$**$JAVA please$***$ Project $1$ Mini Golf Score Stats

Write a program that will analyze the results for the scorecard of a miniature golf game.

A mini golf course usually has $14$ holes, and is played by $2-4$ players. Points for any single hole can be

anywhere from $1$ to $6.$ The best score for a hole is $1,($hole$-$in$-$one$)!$ And the worst score for a hole is $6.$

Your program will read the scores from a file containing data for $2-4$ players and identify the best score

$($lowest points$),$ worst score $($highest points$)$ and the total for each player.

General requirements

$1.$ Your program should have multiple functions, at least $4$ different functions

a$.$ The main function should control the overall program, displaying a menu with options

for the user.

i$.$ The main program should allow the user to read a file and find information on

the players multiple times.

b$.$ At least one function that defines parameters.

c$.$ At least one function that returns a value.

d$.$ At least one function that accepts arrays as parameters.

$2.$ Your program should use loops.

a$.$ At least one conditional loop $($while or do$-$while$)$

b$.$ At least one standard for loop

c$.$ At least one conditional loop with a sentinel value $($while or do$-$while$)$

d$.$ You may use other loops, for instance a for$-$each $($enhanced for loop$)$

$3.$ Your program should have conditions.

a$.$ if $/$else

b$.$ either if$/$else if or switch$/$case statement for multiple decisions

$4.$ Use style and conventions as shown in class, using style or conventions not seen in class may

cause you to not get credit.

a$.$ Use lower camel case convention for naming your identifiers.

b$.$ Choose descriptive names for variables and methods.

c$.$ Avoid using literals, for example if your array is of size $20,$ you should create a constant

variable. For example declare public static final MAX$\_$SIZE $=20$ and then use MAX$\_$SIZE

throughout your program. Do not have code like int$[20],$ instead have code like

int$[$MAX$\_$SIZE$].*$You may need $2$ or more constants in your program.

d$.$ Indent your code and use white space as recommended to make your code easy to

read.

e$.$ Include comments in your code to describe what each method does and other

important concepts$/$parts in your methods.

Specific requirements

$1.$ Your program should read the mini golf score card for a group of players and store it using

arrays. Hint: This functionality fits well within a method.

a$.$ Ask the user for the name of the file that contains the scorecard information.

i$.$ If the file does not exist, display an error for the user to let them know the file is

not found, and allow the user to enter a new name.

ii$.$ Repeat the process until the user enters a valid filename.

b$.$ A scorecard file should have between $2$ and $4$ players.

c$.$ The data in the scorecard is a csv $($comma separated value$)$ file with the following fields:

Name, pts$\_$hole$1,$ pts$\_$hole$2,....,$ pts$\_$hole$13,$ pts$\_$hole$14$

d$.$ Read the data, and store it in two arrays:

i$.$ A one$-$dimensional array, nameArray should store the names of the player.

ii$.$ A two$-$dimensional array, scoreArray should store the points for every hole for

every player.

iii. nameArray and scoreArray are parallel arrays, i$.$e$.$ The points in the scoreArray

at index $0$ are for the player at index $0,$ the points for player at index $1$ in

nameArray are at index $1$ in the scoreArray, etc.

nameArray scoreArray

John $15164652534436$

Susan $44555335334424$

Lauren $42155555666132$

Michael $65612165315264$

$2.$ After data is read from the file, the user should have the following options:

Hint: This is another great fit for a method. You may also use $($and call$)$ additional methods to

find the players and display the user data.

a$.$ Find the player with the least points $($first place$)$

b$.$ Find the player with the most points $($last place$)$

c$.$ Display the total points and the average points per hole for each player.

$3.$ Write a new file that contains all the original information, plus the total and average points for

each player. Hint: Also makes for a useful method

Name, pts$\_$hole$1,$ pts$\_$hole$2,....,$ pts$\_$hole$13,$ pts$\_$hole$14,$ total$\_$pts$,$ avg$\_$pts