A color display comprising: a forming mold that is optically transmissive; a deposited film that is optically transmissive and is located on the forming mold; and a plastic protector that is optically transmissive and is located on the deposited film, wherein the forming mold has a first refractive index, the plastic protector has a third refractive index, and the deposited film has a second refractive index, the second refractive index being higher than both the first refractive index and the third refractive index, the forming mold has a surface in contact with the deposited film, a part or an entire part of the surface being a first wavy surface, a wave period (d) of the first wavy surface being in a range of 250 nm or more and 500 nm or less, the deposited film conforms to the surface of the forming mold, the first wavy surface includes a plurality of rib surfaces (S1A), a plurality of groove surfaces (S1B), and a plurality of taper surfaces (S1C) connecting the rib surfaces to the respective groove surfaces, the deposited film has a peak zone in contact with one of the rib surfaces (S1A), a valley zone in contact with one of the groove surfaces (S1B), and atransition zone in contact with one of the taper surfaces (S1C), one of the peak zone, the valley zone, and the transition zone and another one of the peak zone, the valley zone, and the transition zone are different from each other in at least one of thickness and volume density, or one of the peak zone, the valley zone, and the transition zone has portions different from each other in at least one of thickness and volume density, the first wavy surface has a first wavy portion and a second wavy portion, a wave period of the first wavy portion is equal to a wave period of the second wavy portion, a spectrum of zero-order diffracted light reflected by the first wavy portion is bimodal, and a spectrum of zero-order diffracted light reflected by the color display of the second wavy portion is unimodal. a forming mold that is optically transmissive; a deposited film that is optically transmissive and is located on the forming mold; and a plastic protector that is optically transmissive and is located on the deposited film, wherein the forming mold has a first refractive index, the plastic protector has a third refractive index, and the deposited film has a second refractive index, the second refractive index being higher than both the first refractive index and the third refractive index, the forming mold has a surface in contact with the deposited film, a part or an entire part of the surface being a first wavy surface, a wave period (d) of the first wavy surface being in a range of 250 nm or more and 500 nm or less, the deposited film conforms to the surface of the forming mold, the first wavy surface includes a plurality of rib surfaces (S1A), a plurality of groove surfaces (S1B), and a plurality of taper surfaces (S1C) connecting the rib surfaces to the respective groove surfaces, the deposited film has a peak zone in contact with one of the rib surfaces (S1A), a valley zone in contact with one of the groove surfaces (S1B), and atransition zone in contact with one of the taper surfaces (S1C), one of the peak zone, the valley zone, and the transition zone and another one of the peak zone, the valley zone, and the transition zone are different from each other in at least one of thickness and volume density, or one of the peak zone, the valley zone, and the transition zone has portions different from each other in at least one of thickness and volume density, the first wavy surface has a first wavy portion and a second wavy portion, a wave period of the first wavy portion is equal to a wave period of the second wavy portion, a spectrum of zero-order diffracted light reflected by the first wavy portion is bimodal, and a spectrum of zero-order diffracted light reflected by the color display of the second wavy portion is unimodal.