Peter Jackson's 48fps Presentation Of 'The Hobbit' Gets A Mixed Response(blogs.indiewire.com) |
Peter Jackson's 48fps Presentation Of 'The Hobbit' Gets A Mixed Response(blogs.indiewire.com) |
"Not all will like the change. 48 fps has an immediacy that is almost jarring."
"...he elaborated his thoughts, and essentially, the crisper looking image had the odd effect of making everything seem almost too realistic".
Lighting and set-design issues aside (sets shouldn't feel artificial), these comments seem ridiculous to me. It would be like a Triumph TR3 or Sunbeam Tiger owner lamenting over the Mazda MX-5 (Miata), saying that it's not an authentic British-style roadster unless it regularly hemorrhages its fluids when stationary in your driveway, occasionally fails to maintain an idle, or if an artifact of one the builders can't be found hidden in the trunk. Oh, wait -- people actually made those sorts of complaints.
People dislike change, even when it ultimately is for the better. I'm sure there were plenty of complaints when the industry moved away from nitrate film as well. Heck, since this film is digital I'm going to go find the "Death of the Projectionist" article I'm sure exists.
It's completely reasonable to believe that 48fps will not be the right creative choice for all films.
However, those films will certainly be in the minority. To dismiss higher frame rates on the whole seems goofy.
Additionally, googling "death of the projectionist" yields more articles than I'd care to mention, including some that honestly lament that nitrate film is no longer used.
While I think it's probably just a matter of time until movie makers and audiences adjust to higher frame rates, there are some benefits to lower frame rates and lower resolutions in film. Higher resolutions and frame rates can reveal immersion breaking problems with sets, costumes and make-up.
On top of that much film making is trying to hide imperfections. We hit the uncanny valley of sets/make up where it just is too clear to suspend disbelief at some level.
It will have a lot of getting used to the look.
* People who like it
* People truly not liking it because they're not used to
it, but someday they'll look back and think 24fps looks awful
* People trying to send hipster social signals by being more
cinema snob than thou
If it seems like I've not left space for people genuinely and indefinitely not liking it... no, I haven't. It's a proper superset of capabilities. If for some bizarre reason 24 fps is truly called for, it can be used. I expect that to happen about as often as we bizarrely have a sudden need for 12fps footage in the movies of today, which is to say, never. (No, I don't mean slow-mo, I mean a sudden frame rate drop for its own sake.)
* People who think it actually looks good
* People trying to be so hipster they look down on hipsters who wax nostalgic about 24fps
I like 24 fps for the same reason I like deadtree books: the experience.
Let me reiterate the most important point I had, which is that if 24 fps is so wonderful, directors will choose to use it (after the initial rush has worn off). Nothing stops them.
But they won't, because if 48fps has any fundamental problems, it's that it's still too slow.
I'm sure you can Kickstarter up some shutter glasses to blink at 24fps if you get that desperate.
It has become a kind of unconscious culture.
I suppose they just have to ask my mother "Hey, what did you think of the first minutes of Quantum of Solace?"
The argument for 48fps is a simple one to make: With faster cuts and pans, photographing a scene 24 times a second only gets you so far.
24p was mostly an economical decision - made decades ago. Unlike, for example, digital audio, which is modeled after the maximum detail that the human ear can perceive, 24 fps was simply set at that limit because that's when people stopped noticing the flicker - in movies at that time.
I would say that any change as big as this will take a while for directors to get used to. I don't think it will get quite as ugly as 3D, though, and I'm not sure why people are trying to make this connection. A lot of digital content is already in in frame rates far beyond 24 fps, so we're getting more and more used to this every day. Finally, this new technology is just another tool - now it's up to the directors to use it in a way that entertains audiences.
It makes movies feel more like theater than cinema. When I first got the TV, I really noticed the makeup and excessive hairspray on men a lot. Also, the props in sci-fi movies looked like they were foam or plastic (since that is what they actually are). Iron Man's costume, for example, looked very plasticy. I don't know why that is. Our brain must be filling up the missing frames of 24fps such that everything looks more real.
