import streamlit as st from layout import gray_container, key_concept, quote, tool_container from datetime import datetime def render(): """Module 6: Conclusion and Future Directions""" st.title("Module 6: Conclusion and Future Directions") col1, col2 = st.columns([3, 2]) with col1: summary_content = """

Workshop Summary

Throughout this workshop, we've explored:

  1. Text-Image Interdependence: The complex relationship between textual and visual elements
  2. OCR Technology: The evolution of OCR and its application to historical materials
  3. Methodological Approaches: Hybrid strategies for working with historical texts
  4. Practical Application: Hands-on experience with OCR processing tools
""" gray_container(summary_content) takeaways_content = """

Key Takeaways

  1. OCR is Not Perfect: Even advanced AI models face challenges with historical documents
  2. Context Matters: Vision-enhanced models provide better results by understanding document context
  3. Hybrid Approaches: Combining computational methods with traditional research yields best results
  4. Critical Evaluation: Always evaluate OCR outputs with awareness of limitations
  5. Structured Extraction: Modern OCR goes beyond text recognition to understand document structure
""" gray_container(takeaways_content) with col2: # Display workshop statistics if there's processing history if 'processing_history' in st.session_state and st.session_state.processing_history: st.subheader("Your Workshop Statistics") # Calculate statistics total_docs = len(st.session_state.processing_history) vision_docs = len([item for item in st.session_state.processing_history if item['useVision']]) non_vision_docs = total_docs - vision_docs # Create metrics for statistics col1, col2 = st.columns(2) with col1: st.metric("Documents Processed", total_docs) st.metric("With Vision Model", vision_docs) with col2: st.metric("Without Vision Model", non_vision_docs) # Topics word cloud if total_docs > 0: st.subheader("Topics Encountered") all_topics = [] for item in st.session_state.processing_history: if 'topics' in item['result']: all_topics.extend(item['result']['topics']) if all_topics: # Count topic frequencies topic_counts = {} for topic in all_topics: if topic in topic_counts: topic_counts[topic] += 1 else: topic_counts[topic] = 1 # Display as a horizontal bar chart st.bar_chart(topic_counts) else: # Show placeholder stats placeholder_content = """

Workshop Outcomes

Complete the interactive OCR experiment in Module 5 to generate your personal workshop statistics.

You'll be able to see:

""" tool_container(placeholder_content) # Future directions section st.subheader("Future Directions") col1, col2 = st.columns(2) with col1: tech_content = """

Technological Developments

""" gray_container(tech_content) with col2: research_content = """

Research Applications

""" gray_container(research_content) # Inspiring quote quote_content = "The digital humanities are not about building, they're about sharing. The digital humanities are not about the digital at all. They're all about innovation and disruption. The digital humanities are really an insurgent humanities." quote(quote_content, "Matthew Kirschenbaum, Professor of Digital Humanities") # Additional resources resources_content = """

Additional Resources

""" tool_container(resources_content) # Acknowledgments st.subheader("Acknowledgments") acknowledgment_content = """

This workshop was designed as an educational resource for historians, archivists, and digital humanities scholars.

It demonstrates the integration of modern AI vision-language models with historical research methodologies.

Special thanks to the digital humanities community for continued innovation in computational approaches to historical research.

""" st.markdown(acknowledgment_content, unsafe_allow_html=True) # Restart the workshop button if st.button("Start Workshop Again", use_container_width=True): # Reset the session state to start the workshop again if 'current_module' in st.session_state: st.session_state.current_module = 1 # Do not reset the processing history st.experimental_rerun()