A color filter comprising: a substrate that transmits light; and a colored layer (3R, 3G, 3B) being formed by an ink jet ink, the colored layer being arranged on a lattice point which is a virtual point in a plurality of virtual lattice patterns arranged on the substrate with a first pitch (dPx) in a first direction (x) and a second pitch (dPy) in a second direction (y), the colored layer being separated in the first direction and the second direction, wherein, in each row of the plurality of the lattice patterns arranged in the first direction, when a maximum value is denoted by δmax and a minimum value is denoted by δmin in a positional deviation amount in the first direction between a center of the colored layer and the lattice point, and a value obtained by averaging δmax-δmin in the lattice patterns arranged in the first direction is defined as a colored layer positional deviation range E, the colored layer positional deviation range E is 1 μm to 10 μm, and wherein, in each column of the plurality of the lattice patterns arranged in the second direction, a position of the center (C R, C G, C B) of the colored layer in the first direction changes periodically with respect to the lattice point, characterized in that the colored layer is configured with a plurality of unit colored layers, each of the unit colored layers is formed of a different type of ink, and positions of the unit colored layers are different in at least one of the first direction and second direction, the plurality of the unit colored layers are respectively arranged on lattice points at positions different from each other in the lattice patterns, and in each column of the plurality of the lattice patterns, a position of the center of each of the unit colored layers in the first direction changes periodically with respect to each of the lattice points. a substrate that transmits light; and a colored layer (3R, 3G, 3B) being formed by an ink jet ink, the colored layer being arranged on a lattice point which is a virtual point in a plurality of virtual lattice patterns arranged on the substrate with a first pitch (dPx) in a first direction (x) and a second pitch (dPy) in a second direction (y), the colored layer being separated in the first direction and the second direction, wherein, in each row of the plurality of the lattice patterns arranged in the first direction, when a maximum value is denoted by δmax and a minimum value is denoted by δmin in a positional deviation amount in the first direction between a center of the colored layer and the lattice point, and a value obtained by averaging δmax-δmin in the lattice patterns arranged in the first direction is defined as a colored layer positional deviation range E, the colored layer positional deviation range E is 1 μm to 10 μm, and wherein, in each column of the plurality of the lattice patterns arranged in the second direction, a position of the center (C R, C G, C B) of the colored layer in the first direction changes periodically with respect to the lattice point, characterized in that the colored layer is configured with a plurality of unit colored layers, each of the unit colored layers is formed of a different type of ink, and positions of the unit colored layers are different in at least one of the first direction and second direction, the plurality of the unit colored layers are respectively arranged on lattice points at positions different from each other in the lattice patterns, and in each column of the plurality of the lattice patterns, a position of the center of each of the unit colored layers in the first direction changes periodically with respect to each of the lattice points.