Java Code! Do not use instanceof in the code. Assume of code that Color enum or other code is created.

Toy: Is the abstract superclass of toy inheritance Hierachy.

Contains: Constructors that takes the product Code and Name.

int getProductCode(), String getString(), int HappinessLVL(), boolean isRetired, double getWear(), void increaseWear(double amount), void play(int time);(Assume that Toy abstract class is Finished.)

Bear is a concrete Class that Inherits from Toy:

-It has Constructor that takes the spoken common phrase, fur color, age and name. (Special Product Code begins at 100 and increases by 1 each time a new one is constructed.)

-Age: returns the age

-Phrase: returns the phrase

-Fur: return Fur color

-UPlay: Following Order

1) A tab indented, "\t", message is displayed to standard output in the format:

{name} brushes their {fur color} fur and says, "{phrase}"

For example:

 Teddy brushes his BLUE fur and says, "Can_you_sing_the_ABC?" 

2) The wear increases by age.

-toString(): Returns a string in the format:

Toy{PC:?, N:?, H:?, R:?, W:?}, Bear{FC:?, A:?, P:?}

The Toy part of the string comes from Toy's toString()

FC for the fur color

A for the age

P for the phrase

For example:

Toy{PC:100, N:Ted, H:101, R:true, W:18.0}, Bear{FC:BLUE, A:8, S:Can_you_sing_the_ABC?}

AnimatedBear is a concrete Class that inherits from Bear. what it has:

-A Constructor that takes the age, name and spoken phrase. All animated bears have FUR_COLOR (purple) fur. The unique product code starts at 300 and increases by 1 each time a new one is constructed.

- PowerLVL(): Returns Power level (Begins at START_PWR_LVL and increases when played with).

-UPlay(): Following Order:

1)A tab indented, "\t", message is displayed to standard output in the format (where the energy formula is computed as: energy * time):

{name} karate chops with {Power-formula} energy!

For example:

 MegaMan karate chops with 39 power energy! 

2) The power is increased by 1.

3) The unique play (UPlay) of Bear is called.

- toString(): Returns a string in following format:

Toy{PC:?, N:?, H:?, R:?, W:?}, Bear{FC:?, A:?, P:?}, AnimatedBear{PL:?}

The Bear part of the string comes from Bear's toString()

PL for the power level.

Toy{PC:100, N:MegaMa, H:77, R:fslse, W:67.0}, Bear{FC:RED, A:12, S:Get_Blasted_with_my_lasers!}, AnimatedBear{PL:7}

ChargedLVL is abstract subclass of Toy.

-Constructor that contains: Product Code, Name and number of batteries

-CurrentChargedLvl(): return current charged lvl (starts at FULLY_CHARGED = 100)

-NumBattery(): returns the number of batteries

- usedCharged(): When played with batteries are used and this happens:

1) The charged lvl is reduced by: time + num-of-batteries

2)If battery level is out:

1) Battery LVL capped at DEPLETED

2) A tab "\t", depletion message is displayed in the format:

 DEPLETED:toy-toString

3) Battery Lvl is back to FULLY_CHARGED.

4) A tab indented, "\t", recharge message is displayed in the format:

 RECHARGED:toy-toString

-toString(): Returns String format:

Toy{PC:?, N:?, H:?, R:?, W:?}, BatteryPowered{CL:?, NB:?}

Toy part of string comes from Toy's toString()

CL = Charged Level

NB = Num of batteries

Toy{PC:200, N:Jess, H:101, R:true, W:50.0}, ChargedLVL{CL:78, NB:3}

ToyCar is a concrete class that inherits from ChargedLVL.

-Constructor with name and number of batteries. Special Product Code Starts at 500 and increases by 1 each time a new one is constructed.

-Speed(): Return the current speed (Starts at BEGIN_SPEED and increases when played with)

-UPlay(): Following happens:

1)A tab indented, "\t", message is displayed to standard output in the format:

 {name} races around at {speed}knots! 

For example:

 LightningMcQueen races around at 13knots! 

2) The batteries are used for the amount of time.

3) The wear increases by the current speed.

4) The speed increases by SPEED_INCREASE.

Airplane is a concrete class that inherits from ChargedLVL.

-Constructor takes the # of batteries, name and if it flies or not. Special Code Starts at 300 and increases by 1 each time a new one is created.

-Flying(): returns whether it flies or not.

-Miles(): Returns the total miles traveled when played with (starts at START_SPEED).

-UPlay(): 1) If flying: miles is increased by time * FLY_SPEED

2) A tab indented, "\t", message is displayed to standard output in the format:

 {name} is flying around with total distance: {miles} 

For example:

 Bumble is flying around with total distance: 1783 

3)The wear increases by FLY_SPEED

2) If not flying:

1) The distance is increased by time * RUN_SPEED

2)A tab indented, "\t", message is displayed to standard output in the format:

 {name} is running around with total distance: {miles} 

For example:

 Sven is running around with total distance: 238 

3) The wear increases by RUN_SPEED

3) The batteries are used for the amount of time.

toString(): Returns a string format:

 Toy{PC:?, N:?, H:?, R:?, W:?}, ChargedLVL{CL:?, NB:?}, Airplane{F:?, M:?} 

The Toy part of the string comes from Toy's toString()

The ChargedLVL part of the string comes from ChargedLVL's toString()

F for flying or not (true or false)

M for Miles

For example:

 Toy{PC:403, N:CopperSteve, H:73, R:false, W:50.0}, ChargedLVL{CL:3, NB:3}, Airplane{F:true, M:1293}