The menu for the panorama robot is slowly getting more useful as I learn how to make the menu structure. Once I figure out saving values between power cycles, I’ll be ready to mount the 16×2 LCD screen.
Of course I can’t show the video without also showing the result (scaled to 50% to keep filesizes manageable).
I have mentioned panoramas before. This time, it got lazy. I’m sure things will improve, since this is the first run.
It uses a lazy susan bearing, 2 Futaba S3004 servos, a Hitec HS-55 micro servo, an Arduino UNO SMD, a pile of brackets, bolts, boards and wires. I whipped up an arduino sketch that starts the panorama when I hit the letter “a” in a serial terminal, prints the servo angles for each stop, then waits for input when it’s done. I’ve decided on a 10 degree step in both pan and tilt with the zoom in all the way on the Nikon S220 camera. To get the pictures to my laptop, I use my Eye-Fi Share 2GB SD card. I then use Microsoft Image Composite Editor to stitch them.
And here’s the result, scaled down to a reasonable size. There are definitely some stitching errors. I suspect having the camera angle skewed to the right doesn’t help much.
At work we needed a time lapse camera of our new student center construction project. It needs to run continuously for entire length of construction project – approx 18 months. It should run mostly unattended.
It captures 1 picture every 5 minutes. Storage capacity is cheap, so after using excel to make some projections, this worked out to be a reasonable rate for our resources. After some more research, I came to the conclusion that flash video has compatibility with most visitors while being relatively bandwidth efficient, but other codecs could be used. I originally got the idea from http://mydebian.blogdns.org/?p=261 but it wasn’t quite awesome enough, so I rewrote using Perl and expanded upon it.Continue reading »