简体中文 ·英语

一套将学术问题转化为互动课程网页和带解说的解说视频的教育技能合集。

安装

推荐——用一个命令安装技能：

稍后更新至最新版本：

注意： npx skills update 只刷新你已经安装的技能 — 它不会拉入新加入仓库的技能。当该仓库新增技能（例如新的edu-*]）时，再次运行npx skills add wy51ai/edulab来安装。

或者把它当作Claude Code插件市场使用：

安装后，技能会在触发词上激活，也可以手动调用。

技能：教育-立体-几何

将一个扎实的几何问题解决为一个独立的互动课程页面。三个切入点：

edulab

简体中文 · English

A collection of education skills that turn academic problems into interactive lesson web pages and narrated explainer videos.

Install

Recommended — install with skills in one command:

npx skills add wy51ai/edulab

To update to the latest version later:

npx skills update

Note: npx skills update only refreshes skills you’ve already installed — it does not pull in skills newly added to the repo. When this repo gains a new skill (e.g. a new edu-*), run npx skills add wy51ai/edulab again to install it.

Or use it as a Claude Code plugin marketplace:

/plugin marketplace add wy51ai/edulab
/plugin install edulab

Once installed, the skills activate on their trigger words, and can also be invoked manually.

Skill: edu-solid-geometry

Solves one solid geometry problem into a self-contained interactive lesson page. Three entry points:

Problem types covered: line-plane angle, dihedral angle, angle between skew lines, point-to-plane distance, volume, and more — on cubes / cuboids, pyramids / prisms, cylinders / cones. All solved uniformly via the “coordinate system + vector method.”

Trigger words: solid geometry, line-plane angle, dihedral angle, angle between skew lines, distance to plane, interactive geometry solution page; 立体几何、线面角、二面角、异面直线、点到平面距离、正四棱锥、解这道几何题、随机出一道立体几何题、这张图里的立体几何题, etc.

Dependency

The compute core lib/geometry_kernel.py depends on sympy. Use any python3 that can import sympy:

python3 -m pip install sympy   # if sympy is missing

Generate from the command line (without Claude)

cd skills/edu-solid-geometry
python3 scripts/generate.py cube   ./cube.html     # cube · line-plane angle
python3 scripts/generate.py box    ./box.html      # cuboid · volume
python3 scripts/generate.py random 7 ./random.html # random problem (seed=7)
python3 lib/geometry_kernel.py                     # kernel built-in self-check

If you don’t pass an output path, it writes to the current working directory (cwd).

Skill: edu-analytic-geometry