Belated news: Tron 3 cancelled

I’m really late with this, because it came out in late May, when I was super busy with a trip I was planning. I totally missed the announcement until I happened upon it recently. In past posts I had made a mention or two about Disney working on a sequel to Tron Legacy. Well, they announced that it isn’t happening. It’s been cancelled. The official announcement said that the movie release schedule in 2017 was just too full of other live-action films Disney is planning. “RaginRonin” on YouTube gave what I think is the best synopsis of movie industry pundit analysis. It sounds like it comes down to one thing: Disney is averse to live-action films that don’t relate to two genres that have been successful for them: Pirates of the Caribbean, and anything related to its classic fairy tale franchise. Other than that, they want to focus on their core competency, which is animation.

All pundit analysis focused on one movie: Tomorrowland. It was a Disney live-action sci-fi movie that flopped. They figured Disney took one look at that and said, “We can’t do another one of those.”

One thing contradicts this, though, and I’m a bit surprised no one I’ve heard so far picked up on this: Disney is coming out with a live-action sci-fi film soon. It’s called Star Wars: The Force Awakens… though it is being done through its Lucasfilm division, and it’s their staff doing it, not Disney’s. Maybe they think that will make a difference in their live-action fortunes. Disney paid a lot of money for Lucasfilm, and so of course they want it to produce. They want another series. No, more than one series!

Like with the first Tron film in 1982, Legacy did well at the box office, but not well enough to wow Disney. Apparently they were expecting it to be a billion-dollar film in ticket sales domestically and internationally, and it grossed $400 million instead. Secondly, Tron: Uprising, the animated TV series that was produced for Disney XD, and got some critical acclaim, did not do well enough for Disney’s taste, and was cancelled after one season. Though, I think the criticism that, “Of course it didn’t do well, since they put it on an HD channel when most viewers don’t have HD,” is valid, it also should be said that it wasn’t a “killer app” that drew people to HD, either. Maybe it’s more accurate to say that Tron as a genre is not a hot seller for Disney, period. It’s profitable, but it doesn’t knock their socks off.

One pundit said that he’s confident Disney will return to Tron sometime in the future, just as it did with Legacy, but the way things are looking now, Disney wants to focus on its profitable properties. I can buy that, but I wonder if the challenge was the story. Olivia Wilde, the actress who played “Quorra” in Legacy, mentioned this in an April interview. Shooting for the sequel, in which the original cast was slated, was scheduled for October, yet they didn’t have a screenplay. They had plenty of time to come up with one. Disney hired a writer for this sequel a couple years ago.

This has happened before. As I’ve talked about in previous posts, there was an attempt to make a Tron sequel back in 2003. It was supposed to be a combination release of a video game and a movie, called Tron 2.0. The video game came out for PCs, and later, game consoles. There was a clear, dramatic storyline in the game that jumped off from the characters, and a bit of the story, from the original Tron. The whole aesthetic of the video game was very nostalgic. A lot of the focus was on the subject of computer viruses, and various forms of malware, and some pretty interesting story lines about the main characters. I had to admit, though, that it took the focus off of what was really interesting about Tron, which was the philosophical and political arguments it made about what computing’s role should be in society. Steven Lisberger, who was driving the effort at Disney at the time, said that an idea he had was to talk about (I’m paraphrasing), “What is this thing called the internet? What should it represent?” He said, “It’s got to be something more than a glorified phone system!” Disney had developed some concept art for the movie. It looked like it might have a chance, but it was cancelled. Tron Legacy, which came out in 2010, was a worthy successor to the first movie in this regard, and I think that had something to do with it getting the green light. Someone had finally come up with something profound to say about computing’s role in society (I talk about this here). I think there’s more to this story than the market for live-action sci-fi movies from Disney. I think they haven’t found something for a sequel to communicate, and they were running up against their production deadline. I suspect that Lisberger and Kosinski did not want to rush out something that was unworthy of the title. Canceling it will give more time for someone down the road to do it right.

Tron Uprising premieres

The Disney animated series “Tron Uprising” premieres tonight on the Disney XD cable channel. Here’s the prologue episode, showing the back story of how a character named Beck becomes the new Tron. It looks very well done.

The concept is it shows what happens in Flynn’s “grid” world before “Tron Legacy,” but after Clu turns corrupt and defeats the original Tron character.

