Freemium
SpriteSheetTool
Generate four-direction RPG walk-pack candidates from a character reference, or build, split, and export sprite sheets right in your browser.
Pricing
Freemium
Views
27
Published
Directory
ThisTool
About SpriteSheetTool
SpriteSheetTool is a browser based workspace for preparing sprite assets for 2D games. It combines an AI workflow for making four direction RPG walk pack candidates with free browser tools for working on existing sprite sheets. These are separate workflows: users can work with their own images in the browser or spend credits on AI generation from a character reference.
For the AI workflow, begin with a character reference and create four direction walk pack candidates. Users can compare the candidates while deciding what to use in their project. Generated candidates still need the developer's own review; the service does not promise a particular art quality or consistent style for every input. It is a tool for preparing candidates, rather than a guarantee that every output will fit a game without further work.
The free browser tools can build sprite sheets from images, convert GIF frames into a sheet, split an existing sheet, preview frames, and export assets. Available export formats include PNG, ZIP and JSON. Metadata can use a generic format or the Phaser format. These options support asset preparation workflows for Unity and Godot as well, while developers remain responsible for checking their own engine's import requirements and project settings.
The browser tools are useful when a developer already has artwork to arrange or a sheet to split. The AI workflow addresses a different starting point: a character reference from which to explore walk pack candidates. Keeping these tasks separate makes it easier to choose the appropriate workflow and understand which actions use credits.
New accounts receive 35 gift credits, valid for 30 days. Paid one time packages start at US$9.99 for 100 credits, valid for 365 days. Standard generation costs 25 credits and includes a selected ZIP. A native HD full pack costs 50 credits, and unlocking an existing preview PNG costs 10 credits. Monthly and yearly subscriptions issue 300 credits monthly. Free browser tools and credit based AI generation are distinct parts of the same web workspace.
For the AI workflow, begin with a character reference and create four direction walk pack candidates. Users can compare the candidates while deciding what to use in their project. Generated candidates still need the developer's own review; the service does not promise a particular art quality or consistent style for every input. It is a tool for preparing candidates, rather than a guarantee that every output will fit a game without further work.
The free browser tools can build sprite sheets from images, convert GIF frames into a sheet, split an existing sheet, preview frames, and export assets. Available export formats include PNG, ZIP and JSON. Metadata can use a generic format or the Phaser format. These options support asset preparation workflows for Unity and Godot as well, while developers remain responsible for checking their own engine's import requirements and project settings.
The browser tools are useful when a developer already has artwork to arrange or a sheet to split. The AI workflow addresses a different starting point: a character reference from which to explore walk pack candidates. Keeping these tasks separate makes it easier to choose the appropriate workflow and understand which actions use credits.
New accounts receive 35 gift credits, valid for 30 days. Paid one time packages start at US$9.99 for 100 credits, valid for 365 days. Standard generation costs 25 credits and includes a selected ZIP. A native HD full pack costs 50 credits, and unlocking an existing preview PNG costs 10 credits. Monthly and yearly subscriptions issue 300 credits monthly. Free browser tools and credit based AI generation are distinct parts of the same web workspace.
Official Website
Try SpriteSheetTool
Visit the official website to explore this tool and learn more.