立方图每个面的宽度和高度，以像素为单位。纹理将在内部缩放，以适应这个尺寸，不需要手动缩放资源。
Width and Height in pixels across each individual Cubemap face. Textures will be internally scaled to fit this size, there is no need to manually scale the assets.
图3以平面布局展示了立方体的前五个顶点，还包括(R,G,b)格式的颜色信息。
Figure 3 shows the cube's first five vertices, laid out flat and including color information in (r, g, b) format.
采用晶面的极射赤面投影方法，从理论上绘制了一套不同立方晶体的理论电子通道图。
A set of ideal ECP maps for different cubic crystals was theoretically delineated by using the sterographical projection method of crystal planes.
针对球面、立方体全景图获取比较困难等缺点，提出一种基于灭点圆的柱面全景图漫游方法。
Aiming at the shortcomings of obtaining spherical and cubic panorama, the technique of tour into the cylindrical panorama based on vanishing circle is proposed in this paper.
文章介绍了基于小波变换的虚拟场景构造技术，并实现了一个对柱面全景图、立方体全景图和球面全景图的实时漫游系统。
The article presents virtual scene building technology based on wavelet transform, and implements a real-time roaming system for cylinder, cubic and sphere panorama.
给出了综合考虑刚、弹性及多种能域相互耦合的柔性机械系统键合图模型的建立方法。
The general procedure to give the system bond graph model which includes the coupling of rigidity, flexibility and multiple energy domains is provided.
对拼焊板的焊接方法、材料应用、冲压成形性能分析、拼焊板成形极限图的建立方法和有限元分析焊缝建模方式进行了综述。
Such TWB-related questions as the welding technology, materials, stamping formability, the establishment of FLC, and the finite element analysis of the welding modeling are surveyed.
全景图技术作为IBR的一种方式，在实际中得到了广泛的应用，主要有立方体全景图、柱面全景图、球面全景图三种模式。
The technology of panorama has been widely used as a manner of IBR, there are three kinds of panorama: cube panorama, cylinder panorama, sphere panorama.
为了迅速注释从实验所得的立方晶体的电子通道花样，利用上述理想电子通道图的数据制成图表，可以大大节约注释时间。
The data given by the maps are tabulated as a new convenient chart for rapidly indexing the ECP of cubic crystals experimentally obtained. This method saved wasting time from the indexing already.
给出非惯性系平面连杆机构键合图模型的建立方法。
The general procedure to model planar linkage in non-inertial coordinate system by bond graphs is provided.
采用网络理论构造了平行流水作业的非连接图模型，提出了采用蚁群算法求解平行流水作业计划问题，以及求解过程中可行路径表的建立方法。
This concept is the integration of identical parallel machine scheduling with flow shop scheduling. The solution to IFSP is a non- polynomial computation of time problem.
采用网络理论构造了平行流水作业的非连接图模型，提出了采用蚁群算法求解平行流水作业计划问题，以及求解过程中可行路径表的建立方法。
This concept is the integration of identical parallel machine scheduling with flow shop scheduling. The solution to IFSP is a non- polynomial computation of time problem.
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