I remember when I watched the movie I wondered why there were gladiatorial games going on. In the original “Tron” this could be explained by these games being the ones we played in the arcade, only it was really life and death for the programs. This episode also explains why the games return.

h/t to tron-sector.com

http://dai.ly/xr8lww

Exploring the meaning of Tron Legacy

** Warning: This article contains spoiler information. Do not read further if you don’t want the story revealed. I wrote this article for people who have seen the movie. **

I was disappointed in Tron Legacy at first. I didn’t get the same thrill out of it that I got out of Tron when I first saw it at age 14. In some ways it met my expectations. Based on the previews, I figured it would suggest that technologists have gotten obsessive about technology, and they need to “get out more.” It did that, but at first blush it appeared to do nothing more. I thought about what I had watched, and some things came more into focus that made me like it a lot more.

I’ve read a couple movie reviews on it, and I feel as though they missed the point, but that should not be surprising. Like with the original Tron, this movie works on a few levels. If you are a typical moviegoer, the movie’s story line will entertain you, and the special effects will dazzle you. A couple reviews have said that it follows the story line of a particular kind of a fairy tale. I think it does, but this is just superficial.

With Tron in 1982, the “surface” story was a bit like the movie The Incredible Shrinking Man in that a character is transported into a micro-reality, and everything that once appeared small and insignificant became huge and menacing. The main character, Kevin Flynn, had to face the games he created, inside the system created by his former employer. A virtual, mysterious and reclusive master overlord (the MCP) sought to grab up other entities (called “programs”) and systems to merge with itself, so it could become more powerful. A recurring theme was a kind of atheism. Programs were expected to believe that only their own reality existed, that there were no such things as “users,” (something greater than themselves, off in another reality they could not relate to, but which had a direct relationship with them). This was so that the programs would feel helpless, and would not fight the overlord. Flynn, a user, is sucked in because the system is so arrogant it thinks it can defeat him as well.

The message embedded in the film, which technologists would understand, was political: Were we going to have centralized control of computing, which had implications for our rights, or was computer access going to be democratized (a “free system”), so that people could have transparent access to their alter-egos inside the computer world? This was a futuristic concept in one sense, because most people were not aware of this relationship, even though it was very real at the time (but not in the sense of “little computer people”). I thought of it as expressing as well that the computer world reflected the consciousness of whichever user had the most influence over it (ie. Dillinger).

The director of “Tron,” Steven Lisberger, talked about how we had alter-egos in the computer world in the form of our tax records, and our financial transactions, and that in the future this alter-ego was only going to grow in its sophistication as more data was gathered about us. The future that was chosen largely agrees with the preferred outcome in the movie. Though we have this alter-ego that exists in the computer world, computer access was democratized, just not quite in the way the movie predicted.

There was a metaphysical message that’s more universal: Just as computer programs have users, perhaps we have “users” as well in some reality to which we can’t relate. The creators of the movie deliberately tried to make the real world look a little like the computer world to make this point. The theme that Lisberger has talked about many times now is that perhaps we all have a “better self,” and the question is are we going to strive to access that better self, or are we going to go through life never trying to get in touch with it?

What drew me into “Tron” when I first saw it in about 1983 was the idea that in the computer world things could be shaped by our thoughts and consciousness. I had a feel for that, since I had started programming computers 2 years earlier. Dr. Walter Gibbs’s confrontation with Dillinger particularly resonated with me:

You can remove men like Alan and me from the system, but we helped create it! And our spirit remains in every program we design for this computer!

Tron Legacy is a decidedly different movie from the old Tron. It has some elements that are reminiscent of it, but the message is different. I won’t talk too much about the fairy tale aspect, but instead focus on the message that I think is meant for technologists. This will be my own interpretation of it. This is what it inspired for me.

Instead of talking about a complaint about current conditions, as if they had no antecedent, the movie subtly complains about a problem that’s existed from the time when “Tron” was made, in our world: The legacy of the technical mentality that came into dominance at the same time that the democratization of computer access occurred, and has existed ever since.

On the surface, in the real world (in the movie), the computer industry is slouching towards cynical commercialism. Kevin Flynn disappeared 21 years earlier, leaving behind his son, Sam. Encom lost its visionary, and innovation at the company gradually slowed. In the present, the idea of technological innovation is dead. Encom is set to release yet another version of its operating system (Version 12), which they claim is the most secure they’ve ever released. Alan Bradley, a member of the board, asks something to the effect of, “What’s really new about this product?” He’s told, “We put the number 12 on it.” They decide to sell the OS commercially (as I recall, it was given away freely in prior versions, according to the history told in the movie). Alan is part of the company, but he doesn’t have much power. Instead of talking about what their R&D has produced (if any R&D existed), one of the executives touts the fact that Encom stock will soon be traded 24 hours a day, all around the world. The company has lost its soul, and is now only concerned with coasting, milking its past innovation for all it’s worth.

