The document discusses inheritance in object-oriented programming using Java examples. It defines inheritance as a feature that allows a class to inherit attributes and behaviors from a parent or base class. The derived or child class inherits all public and protected members of the parent class but also allows adding new fields and methods. Single and multiple inheritance models are described along with advantages like code reuse. An example application demonstrates a Person class inherited by a Citizen class to extend its functionality.
This is the presentation file about inheritance in java. You can learn details about inheritance and method overriding in inheritance in java. I think it's can help your. Thank you.
Inheritance in Object Oriented ProgrammingAshita Agrawal
Index
Introduction
Derived class
visibility modes
Types of inheritance
Virtual base class
Constructors in derived classes
Inheritance
The mechanism of deriving a new class from an old class is called inheritance.
The old class is referred as base class and new one is called as derived class.
A new class inherits some or all properties from the base class.
Inheritance enables reusability.
This presentation includes Inheritance in C++ with the 5 categories of Inheritance. Main part of the presentation is the 1st type of Inheritance i.e SINGLE LEVEL INHERITANCE including the Block Diagram,Example Code & Simple Program with Corresponding output. This slide was created & edited in OFFICE 13.
Demystifying Object-Oriented Programming - PHP UK Conference 2017Alena Holligan
Abstraction, Encapsulation, Polymorphism, and Interfaces: whether you’ve been programming in PHP for years or are just starting your journey, these terms can be overwhelming even on a good day. Variables, conditionals, those all make sense. But this whole Object-Oriented thing is WAY more complicated. Not only that, people that already understand it act like it’s so easy and they talk right over the simple questions and never explain the basic concepts in a way that actually makes sense. In this session we’ll take you through real life examples of Object-Oriented terminology in a way that will make sense of all the mumbo jumbo and allow you to utilizing OOP immediately.
Es constata un increment de la incidència de sèpsia greu a Catalunya també observat en la majoria de països. L’envelliment de la població i el conseqüent augment de la pluripatologia podrien influir en aquesta tendència. Tot i això, la mortalitat disminueix, probablement per la millora de les tècniques assistencials a les unitats de cures intensives i la utilització de guies de pràctica clínica, entre d’altres factors.
Cal doncs, adreçar els esforços per a afavorir la detecció precoç de la sèpsia greu i la instauració, al més aviat possible, del tractament necessari en el lloc més adequat
This is the presentation file about inheritance in java. You can learn details about inheritance and method overriding in inheritance in java. I think it's can help your. Thank you.
Inheritance in Object Oriented ProgrammingAshita Agrawal
Index
Introduction
Derived class
visibility modes
Types of inheritance
Virtual base class
Constructors in derived classes
Inheritance
The mechanism of deriving a new class from an old class is called inheritance.
The old class is referred as base class and new one is called as derived class.
A new class inherits some or all properties from the base class.
Inheritance enables reusability.
This presentation includes Inheritance in C++ with the 5 categories of Inheritance. Main part of the presentation is the 1st type of Inheritance i.e SINGLE LEVEL INHERITANCE including the Block Diagram,Example Code & Simple Program with Corresponding output. This slide was created & edited in OFFICE 13.
Demystifying Object-Oriented Programming - PHP UK Conference 2017Alena Holligan
Abstraction, Encapsulation, Polymorphism, and Interfaces: whether you’ve been programming in PHP for years or are just starting your journey, these terms can be overwhelming even on a good day. Variables, conditionals, those all make sense. But this whole Object-Oriented thing is WAY more complicated. Not only that, people that already understand it act like it’s so easy and they talk right over the simple questions and never explain the basic concepts in a way that actually makes sense. In this session we’ll take you through real life examples of Object-Oriented terminology in a way that will make sense of all the mumbo jumbo and allow you to utilizing OOP immediately.
Es constata un increment de la incidència de sèpsia greu a Catalunya també observat en la majoria de països. L’envelliment de la població i el conseqüent augment de la pluripatologia podrien influir en aquesta tendència. Tot i això, la mortalitat disminueix, probablement per la millora de les tècniques assistencials a les unitats de cures intensives i la utilització de guies de pràctica clínica, entre d’altres factors.
