A TodoMVC example application built with Cycle.js to demonstrate reactive functional programming patterns.
TodoMVC in Cycle.js is an example implementation of the TodoMVC application using the Cycle.js framework. It demonstrates how to build a reactive, functional user interface for managing todo items with clear separation of logic and effects.
Developers learning Cycle.js or functional reactive programming who want to see a practical, well-structured example of a real-world application.
It provides a reference implementation that showcases best practices in Cycle.js, including state management with onionify and different reactive stream libraries, making it an excellent educational resource.
TodoMVC example implemented in Cycle.js
Provides branches using xstream, RxJS, and Immutable.js, allowing developers to compare different reactive stream libraries within Cycle.js.
Showcases functional reactive programming with pure functions and unidirectional data flow, making it a practical learning resource for FRP concepts.
Includes a branch that uses onionify for predictable state management, illustrating best practices for handling state in Cycle.js applications.
Based on the TodoMVC standard, it serves as a comprehensive reference for understanding Cycle.js architecture and patterns.
Cycle.js has a smaller community and ecosystem compared to mainstream frameworks, limiting available resources, tooling, and third-party integrations.
The README mentions needing to delete folders to run older branches, indicating unclear or cumbersome setup instructions that could confuse users.
As a TodoMVC example, it only covers basic CRUD operations and doesn't address complex real-world scenarios like routing or external API integrations.
A functional and reactive JavaScript framework for predictable code
Interactive diagrams of Rx Observables
Matrix Multiplication is an interactive web application designed to demystify matrix multiplication through visual learning. It implements the creator's 'waterfall method'—a mnemonic technique that makes the process intuitive by aligning and combining matrices in a natural, flowing motion. ## Key Features - **Interactive Calculator** — Input custom matrices and see step-by-step multiplication results. - **Waterfall Visualization** — Animates the 'waterfall method' where the second matrix rotates and trickles down to combine with the first. - **Educational Focus** — Built specifically to help students grasp matrix multiplication without rote memorization. - **Self-Evident Mnemonics** — Provides visual cues that make the mathematical logic clear and memorable. ## Philosophy The project emphasizes intuitive understanding over memorization, aiming to transform a traditionally abstract mathematical operation into a visually engaging and logical process.
A social network off the grid (real repo at https://gitlab.com/staltz/manyverse)
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