Sam exists outside Encom for the most part, but is the company’s largest stockholder. In a nod to the free software crowd, when he hears about the Encom announcement, he decides to break into the company (like his father did many years earlier), hack into its data center and make the operating system freely available on the internet (odd…I thought the operating system was the most secure ever…), dashing the company’s plans to sell it. Shortly thereafter, Alan shows up at Sam’s garage apartment, telling him he received a page from an old number his father used at the “Flynn’s” arcade. Sam is alienated and uninterested, saying his father is dead. He seems lost, and without purpose. His only involvement in the story is to create mischief. Going deeper into this, we can see in mischief a desire to be involved, to change things, and yet not take responsibility for it, to not really try to do better. Maybe the reason is there’s a sense of incompatibility with one’s surroundings, but the mischief makers can’t quite put their finger on what the problem is. So their only answer is to attack what is.

For years Alan said that Flynn was still alive. He persists with Sam, saying there must be a good reason his father disappeared, that it wasn’t because he had intentionally abandoned him. He throws Sam the keys to the old arcade, and thus the voyage “down the rabbit hole” begins…

Inside the computer world, Sam goes through a similar initiation that his father went through in “Tron,” and then he is entered into gladiatorial games–most of the same games that his father competed in, only more advanced and modernized. Sam competes well, and survives. After a similar escape from “the game grid” as his father pulled off in the original movie (except with the help of a computer character named Quorra), Sam meets his father, Kevin Flynn, in an isolated cave (though with very nice accommodations). The look of this “cave” is reminiscent of the end scene in 2001: A Space Odyssey. I won’t go into the details of what Sam and Kevin talk about. What I found interesting was that Kevin had spent a significant amount of time studying philosophy. Based on this background, he plays the role of a wise, though defeated, sage.

Kevin tells the story of how he became trapped in a world of his own creation (rather like in “Tron,” but this time Kevin never found a way out). A theme that emerges is the danger of perfectionism, a seductive quality of computer systems. This is embodied in a program Kevin created, named Clu. In the beginning of the computer world, Clu was helpful. As the system was being built from the inside, some mysterious entities “emerged” in the system. Kevin called them “isomorphs.” He marveled at them, and hoped they would become a part of the system. Their programming had such complexity and sophistication he had trouble understanding their makeup.

I recognize the idea of “emergence” from my days studying CS in college. There were many people back then who had this romantic idea that as the internet grew larger and larger, an “intelligence” would eventually “emerge” out of the complexity.

Later in the history told in the movie, Clu turned dogmatic about perfection. He killed off the isomorphs, and threatened Kevin. Kevin tried fighting Clu, but the more he did so, the stronger Clu got. So he hid in his cave, all this time. Meanwhile Clu built the game grid into his vision of “the perfect system.” Everything is “perfect” in his world. One would think this is ideal, but there is a flip side. Imperfections are rejected. Eventually Kevin came to understand that his desire to create “the perfect system” led to one that’s hostile, not utopian as he had imagined. He realizes he made a mistake. There is an interesting parallel between this story line and what happened with Encom, and indeed what happened with the computer industry in our world. By being trapped in his own system, being exposed to the isomorphs, and seeing how his vision was incompatible with this wonderful and mysterious new entity, and himself, Kevin is forced to come face to face with himself, and the vision he had for the computer world. He is given the opportunity to reconsider everything.

There were some subtle messages conveyed. I noticed that anytime one of the programs in the gladiatorial games, or one of Clu’s henchmen got hit with a weapon, or hit a barrier, they died instantly–derezzing. However, with Quorra, Kevin’s companion in the cave, when she gets hurt in a fight, the damaged part of her derezzes, but she remains alive. What this communicated to me is that Kevin and Clu imposed designs on the system whose only purpose was to serve a single goal. They imposed an image of perfection on everything they created, which meant that any imperfection that was introduced into one of these programs (a “wound”) caused it to fall apart and die. Is this not like our software?

