Per Johan Naesje
May 26th, 2009, 08:58 AM
When the theme - CHAOS was annonced for the 13th round of the UWOL challenge, I decided to do some experimenting with stop motion sequences. I've never done this before, so I think I've some more to learn regarding this matter.
But it was a lot of fun. Even if you do this by a digital stillcamera, you never know if you succeeded before you can view the sequence in your NLE (editing system). It's almost like in the good old days, when you was waiting for the film to process at the lab.
There is of course possibility today to do this with videocameras, but I decided to give my good old Canon 20D a "new life". Loaded with "tons" of CF-cards I went out to get the sequences I needed. To get a workable sequence you need at least 300-400 stills, which give you a sequence of approx. 12-16 seconds of video. In my part of the world we use 25 frames per second. Then you can edit 4-8 seconds of the best part of the sequence.
There was some trial and errors before I learned how to set up the timer (the interval between the frames). For sceneries with moving clouds, intervals at 6 to 15 seconds between each frame was best. For sequences of moving people and birds, intervals at 1 to 3 seconds between each frame was best.
I also planned the shoot of an flower opening, but didn't get enough time to do it. I believe you need some minutes between each frame to get what you want.
There is a great advantage of using a digital stillcamera for stop motion sequences. You got a much better resolution in every frame, which you can benefit on in doing pans and zooms into the stop motion sequence, which I tried in the film (Ken Burns effect).
I had some technical issues though during the edit. I started to do some color corrections and using brightness and contrast filter, when sequence suddenly started to color flicker, during playback. This also occured in the exported QT-version, so I had to remove those filters, leading to some of the sequences in the film to look a bit dull.
My final timeline in FCP was set to ProRes 422, rendering everything, I decided to try out how much I could compress the sequence without losing too much quality. I was quite surprised when my final QT-file ended to be no more than 11 MB in size! The whole exporting process was done direct from FCP by using QuickTime Conversion!
Here's link to my film - Velocity
Velocity - UWOL13 on Vimeo (http://www.vimeo.com/4845057)
http://www.uwolchallenge.com/challenge13/22_UC13_velocity.mov
Appreciate any comments to my entry!
Enjoy!
But it was a lot of fun. Even if you do this by a digital stillcamera, you never know if you succeeded before you can view the sequence in your NLE (editing system). It's almost like in the good old days, when you was waiting for the film to process at the lab.
There is of course possibility today to do this with videocameras, but I decided to give my good old Canon 20D a "new life". Loaded with "tons" of CF-cards I went out to get the sequences I needed. To get a workable sequence you need at least 300-400 stills, which give you a sequence of approx. 12-16 seconds of video. In my part of the world we use 25 frames per second. Then you can edit 4-8 seconds of the best part of the sequence.
There was some trial and errors before I learned how to set up the timer (the interval between the frames). For sceneries with moving clouds, intervals at 6 to 15 seconds between each frame was best. For sequences of moving people and birds, intervals at 1 to 3 seconds between each frame was best.
I also planned the shoot of an flower opening, but didn't get enough time to do it. I believe you need some minutes between each frame to get what you want.
There is a great advantage of using a digital stillcamera for stop motion sequences. You got a much better resolution in every frame, which you can benefit on in doing pans and zooms into the stop motion sequence, which I tried in the film (Ken Burns effect).
I had some technical issues though during the edit. I started to do some color corrections and using brightness and contrast filter, when sequence suddenly started to color flicker, during playback. This also occured in the exported QT-version, so I had to remove those filters, leading to some of the sequences in the film to look a bit dull.
My final timeline in FCP was set to ProRes 422, rendering everything, I decided to try out how much I could compress the sequence without losing too much quality. I was quite surprised when my final QT-file ended to be no more than 11 MB in size! The whole exporting process was done direct from FCP by using QuickTime Conversion!
Here's link to my film - Velocity
Velocity - UWOL13 on Vimeo (http://www.vimeo.com/4845057)
http://www.uwolchallenge.com/challenge13/22_UC13_velocity.mov
Appreciate any comments to my entry!
Enjoy!