It only took a week or two to get used to it and now I mostly don't notice it anymore and actually prefer the crisper looking images. It's especially great for documentaries such as Planet Earth where everything is more life like.
I know some people have difficulty getting used to it because the guy who sold me the TV told me he was getting some returns with complains of things looking fake on the TV.
Consider the uncanny valley, where adding fidelity to an image actually reduces the perceived pleasure rather than increasing it.
In my experience, even the jump from 24fps to 30fps is enough to lose the feeling of 'magic' that people are used to in the movies. There's a reason that most non-reality, non-sitcom TV shows are filmed in 24fps rather than 30fps (the native framerate of television).
It may be that the movie industry will find a way to make movies that take advantage of the characteristics of 48fps, but it's not going to be like sticking a new video card into your rig and receiving an instant experience improvement. The fundamental way that movies present themselves (photography, scene design, set design, storytelling) will have to change.
Why this is, I don't fully know. The fact that this is filmed at 48 fps (rather than simple interpolating the extra frames) might make it better, but I'll just have to see for myself.
What I do know, is that if watching a film at 48 fps is like watching a typical bluray at 120Hz, I'm going to find it distracting. It really does mess with the "feel" of the movie. Whether it's simply cognitive dissonance or not will take time to determine.
Here's a relevant article from last year that really hits home for me: http://prolost.com/blog/2011/3/28/your-new-tv-ruins-movies.h...
> Why show a mere 24 frames per second when we can magically build, or interpolate, new in-between frames and show 120 or even 240 frames per second?
The problem you are experiencing is "interpolation"- or, inserting extra frames that the movies was not intended to show.
The Hobbit is a movie that runs natively at 48 frames per second. Natively, as in the movie theatre will not have interpolation because 48 fps is the rate the film was originally shot in.
As anyone who plays video games knows, more frames can easily mean more realism. We're just used to films being blurry.
In other words... BS.
Of course, now we listen to MP3s.
When I first got a high-definition plasma TV (which replaced my 20+ year old CRT), I felt the exact same way: as if all my movies were ruined, because they looked like documentaries. Now it feels like a degraded experience to watch poorer quality films. Perhaps the audiences of 2032 will feel the same about 48 fps/5k resolution.
a) adequate sound sync is maintained when projecting film
b) reducing the frame rate to the minimum humans need to perceive something as continuous motion leaves the maximum amount of detail "missing". This in turn produces a dream-like quality, and frees up the mind to spend brain cycles on non-visual things, like the story, acting, etc.
(a) is now outdated: we can get rock-solid sound playback at any frame rate today, thanks to digital projection. Personally, I find playback of 24fps material on a 60fps LCD monitor to be annoying – there's always that judder.
This makes me wonder if we shouldn't drop the frame rate further, to 20 fps. This would have a nice even multiple for our 60 fps LCD screens, and also maximize the dream-like quality we associate with films, but with zero judder.
Anyway, food for thought. :)
Like many other commenters here, I was wary of the use of a higher framerate based on my experience with 240hz TV's, which look so distractingly hyper-real I can't watch them for any sustained length of time, but I'm not sure of how much that has to do with frame-doubling or other "tricks" that might be applied.
To explain - the same problem exists with never LCD TVs. Many of them has a logic for resampling 24fps source and interpolating it into higher frame rates. In theory, this is supposed to remove the blur and make dynamic pictures more detailed. In practice, it actually does that, but it also makes movies look like soap operas. A quick google search brings up ton of complaints of this nature, and the root of the problem is that soap operas are shot for TV broadcasting and at higher frame rates. Hence, the visual aesthetics one typically associates with them. In other words, you bump up FPS, you get the soap opera impression... which hardly the vibe Hobbit should have :)
There is a traffic light near me that has three lights on it, and there is a noticeable difference between when the first light goes from green to orange to red and when the second goes through the same progression. My friends thought I was insane until I took high speed photography of the same traffic lights and proved them that it was off by the tiniest amount (don't remember exact figures). The same thing can be said for PWM'ed LED's, such as the ones in certain cars...
