Creating a Monopoly Game Board Simulation with Python

monopoly-simulation-4.py

# Select a card and show the result
def take_cards(
    subiteration_dict: dict,
    card: bool,
    chance_card: bool,
    data_card: dict,
    data_space: dict
    ):
    # Card status
    card_status = card
    
    # Card type
    card = 'community_card'

    # Chance or community chest card
    if chance_card:
        # Update the card type
        card = 'chance_card'
        # Select the card
        chance_cards = data_card['chance_card']
        selected_card = random.choice(chance_cards)
    else:
        # Select the card
        community_cards = data_card['community_card']
        selected_card = random.choice(community_cards)

    # CORE ALGORITHM
    # Update the card status
    subiteration_dict['move'][card] = selected_card['number']
    
    # Run the following command if card is used
    if card_status:
        # Move the space
        if selected_card['action'] in ['move', 'move_money']:
            # Last space
            last_space = subiteration_dict['move']['after']['real']
            if subiteration_dict['move']['after']['updated'] != None:
                last_space = subiteration_dict['move']['after']['updated']
            # Properties
            property_index = selected_card['move']['properties']

            # Move few step
            if selected_card['move']['properties'] == None:
                # Steps
                step = selected_card['move']['step']

                # Multiplier
                multiplier = -1
                # Update the multiplier
                if selected_card['move']['forward']:
                    multiplier = 1

                # Current space
                d_current_space_card = update_space(
                    last_move = last_space,
                    dices = (multiplier * step),
                    data_space = data_space
                )

                # Update the last space
                if card:
                    subiteration_dict['move']['after']['updated'] = d_current_space_card[0]['order']
                    subiteration_dict['move']['forward']['updated'] = selected_card['move']['forward']
                else:
                    pass

            # Move to the specific space
            else:
                # Go to nearest property (998: utilities, 999: stations)
                if property_index in [998, 999]:
                    # Get a list of spaces
                    targets = {
                        998: [13, 29],
                        999: [6, 16, 26, 36]
                    }
                    # Get the shortest space
                    update_index, forward_stat = shortest_space(
                        source = last_space,
                        targets = targets[property_index],
                        data_space = data_space
                    )
                    # Update the last space
                    if card:
                        subiteration_dict['move']['after']['updated'] = update_index
                        subiteration_dict['move']['forward']['updated'] = forward_stat
                    else:
                        pass

                # Go to specific property
                else:
                    # Update the last space
                    if card:
                        subiteration_dict['move']['after']['updated'] = property_index
                        subiteration_dict['move']['forward']['updated'] = True
                    else:
                        pass
    
    # Run the following command if card is not used
    else:
        pass
    
    return subiteration_dict