Herbie Documentation

Documentation

• Release Notes: the biggest and latest changes to Herbie.
• Installing Herbie: getting Herbie up and running.
• Using Herbie from the browser: a guide to running Herbie from your browser.
• Using Herbie from the CLI: a guide to running Herbie from the command line.
• Input format: what sorts of expressions Herbie supports.
• FAQ: troubleshooting and using Herbie.
• Installing with Docker: an alternate installation method for Docker users.
• Command-line flags: modifying Herbie's behavior.

Blog posts about Herbie

• Remembering the Herbie Visualizer: Pavel remembers a tool Alex wrote to help understand how Herbie works.
• Statistics on alt picking: David designed and ran a series of experiments to evaluate how well Herbie's "alt" (candidate) picking heuristics work.
• Testing regime inference: David has been poking at Herbie's regime inference to measure how effective it is and characterize situations where we could improve.
• Summer 2018 plan: What David Thien will be working on in Herbie this summer!
• Introducing Herbgrind: what is our sister project Herbgrind all about?
• Let Herbie Make Your Floating Point Better: why programmers who deal with floating point should use Herbie.
• Improving Accuracy: a Look at Sums: why floating point summation is hard, and how compensated summation works.
• Measuring the Error of Floating Point Programs: how Herbie measures the error of a floating point program, and how we're working to extend that to programs with loops.
• Logarithms of Taylor Expansions: how Herbie takes Taylor expansions of logarithms.
• Hyperbolic sines in math.js: how Herbie fixed an accuracy bug in math.js using series expansion.
• Taylor Expansions of Taylor Expansions: how Herbie takes Taylor expansions of exponential and trigonometric functions.
• Arbitrary Precision, not Arbitrary Accuracy: why arbitrary-precision libraries aren’t an answer to rounding error.
• Complex Square Roots in math.js: how Herbie automatically fixed an accuracy bug in math.js, an open source mathematics library.
• Floating Point Guarantees: how floating point rounding and primitive operators work.