Create a class called Asteroid that has the following attributes:

Asteroid

goldOre - Double

silverOre - Double

platinumOre - Double

cubicYards - Double

Asteroid ()

Asteroid (goldOre, silverOre, platinumOre, cubicYards)

getGoldOre() - Double

mineGoldOre(Double) - Boolean

getSilverOre() - Double

mineSilverOre(Double) - Boolean

getPlatinumOre() - Double

minePlatinumOre(Double) - Boolean

getCubicYards() - Double

toString() - String

Note:

The get methods will return the values in the related attributes

The mine methods will reduce the amount of the corresponding ore remaining, and also reduce the amount of cubic yards.

All mine methods will return false if cubic yards <= 0

THEN create a class:

Create a class called Drill that has the following attributes:

Drill

efficiency - Double

durability - Double

maxDepth - Double

Drill()

Drill(efficiency, durability, maxDepth)

getEfficiency() - Double

getDurability() - Double

getMaxDepth() - Double

mineGold(Asteroid)

mineSilver(Asteroid)

minePlatinum(Asteroid)

toString() - String

Note:

The mine methods will mine the corresponding ore on an asteroid. Each time the mine method is called it will try to mine up to 100 ore, depending on the efficiency.

You will mine 100 * the efficiency of the drill, which will always be less than 1 and greater than 0.

Answer rating: 100% (QA)

Heres the implementation of the Asteroid and Drill c... View the full answer