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This is the first of a series of posts describing a personal computer system based on the 68HC000 processor.

The general concensus is that the task of contouring a heightfield is a solved problem.

Well, it's finally happened: my daily work routine revolves around prompting Claude.

Computer desk sketches In my quest to set up a home computer station, I realized I needed a proper desk at which to place it.

Lindsay Graham has just died, and I'm celebrating it, and I feel neither shame nor embarassmant about it.

It has been two weeks since I first wrote about Claude, and I have some very mixed feelings about it.

I had the fortune of "previewing" rural life before actually committing to it by spending almost half my time for two years up in West Point before moving there.

When I was younger I hated writing.

Yesterday we went to the Miller Mud Boggs to watch the tomfoolery.

This past week, my company finally unblocked access to Claude models.

Oliver currently depressed.

The villain.

I am a manager.

I despise the metric system.

Update: See below for a summary of responses.

TL;DR: Modern computing sucks.

I mowed the yard today.

It's time for a refresh of this site, and a new attempt at blogging.

One basic operation upon shapes is to compute bounding regions.

In the last article, we discussed how to compute a point on the arc given a parameter value.

Continuing the series on circular arc representations, we next discuss the most fundamental operation of curve representation: evaluation at an arbitrary parameter value.

I have written a short note on circular arcs, but I feel it would be a good idea to revisit much of that material and explain some of the rationale and derivations.