thi-ng/umbrella

Features

• Reactive Component Models - Provides a reactive component model that generates HTML, SVG, and Canvas elements from nested data structures.
• UI Rendering Engines - Implements a reactive UI rendering engine that generates HTML, SVG, and Canvas elements from nested data structures.
• Computational Geometry - Performs spatial operations like convex hulls and Voronoi diagrams to analyze complex geometric datasets.
• Async Iterable Streams - Implements async iterators and reactive event streams for transforming continuous data flows in Deno.
• High-Performance Data Exchange - Implements high-performance binary data exchange and raw memory layout optimization for real-time stream transformation.
• Managed Memory Allocators - Provides low-level memory pool allocation and binary layout management to optimize high-speed data exchange.
• Binary Memory Layouts - Manages raw memory buffers using fixed offsets and typed views to optimize high-performance data exchange.
• Functional Programming Toolkits - Provides a broad collection of functional programming building blocks and libraries for TypeScript development.
• WebAssembly Bridges - Provides WebAssembly bindings to bridge JavaScript and WebAssembly across different memory layouts.
• Specialized Data Structures - Implements specialized information organization using adjacency matrices and sparse sets for lookup efficiency.
• Spatial Operation Algorithms - Implements 2D and n-D spatial operations including convex hulls and Voronoi diagrams for data analysis.
• JavaScript Linear Algebra Libraries - Provides high-performance linear algebra, tensor operations, and geometric calculations implemented in TypeScript.
• Linear Algebra Routines - Implements fundamental linear algebra routines and tensor operations using dual number algebra for automatic differentiation.
• Binary Data Processing - Provides a toolkit for binary data processing and specialized memory-managed lists in TypeScript.
• Declarative UI Generation - Generates user interfaces from structured, declarative definitions using a reactive component model.
• GLSL Shader Workflows - Constructs cross-platform GLSL shader code using an abstract syntax tree for optimization.
• AST-Based Shader Generation - Constructs cross-platform shader code via abstract syntax trees to optimize GLSL for graphics rendering.
• Domain Specific Languages - Implements custom interpreted or stack-based languages using S-expressions to execute specialized logic.
• Functional Programming Patterns - Provides building blocks for implementing consistent functional programming paradigms within TypeScript.
• Functional Building Blocks - Ships independent functional libraries for processing geometry, mathematics, and general datasets.
• S-Expression Languages - Executes specialized logic by parsing S-expressions into a stack-based execution model.
• Automatic Differentiation - Calculates precise derivatives by tracking values and gradients using dual number algebra.
• Shader Code Generators - Constructs cross-platform GLSL code by translating a high-level structural tree into optimized shader strings.
• TypeScript Monorepos - Organizes a diverse set of independent libraries and examples within a single structured codebase.
• CSS in JS Libraries - Functional styling utilities for web applications.

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