VisColl is a system for building models of the physical collation of manuscripts, and then visualizing them in various ways. The core of VisColl is the data model, which defines the structure of individual manuscripts and which can be built and visualized by different tools. The Collation Modeler and Collation Visualization are SIMS-developed implementations, and serve as proof of concept for the project.
We are currently working on VisColl version 2.0, which we expect to launch in Fall 2020. The version described in this site, except where otherwise indicted, refers to the current VisColl version 1.0.
For more information on the VisCodex web application, currently under development at the University of Toronto through the Digital Tools for Manuscript Study project, visit the website here.
The VisColl project is led by Dot Porter at the Schoenberg Institute for Manuscript Studies at the University of Pennsylvania and Alberto Campagnolo at VeDPH, Ca’ Foscari University Venice and the University of Udine, in collaboration with the University of Toronto Libraries and the Old Books New Science lab (see below for more information on their project VisCodex). Collaborators include Lynn Ransom, Doug Emery, Patrick Perkins, and Conal Tuohy.
VisColl is free and available for anyone to use. The code is hosted by the Kislak Center for Special Collections at the University of Pennsylvania on GitHub.
If you do use VisColl to build collation models or visualizations of manuscripts, please cite your use in the following format:
This visualization was created using VisColl (https://github.com/KislakCenter/VisColl) on [Date]
Thank you to the Schoenberg Institute for Manuscript Studies at the University of Pennsylvania Libraries for the continued support for VisColl.
Developed at the University of Toronto Libraries through the generosity of the Andrew W. Mellon Foundation, VisCodex is a visual collation web application based upon Viscoll’s data model. The tool can be used to produce interactive visualizations of a manuscripts’ quire structure, add leaf-level metadata, present diagrams alongside manuscript images, share visualizations with others and export diagrams as images. Members of the University of Toronto Centre for Medieval Studies used the application to create collation diagrams of all extant manuscript copies of the Canterbury Tales––a corpus whose manuscript collations have been much discussed.
The beautiful VisColl logo, used for both VisColl and VisCodex, was created by our project’s application developer Monica Ung, now Application Programmer Analyst at the University of Toronto Libraries.