Abstract: An image processing device may include a first image input unit to which a first photographed image obtained by photographing a specific part of the subject eye is inputted, a second image input unit to which a second photographed image obtained by photographing the specific part is inputted, and display unit configured to display a synthesized image obtained by synthesizing the first and second photographed image. The synthesized image may be partitioned into at least a first region and a second region by a first boundary line. The display unit may be configured to display, in the first region, at least a portion which is a part of the first photographed image and corresponds to the first region. The display unit may be configured to display, in the second region, at least a portion, which is a part of the second photographed image and corresponds to the second region.

Abstract: An optical coherence tomographic device may include: an image capturing unit configured to capture a tomographic image of a subject eye; an input device configured to input one or a plurality of examination report types, each of the examination report types indicating an intended examination report form; a memory configured to store a plurality of control programs, each of the plurality of control programs, for corresponding one of the examination report types, is used for causing the image capturing unit to perform capturing for generating an examination report of the corresponding type; and a controller configured to control the image capturing unit, when the plurality of examination report types is inputted, according to a series of control programs generated based on corresponding ones of control programs stored in the memory.

Abstract: An optical coherence tomographic device of polarization-sensitive type may include: an image capturing unit configured to capture a tomographic image of a subject eye, and a display unit configured to display the tomographic image captured by the image capturing unit. The tomographic image may include at least two images selected from a group consisting of: an image showing a tissue in the subject eye by scattering intensity, an image showing a melanin distribution in the subject eye, an image showing a fiber density in the subject eye, an image showing a fiber direction in the subject eye, and an image showing a blood flow in the subject eye. The display unit may be configured to display the at least two images at a same position and on a same cross section such that the at least two images are superimposed on each other.