Personal tools
@Pleiades in the Fediverse
21 November 2024

Pleiades Export Updates 2024-11-21:

1 new and 60 updated places.

1. Downloads: pleiades.stoa.org/downloads

2. pleiades.datasets: github.com/isawnyu/pleiades.da:

"main" branch:

49e3a2b6 - updated legacy csv
7cf63b91 - updated json
no change: rdf/ttl
f9893587 - updated gis package
9d928df3 - updated data quality
4a9d6ab7 - updated bibliography
b7923270 - updated indexes
7e1ed194 - updated sidebar

3. pleiades-geojson: github.com/ryanfb/pleiades-geo:

aeab1695 - updated geojson and names index

21 November 2024

Updated Pleiades Sidebar data:

There are 28,342 Pleiades matches across all 6 datasets (cflago, edhgeo, itinere, manto, nomisma, wikidata). 5,634 of these are reciprocated by Pleiades. 19,229 unique Pleiades places are referenced.

github.com/isawnyu/pleiades.da

21 November 2024

Pleiades < -- > Wikidata updates:

12154 Wikidata entities include a Pleiades ID property and 4769 Pleiades entities include a Wikidata ID property. Of these, 4765 are mutual (bidirectional). 6341 Pleiades resources to which Wikidata links can be added after they are checked. 4 Wikidata items to which Pleiades IDs can be added after they are checked. 90 Wikidata items that each link to more than one Pleiades ID.

github.com/isawnyu/pleiades_wi

20 November 2024

Export Updates 2024-11-20:
Pleiades gazetteer of ancient places

7 updated places.

1. Downloads: pleiades.stoa.org/downloads

2. pleiades.datasets: github.com/isawnyu/pleiades.da:

"main" branch:

89883b44 - updated legacy csv
e51e26ea - updated json
no change: rdf/ttl
6fa8888d - updated gis package
473cf3ab - updated data quality
364cbbc6 - updated bibliography
3ec8248d - updated indexes
935522f2 - updated sidebar

3. pleiades-geojson: github.com/ryanfb/pleiades-geo:

no change

20 November 2024

Updated Pleiades Sidebar data:

There are 28,331 Pleiades matches across all 6 datasets (cflago, edhgeo, itinere, manto, nomisma, wikidata). 5,582 of these are reciprocated by Pleiades. 19,219 unique Pleiades places are referenced.

New data from itinere, nomisma, and wikidata were incorporated.

github.com/isawnyu/pleiades.da

@Pleiades in the Fediverse - More…

Pleiades Data Viewer

Creators: Victor Temprano
Contributors: Tom Elliott
Copyright © The Contributors. Sharing and remixing permitted under terms of the Creative Commons Attribution 3.0 License (cc-by).
Last modified Jul 31, 2024 08:12 AM
A guest post by Victor Temprano in the Pleiades gazetteer "Projects and Partners" series about this web application that enables the user to browse and search the Pleiades dataset by name and time period, viewing all the results on a single, interactive map.

https://mapstertech.github.io/pleiades-data-viewer/

During a Digital Humanities seminar in Cyprus in May of 2022, I was introduced to the Pleiades project. Being an avid map enthusiast and an expert in digital mapping, the first thing I wanted to do was to see the massive trove of data visualized on a map. It can be a bit of a struggle, because it's such a large dataset with so many ins and outs, but I made the Pleiades Data Viewer over a week or so. It uses Mapbox tileset conversions, time sliders, and some visualization of different areas by names to present the data and allow the user to navigate by year.

In creating the application, I experimented with a few ways to handle and load the large Pleiades dataset without causing huge load times or a weighty experience for the user. The best method I came up with was getting a CSV dump of the Pleaides database, and using that for two purposes: one, to create a Mapbox Dataset, and two, to create a minimal JSON file that I could use for a typeahead geocode-type functionality on the front-end map.

Managing and styling the Mapbox dataset to show labels and handle well at far-out zoom levels is the most challenging part of a project like this, and required using the Mapbox Tiling Service (MTS) to upload a tileset to Mapbox with specifications for how to handle zoom levels and simplification. From there, I created a custom Mapbox Style and removed most standard placenames to make it easier to view the map's plethora of labels. Each feature has its date marked and a name so that it can later be referenced by the time slider and geocoder.

The minimal JSON file comes in handy at this point, to generate the bounds of the time slider as well as provide the features to the Mapbox Geocoder Control with a custom search function. 

The rest of the project is relatively simple HTML, CSS, and Javascript, using jQuery for user interactivity. Of course, Mapbox GL JS plays an important role in the project.

If you'd like to know more about my work, check out my personal website, my company website, or my Youtube channel. Thanks for reading!

The project is easy to start up, and can be downloaded and run with a simple server. However, uploading a similar dataset to Mapbox will prove challenging, and would require some experimentation with the Mapbox Tiling Service. I have made a Youtube video on this subject that may help, though!

Overall, this project was great fun and I'd love to do more with the dataset in the future.