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Representation of Dispersion Effect Using N-Way Color Based White Light

机译:使用基于N向色的白光表示色散效果

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摘要

The color of object is a main role that people recognize outdoor entity with its shape. We can perceive the object due to the existence of light such as direct sunlight. Light is classified by wavelength into radio, microwave, infrared, the visible region we perceive as light, ultraviolet, X-rays and gamma rays. White light is all of the colors of light combined within the visible light spectrum. When white light is separated through a prism, we see the visible light spectrum. The various wavelengths of visible light are separated into colors. In this paper, we construct white light as the seven colors of rainbow and suggest the method of N-way color dispersion on photon mapping to simulate the phenomenon of natural dispersion.
机译:对象的颜色是人们通过其形状识别室外实体的​​主要作用。由于存在直射阳光等光线,我们可以感知物体。根据波长将光分为无线电,微波,红外,我们认为是光,紫外线,X射线和伽玛射线的可见区域。白光是可见光谱内所有组合的光的颜色。当白光通过棱镜分离时,我们会看到可见光谱。可见光的各种波长被分成颜色。在本文中,我们将白光构造为彩虹的七种颜色,并提出了在光子映射上使用N向色散的方法来模拟自然色散现象。

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