The three areas of brake lights come on at different times, creating a subtle horizontal flow.
I assume it's due to poor wiring harness design, but IANAEE.
I too have the same issue that I am able to see slight difference in timing for certain lights. I've learned to ignore it rather than let it get to me, but I've got a friend who is extremely sensitive to them and has a hard time behind the wheel of a car because the timing on LED brake lights in some model cars causes her physical pain and that causes her to lose her concentration on the road. Her husband drives her most of the time due to this issue.
With the technology that we have, it'd be possible to have 24 fps (or even lower) during the "slow" scenes, with instant speed up when desired. This would add one more aspect of the filmmaking experience for filmmakers to exploit.
"Both blu-ray and ATSC do not support 48 fps at any resolution. Both do, however, support 60 fps at 720p."
http://sayspy.blogspot.com/2011/04/framerates-for-movies-and...
Does anyone know if there is newer information or standards planned?
I wouldn't expect any new home video standard formats any time soon. I think for viewers to see The Hobbit in their home theaters at 48fps, it would require them releasing the movie as a digital file (still a long way off) and for there to be both a file wrapper and playback software capable of handling new frame rates.
For a planned software upgrade? Is this some kind of obscene vendor lock-in?
Is that figure per projector or per theater?
I wonder who will pay, though, the exhibitor or the studios? The studios financed the current round of projector upgrades...
Don't know the man, but I'm pretty sure I don't really care for his opinion now.
When capturing video at X FPS you thus must hold open the shutter of the camera for some fraction of the time each frame in order to capture the scene. You can hold it open anywhere from 0 to 1/X seconds. If you hold the shutter open too long as a fraction of the frame time, you get too much motion blur and moving objects look blurry. If you open it for too short of a time, you have the opposite effect: things look jumpy. Your objective is to find just enough motion blur to trick the eye into seeing things as smoothly moving from frame to frame. As a rule of thumb, IIRC that amount is usually half the frame time, that is, 1/2X seconds.
If you are shooting at, say, 48fps rather than 24fps, and you're using 1/2X shutter speed to get the right motion blur, the total amount of time your shutter is staying open (during a length of film) is exactly the same, but for each frame you're staying open only half as long. Thus each frame is only getting half as much motion blur in 48fps as in 24fps, and this has an effect on the psychological "look" of the medium. The "feel" of film is largely due to its low frame rate, resulting in shutter speeds of 1/48 seconds and corresponding large motion blurs in each frame. Video has a shutter speed of 1/60 and thus smaller motion blurs in each frame, making it feel more "live" or "realistic". Move to 1/48 FPS or 1/60 FPS and you're talking very small motion blurs per frame (shutter speeds of 1/96 or 1/120), resulting in an exaggerated "live" look. It doesn't feel archival any more, it feels like you're watching through a window at something going on now. And this can really break the fourth wall.
BTW, the faster shutter speeds have another effect: they make it much harder to shoot dark scenes. You don't have many good options: your aperture is already dictated by the look you want to achieve, and all you have left is upping your ISO, and no one wants a grainy video. Given all the other problems that the RED cameras have given Jackson's team, forcing them to exaggerate set colors and makeup etc., I'm surprised they'd add this problem to the pot.
This was actually a really strange thing - it comes from a comment in one of the making of clips but (as a RED owner) it really doesn't make any sense to me...
The uncorrected preview output from a RED cameras can look quite dull on a monitor, but after grading the RAW footage we've only found it to have better latitude and colour rendition than most other cameras. I don't know if it's a problem with their post workflow or what, but it doesn't sit right...