Quorra was not created by Flynn, and her system did not demand perfection. She was fault-tolerant. If a piece of her system was damaged, the rest of her was affected (she goes into a “dormant” state), but she did not die. Sam realizes after she is damaged that Quorra is an isomorph. The last of her kind.

I realized, reading an article just recently on Category Theory, and it’s application to programmable systems, called, “Programmers go bananas,” by José Ortega-Ruiz, that “isomorph” is a term used in mathematics. Just translating the term, it means “equal form,” but if you read the article, you’ll get somewhat of a sense of what Quorra and the isomorphs represented:

A category captures a mathematical world of objects and their relationships. The canonical example of a category is Set, which contains, as objects, (finite) sets and, as arrows, (total) functions between them. But categories go far beyond modeling sets. For instance, one can define a category whose objects are natural numbers, and the ‘arrows’ are provided by the relation “less or equal” (that is, we say that there is an arrow joining two numbers a and b if a is less or equal than b). What we are trying to do with such a definition is to somehow capture the essence of ordered sets: not only integers are ordered but also dates, lemmings on a row, a rock’s trajectory or the types of the Smalltalk class hierarchy. In order to abstract what all those categories have in common we need a way to go from one category to another preserving the shared structure in the process. We need what the mathematicians call an isomorphism, which is the technically precise manner of stating that two systems are, in a deep sense, analogous [my emphasis]; this searching for commonality amounts to looking for concepts or abstractions, which is what mathematics and (good) programming is all about (and, arguably, intelligence itself, if you are to believe, for instance, Douglas Hofstadter‘s ideas).

Ruiz went on to talk about relationships between objects and categories being isomorphic if one object, or a set of objects in a category O could be transformed into another object/category O’, and back to O again. In other words, there was a way to make two different entities “equal” or equivalent with each other via. transforming functions (or functors). I think perhaps this is what they were getting at in the movie. Maybe an isomorph was equivalent to a biological entity, perhaps even a human, in the computer world, but in computational terms, not biological.

I offer a few quotes from my post, “Redefining computing, Part 2,” to help fill in the picture some more Re. the biological/computational analogy. In this post, I used Alan Kay’s keynote address at OOPSLA ’97, called “The Computer Revolution Hasn’t Happened Yet.” The goal of his presentation was to talk about software and network architecture, and he used a biological example as a point of inspiration, specifically an E. Coli bacterium. He starts by talking about the small parts of the bacterium:

Those “popcorn” things are protein molecules that have about 5,000 atoms in them, and as you can see on the slide, when you get rid of the small molecules like water, and calcium ions, and potassium ions, and so forth, which constitute about 70% of the mass of this thing, the 30% that remains has about 120 million components that interact with each other in an informational way, and each one of these components carries quite a bit of information [my emphasis]. The simple-minded way of thinking of these things is it works kind of like OPS5 [OPS5 is an AI language that uses a set of condition-action rules to represent knowledge. It was developed in the late 1970s]. There’s a pattern matcher, and then there are things that happen if patterns are matched successfully. So the state that’s involved in that is about 100 Gigs. … but it’s still pretty impressive as [an] amount of computation, and maybe the most interesting thing about this structure is that the rapidity of computation seriously rivals that of computers today, particularly when you’re considering it’s done in parallel. For example, one of those popcorn-sized things moves its own length in just 2 nanoseconds. So one way of visualizing that is if an atom was the size of a tennis ball, then one of these protein molecules would be about the size of a Volkswagon, and it’s moving its own length in 2 nanoseconds. That’s about 8 feet on our scale of things. And can anybody do the arithmetic to tell me what fraction of the speed of light moving 8 feet in 2 nanoseconds is?…[there’s a response from the audience] Four times! Yeah. Four times the speed of light [he moves his arm up]–scale. So if you ever wondered why chemistry works, this is why. The thermal agitation down there is so unbelievably violent, that we could not imagine it, even with the aid of computers. There’s nothing to be seen inside one of these things until you kill it, because it is just a complete blur of activity, and under good conditions it only takes about 15 to 18 minutes for one of these to completely duplicate itself. …

Another fact to relate this to us, is that these bacteria are about 1/500th the size of the cells in our bodies, which instead of 120 million informational components, have about 60 billion, and we have between 1012, maybe 1013, maybe even more of these cells in our body.

So to a person whose “blue” context might have been biology, something like a computer could not possibly be regarded as particularly complex, or large, or fast. Slow. Small. Stupid. That’s what computers are. So the question is how can we get them to realize their destiny?

