(Print this page as a cover sheet for your printouts) LAB 5 (COMPLETE) Section: ENGR 112-______________ Due: 11:59 P.M. Thursday, April 10, 2008 "On my honor, as an Aggie, I have neither given nor received any unauthorized aid on any portion of the academic work included in this assignment." ________________________________ Typed or printed name of student ________________________________ Signature of student NOTE: Please follow your lab instructor's directions for submitting your assignment through CSNET. ONLY ASSIGNMENTS SUBMITTED TO CSNET WILL BE GRADED! Make a printout of each source file and staple it behind this cover sheet, unless your lab instructor directs otherwise. Sign it and give it to your TA in lab or put it in your TA's mailbox in the corner of the 3rd floor of HRBB, near room 312. IF YOU DO NOT TURN IN A SIGNED COVER SHEET YOUR WORK WILL NOT BE GRADED! The grade for this lab will be based on style (formatting, variable names, comments, etc.), syntax (no compilation or link errors), and correctness (passes all test cases). Your grade for this lab is: Problem # 1 2 3 4 5 6 Style /3 /6 /7 /1 Syntax /3 /6 /7 /1 Correctness /9 /13 /16 /3 ----------------------------------------------------------Total /15 /15 /15 /25 /30 /5 Grand total _____/100 (Print this page as a cover sheet for your printouts) 1. (15 points) Define the terms in section 9.11. Type up your words and definitions as a text file named glossary9.txt. After each definition put the source (textbook page number, URL on the web, etc.) Note: If you use a word processor such as Microsoft Word, do Save As > Plain Text. 2. (15 points) Do the same for the terms in section 10.13 and name your file glossary10.txt. 3. (15 points) Write an FLTK C++ graphics program which draws the Olympic banner vertically like this: on a white background, using Line_style to make the circles thick enough (see section 12.7.7). Name your program olympic.cpp. Hint: Start with sample_main3.cpp (on the web page) and modify it. Note: Don't worry about interlocking the circles. [Trivia: The reason for these 6 colors (counting white too) is that they are sufficient to draw the flag of every nation in the world, at least as of 1931!] 4. (25 points) Write an FLTK C++ graphics program which draws the Texas flag: with the correct proportions, namely, each rectangle should be twice as long as it is wide. Name your program texas.cpp. 5. (30 points) Write an FLTK C++ program to display (approximately) the phase of the moon on any day of the lunar month as a picture of a yellow moon on a black background. Day 0 (0 days after new moon) is just a yellow circle, i.e., the "inside" of the moon is dark. Day 4 should resemble this: Day 15 is full moon (solid yellow) and then earth's shadow passes to the other side, i.e., day 25 should resemble this: with Day 29 only a tiny sliver. To simplify the program, make earth's shadow two black squares which slide across the moon, e.g., if r is the moon's radius then the two black squares are moved (2 * r * days / 15) to the left from this position: for days running from 0 to 29 (number of days after new moon). Your program should begin by asking for a double from the console (number of days since new moon) and then display the moon with text "xx days after new moon". Name your program moon.cpp. OPTIONAL EXTRA CREDIT 6. (5 points) Modify program 5 to first display the new moon and then each time the Next button is pressed add one to the day number and display that phase and day number, up to 29. Name your program phaser.cpp.