space.py
def attraction_to_other(self, planet) -> float:
        """Returns the force of attraction to another planet"""
        d = self.distance_to(planet)
        if d == 0:  # Avoid division by zero error
            return 0
        f = self.g * ((planet.mass * self.mass) / d ** 2)
        return f
Returns the force of attraction to another planet
Returns the force of attraction to another planet
Returns the force of attraction to another planet
def attraction_to_other(self, planet) -> float:
        d = self.distance_to(planet)
        if d == 0:  
            return 0
        f = self.g * ((planet.mass * self.mass) / d ** 2)
        return f
def attraction_to_other ( self , planet ) -> float : d = self . distance_to ( planet ) if d == 0 : return 0 f = self . g * ( ( planet . mass * self . mass ) / d ** 2 ) return f
Returns the force of attraction to another planet
Returns the force of attraction to another planet
"""Returns the force of attraction to another planet""" # Avoid division by zero error

self
planet