Update app.py
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app.py
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import streamlit as st
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import streamlit.components.v1 as components
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# Function to generate HTML with textarea for speech synthesis
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def generate_speech_textarea(text_to_speak):
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#st.markdown(text_to_speak)
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documentHTML5 = '''
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<!DOCTYPE html>
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<html>
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</html>
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'''
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components.html(documentHTML5, width=1280, height=500)
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# Game list and associated icons
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games = ['Terraforming Mars', 'Twilight Imperium (Fourth Edition)', 'Scythe', 'Eclipse', 'Small World', 'Risk Legacy', 'Axis & Allies', 'Diplomacy', 'Pandemic Legacy: Season 1', 'Brass: Birmingham']
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icons = ['🪐', '🚀', '🤖', '🌌', '🧝♂️', '🗺️', '⚔️', '🤝', '🦠', '🏭']
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st.markdown(text_to_speak)
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elif game == 'Twilight Imperium (Fourth Edition)':
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text_to_speak = "🚀🌌 **Twilight Imperium** \n1️⃣ 🌌⚖️ Position fleets in strategic nebulas and balance resources \n2️⃣ 🏰🛡️ Fortify chokepoints and use PDS systems \n3️⃣ 🌐🌀 Effective trade routes and wormhole caution \n4️⃣ 🌟🌕 Prioritize Mecatol Rex and moon attacks \n5️⃣ 🛠️🤝 Optimize unit upgrades and forge alliances."
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st.markdown(text_to_speak)
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elif game == 'Scythe':
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text_to_speak = "🤖🏞️ **Scythe** \n1️⃣ 🏞️🛠️ Choose starting positions and factory cards \n2️⃣ 🗺️🌊 Be aware of neighbors and control rivers \n3️⃣ 🏭🛡️ Maximize resource buildings and backdoor defense \n4️⃣ 🎯🌾 Focus objectives and manage food \n5️⃣ 🎲💎 Play probabilities and hunt treasures."
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st.markdown(text_to_speak)
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elif game == 'Eclipse':
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text_to_speak = "🌌🌟 **Eclipse** \n1️⃣ 🌌🌟 Control sectors and central hexes \n2️⃣ 🛸🛡️ Build formidable fleets and defenses \n3️⃣ 🏭🔭 Prioritize production and research \n4️⃣ 🤝🌐 Trade and diplomacy \n5️⃣ 🌀🚀 Wormhole travel and expansion speed."
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st.markdown(text_to_speak)
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elif game == 'Small World':
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text_to_speak = "🧝♂️🌍 **Small World** \n1️⃣ 🗺️👑 Choose realms and races wisely \n2️⃣ 🎭🛡️ Exploit powers and defend territories \n3️⃣ 🏆💎 Collect victory coins and treasures \n4️⃣ 🤝🌋 Forge short alliances and occupy mountains \n5️⃣ 🔄🏰 Know when to decline and occupy forts."
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st.markdown(text_to_speak)
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elif game == 'Risk Legacy':
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text_to_speak = "🗺️⚔️ **Risk Legacy** \n1️⃣ 🗺️⚔️ Control continents and aggressive expansion \n2️⃣ 🛡️🔐 Fortify borders and use fortresses \n3️⃣ 📜🚀 Complete missions and airfields \n4️⃣ 🏆🔥 Collect victory points and scorched earth \n5️⃣ 🤝🔄 Alliances and betrayal."
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st.markdown(text_to_speak)
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elif game == 'Axis & Allies':
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text_to_speak = "⚔️🌍 **Axis & Allies** \n1️⃣ ⚔️🌍 Strategic frontlines and global dominance \n2️⃣ 🏭📈 Resource management and economy \n3️⃣ 🛡️🚢 Naval blockades and fortress defenses \n4️⃣ 🎖️🎯 Focused objectives and key battles \n5️⃣ 🤝💥 Alliances and surprise attacks."
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st.markdown(text_to_speak)
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elif game == 'Diplomacy':
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text_to_speak = "🤝🌍 **Diplomacy** \n1️⃣ 🤝📜 Negotiation and written orders \n2️⃣ 🗺️🛡️ Strategic positioning and defenses \n3️⃣ 🚢⚓ Naval forces and chokepoints \n4️⃣ 🏰🌐 Territory control and key regions \n5️⃣ 🔄🎭 Timing and deception."
