WebAssembly bindings for ruvector-math: Optimal Transport, Information Geometry, Product Manifolds
manifolds nextjs eslint config
WebAssembly bindings for ruvector-math: Optimal Transport, Information Geometry, Product Manifolds
Configuration-as-physics for software. Self-organizing layers, feature manifolds, and commit-time structural validation. No rules to follow—only gravitational fields.
specifications for manifolds
Layer 5: Geometric manifolds - the shape of mathematical space
Business Gravity Sandbox 2.0 - 14D DNA Vector Collision Engine & Strategic Auditor.
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[Live Demo](https://jure.github.io/webphysics/)
Riemannian geometry, manifold optimization, and geodesic computation in Rust
Lie group manifolds (SE2, SE3, SO2, SO3, Rn) with analytic Jacobians for optimization
Vector storage optimizations for Manifold embedded database
Safe Rust bindings to manifold3d — f64-precision CSG booleans, 2D cross-sections, extrusion, SDF, and OBJ I/O with Send safety and automatic memory management
Raw FFI bindings to the manifold3d C API for constructive solid geometry
Dynamic-programming k-nearest-neighbor queries over birth-ordered point clouds, with optional 3D Delaunay construction.
Manifold Embedded Database
Time-series storage optimizations for Manifold embedded database
Graph storage optimizations for Manifold embedded database
Concrete Riemannian manifold implementations for cartan: Sphere, SO(n), SPD(n), Grassmann, Euclidean
Embedding methods implemented in Rust: (parametric) UMAP, tSNE, PHATE, Diffusion Map and PacMAP.
Manifold learning algorithms (t-SNE, Isomap, etc.)
A CLI for managing data infrastructures in BigQuery
Rumale::Manifold provides data embedding algorithms, such as Multi-dimensional Scaling, Locally Linear Embedding, Laplacian Eigenmaps, Hessian Eigenmaps, and t-distributed Stochastic Neighbor Embedding, with Rumale interface.
Verify signed HTTP requests from Manifold
Ruby client for Manifold's API
Ruby client for Manifold's provider API
Mesh analysis tools (e.g. manifold checks) for Mittsu.
Templater has the ability to both copy files from A to B and also to render templates using ERB. Templater consists of four parts: - Actions (File copying routines, templates generation and directories creation routines). - Generators (set of rules). - Manifolds (generator suites). - The command line interface. Hierarchy is pretty simple: manifold has one or many public and private generators. Public ones are supposed to be called by end user. Generators have one or more action that specify what they do, where they take files, how they name resulting files and so forth.