we need to design a medica device. Please read the number of requirements and write the code based on the component connection to the Arduino

$1.)$ The device shall output a message to the Serial Monitor to prompt the user to start it$.$ This message should include a disclaimer to the user, reminding them of what the working parameters of the device are.

$2.)$ The device shall output its status to an external screen, i$.$e$.$ not the Serial Monitor. This can include options such as $$Waiting to start$,$Working$.../$ Measuring...$,$ and so on$.$ Results from measurements should also be displayed on this screen.

$3.)$ The device shall measure a user$$s skin resistance and shall display that on an external screen. If the skin resistance increases above a certain threshold value, to be determined empirically, the device shall measure and display the current air temperature and air humidity.

$4.)$ If the skin resistance has increased above the threshold value, AND the current air temperature is above the comfortable threshold value, to be determined empirically, the shall open a window$/$start a fan by moving a motor to an ON position. The device should indicate this is happening by a displaying a message on the external screen for no less than five $(5)$ seconds$).$

$5.)$ If the current air temperature decreases below the comfortable threshold value, or the user moves$/$stands up$,$ the device shall close the window$/$stop the fan by moving the motor to an OFF position. The device should indicate this is happening by a displaying a message on the external screen for no less than five $(5)$ seconds$).$

The components of the device connected to my Arduino the Grove Shield board and the codes to help you write the Arduino code better. But if you see they are not correct don't write them $.$ the initial pins for each components is from our lab session. The libraries that I added under each componates should be used in the Ardiuno codes.

$1.$ One Air quality sensor connected to the A$1,$

The Arduino code starts with :

#include "Air$\_$Quality$\_$Sensor.h$"$

AirQualitySensor sensor$($A$1)$;

int air$\_$quality;

$2.$ GSR Sensor board with leads connected to the A$0,$

The code starts with:

const int sensor$\_$pin $=$ A$0$;

int sensor$\_$value $=0$;

long sensor$\_$value$\_$average $=0$;

int i;

$//$ variable for the skin resistance

long skin$\_$resistance $=0$;

$3.$ One temperature and humidity sensor connected to the pin $2$

#include $"$DHT$.$h$"$

#define DHTTYPE DHT$11//$ Sensor type $-$ DHT $11$

#define DHTPIN $2//$ Which pin we are connected to

DHT dht$($DHTPIN$,$ DHTTYPE$)$;

float temperature $=0\mathrm{.}0$;

float humidity $=0\mathrm{.}0$;

$4.$ One Servo motor connected to the pin $5$

The code stared with :

#include

Servo motor;

int motor$\_$position $=0$; $//$ This is measured in degrees, initial starting position

$5.$ One Pulse Oximeter sensor connected to the pin $4$

$6.$ One Grove Button connected to pin A$3$ this button can be used for user interaction if required and control the device

const int push$\_$button$\_$pin $=$ A$3$;

const int timer$\_$button$\_$pin $=$ A$4$;

$7.$ One Grove $16$x$2$ LCD screen connected to pin $12$

$7.$ The Grove LIS$3$DHTR sensor is connected to the pin $12$

The cods stared with ;

#include

#include $"$rgb$\_$lcd.h$"$

rgb$\_$lcd lcd;

$*//$Remember to install the libraries such AirQualitySensor, LCD Screen, temperature and humidity and Servo motor and $...$etc