opentoonz/opentoonz

Features

• 2D Animation Production - Provides a professional set of digital production tools to create 2D animated sequences.
• 2D Animation Software - Provides a full-featured production suite for creating professional 2D animated sequences.
• Digital Art Animation Suites - Implements a complete workflow for importing scanned drawings, managing palettes, and processing hybrid raster-vector art.
• Digital Painting Software - Applies anti-aliased lines and palette colors to high-definition images while maintaining high performance.
• High Dynamic Range Rendering - Processes high-precision color data using floating point precision to maintain brightness and depth for cinema.
• Layered Compositing Stacks - Organizes visual elements into discrete layers merged using blending modes and digital filters during output.
• Exposure Sheet Coordination - Coordinates animation timing by organizing drawing sequences using digital exposure sheets to synchronize motion.
• Timing Sheet Coordination - Provides tools to coordinate animation timing and cinematography using digital exposure sheets.
• Node-Based Visual Effects - Processes visual effects by routing image data through a directed graph of functional nodes for final scene synthesis.
• Raster-Vector Hybrid Pipelines - Maintains parallel representations of imagery to allow seamless conversion between pixel-based painting and mathematical vector paths.
• Animation Timing Engines - Includes a comprehensive system for organizing drawing sequences and synchronizing motion using digital exposure sheets.
• Character Color Management - Decouples color data from geometry via palettes, allowing global character color adjustments without reprocessing images.
• Global Character Coloring - Applies palette systems to artwork, allowing global color adjustments across images without reprocessing individual files.
• Indexed Color Management - Decouples color data from geometry by assigning index values to artwork that map to a global color table.
• Analog Pencil Simulations - Uses halftone information to replicate the natural appearance of analog pencil lines in digital drawings.
• Animation Digitization - Converts physical paper drawings into digital frames via scanning protocols and binarization.
• Animation Scanning Protocols - Imports physical drawings via scanning protocols to organize frames using binarization and numbering.
• Animation Sequence Renderers - Includes a rendering engine capable of producing high-definition and HDR output compatible with cinema standards.
• Exposure Sheet Visualizations - Replicates the functionality of traditional paper exposure sheets for displaying timing files and notes.
• Custom Image Filters - Provides a dedicated software development kit to build and integrate custom image processing plugins.
• Texture Deformation - Allows painted textures to be shaped to fit the specific outlines of hand-drawn objects.
• Image Warping Engines - Provides tools to deform textures and patterns to fit the shapes of reference drawings.
• Pencil Motion Testing - Allows reviewing animation timing by playing back rough sketches or keyframes before final production.
• Raster-to-Vector Conversions - Manages transitions between raster and vector formats to ensure compatibility across the production workflow.
• Visual Effects Composition - Combines layers and applies digital filters to create effects such as light streaks, lens distortion, and surface bumps.
• Plugin-Based Architectures - Exposes a software development kit for integrating external C++ image processing modules into the core rendering pipeline.

Star history