Installation and Setup | Usage | Geofacet Options | Other Grids | List available grids | Creating your own grid | Submitting a grid | More Examples | Australian population by age group | South Africa population density by province | Affordable housing starts by year for boroughs in London | Dental health in Scotland | India population breakdown | A few ways to look at the 2016 election results

Data frames of visualizations | Pre-generated images | R-generated visualizations | Customizing your Trelliscope app | Adding panels | Adding variables | Special variable types | Updating display attributes with pipe functions | Setting variable labels and tags | Setting panel options | Setting the default state of the app | set_default_labels() | set_default_layout() | set_default_sort() | set_default_filters() | Defining "views" | Specifying user inputs | Writing and viewing the app | Putting it all together

Sharing Trelliscope displays | Sharing the app directory | GitHub Pages | R Markdown and Shiny | Password Protection | Embedding Trelliscope in R Markdown | Embedding Trelliscope in Quarto | Embedding Trelliscope in Shiny

Using facet_panels() with ggplot2 | Custom R-generated panels with panel_lazy() | Panels of images existing on the web with panel_url() | Panels of images on the local filesystem with panel_local() | Setting panel options

Getting Started | Installation | "ggplot2" Interface: facet_trelliscope | "tidyverse" Interface | Gapminder example | Panels as list-columns | Control Over Cognostics | Customizing displays with data frame operations | Working with Displays | Collections of Displays | Modifying Displays | Embedding / sharing | Low-Level Functions | Examples | Housing data | trelliscopejs-lib | Embedding trelliscopejs apps