Each frame is actually projected twice in a film projector because you would see flicker at 24fps so the brightness/number of images is the same. It's just that at 48fps each is different
I too notice the odd strobing effect of LEDs when they're in motion or I am: Christmas tree lights, Macbook Pro sleep indicator, some brake and headlights. I imagine having that be a cause of pain must be fairly similar to hyper-sensitivity to scented products/VOCs; one has to go out of of one's way to avoid commonly occuring things in the typical environment.
I've noticed the "Ford Fusion effect" whenever I've looked for it.[1] Got to do something to pass time in traffic!
[1] This link is for the sport version, but it has the same (hideous) sheetmetal as the base model. http://i.autoblog.com/2009/02/16/in-the-autoblog-garage-2010...
Those are merely effects, and usually gimmicky ones at that. A better example would be something like Kubrick's Barry Lyndon[1]:
"The cinematography and lighting techniques Kubrick used in Barry Lyndon were highly innovative. Most notably, interior scenes were shot with a specially adapted high-speed f/0.7 Zeiss camera lens originally developed for NASA. Many scenes were lit only with candlelight, creating two-dimensional, diffused-light images reminiscent of 18th-century paintings."
The best filmmakers obsess over these kinds of details. If I remember correctly, Stanley Kubrick: A Life in Pictures goes into more detail about the techniques Kubrick used in Barry Lyndon[2].
1. http://en.wikipedia.org/wiki/Stanley_Kubrick#Barry_Lyndon_.2...
Our eyes (actually brain) have a natural fusion frequency, images shot with a relatively long exposure at 24fps - with corresponding motion blur - is different from shorter exposures at 48fps.
Remember Ray Harryhausen's stop motion monsters? Those are much 'sharper' than actors, but not necessarily more realistic ( except in the case of Keanu Reeves)
(if I understand cinema shutter terminology correctly ?)
Film cameras generally have a 180 degree shutter, which means that the film is exposed for half the time each frame is in the gate - which means at 24 frames per second, the exposure time is 1/48th of a second. A 360 degree shutter would theoretically therefore be 1/24th of a second at 24 frames per second, or 1/48th of a second at 48fps (so should exhibit similar motion blur to 24fps at 180 degree shutter).
The EPIC is perfectly capable of taking any of these exposure times (up to 360 degrees - I'm not sure what the limit is exactly at the low end - probably something like 1/10000th of a second).
Now, 'rolling shutter' is just the fact that each column of pixels along the sensor are read sequentially, so there is a slight difference in time from the first column to the last one being read (called the read-reset time). This can be really bad on cheap cameras with slow read-reset times, where it can cause vertical things like light-posts to look skewed when you pan across them quickly, but the EPIC's read-reset time is fast enough that it's not a problem (it is similar to the time it takes a film's mechanical shutter to blank).
But the real problem comes from the time taken to read an entire frame. On a cheap camera this is about the frame time because the electronics is slow, but on a high end camera it is still often close to the frame time because you have a lot of pixels and there is a limit to how fast you can read while still having low noise. Some scientific CMOS cameras get round this by having massively parallel outputs.
The problem gets worse at 48fps - if it takes close to 1/48s to read the chip then a moving object will have stretched across the entire frame from top to bottom. In the worst case a vertical post in a fast pan will be at 45deg. A 24fps camera run at the same pixel clock only has half the effect.
The cameras do have software to try and correct this - basically they look for vertical edges and de-skew them, but this puts in artifacts that you don't want in a Hollywood movie. The other secret is to not fast pan at 48fps.
A film camera cannot do this because there must be time to move the film around, and so the standard design creates 24 frames per second, with 1/48th of a second to physically move the film, and 1/48th of a second to expose the film. Of course you could expose the film for less than 1/48th of a second, but that would create the problem you originally mentioned.
My point is that the RED camera at 48fps with the "shutter" always open, you have the same exposure length (and motion blur) as a standard film camera.