INSTRUCTIONS I NEED TO CREATE A PointApp PROGRAM THAT USES THE FOLLOWING API DOCUMENTATION Below the API Documentation is the code I submitted However, the output is different for what they are asking I am looking for someone to fix the code to print out the correct output and to add comments so I can have an idea in how the code works PLEASE AND THANK YOU API DOCUMENTATION public class Point extends java lang Object The Point class is used to create objects meant to represent points in a two dimensional plane Each point has an x coordinate and a y coordinate (ints) The class provides some methods for calculations relating to points Field Summary Fields Modifier and Type Field and Description static Point ORIGIN ORIGIN is a Point object representing the origin of the two dimesional plane in other words, ORIGIN represents (0, 0) Constructor Summary Constructors Constructor and Description Point() A no arg constructor Point(int x, int y) Creates a new Point object assigns the value of the first parameter to the x coordinate and that of the second paramter to the y coordinate Method Summary All MethodsStatic MethodsInstance MethodsConcrete Methods Modifier and Type Method and Description Point add(Point other) Adds two Point objects together double distance(Point other) Computes and returns the distance between this Point and another Point boolean equals(Point other) Determines whether two Point objects are equal, that is, it determines whether they have the same x coordinte and the same y coordinate Point originReflection() Returns a new Point object that represents the reflection of this Point across the origin (the center of the two coordinate plane) int quadrant() Returns an int representing the quadrant (1, 2, 3, or 4) of the two dimensional plane in which this Point lies static Point read(java util Scanner sc) A static method that reads data from a file and creates and returns a new Point object based on that data java lang String toString() Returns a String representing this Point object in the form (x coordinate, y coordinate) Point xReflection() Returns a new Point object that represents the reflection of this Point across the x axis Point yReflection() Returns a new Point object that represents the reflection of this Point across the y axis Methods inherited from class java lang Object clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait Field Detail ORIGIN public static final Point ORIGIN ORIGIN is a Point object representing the origin of the two dimesional plane in other words, ORIGIN represents (0, 0) Constructor Detail Point public Point() A no arg constructor Creates a default Point object, which represents the point (0, 0) Point public Point(int x, int y) Creates a new Point object assigns the value of the first parameter to the x coordinate and that of the second paramter to the y coordinate Parameters x The desired x coordinate for this Point object y The desired y coordinate for this Point object Method Detail add public Point add(Point other) Adds two Point objects together That is, it creates a new Point object that has an x coordinate that's the sum of this Point object's x coordinate and other's x coordinate, and a y coordinate that's the sum of this Point object's y coordinate and other's y coordinate Then it returns a reference to the new Point object For example, if p1 represents (1, 1) and p2 represents (2, 1), and we say Point p3 p1 add(p2) , p3 will represent (3, 2) Parameters other The Point object that we want to add together with this Point object Returns A reference to a new Point object that's the result of adding together the two Point objects distance public double distance(Point other) Computes and returns the distance between