IIIF

Overview The editor developed here is a web-based tool for recording and managing arbitrary coordinates on IIIF-compatible high-resolution images. It is designed as a general-purpose coordinate recording tool that can specify images via URL parameters and can be used in various research projects. https://youtu.be/UqPo5Xrkin8 Key Technology Stack OpenSeadragon: IIIF image viewer library (v4.1) SVG overlay: For marker display localStorage: Data persistence Vanilla JavaScript: Framework-free implementation Technical Features 1. Image Specification via URL Parameters The tool’s main feature is the ability to specify any IIIF image via URL parameters: ...

Overview This article explains how to accurately display annotation coordinates (xywh format) from IIIF (International Image Interoperability Framework) Presentation API v3 manifests on a map viewer using Leaflet-IIIF. This problem may seem simple at first glance, but accurate coordinate conversion is not possible without understanding the internal workings of Leaflet-IIIF. Background IIIF Manifest Annotation Format In IIIF Presentation API v3, the target area of an annotation is specified in xywh format as follows: ...

Overview This article explains the implementation for dynamically specifying the viewingDirection of the Mirador viewer via URL parameters. This feature allows the same manifest to be displayed left-to-right or right-to-left. Implementation 1. Retrieving URL Parameters Retrieve the viewingDirection parameter from the URL and set a default value: c c o o n n G s s e t t t u v v r i i l e e P w w a i i r n n a g g m D s i d r i = e r c e n t c e i t w o i n o U n R = L f S u r e r o a l m r P c a U h r R P a L a m r s p a . a m g r s e a ( t m w ( e i ' t n v e d i r o e s w w . i l n o g c D a i t r i e o c n t . i s o e n a ' r ) c h ; ' r i g h t - t o - l e f t ' ; In this implementation, when no parameter is specified, 'right-to-left' is used as the default. ...

Overview In the following article, I introduced the “Image Collection Management” tool designed for easily trying out IIIF features. This time, I will introduce the technologies used behind this tool. Introduction The Image Collection Management tool is a web application for managing and publishing image collections in the IIIF (International Image Interoperability Framework) format, an international standard. This article explains the technical implementation of this tool, with a focus on the IIIF specification implementation and handling of geospatial information. ...

概要 I created an “Image Collection Management” tool for easily trying out IIIF features. https://pocket.webcatplus.jp https://pocket.webcatplus.jp/ This article introduces how to use this tool. Collection Management Creating a Collection Click the “New Collection” button on the dashboard Enter the required information: Collection name (required): Give it a descriptive name Description (optional): Describe the collection contents Visibility setting: Choose public/private Click “Create” Editing a Collection Click the “…” menu on the collection you want to edit from the collection list Select “Edit” Update the information and click “Save” Deleting a Collection Click the “…” menu on the collection you want to delete from the collection list Select “Delete” Click “Delete” in the confirmation dialog Note: Deleting a collection will also delete all items it contains ...

This article was created by AI with human additions. Overview We migrated the map component of the IIIF Georeference Viewer from Leaflet to MapLibre GL and implemented multiple feature improvements. This article explains the major features implemented and their technical details. https://nakamura196.github.io/iiif_geo/ Major Improvements 1. Automatic Image Rotation To display IIIF images in the correct orientation on the map, we implemented a feature that automatically calculates the rotation angle from control points (corresponding points). ...

Introduction When using Azure Storage with the IIIF server Cantaloupe, there are cases where the IIIF URL identifier differs from the actual file path on Azure Storage. This article explains in detail how to solve this problem using delegate scripts. Problem Suppose you are managing images with the following file structure: A ├ │ │ │ │ │ │ │ z ─ u ─ r e i ├ │ │ │ │ └ m ─ ─ S a ─ ─ t g o e c ├ │ └ c └ r s ─ ─ o ─ a l ─ ─ l ─ g l l e e i └ i └ e c t ─ t ─ c C t e ─ e ─ t o i m m i n o 0 i 0 i o t n 0 t 0 t n a 1 1 e 2 e 2 i / / m / m / n 0 0 e 0 0 r 1 2 : _ _ 0 0 m 0 0 y 1 1 c . . o j j n p p t g g a i n e r However, you want to access them via IIIF URLs like the following: ...