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st.markdown(text_to_speak)
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elif game == 'Pandemic Legacy: Season 1':
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text_to_speak = "🦠🌍 **Pandemic Legacy** \n1️⃣ 🦠🔬 Cure research and outbreak control \n2️⃣ 🌍🚁 Global movement and airlifts \n3️⃣ 🏥🛡️ Build research stations and quarantine \n4️⃣ 📜🎯 Complete objectives and bonus cards \n5️⃣ 🤝🔄 Teamwork and role synergy."
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st.markdown(text_to_speak)
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elif game == 'Brass: Birmingham':
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text_to_speak = "🏭🛤️ **Brass Birmingham** \n1️⃣ 🏭🛤️ Industry and canal routes \n2️⃣ 📈🍺 Economic management and beer supply \n3️⃣ 🛠️🗺️ Optimize developments and map control \n4️⃣ 🤝💡 Partnerships and market strategy \n5️⃣ 🚂🏆 Railroads and victory points."
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st.markdown(text_to_speak)
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import streamlit as st
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import streamlit.components.v1 as components
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import geopandas as gpd
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import matplotlib.pyplot as plt
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# Function to generate HTML with textarea for speech synthesis
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def generate_speech_textarea(text_to_speak):
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documentHTML5 = '''
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<!DOCTYPE html>
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<html>
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</html>
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'''
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components.html(documentHTML5, width=1280, height=500)
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# Function to display the state outline
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def plot_state_outline(state_code):
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# Read U.S. geometries file
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gdf = gpd.read_file(gpd.datasets.get_path('naturalearth_lowres'))
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# Filter data for the given state
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gdf_state = gdf[gdf['iso_a3'] == 'USA']
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# Plot the geometry
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ax = gdf_state.boundary.plot()
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plt.title(f"{state_code} State Outline")
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st.pyplot(plt)
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# States list and associated icons
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states = ['MN', 'CA', 'WA', 'FL', 'TX', 'NY', 'NV']
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icons = ['🦆', '🌴', '🍎', '🌞', '🤠', '🗽', '🎰']
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# Main code
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st.title('U.S. States Trivia 🗺️')
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for i, (state, icon) in enumerate(zip(states, icons)):
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st.markdown(f"{i + 1}. {state} {icon}")
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# Expanders for each state to outline fascinating facts
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with st.expander(f"See Fascinating Facts about {state}"):
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text_to_speak = ""
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if state == 'MN':
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text_to_speak = "🦆 **Minnesota** \n🏞️ Known as the 'Land of 10,000 Lakes' \n🎣 Famous for its fishing \n🛶 Boundary Waters offers incredible canoeing \n🎓 Home to prestigious colleges \n❄️ Cold winters but lovely summers."
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elif state == 'CA':
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text_to_speak = "🌴 **California** \n🌉 Home to the Golden Gate Bridge \n🎬 Center of the American entertainment industry \n🍇 Famous for Napa Valley's wine \n🌲 Home to Redwood National Park \n🏄♀️ Excellent beaches and surf spots."
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elif state == 'WA':
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text_to_speak = "🍎 **Washington** \n☕ Known for its coffee culture \n🗻 Home to Mount Rainier \n🍏 Leading apple-producing state \n🐟 Rich in seafood, especially salmon \n🌧️ Known for its rainy weather."
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elif state == 'FL':
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text_to_speak = "🌞 **Florida** \n🏝️ Famous for its beaches \n🎢 Home to various amusement parks like Disney World \n🚀 Space launches from Cape Canaveral \n🐊 Known for the Everglades and alligators \n🍊 Major orange producer."
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elif state == 'TX':
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text_to_speak = "🤠 **Texas** \n🛢️ Known for its oil and gas industry \n🍖 Famous for its barbecue \n🎸 Rich musical heritage \n🐄 Home to many cattle ranches \n🌵 Includes part of the Chihuahuan Desert."
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elif state == 'NY':
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text_to_speak = "🗽 **New York** \n🏙️ Home to New York City, the largest city in the U.S. \n🍎 Known as the Big Apple \n🎭 Major hub for arts and culture \n🏞️ Adirondack Mountains offer outdoor adventures \n🍕 Famous for its style of pizza."
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elif state == 'NV':
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text_to_speak = "🎰 **Nevada** \n🌆 Known for Las Vegas and its casinos \n🏜️ Includes part of the Mojave Desert \n🎪 Entertainment is a major industry \n💎 Known for the Hoover Dam \n👽 Area 51 is located here."
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st.markdown(text_to_speak)
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plot_state_outline(state)
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if st.button(f"🔊 Read {state}'s Facts Aloud"):
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generate_speech_textarea(text_to_speak)
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