Code err exit status 1

So i was building a sumo robot and i have not finis scholl yet so i dont now how to program that well.So i foud this website 14CORE Mini Sumo Robot with Multi-senors on Arduino Microcontroller | 14core.com witch gave me the codee wit a diagram to comlit the programing of my robot.And wen i wana compile it it shows me this ereo 'ecit status 1' "

Arduino: 1.8.12 (Windows Store 1.8.33.0) (Windows 10), Board: "Arduino Nano, ATmega328P (Old Bootloader)"

Tone.cpp.o (symbol from plugin): In function `timer0_pin_port':

(.text+0x0): multiple definition of `__vector_7'

libraries\NewPing\NewPing.cpp.o (symbol from plugin):(.text+0x0): first defined here

collect2.exe: error: ld returned 1 exit status

exit status 1
Error compiling for board Arduino Nano.

This report would have more information with
"Show verbose output during compilation"
option enabled in File -> Preferences. "
in the program also sed that the code neded calibration idk how to calibrate a code

pls help me

//Note: You can customize the pin configuration as you want
//Note: Some code below is not yet calibrated.
//--------------------------------------------------------------
/*ENA - 11
ENB - 9
IN1- D8
IN2- D10
IN3- D12
IN4- D13
LED- D6
BUZ- D7
A0 - Front Left Sensor
A1 - Front Right Sensor
A2 - Rear Left Sensor
A3 - Rear Right Sensor
Front Ultrasonic - ECHO - D3
Front Ultrasonic - TRIG - D2
Rear Ultrasonic - ECHO - D5
Rear Ultrasonic - TRIG - D4
==============================================================
*/
 
#include <NewPing.h>
//#include <Automaton.h>
//#include <timeObj.h>
//#include <pidDriver.h>
 
#define PulseA 11 //Optional
#define IN1 8
#define IN2 10
 
#define PulseB 9 //Optional
#define IN3 12
#define IN4 13
 
#define RTrigger 4
#define REcho 5
 
#define FTrigger 2
#define FEcho 3
 
//timeObj monTime (3000);
//boolean monMtr = false;
 
#define Front_Maximum_Distance  200
#define FrontMinimum_Distance  0
 
#define Rear_Maximum_Distance 180
#define Rear_Minimum_Diatance  0
 
int LineVal = 128;
int ReturnPath;
int Ping;
 
const int SoundFX = 7;
const int OutLedPin = 6;
int FxCounter = 0;
 
int LSFrontLeft;
int LSFrontRight;
int LSBackLeft;
int LSBackRight;
 
/*SOUND-FX*/
const int c = 261;
const int d = 294;
const int e = 329;
const int f = 349;
const int g = 391;
const int gS = 415;
const int a = 440;
const int aS = 455;
const int b = 466;
const int cH = 523;
const int cSH = 554;
const int dH = 587;
const int dSH = 622;
const int eH = 659;
const int fH = 698;
const int fSH = 740;
const int gH = 784;
const int gSH = 830;
const int aH = 880;
/*END OF SOUND FX*/
 
//int ObstacleAvoidance_Left; //Optional
//int ObstacleAvoidance_Right; //Optional
 
NewPing FrontSonic (FTrigger,FEcho, Front_Maximum_Distance);
NewPing BackSonic (RTrigger, REcho, Rear_Maximum_Distance);
 
void setup(){
 
    Serial.begin(115200);
    pinMode(SoundFX, OUTPUT);
    pinMode(OutLedPin, OUTPUT);
 
    pinMode(PulseA, OUTPUT);
    pinMode(IN1, OUTPUT);
    pinMode(IN2, OUTPUT);
 
    pinMode(PulseB, OUTPUT);
    pinMode(IN3, OUTPUT);
    pinMode(IN4, OUTPUT);
 
}
 
void loop(){
 
   int front_distance = FrontSonic.ping_cm();
   int rear_distance = BackSonic.ping_cm();
 
   SoundFX1();
   beep(f, 250);  
   beep(gS, 500);  
   beep(f, 350);  
   beep(a, 125);
   beep(cH, 500);
   beep(a, 375);  
   beep(cH, 125);
   beep(eH, 650);
   delay(200);
 
   SoundFX2();
   beep(f, 250);  
   beep(gS, 500);  
   beep(f, 375);  
   beep(cH, 125);
   beep(a, 500);  
   beep(f, 375);  
   beep(cH, 125);
   beep(a, 650);  
   delay(200);
 
   if (LSFrontRight || LSFrontLeft > 100 ) {
  
   Serial.println("Starting......");
   Serial.println("--------------------------");
   Serial.println("Front Sensor");
   Serial.println("==========================");
   Serial.println("Front Ping Value:");
   Serial.println(front_distance);
   Serial.println("CM:");
   Serial.println();
   Serial.println("Rear Sensor");
   Serial.println("==========================");
   Serial.println("Rear Ping Value:");
   Serial.println(rear_distance);
   Serial.println("CM:");
 
   if (front_distance > 25){
       searchMode();
       delay(100);
   }
 
   if (front_distance <= 25){
       MoveForward();
       delay(300);
   }
   else {
       ScapeRotateLeft();
   }
   if (rear_distance <= 20){
      ScapeRotateRight();
       delay(500);
       MoveForward();
       delay(100);
       FullStop();
   }
   else {
       MoveLeft();
       delay(300);
       MoveForward();
       delay(200);
       FullStop();
   }
 
   }
 
   while(1)
 
