20240054255. ROBUST RENDERER FOR MULTI-LAYER PRESENTATION simplified abstract (Nuvolo Technologies Corporation)
Contents
ROBUST RENDERER FOR MULTI-LAYER PRESENTATION
Organization Name
Nuvolo Technologies Corporation
Inventor(s)
Khoa Nguyen Van Ho of Houston TX (US)
Tejas Yadav of West Haven CT (US)
ROBUST RENDERER FOR MULTI-LAYER PRESENTATION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240054255 titled 'ROBUST RENDERER FOR MULTI-LAYER PRESENTATION
Simplified Explanation
The patent application describes systems and techniques for rendering multi-layer computer-aided design related documents.
- Accessing layers associated with a floorplan, including a visual layer and an interactive layer.
- Determining outer boundaries for a selected layer.
- Generating a boundary layer based on outer boundaries to surround layer content.
- Scaling layers based on the boundary layer to be within a threshold distance of its size.
- Aligning the visual layer and interactive layer in a merged graphics layer for user interaction.
Potential Applications
- Architectural design software
- Engineering design tools
- Interior design applications
Problems Solved
- Efficient rendering of multi-layer CAD documents
- Improved user interaction with complex design files
- Enhanced visualization of floorplans
Benefits
- Streamlined workflow for designers
- Better user experience with interactive design elements
- Increased accuracy in scaling and aligning design layers
Original Abstract Submitted
systems and techniques for rendering multi-layer computer-aided design related documents are described. a described technique includes accessing layers associated with a floorplan, the layers including a visual layer that depicts the floorplan and an interactive layer that enables user interaction with the visual layer. the layers can have different sizes. the technique includes determining outer boundaries for a selected layer. the technique includes generating a boundary layer based on a polygon defined by the outer boundaries that surrounds layer content. the technique includes scaling, based on the boundary layer, one or more of the layers to have a size that is within a threshold distance of the boundary layer's size, and after scaling, aligning the visual layer and the interactive layer in a merged graphics layer so that the interactive layer can detect user interaction with a corresponding portion of the visual layer.
