I’m interrupting my review of the Prometheus interfaces for a post to share this piece of movie trivia. A few months ago, a number of blogs were all giddy with excitement by the release of the Prometheus Blu-Ray, because it gave a little hint that the Alien world and the Blade Runner world were one and the same. Hey internets, if you’d paid attention to the interfaces, you’d realize that this was already well established by 1982, or 30 years before.
During David’s two year journey, part of his time is spent “deconstructing dozens of ancient languages to their roots.” We see one scene illustrating a pronunciation part of this study early in the film. As he’s eating, he sees a volumetric display of a cuboid appear high in the air opposite his seat at the table. The cuboid is filled with a cyan glow in which a “talking head” instructor takes up most of the space. In the left is a column of five still images of other artificial intelligent instructors. Each image has two vertical sliders on the left, but the meaning of these sliders is not made clear. In the upper right is an obscure diagram that looks a little like a constellation with some inscrutable text below it.
On the right side of the cuboid projection, we see some other information in a pinks, blues, and cyans. This information appears to be text, bar charts, and line graphs. This information is not immediately usable to the learner, so perhaps it is material about the entire course, for when the lessons are paused: Notes about the progress towards a learning goal, advice for further study, or next steps. Presuming this is a general-purpose interface rather than a custom one made just for David, this information could be the student’s progress notes for an attending human instructor.
We enter the scene with the AI saying, “…Whilst this manner of articulation is attested in Indo-European descendants as a purely paralinguistic form, it is phonemic in the ancestral form dating back five millennia or more. Now let’s attempt Schleicher’s Fable. Repeat after me.”
In the lower part of the image is a waveform of the current phrase being studied. In the lower right is the written text of the phrase being studied, in what looks like a simplified phoenetic alphabet. As the instructor speaks this fable, each word is hilighted in the written form. When he is done, he prompts David to repeat it.
After David repeats it, the AI instructor smiles, nods, and looks pleased. He praises David’s pronunciation as “Perfect.”
This call and response seems par for modern methods of language learning software, even down to “listening” and providing feedback. Learning and studying a language is ultimately far more complicated than this, but it would be difficult to show much more of it in such a short scene. The main novelty that this interface brings to the notion of language acquisition seems to be the volumetric display and the hint of real-time progress notes.
The main interface on the bridge is the volumetric projection display. This device takes up the center of the bridge and is the size of a long billiards table. It serves multiple purposes for the crew. Its later use is to display the real-time map of the alien complex.
Map of the alien complex
The redshirt geologist named Chance in the landing party uses some nifty tools to initiate mapping of the alien complex. The information is sent from these floating sensors back to the ship, which displays the results in real time.
The display of this information is rich with a saturated-color, color-coded, edge-opacity style, leaving outer surfaces rendered in a gossamer cyan, and internal features rendered in an edge-lit green wireframe. In the area above the VP surface, other arbitrary rectangles of data can be summoned for particular tasks, including in-air volumetric keyboards. The flat base of the bridge VP is mirrored, which given the complex 3D nature of the information, causes a bit of visual confusion. (Am I seeing two diamonds reflected or four on two levels?)
Later in the film, Janek tells Ravel to modify the display; specifically, to “strip away the dome” and “isolate that area, bring it up.” He is even to enlarge and rotate the alien spaceship when they find it. Ravel does these modifications this through a touch screen panel at his station, though he routes the results to the “table.” We don’t see the controls in use so can’t evaluate them. But being able to modify displays are one of the ways that people look for patterns and make sense of such information.
A major question about this interface is why this information is not routed back to the people who can use it the most, i.e. the landing party. Chance has to speak to Janek over their intercom and figure out his cardinal directions in one scene. I know they’re redshirts, but they’re already wearing high tech spacesuits. And in the image below we see that this diegesis has handheld volumetric projections. They couldn’t integrate one of those to a sleeve to help life-critical wayfinding?
In addition to the biometric readout at the foot of the hypersleep chamber, David can also check on the humans in hypersleep via direct visual contact. Though the walls of these chambers are ordinarily opaque, by placing his hand on a corner, David can cause the walls become translucent and the top becomes transparent. This allows him to directly view the body to check on a hypersleeper’s appearance, while maintaining some privacy for the hypersleeper from other straying eyes in the area.
The topmost surface of the chamber also has a translucent interface displaying such information as the sleeper’s name, labeled CRYO SLEEP; something called DREAM STATE, which is numerical (Shaw’s is 0560-09797?); and a few other pieces of inscrutable data.
There are a number of problems with this interface. The translucent interface might be a good idea because it would reduce the time between looking at abstractions of data and looking at a subject. But the data shown on the interface is not clearly biometric. (A solid argument can be made that it would be better to swap the data found on this screen and the data seen in the HYP.SL screen at the head of the bed.) In this case, since the data is not biometric, the overlay might actually occlude important outward signs and is therefore a bit misplaced.
Additionally, since the chambers are situated with their feet towards the wall, the orientation of the typography seems to have poor usability as well. For optimal reading in this portrait orientation, a viewer would have to go as far out of his way as possible in the space. This information should have been laid out along the landscape orientation of the pane, and the information moved to the edge such that an unhindered visual scan of the sleeper is possible.
I was at first confused about a feature of the chambers seen later in the movie, when David is surprised to find evidence that Meredith has exited her chamber and walked to her quarters, long ahead of the others. Why was he surprised? If you were designing a system for a caretaker, wouldn’t you want him to know when something as major as that occurs? Then I realized that Meredith outranks and is resentful of David, so it’s entirely likely that if she could, she would enjoy configuring her personal program to wake her ahead of the others and disable any notification that David would ordinarily receive.
