A method of converting a source pixel data of a first format having a plurality of three-color (2, 4, 6) pixel elements for a display of a second format having a plurality of three-color (22, 24, 26) pixel elements, comprising: determining implied sample areas (125, 127) in a form of a data value for each data point of each color in said source pixel data of said first format; (44, 52, 56) determining resample areas (44, 52, 56) for each emitter (22, 24, 26) of each color in the display; forming a set of fractions for each said resample area (44,52,56) whose denominators are a function of said resample area and whose numerators are a function of an area of each of said implied sample areas that at least partially overlaps said resample areas (44,52,56); multiplying said data value for each said implied sample area (125,127) by its respective said fraction resulting in a product; and adding each said product together to obtain luminance values for each said resample area (44,52,56), characterized in that: wherein determining resample areas (44,52,56) comprises: determining a geometric center (23, 25, 27) of each emitter (22, 24, 26) of each said three-color pixel element; defining each said resample area (44,52,66) by lines that are formed equidistant between said geometric center (23, 25, 27) of said emitter (22, 24, 26) of one said three-color pixel element and said geometric center (23, 25, 27) of another same color said emitter (22, 24, 26) of a neighboring said three-color pixel element; and forming a grid of said lines. determining implied sample areas (125, 127) in a form of a data value for each data point of each color in said source pixel data of said first format; (44, 52, 56) determining resample areas (44, 52, 56) for each emitter (22, 24, 26) of each color in the display; forming a set of fractions for each said resample area (44,52,56) whose denominators are a function of said resample area and whose numerators are a function of an area of each of said implied sample areas that at least partially overlaps said resample areas (44,52,56); multiplying said data value for each said implied sample area (125,127) by its respective said fraction resulting in a product; and adding each said product together to obtain luminance values for each said resample area (44,52,56), characterized in that: wherein determining resample areas (44,52,56) comprises: determining a geometric center (23, 25, 27) of each emitter (22, 24, 26) of each said three-color pixel element; defining each said resample area (44,52,66) by lines that are formed equidistant between said geometric center (23, 25, 27) of said emitter (22, 24, 26) of one said three-color pixel element and said geometric center (23, 25, 27) of another same color said emitter (22, 24, 26) of a neighboring said three-color pixel element; and forming a grid of said lines. determining a geometric center (23, 25, 27) of each emitter (22, 24, 26) of each said three-color pixel element; defining each said resample area (44,52,66) by lines that are formed equidistant between said geometric center (23, 25, 27) of said emitter (22, 24, 26) of one said three-color pixel element and said geometric center (23, 25, 27) of another same color said emitter (22, 24, 26) of a neighboring said three-color pixel element; and forming a grid of said lines.