this Point and another Point Parameters other The Point we want to find the distance to Returns The distance (a double) from this Point to other equals public boolean equals(Point other) Determines whether two Point objects are equal, that is, it determines whether they have the same x coordinte and the same y coordinate It compares this Point's x and y coordinates with those of other's (the parameter) Parameters other The Point object that we want to compare to this Point object Returns True if the two Point objects are equal, false if they are not originReflection public Point originReflection() Returns a new Point object that represents the reflection of this Point across the origin (the center of the two coordinate plane) For example, if p represents (2, 1), then p originReflect() returns a new Point object representing ( 2, 1) Returns A new Point representing the reflection of the current Point across the origin toString public java lang String toString() Returns a String representing this Point object in the form (x coordinate, y coordinate) For example, if the x coordinate of this object is 3 and the y coordinate of this object is 4, this method will return the string (3, 4) Overrides toString in class java lang Object Returns A String representation of this Point object quadrant public int quadrant() Returns an int representing the quadrant (1, 2, 3, or 4) of the two dimensional plane in which this Point lies For example, if p represents (1, 3), which lies in the first quadrant, p quadrant() will return 1 Note if a point lies on the x axis or the y axis (or on both) it technically does not lie in a quadrant in such a case, this method will return 0 Returns An int (1, 2, 3, or 4) representing the quadrant in which this Point lies, or 0 if it's on the x axis or y axis (or on both) xReflection public Point xReflection() Returns a new Point object that represents the reflection of this Point across the x axis For example, if p represents (2, 1), then p xReflection() returns a new Point object representing (2, 1) Returns A new Point representing the reflection of the current Point across the x axis yReflection public Point yReflection() Returns a new Point object that represents the reflection of this Point across the y axis For example, if p represents (2, 1), then p yReflection() returns a new Point object representing ( 2, 1) Returns A new Point representing the reflection of the current Point across the y axis read public static Point read(java util Scanner sc) A static method that reads data from a file and creates and returns a new Point object based on that data In detail, the method reads from a file associated with a Scanner (which it receives as a parameter If there is no more data to be read from the file, the method returns null Otherwise, it reads in two ints from the file and then creates a new Point object The x coordinate of the new object is the first int that was read from the file, and the y coordinate is the second int that it read Finally, the method returns a reference to the newly created Point object Parameters sc A Scanner object which should already be associated with a file this method will read from that file using this Scanner Returns A new Point object based on the data read from the file THE CODE I SUBMITTED import java io import java util import java lang public class PointApp public static void main(String args) throws Exception Scanner scanner new Scanner(new File( points text )) int tall new int 100 int i 0 while(scanner hasNextInt()) int x1 scanner nextInt() int y1 scanner nextInt() int x2 scanner nextInt() int y2 scanner nextInt() int k cord(x1,y1) int l cord(x2,y2) int sum cord(x1 x2,y1 y2) System out println( p1 ( x1 , y1 ) (quadrant k ) p2 ( x2 , y2 ) (quadrant k ) ) System out println( p1 p2 ( (x1 x2) , (y1 y2) )(quadrant sum ) ) if(x1 x2) System out println( p1 and p2 are reflections across the x axis ) if(y1 y2) System out println( p1 and p2 are reflections across the y axis ) if(x1 ( 1 x2) y1 ( 1 y2)) System out println( p1 and p2 are reflections through the origin ) if(x1 x2 y1 y2) if(Math abs(x1 0) Math abs(x2 0) Math abs(x1 0) Math abs(x2 0)) System out println( p1 and p2 are equidistant from the origin ) double d dist(x1,y1,x2,y2) System out println( The distance between ( x1 , y1 ) and ( x2 , y2 ) is d ) public static int cord(int x, int y) int k 0 if(x 0) if(y 0) return 1 else return 4 if(x 0) if(y 0) return 2 else return 3 return 1 public static double dist(int x1, int y1, int x2, int y2) double i Math pow(x2 x1,2) double j Math pow(y2 y1,2) double v Math sqrt((i j)) return v THE OUTPUT THAT I NEED p1 (0, 0) (quadrant 0) p2 (1, 1) (quadrant 1) p1 p2 (1, 1) (quadrant 1) The distance between (0, 0) and (1, 1) is 1 4142135623730951 p1 (1, 1) (quadrant 1) p2 (1, 1) (quadrant 4) p1 p2 (2, 0) (quadrant 4) p1 and p2 are reflections across the x axis p1 and p2 are equidistant from the origin The distance between (1, 1) and (1, 1) is 2 0 p1 (1, 1) (quadrant 1) p2 ( 1, 1) (quadrant 2) p1 p2 (0, 2) (quadrant 0) p1 and p2 are reflections across the y axis p1 and p2 are equidistant from the origin The distance between (1, 1) and ( 1, 1) is 2 0 p1 (1, 1) (quadrant 1) p2 ( 1, 1) (quadrant 3) p1 p2 (0, 0) (quadrant 0) p1 and p2 are reflections through the origin p1 and p2 are equidistant from the origin The distance between (1, 1) and ( 1, 1) is 2 8284271247461903 p1 (0, 0) (quadrant 0) p2 (0, 0) (quadrant 0) p1 p2 (0, 0) (quadrant 0) p1 and p2 are reflections across the x axis p1 and p2 are reflections across the y axis p1 and p2 are reflections through the origin p1 and p2 are equidistant from the origin The distance between (0, 0) and (0, 0) is 0 0 p1 (1, 1) (quadrant 1) p2 (1, 1) (quadrant 1) p1 p2 (2, 2) (quadrant 1) p1 and p2 are equidistant from the origin The distance between (1, 1) and (1, 1) is 0 0 p1 (1, 1) (quadrant 1) p2 ( 2, 2) (quadrant 3) p1 p2 ( 1, 1) (quadrant 3) The distance between (1, 1) and ( 2, 2) is 4 242640687119285 THE OUTPUT THAT I GET jGRASP exec java PointApp2 p1 (0, 0) (quadrant 1) p2 (1, 1) (quadrant 1) p1 p2 (1, 1)(quadrant 1) The distance between (0, 0) and (1, 1) is 1 4142135623730951 p1 (1, 1) (quadrant 1) p2 (1, 1) (quadrant 1) p1 p2 (2, 0)(quadrant 1) p1 and p2 are reflections across the x axis The distance between (1, 1) and (1, 1) is 2 0 p1 (1, 1) (quadrant 1) p2 ( 1, 1) (quadrant 1) p1 p2 (0, 2)(quadrant 1) p1 and p2 are reflections across the y axis The distance between (1, 1) and ( 1, 1) is 2 0 p1 (1, 1) (quadrant 1) p2 ( 1, 1) (quadrant 1) p1 p2 (0, 0)(quadrant 1) p1 and p2 are reflections through the origin p1 and p2 are equidistant from the origin The distance between (1, 1) and ( 1, 1) is 2 8284271247461903 p1 (0, 0) (quadrant 1) p2 (0, 0) (quadrant 1) p1 p2 (0, 0)(quadrant 1) p1 and p2 are reflections across the x axis p1 and p2 are reflections across the y axis p1 and p2 are reflections through the origin The distance between (0, 0) and (0, 0) is 0 0 p1 (1, 1) (quadrant 1) p2 (1, 1) (quadrant 1) p1 p2 (2, 2)(quadrant 1) p1 and p2 are reflections across the x axis p1 and p2 are reflections across the y axis The distance between (1, 1) and (1, 1) is 0 0 p1 (1, 1) (quadrant 1) p2 ( 2, 2) (quadrant 1) p1 p2 ( 1, 1)(quadrant 3) The distance between (1, 1) and ( 2, 2) is 4 242640687119285 jGRASP operation complete I APOLOGIZE FOR THE LONG QUESTION BUT GIVEN THAT A FEW PEOPLE ARE ASKING ABOUT THE CODE AND IT HAS THE WRONG OUTPUT I FIGURED TO BE SPECIFIC

