We’re told one of these units is serving as the butler and maintenance man on Project Prometheus, so I’m sure they’ll be in safe hands…

Things haven’t changed much, except for a few… augmentations.

The filmmaking team at N1ON recently flew out to Bangkok, returning with footage documenting how the city’s famously vibrant nightlife has adapted to the ‘age of augmentation’, revealing their symbiotic relationship with tech.

Here’s the teaser:

Stephan Zlotescu (Director), H1 (Director of Photography), Shamim Seifzadeh (Production Designer), MK (Makeup), Chris Sewall (Producer).

In this post I’ve picked out a few examples of his work, because as well as being simply gorgeous viewing material, they’re great examples of what’s possible with a few gigs of RAM, a graphics card and some imagination.

Probably my favourite due to it’s relative simplicity, this tech demo plays with texture in surprising ways:

This next one is so epic! Like an underwater fireworks show of electric choreographed jellyfish, or something…

Watch as millions of particles merge and blend with infinite complexity in this piece of seemingly generative fludity:

This final clip is almost a love story. Watch as two swirling masses collide, explode and dance in time with the music:

An undoubtedly talented guy, Matthias has done commercial work for Honda and Vodafone (as featured last year).  His YouTube channel is certainly worth a look, as are his lovely image renders on CGPortfolio.

I can barely get the most out of MSPaint, however…

But in the Age of Mechanical Reproduction, it’s hard to explain the essentials of what Pixar really do without spoiling some of the magic: as any Behind the Scenes DVD extra will show you, it’s a probably a bunch of sweaty animators slaving over their Wacom tablets for months on end.

a traditional zoetrope

So when Disney sought to showcase their acquisition (they bought Pixar back in 2006) in a couple of their resorts, they tasked Pixar with a demonstrating how animation works in a way that keeps the magic in.

What they came up with – a modern re-imagining of the zoetrope – is something to truly surprise and delight.

Take a look at this:

Lovely, isn’t it?

What caught my attention is the point animator Warren Trezevant makes:

It’s the clearest explanation of animation, because you get to see every frame of animation before your current frame [...] and every frame of animation after it. Here you have the opportunity to see the tricks the animators use to make things move.

Dr. Manhattan

Thinking more deeply on this, one could consider the zoetrope’s design as illustrative of one other concept: four dimensional perception.

Unlike traditional screen-based animation, the zoetrope lends observers the ability to see ‘through time’. One can rewind or fast-forward through frames with a slight adjustment in perspective, much like Watchmen’s Dr. Manhattan.

This recalls an essay I wrote applying McLuhanism to comic books, which talks around the medium’s unique ability to force a sort of cognitive leap between the panels of a page (despite speeds far lower than 30 fps).

In comics, the reader’s mind fills in the blanks, making it probably the most effective animator of all. And now that Disney owns Marvel too, perhaps we’ll see more examples of Disney playing around in the fourth dimension.

As a graphic designer, Brodbeck is drawn to particular style details, but as a generative coder he’s interested in exploring the role for graphic design in analysing these same details.

He picked the medium of film as his ‘data-set’ and came up with something actually very unique: rather than analysing the meta-data around a film (i.e. from IMDB), he’s using movies themselves.

The project seeks to ‘fingerprint’ films (a bit like the recent moviebarcode site) and turn them into interactive models. The models can be manipulated to allow users to identify differences or trends in the graphics via a sexy looking interface, all of which he’s now open-sourced on GitHub.

Here’s a demo:

Brodbeck defines the project as “an experiment to find out if the data that is inherent in the movie can be used to make something visible that otherwise would remain unnoticed.” It’s a really interesting area for academic inquiry, one which he set out the following goals:

Measuring and visualizing movie data to reveal the characteristics of movies and to create some sort of unique “fingerprint” for them.

Extracting and analyzing information – such as the editing structure, use of colors, speech or motion – and transform them into graphic representations, so that movies can be seen as a whole and easily be interpreted or compared.

Working experimentally and presenting the work both in print and digital media.

A side effect is that the system he’s built is great at comparing films, so as to see differences between originals and remakes; within similar genres; among a string of sequels, similar filmmaking styles or certain directors.

What’s great is the system is actually useful. It’s an infographic engine for film-buffs, and we know how popular those are, don’t we?!

Frederick, I look forward to the sequel!