PDDL Segmentation fault

I'm new in PDDL, I tried to replicate a basic example of my error

I did a basic domain to manage the activation/deactivation of a led, I declared a type for that

Domain:

(define (domain led_domain)
    (:requirements :strips :typing :negative-preconditions)

    (:types
        led - object
    )

    (:predicates
      (activated ?led - led)
    )

    (:action activate_led
        :parameters
            (?led - led)
        :precondition
            (not (activated ?led))
        :effect
            (activated ?led)
    )   


    (:action deactivate_led
        :parameters
            (?led - led)
        :precondition
            (activated ?led)
        :effect
            (not (activated ?led))
    )
)

Problem:

(define (problem led_problem)
    (:domain led_domain)
    
    (:objects
      led1 - led
    )
    
    (:init
      (not (activated led1))
    )
    
    (:goal
      (and
        (activated led1)
      )
    )
)

Error:

/app/plan: line 3: 19581 Segmentation fault timeout 10 "$(dirname "$0")"/siw-then-bfsf --domain $1 --problem $2 --output $3

I expect an output like:

(activate_led led1)

But if I change the problem to:

(define (problem led_problem)
    (:domain led_domain)
    
    (:objects
      led1 - led
    )
    
    (:init
      (activated led1)
    )
    
    (:goal
      (and
        (not (activated led1))
      )
    )
)   

I get the correct plan:

(deactivate_led led1)

Is there any step or any predicate wrong?

Solution:

I read that we can't set something false, so I can write (deactivated ?led - led) predicate (like in this github comment)

Domain:

(define (domain led_domain)
    (:requirements :strips :typing :negative-preconditions)

    (:types
        led - object
    )

    (:predicates
      (activated ?led - led)
      (deactivated ?led - led)
    )

    (:action activate_led
        :parameters
            (?led - led)
        :precondition
            (deactivated ?led)
        :effect
            (and
                (activated ?led)
                (not (deactivated ?led))
            )

    )   

    (:action deactivate_led
        :parameters
            (?led - led)
        :precondition
            (activated ?led)
        :effect
            (and 
                (not (activated ?led))
                (deactivated ?led)
            )
    )
)

Problem1:

(define (problem led_problem)
    (:domain led_domain)

    (:objects
      led1 - led
    )

    (:init
      (deactivated led1)
    )

    (:goal
      (and
        (activated led1)
      )
    )
)

Problem2:

(define (problem led_problem)
    (:domain led_domain)

    (:objects
      led1 - led
    )

    (:init
      (activated led1)
    )

    (:goal
      (and
        (deactivated led1)
      )
    )
)

Hope this could help someone!!