import streamlit as st
import pandas as pd
import plotly.express as px
import plotly.graph_objects as go
import os
import random

PLAYERS = {
    "Player 1": {"Sketch": "🎨", "Character": "🧙‍♀️", "Player Board": "📜", "Action Dice": "🎲", "Health Tokens": "❤️", "Coin Tokens": "💰", "Battle Tokens": "⚔️", "Attack": 5, "Defense": 3, "Class": "Wizard"},
    "Player 2": {"Sketch": "🎨", "Character": "🧙‍♂️", "Player Board": "📜", "Action Dice": "🎲", "Health Tokens": "❤️", "Coin Tokens": "💰", "Battle Tokens": "⚔️", "Attack": 4, "Defense": 4, "Class": "Fighter"},
    "Player 3": {"Sketch": "🎨", "Character": "🧝‍♀️", "Player Board": "📜", "Action Dice": "🎲", "Health Tokens": "❤️", "Coin Tokens": "💰", "Battle Tokens": "⚔️", "Attack": 3, "Defense": 5, "Class": "Ranger"},
    "Player 4": {"Sketch": "🎨", "Character": "🧝‍♂️", "Player Board": "📜", "Action Dice": "🎲", "Health Tokens": "❤️", "Coin Tokens": "💰", "Battle Tokens": "⚔️", "Attack": 4, "Defense": 4, "Class": "Rogue"},
    "Player 5": {"Sketch": "🎨", "Character": "🧝‍♀️", "Player Board": "📜", "Action Dice": "🎲", "Health Tokens": "❤️", "Coin Tokens": "💰", "Battle Tokens": "⚔️", "Attack": 2, "Defense": 6, "Class": "Cleric"},
    "Player 6": {"Sketch": "🎨", "Character": "🧝‍♂️", "Player Board": "📜", "Action Dice": "🎲", "Health Tokens": "❤️", "Coin Tokens": "💰", "Battle Tokens": "⚔️", "Attack": 3, "Defense": 5, "Class": "Barbarian"},
    "Player 7": {"Sketch": "🎨", "Character": "🧟‍♀️", "Player Board": "📜", "Action Dice": "🎲", "Health Tokens": "❤️", "Coin Tokens": "💰", "Battle Tokens": "⚔️", "Attack": 1, "Defense": 7, "Class": "Paladin"},
    "Player 8": {"Sketch": "🎨", "Character": "🧟‍♂️", "Player Board": "📜", "Action Dice": "🎲", "Health Tokens": "❤️", "Coin Tokens": "💰", "Battle Tokens": "⚔️", "Attack": 2, "Defense": 6, "Class": "Bard"}
}
    
MONSTERS = {
    "Goblin": {"Picture": "👺", "Description": "A small, mischievous creature with sharp teeth and claws.", "Attack": 2, "Defense": 1},
    "Orc": {"Picture": "👹", "Description": "A large, brutish humanoid with green skin and a nasty temperament.", "Attack": 4, "Defense": 2},
    "Dragon": {"Picture": "🐲", "Description": "A massive, fire-breathing beast with scales as hard as steel.", "Attack": 6, "Defense": 5},
    "Cyclops": {"Picture": "👁️", "Description": "A one-eyed giant with incredible strength.", "Attack": 8, "Defense": 6},
    "Minotaur": {"Picture": "🐂", "Description": "A half-man, half-bull creature with a fierce temper.", "Attack": 5, "Defense": 3},
    "Medusa": {"Picture": "🐍", "Description": "A woman with snakes for hair who can turn people to stone with her gaze.", "Attack": 3, "Defense": 2},
    "Siren": {"Picture": "🧜", "Description": "A beautiful creature with the upper body of a woman and the lower body of a bird, whose singing lures sailors to their doom.", "Attack": 1, "Defense": 1},
    "Kraken": {"Picture": "🦑", "Description": "A massive sea creature with tentacles that can crush ships.", "Attack": 7, "Defense": 4},
    "Beholder": {"Picture": "👁️‍🗨️", "Description": "A floating orb covered in eyes, each of which can cast a deadly spell.", "Attack": 9, "Defense": 8},
    "Chimera": {"Picture": "🐲🐐🦁", "Description": "A creature with the body of a lion, the head of a goat, and the tail of a dragon.", "Attack": 6, "Defense": 5},
    "Basilisk": {"Picture": "🐍👁️", "Description": "A serpent that can turn people to stone with its gaze.", "Attack": 4, "Defense": 3},
    "Mimic": {"Picture": "📦", "Description": "A creature that can disguise itself as a treasure chest and surprise unwary adventurers.", "Attack": 2, "Defense": 1},
    "Aboleth": {"Picture": "🦑👁️", "Description": "A sea monster with slimy tentacles and the power to control people's minds.", "Attack": 7, "Defense": 6},
    "Troll": {"Picture": "👹🔨", "Description": "A regenerating monster that can only be killed with fire or acid.", "Attack": 5, "Defense": 4},
    "Gorgon": {"Picture": "🐍👁️‍🗨️", "Description": "A creature with the body of a lion and the head of a snake, whose gaze can turn people to stone.", "Attack": 6, "Defense": 4},
}

