dont-panic1

DON'T PANIC - EPISODE 1

This Python code appears to be a script for a game or simulation involving elevators and clones. Let's go through the code and document its functionality:

from typing import Dict

if __name__ == "__main__":

The code begins with a check to see if the module is being run as the main script.

    elevators: Dict[int, int] = {}

This line initializes an empty dictionary called elevators, which will store the positions of elevators on different floors. The keys represent the floor numbers, and the values represent the elevator positions on those floors.

    _, _, _, exit_floor, exit_pos, _, _, n5 = map(int, input().split())

This line reads input values from the user, splitting them by spaces and converting them to integers using the map function. The input values are assigned to the corresponding variables: exit_floor, exit_pos, and n5. The other variables are ignored (indicated by _).

    for _ in range(n5):
        elevator_floor, elevator_pos = map(int, input().split())
        elevators[elevator_floor] = elevator_pos

This loop reads n5 sets of elevator floor and position values from the user. The values are split and converted to integers using map. Each elevator floor and position pair is stored in the elevators dictionary.

    # For the last floor, we use the exit instead of an elevator.
    elevators[exit_floor] = exit_pos

This line assigns the exit_pos value to the exit_floor key in the elevators dictionary. This means that the last floor is treated as if it has an elevator at the exit_pos position.

    while True:
        line = input().split()
        clone_floor = int(line[0])
        clone_pos = int(line[1])
        direction = line[2]

This loop continuously reads input from the user. Each line of input is split into a list of strings using split(). The first item in the list is converted to an integer and assigned to clone_floor, the second item is converted to an integer and assigned to clone_pos, and the third item is assigned to direction.

        if clone_floor == -1:
            print("WAIT")

If clone_floor is equal to -1, the program prints "WAIT".

        elif direction == "LEFT" and clone_pos < elevators[clone_floor]:
            print("BLOCK")

If direction is "LEFT" and clone_pos is less than the position of the elevator on clone_floor, the program prints "BLOCK".

        elif direction == "RIGHT" and clone_pos > elevators[clone_floor]:
            print("BLOCK")

If direction is "RIGHT" and clone_pos is greater than the position of the elevator on clone_floor, the program prints "BLOCK".

        else:
            print("WAIT")

If none of the above conditions are met, the program prints "WAIT".

This code seems to implement a simple logic to determine whether a clone should wait or be blocked based on the clone's floor, position, and direction, as well as the positions of elevators and the exit.