Today’s “data in motion” post is a visualization of earthquakes over time. I’ll use seismic data from the National Science Foundation. Keeping with the theme, I’ll use F# and FFmpeg to convert the raw data into a video of the data over time.
Data in Motion - Population Map
Read Time: 4 minutesTaking Stock of More Anomalies with F# and ML.NET
Read Time: 10 minutesDiscriminated Unions and Dapper
Read Time: 12 minutesPersisting data can be a subtle art. Today I am taking a look at how F#’s Discriminated Unions can interact with Dapper. I’ve discussed Dapper before, but never really discussed its facilities for interacting with Discriminated Unions. It is a useful bit of knowledge when determining project data structures.
Data in Motion - Precipitation Map
Read Time: 4 minutesToday is again a lighter post playing with visualizations. The data focus is on the Standardized Precipitation Index data for the U.S. over that last one-hundred years. Static images and data can be useful, but visualizing data over time can be a welcome addition for analysis. So I’ll be converting data ultimately into a video of the data over time using primarily F#.