JAVA

Draw the UML for the following classes, except Launch, being sure to show the aggregation lines and diamonds.

Then do the program.

The following program is made up of four classes, Country, Satellite, SatConstellation, and Launch. You can use satellites.txt found in Programs$/$Lesson $3/$Hpmework tab as the input file.

Submit the UML for Country, Satellite and SatConstellation showing the aggregation via appropriate connector.

each of the four classes as a separate $.$java file.

class Country

Has an instance variable:

String countryName $$ the name of the Country

Default constructor sets the countryName to $$unknown$$ by calling the mutator method for the variable

A constructor with the Country$$s name as an input variable which:

Calls a mutator to set the Country$$s name

Methods:

Mutators and accessors for countryName

A toString method that returns the String as follows $($name will change$)$:

The Country for the Constellation is United States

class Satellite

Has a static variable randy of type Random with a seed of $6$

Has two instance variables:

String satelliteName $$ the name of the Satellite

int satelliteOrbitHeight $$ the height of the satellite$$s orbit in miles

Default constructor sets the satelliteName to $$unknown$$ by calling the mutator method for the variable

A constructor with the Satellite$$s name as an input variable which:

Calls a mutator to set the Satellite$$s name

Calls a mutator to set the Satellite$$s satelliteOrbitHeight in miles with a randomly generated height of between $150$ and $260$ miles, inclusively $($means both $150$ and $260$ are included$)$

Methods:

Mutators and accessors for the satelliteName and satelliteOrbitHeight

A toString method that returns the String as follows $($name height will change$)$:

The satellite named Tesla$1$ has an orbital height of $185$ miles.

An equals method that compares two satellites based on both name and orbital height.

class SatConstellation

Has the following three instance variables:

String satConstellationName

Country country

An ArrayList containing references to Satellite objects named satelliteList

A default constructor that:

Sets the satConstellationName name to $$unknown$$ by calling the mutator method for the variable

Calls the default Country construct to create a Country referred to by country

A constructor with two parameters for the SatConstellation name and it$$s Country$$s name which:

Calls a mutator to set the SatConstellation $$s name

Creates a Country referred to by country by calling a Country constructor with the Country$$s name.

Calls createSatellites $($see below$)$ to create the satellites.

Methods:

A mutator and accessor for the SatConstellation name.

A toString method that returns a String with output to produce the output $($except for the equals statements$)$ as shown in Sample output. $($Includes the Country$$s name, Satellite$$s name, and the name and height for each Satellite.

The createSatellites method with no parameters and a void return value which:

Creates a Scanner to read data from the keyboard.

Reads in a file name with the names of the Satellites.

Creates a Scanner for the satellite names$$ file.

For each satelliteName create a Satellite and add it to the ArrayList satelliteList.

The getNumSatellites method with no parameters which return the size of the satelliteList.

The getSatellite method which accepts an int index as a parameter and returns null or a reference to a Satellite as follows:

If the index is out of range for the satelliteList print:

Satellite doesn't exist

Return null

Otherwise return reference to the Satellite at the index.

class Launch

Has a main method only.

Creates a Scanner to read from the keyboard

Reads in the name of the Country and the name of the SatConstellation

Create a new SatConstellation with the Country and SatConstellation name.

Print out the SatConstellation

If there is more than one Satellite

Compare each satellite $($except the first satellite$)$ in the SatConstellation of the first satellite in the ArrayList.

If any satellite equals the first satellite

Print it out

otherwise

Print: There is no satellite that matches the first satellite

Then set the name and maximum orbital height of the last satellite to the first satellite

Then see if the two satellites are equal and print as follows:

The satellite named SpaceX$1$ MARS Node has a maximum orbital height of $129$ miles and equals the first satellite in the ArrayList

else

Print There are no satellites to compare

A sample input$/$output may look like below. Part in italics is what the toString in SatConstellation returns. Since

Please enter the name of the Country: United States

Please enter the name of the Satellite Constellation SpaceX Starlink

Please enter file to read in Satellite List from: satellites.txt

The name of United States's satellite constellat