Java Question The purpose of this assignment is to simulate the behavior of an aquarium that contains fish and food. Anaquarium consists of n fish and m portions of food. A fish is mainly characterized by its:size: an integer between 1 and 10 inclusive.speed: an integer between 1 and 10 inclusive.hunger: an integer between 0 and 10 inclusive.tiredness: an integer between 0 and 10 inclusive.Food is characterized by its type (Plant or Meat) and its size (1, 2 or 3). Moreover, we distinguish betweenthree types of fish: Herbivore, Omnivore and Carnivore. Based on some preconditions, the fish(regardless of its type) can do one of the following actions: grow, eat and sleep. If the preconditions arenot met, the fish will not do anything. However, if the fish did one of the actions, some of the fishcharacteristics will change. Actions preconditions and actions consequences are listed in the table below.eat()sleep()grow()ConditionActionConditionActionConditionActionHunger > 7Hunger < 5Size, hunger andHunger decreases by foodTirednessHerbivores&Tiredness > 6&tiredness increasesizedecreases by 3Food type is "Plant"Tiredness < 5by 1Hunger decreases by foodsize or fish size according toHunger > 6&Hunger < 6(Food type is "Meat"what was eatenTirednessSize increases by 2CarnivoresTiredness > 7&Or&decreases by 2and hunger by 3Tiredness < 5Fish slower and smaller by 2Tiredness increases by 1/3points)*Hunger > 7of meal sizeHunger decreases by foodsize or fish size according toTirednessSize and speedincrease by 1&decreases by 4Hunger < 7(Food of any typeHunger andtiredness increaseOmnivoreswhat was eatenTiredness > 7&&Or&Hungerincreases by 2Tiredness < 8Fish of slower speed and sizeup till 2 points bigger)*Tiredness increases by 1by 2Decision whether food or fish is eaten is chosen randomly.In addition to the above methods, a fish can perform a step action. In a step, every fish does only one of 3possible things: eat, sleep or grow. Each fish has different precedence order:Herbivores: sleep, grow, eatCarnivores: eat, sleep, growOmnivores: grow, eat, sleepAlso, you must consider the following when performing a step action:1. If the method's conditions are not met, the fish moves to the next method in its order.2. If none is met the fish does nothing.If a fish is dead it does nothing in the step method. Hence, the fish dies if it was eaten, its hunger3.reaches 10, or its tiredness reaches 10. An aquarium may perform a step action that makes all fish do 1 step. In addition, it increases hunger andtiredness by 1 every 3 steps.1) Develop the appropriate design to simulate the status of an aquarium.2) Write a program that:а.Fills the aquarium by fish and food randomlyb.Prints out the status of the aquarium (fish and food).С.Asks the user if he wants to step or quit?d. If answer is quit, exit the programе.If answer is step, perform aquarium step and print the aquarium statusNOTE:This is an inheritance assignment where fish is the super class and the three types of fish arelisted in the table. Note that there is an "is-a" relationship between the various types of fishfor example between "Herbivores" and the super class "fish". Make sure that your programconverges, meaning if I have for example 2 kinds of fish and 1 kind of food, the aquariumactivity after some number of steps (at most 10) should result in no food left and the two fishdead.

The ask is to build an aquarium system that contains Fish and Food. Fish has the below…

The purpose of this assignment is to simulate the behavior of an aquarium that contains fish and food. An aquarium consists of n fish and m portions of food. A fish is mainly characterized by its: size: an integer between 1 and 10 inclusive. speed: an integer between 1 and 10 inclusive. hunger: an integer between 0 and 10 inclusive. tiredness: an integer between 0 and 10 inclusive. Food is characterized by its type (Plant or Meat) and its size (1, 2 or 3). Moreover, we distinguish between three types of fish: Herbivore, Omnivore and Carnivore. Based on some preconditions, the fish (regardless of its type) can do one of the following actions: grow, eat and sleep. If the preconditions are not met, the fish will not do anything. However, if the fish did one of the actions, some of the fish characteristics will change. Actions preconditions and actions consequences are listed in the table below. eat() sleep() grow() Condition Action Condition Action Condition Action Hunger > 7 & Hunger < 5 Size, hunger and Hunger decreases by food Tiredness Herbivores Tiredness > 6 tiredness increase size decreases by 3 Food type is "Plant" Tiredness < 5 by 1 Hunger > 6 Hunger decreases by food size or fish size according to & Hunger < 6 (Food type is "Meat" what was eaten Tiredness Size increases by 2 Carnivores Tiredness > 7 Or & decreases by 2 and hunger by 3 Tiredness < 5 Tiredness increases by 1/3 Fish slower and smaller by 2 points)* Hunger > 7 & of meal size Hunger decreases by food size or fish size according to Size and speed increase by 1 Tiredness decreases by 4 Hunger < 7 (Food of any type Omnivores what was eaten Tiredness > 7 & & Hunger and tiredness increase Or & Tiredness < 8 Fish of slower speed and size up till 2 points bigger)* Hunger increases by 2 Tiredness increases by 1 by 2 *Decision whether food or fish is eaten is chosen randomly. In addition to the above methods, a fish can perform a step action. In a step, every fish does only one of 3 possible things: eat, sleep or grow. Each fish has different precedence order: Herbivores: sleep, grow, eat Carnivores: eat, sleep, grow Omnivores: grow, eat, sleep Also, you must consider the following when performing a step action: 1. If the method's conditions are not met, the fish moves the next method in its order. 2. If none is met the fish does nothing. 3. If a fish is dead it does nothing in the step method. Hence, the fish dies if it was eaten, its hunger