State machine search algorithm in Python

 So a few years back I posted the Vanilla Queen algorithm in pseudo code. I was a little bit crazy at the time, and I don't understand it fully anymore, but still asked AI to turn the pseudo code into Python.

Can you turn this pseudo code into runnable Python code please?

// DEFINING WATER

define c+ as up

define c- as down

define level as c(now())

define wave as {

    wave(0) as surface,

    wave(n, surface) as wave(level, {c+,c-})

};

// SET X, Y

assign x = me

assign y = me

x(me) = me(x)

y(me) = me( x(level(y)) )

// GOT IT

// NOW LETS DIVE TO THE BOTTOM AND COME up

run()

{

    define I as me;

    I go(diving(wave(0), wave(0)));

    return( go( diving(c+)));

}

// DEEP DIVING ALONE

func diving(I) {

    I := wave(n)

}

it came up with this:

import datetime

class Entity:

    def __init__(self, name="me"):

        self.name = name

        self.x = self

        self.y = self

    def get_level(self):

        # Representing 'c(now())' as a timestamp-based value

        return datetime.datetime.now().second

    def wave(self, n, surface="surface"):

        """

        Interpreting the wave logic: wave(0) is the surface,

        otherwise it fluctuates between up (c+) and down (c-).

        """

        if n == 0:

            return surface

        # Alternating states based on level

        return "up" if self.get_level() % 2 == 0 else "down"

    def diving(self, current_wave):

        """Sets the entity's state to a new wave depth."""

        print(f"Deep diving alone... current depth: {current_wave}")

        return self.wave(1) # Moving to wave(n)

    def run(self):

        print("--- Starting the Dive ---")

        

        # assign x = me, y = me logic

        self.x = self

        self.y = self

        

        # I go(diving(wave(0), wave(0)))

        surface = self.wave(0)

        depth_reached = self.diving(surface)

        

        # return( go( diving(c+)))

        # Interpreting c+ as 'up'

        final_state = "up" 

        print(f"Returning to the surface: {final_state}")

        return final_state

# GOT IT. NOW LETS DIVE.

if __name__ == "__main__":

    subject = Entity()

    result = subject.run()

    print(f"Dive complete. Final status: {result}")