Arduino question

sender :

#include

#include

#include

RF$24$ radio$(7,8)$; $//$ CE$,$ CSN $$

const byte address$1[6]="00010"$; $//$

const byte address$2[6]="00000"$; $//$

const int waterSensorPin$1=$ A$0$;

const int waterSensorPin$2=$ A$5$;

void setup$()\{$

radio.begin$()$;

radio.setPALevel$($RF$24\_$PA$\_$MIN$)$; $//$

radio.stopListening$()$; $//$

Serial.begin$(9600)$; $//$

$\}$

void loop$()\{$

int waterValue$1=$ analogRead$($waterSensorPin$1)$;

int waterValue$2=$ analogRead$($waterSensorPin$2)$;

$//$

radio.openWritingPipe$($address$1)$;

radio.write$($&waterValue$1,$ sizeof$($waterValue$1))$;

Serial.print$("$Sending Water Sensor$1$ Value: $")$;

Serial.println$($waterValue$1)$;

delay$(10)$;

$//$

radio.openWritingPipe$($address$2)$;

radio.write$($&waterValue$2,$ sizeof$($waterValue$2))$;

Serial.print$("$Sending Water Sensor$2$ Value: $")$;

Serial.println$($waterValue$2)$;

$\}$

receiver :#include

#include

#include

#include

RF$24$ radio$(7,8)$; $//$ CE$,$ CSN $$

const byte address$1[6]="00010"$; $//$

const byte address$2[6]="00000"$; $//$

#define LmotorCW $5$

#define LmotorCCW $6$

#define RmotorCW $9$

#define RmotorCCW $10$

#define LmotorSpeed $3$

#define RmotorSpeed $4$

#define waterpump $2$

#define acmotor $1$

int waterValue$1=0$;

int waterValue$2=0$;

int state $=0$; $//0$: idle, $1$: forward, $2$: stop, $3$: pumping, $4$: backward

void setup$()\{$

pinMode$($LmotorCW$,$ OUTPUT$)$;

pinMode$($LmotorCCW$,$ OUTPUT$)$;

pinMode$($RmotorCW$,$ OUTPUT$)$;

pinMode$($RmotorCCW$,$ OUTPUT$)$;

pinMode$($waterpump$,$ OUTPUT$)$;

analogWrite$($LmotorSpeed$,255)$; $//$ Motor L $(0$~$255)$

analogWrite$($RmotorSpeed$,130)$; $//$ Motor R $(0$~$255)$

setupRadio$()$;

Serial.begin$(9600)$;

Timer$1.$initialize$(300000)$; $//500$ms $=500000$us

Timer$1.$attachInterrupt$($watercheck$)$; $//$ Interrupt $$

$\}$

void watercheck$()\{$

receiveData$()$;

$//$ Serial.print$("$State : $")$;

$//$ Serial.println$($state$)$;

$\}$

void setupRadio$()\{$

radio.begin$()$;

radio.setPALevel$($RF$24\_$PA$\_$MIN$)$; $//$

radio.startListening$()$; $//$

$\}$

void go$()\{$

digitalWrite$($LmotorCW$,$ LOW$)$;

digitalWrite$($LmotorCCW$,$ HIGH$)$;

digitalWrite$($RmotorCW$,$ HIGH$)$;

digitalWrite$($RmotorCCW$,$ LOW$)$;

delay$(2000)$;

$\}$

void stop$()\{$

digitalWrite$($LmotorCW$,$ LOW$)$;

digitalWrite$($LmotorCCW$,$ LOW$)$;

digitalWrite$($RmotorCW$,$ LOW$)$;

digitalWrite$($RmotorCCW$,$ LOW$)$;

$\}$

void backward$()\{$

digitalWrite$($LmotorCW$,$ HIGH$)$;

digitalWrite$($LmotorCCW$,$ LOW$)$;

digitalWrite$($RmotorCW$,$ LOW$)$;

digitalWrite$($RmotorCCW$,$ HIGH$)$;

delay$(2000)$;

$\}$

void receiveData$()\{$

if $($radio$.$available$())\{$

radio.read$($&waterValue$1,$ sizeof$($waterValue$1))$; $//$

Serial.print$("$Received Water Sensor Value$1$: $")$;

Serial.println$($waterValue$1)$;

$\}$

if $($radio$.$available$())\{$

radio.read$($&waterValue$2,$ sizeof$($waterValue$2))$; $//$

Serial.print$("$Received Water Sensor Value$2$: $")$;

Serial.println$($waterValue$2)$;

$\}$

$\}$

void loop$()\{/*$

switch $($state$)\{$

case $0$: $//$ idle

if $($waterValue$1>=690)\{$

delay$(3000)$;

go$()$;

stop$()$;

delay$(300)$;

state $=1$;

$\}$

break;

case $1$: $//$ forward

digitalWrite$($waterpump$,$ HIGH$)$;

delay$(100)$;

state $=2$;

break;

case $2$:

delay$(3000)$;

digitalWrite$($waterpump$,$ LOW$)$;

state $=3$;

break;

case $3$: $//$ stop

backward$()$;

stop$()$;

state$=0$;

break;

$\}$

$*/\}$

problem :Sensor$2$ value appears to be overwritten with sensor$1$ value

The move you want to do

I want to read the values for Wattersensor$1$ and Wattersensor$2$

Please check the code and correct it