For future info, I’ll be posting the “art” images that I make with processing on tumblr, specifically the recursiveprocessing.tumblr.com. So follow there if interested. If not, then don’t!
Here’s a sample of the stuff going up on that site.
Just playing around with Processing. Inspired by tumblrs like Experiments in Processing and Bees and Bombs.
Code is found here.
Code is found here.
From Car Talk:
TOM: Three guys go out fishing. They decide in advance that whatever they catch, they’re going to divvy it up equally.
So, they finish fishing for the day. They pull back into port, and they’re going to sleep on the boat overnight. They’re going to get up in the morning, divvy up the fish, and go home. In the middle of the night, however, one of the guys has a severe hemorrhoidal flare-up, and he’s got to get to the drugstore right away to buy some stuff.
TOM: So, he goes to take his third of the fish, and he notices that the number that they caught is not divisible by three, unless he throws one of the fish overboard. So, he throws one of the fish overboard, takes his third and leaves. A few hours later, in the middle of the night, another guy wakes up with horrible stomach pains. He’s gotta have the Kaopectate. So he goes to take his third of the fish, and he notices, interestingly, the same thing — he can’t take a third unless he throws one fish overboard. He throws one fish overboard, takes his third, and goes home.
Third guy gets up in the morning and figures the other guys are still sleeping. So he figures, “I’ll just take my third, and I’ll go. When they wake up, they can take their third.” However, he realizes that he can’t take a third. It’s not divisible by three.
RAY: Sonja Henie’s…! What are the chances of that?
TOM: He throws one fish overboard, takes his third, and leaves. Question: What is the smallest number of fish by which this little scenario could have taken place?
Can this happen with 4 people? 5? 6? n?
These excerpts are from a response to a reader on the wonderful tumblr by Jerome Herr, Experiments In Processing.
Learning to code is like learning a natural language: it’s quite hard and slow at first but if you hold on just a little then suddenly you start seeing all the beauty of it and you’re amazed about how you suddenly understand what’s going on and how you can create stuff (designs or sentences) on your own!
Start with something that you understand and then, VERY IMPORTANT, play with it! What I often do is that I simply add a new instruction, maybe one from a previous tutorial or sketch, to see how that will look. Or I wonder: what will the animation look like if I use very big ellipses? or very small ones? only 10 of them? or a 1000? What if I make this rectangles rotate a bit? A lot? What if I apply this to only some of them?
So it’s not just about staring at the screen. It’s also about sketching stuff on paper and about letting yourself be inspired by everything you see in the world around you! Look at all the patterns that you can see in the natural world, day in and day out: in buildings, on the sidewalks, in the behaviour of cars or birds. Try to recreate those patterns. Start with the easy ones, obviously 😉 Look at Muslim art, lots of patterns to be found there. Or the art of Sol Levitt. And go to art museums, they can be very inspiring anyway!
Hat tip to Jim Olsen and John Golden:
Great activity for kids (and adults) of many levels:
How many rotations until the loop is closed?