Can you make a flowchart for this code in draw.io format?

#include $//$ Libraries that allow I$2$C communication

#include $//$ Libraries for controlling the LCD with an I$2$C interface

LiquidCrystal$\_$I$2$C lcd$(0$x$27,16,2)$; $//$ Creates an LCD object using the I$2$C address $0$x$27$ with dimensions of $16$ columns and $2$ rows.

#define trigPin A$0//$ Sensor Trig pin connected to Arduino pin A$0$

#define echoPin A$1//$ Sensor Echo pin connected to Arduino pin A$1$

#define buttonPin $2//$ Pushbutton pin

#define onboardLED $13//$ Onboard LED pin

#define potPin A$2//$ Potentiometer pin

#define externalLED $12//$ External LED pin

long distanceInch; $//$ Global variable to store the measured distance

int ledBlinkRate; $//$ Variable for LED blink rate based on potentiometer

bool isPaused $=$ false; $//$ State of the pause functionality

void setup$()\{$

pinMode$($trigPin$,$ OUTPUT$)$; $//$ Sends pulse signal

pinMode$($echoPin$,$ INPUT$)$; $//$ Receives the reflected signal

pinMode$($buttonPin$,$ INPUT$\_$PULLUP$)$; $//$ Pushbutton input with pull$-$up resistor

pinMode$($onboardLED$,$ OUTPUT$)$; $//$ Onboard LED output

pinMode$($externalLED$,$ OUTPUT$)$; $//$ External LED output

pinMode$($potPin$,$ INPUT$)$; $//$ Potentiometer input

lcd.init$()$; $//$ Initializes the LCD

lcd.backlight$()$; $//$ Turns on the backlight

lcd.clear$()$; $//$ Clears any previous content

lcd.setCursor$(0,0)$;

lcd.print$("$Simple Circuits"$)$; $//$ Displays "Simple Circuits"

delay$(2000)$;

lcd.clear$()$; $//$ Clears screen

lcd.setCursor$(0,0)$; $//$ Set LCD cursor to upper left corner, column $0,$ row $0$

lcd.print$("$Distance:$")$; $//$ Print message on the first row

lcd.setCursor$(0,1)$;

lcd.print$("$Distance:$")$;

$\}$

void loop$()\{$

$//$ Check the pushbutton state

if $($digitalRead$($buttonPin$)==$ LOW$)\{//$ Button pressed $($LOW because of INPUT$\_$PULLUP$)$

if $(!$isPaused$)\{$

pauseDistanceMeasurement$()$;

isPaused $=$ true;

$\}$

$\}$ else $\{$

if $($isPaused$)\{$

resumeDistanceMeasurement$()$;

isPaused $=$ false;

$\}$

$\}$

if $(!$isPaused$)\{$

measureDistance$()$; $//$ Callable function to measure and display distance

ledBlinkRate $=$ analogRead$($potPin$)/4$; $//$ Read potentiometer and scale to delay range $(0-255)$

controlExternalLED$()$; $//$ Callable function to control LED based on distance

$\}$

$\}$

void measureDistance$()\{$

long duration, distance;

digitalWrite$($trigPin$,$ LOW$)$;

delayMicroseconds$(2)$;

digitalWrite$($trigPin$,$ HIGH$)$;

delayMicroseconds$(10)$;

digitalWrite$($trigPin$,$ LOW$)$;

duration $=$ pulseIn$($echoPin$,$ HIGH$)$;

distance $=($duration $/2)/29\mathrm{.}1$;

distanceInch $=$ duration $*0\mathrm{.}0133/2$;

lcd.setCursor$(9,0)$;

lcd.print$("")$;

lcd.setCursor$(9,0)$;

lcd.print$($distance$)$; $//$ Print measured distance

lcd.print$("$ cm$")$; $//$ Print your units.

lcd.setCursor$(9,1)$;

lcd.print$("")$; $//$ Print blanks to clear the row

lcd.setCursor$(9,1)$;

lcd.print$($distanceInch$)$;

lcd.print$("$ inch"$)$; $//$ Print your units.

delay$(200)$; $//$ Pause to let things settle

$\}$

void controlExternalLED$()\{$

int distanceThreshold $=$ analogRead$($potPin$)/4$; $//$ Potentiometer sets the threshold

if $($distanceInch $<$ distanceThreshold$)\{$

digitalWrite$($externalLED$,$ HIGH$)$; $//$ Turn on the LED if distance is below threshold

$\}$ else $\{$

digitalWrite$($externalLED$,$ LOW$)$; $//$ Turn off the LED if distance is above threshold

$\}$

$\}$

void pauseDistanceMeasurement$()\{$

lcd.clear$()$;

lcd.setCursor$(0,0)$;

lcd.print$("$Paused$")$; $//$ Display paused message

digitalWrite$($onboardLED$,$ HIGH$)$; $//$ Turn on the onboard LED while paused

$\}$

void resumeDistanceMeasurement$()\{$

lcd.clear$()$;

lcd.setCursor$(0,0)$;

lcd.print$("$Distance:$")$; $//$ Restore the distance message

lcd.setCursor$(0,1)$;

lcd.print$("$Distance:$")$;

digitalWrite$($onboardLED$,$ LOW$)$; $//$ Turn off the onboard LED

$\}$