And no one else could mimic their style, since it was just too difficult.
And no one else could mimic their style, since it was just too difficult.
Lean did it because he could and because it reinforced the messianic oveure into which the character had fallen. And because it looked amazing in all that light. It still does. The failed theater at which I first saw this on posters kept that image for ten years or more.
But understood in the context of all that history, we gain that Lawrence was the agent of so much destruction. Destruction that we barely understand now.
So I hope all that gleaming white was worth it. Because I'd hate to think of the price we paid to get away from putty color.
Where does this "filth" idea come from?
My take on the movie is that this was being communicated as a character detail of Lawrence, part of the messianic nature of the character.
When the first iPod came out in 2001, Apple wasn't the behemoth it is now; its market cap was around $7 billion (http://www.wikinvest.com/stock/Apple_(AAPL)/Data/Market_Capi...). At that time, many companies could have paid as much attention to design as Apple did.
The magic of Apple isn't their design, it's the ability to re-create and distribute good design cheaper than Braun. [0]
[0] https://twitter.com/HannuRytkonen/status/731511690911711232
Especially since we're talking about 20 and 50 year old designs at the time -- it's not like copying this year's hot product to sell a cheap imitation. Totally different era, totally different functionality, totally different devices -- but borrowing the old visual style.
The magic of Apple is the functionality and thinking behind their devices. There are tons of same looking competitor devices that get it wrong.
E.g. the whole idea behind the unibody design is not the seam-less look, it's the sturdiness and tolerance of the materia. Competitors copy the overall look and color, but leave out both the seam-lessness AND the sturdiness.
Or take touches like the mag safe port, the touch trackpad, the no-button trackpad, the first to come out with the hi-dpi display -- plus the thinking that goes into ensuring good battery life, small weight, and thinness along with said sturdiness. Competitors often leave out one or more of these -- which are all important for a laptop.
Where Apple fails, OTOH, is their occasional cheapness, still selling embarrassing starter configurations (memory, disk-size wise). Of course if they do sell these, and buyers have no problem, kudos to them, but one would expect more, since that's too is part of the whole experience, even if the buyer thinks 128 GB SSD is good for them.
This is my main machine (a laptop) for work and home.
Never had a problem and I don't expect to have a problem before the laptop fails.
As for the entry level MacBook Air, for my work the CPU is a little slow, and I would probably boost the RAM for the occasional "lets open everything", but I see no reason to increase the SSD size unless it is trivially cheap. Each to their own though.
Since Apple has huge volumes, they can dedicate machines to injecting a single mold, and ensure that plastic colorants are matched across batches; the rest of us (with volumes of less than ~100-500k/yr) have to settle for grey.
If anyone wants to chat about part design and manufacture, let me know.
I ask in seriousness, as commodity smartphones with small production runs, less than 100k, and earphones, even USB cables, now exist at very low prices, production runs and seemingly margins.
Or has the mold part got easier, allowing different shapes/sizes without burning, and the colourants / dedicated white production line now standardised?
Molding parts has gotten a little easier over the last 10 years. Molding machines are more easily tuned, and CFD tools have gotten much better and easier to use. The Bolt post is addressing new companies with 1k-100k/yr volumes and less expertise than Apple, and the post is largely correct.
After reading further comments I decided to compare all of the white plastic devices I have, and they're all a often noticeably different colour, even on different parts of the same device.
Color match is still rough though.
I suggest you write a series of blog posts that explain interesting bits and quirks of manufacturing processes that the rest of us outside of the industry don't really think about.
It's a way that you can help inform the world, and also capitalize off of your knowledge! Please consider it :)