An optical product, comprising: a transparent lens sheet comprising a first side having a plurality of side-by-side sets of linearly arranged lenses (1114; 1420; 1430; 1434; 1438; 1520; 1530; 1534; 1538; 1620; 1630; 1634; 1638) with each of the sets at a slant angle (Θ) in a range of 10 to 46 degrees from a vertical or a horizontal axis of the lens sheet, wherein each of the sets of linearly arranged lenses (1114; 1420; 1430; 1434; 1438; 1520; 1530; 1534; 1538; 1620; 1630; 1634; 1638) has a longitudinal axis extending through a plurality of the linearly arranged lenses (1422; 1522; 1622) and a lens width (L W) as measured by a line extending orthogonal to the longitudinal axis across one of the lenses (1422; 1522; 1622); and an ink layer, proximate to a second side of the lens sheet opposite the first side, comprising pixels from a plurality of digital images, wherein the pixels are arranged in a pattern of pixel locations providing non-orthogonal interlacing of the digital images relative to each of the sets of the linearly arranged lenses (1114; 1420; 1430; 1434; 1438; 1520; 1530; 1534; 1538; 1620; 1630; 1634; 1638), wherein the pattern of pixel locations provides sets (530; 1050; 1480) of the pixels, wherein each set (530; 1050; 1480) of the pixels is linear and extends along a line that is transverse and non-orthogonal to the longitudinal axis of one of the sets of linearly arranged lenses (1114; 1420; 1430; 1434; 1438; 1520; 1530; 1534; 1538; 1620; 1630; 1634; 1638), the line having a length that is greater than the lens width (L W); characterized in that the pattern of pixel locations comprises a pixel matrix repeating square submatrices (1060; 1450) of the sets (530; 1050; 1480) of the pixels a number of times. a transparent lens sheet comprising a first side having a plurality of side-by-side sets of linearly arranged lenses (1114; 1420; 1430; 1434; 1438; 1520; 1530; 1534; 1538; 1620; 1630; 1634; 1638) with each of the sets at a slant angle (Θ) in a range of 10 to 46 degrees from a vertical or a horizontal axis of the lens sheet, wherein each of the sets of linearly arranged lenses (1114; 1420; 1430; 1434; 1438; 1520; 1530; 1534; 1538; 1620; 1630; 1634; 1638) has a longitudinal axis extending through a plurality of the linearly arranged lenses (1422; 1522; 1622) and a lens width (L W) as measured by a line extending orthogonal to the longitudinal axis across one of the lenses (1422; 1522; 1622); and an ink layer, proximate to a second side of the lens sheet opposite the first side, comprising pixels from a plurality of digital images, wherein the pixels are arranged in a pattern of pixel locations providing non-orthogonal interlacing of the digital images relative to each of the sets of the linearly arranged lenses (1114; 1420; 1430; 1434; 1438; 1520; 1530; 1534; 1538; 1620; 1630; 1634; 1638), wherein the pattern of pixel locations provides sets (530; 1050; 1480) of the pixels, wherein each set (530; 1050; 1480) of the pixels is linear and extends along a line that is transverse and non-orthogonal to the longitudinal axis of one of the sets of linearly arranged lenses (1114; 1420; 1430; 1434; 1438; 1520; 1530; 1534; 1538; 1620; 1630; 1634; 1638), the line having a length that is greater than the lens width (L W); characterized in that the pattern of pixel locations comprises a pixel matrix repeating square submatrices (1060; 1450) of the sets (530; 1050; 1480) of the pixels a number of times.