Alien Astrometrics

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When David is exploring the ancient alien navigation interfaces, he surveys a panel, and presses three buttons whose bulbous tops have the appearance of soft-boiled eggs. As he presses them in order, electronic clucks echo in in the cavern. After a beat, one of the eggs flickers, and glows from an internal light. He presses this one, and a seat glides out for a user to sit in. He does so, and a glowing pollen volumetric projection of several aliens appears. The one before David takes a seat in the chair, which repositions itself in the semicircular indentation of the large circular table.

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The material selection of the egg buttons could not be a better example of affordance. The part that’s meant to be touched looks soft and pliable, smooth and cool to the touch. The part that’s not meant to be touched looks rough, like immovable stone. At a glance, it’s clear what is interactive and what isn’t. Among the egg buttons there are some variations in orientation, size, and even surface texture. It is the bumpy-surfaced one that draws David’s attention to touch first that ultimately activates the seat.

The VP alien picks up and blows a few notes on a simple flute, which brings that seat’s interface fully to life. The eggs glow green and emit green glowing plasma arcs between certain of them. David is able to place his hand in the path of one of the arcs and change its shape as the plasma steers around him, but it does not appear to affect the display. The arcs themselves appear to be a status display, but not a control.

After the alien manipulates these controls for a bit, a massive, cyan volumetric projection appears and fills the chamber. It depicts a fluid node network mapped to the outside of a sphere. Other node network clouds appear floating everywhere in the room along with objects that look like old Bohr models of atoms, but with galaxies at their center. Within the sphere three-dimensional astronomical charts appear. Additionally huge rings appear and surround the main sphere, rotating slowly. After a few inputs from the VP alien at the interface, the whole display reconfigures, putting one of the small orbiting Bohr models at the center, illuminating emerald green lines that point to it and a faint sphere of emerald green lines that surround it. The total effect of this display is beautiful and spectacular, even for David, who is an unfeeling replicant cyborg.

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At the center of the display, David observes that the green-highlighted sphere is the planet Earth. He reaches out towards it, and it falls to his hand. When it is within reach, he plucks it from its orbit, at which point the green highlights disappear with an electronic glitch sound. He marvels at it for a bit, turning it in his hands, looking at Africa. Then after he opens his hands, the VP Earth gently returns to its rightful position in the display, where it is once again highlighted with emerald, volumetric graphics.

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Finally, in a blinding flash, the display suddenly quits, leaving David back in the darkness of the abandoned room, with the exception of the small Earth display, which is floating over a small pyramid-shaped protrusion before flickering away.

After the Earth fades, david notices the stasis chambers around the outside of the room. He realizes that what he has just seen (and interacted with) is a memory from one of the aliens still present.

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Hilarious and insightful Youtube poster CinemaSins asks in the video “Everything Wrong with Prometheus in 4 minutes or Less,” “How the f*ck is he holding the memory of a hologram?” Fair question, but not unanswerable. The critique only stands if you presume that the display must be passive and must play uninterrupted like a television show or movie. But it certainly doesn’t have to be that way.

Imagine if this is less like a YouTube video, and more like a playback through a game engine like a holodeck StarCraft. Of course it’s entirely possible to pause the action in the middle of playback and investigate parts of the display, before pressing play again and letting it resume its course. But that playback is a live system. It would be possible to run it afresh from the paused point with changed parameters as well. This sort of interrupt-and-play model would be a fantastic learning tool for sensemaking of 4D information. Want to pause playback of the signing of the Magna Carta and pick up the document to read it? That’s a “learning moment” and one that a system should take advantage of. I’d be surprised if—once such a display were possible—it wouldn’t be the norm.

