ivon852/ecchi-fanservice-anime-list-data

This repository is a structured data collection that catalogs anime titles containing explicit fanservice content, specifically those with visible nipple exposure. It does not contain any images or video, it stores information about anime shows in JSON format that other projects can read and display. The data is split into two JSON files. One covers anime with fanservice but no nudity, and the other covers anime that include nude scenes. Both files are meant to feed into a website builder called Hugo, which can turn structured data like this into a browsable webpage. The project even links to a working example site built from this data. Images of scenes from these anime are not stored here because of repository size and hosting constraints. Instead, the JSON files reference image filenames, and the actual image files are distributed separately through a file-sharing archive that the maintainer updates periodically. The README includes a detailed specification that defines exactly what qualifies an anime for inclusion. The primary requirement is that the anime contains clearly depicted nipple exposure on a female character. The spec draws careful lines around what counts, such as clothing that reveals shape, nudity in dim lighting, or areolae being visible, and what does not count, such as panty shots, bathing scenes, or nudity without nipples drawn. This specificity exists so that contributors and future maintainers can apply consistent criteria when adding new entries. The spec also covers where to find source video, with Blu-ray rips from a torrent index being the first choice since those are usually uncensored, and it explains how to take and compress screenshots for use on the website. The project has been running since around November 2021 and covers anime from 1917 onward, though in practice entries go back to the 1960s and 1970s. The maintainer notes that existing data still has parts needing correction, so the spec describes an ideal target rather than a fully realized state.