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INSTRUCTIONS: I NEED TO CREATE A PointApp PROGRAM THAT USES THE FOLLOWING API DOCUMENTATION. Below the API Documentation is the code I submitted. However, the

INSTRUCTIONS:

I NEED TO CREATE A PointApp PROGRAM THAT USES THE FOLLOWING API DOCUMENTATION. Below the API Documentation is the code I submitted. However, the output is different for what they are asking. I am looking for someone to fix the code to print out the correct output and to add comments so I can have an idea in how the code works. PLEASE AND THANK YOU.

API DOCUMENTATION:

```
public class Point extends java.lang.Object
```
The Point class is used to create objects meant to represent points in a two-dimensional plane. Each point has an x-coordinate and a y-coordinate (ints). The class provides some methods for calculations relating to points.

Field Summary

Fields

Modifier and Type Field and Description

static Point ORIGIN
ORIGIN is a Point object representing the origin of the two- dimesional plane; in other words, ORIGIN represents (0, 0).

Fields
Modifier and Type	Field and Description
static Point	ORIGIN ORIGIN is a Point object representing the origin of the two- dimesional plane; in other words, ORIGIN represents (0, 0).

Constructor Summary

Constructors
Constructor and Description
Point() A no-arg constructor.
Point(int x, int y) Creates a new Point object; assigns the value of the first parameter to the x-coordinate and that of the second paramter to the y-coordinate.

Method Summary

All MethodsStatic MethodsInstance MethodsConcrete Methods
Modifier and Type	Method and Description
Point	add(Point other) "Adds" two Point objects together.
double	distance(Point other) Computes and returns the distance between this Point and another Point.
boolean	equals(Point other) Determines whether two Point objects are "equal," that is, it determines whether they have the same x-coordinte and the same y-coordinate.
Point	originReflection() Returns a new Point object that represents the reflection of this Point across the origin (the center of the two-coordinate plane).
int	quadrant() Returns an int representing the quadrant (1, 2, 3, or 4) of the two-dimensional plane in which this Point lies.
static Point	read(java.util.Scanner sc) A static method that reads data from a file and creates and returns a new Point object based on that data.
java.lang.String	toString() Returns a String representing this Point object in the form "(x-coordinate, y-coordinate)".
Point	xReflection() Returns a new Point object that represents the reflection of this Point across the x-axis.
Point	yReflection() Returns a new Point object that represents the reflection of this Point across the y-axis.

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

- Field Detail
  - ORIGIN
```
public static final Point ORIGIN
```
    ORIGIN is a Point object representing the origin of the two- dimesional plane; in other words, ORIGIN represents (0, 0).
- Constructor Detail
  - Point
```
public Point()
```
    A no-arg constructor. Creates a default Point object, which represents the point (0, 0).
  - Point
```
public Point(int x, int y)
```
    Creates a new Point object; assigns the value of the first parameter to the x-coordinate and that of the second paramter to the y-coordinate.
    
    Parameters:
    
    x - The desired x-coordinate for this Point object
    
    y - The desired y-coordinate for this Point object
- Method Detail
  - add
```
public Point add(Point other)
```
    "Adds" two Point objects together. That is, it creates a new Point object that has: an x-coordinate that's the sum of this Point object's x-coordinate and other's x-coordinate, and a y-coordinate that's the sum of this Point object's y- coordinate and other's y-coordinate. Then it returns a reference to the new Point object. For example, if p1 represents (1, 1) and p2 represents (2, 1), and we say Point p3 = p1.add(p2);, p3 will represent (3, 2).
    
    Parameters:
    
    other - The Point object that we want to "add together with" this Point object
    
    Returns:
    
    A reference to a new Point object that's the result of "adding together" the two Point objects
  - distance
```
public double distance(Point other)
```
    Computes and returns the distance between this Point and another Point.
    
    Parameters:
    
    other - The Point we want to find the distance to
    
    Returns:
    
    The distance (a double) from this Point to other
  - equals
```
public boolean equals(Point other)
```
    Determines whether two Point objects are "equal," that is, it determines whether they have the same x-coordinte and the same y-coordinate. It compares this Point's x- and y- coordinates with those of other's (the parameter).
    
    Parameters:
    
    other - The Point object that we want to compare to this Point object
    
    Returns:
    
    True if the two Point objects are "equal," false if they are not
  - originReflection
```
public Point originReflection()
```
    Returns a new Point object that represents the reflection of this Point across the origin (the center of the two-coordinate plane). For example, if p represents (2, 1), then p.originReflect() returns a new Point object representing (-2, -1).
    
    Returns:
    
    A new Point representing the reflection of the current Point across the origin
  - toString
```
public java.lang.String toString()
```
    Returns a String representing this Point object in the form "(x-coordinate, y-coordinate)". For example, if the x- coordinate of this object is 3 and the y-coordinate of this object is 4, this method will return the string "(3, 4)".
    
    Overrides:
    
    toString in class java.lang.Object
    
    Returns:
    
    A String representation of this Point object
  - quadrant
```
public int quadrant()
```
    Returns an int representing the quadrant (1, 2, 3, or 4) of the two-dimensional plane in which this Point lies. For example, if p represents (1, 3), which lies in the first quadrant, p.quadrant() will return 1. Note: if a point lies on the x-axis or the y-axis (or on both) it technically does not lie in a quadrant; in such a case, this method will return 0.
    
