This weekend, The Seattle Times released our investigation into Washington's "evil intent" law, which makes it almost impossible to prosecute police officers for the use of deadly force: Shielded by law. This was a great project to work on, and definitely an issue I'm proud we could bring to a wider audience. The source code for it is available here.
One of our interesting experiments in this story was the use of embedded quiz questions, asking people to test their preconceived notions of police shootings. Originally we intended to scatter these throughout the story to grab readers' attention, but a section on the numerical results of the investigation ended up spoiling the answers. Instead, we moved them to a solid block before that section, and it's been well-received. The interactive graphics were actually also a relatively last-minute addition: originally, we were just going to re-run the print graphics, but exposing all the data in a responsive way was just too useful to pass up.
Probably the most technically advanced part of the page is the audio transcript from the 1985 state senate hearing on the law. As the audio plays, the transcript auto-advances and highlights the current line. It also displays a photo of the speaker from the hearing, to help readers get an idea of the players involved. Clicking on the transcript scrubs the audio to the correct spot. We don't do a lot of audio work here, unfortunately, but I think having an interface that's friendly to readers and listeners alike is a really nice touch, and something I do want to take advantage of on future projects. We built it to generate the data from standard subtitle files, so it should be easy to revisit.
Lastly, one of the most important parts of the story is the least flashy: the table in the "by the numbers" section for deadly force rates by race/ethnicity. We had worked for a while with this information presented the same as the other trivia questions, via clickable dots, but found that the part we really wanted to stress (the relative rates of death proportional to the general population) didn't stand out as much as we wanted. We brainstormed through a few different alternate visualizations, including stacked bars and nested pie charts, but in the end it was just clearest to build a table.
Like Rodney Dangerfield, they may get no respect, but a well-designed table can often be the simplest, easiest way to get a point across. The question then is, what's a well-designed table? Personally, I think there's a whole post in that question — how you order the columns, effective sorting/filtering, and how to add extra features (embedded sparklines, detail expansion, and tree views) that add information without confusing readers. One day, maybe I'll write it. But in the meantime, if you're working on a similar project and can't quite figure out how to present your information, there's no shame in using a table if it serves the story.