Hi All,
So with only a few days to spare the pfd is complete. all the links work great, looks pretty... BUT- i am still embarrassed and sad about the load time. We have to deliver this on a DVD-ROM which kind of bites because people have different computer processing power- but still... When you click on a video to open it it takes anywhere from 6 to 20 seconds to open. When you click on a link to open a video on a different page- it jumps to the page nice and speedy quick- but again- you have grown 20 seconds older as you wait for that piece of the video to begin (thats a minimum 2.2 hours of waiting to look at the whole thing in case you were wondering) . there are over 400 links- and 350 of them are jumping to different pages before they seek to a time in a video. its too sloooowwww. because i am pretty new to the rich media end of acrobat- i hand linked every single one so i dont think i would have time to redo that- but i would if i could get this video to load quicker. (maybe there is even a faster way to link- but i suppose that is a different post) the total amount of space used on the dvd-rom is 1.8 GB and the pdf itself is about 1.4 GB. anyone have any thoughts?
thanks,
melanie
Splitting the document into lots of little chapters would help a bit, as the search for the library would happen faster, but there's not a lot you can do to get away from the decode process, short of dragging the video files in from external sources (and by that I mean websites, as even if they were added as PDT attachments, they'll still be embedded in the stream in the same way. A PDF can't import from the local filesystem, and that means it can't even read FLVs on its own DVD).
As the Flash video system was new to A9, it hasn't really had the opportunity to be optimized for your size of document (which although perfectly valid, is also a very extreme example). If you're going to be working on the project again in the future, we'd be happy to see if there are options to improve the process, but of course that would require access to the material.