ORBIS is an "interactive scholarly work" that allows a user to determine the cost, time, and distance of various land, sea, and river routes among hundreds of sites in the ancient world, at various times of day and in various seasons. The work can be (and has been) used as a tool to study questions in various fields of study about antiquity, including trade and social interaction.
GRASS GIS is free and open source software used for geospatial data management and analysis, image processing, graphics/maps production, spatial modeling, and visualization. GRASS is currently used in academic and commercial settings around the world, as well as by many governmental agencies and environmental consulting companies.
Visualizes a series of events across both time and space. Allows researcher to create of an interactive timeline and map that are linked together. Users of the timeline can press "play" to watch the timeline scroll forward and the map zoom from place to place as they highlight each event (and the researcher's attached images and text) in turn. Users can also pause the progress of history, move forward or back at their own pace, and zoom in or out of either the map or timeline to examine areas of interest.
Compare to: StoryMap JS, MapStory, Odyssey.js
yWorks is a powerful set of tools for creating diagrams using any number of frameworks. There are tools for working with HTML, FLEX, AJAX, Silverlight, Java and .NET.
yEd is also available from the yWorks site. This free graph editor can be used to create diagrams manually, or to import data for analysis.
QGIS is a user-friendly Open Source Geographic Information System (GIS) licensed under the GNU General Public License. QGIS is an official project of the Open Source Geospatial Foundation (OSGeo). It runs on Linux, Unix, Mac OSX, Windows and Android and supports numerous vector, raster, and database formats and functionalities.
A global geographical database that may be used to identify and tag all references to location. The database contains over 8 million entries, each of which possesses a geographic name (in various languages), latitude, longitude, elevation, population, administrative subdivision and postal codes and information on unique features.
GapVis is an interface for exploring and reading texts that reference ancient places. It includes maps and data visualizations that show what locations are referred to a different points in the narrative and allows you to dig into the details to learn more.
Lexos is an online tool that enables you to "scrub" (clean) your text(s), cut a text(s) into various size chunks, manage chunks and chunk sets, and choose from a suite of analysis tools for investigating those texts. Functionality includes building dendrograms, making graphs of rolling averages of word frequencies or ratios of words or letters, and playing with visualizations of word frequencies including word clouds and bubble visualizations.
Text 2 Mind Map is a web-based tool for mind mapping. Very basic interface and functionality. Requires users to structure information in a linear text outline, which it returns as a diagram.
Coggle is a web-based tool for non-linear structuring and visualization of information. Easy to create visually appealing diagrams with little to no technical expertise. Supports Markdown and LaTeX formatting (use LaTeX via the \\( \\) or \\[ \\] escape sequences). Users can add images by dragging and dropping them in the browser, view change history for each diagram and revert to previous states, and download their work as PDFs or images. Also enables real-time collaboration with others.
Possible use cases for Coggle may include:
Exploratree is a web-based library and editing application for "interactive thinking guides," which are templates useful for mind mapping, brainstorming, planning, and visualization. Originally developed for use in the classroom, to help students refine and focus their ideas, as well as manage plans to further their investigation. Thinking guides can be edited, printed, and downloaded directly from the browser.
The Visual Understanding Environment (VUE) is concept mapping software that can integrate with multiple repositories to pull in, organize, and analyze data. Multiple features for advanced management of digital resources for teaching, learning, and research.
bubbl.us is a web-based mind mapping tool, useful for organizing ideas, brainstorming, analyzing relationships, and visualizing data. Simple interface, with basic and easily understood functionality. Free to try without creating an account. Also available as an iOS application for iPad.
Mercury Amira is a multifaceted tool that allows for integration, manipulation, and visualisation of large sets of data. Automatic and interactive segmentation tools support processing of 3D image data.
- One platform for visualizing, analyzing and presenting
- Very large data sets are easily accessible with specific readers
- C++ coding wizard for technical extension and customization
TImeline is an open source framework for visualizing data files and data feeds in a variety of formats via an aesthetically pleasing web display. Timelines are interactive and media rich.
User creates timeline by completing a google sheets template. The Timeline then processes and generates the code for display. Minimal programming knowledge is required.
OpenRefine (formerly Google Refine) is a tool for cleaning messy data (e.g. fixing inconsistencies), transforming it between different formats, and exploring data.
Scalar is a free, open source authoring and publishing platform that’s designed to make it easy for authors to write long-form, born-digital scholarship online. Scalar enables users to assemble media from multiple sources and juxtapose them with their own writing in a variety of ways, with minimal technical expertise required.
Scalar can also be used to assemble and annotate video content, and combine in with text to create a rich media document
Ptolemaic is a computer application for music visualization and analysis written in the Java programming language. The software is designed to aid in the analysis of all types of Western music using established analytical techniques, including tonal functional analysis (Harrison 1994), pitch-class set analysis (Forte 1973), hierarchical linear analysis (Schenker 1935, Jones 2002), tonal pitch-space analysis on the Tonnetz (Riemann 1915), pitch-class set analysis (Forte 1973), and transformation analysis (Lewin 1987).