Cal doncs, adreçar els esforços per a afavorir la detecció precoç de la sèpsia greu i la instauració, al més aviat possible, del tractament necessari en el lloc més adequat
La disponibilidad de un sistema de multiplicación del virus de la hepatitis C (VHC) infeccioso en cultivos celulares está permitiendo investigar nuevos factores de respuesta a tratamientos antivíricos en condiciones controladas. Se presentará evidencia de que el fitness vírico puede ser un factor de multiresistencia a inhibidores y quese pueden obtener eficientes reducciones de carga viral empleando diseños secuenciales de administración de inhibidores que incluyan ribavirina. Se discutirán posibilidades de aplicación clínica.
Seminar led by Rui Moreno, MD, PhD, from the Hospital de Santo António dos Capuchos Unidad de Cuidados Intensivos Polivalente Centro Hospitalar de Lisboa Central- Portugal.
Abstract: The impact of SSC 2012 on the planning and evaluation of my hospital's performance  The 2012 revision of the Surviving Sepsis Guidelines, together with the new sepsis bundles, will, have a profound impact on the evaluation of the performance of health care systems dealing with the recognition and early treatment of the patient with severe sepsis and septic shock.  With the application and evaluation of the new bundles (now at 3 hours and 6 hours after triage), most of the evaluation will focus in the very early stages of the process of care, when in a significant number of patients will be still in the Emergency Department (ED). This constitutes a major change when compared to the 2008 revision of the SSC, since at that time part of the evaluation was done after 24 hours of diagnosis, when most of the patients was already on the ICU.  An immediate consequence of this will be a major pressure on the ED and in the early connection of the ED with the ICU. This will can be done by creating dedicated admission pathways to patients with suspected severe sepsis and septic shock, to the presence of intensivists on the ED or even to the direct admission (by-passing the ED) to the ICU of theses patients. More than focusing in new therapies, the 2012 revision of the SSC will put the emphasis on the planning and creation of systems able to work fast and flexibly, delivering fast care where it is needed more. Only systems of care able to control and deal with these timing problems will be in condition to offer first quality care to the patient with severe sepsis and septic shock and consequently to have a good evaluation of their performance.
Here is the methodology and results of the 2013 Youth Count! conducted in Billings, Montana. This was the first ever survey of homeless youth in this community.
La infección activa (IA) por el CMV es frecuente en el paciente crítico sin inmunosupresión canónica (0-55% de los pacientes seropositivos para el CMV). Esta es comúnmente el resultado de la reactivación viral en el tracto respiratorio inferior, sin que pueda descartarse la reinfección como origen, en algunos casos. La IA por el CMV se ha asociado consistentemente con una mayor mortalidad, especialmente relacionada con el desarrollo de ALI/ARDS, una estancia en UCI más prolongada, una mayor duración del período de ventilación mecánica y un riesgo mayor de “superinfección” bacteriana y fúngica. No existen, sin embargo, vínculos incontestables de causalidad. Solo un ensayo clínico controlado puede precisar el papel del CMV como agente patogénico en este grupo de pacientes. En este seminario se tratarán los siguientes temas: (i) posible patogenia de la infección por el CMV en el paciente crítico; (ii) ensayos clínicos de tratamiento antiviral en marcha; (iii) factores biológicos (genómicos e inmunológicos) de riesgo para el desarrollo de IA en estos pacientes.
Presentation carried out by Xavier de la Cruz, head of the Translational Bioinformatics group at VHIR, at the course: Identification and analysis of sequence variants in sequencing projects: fundamentals and tools.
*Watch the video at the end of the presentation
Seminar led by Dr. Xavier de la Cruz, ICREA Research Professor. Head of the Translational Bioinformatics in Neuroscience group of VHIR, at VHIR (22nd November 2012).
Content: The need to identify the pathological character of mutations may arise in different contexts in biomedical research. However, the methods available to address this problem essentially depend on the number of cases under analysis. When we work with only a few mutations we can use an artisan-like approach, where all information available on protein sequence, structure and function is manually retrieved and studied. However, when we need to characterize many variants, as can be the case in exome projects, faster methods are required to assess their pathogenicity. In my talk I will illustrate the principles underlying these two approaches with examples from the study of Fabry disease mutations, resulting from our collaborative work at the VHIR.
Presentation carried out by Sophia Derdak, from the Data Analysis Team at CNAG, at the course "Identification and analysis of sequence variants in sequencing projects: fundamentals and tools".
