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个人 GitHub 账号下公开仓库的所有者可以登录并验证所有权,自行管理介绍,无需管理员批准。
登录并生成验证文件,在 30 分钟内将其提交到此仓库的默认分支。其他分支或分叉仓库中的文件无效。然后在下方检查文件,即可无需管理员批准直接管理项目。请保留文件以维持管理权限。
如需登录,将前往登录页面。登录后请回到此处,再次点击所选的验证按钮。
在项目文件夹中运行 /nomorevibe verify,即可验证所有权并自行管理介绍。
一分钟完成验证A garment forensics instrument — reconstructs a fabric's genome (weave, colour, texture, weight, finish) from a photograph using real signal processing, with every reading tiered by how far it can be trusted. No models, no datasets, no weights.
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取自仓库 README
正在加载完整 README。 以下为已保存的摘录。
A garment forensics instrument. Photograph a piece of cloth; kapra reconstructs
its genome — weave, colour, texture, weight, finish — using real signal
processing, and tells you exactly how far each reading can be trusted.
Not an AI wrapper. There is no model guessing on your behalf: a 2D Fourier
transform measures the weave, k-means in CIELAB measures the dye, Local Binary
Patterns measure the texture. Every claim carries the measurement that produced
it, and the instrument says plainly where its knowledge stops.查看完整 README ↗目前无法加载完整 README。请通过原文链接阅读。 以下为已保存的摘录。
A garment forensics instrument. Photograph a piece of cloth; kapra reconstructs
its genome — weave, colour, texture, weight, finish — using real signal
processing, and tells you exactly how far each reading can be trusted.
Not an AI wrapper. There is no model guessing on your behalf: a 2D Fourier
transform measures the weave, k-means in CIELAB measures the dye, Local Binary
Patterns measure the texture. Every claim carries the measurement that produced
it, and the instrument says plainly where its knowledge stops.查看完整 README ↗