

Fundamental of C++ language

Project Number	1
Contribution to Overall Marks	20%
Release date	26 March 2024
Submission Deadline	20 April 2024, 23:59

How should the work be submitted?

SOFT COPY ONLY !

(MUST be submitted through Learning Mall so that we can run your programs during marking.)

Assessment Overview

This assessment aims at testing some basic concepts of C++ programming and coding in the software development environment (Visual Studio). To distribute the workload of the individual project more evenly throughout the whole semester,  we divided it into 3 smaller individual projects for you to complete separately. This is the first individual project.

What should be submitted?

Only your  C++ source code file (.cpp) should be submitted to Learning Mall (LM). Your grade will also be given through LM. There are several steps for your reference：

1.   You should create a solution named “CPT106Solution” .

2.    Create a project named “Assessment 1” .

3.    For each question, you should create a single CPP source file of “123456_Ex.cpp” . 123456 is

your student ID, and x is the question number. For example, “200101_E1.cpp” means that the student’s  id is 200101, and the cpp file is for the first question. “200101_E2.cpp” means that   the cpp file is for the second question of the student.

4.    All the classes and the main function of each question should be in a single source file (.cpp). 5.    Include clear comments in your code to make it easy to understand.

6. Only submit the cpp file to the LMO. For example, “123456_E1.cpp” and “123456_E2.cpp” in “Assessment 1” should be submitted.

7.     ALL programs MUST compile and run in Visual Studio 2013/2016/2019/2022.

8.    Your project structure may look like this:

Project 1 (100)

1.   Define a class PyramidShape in your program with the following functions. (50 marks)

a.   Define a function void invertedPyramid_1(int n) to print an inverted pyramid with n rows using ‘ * ’ character (10 marks)

For example:

invertedPyremid_1(5)                             invertedPyremid_1(6)

Output:                                                 Output:

    

b.   Define a function void invertedPyramid_2(int n) to print an inverted pyramid with n rows using ‘*’ character (10 marks)

For example:

invertedPyremid_2(5)                                   invertedPyremid_2(6)

Output:                                                         Output:

     

c.   Define a function void invertedPyramid_3(string name) to print an inverted   pyramid using ‘*’ character and display your name vertically at the middle of the pyramid. (20 marks)

For example:

invertedPyremid_3(“Smith”)                            invertedPyremid_3(“Jack Hope”)

Output:                                                            Output:

     

d.   Create a main function to call the three functions in the PyramidShape class to verify the correctness. (10 marks)

2.   Define a class ArrayOperation in your program with the following functions. (50 marks)

a.   Define a function bool sameElement(int a[], int lenA, int b[], int lenB) to

check if array a has at least one same value with array b.(10 marks)

b.   Define a function void initArray ( int a[], int lenA) to init the array a using ramdomized values between 10 and 99. (10 marks)

c.   Define a function void maxArray(int a[], int lenA, intb[], intlenB) to compare the

sum of element values of array a to array b. If the sum of array a is larger than array b, print out a string “the sum of array A is larger than the sum of array B” . Otherwise, print out a string “the sum of array A is smaller than or equal to the sum of array B” . (10 marks)

d.   Define a function void sortArray (int a[], int lenA, int order) to sort the array in a

ascending (order=0) or descending order (order=1). (10 marks)

e.   Create a main function as the following: (10 marks)

1)   define two integer arrays of a and b;

2)   init the two arrays using the function initArray;

3)   check if a and bhas a same element using the function sameElement;

4)   check which array is the max array using the function maxArray;

5)   sort arrays a and busing the function sortArray and print out the 2 sorted arrays on the window.

Marking Scheme

Function definition 70%

Comments 10%

Correction & Robustness 20%