- Integrated new components: DungeonToolset, DungeonObjectInteraction, DungeonRenderer, DungeonRoomLoader, and DungeonUsageTracker to streamline dungeon editing functionalities.
- Updated DungeonEditor to utilize the new components for room loading, object interaction, and rendering, improving code organization and maintainability.
- Enhanced object selection and placement features, including drag-and-drop functionality and improved UI interactions.
- Removed legacy methods and refactored existing code to delegate responsibilities to the new components, ensuring a cleaner architecture.
- Added support for usage tracking of blocksets, spritesets, and palettes across dungeon rooms, providing insights for optimization.
- Added methods for object selection rectangle handling, including CheckForObjectSelection, DrawObjectSelectRect, and SelectObjectsInRect.
- Enhanced DungeonEditor to support right-click drag selection for multiple objects, improving user interaction and object management.
- Updated the UI in DungeonObjectSelector to optimize object previews and improve layout for better visibility.
- Refactored various sections of DungeonEditor for code clarity and consistency, including adjustments to object rendering and selection processes.
- Deleted the `dungeon-integration-tests.md` file, which contained comprehensive integration tests for the dungeon object rendering system.
- Added `dungeon-object-system.md`, detailing the architecture, object types, placement processes, rendering pipeline, and user interface components of the YAZE Dungeon Object System.
- Enhanced the DungeonEditor and DungeonObjectSelector with improved UI methods and object selection callbacks for better user interaction and object management.
- Replaced vertical separators with standard separators in the EditorManager's menu bar for consistency.
- Introduced a new room selection callback mechanism in DungeonRoomSelector to facilitate room selection events.
- Enhanced DungeonEditor with drag-and-select functionality for object placement, improving user interaction.
- Added an object browser in DungeonObjectSelector for better object management and preview capabilities.
- Streamlined object rendering and selection processes, ensuring a more intuitive editing experience.
- Introduced a detailed design plan document for the Yaze Dungeon Editor, outlining the current architecture, main components, and core systems.
- Documented identified issues and applied fixes, including crash prevention and UI simplification, along with a roadmap for future development phases.
- Enhanced clarity on the implementation guidelines, testing strategies, and performance considerations to support ongoing development efforts.
- Established a structured approach for new developers to understand the codebase and contribute effectively to the project.
- Introduced new classes for DungeonRoomSelector and DungeonObjectSelector to enhance room and object management within the dungeon editor.
- Implemented UI components for selecting rooms and entrances, allowing users to easily navigate and manage dungeon layouts.
- Added functionality for rendering room graphics and object previews, improving the visual editing experience.
- Updated the DungeonEditor class to integrate the new selectors, streamlining the overall editing workflow.
- Enhanced error handling and validation in room and object management processes to ensure robust functionality.
- Refactored the DungeonEditor class to include new methods for loading and rendering room graphics, improving the overall graphics management system.
- Introduced LoadAndRenderRoomGraphics and ReloadAllRoomGraphics methods to streamline the loading process for room graphics.
- Updated the UI to provide buttons for loading room graphics and reloading all graphics, enhancing user interaction.
- Improved background rendering logic by adding RenderRoomBackgroundLayers, ensuring proper layering of graphics.
- Adjusted data types in UI text displays for better accuracy and consistency in rendering information.
- Introduced a new documentation file detailing the Yaze Dungeon Editor, covering its architecture, core components, coordinate system, object rendering system, user interface, and integration with ZScream.
- Included sections on usage examples, testing and validation strategies, and future enhancements to provide a complete overview of the editor's capabilities.
- Removed the outdated dungeon object rendering refactor documentation to streamline resources and focus on the comprehensive guide.
- Enhanced clarity and organization of the documentation to support both novice and expert users in effectively utilizing the dungeon editing tools.
- Introduced a new DungeonEditorSystem to streamline dungeon editing functionalities, including room properties management and object editing.
- Enhanced the DungeonEditor class to initialize the new editor system and manage room properties effectively.
- Added comprehensive object editing capabilities with a dedicated DungeonObjectEditor, supporting object insertion, deletion, and real-time preview.
- Implemented improved UI components for editing dungeon settings, including integrated editing panels for various object types.
- Enhanced error handling and validation throughout the dungeon editing process to ensure robust functionality.
- Updated integration tests to cover new features and validate the overall performance of the dungeon editing system.
- Introduced new object rendering features in DungeonEditor, allowing for improved visualization of dungeon objects with options to show outlines, render objects, and display object information.
- Implemented a caching mechanism for rendered objects to optimize performance.
- Added functionality to load and manage room layouts, including walls, floors, and other structural elements, enhancing the overall editing experience.
- Refactored object handling in Room and RoomObject classes to support new rendering logic and ensure compatibility with the updated layout system.
- Introduced ObjectParser for efficient parsing of object data directly from ROM, improving reliability and performance in object rendering.
