New Development Roadmap for my Adventure Game.

## **Development Roadmap: Revision Theta**
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### 1. Basic CYOA Style Game
- **Objective**: Establish the foundation of the game's narrative and decision-making mechanics.
- **Tasks**:
  - Write the narrative with branching paths.
  - Implement decision points via keyboard input.
  - Test to ensure all branches lead to intended outcomes.
- **Milestone**: Functional CYOA game with linear narrative.
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### 2. Navigation System
- **Objective**: Introduce a navigation system for player movement.
- **Tasks**:
  - Develop a navigation system independent of scene choices, allowing free exploration.
  - Implement directional commands (e.g., north, south, east, west) and relative directions (e.g., forward, backward).
  - Test navigation for seamless transitions.
  - Map out the game world (e.g., grid or room connections).
- **Milestone**: Working navigation system.
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### 3. Room Independence for Reusability
- **Objective**: Make rooms independent and reusable by decoupling their descriptions and choices from a single linear path.
- **Tasks**:
  - Refactor room data to include a generic description and multiple choice sets (e.g., a JSON structure with a description and choice sets).
  - Implement logic to select the appropriate choice set based on context (e.g., the previous room or player state).
  - Test room reusability by ensuring the same room can be revisited with different choices.
- **Milestone**: Rooms are independent and reusable with context-based choices.
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### 4. Multiple Player Characters
- **Objective**: Introduce multiple playable characters into the game.
- **Tasks**:
  - Define roles and attributes for each playable character.
  - Implement the ability to switch between characters or control multiple characters.
  - Ensure interactions and story progression accommodate multiple characters.
  - Note: Character switching enhances non-linearity by allowing players to tackle different tasks or overcome obstacles.
- **Milestone**: Multi-character gameplay implemented.
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### 5. Introduction of Parser
- **Objective**: Enable text command inputs for player interactions.
- **Tasks**:
  - Develop a basic parser to interpret text commands.
  - Implement basic parsing functionality to recognize and interpret player commands (e.g., "1" + Enter, mimicking current system).
  - Test parser to ensure it responds correctly.
- **Milestone**: Functional text parser.
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### 6. Implementation of Inventory System
- **Objective**: Allow players to collect and manage items.
- **Tasks**:
  - Develop an inventory system to allow players to collect, manage, and use items found throughout the game.
  - Implement commands for manipulating the inventory (e.g., "take", "drop", "use", "examine"; initially inventory-focused).
  - Test the inventory system for usability.
  - Define initial items and their purposes.
- **Milestone**: Working inventory system.
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### 7. Expansion of Interactivity
- **Objective**: Increase the complexity of interactions.
- **Tasks**:
  - Expand the parser vocabulary with more verbs and actions (build on Phase 7 commands, ensuring they work for in-game items and environment).
  - Add complex interactions and responses.
  - Ensure logical flow and consistency in interactions.
  - Test edge cases (e.g., invalid commands).
- **Milestone**: Enhanced interactivity.
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### 8. Centralized State Management System
- **Objective**: Implement a comprehensive state management system to preserve game progress, including room states, to enhance player experience and support non-linear gameplay.
- **Tasks**:
  - Design a data structure to store game state (e.g., current room ID, player choices, room states like "door unlocked" or "item taken").
  - Develop a save system to write the game state to a file (e.g., JSON or a custom format).
  - Implement a load system to restore the game state from a saved file.
  - Test the save/load system to ensure all states (including room-specific changes) are preserved and restored correctly.
  - Ensure compatibility with reusable rooms (from Phase 3) and multiple character states (from Phase 4).
- **Milestone**: A fully functional state management system with room state preservation.
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### 9. Implementation of Dialogue Trees
- **Objective**: Implement a dialogue tree system for branching NPC conversations.
- **Tasks**:
  - Design a dialogue tree structure supporting multiple levels and branches.
  - Integrate with the state system to enable conditional responses based on player choices and game state.
  - Support inventory and character state checks within dialogue.
  - Test dialogue trees for logical flow and edge cases.
- **Milestone**: Functional dialogue tree system.
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### 10. Puzzle Design and Implementation
- **Objective**: Create engaging and challenging puzzles for the game.
- **Tasks**:
  - Design puzzles that integrate with the narrative and gameplay.
  - Implement puzzle mechanics and solutions.
  - Test puzzles for logic and fun.
  - Categorize puzzles (e.g., logic, inventory-based, environmental) for testing and variety.
- **Milestone**: Implemented puzzles.
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### 11. Add Audio-Visual Elements
- **Objective**: Enhance the game with static visuals and music.
- **Tasks**:
  - Add static images for each scene.
  - Include background music to set the mood (using public domain or Creative Commons tracks).
  - Ensure music and images align with the narrative.
- **Milestone**: Basic audio-visual integration.
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### 12. Create Backgrounds and Scene Visuals
- **Objective**: Turn static images into backgrounds, inserted behind text descriptions.
- **Tasks**:
  - Develop backgrounds for each scene.
  - Turn static images into backgrounds, inserted behind text descriptions.
  - Add sound effects to enhance scenes.
  - Test visuals for alignment with the narrative.
  - Test visuals across different resolutions.
  - Create a style guide for art consistency.
- **Milestone**: Backgrounds implemented behind text descriptions.
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### 13. Creation of Clickable Hotspots, Including Navigation
- **Objective**: Allow player interaction through clickable elements.
- **Tasks**:
  - Define hotspot areas (e.g., doors, items).
  - Add clickable hotspots within scenes for player interaction.
  - Implement navigation controls (e.g., clickable doors or arrows).
  - Modify or remove text descriptions to favor visuals.
  - Test clickable elements for responsiveness.
- **Milestone**: Clickable navigation and hotspots.
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### 14. Create Visual and Auditory Feedback for Scene Interactions
- **Objective**: Provide feedback for player interactions.
- **Tasks**:
  - Add animations or effects for interactive elements.
  - Include audible feedback (e.g., sound effects).
  - Test feedback mechanisms.
  - Balance feedback volume and duration.
- **Milestone**: Interactive feedback implemented.
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### 15. UI Design and Implementation
- **Objective**: Develop and integrate a user interface.
- **Tasks**:
  - Prototype UI in a separate project (e.g., inventory displays, dialogue boxes).
  - Design the UI layout.
  - Implement UI elements.
  - Test the UI for usability.
- **Milestone**: Functional UI.
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### 16. NPCs as Separate Objects
- **Objective**: Introduce non-player characters (NPCs) as interactive elements.
- **Tasks**:
  - Make NPCs clickable objects.
  - Add dialogue trees with multiple levels.
  - Ensure NPC interactions are engaging and meaningful.
- **Milestone**: Interactive NPCs.
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### 17. Make Inventory System Interactive
- **Objective**: Enhance the inventory system with graphical elements.
- **Tasks**:
  - Create graphical representations of inventory items.
  - Add clickable hotspots to the inventory.
  - Include graphical and audible feedback.
  - Map items to hotspots (e.g., click to use).
- **Milestone**: Graphical inventory system.
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### 18. Character Movement
- **Objective**: Add character movement for exploration.
- **Tasks**:
  - Implement controllable character movement.
  - Animate character movements.
  - Include audio feedback for character actions.
  - Test movement boundaries (e.g., room edges).
- **Milestone**: Character movement implemented.