After finishing The Name of the Rose, and a year or so since putting time into my attempt at a novel, I have a game idea that takes ideas from both (mostly from mine).
Imagine a post-apocolyptic world, with all the cliché’s that entails.
However, this is also after all the Matrix- and Terminator-type stories of technology taking over, and humans are back in charge.
Daily life, though, is similar to 14th-century Europe, where things are run by the church, but this time the Devil has a name, and it is Technology.
They argue, with good reason, that the embrace of technology since the Industrial Revolution has caused all of society’s ills, and they are all banished – everything since and including James Watt’s … Read the rest
I did something today. I made coffee from previously-used grounds. Experts say this would yield sour, bitter, terrible coffee. In fact it was fine. It was weak, but not bad. The idea came to me from having used a French press for my coffee for a long time. Often I leave the grounds swimming in water for up to 15 minutes before I depress the plunger. Drip-coffee is based on the premise that coffee should have as little contact with water as possible. Many flavors are filtered out of the coffee using the drip method, some bad and some good. I think drip coffee may be better for lighter roasts, but I prefer to give the gruonds a … Read the rest
An idea for a game: You are transported back in time to 30,000 years ago, somewhere on Earth, maybe in the ice-age areas in the north, or the plains of Africa.
The animals are of that era (wooly rhinoceroses, giant squirrels) and the native peoples don’t have written language.
You however, have all the knowledge of a 21st-century person, and your quest is to introduce technologies of metallurgy and engineering to the societies you find.
It would be sort of like Age of Empires or SimCity except the goals would be much more practical, such as how to actually hunt down a mastodon while keeping safe from sabre-tooths and other predators – tasks usually hinted at but not developed in other games.
It is said that mycologists have the highest incidence of poisoning by mushroom.
Their confidence leads to carelessness.
That’s been the explanation for my recent failed efforts – sometimes when I’m sure I can do something, I don’t try.
Other times, I don’t know what I’m doing, but at least I know that I don’t know, and then I try and succeed.
100 years ago the Wright brothers built and flew the first airplane.
Last week I failed to make a little electric car. Talk about weight-to-power ratios, they had to have enough power to actually lift the whole thing … Read the rest
– A group of unicorns is called a blessing. (how often does that happen?)
– Twelve or more cows (kine) are known as a flink.
– A group of frogs is called an army.
– A group of rhinos is called a crash.
– A group of kangaroos is called a mob.
– A group of whales is called a pod.
– A group of ravens (or crows) is called a murder.
– A group of larks is called an exaltation.
– A group of owls is called a parliament.
So, once we begin hunting robots for sport, what shall we call a grouping of them?
– A ‘can of robots’?
– A ‘bismuth of robots’?
– A ‘bottle of … Read the rest
Intro to Physical Computing
Week 14 – The Last Journal?!?
Taxis' tires push
Through the slush of Houston Street:
Sounds like the Ocean
My final project idea is okay, but it needs a little something. Technically, it won’t be anything that hasn’t been done before (cancelling the negatives, it WILL be something that HAS been done).
So a business won’t be interested, but a museum might, but only if the thing has some kind of aesthetic value or meaning of some kind.
If I make the cables that connect the segments really long, that could be interesting.
If I make the cables switchable from left to right, then by changing them I could make the segments move in the … Read the rest
I still want to make my Kisov robot, which would be capable of walking unaided to Cambridge and punching Kismet in the face.
I bought one of those multi-color IR sensors that is supposed to be able to not only detect light, but detect specific wavelengths.
Danged if I can figure out how it works. It has four glass plates on the front and two sets of three wires in the back.
I can’t find any specs anywhere.
The wires are sort of like those of a stepper motor, where each set of … Read the rest
Intro to Physical Computing
Obligatory Fat Albert reference:
Randall: Mushmouth, you’re like p-comp on Thanksgiving.
Mushmouth: Whabat dobo youbou meabean?
Randall: No class
If I do the centipede robot, I could either make the segment wheels always turn together, relying on the head to pull them in the right direction, the way an 18-wheeler relies on the cab to turn.
Or, I could have the segment wheels turn separately, based on a signal that’s passed down from the head (right wheel to turn left, and vice versa).
But that would mean each segment turning on its own, and the whole thing would move diagonally.
Maybe I could just reduce the power sent to the one wheel rather than cut … Read the rest
Some old friends visited over the weekend. Anna, the girl, was fascinated with all my electronics junk.
I taught her how to solder and she wired up some potentiometers and speakers for me.
She was into making LEDs turn on, and before long she had set up a circuit where she could vary the brightness of the LEDs with a variable resistor.
She’s only 9 but made as much progress in a few hours as I had made in my first week in this class.
She asked me whether I enjoyed playing sports. I said, ‘Not really.’
We began by going to the Robot Store and getting the kit pictured on the right, which included a book and one meter each of Flexinol™ 050, 100 & 150.
The numbers refer to the diameter of the wire in millimeters (0.05mm, 0.1mm, and 0.15mm).
The book contains a lot of info on nitinol and several instructions for various projects.
The last one looked the most interesting – to build a 6-legged (hexapod) robot, which the book called Boris.
Here is a video of a completed Boris. (676K, QuickTime format)