   // FRONT LINE SENSOR
   {
     LSFrontLeft = analogRead(14);
     LSFrontRight = analogRead(15);
     LSBackLeft = analogRead(16);
     LSBackRight = analogRead(17);
     if (LSFrontLeft < LineVal && LSFrontRight < LineVal){
            MoveBackward();
            delay(300);
 
     if (LSFrontLeft < LineVal){
             ScapeRotateRight();
             delay(300);
     }
 
     if (LSFrontRight < LineVal){
             ScapeRotateLeft();
             delay(300);
         }
     }
 
   //REAR LINE SENSOR
     if ( LSBackLeft < LineVal && LSBackRight < LineVal){
          MoveForward();
          delay(300);
 
     } if ( LSBackLeft < LineVal){
        MoveRight();
        delay(300);
 
     } if(LSBackRight < LineVal){
         MoveLeft();
         delay(300);
     }
   }
}
 
//START H-BRIDGE
void MoveForward(){
analogWrite(PulseA, 200);
digitalWrite(IN1, 0);
digitalWrite(IN2, 1);
analogWrite(PulseB, 200);
digitalWrite(IN3, 1);
digitalWrite(IN4, 0);
}
void MoveBackward(){
analogWrite(PulseA, 150);
digitalWrite(IN1, 0);
digitalWrite(IN2, 1);
analogWrite(PulseB, 200);
digitalWrite(IN3, 0);
digitalWrite(IN4, 1);
}
//Turn 180*
void MoveRight(){
analogWrite(PulseA, 200);
digitalWrite(IN1, 1);
digitalWrite(IN2, 0);
analogWrite(PulseB, 200);
digitalWrite(IN3, 0);
digitalWrite(IN4, 1);
}
//Turn 180*
void MoveLeft(){
analogWrite(PulseA, 200);
digitalWrite(IN1, 1);
digitalWrite(IN2, 0);
analogWrite(PulseB, 200);
digitalWrite(IN3, 0);
digitalWrite(IN4, 1);
}
void ScapeRotateRight(){
analogWrite(PulseA, 150);
digitalWrite(IN1, 1);
digitalWrite(IN2, 0);
analogWrite(PulseB, 200);
digitalWrite(IN3, 0);
digitalWrite(IN4, 1);
}
void ScapeRotateLeft(){
analogWrite(PulseA, 200);
digitalWrite(IN1, 1);
digitalWrite(IN2, 0);
analogWrite(PulseB, 150);
digitalWrite(IN3, 1);
digitalWrite(IN4, 0);
}
 
void FullStop(){
analogWrite(PulseA, 200);
digitalWrite(IN1, 1);
digitalWrite(IN2, 1);
analogWrite(PulseB, 200);
digitalWrite(IN3, 1);
digitalWrite(IN4, 1);
}
 
void chargeOpt(){
analogWrite(PulseA, 250);
digitalWrite(IN1, 0);
digitalWrite(IN2, 1);
analogWrite(PulseB, 250);
digitalWrite(IN3, 1);
digitalWrite(IN4, 0);
}
void defenseOpt(){
analogWrite(PulseA, 200);
digitalWrite(IN1, 1);
digitalWrite(IN2, 0);
analogWrite(PulseB, 200);
digitalWrite(IN3, 0);
digitalWrite(IN4, 1);
delay(500);
analogWrite(PulseA, 200);
digitalWrite(IN1, 1);
digitalWrite(IN2, 0);
analogWrite(PulseB, 200);
digitalWrite(IN3, 0);
digitalWrite(IN4, 1);
}
 
void searchMode(){
analogWrite(PulseA, 150);
digitalWrite(IN1, 1);
digitalWrite(IN2, 0);
analogWrite(PulseB, 200);
digitalWrite(IN3, 0);
digitalWrite(IN4, 1);
delay(500);
analogWrite(PulseA, 200);
digitalWrite(IN1, 1);
digitalWrite(IN2, 1);
analogWrite(PulseB, 200);
digitalWrite(IN3, 1);
digitalWrite(IN4, 1);
delay(500);
analogWrite(PulseA, 200);
digitalWrite(IN1, 1);
digitalWrite(IN2, 0);
analogWrite(PulseB, 150);
digitalWrite(IN3, 1);
digitalWrite(IN4, 0);
}
 
// START SOUND FX & LIGHT INDICATOR
 
void beep(int note, int duration){
    tone(SoundFX, note, duration);
    if(FxCounter % 2 == 0){
        digitalWrite(OutLedPin, 1);
        delay(duration);
        digitalWrite(OutLedPin, 0);
    }
    noTone(SoundFX);
    delay(50);
    FxCounter++;
}
 
void SoundFX1()
{
  beep(a, 500);
  beep(a, 500);    
  beep(a, 500);
  beep(f, 350);
  beep(cH, 150);  
  beep(a, 500);
  beep(f, 350);
  beep(cH, 150);
  beep(a, 650);
 
  delay(500);
 
  beep(eH, 500);
  beep(eH, 500);
  beep(eH, 500);  
  beep(fH, 350);
  beep(cH, 150);
  beep(gS, 500);
  beep(f, 350);
  beep(cH, 150);
  beep(a, 650);
 
  delay(500);
}
 
void SoundFX2()
{
  beep(aH, 500);
  beep(a, 300);
  beep(a, 150);
  beep(aH, 500);
  beep(gSH, 325);
  beep(gH, 175);
  beep(fSH, 125);
  beep(fH, 125);    
  beep(fSH, 250);
 
  delay(325);
 
  beep(aS, 250);
  beep(dSH, 500);
  beep(dH, 325);  
  beep(cSH, 175);  
  beep(cH, 125);  
  beep(b, 125);  
  beep(cH, 250);  
 
  delay(350);
}

sorry for my English but i am not a native speaker

You can not use the Tone library and the NewPing library together since they both want to use Timer2.

Read all about how to resolve it here