c++代做 | Algorithm代做 | assignment | 代做lab – C++ Implementation of Integer Addition, Multiplication, and

C++ Implementation of Integer Addition, Multiplication, and

c++代做 | Algorithm代做 | assignment | 代做lab – 这是一个c++面向对象设计的practice, 考察c++的理解, 是比较有代表性的c++/Algorithm等代写方向, 这个项目是lab代写的代写题目

ass代做 assignment代写 代写assignment

Division, due Aug 25th 23:59PM, late submissions not accepted

Mingyu Guo

1 Task Description

You are asked to use c++ to implement

  • School Method for Integer Addition and Karatsuba Algorithm for Integer Multiplication (5%)
  • Integer Division (5% postgraduate only)

If you are an undergraduate student, the maximum mark (on Websubmission) is 100. If you are a postgraduate student, your maximum mark is 200.

2 Submission Guideline

You must follow this guideline! Your submission will be marked automatically. Failure to follow this guideline will result in 0. Your submission should contain exactly one file:main.cpp. You do not need to submit a design. Your program takes one line as input. The input line contains three integers separated by spaces. Let the three integers be I1, I2, and B. I1 and I2 are both nonnegative integers up to 100 digits long (there are no leading 0s, except when the value itself is 0). B is I1 and I2s base (B is from 2 to 10).^1 Your program should output the sum of I1 and I2, using the school method, then the product of I1 and I2, using the Karatsuba algorithm, and finally the ratio between I1 and I2 (rounded down). You are asked to come up with a way to perform this division. Its not covered in lectures. I2 will not be 0. The results should still use base B. Please separate the results using one space. Sample input 1: 101 5 10 Sample output 1: 106 505 20 Sample input 2: 10 111 2 Sample output 2: 1001 1110 0 Sample input 3: 111 10 2 Sample output 2: 1001 1110 11 If you are an undergraduate student, simply output 0 as the division result. For sample 3, instead of 1001 1110 11, simply output 1001 1110 0

3 Marking

Marking will be done automatically. I trust that youd indeed implement the school method for addition and the Karatsuba algorithm for multiplication. If you use other methods in your submission, it will be considered cheating and you will receive 0. Feel free to use whatever method for division.

(^1) This makes your life easier as you do not have to deal with numbers like aff.


4 SVN Instructions

First of all, you need to create a directory under version control:

svn mkdir –parents -m “Creating ADSA assignment 1 folder” https://version-control.adelaide.edu.au/svn/aXXXXXXX/2019/s2/adsa/assignment1/

aXXXXXXX should be your student ID. The directory path needs to be exactly 2019/s2/adsa/assignmentK, where K is the assignment number. To check out a working copy, type

svn checkout https://version-control.adelaide.edu.au/svn/aXXXXXXX/2019/s2/adsa/assignment1/ adsa-19-s2-assignment1/ cd adsa-19-s2-assignment

svn add main.cpp

Commit the files to SVN:

svn commit -m “Adding ADSA assignment 1 main.cpp”

SVN helps keeping track of file changes (over different commits). You should commit your work early and often.

5 Websubmission

You are asked to submit via the web interfacehttps://cs.adelaide.edu.au/services/websubmission/. The submission steps should be self-explanatory. Simply choose the correct semester, course, and assignment. The websubmission system will automatically fetch the latest version of your work from your SVN repository (you may also choose to submit older versions). Once your work is submitted, the system will launch a script checking the format of your submission. Click View Feedback to view the results. Your mark will be calculated offline after the deadline. You are welcome to resubmit for as many times as you wish (before the deadline). We will compile your code usingg++ -o main.out -O2 -Wall main.cpp. It is your responsibility to ensure that your code compileson the university system.^2

(^2) g++ has too many versions, so being able to compile on your laptop does not guarantee that it compiles on the university system. You are encouraged to debug your code on a lab computer (or use SSH).