So the shift in point of view here is from–There’s this problem, if you take things like doghouses, they don’t scale [in size] by a factor of 100 very well. If you take things like clocks, they don’t scale by a factor of 100 very well. Take things like cells, they not only scale by factors of 100, but by factors of a trillion. And the question is how do they do it, and how might we adapt this idea for building complex systems?

So a lot of the problem here is both deciding that the biological metaphor [my emphasis] is the one that is going to win out over the next 25 years or so, and then committing to it enough to get it so it can be practical at all of the levels of scale that we actually need. Then we have one trick we can do that biology doesn’t know how to do, which is we can take the DNA out of the cells, and that allows us to deal with cystic fibrosis much more easily than the way it’s done today. And systems do have cystic fibrosis, and some of you may know that cystic fibrosis today for some people is treated by infecting them with a virus, a modified cold virus, giving them a lung infection, but the defective gene for cystic fibrosis is in this cold virus, and the cold virus is too weak to actually destroy the lungs like pneumonia does, but it is strong enough to insert a copy of that gene in every cell in the lungs. And that is what does the trick. That’s a very complicated way of reprogramming an organism’s DNA once it has gotten started.

Recall that when Kevin works on Quorra’s damaged body, he brings up a model of her internal programming, which looks like DNA. Recall as well that when Alan Bradley talked to Sam about the page he got, he told Sam about a conversation he had with Kevin Flynn before he disappeared. Kevin said that he had found something that was revolutionary, that would change science, religion, medicine, etc. I can surmise that Kevin was talking about the isomorphs. When I thought back on that, I thought about what I quoted above.

Moving on with Alan Kay’s presentation, here’s a quote that gets close to what I think is the heart of the matter for “Tron Legacy.” Kay brings up a slide that on one side has a picture of a crane, and on the other has a picture of a collection of cells. More metaphors:

And here’s one that we haven’t really faced up to much yet, that now we’ll have to construct this stuff, and soon we’ll be required to grow it. [my emphasis] So it’s very easy, for instance, to grow a baby 6 inches. They do it about 10 times in their life. You never have to take it down for maintenance. But if you try and grow a 747, you’re faced with an unbelievable problem, because it’s in this simple-minded mechanical world in which the only object has been to make the artifact in the first place, not to fix it, not to change it, not to let it live for 100 years.

So let me ask a question. I won’t take names, but how many people here still use a language that essentially forces you–the development system forces you to develop outside of the language [perhaps he means “outside the VM environment”?], compile and reload, and go, even if it’s fast, like Virtual Cafe (sic). How many here still do that? Let’s just see. Come on. Admit it. We can have a Texas tent meeting later. Yeah, so if you think about that, that cannot possibly be other than a dead end for building complex systems, where much of the building of complex systems is in part going to go to trying to understand what the possibilities for interoperability is with things that already exist.

Now, I just played a very minor part in the design of the ARPANet. I was one of 30 graduate students who went to systems design meetings to try and formulate design principles for the ARPANet, also about 30 years ago, and if you think about–the ARPANet of course became the internet–and from the time it started running, which is around 1969 or so, to this day, it has expanded by a factor of about 100 million. So that’s pretty good. Eight orders of magnitude. And as far as anybody can tell–I talked to Larry Roberts about this the other day–there’s not one physical atom in the internet today that was in the original ARPANet, and there is not one line of code in the internet today that was in the original ARPANet. Of course if we’d had IBM mainframes in the orignal ARPANet that wouldn’t have been true. So this is a system that has expanded by 100 million, and has changed every atom and every bit, and has never had to stop! That is the metaphor we absolutely must apply to what we think are smaller things. When we think programming is small, that’s why your programs are so big!

Another thing I thought of, relating to the scene where Quorra is damaged, and then repaired, is the way the Squeak system operates, just as an example. It’s a fault-tolerant system that, when a thread encounters a fault, pauses the program, but the program doesn’t die. You can operate on it while it’s still “alive.” The same goes for the kernel of the system if you encounter a “kernel panic.” The whole system pauses, and it’s possible to cancel the operation that caused the panic, and continue to use the system. As I thought back on the movie, I could not help but see the parallels to my own experience learning about this “new” way of doing things.

