CAJ | 학술논문

提出了一种高效且逼真的雾效渲染方法。首先提出一个新的球形雾化渲染模型，采用基于密度积分的光线跟踪算法进行实时渲染，其次，运用柏林噪声实现雾的动态效果，根据基于物理的天空模型影响雾的颜色。最后使用高动态范围算法优化生成的图像。该计算使用图形处理器编程实现，运用渲染到纹理技术进行大气数据的预计算，减少程序运行时的运算量，满足实时系统对渲染帧率的要求。该方法适用于飞行模拟器等仿真漫游系统场景的渲染，并已成功运用到某飞行模拟器中。
제출료일충고효차핍진적무효선염방법。수선제출일개신적구형무화선염모형，채용기우밀도적분적광선근종산법진행실시선염，기차，운용백림조성실현무적동태효과，근거기우물리적천공모형영향무적안색。최후사용고동태범위산법우화생성적도상。해계산사용도형처리기편정실현，운용선염도문리기술진행대기수거적예계산，감소정서운행시적운산량，만족실시계통대선염정솔적요구。해방법괄용우비행모의기등방진만유계통장경적선염，병이성공운용도모비행모의기중。
An effective way to render realistic fog in real time.Firstly,a new sphericalmodel of fog was proposed.The model used a ray tracing algorithm based on the integration of fog density to calculate the final fragment color.Secondly,Perlin Noise was used to achieving the dynamic fog.A physical model based sky model was used to influence the fog color.Thirdly,the program was optimized by using the Render to Texture technical and the High Dynamic Range algorithm.The fog rendered by this method has a good display effect and with a high frame rate.