3.1 ParametersThe Mechanics of Parameters	p.165#1, p.166#5
Limitations of Parameters (byVal byRef)
Multiple Parameters
Parameters Versus Constants
Overloading of Methods (signatures)
3.2 Methods that Return Values	p. 167#7
The Math Class p.132-3 table3.1-2
Defining Methods that Return Values
3.3 Using Objects	p. 169#14,  #16
String Objects
Point Objects
Reference Semantics
Multiple Objects
Objects as Parameters to Methods
3.4 Interactive Programs (console input)	p. 170#19
Scanner Objects (p.153 table 3.5)
A Sample Interactive Program
3.5 Case Study: Projectile Trajectory	p172#1(code)with required: prompt, segment, base,loop in main
An Unstructured Solution
A Structured Solution
Supplement 3G: Graphics (optional)
3G.1 Introduction to Graphics	p.197#2, p. 198#3
DrawingPanel
Lines and Shapes
Colors
Text and Fonts
3G.2 Procedural Decomposition with Graphics	p.198#4, p.199#1,#2 MickeyBox, p.201#5
A Larger Example: DrawDiamonds
Summary of Graphics Methods
3G.3 Case Study: Pyramids	p. 205#4 Projectile
An Unstructured Solution
Generalizing the Drawing of Pyramids
A Complete Structured Solution
Chapter 4: Conditional Execution
4.1 Loop Techniques	p.260-261#1,3
Cumulative Sum
Fencepost Loops (aka "loop and a half")
4.2 if/else Statements	p.261-262#4,5,6 ,7
Relational Operators
Cumulative Sum with if
Fencepost with if
Nested if/else
4.3 Subtleties of Conditional Execution	p.262-4#10,11,12,13,14,15
Object Equality
Roundoff Errors	p. 263#11 redesign main to show structure, trade designs with another team, code their design
Factoring if/else Statements
Min/Max Loops	p.233-235 redesign main to show structure, trade, code their design
4.4 Text Processing	p.265#19,20,21,22
The char Type
System.out.printf
4.5 Methods with Conditional Execution	p.266#25,26
Preconditions and Postconditions
Throwing Exceptions	p.266#27
Revisiting Return Values	code a two parameter integer min function; p.248: code a two parameter integer indexOf function.
4.6 Case Study: Body Mass Index (BMI)
One-person Unstructured Solution	p. 254 redesign BMI1 so main calls  I-P-O methods; write signatures & javadoc comments
Two-person Unstructured Solution
Two-person Structured Solution	p. 258 redesign BMI2 so getBMI calls  I-P-O methods; write signatures & javadoc comments
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Chapter 5: Program Logic and Indefinite Loops
5.1 The while Loop	p.318-320#1,2,7,8
A Loop to Find the Smallest Divisor
Sentinel Loops
Random Numbers
5.2 The boolean Type	p.321-322#11,12,14
Logical Operators
Short-Circuited Evaluation
boolean Variables and Flags
Boolean Zen	p.321-322#15,16
5.3 User Errors
Scanner Lookahead	p. 293 trace with debugger, redesign to loop until "the answer is 42." is entered
Handling User Errors	p.322-323#18,20
5.4 Indefinite Loop Variations	p.323-324#22,24
The do/while Loop
Break and "forever" Loops	Do not use for this class.
5.5 Assertions and Program Logic	p.325#26,
Reasoning About Assertions
A Detailed Assertions Example
The Java assert Statement	p. 304 code with Java assertions, enable assertions and test
5.6 Case Study: NumberGuess
Initial Version without Hinting
Randomized Version with Hinting	p. 313-314  redesign  to use I-P-O methods; write signatures & javadoc comments, trade, code their design
Final Robust Version
Chapter 6: File Processing
6.1 File Reading Basics	p.369#2
Data, Data Everywhere
File Basics
Reading a File with a Scanner
6.2 Details of Token-Based Processing	p.369#4
Structure of Files and Consuming Input
Scanner Parameters
Paths and Directories
A More Complex Input File
6.3 Line-Based Processing	p.370#7,8,11
String Scanners and Line/Token Combinations
6.4 Advanced File Processing	p.370-371#12,13
Output Files with PrintStream
Try/Catch Statements
6.5 Case Study: Weighted GPA	p.367-368 redesign  to use I-P-O methods; write signatures & javadoc comments, trade, code their design
Chapter 7: Arrays
7.1 Array Basics	p. 430#1,3,4,5,7,8
Constructing and Accessing an Array
A Useful Application of Arrays
Random Access
Arrays and Methods
The For-Each Loop
Limitations of Arrays
7.2 Advanced Arrays	p.431#10,12,14,15
Shifting Values in an Array
Initializing Arrays
Arrays in the Java Class Libraries
Arrays of Objects
Command Line Arguments
7.3 Multidimensional Arrays (optional)	p.431-432#17,18
Rectangular Two-Dimensional Arrays	p. 416 redesign print to show column and row totals: use I-P-O methods; write signatures & javadoc comments, trade, code their design
Jagged Arrays	p. 419-420 redesign  use I-P-O methods; write signatures & javadoc comments, trade, code their design
7.4 Case Study: Hours Worked
The transferFrom Method
The sum Method
The addTo Method
The print Method
The Complete Program	p. 428-429 redesign  use I-P-O methods; write signatures & javadoc comments, trade, code their design
	21
Chapter 8: Defining Classes
8.1 Object-Oriented Programming Concepts
Classes and Objects
8.2 Object State: Fields	p. 491#6
8.3 Object Behavior: Methods	p. 491#8,9
A Detailed Example
Mutators and Accessors
8.4 Object Initialization: Constructors	p.492#10,11
8.5 Encapsulation	p.492#13,14,15,16
Private Data Fields
Class Invariants
8.6 More Instance Methods	p.492#18,19,20
The toString Method
The equals Method
8.7 The this Keyword	p.492#22,23,24
Multiple Constructors
8.8 More Classes	p.493#25,26,
8.9 Case Study: Designing a Stock Class	p.493#29,30,31
Stock Behavior
Stock Fields
Stock Constructor
Stock Method Implementation
The Complete Stock Class
Chapter 9: Inheritance and Interfaces
9.1 Inheritance Concepts	p.550#1,2,3,4
Non-programming Hierarchies
9.2 Polymorpism	p550#5,6
Overriding Methods
Polymorphism
9.3 Interacting with the Superclass	p.553#10,11,12,14
Inherited Fields
Calling a Superclass's Constructor
Calling Overridden Methods
A Larger Example: Point3D
9.4 Inheritance and design	p.554#15,16
9.5 Interfaces	p.554#19,20,21
An Interface for Shape Classes
Implementing the Shape Interface
Benefits of Interfaces
Interfaces in the Java Class Libraries
9.6 Case Study: Designing a Hierarchy of Financial Classes	p.554#24
Class Design
Initial Redundant Implementation
Abstract Classes
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