The second interface David has to monitor those in hypersleep is the Neuro-Visor, a helmet that lets him perceive their dreams. The helmet is round, solid, and white. The visor itself is yellow and back-lit. The yellow is the same greenish-yellow underneath the hypersleep beds and clearly establishes the connection between the devices to a new user. When we see David’s view from inside the visor, it is a cinematic, fully-immersive 3D projection of events in her dreams, that is presented in the “spot elevations” style that is predominant throughout the film (more on this display technique later).
Later in the movie we see David using this same helmet to communicate with Weyland who is in a hypersleep chamber, but Weyland is somehow conscious enough to have a back-and-forth dialogue with David. We don’t see either David’s for Weyland’s perspective in the scene.
As an interface, the helmet seems straightforward. He has one Neuro-Visor for all the hypersleep chambers, and to pair the device to a particular one, he simply touches the surface of the chamber near the hyper sleeper’s head. Cyan interface elements on that translucent interface confirm the touch and presumably allow some degree of control of the visuals. To turn the Neuro-Visor off, he simply removes it from his head. These are simple and intuitive gestures that makes the Neuro-Visor one of the best and most elegantly designed interfaces in the movie.
The android David tends to the ship and the hypersleping crew during the two-year journey.
The first part of the interface for checking in on the crew is a cyan-blue touch screen labeled “HYP.SL” in the upper left hand corner. The bulk of this screen is taken up with three bands of waveforms. A “pulse” of magnification flows across the moving waveforms from left to right every second or so, but its meaning is unclear. Each waveform appears to show a great deal of data, being two dozen or so similar waveforms overlaid onto a single graph. (Careful observers will note that these bear a striking resemblance to the green plasma-arc alien interface seen later in the film, and so their appearance may have been driven stylistically.)
To the right of each waveform is a medium-sized number (in Eurostile) indicating the current state of the index. They are color-coded for easy differentiation. In contrast, the lines making up the waveform are undifferentiated, so it’s hard to tell if the graph shows multiple data points plotted to a single graph, or a single datapoint across multiple times. Whatever the case, the more complex graph would make identifying a recent trend more complicated. If it’s useful to summarize the information with a single number on the right, it would be good to show what’s happening to that single number across the length of the graph. Otherwise, you’re pushing that trendspotting off to the user’s short term memory and risking missing opportunities for preventative measures.
Another, small diagram in the lower left is a force-directed, circular edge bundling diagram, but as this and the other controls on the screen are inscrutable, we cannot evaluate their usefulness in context.
After observing the screen for a few seconds, David touches the middle of the screen, a wave of distortion spreads from his finger for a half a second, and we hear a “fuzz” sound. The purpose of the touch is unclear. Since it makes no discernable change in the interface, it could be what I’ve called one free interaction, but this seems unlikely since such cinematic attention was given to it. My only other guess is to register David’s presence there like a guard tour patrol system or watchclock that ensures he’s doing his rounds.
I realized while writing up the Prometheus interfaces that the strategy I’ve been using for the website is not ideal. The idea was to combine many similar interfaces to make for a good in-depth read on Tuesdays and Thursday. But, it hinders use for actual research on a particular tag.
For instance, if a reader was curious about all interfaces with the “big label” tag and clicked the tag, she should just see a long results page with interfaces that had big labels. But since I’ve been clustering similar interfaces for long reading, she would have to skip over a lot of interfaces that don’t have big labels and try to suss out the ones that do.
Sadly, this isn’t a custom WordPress site, so I can’t do any customization that would help bridge the gap between reading and researching modes. Since the ultimate goal of publishing this material is to allow people to engage in the broad-sample comparisons with which we wrote the book, we’re going to err on the side of research and begin to publish individual interfaces. We’ll try this out for Prometheus to see how it goes, and if it works well, sometime in the new year I’ll go back and fix the blog posts I’ve already made.
Thanks to those who braved the Blade Runner-esque rain to make it to the book signing party. We had a great time meeting people, trying out the “Buzz Aldrins”, sharing stories, chatting with smart fans about sci-fi interfaces, and yep, even signing books. Thanks for the support, and a shout out to Hot Studio for providing the awesome venue!
Release Date: 15 April 2012, USA
In 2094 a team of scientists follow anthropological clues across the galaxy to the Earth-like moon named LV223. On arrival, the scientists discover a huge, ancient complex with urns of a strange black material. The android David sneaks some of this material on board the ship and infects the scientist Halloway with it to see the effects. Halloway has sex with Shaw, who becomes pregnant with an alien aberration.
Returning to the alien complex, David breaks free from the group and discovers that one of the aliens is still alive in a statis chamber. After Halloway is consumed by the infection, the crew returns to the ship, and Shaw uses a MedPod device to manually extract the aberration growing in her womb. Despite the chaos, the believed-dead corporatist Peter Weyland comes out of hidden stasis on the ship, to reveal that the whole enterprise was arranged to let him make contact with the aliens and try to meet his makers and achieve immortality.
Back in the alien complex, David is decapitated and Weyland and his retinue killed by the furious, reanimated alien. The alien launches a spaceship from within the complex to complete his mission of heading to Earth and infecting it, but Captain Janek and crew crash Prometheus into his ship to save the Earth while sacrificing themselves. Shaw, the lone survivor, returns to an ejected life support pod only to find her alien spawn has grown to monstrous size. The furious alien, who has escaped his crashed ship and found the pod, tries to kill her, but she unlocks the MedPod room and escapes with the alien and the aberration locked in mortal combat. The decapitated but functional David contacts Shaw through radio, and informs her that there are other ships by which they can abandon the planet and return home.