Today i took my first 360 degree panorama images in Hunstanton.
Using the two fujitsu 12MP AV130 cameras, on the mechanical assembly i made to fit my Tripod.
each camers lens is on exactly the same horizontal line centre as the other, and 2.5 inches apart ( ones eye iris centre apart).
Both cameras are @ 3 inches from the tripod nodal point.. ( its centre turning circle ) and that is because ones spine nodal point is about that distance from ones eyes)
In effect.. its a triangle, spine centre, left eye centre and right eye centre.
That means that the eyes travel in a tangent around a circle that has the spine as its centre.
In the past, ive created panoramas using just one camera, and its lens, is directly centred on the nodal point.. it shares the same point..
Ive used Hugin , a free program to make those panoramas, but this time, using two cameras, Hugin couldnt easily do it.. it doesnt like the parralax created by using two cameras turning on a circle...
but this program - AutoPano :
http://www.kolor.com/did it with no problem.
I downloaded the trial version, because, it costs £166 to buy..
But it made such an excellent and easy job, of creating the pano, that i am going to buy it.
each image, ( left and right )are 26000 pixels wide and 4000 high..big images... but as near perfect merging and integration as i could want.. it was hard to find any defects.. imagine one is combining 16 images, including looking directly at the sun.. , then you can see that in several directions , the light and shadow changes for the camera, and so do the images. but AutoPano did it in seconds.. while Hugin stalled and faltered ..
So.. i got my left and right Panos.. and got Photomaker to create a red cyan anaglyph.
it was really good to do that..
Ive still some fixing to do, to get the mechanics correct on the tripod.. minor variation dont matter for using just one picture, but when one is using 16 overlapping pics, for each camera, then each camera must be seeing as near as dammit the same height and distance and width.. else cumulative errors around the 360 degrees matter..
for example imagine one camera len is true 90 degrees vertical and the other is 89 looking south and 91 looking north.. and somewhere in between at east and west,, that error, means that the far distance error is large, and distant objects like fences or poles or the horizon will not be true in both cameras, and that means the anaglyph wont true up.. ghosting will occurr where the error is worst.