Post
by Gaffer Tape » Fri May 28, 2010 12:55 am
Re: KakaR0T
Basically, anything shot on film will have grain because film is made of "grain" or silver halide crystals. It's what creates the image, like the stroke of a paintbrush creates a distinctive texture. Unfortunately, it's gotten an incorrect reputation as being "bad" when it's not. As far as I can see, that negative reaction comes from two things: the old world source being dupe grain, the new world source being digital video. With the push of HDTVs and Blu-ray players and everything high-def, this crystal clear video image has been the new hype, the new buzz, so grain is considered bad.
The old world confusion is because of dupe grain made by copying. Just like making generational copies of a tape results in lowered image quality, the same happens with film. Every time it is copied, it inherits the grain of the new film stock it is being copied to, hence the name dupe (or duplication) grain. And so the farther away you get from the source, the more layers of grain the film will have, not to mention inheriting all the dirt, scratches, etc. from each source. Since most of our sources of really old films only exist as multi-generational copies as the originals have become lost or destroyed, the only way really old films are viewed are these old, grainy, scratchy, poor-quality versions. Therefore, old and poor quality are seen by the public eye as hand in hand with grainy.
However, the Dragon Boxes go back to the original source material, so it's the way it's supposed to be seen. I'm not exactly sure if how this was done is how film prints for theatrical films (usually 35 mm or 70 mm, whereas Dragon Ball is 16 mm) are made, where an interpositive is taken from the original negative and then an internegative is taken from that, and then all distributed film prints are made from that internegative while the original negative stays in cold storage only to be taken out when the intermediaries have worn out. But as you can see from that process, even the best versions have a couple of generations of dupe grain on them.