CAJ | 학술논문

　　基于OpenGL结合MFC设计了显示大量数据的显示系统。显示系统使用颜色等深图显示数据的变化情况，设计中系统地解决了3个问题：首先提出了将数据依据数值大小映射到颜色的颜色映射方案；其次提出了在MFC架构下使用OpenGL进行绘图的框架，框架使用面向对象的方法解决了OpenGL与MFC衔接；最后在镜片面型显示中应用相关的设计结果，基于框架及颜色映射方案设计程序将镜片面型用颜色等深图的方法显示出来。实验结果证明，设计的数据显示系统可以方便地显示大规模的数据，在数据显示可视化中有着广泛的应用。
　　기우OpenGL결합MFC설계료현시대량수거적현시계통。현시계통사용안색등심도현시수거적변화정황，설계중계통지해결료3개문제：수선제출료장수거의거수치대소영사도안색적안색영사방안；기차제출료재MFC가구하사용OpenGL진행회도적광가，광가사용면향대상적방법해결료OpenGL여MFC함접；최후재경편면형현시중응용상관적설계결과，기우광가급안색영사방안설계정서장경편면형용안색등심도적방법현시출래。실험결과증명，설계적수거현시계통가이방편지현시대규모적수거，재수거현시가시화중유착엄범적응용。
The system to display large scale data was designed based on MFC and OpenGL. The system uses different co?lours to display the variation of data. Three problems were solved systematically in the design. The color mapping method is pro?posed,which maps the data to different colors according to data’s value. A drawing framework using object?oriented approach to settle down the connection between OpenGL and MFC is put forward. The relevant design results are applied to the lens’surface figure display to display the lens’surface shape by color depth map based on the framework and the color mapping method. The experiment results prove that the display system designed can display large scale data conveniently,and can be widely used in data visualization.