Part $3$: Average Steps Calculator $(50\%)$

A personal fitness tracker keeps track of the number of steps the wearer takes each day. The online component of the product allows the user to download a file containing daily step data.

Attached is a file named steps.txt$.$ It contains the number of steps a user took every day. The first entry is January $1$ all the way through to December $31.($Presume $28$ days in February$).$

Write a program to analyze the steps taken to show:

Average steps taken each month

Most steps taken each month

Your program should:

Use named constants for the number of days in each month

i$.$e$.$: JANUARY $=31,$ FEBRUARY $=28,$ etc.

Use a variable for each month $-$ this should be a list

i$.$e$.$: jan$\_$steps $=[],$ feb$\_$steps $=[],$ etc

Remember you can initialize a list using $[]$

Use a function named steps$\_$read to generate the step list for each individual month

Your function should accept $2$ values as arguments $-$ the file variable and the number of days in the month

Use a for loop in the function that reads one line of steps at a time $($readline method$)$

Function should return a single LIST of all the lines $/$ steps for that particular month

$($You will need to call this function $12$ times!$)$

Use a separate function named stats$\_$calc to calculate the average and max steps taken for a month

Your function should accept the list $($generated from the above function$)$ for a month's steps as an argument.

Hint: You can use sum, max, and len built$-$in list functions to calculate the monthly average and most steps taken for a day in a month.

Function should return $2$ values: the average and max steps to your main program

HINT: Use the read position to your advantage. It always remembers the next line to be read.

BONUS!

BONUS #$1$: Worth up to $5$ additional points

Determine the date $($day of the respective month$)$ the maximum steps were taken

Hint: indexes start at zero, not one.

BONUS #$2$: Worth up to $5$ additional points

Concatenate your $12$ lists to calculate: highest, lowest and average step totals all year

Do this using a separate function and return the proper values to your main or no bonus points will be given

Software requirements for ALL Python code parts:

Use comments at the top of your program to indicate your name, name of your program and a short description of what the program does

Store any values used in calculations as variables or named constants

All output should use F$-$Strings only

No calculations inside output statements

Comment the meaning of all variables and functions when they are created

All input requests should be user$-$friendly with correct grammar and spacing before the input area

Format all numerical output in appropriate formats $($use integer or decimal with appropriate places$)$

Do not use global variables! This also means no variables outside of main$()!$

If you write a function, you must pass the required values into your function and use a return statement to return the appropriate value$($s$)$ back to the line of your program that called the function

If we have not yet learned a particular statement, you are not able to use it and will receive a zero for that entire part of the lab

Submit a valid python file named as requested. Do not submit output from the interactive shell.

steps.txt

$1102$

$9236$

$10643$

$2376$

$6815$

$10394$

$3055$

$3750$

$4181$

$5452$

$10745$

$9896$

$255$

$9596$

$1254$

$2669$

$1267$

$1267$

$1327$

$10207$

$5731$

$8435$

$640$

$5624$

$1062$

$3946$

$3796$

$9381$

$5945$

$10612$

$1970$

$9035$

$1376$

$1919$

$2868$

$5847$

$685$

$10578$

$3477$

$3937$

$5994$

$6971$

$3011$

$4474$

$4344$

$8068$

$6564$

$2659$

$4064$

$1161$

$6830$

$5167$

$5686$

$5352$

$898$

$4316$

$7699$

$6406$

$6466$

$2802$

$1239$

$8162$

$398$

$9908$

$8251$

$8419$

$6245$

$8484$

$9012$

$6318$

$853$

$4031$

$868$

$8776$

$10453$

$1026$

$1984$

$8127$

$5274$

$6937$

$1960$

$9655$

$1279$

$9386$

$6697$

$6326$

$2509$

$7127$

$7802$

$8798$

$6564$

$7220$

$10650$

$3847$

$7485$

$10951$

$3883$

$9456$

$4671$

$2067$

$6871$

$1573$

$8746$

$7473$

$4713$

$1215$

$8486$

$6652$

$4054$

$10304$

$5291$

$2680$

$9108$

$6446$

$1581$

$7607$

$2032$

$7630$

$1106$

$3702$

$986$

$8602$

$556$

$2209$

$3055$

$886$

$5813$

$6513$

$3154$

$1534$

$6271$

$611$

$4001$

$6522$

$3819$

$8396$

$2364$

$9660$

$5937$

$2506$

$9002$

$8586$

$8805$

$552$

$5802$

$7825$

$5610$

$8169$

$602$

$5638$

$2072$

$3536$

$5885$

$9334$

$6393$

$9318$

$6057$

$5812$

$5647$

$4654$

$1880$

$634$

$3084$

$9606$

$2287$

$3032$

$4030$

$5627$

$1314$

$8489$

$1601$

$8559$

$2083$

$5520$

$1829$

$2890$

$4533$

$3225$

$7405$

$3985$

$5521$

$1127$

$7109$

$8083$

$3615$

$1475$

$2896$

$10523$

$7108$

$797$

$8443$

$169$

$8755$

$5761$

$9862$

$9032$

$1659$

$10944$

$6878$

$1253$

$4690$

$9934$

$8820$

$41$

$9367$

$1898$

$3554$

$10650$

$3136$

$3574$

$9682$

$3950$

$691$

$8247$

$6677$

$10381$

$8879$

$8660$

$6431$

$6030$

$365$

$10357$

$10526$

$9245$

$5291$

$4651$

$5741$

$800$

$540$

$6074$

$68$

$8714$

$5095$

$4578$