Abstract: Provided are an apparatus for and method of processing a digital image, specifically, a bracketing apparatus and method for use in a digital image processor, which can reduce a photographing time by calculating focuses for all detected faces by moving a focus motor only once after face detection, and then performing bracketing by compensating the focuses by an interval of the focus motor applied while calculating the focuses of each face. The bracketing apparatus includes a digital signal processor, which detects one or more faces from a live-view image, detects focus values for all detected faces by moving a focus motor only once, and then performs bracketing by compensating a focus by an interval of the focus motor applied while detecting the focus values of each face.

Abstract: Provided are a digital photographing apparatus having a zoom function, which may easily obtain still images having various viewing angles, a method of controlling the same, and a recording medium storing a computer program for executing the method. The digital photographing apparatus obtains data regarding a first still image at a first zoom ratio, and then automatically obtains data regarding a second still image at a second zoom ratio that is different from the first zoom ratio.

Abstract: A digital photographing apparatus capable of automatically determining whether a macro mode is an appropriate mode, a methods of controlling the same, and a computer readable recording medium storing instructions for executing the method(s) is disclosed A lens position determining unit is disclosed that determines whether an auto-focusing lens position is within the lens position range corresponding to a macro mode, according to the position relationship between a lens position point corresponding to a maximum value of the plurality of auto-focus values obtained by an auto-focus value obtaining unit and other lens position points corresponding to other auto-focus lens values.