Placed my DSLR around (not necessarily exactly on the same axis as the projector, a 45 degrees axis might be fine as well).įYI, my DSLR is a Canon EOS 500D with a Sigma lens. Noted the resolution, which was 1024 (?!) by 768 pixels.īecause I’m a bit of a cowboy, I installed it on the side (to make things needlessly more complicated, and to prove that the equations work even in extreme situations), being sure it would “shoot” the entire dwarf: (here, a Acer K11, 300 lumens, possibly one of the cheapest unit around) It was done in less that 10 minutes, this might keep you motivated ![]() Here’s what the final mapping will look like (a radio-active garden gnome): Sometimes, being kitsch feels refreshing (esp. – a Canon DSLR (compatibility list on MadMapper website) ![]() To actually capture, pixel by pixel, what your projector “sees”. The Spacial Scanner allows you to use your projector as a scanner, ![]() So you’ve heard of MadMapper Spacial Scanner function,īut you don’t know excatly what it is, or even how to use it.
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