! This article was created by AI. Welcome to Omeka S Docker! This project provides a production-ready Docker setup for Omeka S, a web publication system for universities, galleries, libraries, archives, and museums. GitHub Repository: https://github.com/nakamura196/omeka-s-docker Why Omeka S Docker? Managing digital collections does not need to be complex. That is why we created a Docker-based solution that simplifies deploying and managing Omeka S. Key Features Quick Setup: Get Omeka S running within minutes with a single command Security First: Built with security best practices including non-root containers and secure default settings Module Management: Automatic installation and updates of popular Omeka S modules Easy Upgrades: Seamless version upgrades while maintaining data persistence Production Ready: Optimized for both development and production environments Traefik Integration: Built-in support for reverse proxy and SSL termination Getting Started Prerequisites Docker and Docker Compose installed Basic command line knowledge (Optional) A domain name for production deployment with SSL Understanding Setup Options This Docker setup provides two deployment modes: ...

! This article was generated by AI. Introduction In the field of digital humanities, the 3D digitization of cultural properties and historical materials is rapidly advancing. However, appropriate tools are needed not only for simply viewing 3D models but also for utilizing them in academic analysis and education. This article introduces “IIIF 3D Viewer,” a web application for viewing 3D models that complies with the IIIF (International Image Interoperability Framework) standard. ...

概要 I had the opportunity to test IIIF Authentication API 2.0, so here are my notes. https://iiif.io/api/auth/2.0/ I created the following demo site. https://iiif-auth-nextjs.vercel.app/ja The repository is as follows. https://github.com/nakamura196/iiif-auth-nextjs Below is an AI-generated explanation. Note that I was unable to get it working properly with Mirador, which remains a future task. 概要 This article provides a detailed explanation of the IIIF Authentication API 2.0 authentication flow at the level of actual HTTP requests/responses. We will trace what requests are sent and what responses are returned at each step. ...

Overview I had the opportunity to try text annotation using Recogito, so this is a personal note for future reference. Recogito is available at the following link. https://recogito.pelagios.org/ It is described as follows. Semantic Annotation without the pointy brackets. Recogito is an annotation tool for texts and images - not just for Digital Humanities scholars. Sample Data We will use the following resource published by the National Diet Library as an example. ...

Overview I had the opportunity to try text annotation using Transkribus, so this is a memo of my experience. Transkribus is available at the following link. https://www.transkribus.org/ It is described as follows: Transkribus enables you to automatically recognise text easily, edit seamlessly, collaborate effortlessly, and even train your custom AI for digitizing and interpreting historical documents of any form. References The following was very helpful as a Japanese-language explanation of Transkribus. ...

Overview This article introduces a Gradio app that creates TEI/XML files from IIIF manifest files using NDL Kotenseki OCR-Lite. It can be accessed at the following URL: https://nakamura196-ndlkotenocr-lite-iiif.hf.space/ Background This is a continuation of the following articles: Previously, two separate apps were needed, but with this update, the entire conversion process can be completed within a single Gradio app. Additionally, issues such as difficulty tracking progress when processing manifest files with many image pages, and the inability to copy processing results, have been fixed. ...

Overview In the following article, I introduced how to create annotated IIIF manifest files and TEI/XML files using NDL Classical Book OCR-Lite. Since the explanation above was insufficient in many areas, I will re-introduce how to use it. Supplement Along with writing this article, the following improvements were made. Process 1: Creating IIIF Manifest Files Added support for IIIF Presentation API v3. Process 2: Creating TEI/XML Files Added a form that accepts string input, considering the connection with Process 1. Usage Process 1: Creating IIIF Manifest Files Access the following. ...