C is known as first programming language for programers.As the time grows, many languages developed like C++, Java and many more.But still C is in demand and it is first programming language we learned in our school & college. So first should be easy to learn. In this book, I try to elaborate the C contents in a easy manner so it's make "C Is Easy" for begginner.
Object Oriented Programming For Engineering Students as well as for B.Tech -IT. Covers Almost All From The Basics.
For more:
Google Search:: Prabhaharan Ellaiyan
Introduction to OOPS, Characteristics of OOPS, Object oriented languages, comparison between
procedural and object oriented programming, basic principles of Object Orientation-class, object,
abstraction, encapsulation, inheritance, polymorphism, modularity, and message passing. Features
of object orientation - attributes, state, identity, operation, behaviour.
Ohhh ok ok ok ok then i can be taken in my life and i am not able to enter the correct me if you are not able to see you in your eyes and sorry for the
Abstraction, Encapsulation, Polymorphism, Interfaces and Scope: whether you’ve been programming in PHP for years or are just starting your journey, these terms can be overwhelming. Not only that, people that already understand it act like it’s so easy and they talk right over the simple questions and never explain the basic concepts in a way that actually makes sense.
Real life examples of Object-Oriented terminology in a way that makes sense and allows you to utilizing OOP immediately.
Object Oriented Programming is revisited. It is assumed that students know OO languages so this is more of a review. We will cover concepts such as encapsulation, interfaces and polymorphism. These are important concepts that students must understand in order to write flexible and lasting code. We look at several design principles.
We also look at software design and take an example from a video games.
In this lecture we will also reveal the secret of programming which all good programmers must know.
1. TECHNICAL UNIVERSITY OF MANABÍ
FACULTY OF COMPUTER SYSTEMS
ENGINEER CAREER
ENGLISH PROJECT:
PROGRAMMING 2
NAME:
AYALA CARRILLO JUAN
ALBERTO
COURSE:
3 SEMESTER C
DELIVERY DATE:
21/ 01/2012
2. Technical University of
Manabi mission:
Being academics, scientists and professionals responsible, humanistic, ethical
and caring, committed to the goals of national development, which contribute
to solving the country's problems as university teaching with research, able to
generate and apply new knowledge, encouraging the promotion and
dissemination of knowledge and culture, under the Constitution of the
Republic of Ecuador.
visio
n:
Being university, leader and reference of higher education in Ecuador,
promoting the creation, development, transmission and dissemination of
science, technology and culture, social recognition and regional and
global projection.
FACULTY OF
COMPUTER
missio
n:
Being a unit with high academic prestige, efficiency, transparency and quality
in education, organized in their activities, protagonists of regional and national
progress.
visio
n:
Being efficient and innovative professionals in the field of computer science,
with honesty, fairness and solidarity, provide answers to the needs of society
by raising their standard of living.
Inheritance in java
3. Introduction
Heredity, understood as a feature of object-oriented programming and more specifically the C
+ +, to define a class by modifying one or more classes and changes usually consist
existentes.Estas add new members (variables or functions), to the class being defined,
although it can redefine variables or class member functions existentes.La and is part of this
process is called base class and the new class that is obtained is called derived class
This in turn may be based on a new class derivation process, thus initiating a class hierarchy.
It is one of the key weapons of OOP. Allows you to create new classes that inherit
characteristics show in previous classes. This greatly facilitates the work that has created
standard classes for all programmers and from them create our own personal lessons. This is
more convenient than having to create our classes from cero.Para a class to inherit the
features of another must use the extends keyword after the class name. A word is followed by
the name of the class whose characteristics are inherited. You can have only one class
inheritance (a class inherits laque is called superclass and inherited class is called subclass).
Example:
The idea of inheritance is to allow the creation of new classes based on existing classes.
When you inherit from an existing class, we reuse (or inherit) methods and fields and add new
fields and methods to meet the new situation.
Every time we find the relation "is-a" between two classes, we are in the presence of
inheritance.
The existing class is called the superclass or base class, or parent class.
The new class is called subclass, derived class, or child class.
Through inheritance we can add new fields, and we can add or set methods (override). On
mounting a method is redefining the inherited case.
The process of inheritance is transitive
4. Types of inheritance
Single inheritance
• A class can inherit from a single
• Class.
Example: Java, C #
Multiple Inheritance
• A class can inherit from multiple classes.
