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Recreational Computation

Computation & Analysis

Bowl a Strike with Wolfram System Modeler

Explore the contents of this article with a free Wolfram System Modeler trial. Bowling is a simple game that consists of a ball, 10 pins and a lane. You take the ball, come to the starting line, aim between pins 1 and 3 and throw the ball. You instinctively assume that the ball and the lane are perfect and expect the ball to go straight where you aimed.

Computation & Analysis

Digital Vintage Sound Modeling Analog Drums with the Wolfram Language and System Modeler

Explore the contents of this article with a free Wolfram System Modeler trial.You may not know what a Roland TR-808 Rhythm Composer is, but you have most certainly heard it. The TR-808 is a programmable drum machine released by Roland in 1980. The 808 is one of the most iconic drum machines and has been used in a wide variety of music, such as hip-hop, dance, soul, electro, pop and many more.
Computation & Analysis

From Writer’s Block to the Cat’s Meow with the Wolfram Language

If you’re trying to write a story, be it for National Novel Writing Month or just for fun, you’ll have to face a blank page eventually. The seeds of an idea can help your story grow, blooming into a sweet rose of romance or a carnivorous tale of horror. Without those ideas, all that’s left is a blinking cursor… and frustration.

Best of Blog

The Winners of the 2021 One-Liner Competition

The Wolfram Language is renowned for simplicity and brevity, and nowhere was that more apparent than at the 10th annual One-Liner Competition, held at the Wolfram Virtual Technology Conference. The contest challenges conference attendees to create the best program possible in 128 characters or fewer (the original length limit of a tweet). With prizes awarded for the three best submissions, competition this year was fierce, but the judges, with only minor bloodshed, were able to settle on a slate of awardees.
Education & Academic

A New Method of Bell Ringing Using Mathematica to Discover Wolf Wrap

English bell ringing (called change ringing) has many connections to mathematics, notably to group theory and Hamiltonian cycles. My wife, Joan Hutchinson, is an ardent bell ringer (having rung in both England and North America), and I knew the basics of this ancient craft. A recent puzzle book by Mark Davies [1] inspired me to bring Mathematica’s integer-linear programming (ILP) capabilities to bear, but I wanted to go beyond puzzles and develop a new ringing method that would be of interest to the bell-ringing community.