Using the same point class:

A$.$ Design and write an ACM Graphics program utilizing a similar interface to the Hangman but focuses on

plotting at least three $(3)$ mathematical objects, namely point $($using GOval$),$ line $($Gline$),$ and circle

$($GOval$).$ Make sure to utilize the Point blueprint class utilized above. For Example:

Note: You decide the scaling or $($the max values$)$ but the graph origin $(0,0)$ needs to be approximately

located at the center. Draw the $x-$ and $y-$axes as a guide.

B$.$ Provide the UML class of the whole application.

Note: Creating a thicker line needs to utilize Graphics$2$D API instead of Graphics.

Hangman.java

import acm.program.$*$;

import java.io$.$File;

import java.io$.$FileNotFoundException;

import java.util.Scanner;

public class Hangman extends ConsoleProgram $\{$

$//$ dimensions of window

private static final int APPLICATION$\_$WIDTH $=1080$;

private static final int APPLICATION$\_$HEIGHT $=640$;

public void run$()\{$

$//$ TODO: write this method

$//$ Example:

displayHangman$(0)$;

$\}$

$//$ TODO: comment this method

private void intro$()\{$

$//$ TODO: write this method

$\}$

$//$ TODO: comment this method

private int playOneGame$($String secretWord$)\{$

$//$ TODO: write this method

return $0$;

$\}$

$//$ TODO: comment this method

private String createHint$($String secretWord$,$ String guessedLetters$)\{$

$//$ TODO: write this method

return $""$;

$\}$

$//$ TODO: comment this method

private char readGuess$($String guessedLetters$)\{$

$//$ TODO: write this method

return $\text{'}?\text{'}$;

$\}$

$//$ TODO: comment this method

private void displayHangman$($int guessCount$)\{$

File file $=$ new File$("$assets$/$display$"+$ guessCount $+".$txt$")$;

Scanner scanner;

try $\{$

scanner $=$ new Scanner$($file$)$;

int line$\_$counter $=1$;

while $($scanner$.$hasNextLine$())\{$

String line $=$ scanner.nextLine$()$;

println$($line$)$;

canvas.printText$($line$)$;

$//$ canvas.printDisplay$($data$,$ line$\_$counter$)$;

line$\_$counter$++$;

$\}$

scanner.close$()$;

$\}$ catch $($FileNotFoundException e$)\{$

e$.$printStackTrace$()$;

$\}$

$\}$

$//$ TODO: comment this method

private void stats$($int gamesCount, int gamesWon, int best$)\{$

$//$ TODO: write this method

$\}$

$//$ TODO: comment this method

private String getRandomWord$($String filename$)\{$

$//$ TODO: write this method

return $""$;

$\}$

public void init$()\{$

canvas $=$ new HangmanCanvas$()$;

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

add$($canvas$)$;

canvas.reset$()$; $//$ sample canvas method call

println$("$Hello LBYCPEI!"$)$;

println$("$This is the next line!"$)$;

$\}$

$/*$ Solves NoClassDefFoundError $*/$

public static void main$($String$[]$ args$)\{$

new Hangman$().$start$($args$)$;

$\}$

$//$ private HangmanCanvas canvas;

private HangmanCanvas canvas;

$\}$

HangmanCanvas.java

$/*$

$*$ File: HangmanCanvas.java

$*---------------------$

$*$ This class holds the graphics elements to the Hangman game.

$*$ Author: Cobalt $-$ M$.$Cabatuan

$*$ Date modified: $06/11/2019$

$*/$

import acm.graphics.GCanvas;

import acm.graphics.GLabel;

public class HangmanCanvas extends GCanvas $\{$

private static final int TEXT$\_$HEIGHT $=20$; $//$ you can modify this to suit your ascii art

private static final int TEXT$\_$X$\_$OFFSET $=12$; $//$ you can modify this to suit your ascii art

private int textX;

private int textY;

$/**$

$*$ Resets the display so that only the hangman scaffold appears

$*/$

public void reset$()\{$

$//$ Sample graphics object

GLabel testMessage $=$ new GLabel$("$Hello LBYCPEI!"$)$;

textX $=$ TEXT$\_$X$\_$OFFSET;

textY $=$ TEXT$\_$HEIGHT;

add$($testMessage$,$ textX $,$ textY$)$;

GLabel nextMessage $=$ new GLabel$("$This is the next line!"$)$;

textY $+=$ TEXT$\_$HEIGHT;

add$($nextMessage$,$ textX $,$ textY $)$;

printText$("$Custom println$()")$;

$\}$

public void printText$($String text$)\{$

GLabel line $=$ new GLabel$($text$)$;

line.setFont$("$Monospaced$-$plain$-12")$;

textY $+=$ TEXT$\_$HEIGHT;

add$($line$,$ textX $,$ textY $)$;

$\}$

$/*$ Write your methods here $*/$

$\}$