• Classes form a directed acyclic graph
Examples: Eiffel, C + +
5. Advantage
• Helps programmers code and saving time, since the parent class has been implemented and
verified earlier, deducting only referenced from the derived class to the base class (typically
extends, inherits, subclass or other similar keywords, depending on the language).
• Objects can be constructed from the like. To do this there needs to be a base class (which
can even be part of a broader class hierarchy).
• The derived class inherits the behavior and attributes of the base class, and it is common for
you to add your own behavior or alter the inherited.
• Any class can serve as a base class to create others.
Inheritance and information hiding
In some languages, the designer can define instance variables and methods of the objects of a
class are visible. In C + + and Java this is accomplished with the specifications private,
protected and public. Only variables and defined as public methods on an object will be visible
for all objects. In other languages like Smalltalk, all instance variables are private and all
methods are public.
Depending on the language used, the designer can also control which members of the
superclass are visible in subclasses. In the case of Java and C + + access specifiers (private,
protected, public) of the members of the superclass also affect inheritance:
• Private: no private member of the superclass is visible in the subclass.
• Protected: protected members of the superclass are visible in the subclass, but not visible to
the outside.
• Public: public members of the public remain superclass in the subclass.
APPLICATION EXAMPLE
Consider a simple example of inheritance, for this case we will create a class which is inherit
where the surname and assign another class where the name of an "X" person. First let's look
at the class to inherit:
package inheritance;
6. ClaseHeredada {public class
String last;
public ClaseHeredada (String Data) {
this.Apellido = data;}
}
Once we have the class that we inherit our class that will contain the name of the "X" and
assign the following code:
package inheritance;
public class extends Inheritance {ClaseHeredada
String name;
public Inheritance (String text) {
super (text);
}
public void setPersona (String NombrePer) {
NombrePer + this.name = this.Apellido;
}
getPersona public String () {
return Name;
}
}
It extends to indicate that we are inheriting class "ClaseHeredada" where the surname. The
super is to indicate that we are instantiating the class constructor we are inheriting and
methods are getPersona setPersona and with which will capture and take back the name of
the person.
After this process, we now use in our main instantiating class as follows:
7. public static void main (String [] args) {
Inheritance Inheritance X = new ("Arias Figueroa");
X.setPersona ("Kevin Arnold");
System.out.println (X.getPersona ());
}
Instantiate Class "Inheritance" passing to its constructor the name of the person which will
internally what the upper class "ClaseHeredada", then we assign the name using his method
setPersona and print it using getPersona.
Made this code should print the person's name by concatenating the name of it.
Annexes
Drill
1) Basic example of inheritance in Java. In this case the Citizen class inherits from the Person
class to take and extend functionality.
Human class {
protected String name;
protected String name;
public Human (String name, String name) {
this.name = name;
this.apellido = name;
}
public String FullName () {
return this.apellido + "," + this.nombre;
}
identifying public String () {
this.nombreCompleto return ();
}
}
8. Citizen class Human extends {
protected String document;
public City (String name, String name, String document) {
super (name, name);
this.documento = document;
}
identifying public String () {
super.identificacion return () + "document" + this.documento;
}
}
Inheritance {public class
public static void main (String args []) {
Human = new Human ("Emilio", "Rosso");
Citizen b = new City ("Emilio", "Rosso", "3052454545");
Human [] arregloDeHumanos;
arregloDeHumanos.push (a);
arregloDeHumanos.push (b);
identificarPolimorfico (arregloDeHumanos);
}
public static void identificarPolimorfico (Human [] arregloDeHumanos) {
for (int i = 0; i <arregloDeHumanos.length; i + +) {
9. System.out.println ("Identifying" + arregloDeHumanos [i]. Identification ());
}
}
}
But besides this compositional technique is possible to think of cases where a class is an
extension of another. That is, a class is like another and also has some sort of characteristic
that distinguishes it. For example we might think of the Employee class and define it as:
class Employee {
String name;
int numEmpleado, salary;
private static int counter = 0;
Employee (String name, int salary) {
this.name = name;
this.sueldo = salary;
numEmpleado = + + count;
}
public void aumentarSueldo (int percentage) {
salary + = (int) (salary * increase / 100);
}
public String toString () {
return "Num employee" + numEmpleado + "Name:" + name +
"Salary:" + salary;
}
}