I'll assume you're using a Mac for the setup process, but you can do the same thing on Windows if you use Ubuntu Bash or some other command line emulator that allows SSH access.
A WiFi network (this allows the rig to be fully portable and remote-controllable).Another computer to use to set things up and view the results.(Optional) camera case (I like the one Adafruit sells, but any will do-helpful in rigging the camera, since it needs to be still!).USB battery power supply (I use the AUKEY 30,000 mAh power supply, but any rated at 10,000 mAh or more will go for days).MicroSD card (bigger is better-but read my comprehensive microSD benchmarks for some important caveats!).I'll run through my parts list, then explain the setup process below. So for starters, I made sure I had the right hardware on hand. Reliable timing (so I can calculate how many frames/how much time-warp factor to record).Easy assembly of footage after the time-lapse is captured (to a gif or a video).Stable, custom exposure and color control (so the video doesn't flicker).100% portable-doesn't have to be plugged into mains electricity.There are some programs you can download that are more automated, but (a) they usually require the use of a keyboard and monitor (which we don't want to use), and (b) they usually consume more power (meaning less battery life) and are less customizable than I desire. And I've decided to open source all my work, and share this blog post so you, too, can enjoy watching life in fast-forward! Requirements And if you want to tinker as well, all you need is this little guy:įor this year's Pi Day (3.14), I decided to grab a Raspberry Pi Zero W from Micro Center, write up a small app, and record time-lapses.
The Raspberry Pi has freed me to think in new directions for computing (for example, check out my Raspberry Pi Dramble project), and it's also allowing me to expand my photography horizons. $1000+, no way! (At least, not for fun and exploration.) but would you be willing to leave your expensive equipment in places or situations where you risk damaging them? $50 of equipment, maybe. Fast forward to 2017, and we have a $10 computer and a $30 camera that can create a wireless time-lapse device that can produce footage in any modern resolution-even up to 4K! Sure there are many cameras with built in intervalometers and lenses you can use to make more creative images. Quality time-lapse photography used to require expensive equipment special knowledge, so it remained the domain of the specialist.
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