'Point p2' presentation slideshows

Chapter 8: Designing Classes

Chapter 8: Designing Classes . Accessors , Mutators , and Immutable Classes(8.3) Side Effects(8.4) Parameter Passing (Advanced Topic 8.1) Preconditions and Post conditions (8.5) Static Methods (8.6) Static Fields (8.7) Scope (8.8 ). Accessor and Mutator Methods.

539 views • 39 slides

C# 3.0 and .NET 3.5: A Brief Overview

432 views • 38 slides

457 views • 35 slides

????? ????? ????? Object Oriented Programming (OOP)

320 views • 32 slides

Electric Potential of Uniform Charge Distributions

Electric Potential of Uniform Charge Distributions. AP Physics C Montwood High School R. Casao. Electric Potential Due to a Charged Rod on the Axis of the Rod. Electric Potential Due to a Charged Rod on the Axis of the Rod. Divide the length of the rod L into small elements of length dx.

651 views • 31 slides

Comp 401 Copy: Shallow and Deep

Comp 401 Copy: Shallow and Deep. Instructor: Prasun Dewan. Prerequisite. Composite Object Shapes Inheritance. Clone Semantics?. Object. toString (). equals(). clone(). Need to understand memory representation. Copying Objects. What if we want copy rather than reference.

463 views • 29 slides

Pointers

Pointers. Prasun Dewan Comp 114. Pointers. Primitive values vs. objects Wrapper Classes Memory Representation of Primitive Values Vs Objects Pointers Equal Vs == Sharing of Objects Garbage Collection Shallow vs. Deep copy. Number. Double. Integer. wrapper class. wrapper class.

435 views • 26 slides

Building Java Programs

342 views • 25 slides

Primitive Values Vs Objects

256 views • 25 slides

Topic 24 Classes Part II

Topic 24 Classes Part II. "Object-oriented programming as it emerged in Simula 67 allows software structure to be based on real-world structures, and gives programmers a powerful way to simplify the design and construction of complex programs. " - David Gelernter.

232 views • 23 slides

Building Java Programs

Building Java Programs. Chapter 8 Lecture 8-2: Object Behavior (Methods) and Constructors reading: 8.2 - 8.3. Recall: Instance methods. instance method (or object method ): Exists inside each object of a class and gives behavior to each object. public type name ( parameters ) {

279 views • 21 slides

Recursion

Recursion. Barb Ericson Georgia Institute of Technology March 2010. Learning Goals. Understand what recursion means Understand when to use recursion Use recursive methods to do things that would be difficult to do with a loop. An example of recursion.

291 views • 21 slides

CSE 303 Lecture 12

CSE 303 Lecture 12. structured data reading: Programming in C Ch. 9 slides created by Marty Stepp http://www.cs.washington.edu/303/. Lecture summary. structured data struct, typedef structs as parameters/returns arrays of structs linked data structures stacks linked lists.

197 views • 19 slides

Comp 401 Memory Representation of Primitive Values and Objects

Comp 401 Memory Representation of Primitive Values and Objects. Instructor: Prasun Dewan. Storing Primitive Values and Variables. int i = 5;. address. variables. memory. 16. 5. 5. Memory Block. 32 bits. Memory blocks are of the same size. 52. int i. 32 bits.

285 views • 18 slides

Building Java Programs

Building Java Programs. Chapter 8 Lecture 8-5: The Object class and the equals method reading: 8.6 self-checks: #19, 21 exercises: #8, 12, 15. Class Object. All types of objects have a superclass named Object . Every class implicitly extends Object .

237 views • 14 slides

Dr. R Z Khan Handout-3 Classes

Dr. R Z Khan Handout-3 Classes. Overview Classes as Types Declaring Instance Variables Implementing Methods Constructors Accessor and Mutator Methods. Classes as Types.

104 views • 10 slides

Classes

Classes. Overview Classes as Types Declaring Instance Variables Implementing Methods Constructors Accessor and Mutator Methods. Classes as Types. So far we have learnt that Java is an object-oriented programming language, which means problems are solved by interactions among objects.

104 views • 10 slides

struct v.s. class

struct v.s. class. struct point { double x; double y; }; void main() { point p; double distance; p.x = 3.0; p.y = 4.0; distance = sqrt( p.x * p.x + p.y * p.y ); ....... }. class point { public: point(double x, double y); double xcoord();

440 views • 9 slides