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The only thing I see that’s missing in the scene is a clear signal about the different state of the playback:

  1. As it happened
  2. Paused for investigation
  3. Playing with new parameters (if it was actually available)

David moves from 1 to 2, but the only change of state is the appearance and disappearance of the green highlight VP graphics around the Earth. This is a signal that could easily be missed, and wasn’t present at the start of the display. Better would be some global change, like a global shift in color to indicate the different state. A separate signal might compare As it Happened with the results of Playing with new parameters, but that’s a speculative requirement of a speculative technology. Best to put it down for now and return to what this interface is: One of the most rich, lovely, and promising examples of sensemaking interactions seen on screen. (See what I did there?)

For more about how VP might be more than a passive playback, see the lesson in Chapter 4 of Make It So, page 84, VP Systems Should Interpret, Not Just Report.

Security and Control’s control

The mission is world-critical, so like a cockpit, the two who are ultimately in control are kept secure. The control room is accessible (to mere humans, anyway) only through a vault door with an armed guard. Hadley and Sitterson must present IDs to the guard before he grants them access.

Sitterson and Hadley pass security.

Truman, the guard, takes and swipes their cards through a groove in a hand-held device. We are not shown what is on the tiny screen, but we do hear the device’s quick chirps to confirm the positive identity. That sound means that Truman’s eyes aren’t tied to the screen. He can listen for confirmation and monitor the people in front of him for any sign of nervousness or subterfuge.

Hadley boots up the control room screens.

The room itself tells a rich story through its interfaces alone. The wooden panels at the back access Bronze Age technology with its wooden-handled gears, glass bowls, and mechanical devices that smash vials of blood. The massive panel at which they sit is full of Space Age pushbuttons, rheostats, and levers. On the walls behind them are banks of CRT screens. These are augmented with Digital Age, massive, flat panel displays and touch panel screens within easy reach on the console. This is a system that has grown and evolved for eons, with layers of technology that add up to a tangled but functional means of surveillance and control.

The interfaces hint at the great age of the operation.

Utter surveillance

In order for Control to do their job, they have to keep tabs on the victims at all times, even long before the event: Are the sacrifices conforming to archetype? Do they have a reason to head to the cabin?

The nest empties.

To these ends, there are field agents in the world reporting back by earpiece, and everything about the cabin is wired for video and audio: The rooms, the surrounding woods, even the nearby lake.

Once the ritual sacrifice begins, they have to keep an even tighter surveillance: Are they behaving according to trope? Do they realize the dark truth? Is the Virgin suffering but safe? A lot of the technology seen in the control room is dedicated to this core function of monitoring.

The stage managers monitor the victims.

There are huge screens at the front of the room. There are manual controls for these screens on the big panel. There is an array of CRTs on the far right.

The small digital screens can display anything, but a mode we often see is a split in quarters, showing four cameras in the area of the stage. For example, all the cameras fixed on the rooms are on one screen. This provides a very useful peripheral signal in Sitterson and Hadley’s visual field. As they monitor the scenario, motion will catch their eyes. If that motion is not on a monitor they expect it to be, they can check what’s happening quickly by turning their head and fixating. This helps keep them tightly attuned to what’s happening in the different areas on “stage.”

For internal security, the entire complex is also wired for video, including the holding cages for the nightmare monsters.

Sitterson looks for the escapees amongst the cubes.

The control room watches the bloody chaos spread.

One screen that kind of confuses us appears to be biometrics of the victims. Are the victims implanted with devices for measuring such things, or are sophisticated non-invasive environmental sensors involved? Regardless of the mechanisms, if Control has access to vital signs, how are they mistaken about Marty’s death? We only get a short glance at the screen, so maybe it’s not vital signs, but simple, static biometrics like height, and weight, even though the radiograph diagram suggests more.

Sitterson tries to avoid talking to Mordecai.

Communications

Sitterson and Hadley are managing a huge production. It involves departments as broad ranging as chemistry, maintenance, and demolitions. To coordinate and troubleshoot during the ritual, two other communications options are available beyond the monitors; land phone lines and direct-connection, push-to-talk microphones.

Hadley receives some bad news.