Tilt experiments with Kipon Tilt adapter for Nikon lenses on Sony NEX cameras
Kipon manufactures an adapter which enables you to mount any lens with a Nikon F-mount to your Sony NEX camera. Additionally the adapter can be tilted in any direction. Tilting in this context means, that the lens is pivoted out of the optical axis of the lens.
The two following images illustrate this concept. In the first image the lens was tilted to the right (from the photographers point of view). In the second image the lens was tilted to the left (from the photographers point of view).
You can use a tilted lens to orient the plane of focus of your optical system in special ways. Normally you use a tilting lens so that the plane of focus is oriented in a way which maximizes the visually sharp areas of your image. Theodor Scheimpflug was the first person who described these facts and therefore the priciple is called the Scheimpflug principle.
But in the following example I tilted the lens in order to orient the plane of focus in a way which minimized the sharp areas of the image. As this looks nearly identical to a very shallow depth of field, the observer mostly gets the impression, that he is only looking on a photographed mock-up of a landscape rather than a real landscape.
In order to get this image, the lens was tilted and the camera was pointed down. Back at home, the vertical lines of the buildings were brought back to vertical alignment. In other words I tilted in the real world and shifted in the digital world…
I try to answer the question whether it is possible to stitch a spherical panorama from sweep panoramas made with the Sony NEX-5 camera. The short answer is NO. I present some insights I got when I tried to make such a panorama.
In 2012 the German Unity Day has been celebrated in Munich. The celebrations include a showcase of the German federated states (Bundesländer) and also other institutions like the parties of the Bavarian parliament. In the courtyard of the Bavarian Ministry of the Interior was an exhibition showing the many task of the ministry. This image shows a reprojected version of a panorama I made in the courtyard.
This panorama is a tribute to Joseph von Fraunhofer (* March 6, 1787 – † June 7, 1826) a German physicist and optician. He was born in Straubing and died in Munich. This panorama shows his tomb in Munich.