For the last 20 years I've been designing puzzles. And I'm here today to give you a little tour, starting from the very first puzzle I designed, through what I'm doing now. I've designed puzzles for books, printed things. I'm the puzzle columnist for Discover Magazine. I've been doing that for about 10 years. I have a monthly puzzle calendar. I do toys. The bulk of my work is in computer games. I did puzzles for Bejeweled. (Applause) I didn't invent Bejeweled. I can't take credit for that.
So, very first puzzle, sixth grade, my teacher said, "Oh, let's see, that guy, he likes to make stuff. I'll have him cut out letters out of construction paper for the board." I thought this was a great assignment. And so here is what I came up with. I start fiddling with it. I came up with this letter. This is a letter of the alphabet that's been folded just once. The question is, which letter is it if I unfold it? One hint: It's not "L." (Laughter) It could be an "L" of course. So, what else could it be? Yeah, a lot of you got it. Oh yeah. So, clever thing.
Now, that was my first puzzle. I got hooked. I created something new, I was very excited because, you know, I'd made crossword puzzles, but that's sort of like filling in somebody else's matrix. This was something really original. I got hooked. I read Martin Gardner's columns in Scientific American. Went on, and eventually decided to devote myself, full time, to that.
Now, I should pause and say, what do I mean by puzzle? A puzzle is a problem that is fun to solve and has a right answer. "Fun to solve," as opposed to everyday problems, which, frankly, are not very well-designed puzzles. You know, they might have a solution. It might take a long time. Nobody wrote down the rules clearly. Who designed this? It's like, you know, life is not a very well written story so we have to hire writers to make movies.
Well, I take everyday problems, and I make puzzles out of them. And "right answer," of course there might be more than one right answer; many puzzles have more than one. But as opposed to a couple other forms of play, toys and games, by toy I mean, something you play with that doesn't have a particular goal. You can create one out of Legos. You know, you can do anything you want. Or competitive games like chess where, well, you're not trying to solve ... You can make a chess puzzle, but the goal really is to beat another player.
在我開始設計電腦遊戲初期，發現我能夠創造出一個改變你看法的解謎遊戲（2.圖與背景謎題－改變你看法的謎題），我會讓你們看一些例子。這個很出名，這可說是兩個黑色側影，也可說是中間有個白色花瓶；這叫做「圖形－背景錯視圖」，是藝術家 M.C. Escher 開創的圖形，出現在他一些很棒的出版品中。這是他的作品「日與夜」。這是我做的「圖形－背景錯視圖」。這是以黑色作為「圖形」，這是以白色作為「圖形」，這都是同一張設計圖的一部分，黑白圖形互為彼此的背景。我本想試著用「figure」和「ground」這兩個字來做做看，但我知道自己做不出來，所以我將問題做了個改變：全都用「圖形」來做（笑聲）。
這是「mirror」這個字。不，上下顛倒過來不是同一個字，它要這樣翻轉才會相同。一位來自媒體實驗室挺了不起的傢伙，剛接任羅德島設計學院校長的John Maeda，所以我為他做了這個，這算是種視覺經典設計吧 (笑聲)。最近在《魔術》雜誌中，我用魔術師的名字做了些雙向圖。這是「Penn and Teller」，上下顛倒過來後還是一樣，這在我的解謎月曆中也有出現。Okay，再回來看幻燈片（掌聲）。謝謝。
I consider that puzzles are an art form. They're very ancient. It goes back as long as there is written history. It's a very small form, like a joke, a poem, a magic trick or a song, very compact form. At worst, they're throwaways, they're for amusement. But at best they can reach for something more and create a memorable impression. The progression of my career that you'll see is looking for creating puzzles that have a memorable impact.
So, one thing I found early on, when I started doing computer games is that I could create puzzles that will alter your perception. I'll show you how. Here is a famous one. So, it's two profiles in black, or a white vase in the middle. This is called a figure-ground illusion. The artist M.C. Escher exploited that in some of his wonderful prints. Here we have Day and Night. Here is what I did with figure and ground. So, here we have "figure" in black. Here we have "figure" in white. And it's all part of the same design. The background to one is the other. Originally I tried to do the words "figure" and "ground." But I couldn't do that, I realized. I changed the problem. It's all "figure." (Laughter)
A few other things. Here is my name. And that turns into the title of my first book, "Inversions." These sorts of designs now go by the word "ambigram." I'll show you just a couple others. Here we have the numbers one through ten, the digits zero through nine, actually. Each letter here is one of these digits. Not strictly an ambigram in the conventional sense. I like pushing on what an ambigram can mean.
Here's the word "mirror." No, it's not the same upside-down. It's the same this way. And a marvelous fellow from the Media Lab who just got appointed head of RISD, is John Maeda. And so I did this for him. It's sort of a visual canon. (Laughter) And recently in "Magic" magazine I've done a number of ambigrams on magician's names. So here we have Penn and Teller, same upside-down. This appears in my puzzle calendar. Okay, let's go back to the slides. Thank you very much.
Now, those are fun to look at. Now how would you do it interactively? For a while I was an interface designer. And so I think a lot about interaction. Well, let's first of all simplify the vases illusion, make the thing on the right. Now, if you could pick up the black vase, it would look like the figure on top. If you could pick up the white area it would look like the figure on the bottom. Well, you can't do that physically, but on a computer you can do it. Let's switch over to the P.C.
And here it is, figure ground. The goal here is to take the pieces on the left and make them so they look like the shape on the right. And this follows the rules I just said, any black area that is surrounded by white can be picked up. But that is also true of any white area. So, here we got the white area in the middle, and you can pick it up. I'll just go one step further. So, here is -- here is a couple pieces. Move them together, and now this is an active piece. You can really get inside somebody's perception and have them experience something. It's like the old maxim of "you can tell somebody something and show them, but if they do it they really learn it."
