Stylelint config that sorts related property declarations by grouping together following the order: Positioning, Box Model, Typography, Visual, Animation, Other.
Prettier plugin which sorts related style property declarations
Rational approximation with bounded denominator
Stylelint config that sorts related property declarations by grouping together following the order: Positioning, Box Model, Typography, Visual, Animation, Other.
Stylelint config that sorts related property declarations by grouping together following the order: Positioning, Box Model, Typography, Visual, Animation, Other.
An arbitrary length rational number library for Javascript
Test harness for running JavaScript and Matter certification tests
A factory for kernel functions
Rush plugin for lint-staged
Stylelint plugin that sorts related property declarations by grouping together following the order: Positioning, Box Model, Typography, Visual, Animation, Other.
A no-depndency, lightweight library for arithmetic with rational numbers
Lightweight full-text search engine in Javascript for browser search and offline search.
The RAW rational numbers library
A cli for fs-extra
Prettier plugin which sorts related style property declarations
Stylelint config that sorts related property declarations by grouping together following the order: Positioning, Box Model, Typography, Visual, Animation, Other.
Prettier Plugin for Rational CSS Properties Styling Order
Minimal rational number library using BigInt
Stylelint config that sorts related property declarations by grouping together following the order: Positioning, Box Model, Typography, Visual, Animation, Other.
Matter.js tooling
A big integer rational number
Evaluate n-Dimensional Non-Uniform Rational B-Splines (NURBS)
Low-level FFmpeg bindings for Bare
Minimal ESLint configurations for reducing version control noise and avoiding common mistakes.
Utility-first rational-number primitives for RustUse
Utility-first facade crate for RustUse math utilities
Utility-first arithmetic primitives for RustUse
Utility-first numeric building blocks for RustUse
A hand crafted class for rational numbers, a result the the first exercise of J. B. Rainsberger's onlne course 'The World's Best Intro to TDD'
Use git to manage your rationally-versioned releases
A tree structure for Mongoid documents using the materialized path pattern and rational number sorting.
Radix is a very easy to use Ruby library for converting numbers to and from any base. It supports both Integer, Float and Rational numbers, as well as representational string-notations that need not be in ASCII order.
BasketCase is a (Ruby) script that encapsulates the Rational ClearCase command-line interface, <code>cleartool</code>, making it (slightly) more comfortable for developers more used to non-locking version-control systems such as CVS or Subversion.
Any pairing function can be used in set theory to prove that integers and rational numbers have the same cardinality as natural numbers.
Radix is a very easy to use Ruby library for converting numbers to and from any base. It supports both Integer, Float and Rational numbers, as well as representational string-notations that need not be in ASCII order. (String patches removed to work with Ruby 2.1 See https://github.com/rubyworks/radix/issues/10)
C, then D, C++, C# -- now C^2, simple C templates using Ruby. Consider this to be a sort of carpenter's square. We call it C^2, or csquare. It's a simple tool for simple jobs. This gem was developed for use in NMatrix (part of the SciRuby Project). We wanted to be able to write a single function and have it be modified to produce C sources for each datatype (rational, complex, integer, float, Ruby object, etc). It also produces some rudimentary function pointer arrays if you so desire, so that these functions can be accessed using array notation. Experimental! Use at your own risk. Actually, don't use this at all! It's extremely buggy and probably won't be useful for your purposes. It's really custom-designed to handle a specific use case: NMatrix dtype templates.
SMO Flow is a Ruby library created by Sebastian Madrid Ontiveros to help support hydraulic modelling in the UK and around the world. It was developed in response to the lack of hydraulic modelling libraries available for Ruby, with the aim of making subcatchment runoff and flow calculations simpler, clearer, and more accessible. The library provides a developer-friendly way to estimate flow from roads, roofs, permeable areas, foul flow, and trade flow, using the Rational Method and timestep-based calculations. If you find this project useful and would like to support its development, please consider donating: https://buymeacoffee.com/smadrid
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