The problem with creating a “perfect system” is it requires the imposition of rules that demand perfection. This makes everything brittle. The slightest disturbance violates the perfection and causes the whole thing to fall apart. Also, perfection is limiting, because it must have a criteria, and that criteria must necessarily be limited, because we do not know everything, and never will. Not that striving for perfection is itself bad. Having a high bar, even if it’s unachievable, can cause us to strive to be the best that we can be. However, if we’re creating systems for people to use, demanding perfection in the system in effect demands perfection from the people who design and use it. This causes systems that are vulnerable and brittle. This makes people feel scared to use them, because if they do something wrong, it’ll go to pieces on them, or misinterpret their actions, and do something they don’t want. It also allows hackers to exploit the human weaknesses of the software’s designers to cause havoc in their systems and/or steal information.

Just thinking this out into the story of “Tron Legacy,” Quorra’s characteristics were probably the reason Clu tried to kill off the isomorphs. He didn’t understand their makeup, or their motivation. Their very being did not have the same purpose as he had for the overall system. They were not designed to contribute to a singular goal. Instead, their makeup promoted self-sustaining, self-motivated entities. Their allowance for imperfection, their refusal to adhere to a singular goal, in his mind, was dangerous to the overall system goal.

The “end game” in the story goes as such. Sam’s entry into the system opened a portal inside the computer system back to the real world. This presents an opportunity for Clu. He has been secretly generating an army that he hopes to use to take over the real world, and he plans to use the opportunity of the open portal. This particular sequence brought to mind the formation of the Grand Army of the Republic in the 2nd movie in the most recent Star Wars trilogy, Attack of the Clones. It also had a “sorcerer’s apprentice” (from Fantasia) quality about it, in that Kevin created something, but despite his intentions, his creation got out of his control, and became dangerous.

To me, the main computer characters in the movie were metaphors for different philosophies of what computer systems are supposed to be. Clu and his army are symbolic of the dominant technical mentality in computing today that imposes perfection on itself, and humanity, a demand that can never completely be satisfied. Quorra represents a different idea, and I’ve occasionally puzzled over it. Were the origins of the isomorphs meant to convey an evolutionary process for computer systems whereby they can evolve on their own, or was that just a romantic idea to give the story a sense of mystery? The best way I can relate to what Quorra is “made of” is that she and the isomorphs are a computational “organism” that is made up of elements in a sophisticated architecture that is analogous to human anatomy, in terms of the scale her software is able to achieve, the complexity it is able to encompass, the intelligence she has, her curiosity, and her affinity for humanity. She represents the ideal in the story, in contrast to Flynn’s notions of perfection.

I think the basic idea of the movie is that in the early going, people like Flynn were smart, witty, and clever. They were fascinated by what they could create in the computer world, and they could create a lot, but it was divorced from humanity, and they became fascinated by the effort of trying to make that creation better. What they missed is that the ideal creation in the computer world is more like us, both in terms of its structure and intelligence.

The final scene in the movie was a bit of a surprise. At first blush it was the most disappointing part of it for me, because I wondered, “How did they make *that* work??” I was tempted to extend the “isomorph” idea still further as I wrote this post, to say that a computer entity could be transformed into a human, just as the term “isomorphic” suggests, but I don’t know if that’s what the creators of the movie were going for. After all, Clu thought he could bring an entire army of computer entities into the real world, including himself. How was that going to work? I think that interpretation was too literal. Going along with the idea that Quorra is a symbolic character, what I took away from it was that Sam was taking this new idea out of Flynn’s “enclave,” and bringing it into the world. He said to Alan Bradley after they got out that he was going to take the helm at Encom. Sam had found a purpose in his life. It was a message of hope. It was a way for him to honor his father, to learn from his mistakes, and try to do better. There’s also a hopeful message that computers will join us in our world, and not require us to spend a lot of time in the world we’ve created inside the computer.

“Tron Legacy” asks technologists to reassess what’s been created at a much deeper technical level than I expected. It does not use technical jargon much, but subtly suggests some very sophisticated ideas. The philosophical issues it presents have deep implications for technology that are much more involved than how our computer access is organized (a technical theme of the first movie). It prompts us to ask uncomfortable, fundamental questions about “what we have wrought” in our information age, not in the sense of the content we have produced, but about how we have designed the systems we have given to the world. It also prompts us to ask uncomfortable questions about, “What do we need to do to advance this?” How do we get to a point where we can create the next leap that will bring us closer to this ideal? I think it dealt with issues which I have talked about on this blog, but extends far beyond them.

