nannou-org/nannou

Features

• Creative Coding Frameworks - Provides a comprehensive framework for building interactive visual and audio sketches using Rust.
• Creative Coding Frameworks - A Rust-based framework for building interactive visual and audio sketches with hardware-accelerated rendering.
• 2D and 3D Graphics Rendering - Provides hardware-accelerated rendering for 2D and 3D shapes, meshes, and text.
• Audio Digital Signal Processing - Provides digital signal processing for audio input and output, including synthesis and multi-channel streaming.
• Audio Processing - Manages audio input and output streams with support for various sample formats and hardware backends.
• Builder-Pattern Drawing Interfaces - Ships a chainable builder-pattern API for constructing geometry and transformations before GPU batching.
• Generative Art Toolkits - Offers specialized toolkits for programmatically creating generative digital art through geometry and color.
• GPU-Accelerated Shaders - Enables the writing and execution of custom GPU shaders for real-time graphics effects.
• Shape Drawing - Offers a simple API for drawing geometric shapes and meshes in 2D and 3D space.
• Custom Material Definitions - Implements a shader model abstraction to define custom rendering materials and GPU shaders.
• Vertex Shaders - Executes GPU vertex programs to transform vertex positions and attributes for real-time rendering.
• Polygon Mapping & Warping - Implements quad-warping techniques to align visual output with non-standard physical projection surfaces.
• Hardware Protocol Bridging - Implements a unified bridge for communicating with external hardware via MIDI, OSC, DMX, serial, and laser DAC protocols.
• Hardware Protocol Interaction - Exchanges data via industry standards including MIDI, DMX, and Serial to control external hardware.
• OSC Message Exchanges - Exchanges Open Sound Control messages over a network to synchronize data with other creative software.
• MIDI Output Controls - Sends and receives MIDI messages to interact with external musical instruments and digital controllers.
• Physical Hardware Control - Bridges software with physical devices by sending digital signals to lasers and other controllers.
• Unified Hardware Communication Interfaces - Provides a unified bridge for exchanging data via MIDI, OSC, DMX, serial, and laser DAC protocols.
• Central Event Loop Managers - Manages window creation, input events, and multi-window layouts through a central event loop.
• Application Loops - Controls the primary application update rate using modes like event-waiting or continuous refreshing.
• Model-View-Update Loop Implementations - Uses a model-view-update architecture to separate state updates from rendering for predictable frame-by-frame control.
• Application Window Managers - Manages the creation and event processing of cross-platform windows for interactive sketches.
• Audio Spectral Visualizations - Renders graphics that react in real time to audio amplitude and frequency data using spectral analysis.
• Random Number Generation - Produces random numbers and characters for procedural generation and stochastic visual behavior.
• 3D Primitive Generation - Programmatically generates standard 3D geometric primitives using vertices and indices.
• Audio Graph Routing - Implements a real-time audio capture and playback graph for modular routing of audio sources and processors.
• Audio Input Capture - Captures raw audio signals from microphones and other hardware input devices to use within sketches.
• Audio Playback - Decodes and plays back pre-recorded audio files within a creative coding context.
• Custom Material Definitions - Allows the definition of custom materials and compute shaders for specialized visual effects.
• Fragment Shader Rendering - Executes GPU fragment programs to apply per-pixel visual effects to geometry.
• Shader Injection Pipelines - Implements an Interactive Shader Format (ISF) pipeline for real-time graphics effects.
• DMX Interfaces - Provides interfaces to map lighting patterns to DMX channels for controlling stage lights and LEDs.
• Network Lighting Controllers - Sends lighting instructions over a network using the sACN protocol to manage stage lighting.
• 3D Scene Renderers - Implements a 3D scene rendering pipeline with support for cameras and lighting.
• Vector Graphics Renderers - Draws paths, polygons, and primitives using tessellation to support complex vector shapes and curves.
• Compute Shader Pipelines - Provides an architectural pipeline for executing WGSL compute shaders on the GPU.
• High-Performance Text Rendering - Renders multi-line and styled text using cached glyph atlases for high-performance display.
• Audio Synthesis - Generates artificial sound programmatically using oscillators and other signal generators.
• Perspective Warping - Implements geometric perspective warping to fit visual output to non-standard physical surfaces.
• Projection Mapping - Ships specialized tools for warping visual output to fit non-standard physical projection surfaces.
• Quad Warping - The project distorts a rectangular image to align precisely with a physical projection surface.
• Shape Animations - Animates geometric shape properties over time to create motion and visual effects.
• Vertex and Index Buffer Rendering - Provides capabilities to render custom vertex and index buffers as 3D meshes.
• Serial Port Interfaces - Establishes and manages data connections over USB serial ports in a cross-platform manner.
• Network DAC Communication - Discovers and communicates with laser digital-to-analog converters over the network.
• Vector Path Streaming - Controls laser projection hardware by streaming vector paths to DACs in real time.
• Laser Projector Control - Drives laser display hardware with vector graphics output for physical light shows.
• Multimedia Installations - Supports the design of physical art installations by integrating audio, video, and projection mapping.
• GPU-Accelerated Computation - Executes GPU compute shaders for high-performance, data-parallel processing within sketches.
• Animation Easing Functions - Transforms numeric ranges and applies mathematical easing functions for smooth visual animations.
• Immediate Mode GUI Toolkits - Integrates an immediate-mode GUI toolkit for adding interactive widgets like sliders and buttons to visual sketches.
• Window Configuration - Allows the creation and positioning of windows with custom sizes and display modes.
• Window Event Handling - Manages application windows and responds to keyboard, mouse, and resizing events.
• Multi-Window Controllers - Provides APIs for managing multiple independent window instances and their associated graphics contexts.

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