Arduino Basics

An intervalometer allows you to take photos at set intervals to view a slow process in super fast speed. Watching paint dry is just as boring in fast motion as it is at normal speed, however, when you point your camera to the clouds in the sky, you can get some amazing effects.   By taking a picture every 3 seconds, and then playing the sequence back at 30 frames a second, you will get to see a 10 minute event in just 7 seconds.To get a nice flowing motion picture, you need to get a good balance between the recording frame rate, and the play-back frame rate.     The recording frame rate is limited by the amount of memory you have in your camera, the length of the captured event, battery charge, and the camera's general capabilities. The playback frame rate needs to be fast enough to prevent jittering, but not so fast that you lose the event in a blink of an eye. The more you practice with different subject matters, the more you get ...

  My attention is drawn towards the noise behind me.... I cannot believe it. There it is.   The Arduino is taking a SELFIE !!   How did this happen?   Well actually, it is not that difficult for an Arduino.   I found out that my Canon Powershot SX50 HS camera has a port on the side for a remote switch. In the "Optional Accessories" section of the camera brochure , it identifies the remote switch model as RS-60E3 . I then looked up the model number on this website to find out the size of the jack (3 core, 2.5mm), and the pinout (Ground, focus and shutter) required to emulate the remote switch. Once I had this information, I was able to solder some really long wires to the jack and connect up the circuit (as described below).   And before I knew it, the Arduino was taking Selfies !!!   Warning : Any circuit you build for your camera (including this one) i...