Implement three-layered geometric primitive traits in Rust.
npx skills add https://github.com/RedRing2020/RedRing --skill foundation-redring2020
Please help me install this Agent Skill. Skill: Foundation パターン Source: https://github.com/RedRing2020/RedRing/tree/main/.github/skills/foundation-pattern Command: npx skills add https://github.com/RedRing2020/RedRing --skill foundation-redring2020
This Skill defines and guides the implementation of a standardized, three-layered design pattern for all geometric primitives within the RedRing project, ensuring consistency and interoperability.
Constructor, Properties, and Measure traits for geometric shapes.Bounded) and spatial properties (SpatialExtension).AnalysisTransform3D).Implement the LineSegment3DConstructor trait for the LineSegment3D struct in geo_primitives/src/line_segment_3d_foundation.rs.
High-intent search queries and answers about installing and using this skill.
Implement geometric primitives in Rust by adopting a three-layered design pattern that defines Core Traits, Extension Traits, and Transform Traits to ensure system consistency and interoperability.
The Foundation Pattern is a standardized three-layered design pattern for geometric primitives detailing Core Traits for construction, Extension Traits for spatial properties, and Transform Traits for geometric operations.
Add a new geometric primitive by following guidelines to implement necessary Constructor, Properties, Measure, Bounded, and AnalysisTransform3D traits within dedicated foundation files to integrate with the geometry system.
Yes, the Foundation Pattern supports bounding box calculations and spatial extensions through Extension Traits including Bounded, MeasurableExtension, and SpatialExtension for extended geometric functionality.
Yes, you can handle geometric transformations like translation, rotation, and scaling using the AnalysisTransform3D trait provided within the Transform Traits layer of the design pattern.
A limitation is the requirement to implement multiple trait layers including associated error handling, which demands strict adherence to specifications when creating any new geometric primitive.
jmdueaExtract hierarchical symbol information from Rust source files using LSP.
tondevrelManipulate and analyze planar geometric objects using Python.
jaccenConvert and analyze CAD, mesh, and 3D Gaussian representations for geometry processing.
RedRing2020Define standardized implementation patterns for geometric primitives in Rust.