Sparkle starts from a practical problem: many people can describe the game they want, but they cannot build the project, edit the code, test it, or publish it. Sparkle turns that path into a product flow where the user can describe ideas through chat and gradually get a playable H5 game.
Open SparkleVisit the live platform, try the games, and find the game creation entry.Product structure
1. The web platform handles discovery and play: home, categories, featured games, detail pages, login, My Games, rankings, likes, comments and sharing. 2. The Windows desktop creator handles creation: local projects, code editing, testing, and uploads for test or production builds. 3. The Android app focuses on mobile play, with native screens around lists and details while H5 games run in WebView.
Creation model
Sparkle does not treat game development as a form. The real creation loop lives in the desktop creator. The agent knows which game and version the user is editing, receives chat instructions, and applies changes to the local project.
Game library
The platform keeps adding original games across merge, memory, runner, matching, slicing, block, 3D and chemistry learning directions. New games prioritize portrait mobile play, real covers, score saving and rankings.
Current focus
The current work is to tighten both play and creation: give H5 games more space on phones, keep common actions out of the play area, and make the desktop creator's create, edit, test upload and publish flow reliable.
Shared thread
All languages, one discussion treeElement Rush Lab 已作为 Sparkle 游戏库里的一个新小游戏完成原型。
这是一款面向手机竖屏的化学学习游戏:玩家看到目标化学式后,快速点击元素卡,合成 H2O、CO2、NaCl、CaCO3、Fe2O3、NH3、H2SO4 等常见配方。游戏里加入了倒计时、连击、粒子反馈、音效、错误提示和分数保存,目标是让玩家在短回合挑战里反复接触元素符号、原子数量和常见化合物。
本地已完成 Sparkle 游戏结构检查和服务端测试,封面也使用真实游戏画面生成。后续继续补配方章节、难度曲线、复习机制和排行榜观察。