A disparity conversion device comprising: a disparity detecting unit that detects disparity from a left image and right image of an input image, and generates a disparity map that holds the disparity for each pixel or pixel group; a correction feature setting unit that sets correction features in the event of correcting the disparity in said disparity map; a disparity correction unit (552, 553) that corrects the disparity in said disparity map according to said set correction features and generates a corrected disparity map; and an image synthesizing unit that synthesizes a left image and right image of an output image from the left image and right image of said input image according to said corrected disparity map; wherein: said correction feature setting unit is operable to set said correction features for each of at least two components in said disparity map, the at least two components including a low frequency component and a high frequency component; and said disparity correction unit includes: a component dividing unit that divides said disparity map into each of said component, a component disparity correction unit (552, 553) that corrects the disparity by component in said disparity map according to said correction feature set for each of said components, and a component synthesizing unit that synthesizes the disparity map which has been corrected for each of said components and generates said corrected disparity map. a disparity detecting unit that detects disparity from a left image and right image of an input image, and generates a disparity map that holds the disparity for each pixel or pixel group; a correction feature setting unit that sets correction features in the event of correcting the disparity in said disparity map; a disparity correction unit (552, 553) that corrects the disparity in said disparity map according to said set correction features and generates a corrected disparity map; and an image synthesizing unit that synthesizes a left image and right image of an output image from the left image and right image of said input image according to said corrected disparity map; wherein: said correction feature setting unit is operable to set said correction features for each of at least two components in said disparity map, the at least two components including a low frequency component and a high frequency component; and said disparity correction unit includes: a component dividing unit that divides said disparity map into each of said component, a component disparity correction unit (552, 553) that corrects the disparity by component in said disparity map according to said correction feature set for each of said components, and a component synthesizing unit that synthesizes the disparity map which has been corrected for each of said components and generates said corrected disparity map. said correction feature setting unit is operable to set said correction features for each of at least two components in said disparity map, the at least two components including a low frequency component and a high frequency component; and said disparity correction unit includes: a component dividing unit that divides said disparity map into each of said component, a component disparity correction unit (552, 553) that corrects the disparity by component in said disparity map according to said correction feature set for each of said components, and a component synthesizing unit that synthesizes the disparity map which has been corrected for each of said components and generates said corrected disparity map. a component dividing unit that divides said disparity map into each of said component, a component disparity correction unit (552, 553) that corrects the disparity by component in said disparity map according to said correction feature set for each of said components, and a component synthesizing unit that synthesizes the disparity map which has been corrected for each of said components and generates said corrected disparity map.