Murali

Overview

A cleaner way to build mathematical animation

Murali treats animation as system design: composable scene objects, precise timelines, and a renderer built for modern graphics APIs.

Time-driven animation

Deterministic scenes built as explicit functions of time.

GPU-native rendering

Typed scene construction

Rust gives large animation codebases structure and safety.

Showcase

See Murali in action

A few short examples of the kinds of visuals you can build with Murali.

Payful shapes animation

A polished animation showing large no of shapes doing movement

Tattva move animation, alongwith camera smooth movement

We show a Tattva moving, and then also the camera following that Tattva, while it keeps rotating

Paths

Choose the right place to begin

Start with the basics, move into tattvas and timelines, or go directly into the engine internals.

Quickstart

Get started

Introduction, installation, and your first scene.

Learn tattvas

Shapes, text, layout, and storytelling building blocks.

Master timelines

Animation scheduling, easing, and scene orchestration.

Study the engine

Architecture, projection, renderer internals, and ECS flow.

Explore

Documentation, internals, examples, and showcase videos

Murali includes storytelling primitives, architecture notes, a companion examples repository, and showcase videos so you can move from concept to scene quickly.

Example code snippets

Runnable Murali examples in a dedicated GitHub repository.

Open resource →Videos

YouTube showcase

Watch Murali showcase videos and visual demos on the official channel.

Open resource →

Storytelling primitives

Stepwise diagrams and visual explanation components, with Stepwise as the recommended path for new storytelling work.

Feature internals

Implementation notes for major systems such as Stepwise and neural diagrams.