ColorCraft

Key Features

• •Native Aseprite Workflow: ColorCraft opens .ase and .aseprite files directly, preserving layers and animation data, enabling seamless integration with Aseprite for efficient pixel art recoloring without data loss.
• •Industrial-Scale Batch Processing: Recursively process entire folders of assets with multiple target palettes simultaneously, generating hundreds of color variations in seconds for rapid prototyping. Ideal for creating team variants, environmental shifts, or item tiers across a full game project.
• •Universal Palette Support: Import palettes from Photoshop ACO, GIMP GPL, standard hex files, or directly from Lospec; also extract colors from any image to define custom target palettes.
• •Professional Distance Metrics: Choose from Oklab, CIEDE2000, Redmean, or Luminance algorithms for precise color matching. Each method is optimized for different accuracy and speed requirements, ensuring perceptually accurate results.
• •Professional Dithering: Apply Floyd-Steinberg, Atkinson, Burkes, Sierra, or Bayer dithering algorithms to preserve texture and smooth transitions when reducing colors to a new palette. Essential for maintaining image quality during drastic palette changes.
• •Precision Masking (Hex Masking): Lock specific colors like skin tones or UI elements to protect them from alteration during the recolor process, preserving critical parts of the artwork.
• •Animation Support: Integral support for spritesheets and .webm files allows users to recolor entire animations while preserving frame structure and timing, ensuring moving assets remain consistent across all frames.

Use Cases

• •Creating Elite Variants: An indie developer applies a distinct palette to base enemy sprites to generate 'Elite' or 'Elemental' variants instantly, resulting in a cohesive set of colored versions that differentiate game levels.
• •Tile Set Variations: An asset creator uses batch processing to generate 10+ color variations of tile sets for an online store, speeding up product creation and offering customers diverse options.
• •Experimental Mood Lighting: A pixel artist non-destructively tries out multiple palettes on a scene to explore different moods and lighting conditions, comparing results without altering original files.
• •Team Color Schemes: For multiplayer games, designers quickly recolor character sprites into team-specific colors across all assets, ensuring consistent branding and easy identification.
• •Rare Item Tiers: Game developers create distinct color variants for common, rare, and epic items by applying different palettes to the same base icon set, simplifying inventory management.

Who is this for?

Indie game developers who need to create color variants for characters, enemies, and environments across large sprite projects. Asset creators preparing multiple color schemes for tile sets, icons, and UI elements to sell in digital stores. Pixel artists experimenting with palette swaps non-destructively to explore mood and lighting. These users work with Aseprite, Godot, Unity, and other engines, requiring efficient batch processing and precise color matching.