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Technical Architecture Expanded
HYWE is structured as a deterministic computational pipeline transforming programmatic intent into spatial organization.
Responsible for parsing architectural programming and relational syntax.
Outputs:
- TreeNode hierarchies
- adjacency structures
- organizational relationships
Acts as an evolving atomic spatial primitive participating in localized organization.
Responsible for higher-order clustering and relational grouping.
Responsible for deterministic geometric evaluation and polygon cleaning.
Outputs:
- geometric primitives
- bounded areas
- mathematically exact spatial shapes
Handles planar configuration and 2D spatial interpretation.
Outputs:
- SVG rendering
- planar organization
- adjacency resolution
Handles spatial nesting and internal recursive configurations.
Outputs:
- nested layout
- hierarchical containment
- sub-configurations
Handles vertical aggregation and volumetric interpretation.
Outputs:
- stacked massing
- volumetric continuity
- WebGPU visualization
Note
The WebGPU Massing renderer is currently Experimental.
It reads the vertical stacking configurations derived from Zaxel primitives and uses Goxel boundaries to generate 3D polygonal meshes. By leveraging the high-performance capabilities of WebGPU, HYWE can render complex deterministic topological massing rapidly in the browser. Further optimizations for massing and sequence visualization are actively under development.
Investigates spatial metrics and organizational evaluation.
Supports deterministic spatial configuration dataset collection, moderation, and provenance tracking.
Handles the persistence and sharing of deterministic configurations.
Outputs:
- Elmish/Bolero state tracking
- Base34 serialization via Lexel
- Compressed shareable URL generation