It will be interesting to see the DVD when it comes out. I wonder what the creators of the movie will say about their inspirations for what they put into it. I have not played the video game Tron Evolution, which I’ve heard tells the story from the time of the first movie up to “Tron Legacy.” Maybe it tells a very different story.

I leave you with a PC graphics/sound demo called “Memories from the MCP,” created in 2005 by a group called “Brain Control”. It looks pretty cool, and is vaguely Tron-ish. It has a “Tron Legacy” look and sound to it.

On another subject, there’s been a lot of buzz lately about a sequel to “Tron Legacy” (for lack of a better term, it seems people are calling it “Tron 3”). Apparently there is some reason to be excited about it, as there’s been news that Disney is actively pursuing this. Yori Lives also talks about it.

Edit 8/11/2019: I liked what Bob Plissken (otherwise known as “yorilives”) had to say in “Tron and the Future.”

— Mark Miller, https://tekkie.wordpress.com

The Tron sequel is coming along

I wrote a post a year ago talking about how a Tron sequel was “possible”, given that a Tron “test reel” (video) was shown by some people from Disney at last year’s ComicCon. I’ve been reading updates (there are newer updates here as well) over at Tron 2.0 News, and a Tron movie sequel has definitely been in the works. A couple months after the “test reel” was shown at ComicCon it was announced that Jeff Bridges had signed on, to reprise his role as Kevin Flynn. Bridges said that shooting for the sequel would begin in Spring 2009. Later several more actors were announced, including Bruce Boxleitner, reprising his role as Alan Bradley (no word yet on whether the character “Tron” will be making an appearance). A new generation of main characters was introduced, played by twenty-something actors, one of them being Flynn’s son.

One of the early announcements was that the film was going to be shown in 3D. That’s a hot trend right now.

An interesting story that Tron 2.0 News talked about just recently was that the “test reel” was never supposed to have been shown at ComicCon, or anywhere else in the first place. As of last July, Disney was on the fence about making a sequel. They didn’t want the “test reel” shown to anybody because they didn’t want to raise expectations and then disappoint their audience. It really was just a test to see if the technology could handle the vision, and it was supposed to be “inside Disney only”. It sounds like a few renegade executives at Disney snuck it into ComicCon in hopes of forcing Disney’s hand. According to the story some people at Disney got taken to the woodshed for this. It didn’t take long for them to decide, though, to go ahead with the sequel, probably because of the excitement generated by the “sneak preview” at ComicCon, and the bootleg video of it that was taken there, which went viral on the internet.

Disney created an unreleased test reel for the first “Tron” film back when it was first being developed. It was just a test to show the capabilities of the gels, backlighting, and rotoscoping techniques that were going to be used in the final film. It had a story line which was not in the released film, of a character inside a computer fighting a bad guy and then freeing another character from prison.

Tron 2.0 News revealed a while back that John Lasseter, who came back to Disney once Pixar merged with them, was instrumental in getting the sequel “test reel” made. It sounded like he had to really push for it hard, even working on it semi-secretly with an outside CGI firm. Lasseter was blown away by the original “Tron” movie when he worked at Disney back then. He’s been famously quoted as saying that if Tron hadn’t been made “there would’ve been no Toy Story”. “Toy Story” being Pixar’s first feature film. In the end us Tron fans may have Lasseter to thank for doing what needed to be done to get Disney to make the sequel.

According to the latest news I’ve read, shooting for the sequel just got wrapped up about a week ago in Canada. The post-production CGI work is projected to take another year. The early projection is that the movie will be released during Christmas 2010, but I could easily imagine the release being pushed back to 2011. An exciting tidbit is that IMAX might be looking at making an IMAX version of it. That would be very cool!

The current buzz is Disney is going to release an “updated” teaser trailer for it at this year’s ComicCon. Hopefully it’ll be released on the internet. I’ll be looking for it!

Another piece of news is that Disney is working on a video game to be released with the movie…a different one from “Tron 2.0″…and they’re finally getting the release of the two right this time! A PC/Mac game called “Tron 2.0” was released several years ago by Disney, which had a sequel story line. An XBox version eventually came out as well, to lackluster reviews. It was supposed to be released with a movie sequel that Disney had planned for release around 2003/04, but the project died. The game was released, oddly, without a movie to go with it.

The plot of the game was that Alan Bradley and Dr. Lora Baines (having gotten married) had a son, Jet, played as a twenty-something in the game. Lora suffered some mysterious death (not shown in the game, just talked about by the characters), but Alan preserved her consciousness in an AI sub-system, called “ma3a”. Alan was still alive and working for Encom. I forget what happened to Flynn. There might’ve been some story line about how he “rezzed” himself inside of Encom’s computers, but he doesn’t show up in the game at all.

