Collaboration Policy

Collaboration is strongly ENCOURAGED. You can work in teams, but programs must represent YOUR OWN original work. Teams can work on the algorithm together and help debug/test each others code. However, copying code from ANY source (any book, current or past students, past solutions, the web, etc.) is STRICTLY FORBIDDEN. Code between teamates might be similar, but you are not allowed to just copy and paste a teamate's solution. Also, just changing the variable names and spacing from someone elses code is considered cheating, and will result in at least a zero for the assignment.

Code that is turned in, must be contained in a .cpp file named main.cpp. Files of any other format will not be graded (e.g. main.doc, main.txt, etc…).

You must turn your work in from a lab computer on campus.

Turn in online to as8 folder. If you turn your assignment in to the wrong folder, your assignment may not be graded. If it is graded, you will lose 2 pts (out of 10).

If your program does not compile, you will receive a zero for this assignment!

Remember to include the following header information at the top of your program, failure to do so will result in lose of points.

// Course: CS 10
//
// Lecture Section: ... 001 or 002
// Lab Section: ... 021, 022, etc)
//
// Assignment #: ... assignment 2, 3, etc.
//
// Last Name: Enter your LAST (family) name here (eg, Doe)
// First Name: Enter your FIRST (given) name here (eg, John)
//
// ID Number: Enter your ID number here (eg, 860-00-0000)
// lab login id: Enter your cs10 login here (eg, jdoe)
//
// Email address: Enter your UCR email address here (eg, jdoe@cs.ucr.edu)
//
// Teammates: List the names of the teammates you worked with

// =======================================================================

Problem Definition:

    For this assignment, you will write a program that connects some points in the graphics window. The program will continue to ask the user to click the window, until they double click the same spot. Each time they click the window, your program should draw a point where the window was clicked. After the last point is double clicked, your program will connect all the points in the order that they occured, and then end.
    You don't know how many times the user is going to click the window, so you should store all your points in a vector. Do not connect the points until after the user has double clicked (the last point). If the user double clicks before any points are added to the window, your program should just *connect* the same point. In other words, if there is only two points total, it is OK to cwin a Line "between" those two Points, even though they have the same x and y values.
    To check if the same point has been clicked twice, you should create a function called same_point. The function is passed two points, and returns true if they are the same, or false if they are different. When same_point returns true, you should stop asking the user to click the window, and connect the points.
    Use a for loop to connect the points stored in the vector.

Hint:
Use the vector size() function to connect the lines the correct number of times in your for loop.

Example program download
main

Rubric: (10 pts total)

2 pt(s): Function is used to compare two points, and returns true or false correctly.
1 pt(s): Points are correctly stored in a vector, and printed to window each time the user single clicks.
1 pt(s): Continues to ask the user to click the window, until they double click.
2 pt(s): For loop is used to print out the lines.
3 pt(s): Points are not connected until AFTER the user double clicks, and they are connected correctly.
1 pt(s): Style
- comments
- line wraps
- header info included at top
- spacing
- Indentation
- Good constant/variable names
- No magic numbers

Note that you will lose points for style on this assignment!
For coding style requirements see the following link:
http://www.cs.ucr.edu/cs10/cs10_05win/requirements/coding_std.html