    Returns:
    
    An int (1, 2, 3, or 4) representing the quadrant in which this Point lies, or 0 if it's on the x-axis or y-axis (or on both)
  - xReflection
```
public Point xReflection()
```
    Returns a new Point object that represents the reflection of this Point across the x-axis. For example, if p represents (2, 1), then p.xReflection() returns a new Point object representing (2, -1).
    
    Returns:
    
    A new Point representing the reflection of the current Point across the x-axis
  - yReflection
```
public Point yReflection()
```
    Returns a new Point object that represents the reflection of this Point across the y-axis. For example, if p represents (2, 1), then p.yReflection() returns a new Point object representing (-2, 1).
    
    Returns:
    
    A new Point representing the reflection of the current Point across the y-axis
  - read
```
public static Point read(java.util.Scanner sc)
```
    A static method that reads data from a file and creates and returns a new Point object based on that data. In detail, the method reads from a file associated with a Scanner (which it receives as a parameter. If there is no more data to be read from the file, the method returns null. Otherwise, it reads in two ints from the file and then creates a new Point object. The x-coordinate of the new object is the first int that was read from the file, and the y-coordinate is the second int that it read. Finally, the method returns a reference to the newly-created Point object.
    
    Parameters:
    
    sc - A Scanner object which should already be associated with a file; this method will read from that file using this Scanner
    
    Returns:
    
    A new Point object based on the data read from the file
- THE CODE I SUBMITTED:
- import java.io.*;
  
  import java.util.*;
  
  import java.lang.*;
  
  public class PointApp{
  
  public static void main(String[] args) throws Exception
  
  {
  
  Scanner scanner = new Scanner(new File("points.text"));
  
  int [] tall = new int [100];
  
  int i = 0;
  
  while(scanner.hasNextInt())
  
  {
  
  int x1= scanner.nextInt();
  
  int y1= scanner.nextInt();
  
  int x2= scanner.nextInt();
  
  int y2= scanner.nextInt();
  
  int k = cord(x1,y1);
  
  int l = cord(x2,y2);
  
  int sum = cord(x1+x2,y1+y2);
  
  System.out.println("p1: ("+x1+", " +y1+") (quadrant "+k+")"+" / p2: ("+x2+", " +y2+") (quadrant "+k+")");
  
  System.out.println("p1+p2: ("+(x1+x2)+", "+(y1+y2)+")(quadrant "+sum+")");
  
  if(x1==x2)
  
  System.out.println("p1 and p2 are reflections across the x-axis");
  
  if(y1==y2)
  
  System.out.println("p1 and p2 are reflections across the y-axis");
  
  if(x1==(-1*x2) && y1==(-1*y2))
  
  System.out.println("p1 and p2 are reflections through the origin");
  
  if(x1!=x2 && y1!=y2)
  
  if(Math.abs(x1-0)==Math.abs(x2-0) && Math.abs(x1-0)==Math.abs(x2-0))
  
  System.out.println("p1 and p2 are equidistant from the origin");
  
  double d = dist(x1,y1,x2,y2);
  
  System.out.println("The distance between ("+x1+", " +y1+") and ("+x2+", " +y2+") is "+d + " ");
  
  }
  
  }
  
  public static int cord(int x, int y){
  
  int k=0;
  
  if(x>=0){
  
  if(y>=0)
  
  return 1;
  
  else
  
  return 4;
  
  }
  
  if(x<0){
  
  if(y>=0)
  
  return 2;
  
  else
  
  return 3;
  
  }
  
  return -1;}
  
  public static double dist(int x1, int y1, int x2, int y2){
  
  double i = Math.pow(x2-x1,2);
  
  double j = Math.pow(y2-y1,2);
  
  double v = Math.sqrt((i+j));
  
  return v;
  