Overview This article introduces how to describe a hierarchical table of contents using the Omeka S IIIF Server module. Documentation The documentation is somewhat complex, but explanations are available at: https://github.com/Daniel-KM/Omeka-S-module-IiifServer?tab=readme-ov-file#input-format-of-the-property-for-structures-table-of-contents Simple Table of Contents The following example from “Toyo Bunko Media Repository” is used: https://app.toyobunko-lab.jp/s/main/document/9f9d95c2-d33d-7402-742b-47db12748688 Specify {Range ID},{Range name},{Canvas index} as follows: r r r r r r r r r r r 1 2 3 4 5 6 7 8 9 1 1 , , , , , , , , , 0 1 延 明 安 安 天 天 寛 寛 享 , , 享 和 永 永 明 明 政 政 和 文 文 、 , 一 二 一 二 一 二 , 化 化 寛 2 , , , , , , 2 一 、 延 5 5 7 1 1 1 2 5 , 文 、 5 9 1 4 7 1 5 2 政 宝 0 2 7 8 7 、 暦 9 二 , , 1 3 1 3 This results in the following table of contents display: ...

Overview I had the opportunity to use pagination in IIIF collections with IIIF Presentation API v2, so this is a memo of the process. Background IIIF collections allow you to provide a list of multiple manifest files (and collections) as shown below. https://iiif.io/api/presentation/2.1/#collection { } " " " " " " " " ] @ @ @ l v d a m c i t a i e t a { } o d y b e s t n n " p e w c r i " " " t : e l i r i f @ @ l e " " n i b e i t a x " : : g p u s d y b t h H t t t " p e " t " " i i i s : e l : t s T n o o " " " p c o t n n : " : : " : : p " " " h h / C : : : [ t " " t / o L t s B t e l e " " " p c o p x l v t D P : : o : a e e o e r / M k / m c l p s o / a / p t " c v e n 1 i l i C , r i x i " i e o o i d a f i . n l p e m e f o " l t d p s . r , e i l t i g c o b e " o t n y . , i i o a i o o E r p i n f x g i f a / / / f C m i p c o o p i r o r l l i e l l e f s l E e / e e x c O b n c a t r o t t m i g o a i p o a k t o l n n 1 i n e " i / o / , z m n t O a a / o r t n 2 p g i i / " a o f c , n n e o i " s n z , t t a " e t , x i t o . n j " s , o n " , When the number of target manifest files becomes large, it becomes difficult to deliver them in a single IIIF collection. ...

Notice I have created a more accessible article explaining the workflow introduced in this article. Please also refer to the following. Overview I would like to introduce a prototype tool for creating annotated IIIF manifest files and TEI/XML files using NDL Klasseki OCR-Lite. Creating Annotated IIIF Manifest Files First, I created a Gradio app that takes an IIIF manifest file as input and outputs an annotated IIIF manifest file using NDL Klasseki OCR-Lite. It is published using Hugging Face Spaces. ...

Overview This is a note about creating an app that generates a CSV file containing a list of image URLs from a IIIF manifest file. You can access it from the following. https://iiif-demo-next.vercel.app/csv-converter Usage We will use “Koigenshimonogatari, Volume 1” from the National Diet Library collection as the target. https://dl.ndl.go.jp/api/iiif/3437686/manifest.json Enter the manifest file URL in the form below and press the “Download CSV” button. As a result, a CSV file containing URL and size information is downloaded as follows. ...

Overview I made improvements to “IIIF Annotator,” a polygon annotation support tool for IIIF images. Specifically, I worked on the following three points: Support for manifest files that do not use an Image Server Export function for IIIF manifest files with annotations Export function for TEI/XML files The following sections explain these improvements. Background The following article explained the reasons for creating a new annotation tool. The features added this time are also available in other tools, but were implemented for improved convenience. ...

Overview This article introduces an example of representing IIIF polygon annotations in TEI/XML. Method In TEI/XML, you can represent polygon annotations using the zone tag and the points attribute. https://www.tei-c.org/release/doc/tei-p5-doc/en/html/ref-teidata.point.html Example For verification purposes, I added a TEI/XML export feature to the annotation tool introduced in the following article. Specifically, the following download option was added. An example of the TEI/XML obtained as a download result is shown below. Rectangles are described using ulx, uly, lrx, lry, while polygon information is described using points. ...