Fix code so that the output graph is similar to the picture attached:

MyLine.java

import acm.graphics.GLine;

import acm.graphics.GMath;

import java.awt.$*$;

public class MyLine extends GLine $\{$

private final double dx;

private final double dy;

public MyLine$($double x$1,$ double y$1,$ double x$2,$ double y$2)\{$

super$($x$1,$ y$1,$ x$2,$ y$2)$;

this.dx $=$ x$2-$ x$1$;

this.dy $=$ y$2-$ y$1$;

$\}$

$//$ This method should not override the final paint method from GObject

public void draw$($Graphics g$)\{$

Graphics$2$D g$2$d $=($Graphics$2$D$)$ g;

g$2$d$.$setStroke$($new BasicStroke$(5))$;

g$2$d$.$drawLine$($GMath$.$round$($getStartPoint$().$getX$()),$ GMath.round$($getStartPoint$().$getY$()),$

GMath.round$($getEndPoint$().$getX$()),$ GMath.round$($getEndPoint$().$getY$()))$;

$\}$

$\}$

Point.java

public class Point $\{$

private int x;

private int y;

public Point$($int initX, int initY$)\{$

this.x $=$ initX;

this.y $=$ initY;

$\}$

public boolean equals$($Point other$)\{$

return this.x $==$ other.x && this.y $==$ other.y;

$\}$

@Override

public String toString$()\{$

return $"("+$ this.x $+","+$ this.y $+")"$;

$\}$

public double distanceFromOrigin$()\{$

return Math.sqrt$($this$.$x $*$ this.x $+$ this.y $*$ this.y$)$;

$\}$

public int getX$()\{$

return x;

$\}$

public int getY$()\{$

return y;

$\}$

public void setX$($int x$)\{$

this.x $=$ x;

$\}$

public void setY$($int y$)\{$

this.y $=$ y;

$\}$

public int quadrant$()\{$

if $($x $>0$ && y $>0)$ return $1$;

if $($x $<mtext\; id="EditorElement\_5159518"></mtext><mn\; id="EditorElement\_5159519">0</mn>$ && y $>0)$ return $2$;

if $($x $<mtext\; id="EditorElement\_5159556"></mtext><mn\; id="EditorElement\_5159557">0</mn>$ && y $<mtext\; id="EditorElement\_5159565"></mtext><mn\; id="EditorElement\_5159566">0</mn><mi\; id="EditorElement\_5159567">)</mi>$ return $3$;

if $($x $>0$ && y $<mtext\; id="EditorElement\_5159603"></mtext><mn\; id="EditorElement\_5159604">0</mn><mi\; id="EditorElement\_5159605">)</mi>$ return $4$;

return $0$;

$\}$

public static Point closestToOrigin$($Point p$1,$ Point p$2)\{$

return p$1.$distanceFromOrigin$()$ p$2.$distanceFromOrigin$()?$ p$1$ : p$2$;

$\}$

$\}$

BasicGraph$2.$java

import acm.graphics.GCanvas;

import acm.graphics.GLine;

import acm.graphics.GOval;

import acm.program.ConsoleProgram;

import java.awt.$*$;

public class BasicGraph$2$ extends ConsoleProgram $\{$

private static final int APPLICATION$\_$WIDTH $=800$;

private static final int APPLICATION$\_$HEIGHT $=600$;

$//$ private fields for drawing functionality

private GCanvas canvas;

private Point origin;

public void init$()\{$

setSize$($APPLICATION$\_$WIDTH, APPLICATION$\_$HEIGHT$)$;

canvas $=$ new DrawingCanvas$()$; $//$ Use a custom DrawingCanvas class

add$($canvas$)$;

origin $=$ new Point$($APPLICATION$\_$WIDTH $/2,$ APPLICATION$\_$HEIGHT $/2)$;

drawAxes$()$;

$\}$

public void run$()\{$

int choice $=0$;

do $\{$

println$("$

$================================")$;

println$("$ Main Menu $")$;

println$("================================")$;

println$("1.$ Draw Point$($s$)")$;

println$("2.$ Draw Line"$)$;

println$("3.$ Draw Circle"$)$;

println$("4.$ Clear Drawing"$)$;

println$("5.$ Exit"$)$;

println$("================================$

$")$;

choice $=$ readInt$(">>")$;

switch $($choice$)\{$

case $1$:

drawPoints$()$;

break;

case $2$:

drawLine$()$;

break;

case $3$:

drawCircle$()$;

break;

case $4$:

clearDrawing$()$;

break;

case $5$:

println$("$Exiting $....")$;

pause$(1000)$;

exit$()$;

break;

default:

println$("$Invalid choice. Please enter a valid option."$)$;

$\}$

$\}$ while $($choice $!=5)$;

$\}$

private void drawPoints$()\{$

int numPoints $=$ readInt$("$Enter the number of points to draw: $")$;

for $($int i $=0$; i $$ numPoints; i$++)\{$

int x $=$ readInt$("$Enter x coordinate for point $"+($i $+1)+"$: $")$;

int y $=$ readInt$("$Enter y coordinate for point $"+($i $+1)+"$: $")$;

$(($DrawingCanvas$)$ canvas$).$drawPoint$($new Point$($x$,$ y$),$ Color.RED$)$;

$\}$

$\}$

private void drawLine$()\{$

int x$0=$ readInt$("$Enter x coordinate for start point: $")$;

int y$0=$ readInt$("$Enter y coordinate for start point: $")$;

int x$1=$ readInt$("$Enter x coordinate for end point: $")$;

int y$1=$ readInt$("$Enter y coordinate for end point: $")$;

double width $=$ readDouble$("$Enter line width: $")$;

$(($DrawingCanvas$)$ canvas$).$drawLine$($new MyLine$($x$0,$ y$0,$ x$1,$ y$1),$ width$)$;

$\}$

private void drawCircle$()\{$

int x $=$ readInt$("$Enter x coordinate for center: $")$;

int y $=$ readInt$("$Enter y coordinate for center: $")$;

double radius $=$ readDouble$("$Enter radius: $")$;

double width $=$ readDouble$("$Enter line width: $")$;

$(($DrawingCanvas$)$ canvas$).$drawCircle$($new Point$($x$,$ y$),$ radius, width$)$;

$\}$