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Presentation Structure Advisor

Pattern 7 Practical Example: Automatic presentation structure generation responding to individual requirements using knowledge base

Overview

System that databases professional knowledge of presentation design and automatically generates optimal presentation structures based on user's individual requirements (audience, time, purpose).

Main Value:

  • Utilizing veteran presenter's "tacit knowledge" as "explicit knowledge"
  • Beginners can acquire professional-level structures in short time
  • Automatic adaptation to individual requirements

Usage

  1. Knowledge Loading: Load presentation design framework
  2. Requirement Input: Specify theme, audience, time, purpose
  3. Structure Generation: Select and apply optimal patterns from knowledge base
  4. Output Verification: Acquire specific presentation structure proposals

Step 1: Knowledge Base Loading

Display "=== Presentation Design Knowledge Loading ===".

Load presentation_framework.md and set to {{presentation_knowledge}}.

Display "Presentation design framework loaded".

Verify the following main elements from {{presentation_knowledge}}:

  • Types of audience-specific approaches
  • Types of structure patterns
  • Time-based structure guides
  • Slide design principles

Step 2: Requirement Collection

Display "=== Presentation Requirements Confirmation ===".

Please answer the following questions:

Question 1: What is the theme of your presentation? (Examples: New product proposal, project report, technical explanation, etc.)

Set your answer to {{presentation_theme}}.

Question 2: What type is your audience? A) Executives/Decision makers B) Technical experts C) General employees D) External customers E) Mixed audience

Set your answer to {{audience_type}}.

Question 3: How much time do you have for the presentation? A) 5 minutes (lightning talk) B) 15 minutes (brief presentation) C) 30 minutes (standard presentation) D) 60 minutes (detailed presentation)

Set your answer to {{presentation_time}}.

Question 4: What is the main purpose? A) Persuasion (seeking approval/decision) B) Information sharing (reporting/explaining) C) Education (training/teaching) D) Inspiration (motivation/vision sharing)

Set your answer to {{presentation_purpose}}.

Display "Requirement collection completed".

Step 3: Knowledge Base Analysis and Pattern Selection

Display "=== Knowledge Base Analysis ===".

Based on {{presentation_knowledge}}, analyze the optimal approach for the combination of {{audience_type}}, {{presentation_time}}, and {{presentation_purpose}}.

From the presentation framework, extract:

Audience-Specific Approach

Based on {{audience_type}}, determine:

  • Appropriate level of detail
  • Preferred communication style
  • Key persuasion factors
  • Optimal visual design approach

Time-Based Structure Pattern

Based on {{presentation_time}}, select:

  • Number of main sections
  • Time allocation per section
  • Appropriate depth of content
  • Recommended slide count

Purpose-Driven Content Strategy

Based on {{presentation_purpose}}, determine:

  • Opening strategy
  • Main message delivery method
  • Evidence and support materials
  • Closing and call-to-action approach

Save the analysis results to {{strategy_analysis}}.

Step 4: Customized Structure Generation

Display "=== Customized Presentation Structure Generation ===".

Using {{strategy_analysis}} and {{presentation_knowledge}}, generate a specific presentation structure for {{presentation_theme}}.

Create the following comprehensive structure:

1. Overall Structure Framework

  • Opening section (duration and key elements)
  • Main body sections (number, topics, duration)
  • Closing section (duration and key elements)

2. Detailed Section Breakdown

For each section, specify:

  • Main message/objective
  • Key content points
  • Recommended slides
  • Timing and transitions

3. Slide-by-Slide Outline

Provide concrete slide titles and main content for:

  • Title slide
  • Agenda/overview slide
  • Main content slides
  • Summary/conclusion slide
  • Q&A preparation

4. Delivery Recommendations

Based on audience type and purpose:

  • Speaking style suggestions
  • Visual aid recommendations
  • Interaction strategies
  • Potential questions preparation

Save the complete structure to {{final_structure}}.

Step 5: Output and Validation

Display "=== Generated Presentation Structure ===".

Present {{final_structure}} in a clear, actionable format.

Quality Validation

Verify the generated structure against knowledge base criteria:

  • Audience Appropriateness: Does it match {{audience_type}} preferences?
  • Time Feasibility: Can it be delivered within {{presentation_time}}?
  • Purpose Alignment: Does it effectively serve {{presentation_purpose}}?
  • Theme Coverage: Does it comprehensively address {{presentation_theme}}?

Customization Notes

Highlight specific adaptations made for this presentation:

  • Unique elements for this audience type
  • Time-specific optimizations
  • Purpose-driven content choices
  • Theme-specific recommendations

Step 6: Additional Resources and Examples

Based on the generated structure, provide:

Sample Content Examples

  • Opening statement examples
  • Transition phrase suggestions
  • Closing statement options

Visual Design Recommendations

  • Slide layout suggestions
  • Color scheme recommendations
  • Font and typography guidelines

Backup Strategies

  • Content to cut if time runs short
  • Additional content if time allows
  • Alternative explanations for technical concepts

Display "Presentation structure generation completed with knowledge base guidance".

Learning Points

Pattern 7 Implementation

  1. Knowledge Base Loading: Static professional knowledge from external file
  2. Requirement Analysis: Dynamic adaptation to user-specific needs
  3. Pattern Matching: Selection of optimal approaches from knowledge repository
  4. Customized Generation: Application of knowledge patterns to specific cases

Knowledge Base Value

  • Expertise Democratization: Professional knowledge accessible to beginners
  • Consistency: Reliable quality across different users and situations
  • Efficiency: Rapid generation of high-quality structures
  • Scalability: Knowledge base can be expanded and refined over time

Integration Benefits

  • Sequential Pipeline: Systematic progression from requirements to final output
  • Conditional Execution: Different strategies based on audience and purpose types
  • Modular Design: Reusable knowledge components for various presentation scenarios

Knowledge Base Pattern Characteristics:

  1. Static Knowledge Repository: Curated professional expertise stored in accessible format
  2. Dynamic Application: Knowledge adapted to specific requirements and contexts
  3. Pattern Recognition: System identifies optimal approaches from knowledge patterns
  4. Quality Assurance: Professional-grade outputs even from non-expert users
  5. Scalable Expertise: Knowledge base grows and improves over time

This example demonstrates how Pattern 7 enables democratization of professional expertise through structured knowledge bases that can be dynamically applied to individual requirements, producing consistently high-quality, customized solutions.