Jet is the main character in the game. He gets sucked into Encom’s computer system (through the “laser process”) when a corruption in the system is detected. The theme of virus corruption plays prominently in the game. Jet is immediately considered part of the system corruption by the system’s guards, and so he has to fight the system, while pleading his case that he’s not a threat. He meets up with “ma3a” to try to fight the corruption. A mystery emerges about “ma3a”, but in the process of trying to discover what it is, tragedy strikes. In my opinion this is the reason to play the game. It’s a real interesting plot twist. Jet continues trying to fight the corruption and find his way out of the computer world, with some help from his father when he’s able to make contact with him. Along the way Jet has some powerful flashbacks that reveal his family’s past.

Meanwhile in the real world an evil, thuggish corporation takes over Encom, and the higher ups imprison Alan to get him to give up some technology secrets. Jet discovers what’s been happening in the real world (and Alan discovers what happened to Jet) and uses the computer system to help his father escape captivity. In turn his father is more able to help him from the outside.

I thought the story line that was put into the game was really interesting, and made it worthwhile to play it all the way through. Everything was great…until the ending. It was written like an afterthought. It sucked. Still, I like the game. I’ve been a fan of it for a long time. There’s a good story, some great “eye candy”, and some good “retro” parts that took me back years.

Bruce Boxleitner and Cindy Morgan lent their voices to their game characters, Alan Bradley and “ma3a”. Syd Mead designed a new light cycle, and perhaps some of the other stuff for the game.

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A bit of the plot has been revealed for the movie sequel. This is obviously spoiler material, so you may wish to skip it.

The backstory is that Flynn disappeared into the Encom system years ago and has been missing ever since. In the present day Flynn’s son investigates his father’s disappearance and along the way gets sucked into the Encom system. He finds his father inside the system, and along with a female character they go on a journey that’s much more perilous than the one that Flynn, and Tron and Yori (computer programs written by Alan and Lora) embarked on in the first movie. Obviously Alan Bradley plays a part in the story somehow, but that has not been revealed yet.

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The producers of the sequel say that while it will pay homage to the first film, in parts, they’re creating it as a stand-alone movie. The audience will not need to have seen the first film to understand it. This makes sense as it’ll have been nearly 30 years since the first film was made. It reminds me of the way that the newer Battlestar Galactica series was done. There were a few references to things from the original TV series, though it was disorienting the way they cast it as “the first war”. I always thought it would’ve been better if they had just left the old references out of it and cast the series as a remake. For the most part they created it anew.

Edit 7-27-09: Disney has released an updated version of the “test reel” that they showed at Comic-Con 2008, on YouTube. It looks and sounds A LOT clearer than the out-of-focus, fuzzy, bootleg version that’s been on the internet for a year! The title they seem to be going with for the movie is “Tron Legacy”. And they say right on it that they expect the movie to be released in 2010. They also mention “IMAX 3D”. Awesome! 🙂

TR2N: A sequel to Tron? Perhaps

There have been rumors of a Tron sequel for several years now. Back in 2003 Disney released Tron 2.0 a video game for PCs, and later a port for consoles. Originally the video game was supposed to accompany a movie with the same title, with Steven Lisberger reprising his role as director. That project got canned. The video game came out, but no movie. Talk about a botched release! Anyway, I think the video game is pretty good.

In the last year there have been more rumors of a Tron sequel, this time with a different director, with Lisberger being involved as producer. Just today I was browsing Brian Cunningham’s blog, and I came upon one posting pointing to a bootlegged test reel/teaser trailer called TR2N, shown at this year’s ComicCon, featuring Jeff Bridges looking bad ass (I assume he’s playing Flynn again), and a cool looking light cycles contest! It’s definitely modern, not some retread of old Tron footage. Tron 2.0 News has a lot of the details of what this teaser means. It looks like it was a test reel created to see how much interest it would generate. The project probably hasn’t been “greenlighted” yet. Anyway, I just had to see this. I watched it and got chills! Wow!

Oh, in case you’re wondering what the dialog is at the end, one of the contestants on the “game grid” exclaims, “It’s just a game!” His opponent says, after a dramatic pause, “Not anymore.”

Since the video is bootleg it may not be up for long. Check it out while you can.