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Dot Allocations in Dither Matrix with Wide Color Gamut

机译:具有宽色域的抖动矩阵中的点分配

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The color gamut in bi-level digital printers depends on the allocation of the CMY primary ink dots placed in dithering matrices. The typical color mixture model is based on Neugebauer theory where CMY dots are placed at random, but recent digital print- ers don't obey that theory The simplest method used in digital printers is "coaxial" allocation, where the CMY ink dots are placed in the same positions in each color dither matrix. The coaxial model produces sharp edges, but may generate too many secondary colors with unsaturated chromaticities. A mixture of C and M inks may produce a more brilliant bluish color when the C and M dots are placed side-by-side to avoid overlapping. In this article, "min-med", "min-max" and "min" models with side-by- side dot allocation are discussed. These are designed to suppress the occurrence of secondary colors. The corresponding color gamuts are analyzed and compared.
机译:双层数字打印机中的色域取决于放置在抖动矩阵中的CMY主墨点的分配。典型的颜色混合模型基于Neugebauer理论,其中将CMY点随机放置,但最近的数字打印机不遵循该理论。数字打印机中使用的最简单方法是“同轴”分配,即将CMY墨点放置在其中在每个颜色抖动矩阵中的相同位置。同轴模型会产生尖锐的边缘,但可能会生成过多的具有不饱和色度的第二色。当C点和M点并排放置以避免重叠时,C和M墨水的混合物可能会产生更鲜艳的蓝色。在本文中,将讨论具有并排点分配的“ min-med”,“ min-max”和“ min”模型。这些设计用于抑制二次色的发生。分析并比较了相应的色域。

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