ISS tracker project, Arduino code not working

#include <TimeLib.h>
#include <ArduinoP13.h>
#include <Servo.h>

Servo elevation;
Servo azimuth;

// Current UTC [NOT LOCAL TIME]
int CurrentHour   = 20;
int CurrentMin    = 20;
int CurrentSec    = 00;
int CurrentDay    = 22;
int CurrentMonth  = 9;
int CurrentYear   = 2022;

// Set TLEs of your desired Satellite
const char *tleName = "ISS";
const char *tlel1   = "1 25544U 98067A   22264.34024677  .00027245  00000+0  48016-3 0  9990";
const char *tlel2   = "2 25544  51.6428 220.2201 0002499 280.2153 244.2840 15.50209155360097";



// Set your Callsign and current location details
const char  *pcMyName = "S21TO";     // Observer name
double       dMyLAT   = +53.415150;    // Latitude (Breitengrad): N -> +, S -> -
double       dMyLON   = -2.917480;    // Longitude (Längengrad): E -> +, W -> -
double       dMyALT   = 67;        // Altitude ASL (m)




int rangePin = 7;   // LED for in Range Indication
int NrangePin = 6;  // LED pin for Out of range indication


int epos = 0;
int apos = 0;

double       dSatLAT  = 0;           // Satellite latitude
double       dSatLON  = 0;           // Satellite longitude
double       dSatAZ   = 0;           // Satellite azimuth
double       dSatEL   = 0;           // Satellite elevation

char         acBuffer[20];           // Buffer for ASCII time



void setup()
{
  setTime(CurrentHour,CurrentMin,CurrentSec,CurrentDay,CurrentMonth,CurrentYear);

  elevation.attach(9);
  azimuth.attach(10);

  elevation.write(epos);
  azimuth.write(apos);

  pinMode(NrangePin, OUTPUT);
  pinMode(rangePin, OUTPUT);

  Serial.begin(9600);
  delay(10);

  digitalWrite(NrangePin, HIGH);
  digitalWrite(rangePin, HIGH);
  delay(5000);
  }


void loop()
{

  char buf[80];

  int i;
  int          iYear    = year(2022);        // Set start year
  int          iMonth   = month(9);       // Set start month
  int          iDay     = day(22);         // Set start day
  int          iHour    = hour(14);        // Set start hour [ substract -6 from current time ]
  int          iMinute  = minute(20);      // Set start minute
  int          iSecond  = second(0);      // Set start second



  P13Sun Sun;                                                       // Create object for the sun
  P13DateTime MyTime(iYear, iMonth, iDay, iHour, iMinute, iSecond); // Set start time for the prediction
  P13Observer MyQTH(pcMyName, dMyLAT, dMyLON, dMyALT);              // Set observer coordinates

  P13Satellite MySAT(tleName, tlel1, tlel2);                        // Create ISS data from TLE

  MyTime.ascii(acBuffer);             // Get time for prediction as ASCII string
  MySAT.predict(MyTime);              // Predict ISS for specific time
  MySAT.latlon(dSatLAT, dSatLON);     // Get the rectangular coordinates
  MySAT.elaz(MyQTH, dSatEL, dSatAZ);  // Get azimut and elevation for MyQTH

  Serial.print("Azimuth: ");
  Serial.println(dSatAZ,2);
  Serial.print("Elevation: ");
  Serial.println(dSatEL,2);
  Serial.println("");



  delay(500);


  // Servo calculation
  epos = (int)dSatEL;
  apos = (int)dSatAZ;

  if (epos < 0) {
      digitalWrite(NrangePin, HIGH);
      digitalWrite(rangePin, LOW);
  } else {
      digitalWrite(NrangePin, LOW);
      digitalWrite(rangePin, HIGH);

      if(apos < 180) {
        apos = abs(180 - (apos));
        epos = 180-epos;

      } else {
        apos = (360-apos);
        epos = epos;
      }
      azimuth.write(apos);
      delay(15);  
      elevation.write(epos);       
  }
}