Ok, so Venus isn’t an extrasolar planet (exoplanet), but I thought this would be a cool thing to try. A while ago I put together a time-lapse movie of the 2012 Transit of Venus. More recently, during a public talk on exoplanets, I saw a video someone had made to demonstrate the transit method used to detect planets around other stars. The video looked a bit like my time-lapse, except that it was a simulation. I thought, “why not try to get a real light curve from my transit footage?” Continue reading
Fix it in post. It’s a common phrase in photography and one which is widely recognised as landing you in hot water if you’re not careful. Fix it in post-production, fix it after the fact. “Hm, I’ll just fix that in post.”
Well when I spent a day taking a few hundred photos of Venus crossing the sun last year with the intention of creating a time-lapse but without a tracking system, “fix it post” was my mantra by necessity. For 7 hours I followed the sun across the sky just by nudging my camera mount this way or that. As a result the sun was in a different place in every photo. The fact I wasn’t standing on the equator at the time meant it rotated too. Continue reading
Venus passed in front of the sun on 6th June 2012, and all the while I was happily photographing it from tropical North Queensland. Here is the time-lapse of all the photos I took throughout the day. The music is by Kevin Macleod – thanks Kevin! Continue reading
I’ve long been a bit of a time-lapse junkie, so when I saw this video of Moscow a few months ago I was really impressed. People have started calling this technique ‘hyperlapse’, and it’s a combination of time-lapse photography with a large but calculated movement of the camera between shots. I thought I’d have a go without using any special rigs or mounts – instead of worrying about moving the camera precise distances, I thought I’d find some existing structure to do the measuring for me.