- Implemented computeMikkTSpaceTangents for consistent tangent generation.
- Added mergeGeometries to combine multiple BufferGeometries.
- Introduced mergeAttributes for merging BufferAttributes.
- Created deepCloneAttribute for cloning BufferAttributes.
- Developed interleaveAttributes and deinterleaveAttribute for attribute management.
- Added estimateBytesUsed to calculate memory usage of geometries.
- Implemented mergeVertices to optimize vertex data.
- Created toTrianglesDrawMode for converting geometries to triangle mode.
- Added computeMorphedAttributes for handling morph targets in geometries.
- Implemented mergeGroups to consolidate geometry groups.
- Developed toCreasedNormals for generating smooth normals with crease angles.
- Updated site coordinates and bearing to reflect accurate positioning.
- Enhanced ground height calculations based on surveyed data.
- Adjusted road and parcel boundary definitions for better accuracy.
- Improved parking layout and added car models to reflect design.
- Refined roof construction logic and added detailed roof geometry.
- Updated window and door placements according to revised floor plans.
- Enhanced comments for clarity and understanding of the code structure.
- Introduced a new section in the UI for selecting fence heights, visible only when the fence option is enabled.
- Updated the fence label to clarify the presence of gates.
- Enhanced the JavaScript logic to manage the visibility of fence heights based on user selection.
- Modified the fence rendering logic to accommodate different heights and ensure proper visibility based on the selected height.
- Updated CSS to style the new fence height controls appropriately.
- Adjusted the model configuration to reflect changes in the fence height options.
- Introduced `legacy-shaders.js` containing vertex and fragment shaders for rendering.
- Implemented `model-io.js` for parsing and encoding GLB files, ensuring compatibility with glTF 2.0.
- Created `project-panel.js` to manage project resources and survey overlays, enhancing user interaction.
- Added `solar.js` for calculating solar positions based on UTC time, latitude, and longitude.
- Developed `three-renderer.js` as a standard backend for Three.js, managing scene rendering and material synchronization.
- Included a new GLB model `dum.glb` for testing and demonstration purposes.
- Established `data_checks.mjs` for validating model data and ensuring integrity of assets.
- Created `prepare_export.py` to facilitate Blender GLB exports, maintaining material and node references.
- Added `vendor_three.py` to download and configure a local version of Three.js for the project.
martin.fencl