def shuffle_monsters():
    global MONSTERS
    keys = list(MONSTERS.keys())
    random.shuffle(keys)
    shuffled = {}
    for key in keys:
        shuffled[key] = MONSTERS[key]
    MONSTERS = shuffled
    
def get_random_monster():
    # Select a random monster based on its size
    monster_sizes = [monster_data["Attack"] + monster_data["Defense"] for monster_data in MONSTERS.values()]
    selected_size = random.choice(monster_sizes)
    monster_names = [monster_name for monster_name, monster_data in MONSTERS.items() if monster_data["Attack"] + monster_data["Defense"] == selected_size]
    selected_monster = random.choice(monster_names)
    st.session_state.selected_monster = selected_monster
    monster = MONSTERS[selected_monster]
    st.write("Picture: ", monster["Picture"])
    st.write("Description: ", monster["Description"])
    st.write("Attack: ", monster["Attack"])
    st.write("Defense: ", monster["Defense"])
    return monster

def save_data():
    data = pd.DataFrame.from_dict(st.session_state.players, orient="index")
    filename = "player_data.csv"
    data.to_csv(filename)
    st.write(f"Player data saved to {filename}")

#def display_player_card(player_name, player_data):
#    st.write(f"**{player_name}**")
#    for key, value in player_data.items():
#        st.write(f"{key}: {value}")

def battle_player_card():
    selected_player = st.session_state.selected_player
    #selected_monster = st.session_state.selected_monster
    selected_monster = st.session_state.selected_monster
    if not selected_player:
        st.warning("Please select a player card.")
        return
    if not selected_monster:
        st.warning("Please select a monster.")
        return
    player_data = PLAYERS[selected_player]
    shuffle_monsters()
    #monster_data = MONSTERS[selected_monster]
    monster_data = selected_monster
    if player_data["Attack"] > monster_data["Defense"]:
        st.success("You defeated the monster!")
        # Increase player's Health Tokens
        # player_data["Health Tokens"] += 1
        # Increase player's Health Tokens and add an additional heart emoji
        player_data["Health Tokens"] += "❤️"

    else:
        st.error("The monster defeated you.")
    save_data()
    
    
def load_and_display_player_data():
    if os.path.exists("player_data.csv"):
        player_data = pd.read_csv("player_data.csv")
        st.write("## Player Data")
        st.write(player_data)
    else:
        st.write("Player data file not found.")

@st.experimental_singleton
def get_history():
    return []

def display_player_card(player_name, player_data):
    st.write(f"{player_name} {player_data['Sketch']} {player_data['Character']} {player_data['Player Board']} {player_data['Action Dice']} {player_data['Health Tokens']}❤️ {player_data['Coin Tokens']} {player_data['Battle Tokens']} {player_data['Class']} Attack: {player_data['Attack']} Defense: {player_data['Defense']}")
    

def main():
    st.set_page_config(page_title="Player Cards and Monsters")
    st.title("Player Cards and Monsters")
    st.write("🃏 Select a player card to reveal a monster and battle it! 🐉")

    if "players" not in st.session_state:
        st.session_state.players = {}
        
    history = get_history()
    
    st.sidebar.title("🃏 Select a Player Card")
    selected_player = st.sidebar.radio("Select a player:", list(PLAYERS.keys()))
    display_player_card(selected_player, PLAYERS[selected_player])

    if st.button("🔥 Battle!"):
        st.session_state.selected_player = selected_player
        shuffle_monsters()
        st.session_state.selected_monster = st.sidebar.selectbox("Select a monster:", list(MONSTERS.keys()))
        monster = get_random_monster()
        st.session_state.selected_monster = get_random_monster()
        if monster:
            battle_player_card()
            history.append({"Player": selected_player, "Monster": st.session_state.selected_monster})
            save_data()
        else:
            st.write("No monsters to battle. Please add more monsters to the MONSTERS dictionary.")
            
    load_and_display_player_data()
    
    st.write("## Battle History")
    if history:
        df = pd.DataFrame(history)
        st.write(df)
    else:
        st.write("No battles fought yet.")
    
if __name__ == "__main__":
    main()