app.py

import streamlit as st
import random
import pandas as pd
from datetime import datetime

# Define the game mechanics

def generate_scenario():
    scenarios = ['🦸 You are a superhero saving the world from a meteorite', 
                 '🏴‍☠️ You are a pirate searching for treasure on a deserted island', 
                 '👨‍🍳 You are a chef trying to win a cooking competition', 
                 '🕵️ You are a detective solving a murder case']
    return random.choice(scenarios)

def calculate_score(slider_values):
    bluffing_score, deduction_score, humor_score, memory_score, roleplay_score = slider_values

    total_score = bluffing_score + deduction_score + humor_score + memory_score + roleplay_score
    return total_score

def play_game(slider_values):
    scenario = generate_scenario()
    st.write('🎭 Act out the following scenario: ' + scenario)
    total_score = calculate_score(slider_values)
    st.write('🎯 Your total score is: ' + str(total_score))

    # Save game history to a dataframe
    game_history_df = pd.DataFrame({'Scenario': [scenario],
                                    'Bluffing': [slider_values[0]],
                                    'Deduction': [slider_values[1]],
                                    'Humor': [slider_values[2]],
                                    'Memory': [slider_values[3]],
                                    'Roleplay': [slider_values[4]],
                                    'Total Score': [total_score]})

    # Append to existing game history
    try:
        existing_game_history = pd.read_csv('game_history.csv')
        game_history_df = pd.concat([existing_game_history, game_history_df], ignore_index=True)
    except:
        pass

    return game_history_df

def save_game_history(game_history_df):
    game_history_df.to_csv('game_history.csv', index=False)
    st.write('📝 Game history saved!')
    st.write(game_history_df)

def save_simulation_results(simulation_results_df):
    filename = datetime.now().strftime('%Y-%m-%d %H-%M-%S') + '.csv'
    simulation_results_df.to_csv(filename, index=False)
    st.write('📝 Simulation results saved!')
    st.write(simulation_results_df)

def run_simulations(num_simulations):
    total_scores = []
    simulation_results_df = pd.DataFrame(columns=['Scenario', 'Bluffing', 'Deduction', 'Humor', 'Memory', 'Roleplay', 'Total Score'])
    for i in range(num_simulations):
        slider_values = [random.randint(1, 10) for i in range(5)]
        total_score = calculate_score(slider_values)
        total_scores.append(total_score)
        scenario = generate_scenario()
        simulation_results_df = simulation_results_df.append({'Scenario': scenario,
                                                              'Bluffing': slider_values[0],
                                                              'Deduction': slider_values[1],
                                                              'Humor': slider_values[2],
                                                              'Memory': slider_values[3],
                                                              'Roleplay': slider_values[4],
                                                              'Total Score': total_score}, ignore_index=True)
    st.write('🎲 Average score from ' + str(num_simulations) + ' simulations: ' + str(sum(total_scores)/len(total_scores)))
    st.write(simulation_results_df)
    save_simulation_results(simulation_results_df)


# Define the Streamlit app

st.title('🎭 Acting Game Mechanics')
st.write('🎯 Welcome to the Acting Game Mechanics! This game measures your ability to bluff, deduce, use humor, remember details, and role-play. Drag the sliders to the left or right to adjust each skill, and click 🎭 Play to act out a scenario and receive a score.')

slider_values = [st.slider('🃏 Bluffing', 1, 10, 5),
st.slider('🕵️ Deduction', 1, 10, 5),
st.slider('😂 Humor', 1, 10, 5),
st.slider('🧠 Memory', 1, 10, 5),
st.slider('👥 Roleplay', 1, 10, 5)]

if st.button('🎭 Play'):
    game_history_df = play_game(slider_values)
    save_game_history(game_history_df)

if st.button('🎲 Run simulations'):
    num_simulations = st.slider('🔁 Number of simulations', 1, 100000, 1000)
    run_simulations(num_simulations)

if st.button('📝 Show all game history'):
    try:
        game_history_df = pd.read_csv('game_history.csv')
        st.write(game_history_df)
    except:
        st.write('No game history found')

if st.button('📝 Download game history'):
    try:
        game_history_df = pd.read_csv('game_history.csv')
        filename = 'game_history_' + datetime.now().strftime('%Y-%m-%d %H-%M-%S') + '.csv'
        game_history_df.to_csv(filename, index=False)
        st.write('📝 Game history downloaded!')
        st.write(game_history_df)
    except:
        st.write('No game history found')

if st.button('📝 Download simulation results'):
    try:
        simulation_results_df = pd.read_csv('simulation_results.csv')
        filename = 'simulation_results_' + datetime.now().strftime('%Y-%m-%d %H-%M-%S') + '.csv'
        simulation_results_df.to_csv(filename, index=False)
        st.write('📝 Simulation results downloaded!')
        st.write(simulation_results_df)
    except:
        st.write('No simulation results found')

st.markdown("""
🎭 Acting Game Mechanics 
🎯🃏 Bluffing
🕵️ Deduction
😂 Humor
🧠 Memory
👥 Roleplay

🎭 Acting Game Mechanics:

Characterization: Act out your character's traits, emotions, and personality.
Improvisation: Think on your feet and come up with responses to unexpected situations.
Scripted Dialogue: Deliver lines from a pre-written script or engage in scripted conversations.
For more information on Acting Game Mechanics, you can visit the Wikipedia page on Role-playing game mechanics: https://en.wikipedia.org/wiki/Acting

🎯🃏 Bluffing:

Lying: Convince others that your false information is true.
Concealment: Hide your true intentions or actions.
Misdirection: Lead others to believe something different from what you are doing.
For more information on Bluffing, you can visit the Wikipedia page on Bluff (poker): https://en.wikipedia.org/wiki/Bluff_(poker)

🕵️ Deduction:

Clue Analysis: Examine clues to draw conclusions about a mystery.
Logical Reasoning: Use deductive reasoning to arrive at the correct solution.
Pattern Recognition: Recognize and match patterns to uncover hidden information.
For more information on Deduction, you can visit the Wikipedia page on Deduction game: https://en.wikipedia.org/wiki/Deduction

😂 Humor:

Parody: Use humorous exaggeration or imitation to make fun of a subject.
Puns: Play with words to create humorous meanings.
Satire: Use irony, sarcasm, and ridicule to critique a topic or individual.
For more information on Humor, you can visit the Wikipedia page on Humor: https://en.wikipedia.org/wiki/Humor

🧠 Memory:

Recall: Remember information from previous events or interactions.
Recognition: Identify information you have seen or heard before.
Memorization: Commit information to memory for future use.
For more information on Memory, you can visit the Wikipedia page on Memory game: https://en.wikipedia.org/wiki/Memory

👥 Roleplay:

Character Creation: Develop a unique character with specific traits and abilities.
Storytelling: Create a narrative with the characters and the world they inhabit.
Collaborative Play: Work with others to create an immersive experience.
For more information on Roleplay, you can visit the Wikipedia page on Role-playing game: https://en.wikipedia.org/wiki/Role-playing_game

""")