I recently acquired a Canon PowerShot A530 camera, and decided to use it to take a few timelapse videos. I installed the Canon Hardware Development Kit (CHDK) on it, which gives me a lot more control over the camera's settings. You can use it to write scripts to automatically control the camera. I used this simple script to capture the pictures for these timelapses.
Once I have a series of pictures, I need to encode them into an actual video. I
use an application called mencoder. It is a command-line tool that lets you
create all sorts of videos, including videos generated from a series of images.
Under Linux (sorry, Im not sure how to do it in Windows), you can probably
install it with your distribution's package manager (
pacman...). Once it's installed simply run this command inside the folder
containing your images:
sh Using mencoder
$ mencoder "mf://*.jpg" -mf fps=<framerate>; -o timelapse.avi -ovc lavc -lavcopts vcodec=mpeg4
<framerate> is your desired framerate. 30 frames per second is
typical, but I've found that I can get away with framerates as low as 15 frames
per second. Also, you may need to change the
*.jpg to match your image
When the command is complete the video will be in a file called
in that folder.
Below you can find some of the videos I've made using this technique (Click the "vimeo" link in the bottom right corner of each video to see it in higher resolution)
The first video I took shows the end of my trip to visit my brother in Jonesville, SC. I set up the camera taking photos every 5 seconds in his living room. When I realized it would still be going when I wanted to leave I set it up in my car, to record the trip home to Hillsborough, NC.
The video runs at 15 frames per second and each frame corresponds to 5 seconds in real time, this means the entire video is almost 4 hours of real time.
Later, I decided to try to capture the motion of the stars in the night sky outside my house. I configured the camera to take 10 second exposures with ISO800 to make sure the stars would be bright enough.
Each shot is 25 seconds apart, and the video runs at 15 frames per second, so it corresponds to just over 2 hours of real time.
Night Sky Attempt 2
I repeated my night sky timelapse video with some altered settings. I increased the exposure length to 15 seconds to make the stars more easily visible. Of course, this meant that each shot took longer, so the time between shots was increased to 35 seconds.
There are about 400 shots spaced 35 seconds apart, so this corresponds to jut over 4 hours of real time.
I also made a timelapse video of my mom's Nightblooming Cereus (sometimes called the "Queen of the Night"). It gets its name because it only blooms once a year, and each flower only blooms for one night.
There are about 1400 pictures spaced 5 seconds apart making up this video, so it corresponds to almost 2 hours of real time.
This video is higher quality, so I really recommend clicking the "vimeo" button to watch it there, where you can watch it in HD.
Nightblooming Cereus Attempt 2
My second attempt at recording the Nightblooming Cereus. This one last a lot longer, and I managed to capture three flowers at once.
This video is also higher quality, so again, I recommend clicking the "vimeo" button to watch it there, where you can watch it in HD
I made a timelapse video of the clouds in the sky one morning outside of my house. The video is made up of 3,216 pictures taken 5 seconds apart, which means it lasts for about four and a half hours.
I made a timelapse video of my weather balloon flight. Read more about it here
LEGO Falling Water
For Christmas 2014 I got my Dad a LEGO Model of Falling Water, Frank Lloyd Wright's most famous house. My Dad has always been a fan of architecture, particularly Wright's work, and it only seemed appropriate to get him some LEGOs after he bought my brother and I so many while we were growing up.
My brother and I helped him make the model and I filmed it all with my new GoPro. Even though I didn't capture the images with the Canon camera used in the previous videos, I still used the same mencoder approach to stitch them together.