CAJ | 학술논문

探讨了用计算机真实再现棱镜色散现象的技术.以Dan Bruton的工作为基础,依据MATLAB颜色显示法,建立了可见光波长与 RGB 的映射关系,实现了可见光波长颜色在显示屏上的再现.运用所建立映射关系,结合白光通过棱镜之光路追迹,真实再现了棱镜色散现象,实现了棱镜色散现象写真.进一步将上述方法运用于白光入射两个完全一样、相互倒置摆放棱镜实验现象仿真,得到了各色光从红到紫平行于入射白光依次从第二块棱镜出射的正确实验现象.
탐토료용계산궤진실재현릉경색산현상적기술.이Dan Bruton적공작위기출,의거MATLAB안색현시법,건립료가견광파장여 RGB 적영사관계,실현료가견광파장안색재현시병상적재현.운용소건립영사관계,결합백광통과릉경지광로추적,진실재현료릉경색산현상,실현료릉경색산현상사진.진일보장상술방법운용우백광입사량개완전일양、상호도치파방릉경실험현상방진,득도료각색광종홍도자평행우입사백광의차종제이괴릉경출사적정학실험현상.
The technique of how to truly show dispersion of light through a glass prism on computer is discussed. Based on the work of Dan Bruton and the display method of color in MATLAB, the mapping relationship between visible wavelength and data in colormap matrix of MATLAB was erected Therefore the corresponding color of the visible wavelength can be displayed truly on computer screen. According to the mapping relationship, to describe prism dispersion as it is was realized by ray tracing. Furtherly used this method to show the experimental result of the incident white light through the pair of prisms which were made of same glass and placed inversely, the verity is that the refracted color rays from red to violet come out from the second prism parallel to the incident white light.