公园不规则的集合形状在空间上展现为破碎的三维地貌，在此，景观与建筑融合为一个由884个不规则平面组成的连续的表面。
The irregular geometry of the park is spatially unfolded into a crackled three-dimensional topography, where landscape and architecture merge into a continuous surface formed by 884 irregular planes.
物体表面三维形状恢复是计算机视觉的一个重要研究内容。
D shape retrieval of object surface is an important problem in computer vision.
结果外周血管动脉粥样硬化的三维图像可显示多种形态斑块的立体形状和表面特征。
Results the 3-d imaging of peripheral vascular atherosclerosis could show the stereo shape and surface characteristics of various kinds of plagues.
提出将原木表面形状的三维几何数据的检测、原木外形轮廓三维模拟再现以及原木形状参数分析与管理操作过程交由计算机控制完成。
It puts forward that measuring the three-dimensional geometric data of log surface shape, reappearing log shape and analyzing and managing shape parameters of log is all controlled by computer.
这样我们能够直接观察高应力区的三维图象，即高应力区的表面形状及其深度。
In this way, the 3d image of high stress zone, both the shape on surface and the depth of the zone, can be observed directly.
通常，在进行三维模型的重建时，由于受观察方向和物体自身形状的限制，需要分别从不同角度获取物体表面的三维数据。
Typically, in order to obtain the 3D model of an object, it is necessary to acquire the surface data from different views as the limitations of the observing.
基于相位映射的三维传感技术对几何形状和拓扑结构复杂或表面梯度很大的物体进行绝对相位测量及相位重建仍然是一个困难的问题。
Absolute phase measurement and phase reconstruction to object surfaces with complex geometric and topologic shapes still remain difficult for phase mapping based on three-dimensional (3d) sensing.
将明暗恢复形状(SFS)技术应用于表面三维视觉测量。
The shade from shading (SFS) technology was applied to the surface 3-d vision measurement.
如何快速而准确地获取被测物体表面的三维物体形状信息，并根据这些信息对被测物体形状进行三维重构，仍然是一项重要而有难度的研究课题。
It is an important but difficult problem that how we can obtain the 3d surface information of an object accurately and rapidly and recover the 3d shape by these information.
有机玻璃模型中主应力和的测量，二维气体温度场和轴对称气体温度场的测量，三维物体表面形状和三维位移场的测量。
The research involves the measurements of the sum of principal stresses in a perspex model, gas temperature fields in 2D and axisymmetric cases, 3D surface shape and 3D displacement field.
有机玻璃模型中主应力和的测量，二维气体温度场和轴对称气体温度场的测量，三维物体表面形状和三维位移场的测量。
The research involves the measurements of the sum of principal stresses in a perspex model, gas temperature fields in 2D and axisymmetric cases, 3D surface shape and 3D displacement field.
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