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BTEC LEVEL 3 - Unit 15 - Object Oriented Programming €12,93   In winkelwagen

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BTEC LEVEL 3 - Unit 15 - Object Oriented Programming

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P1, P2, P3, P4, P5, P6, M1, M2, M3, D1, D2

Laatste update van het document: 6 jaar geleden

Voorbeeld 3 van de 19  pagina's

  • 15 augustus 2017
  • 18 april 2018
  • 19
  • 2015/2016
  • Essay
  • Onbekend
  • Onbekend

15  beoordelingen

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Door: libraxu • 3 jaar geleden

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Door: gavinchee22 • 4 jaar geleden

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Door: empresstmt • 5 jaar geleden

Although it was acceptable, I don't think it covered all areas in P3 and P4 and it would be good to see the assignment it was based on.

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Door: xeon • 3 jaar geleden

Hey, thanks for your review. The P3 and P4 was covered. I suppose it's mostly because how my teacher designed the assignment in which seemed like he didn't ask/want much information for p3 and p4 compared to the other sections. I don't have the original assignment, but it was based on getting the area of a circle if I recall correctly.

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Door: umarzgaming • 5 jaar geleden

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Door: xeon • 5 jaar geleden

What was the issue with the work?

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Door: owenlang • 6 jaar geleden

No where near enough information on the D1 and D2. All the pass marks are fine

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Door: xeon • 6 jaar geleden

What details are missing from the D1 and D2?

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Door: owenlang • 6 jaar geleden

It does not mention enough about the features and tools in D1 and neither of them go into any real depth. D1 should include: 1. What is a graphical application? 2. What are the built tools/techniques and features? 3. How good are they at building a graphical application? 4. How well can OOP deal with complex problems And much more.

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Door: xeon • 6 jaar geleden

In my coursework, I wasn't needed to define what a graphical application was. For P2 and M2 I was required to include tools and techniques which were used, and I did include them. I don't know what you are referring to as how good "they" are at building a graphical application. I did include how OOP is suitable for complex problems in my opinion.

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Door: xeon • 6 jaar geleden

Antwoord verwijderd door de gebruiker

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Door: xeon • 6 jaar geleden

Had to make another reply since my previous reply ran out of characters. My lecturer had said he was fine with what I had written, and met the criterias. But I suppose it does depend on the lecturer marking your work. Had you asked your lecturer how much they expect you to write? or what level of detail they want you to include?

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Door: madani202020 • 6 jaar geleden

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Door: prianpatel678 • 6 jaar geleden

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Door: xeon • 6 jaar geleden

What was the issue with the work? Thanks.

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UNIT 15
P1 – Features of OOP
Object
 An object is known as a ‘thing’ is used to relate actiitese The actiites which objects are used
perform decides the object behaiioure One example would be the foot is able to kick somethinge
In OOP (object oriented programming) an object is an instance of a classe
 For example:
 Box box1;
 Box Box2;

Classes

 A class represents a type of objecte It is a blueprint which will giie details of the objecte A class is
a blueprint in which indiiidual objects are madee Class contains: names, atributes, and
operatonse
 For example
 class box
 {
 };



Inheritance

 Inheritance is being able to make a new class from an already existng class by expanding on ite
Inheritance allows programmers to defne a class in terms of another class which makes it
simple to make and maintain applicatonse hich proiides the chance to reuse code
functonality and implement quuickere
 Example:
 class circle
 circle circle1

Encapsulation
 Encapsulaton is the additon in a program object requuired for a functon or objecte In OOP
encapsulaton is usually done by making classes, the classes show public methods and
propertese A class is a capsule which encapsulates methods, atributes and propertese To
proiide functons to other classese Encapsulaton also lets a class to change the internal
implementaton without damaging the oierall functon of the systeme
Example:
class rectangle {

,public:
double get area(ioid)
{
return length * height;
}
priiate:
double length
double height;
};


Polymorphism
 Polymorphism is a term which means being able to requuest same operatons by a range of types
or thingse In OOP polymorphisms is done by using diferent techniquues method, oierloading,
operator oierloading, and method oierridinge
 class shape {

 Public:

 Double height

 Double weight

 Double area

 };

 Class squuare: public shape

 Class rectangle: public shape

 Int main()

 {

 Squuare squuare2

 Squuare2eheight = 5e5

 Squuare2ewidth = 4e5

 area = squuare2eheight * squaure2ewidth

 rectangle2eheight = 3e5

 rectangle2ewidth = 6e5

 area = rectangle2eheight * rectangle2ewidth

 ]:

, Data abstraction

 Abstracton priorites the idea, quualites and propertes than partcularse The importance of
abstracton is depriied from abilites to hide irreleiant details from use of names to reference
objectse Abstracton is used to construct programse It priorites what an object is rather than
how the object is represented or how the object workse
 #include <iostream>
 using namespace std;
 Int main ( )
 {
 cout << “Hello MY NAME IS RAJ”<<endl;
 return 0;
 }




P2 - Demonstrate the use of object oriented tools and
techniques
Program 1 code:


#include "stdafx.h"
#include <iostream>

using namespace std;

int main()
{
int firstnumber, secondnumber, output;
cout << "Input first number:"";
cin >> firstnumber;
cout << "Input second number:"";
cin >> secondnumber;
cout << "What is the answer to this equation:" " << firstnumber << " + " <<
secondnumber << " ";
cin >> output;

if (output == firstnumber + secondnumber)
{
cout << "Answer is correct, Good job.";
system("pause");
}
else
{
cout << "Answer is incorrect, the correct answer was:" " << firstnumber +
secondnumber << "\n";
system("pause");
}
return 0;

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