Skip to main content

creating object for class triangle

Define a class named triangle as described below:

Data members: 1) side1
2) Side2
3) side3
4) angle1, angle2, angle3

Methods : 1) constructors
2) trianglePerimeter()
3) triangleArea()
4) isoceles( )
5) equilateral( )
6) rightAngled()
7) scalene()

Test this class by creating an object for the class triangle.




class triangle{ 
public double s1; 
public double s2; 
public double s3; 
public double a1; 
public double a2; 
public double a3; 
public triangle(){ 
public double trianglePerimeter(){ 
return this.s1+this.s2+this.s3; 
public double triangleArea(){ 
double s = trianglePerimeter()/2; 
double a=s*(s-this.s1)*(s-this.s2)*(s-this.s3); 
return Math.pow(a, 0.5); 
public void isisoceles(){ 
if(this.s1==this.s2 || this.s2==this.s3 || this.s3==this.s1) 
System.out.println("Triangle is isosceles."); 
else
System.out.println("Triangle is not isosceles."); 
public void equilateral(){ 
if(this.s1==this.s2 && this.s2==this.s3 && this.s3==this.s1) 
System.out.println("Triangle is Equilateral."); 
else
System.out.println("Trianlge is not Equilateral."); 

public void rightAngled(){ 
if(this.a1==90 || this.a2==90 || this.a3==90) 
System.out.println("Triangle is Right angled."); 
else
System.out.println("Trianle is not Right angled."); 
public void scalene(){ 
if(this.a1!=this.a2 || this.a2!=this.a3 || this.a3!=this.a1) 
System.out.println("Triangle is scalene."); 
else
System.out.println("trianlge is not scalene."); 
class triangleClass{ 
public static void main(String[] args) { 
triangle t = new triangle(); 
t.a1=90; 
t.a2=45; 
t.a3=45; 
t.s1=12; 
t.s2=25; 
t.s3=16; 
System.out.println("The perimeter of the triangle is "+t.trianglePerimeter()); 
System.out.println("The area of the trianle is "+t.triangleArea()); 
t.isisoceles(); 
t.equilateral(); 
t.rightAngled(); 
t.scalene(); 
}



OUTPUT:

The perimeter of the triangle is 53.0
The area of the trianle is 77.79419965524421
Triangle is not isosceles.
Trianlge is not Equilateral.
Triangle is Right angled.
trianlge is not scalene.


Comments

Popular posts from this blog

All About Microservices Architecture

All About Microservices Architecture **Microservices Architecture** is an approach to software development where a large application is broken down into smaller, independent services that can operate and be deployed independently. Instead of building a monolithic application, which is a single, tightly-integrated unit, microservices architecture divides the functionality into separate services that communicate with each other through well-defined APIs (Application Programming Interfaces). Key characteristics of microservices architecture include: 1. **Modularity:** Each microservice represents a specific business capability and can be developed, deployed, and scaled independently. 2. **Independence:** Microservices are autonomous, meaning they can be developed, deployed, and updated without affecting the entire system. This independence allows for faster development cycles. 3. **Scalability:** Since each service is independent, you can scale only the specific microservices that require...

Relational Calculus

Relational Calculus There is an alternate way of formulating queries known as Relational Calculus. Relational calculus is a non-procedural query language. In the non-procedural query language, the user is concerned with the details of how to obtain the end results. The relational calculus tells what to do but never explains how to do. Most commercial relational languages are based on aspects of relational calculus including SQL-QBE and QUEL. Why it is called Relational Calculus? It is based on Predicate calculus, a name derived from branch of symbolic language. A predicate is a truth-valued function with arguments. On substituting values for the arguments, the function result in an expression called a proposition. It can be either true or false. It is a tailored version of a subset of the Predicate Calculus to communicate with the relational database. Many of the calculus expressions involves the use of Quantifiers. There are two types of quantifiers: Universal Quantifiers: The univer...

Natural Language Processing (NLP)

What is Natural Language Processing (NLP) ? Natural Language Processing (NLP)* is a field of artificial intelligence (AI) that focuses on the interaction between computers and humans using natural language. It involves the development of algorithms and models that enable computers to understand, interpret, and generate human language. Here are key aspects of NLP: 1. *Text Understanding:* NLP systems aim to comprehend the meaning of written or spoken language. This involves tasks such as text classification, sentiment analysis, and named entity recognition. 2. *Speech Recognition:* NLP extends to processing spoken language, converting audio signals into text. This technology is used in voice assistants, transcription services, and more. 3. *Language Generation:* NLP systems can generate human-like text. This is employed in chatbots, language translation services, and content generation. 4. *Machine Translation:* NLP is fundamental to machine translation systems that enable the automatic...