To implement an analog clock program Program plan: In the file “ Player.java ”, import necessary packages, and create a class “ Player”, Declare necessary variables. Define the constructor. Define a method “incrementScore()” to increment the score. Define a method “getLevel()” to get the current level. In the file “ Time.java ”, create a class “ Time”, Declare necessary variables. Define the constructor. Define a method “equals()” to determine if the time is equal. Define a method “getHours()” to get the hours. Define a method “getMinutes()” to get the minutes. In the file “ ClockPanel.java ”, import necessary packages, and create a class “ ClockPanel”, Declare an object for Time. Initialize necessary variables. Define a method “setTime()” to set the time. Define a method “paintComponent()” to draw the graphics context. Define a method “drawTick()” to draw each tick of the clock. Define a method “drawHand()” to draw the hand of the clock. In the file “ ClockGame.java ”, import necessary packages, and create a class “ ClockGame”, Declare necessary variables. Define the constructor. Define a method “displayTime()” to display a randomly generated time. Define a method “makeGuess()” to make a guess to see if correct answer was found. Define a method “getRandomTime()” to generate a random time. Define a method “guessTime()” that guesses the time. In the file “ ClockGameFrame.java ”, import necessary packages, and create a class “ ClockGameFrame”, Declare necessary variables. Define the constructor. Define a method “createControlPanel()” that create a control panel to play the game. In the file “ ClockGameViewer.java ”, create a class “ ClockGameViewer”, Define the “main()” method, Create “JFrame” object. Set the operation for frame. Set the frame's title. Make the frame visible.

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Chapter 12, Problem 8PP

Program Plan Intro

To implement an analog clock program

Program plan:

In the file “Player.java”, import necessary packages, and create a class “Player”,

Declare necessary variables.

Define the constructor.

Define a method “incrementScore()” to increment the score.

Define a method “getLevel()” to get the current level.

In the file “Time.java”, create a class “Time”,

Declare necessary variables.

Define the constructor.

Define a method “equals()” to determine if the time is equal.

Define a method “getHours()” to get the hours.

Define a method “getMinutes()” to get the minutes.

In the file “ClockPanel.java”, import necessary packages, and create a class “ClockPanel”,

Declare an object for Time.

Initialize necessary variables.

Define a method “setTime()” to set the time.

Define a method “paintComponent()” to draw the graphics context.

Define a method “drawTick()” to draw each tick of the clock.

Define a method “drawHand()” to draw the hand of the clock.

In the file “ClockGame.java”, import necessary packages, and create a class “ClockGame”,

Declare necessary variables.

Define the constructor.

Define a method “displayTime()” to display a randomly generated time.

Define a method “makeGuess()” to make a guess to see if correct answer was found.

Define a method “getRandomTime()” to generate a random time.

Define a method “guessTime()” that guesses the time.

In the file “ClockGameFrame.java”, import necessary packages, and create a class “ClockGameFrame”,

Declare necessary variables.

Define the constructor.

Define a method “createControlPanel()” that create a control panel to play the game.

In the file “ClockGameViewer.java”, create a class “ClockGameViewer”,

Define the “main()” method,

Create “JFrame” object.

Set the operation for frame.

Set the frame's title.

Make the frame visible.

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