import random

class Actions:
    def __init__(self, game):
        self.game = game

    def _perform_action(self, action_name, description, cost, success_effect, failure_effect, success_chance, influence_required=0, success_policy=None):
        print(f"Scenario: {description}")
        if self.game.money < cost:
            print(f"Not enough money to {action_name.lower()}.")
            return
        if self.game.influence < influence_required:
            print(f"Not enough influence to {action_name.lower()}.")
            return

        self.game.money -= cost
        if random.randint(1, 100) <= success_chance:
            for key, value in success_effect.items():
                setattr(self.game, key, getattr(self.game, key) + value)
            if success_policy:
                self.game.policies.append(success_policy)
            print(f"Success! {description} was successful.")
        else:
            for key, value in failure_effect.items():
                setattr(self.game, key, getattr(self.game, key) + value)
            print(f"Failure! {description} was unsuccessful.")

    def campaign(self):
        self._perform_action(
            action_name="Campaign",
            description="Door-to-Door Campaigning",
            cost=10,
            success_effect={"public_support": 10},
            failure_effect={"public_support": -5},
            success_chance=60
        )

    def pass_legislation(self):
        self._perform_action(
            action_name="Pass Legislation",
            description="Healthcare Reform Bill",
            cost=20,
            influence_required=30,
            success_effect={"public_support": 20},
            success_policy="Healthcare Reform Bill",
            failure_effect={},
            success_chance=100
        )

    def hold_rally(self):
        self._perform_action(
            action_name="Hold Rally",
            description="Community Unity Rally",
            cost=15,
            success_effect={"public_support": 15},
            failure_effect={"public_support": -5},
            success_chance=70
        )

    def media_campaign(self):
        print("Scenario: Media Campaign")
        print("Choose the type of media campaign:")
        print("1. Online (Facebook)")
        print("2. Online (TikTok)")
        print("3. Online (Twitter)")
        print("4. Online (Instagram)")
        print("5. Offline (TV, Radio, Newspapers)")
        choice = input("Enter the number of your choice: ")

        demographics_effect = {
            "1": {"age": "young", "gender": "female", "education": "medium"},
            "2": {"age": "young", "gender": "female", "education": "low"},
            "3": {"age": "middle-aged", "gender": "male", "education": "high"},
            "4": {"age": "young", "gender": "female", "education": "high"},
            "5": {"age": "senior", "gender": "male", "education": "low"}
        }

        if choice in demographics_effect:
            cost = 25
            success_chance = random.randint(1, 100)

            if self.game.money < cost:
                print("Not enough money to launch a media campaign.")
                return

            self.game.money -= cost
            if success_chance <= 80:
                self.game.public_support += 25
                dem = demographics_effect[choice]
                self.game.supporters.increase_support(dem)
                print(f"The {choice} campaign resonates with the public, increasing support by 25% and boosting support among {dem}.")
            else:
                self.game.public_support -= 10
                print(f"The {choice} campaign backfires, leading to a decrease in support by 10%.")
        else:
            print("Invalid choice. Please try again.")

    def fundraise(self):
        print("Scenario: High-Profile Fundraiser Dinner")
        print("You host an exclusive fundraiser dinner with influential donors and supporters.")
        success_chance = random.randint(1, 100)

        if success_chance <= 50:
            funds_raised = random.randint(20, 50)
            self.game.money += funds_raised
            print(f"The event is a success, raising ${funds_raised}.")
        else:
            print("Poor attendance results in no funds being raised.")

    def debate(self):
        print("Scenario: Televised Debate with Opponent")
        print("You participate in a live televised debate against a key opponent, addressing critical issues and defending your policies.")
        opponent = random.choice(self.game.opponents)
        success_chance = random.randint(1, 100)

        if success_chance <= 50:
            self.game.influence += 20
            self.game.public_support += 10
            print(f"You outshine your opponent, increasing influence by 20 and public support by 10%.")
        else:
            self.game.influence -= 10
            self.game.public_support -= 5
            print(f"The debate goes poorly, decreasing influence by 10 and public support by 5% as voters favor {opponent}'s arguments.")

    def set_tax_policy(self):
        print("Scenario: Set Tax Policy")
        new_tax_rate = int(input("Enter the new tax rate (0-100): "))
        if 0 <= new_tax_rate <= 100:
            self.game.tax_rate = new_tax_rate
            print(f"Tax rate set to {self.game.tax_rate}%.")
            if new_tax_rate > 30:
                self.game.public_support -= 10
                print("High tax rate decreases public support by 10%.")
            elif new_tax_rate < 10:
                self.game.public_support += 10
                print("Low tax rate increases public support by 10%.")
        else:
            print("Invalid tax rate. Please enter a value between 0 and 100.")

    def invest_in_sector(self):
        print("Scenario: Invest in a Sector")
        sectors = ["Infrastructure", "Education", "Healthcare"]
        print(f"Sectors available for investment: {', '.join(sectors)}")
        sector_choice = input("Enter the sector you want to invest in: ")

        if sector_choice in sectors:
            investment_amount = int(input("Enter the amount you want to invest: "))
            if self.game.money >= investment_amount:
                self.game.money -= investment_amount
                self.game.gdp += investment_amount * 1.5  # Example multiplier
                self.game.unemployment_rate -= 1  # Reduce unemployment
                print(f"Invested ${investment_amount} in {sector_choice}. GDP increased by ${investment_amount * 1.5} and unemployment rate decreased.")
            else:
                print("Not enough money to invest.")
        else:
            print("Invalid sector choice.")

    def allocate_military_budget(self):
        print("Scenario: Allocate Military Budget")
        additional_budget = int(input("Enter the additional military budget (0-100): "))
        if 0 <= additional_budget <= self.game.money:
            self.game.money -= additional_budget
            self.game.military_budget += additional_budget
            self.game.military_strength += additional_budget // 2  # Example conversion rate
            print(f"Allocated an additional ${additional_budget} to the military budget. Military strength increased by {additional_budget // 2}.")
        else:
            print("Invalid budget allocation. Please enter a value within your available money.")

    def opponent_friction(self):
        actions = [
            ("Negative Campaign", "Your opponent launches a negative campaign against you. Public support decreases by 10%.", -10, 0, 0),
            ("Political Sabotage", "Your opponent sabotages your fundraising event. You raise no money.", 0, 0, -1),
            ("Influence Loss", "Your opponent spreads rumors, reducing your influence. Influence decreases by 15%.", 0, -15, 0)
        ]
        action = random.choice(actions)
        print(f"Opponent Action: {action[0]}")
        print(f"{action[1]}")
        self.game.public_support += action[2]
        self.game.influence += action[3]
        if action[0] == "Political Sabotage":
            return False  # Indicate that fundraising failed due to sabotage
        return True

    def foreign_interference(self):
        actions = [
            ("Russia", "Russia interferes with your campaign, spreading disinformation and causing distrust among voters. Public support decreases by 15%.", -15, 0, 0),
            ("China", "China launches a cyber-attack on your campaign infrastructure, reducing your influence. Influence decreases by 20%.", 0, -20, 0),
            ("Foreign Sabotage", "Opposition countries collaborate to sabotage your fundraising event. You raise no money.", 0, 0, -1)
        ]
        action = random.choice(actions)
        print(f"Foreign Interference: {action[0]}")
        print(f"{action[1]}")
        self.game.public_support += action[2]
        self.game.influence += action[3]
        if action[0] == "Foreign Sabotage":
            return False  # Indicate that fundraising failed due to sabotage
        return True