Description
The purpose of this assignment is to give you some practice designing and implementing an algorithm based on the
exhaustive search algorithm design strategy.
The Problem Oroku is a senior manager at a medium-sized corporation, in charge of assigning workers to
various projects. He knows that some of his employees are much better workers than others; in fact, he is such
a good manager that he has assigned a numerical score to each employee that measures their overall ability.
In one particular episode of the company’s life, there are two projects to complete, both equally important.
Thus, Oroku wants to divide his team into two equally-competent groups. That is, he needs to choose the
two teams carefully to ensure that the total skill level between the two teams is equal, while still ensuring that
every worker is assigned to one of the two teams.
For example, suppose these workers are available.
Name Ability
Baxter 13
Lonae 37
Mephos 25
Mozar 33
Savanti 32
In that case, if Oroku forms these two teams, the total ability of each team will be equal (namely, 70).
Team A
Baxter
Mephos
Savanti
Team B
Lonae
Mozar
In this project, you will create a decision support system to help Oroku allocate his employees to these kinds
of equally-balanced pairs of project teams.
Your Task Your job for this project is to write a program that reads the names and skill levels of the available
employees and organizes them, if possible, into two teams with equal total skill level. Specifically, you should
write a C++ program that does precisely these things:
1. Read a positive integer n from standard input. This represents the number of employees.
2. Read n lines, each describing one employee. Each line will have name and a skill level, separated by a
space. Each name will be a sequence of letters (i.e. with no spaces). Each skill level will be an integer
(which might be negative, positive, or zero).
3. Determine, using some form of exhaustive search, how those employees can be split into two teams
with equal total skill level. Because every solution has a ‘twin’ in which the names of the two teams are
swapped, you should find only solutions in which the first employee is assigned to Team A.
4. Show the solutions.
csce350 Project 2: Balanced Teams 1 of 3
• If there is a solution, show it like this, listing the names of the employees assigned to each team.
Team A:
name1
…
namem
Team B:
name1
…
namen−m
The names within each team should be listed in the same order that they appear in the input.
• If there are multiple solutions, show all of them, separated by blank lines.
• If there are no solutions, output a line containing ‘No solution.’.
See the samples below for specific illustrations of the output format.
5. Return to Step 1 above to read and process another instance. When there are multiple instances, separate
the output for each one with a line containing ‘————’. Terminate when standard input reaches
end-of-file.
Here are a few example inputs with the correct output for each one.
Sample Input 1
5
Baxter 13
Lonae 37
Mephos 25
Mozar 33
Savanti 32
Sample Output 1
Team A:
Baxter
Mephos
Savanti
Team B:
Lonae
Mozar
Sample Input 2
4
Friday 13
Sarah 12
Wednesday 9
Thursday 14
4
Donkey 3
Daniel 6
Cornflake 3
Bob 6
Sample Output 2
No solution.
————
Team A:
Donkey
Daniel
Team B:
Cornflake
Bob
Team A:
Donkey
Bob
Team B:
Daniel
Cornflake
Sample Input 3
1
Tim 99
Sample Output 3
No solution.
csce350 Project 2: Balanced Teams 2 of 3
An additional much longer sample input, along with its correct corresponding output, is available on the
course website.
Notes A few possibly helpful comments:
• For calibration purposes, my solution has 50 lines of code. Yours may be longer, but if you find yourself
writing huge amounts of code, something has probably gone wrong.
• Keep in mind that you are expected to submit your own original work for this problem. Accessing
reference material for C++ in general is fine and encouraged. However, you are strongly discouraged
from conducting web searches for code specific to the corporate team allocation problem.
What to Submit You should submit, using the department’s dropbox website, a single C++ source file containing all of the code for your program. We will compile this program using this command line:
g++ -Wall -std=c++11 yourfile.cpp
csce350 Project 2: Balanced Teams 3 of 3
