• Sample exam questions (solution)
• Intersection of two vectors (solution)
  
• Disaster/Earthquake inheritance problem (solution)
  

• Item/Book class example (including a list<Book> part)

• 3 X 3 Matrix class - with operator overloading and friend functions
• Search and sort examples

The day class final exam is Tuesday, May 12, 8:00-10:00 am, Fraser Hall 101 & 102

The evening class final exam is Tuesday, May 12, 6:30-8:30 pm, EE/CS 3-230

• Thursday, May 7, 11:00 - 1:00, EE/CS 3-115
• Friday, May 8, 1:00 - 3:00, EE/CS 3-125

• Intersection of two vectors (<vector<T> class)
• Disaster/Earthquake inheritance problem

• Inheritance - derived Cylinder class
• Polymorphism Example 1 - Classes One and Two
• Polymorphism Example 2 - Base class Circle and derived classes Cylinder and Sphere

• vector class - basic operations, dot product of two vectors using indices
  
• vector class - iterators, dot product using iterators
• vector class - the find() function

• Pointer basics
• Dynamic memory management using the new operator
• linked list of structs

• C-style character array examples
• string class examples - genome example programs

• Circle class - version 2: ostream in showdata, accessor & mutator functions, separate compilation
• Circle class - version 3: static data member, area, circumference, setCircle, & equal functions
• Circle class - version 4: const qualifier, friend functions
• Circle class - version 5: operator overloading (will be discussed in the Tuesday, 4/7, evening lecture)

• Two hours: 90 minutes for exam and 30 minutes for grading
• Sign-up for your two-hour time slot in this week's lab
• Open book, notes, lab files, course web pages
• A web browser can be connected to the course website
• You can ask a TA about a "syntax"  problem (e.g., what does this error message mean?)
  
• Material covered: chapters 1-5, and 12 of the text
• If you finish early, your exam can be graded but in silence!

• Struct examples
• Circle class - version 1: constructors, showdata() member function (to be covered in the 3/31 evening lecture)
  

• Passing a 2D array to a function
  
• Matrix multiply example - cost of radios

• Initializing array values
  
• Arrays and loops: number of elements greater than the average
• Partially filled arrays: normalize a vector
  
• Parallel arrays: calculating an array of voltages
• Using arrays as arguments in a function call

• Read, write and append
• Slope-of-lines example

• Pub walk simulation
  
• Monte Carlo method for finding the area under a curve - PI example
• Newton-Raphson method for finding the roots of an equation
  

• Evening class: Tuesday, March 3 (6:30-7:20)
• Day class: Wednesday, March 4.

• Functions: miles-per-gallon calculations
• Functions: scope of call-by-value parameters
• Global variable example
• Functions: scope of call-by-reference parameters
• Functions: miles-per-gallon calculations using reference parameters
  
• Function overloading

• Assigning pressure values using a multiway if - else statement
• Assigning pressure values using a switch statement
• Calculating student fees using a switch statement

• The break and continue statements

• Nested if-else statement (fishing license fee)
  
• Assigning letter grades using a multiway if-else statement
• Currency conversion for loop
• Calculating PI from a series expansion
• Program Development Methodology (pdf)
• Code (HTML)

• Table of square roots using a while loop
• Bouncing ball while loop
• Sentinel controlled while loop (summing test scores)

• Modulus operator and type cast examples
• Check for odd or even integer (if statement)
• Temperature conversion using an if-else statement

• Enhanced right triangle program with input data streaming and output formatting

• Slides on computer components and preparing a program for running
  
• The link to the Top 500 most powerful supercomputers list (how fast is the most powerful computer?)
  
• The right triangle program