Sharing of principles and technical requirements of color spinning space mixing

Juxtaposing different colors together, when their projections on the retina are so small, these different color stimuli simultaneously act on photoreceptor cells in very adjacent parts of the retina, making it difficult for the eye to distinguish them independently When it comes out, there will be a mixture of colors in the vision, which is called spatial mixing.

The method principle of producing spatial visual mixing through color juxtaposition is common in the field of color art. For example, the so-called pointillism oil paintings of the Impressionists have different feelings from a distance view and a close view; the ancient mosaic painting is a precedent.

This kind of juxtaposition of different colors, the theory of color space mixing produced by people's visual physiological characteristics, can analyze the color mystery of color spinning products.

For traditional clothing made by spinning first and then dyeing, we usually observe its inherent color. The so-called inherent color refers to the color produced by the inherent physical properties of the object under normal light sources, that is, the color of the object under white sunlight. Effect.

This is different from additive mixing of shades and subtractive mixing of dyes, which are colors that are seen by the eye after the colors are mixed first. The color of the various fibers in the color spinning product does not change itself, and it can be understood that they are not really mixed, but are juxtaposed together and mixed in the color space produced in the vision.

The effect of interlaced juxtaposition of multi-color fibers is a bit like oil painting. The change of viewing distance will produce a dreamy effect. The color is rich in close view, and the color tone is unified in long view. This is the reason for the unique and magical style of color spinning products.

Based on the color space visual mixing theory, the basic technical requirements for the blending of color spinning fibers can be determined: the multi-color fibers need to be finely and evenly mixed, and only the interlaced distribution of the heterochromatic fibers is uniform, and the final formed basic shapes of different colors on the surface of the gauze can produce color space visual mixing , a variety of colors composed of multi-color fibers can be mixed into another new color. If the multi-color fibers are not finely mixed and the distribution is uneven, there will be no visually consistent new colors, and the surface of the gauze will have problems such as chromatic aberration between segments, between sheets, and horizontal color.