Write a LabVIEW program that performs the following tasks:

Open the three files EKG $1.$txt$,$ EKG $2.$txt and EKG $3.$txt located within. Each file contains a one$-$dimensional array of an EKG PQRST waveform as seen below recorded at $250$ samples$/$second$.$

Programmatically find the time of $P,Q,R,$ S $,$ and T for each waveform.

Create a two$-$dimensional indicator called PQRST in ms that shows the time with headers in the first row identifying the file and headers in the first column identifying the point of interest on the waveform $($as shown in front panel below$).$

Graph each waveform to its own graph $($you do not have to match colors below, background changed to white for printing purposes$).$

Write the two$-$dimensional array called PQRST in ms programmatically $($again$,$ the program develops the file path, the user should enter nothing, and should be computerindependent$)$ to a file called PQRST$.$txt in the folder Output Data.

Extra Credit:

Make the program scalable so it can open any amount of EKG.txt files to process.

:$..$ Add the following to the $2$ D array

Output P$-$R interval in ms

Output QRS Duration in ms

Output Q$-$T Interval in ms

Clean Code, Good documentation and Good User Interface.