  }
  
  }
- THE OUTPUT THAT I NEED:
- ```
p1: (0, 0) (quadrant 0) / p2: (1, 1) (quadrant 1) p1+p2: (1, 1) (quadrant 1) The distance between (0, 0) and (1, 1) is 1.4142135623730951 p1: (1, 1) (quadrant 1) / p2: (1, -1) (quadrant 4) p1+p2: (2, 0) (quadrant 4) p1 and p2 are reflections across the x-axis p1 and p2 are equidistant from the origin The distance between (1, 1) and (1, -1) is 2.0 p1: (1, 1) (quadrant 1) / p2: (-1, 1) (quadrant 2) p1+p2: (0, 2) (quadrant 0) p1 and p2 are reflections across the y-axis p1 and p2 are equidistant from the origin The distance between (1, 1) and (-1, 1) is 2.0 p1: (1, 1) (quadrant 1) / p2: (-1, -1) (quadrant 3) p1+p2: (0, 0) (quadrant 0) p1 and p2 are reflections through the origin p1 and p2 are equidistant from the origin The distance between (1, 1) and (-1, -1) is 2.8284271247461903 p1: (0, 0) (quadrant 0) / p2: (0, 0) (quadrant 0) p1+p2: (0, 0) (quadrant 0) p1 and p2 are reflections across the x-axis p1 and p2 are reflections across the y-axis p1 and p2 are reflections through the origin p1 and p2 are equidistant from the origin The distance between (0, 0) and (0, 0) is 0.0 p1: (1, 1) (quadrant 1) / p2: (1, 1) (quadrant 1) p1+p2: (2, 2) (quadrant 1) p1 and p2 are equidistant from the origin The distance between (1, 1) and (1, 1) is 0.0 p1: (1, 1) (quadrant 1) / p2: (-2, -2) (quadrant 3) p1+p2: (-1, -1) (quadrant 3) The distance between (1, 1) and (-2, -2) is 4.242640687119285
```
- THE OUTPUT THAT I GET:
- ----jGRASP exec: java PointApp2 p1: (0, 0) (quadrant 1) / p2: (1, 1) (quadrant 1) p1+p2: (1, 1)(quadrant 1) The distance between (0, 0) and (1, 1) is 1.4142135623730951
  
  p1: (1, 1) (quadrant 1) / p2: (1, -1) (quadrant 1) p1+p2: (2, 0)(quadrant 1) p1 and p2 are reflections across the x-axis The distance between (1, 1) and (1, -1) is 2.0
  
  p1: (1, 1) (quadrant 1) / p2: (-1, 1) (quadrant 1) p1+p2: (0, 2)(quadrant 1) p1 and p2 are reflections across the y-axis The distance between (1, 1) and (-1, 1) is 2.0
  
  p1: (1, 1) (quadrant 1) / p2: (-1, -1) (quadrant 1) p1+p2: (0, 0)(quadrant 1) p1 and p2 are reflections through the origin p1 and p2 are equidistant from the origin The distance between (1, 1) and (-1, -1) is 2.8284271247461903
  
  p1: (0, 0) (quadrant 1) / p2: (0, 0) (quadrant 1) p1+p2: (0, 0)(quadrant 1) p1 and p2 are reflections across the x-axis p1 and p2 are reflections across the y-axis p1 and p2 are reflections through the origin The distance between (0, 0) and (0, 0) is 0.0
  
  p1: (1, 1) (quadrant 1) / p2: (1, 1) (quadrant 1) p1+p2: (2, 2)(quadrant 1) p1 and p2 are reflections across the x-axis p1 and p2 are reflections across the y-axis The distance between (1, 1) and (1, 1) is 0.0
  
  p1: (1, 1) (quadrant 1) / p2: (-2, -2) (quadrant 1) p1+p2: (-1, -1)(quadrant 3) The distance between (1, 1) and (-2, -2) is 4.242640687119285
  
  ----jGRASP: operation complete. I APOLOGIZE FOR THE LONG QUESTION BUT GIVEN THAT A FEW PEOPLE ARE ASKING ABOUT THE CODE AND IT HAS THE WRONG OUTPUT I FIGURED TO BE SPECIFIC.