CSC 143/Chapter 8 - Revision history

Admin: /* Puzzle 1 */

2016-10-16T08:18:59Z

Puzzle 1

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	Java encoded with Caesar cipher		Java encoded with Caesar cipher

	[[Puzzles/~~Crypto Level 2~~/Puzzle 1]]		[[Puzzles/Fall 2016/Puzzle 1]]

	===Profiles===		===Profiles===

2016-10-16T08:17:42Z

Chapter 8: Object Oriented Programming (Review)

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	* Accessor: getParam() method		* Accessor: getParam() method
	* Mutator: setParam() method		* Mutator: setParam() method
	* Le the object change the data itself, provide a high-level method for accessing that functionality		* Let the object change the data itself, provide a high-level method for accessing that functionality

	toString() method:		toString() method:

2016-10-16T08:17:20Z

Chapter 8: Classes

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	=Chapter 8: Object Oriented Programming (Review)=		=Chapter 8: Object Oriented Programming (Review)=

	~~=Chapter 8: Classes=~~

	Sections:		Sections:
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	James Gosling		James Gosling
	* Inventor of Java		* Inventor of Java


	=Flags=		=Flags=

	{{CSC143Flag}}		{{CSC143Flag}}

2016-10-16T08:17:06Z

Chapter 8 Summary

2016-09-20T01:25:49Z

Chapter 8 Homework

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	(Recommended) Self-check problems: #7, #10, #15, #18, #21, #26		(Recommended) Self-check problems: #7, #10, #15, #18, #21, #26

	(Required) Exercises: #3, #4, #5, #6, #14, #15, #16~~, #17~~		(Required) Exercises: #3, #4, #5, #6, #14, #15, #16

	(Required) Projects: (none)		(Required) Projects: (none)
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	Self-check:		Self-check:
			* 7 - create Name class, first/middle/last
			* 10 - distance method to Point object
			* 15 - tSoString method to Name class
			* 18 - constructor problems
			* 21 - constructor to Point class accepting Point
			* 26 - encapsulate Name class

	Exercises:		Exercises:
			* 3 - add manhattanDistance() method to Point class
			* 4 - add isVertical() method to Point class
			* 5 - add slope() method to Point class
			* 6 - add isCollinear() method to Point class
			* 14 - Line class between two points, implement specified constructors and methods
			* 15 - add getSlope() method to Line class
			* 16 - add Line constructor

	Projects:		Projects:
			* none

	==Chapter 8 Code==		==Chapter 8 Code==

2016-09-15T19:15:12Z

Puzzle 1

← Older revision		Revision as of 19:15, 15 September 2016
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	Java encoded with Caesar cipher		Java encoded with Caesar cipher

			[[Puzzles/Crypto Level 2/Puzzle 1]]

	===Profiles===		===Profiles===

2016-09-15T19:14:18Z

Puzzle 1

← Older revision		Revision as of 19:14, 15 September 2016
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	===Puzzle 1===		===Puzzle 1===

	~~The same -~~ Java ~~program,~~ Caesar cipher		Java encoded with Caesar cipher

	===Profiles===		===Profiles===

2016-09-14T21:23:24Z

Worksheet Code

← Older revision		Revision as of 21:23, 14 September 2016
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	Extra credit:		Extra credit:
	* Implement subtraction method that utilizes the add method		* Implement subtraction method that utilizes the add method (+2)
	* Implement root-finding method for polynomials with degree < 3		* Implement root-finding method for polynomials with degree < 3 (+5)
			* Implement root-finding method for polynomials with arbitrary degree (+10)

	==Chapter 8 Goodies==		==Chapter 8 Goodies==

2016-09-14T21:23:00Z

Worksheet Code

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	Polynomials:		Polynomials:
	* In this assignment, you'll implement a Polynomial object		* In this assignment, you'll implement a Polynomial object and use it in a PolynomialDriver class
	* ~~Design the~~ data structure for ~~the~~ polynomial object		* You should plan out your data structure for a polynomial object (what fields are necessary?)
	* Implement 3 methods:		* You should design your class to implement methods as specified in assignment:
	** Add to another ~~polynomial~~ object		* Implement 3 methods:
	** Evaluate the polynomial at x		** Add one polynomial to another, and return a new Polynomial object as the result (returns a Polynomial)
	** ~~Find roots if~~ degree < 3		** Evaluate the polynomial at a particular location x (returns a double)
			** Add a toString() method that will print out the polynomial like 5.0 x^2 + 1.123 x + 17.9

			Polynomial Driver:
			* Adding:
			** Create the polynomial 4 x^3 + x^2 + 4 x + 1
			** Create the polynomial x^2 + 2x + 1
			** Add these two polynomials to get result 4 x^3 + 2 x^2 + 6 x + 2
			** Print the result
			* Evaluating:
			** Create the polynomial


			Extra credit:
			* Implement subtraction method that utilizes the add method
			* Implement root-finding method for polynomials with degree < 3

	==Chapter 8 Goodies==		==Chapter 8 Goodies==

2016-09-14T20:43:13Z

Worksheet Code

← Older revision		Revision as of 20:43, 14 September 2016
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	** Evaluate the polynomial at x		** Evaluate the polynomial at x
	** Find roots if degree < 3		** Find roots if degree < 3

			==Chapter 8 Goodies==

			===Puzzle 1===

			The same - Java program, Caesar cipher

			===Profiles===

			James Gosling
			* Inventor of Java


			=Flags=

			{{CSC143Flag}}