1) 3D texture
3D纹理
1.
Direct volume rendering based 3D texture can guarantee image quality and reach interactive frame rates.
基于3D纹理的直接体绘制算法可以在保证图像质量的同时达到较好的交互性能,但由于纹理内存的限制,大规模数据场的3D纹理直接体绘制比较困难。
2.
With the assistance of pre-computed outer contour mesh,we have adopted the clipping method of Constructive Solid Geometry(CSG),and used 3D texture for the rendering of clipping surface.
最后,通过对纹理坐标的实时计算,实现3D纹理的映射。
3.
schafhitzel s 3D texture,taking into account real parameter of Martian s atmosphere which include density of atmosphere,the refractive index of air and change the direction of incident light,we obtain a good way to simulate the Martian s atmosphere scattering.
Schafhitzel的3D纹理技术,考虑了火星大气的实际参数,包括火星大气密度、大气折射系数及改变入射光方向等,得到了适合模拟火星大气散射效果的方法。
2) 3D texture-mapping
3D纹理映射
3) 3D texture volume rendering
3D纹理体绘制
1.
In order to accelerate the 3D texture volume rendering algorithm with post-classification,whose speed is somewhat slow when volume dataset is large or fragment shaders are complex,an octree encoding algorithm is proposed.
针对后分类3D纹理体绘制算法在数据量较大或片元着色程序较复杂时绘制速度较慢的问题,提出了一种基于八叉树编码的加速算法。
4) 3D Warp Texture mapping
3D Warp 纹理映射
5) D fatigue crack
3D疲劳裂纹
6) 3d orbital theory
3d轨道理论
补充资料：肺纹理
肺纹理
由肺动脉和肺静脉组成，支气管壁、淋巴和少量间质组织也参与肺纹理形成。正常情况下肺纹理自肺门向外围肺野逐渐减少变淡，管径依次缩小，分布渐次稀疏，至肺外带不易辨清。肺纹理多少、粗细与个体差异、呼吸状态有关。异常肺纹理阴影结构紊乱、粗细不均、边缘模糊、密度增高。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条