function solve(input){

let elevator = Number(input.shift());
let people = Number(input.shift());
let maxPeople = 6;
let counter = 0;
let overloaded = false;
let isFull = false;
let A = 0;
let B = 0;
let C = 0;
let D = 0;




for(let i = 0; i <= people; i++){
let person = input.shift();
let floor = Number(input.shift());


if(floor == 0 && person == "A"){
A++;
if(maxPeople < A){
isFull = true; // Elevator is full and can't stop for new passengers
continue;
}
console.log(``)
console.log(`Elevator move to ${floor} floor`)

console.log(`'A' gets in`)
}

if(floor == 1){
if(maxPeople < counter){
isFull = true; // Elevator is full and can't stop for new passengers
continue;
}
console.log(``)
console.log(`Move to ${floor} floor`)
B++;
console.log(`'B' gets in`)
}

if(floor == 2){
if(maxPeople < counter){
isFull = true; // Elevator is full and can't stop for new passengers
continue;
}
console.log(``)
console.log(`Move to ${floor} floor`)
A--;
B--;
C++;
console.log(`'A', 'B' get out, 'C' gets in`)
}

if(floor == 0 && person == "D"){
if(maxPeople < counter){
isFull = true; // Elevator is full and can't stop for new passengers
continue;
}
console.log(``)
console.log(`Move to ${floor} floor`)
D++;
console.log(`'D' gets in`)
}

if(floor == -1){
if(maxPeople < counter){
isFull = true; // Elevator is full and can't stop for new passengers
continue;
}
console.log(``)
console.log(`Move to ${floor} floor`)
C--;
D--;
console.log(`'C', 'D' get out`)
}

counter++;

if(maxPeople < counter){
console.log(``)
console.log(`You have reached the maximum capacity of people`)
overloaded = true;
break;
}

}

}
solve([1,4,`A`,0,`B`,1,`C`,2,`D`,0,`C,D`,-1])