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How to get presentable graphs and figures from MATLAB

MATLAB is great for making high-quality figures for publication. It has a pretty steep learning curve, though, if you're used to spreadsheets.

MATLAB's huge advantage for graphing is that everything can be tuned and tweaked with commands and scripts. You only have to fuss over the first graph in a series; once you have everything the way you want it to look, you can use the same formatting script on all your other graphs. Presto, they all look good and they all match.

When are the new boat designs coming?

My handful of regular human readers, and my truckload of regular spambot readers, might be wondering why I haven't listed any new boat designs since the Almaguin 400 and 500.

The answer is that I'm currently in the (hopefully) final stages of a graduate degree in medical physics. That means a lot of time in the lab, and a lot of late nights and weekends spent poring over calculations, making figures, and writing up a thesis.

Boarding ladders for small boats

Getting into a boat from the water is HARD. The drag of the water makes it difficult to jump, and there's often no bottom to stand on. Even if you're in good physical condition, it's quite difficult to heave yourself more than about 15 to 30 cm (6" to 12") vertically out of the water. Take a look at a swimming pool: the copings are rarely more than 15 cm above the surface; in the best modern pools, they're level with it. Most people just can't jump any higher out of the water.

Let's look at Sunset Chaser for a moment:

Model testing the Almaguin, part 5: Detailed behaviour

In the last few entries, I've covered the construction of the framework and hull for the Almaguin 400 test model, the towing rig, and some videos of the boat's behaviour. In this final episode of the series, we'll take a detailed look at what we've learned about this boat's behaviour from the model tests.

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