Here is another thing you can do. There is a game called Rush Hour. This is one of the true masterpieces in puzzle design besides Rubik's cube. So, here we have a crowded parking lot with cars all over the place. The goal is to get the red car out. It's a sliding block puzzle. It's made by the company Think Fun. It's done very well. I love this puzzle.
Well, let's play one. Here. So, here is a very simple puzzle. Well, that's too simple, let's add another piece. Okay, so how would you solve this one? Well, move the blue one out of the way. Here, let's make it a little harder. Still pretty easy. Now we'll make it harder, a little harder. Now, this one is a little bit trickier. You know? What do you do here? The first move is going to be what? You're going to move the blue one up in order to get the lavender one to the right. And you can make puzzles like this one that aren't solvable at all. Those four are locked in a pinwheel; you can't get them apart.
我對你學習如何創造出屬於自己的謎題很感興趣，就像我創造這些謎題一樣。Gary Trudeau 自稱為研究型漫畫家（4.《發現》雜誌－謎題就像研究報告），在畫漫畫前他都會做很多研究。在《發現》雜誌，我是研究型謎題創作家，我對基因序列感興趣。我總是說，「到底要怎樣才能想出DNA中的鹼基序列？」把兩股DNA切開，將它們分別定序，然後找尋重疊部分。基本上你是將它們的末端配對，我說 「這有點像是拼圖遊戲，除了這些DNA片段是重疊的」。
I wanted to make a sequel. I didn't come up with the original idea. But this is another way I work as an inventor is to create a sequel. I came up with this. This is Railroad Rush Hour. It's the same basic game except I introduced a new piece, a square piece that can move both horizontally and vertically. In the other game the cars can only move forward and back. Created a whole bunch of levels for it. Now I'm making it available to schools. And it includes exercises that show you not just how to solve these puzzles, but how to extract the principles that will let you solve mathematical puzzles or problems in science, other areas.
So, I'm really interested in you learning how to make your own puzzles as well as just me creating them. Gary Trudeau calls himself an investigative cartoonist. You know, he does a lot of research before he writes a cartoon. In Discover Magazine, I'm an investigative puzzle maker. I got interested in gene sequencing. And I said, "Well, how on Earth can you come up with a sequence of the base pairs in DNA?" Cut up the DNA, you sequence individual pieces, and then you look for overlaps, and you basically match them at the edges. And I said, "This is kind of like a jigsaw puzzle, except the pieces overlap."
So, here is what I created for Discover Magazine. And it happens to be solvable in a magazine. You know you can't cut out the pieces and move them around. So, here is the nine pieces. And you're supposed to put them into this grid. And you have to choose pieces that overlap on the edge. There is only one solution. It's not that hard. But it takes some persistence. And when you're done, it makes this design, which, if you squint, is the word "helix." So, that's the form of the puzzle coming out of the content, rather than the other way around.
Here is a couple more. Here is a physics-based puzzle. Which way will these fall? One of these where it's 50 pounds, 30 pounds and 10 pounds. And depending on which one weighs which amount, they'll fall different directions. And here is a puzzle based on color mixing. I separated this image into cyan, magenta, yellow, black, the basic printing colors, and then mixed up the separations, and you get these peculiar pictures. Which separations were mixed up to make those pictures? Gets you thinking about color.
Finally, what I'm doing now. So ShuffleBrain.com, website you can go visit, I started up with my wife, Amy-Jo Kim. She could easily be up here giving a talk about her work. So, we're making smart games for social media. I'll explain what that means. We're looking at three trends. This is what's going on in the games industry right now. First of all, you know, for a long time computer games meant things like Doom, where you're going around shooting things, very violent games, very fast, aimed at teenage boys. Right? That's who plays computer games.
Well guess what? That's changing. Bejeweled is a big hit. It was the game that really broke open what's called casual games. And the main players are over 35, and are female. Then recently Rock Band has been a big hit. And it's a game you play with other people. It's very physical. It looks nothing like a traditional game. This is what's becoming the dominant form of electronic gaming.
Now, within that there is some interesting things happening. There is also a trend towards games that are good for you. Why? Well, we aging Boomers, Baby Boomers, we're eating our healthy food, we're exercising. What about our minds? Oh no, our parents are getting Alzheimer's. We better do something. Turns out doing crossword puzzles can stave off some of the effects of Alzheimer's. So, we got games like Brain Age coming out for the Nintendo DS, huge hit. A lot of people do Sudoku. In fact some doctors prescribe it.
And then there is social media, and what's happening on the Internet. Everybody now considers themselves a creator, and not just a viewer. And what does this add up to? Here is what we see coming. It's games that fit into a healthy lifestyle. They're part of your life. They're not necessarily a separate thing. And they are both, something that is good for you, and they're fun. I'm a puzzle guy. My wife is an expert in social media. And we decided to combine our skills.
Our first game is called Photo Grab. The game takes about a minute and 20 seconds. This is your first time playing my game. Okay. Let's see how well we can do. There are three images. And we have 24 seconds each. Where is that? I'll play as fast as I can. But if you can see it, shout out the answer. You get more -- Down, okay, yeah where is that? Oh yeah. There, okay. J-O and -- I guess that's that part. We got the bow. That bow helps. That's his hair. You get a lot of figure-ground problems. Yeah, that one is easy. Okay. So, ahhh! Okay on to the next one. Okay, so that's the lens. Anybody? Looks like a black shape. So, where is that? That's the corner of the whole thing. Yeah, I've played this image before, but even when I make up my own puzzles -- And you can put your own images in here. And we have people all over the world doing that now.
There we are. Visit ShuffleBrain.com if you want to try it yourself. Thank you.