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public class
Game
{
private
Level levelOne;
private
Level levelTwo;
private
Level levelThree;
private
boolean isBonus;
/** This
constructor creates a random Game result. */
public
Game()
{
play();
}
/** This
constructor creates a Game with provided parameters.
*
This is required to test the getPoints
results from the question.
*/
public
Game(Level l1, Level l2, Level l3, boolean isBonus)
{
levelOne = l1;
levelTwo = l2;
levelThree = l3;
this.isBonus = isBonus;
}
/** Returns
true if this game is a bonus game and returns false otherwise. */
public
boolean isBonus()
{
return
isBonus;
}
/** Simulates
the play of this Game (consisting of three levels) and
* updates
all relevant game data
*/
public
void play()
{
levelOne = new Level();
levelTwo = new Level();
levelThree = new Level();
if
(Math.random() <= 0.50)
isBonus = true;
else
isBonus = false;
}
/** Returns the score earned in
the most recently played game,
*
as described in part (a)
*/
public int getPoints()
{
int score = 0;
if (levelOne.goalReached())
{
score += levelOne.getPoints();
if (levelTwo.goalReached())
{
score += levelTwo.getPoints();
if (levelThree.goalReached())
score += levelThree.getPoints();
}
}
if (isBonus())
{
score = score * 3;
}
return score;
}
/** Simulates the play of num
games and returns the highest
*
score earned, as described in (b)
*
Precondition: num
> 0
*
*
NOTE: Output statements can be used to help test the method.
*/
public int playManyTimes(int num)
{
//Play first game
play();
int highScore = getPoints();
//System.out.println("Game
1 score: " + getPoints());
//Play other games
for (int i=2; i<=num; i++)
{
play();
//System.out.println("Game
" + i + " score: " + getPoints());
if (getPoints() > highScore)
highScore = getPoints();
}
return highScore;
}
}
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