透镜模型参数在曲线编辑器可用。
指定哪个透镜模型参数估计和单击解决按钮。
Specify which lens model parameters to estimate and click the Solve button.
透镜模型等式(LME)将演奏者和听者线索利用的回归模型联系起来。
Lens model Equation (LME) is also introduced, by which regression models of performers and listeners can be mathematically related to each other.
如果两个消失点并不可用，焦距不能估计自动和手动输入必须在透镜模型可以解决。
If two vanishing points are not available, focal length cannot be estimated automatically and must be entered manually before the lens model can be solved.
构建透镜节点可以用来构造一个透镜模型从多个图像的校准网格，如棋盘式格局，取不同的相机焦距。
The Build lens node can be used to construct a lens model from multiple images of a calibration grid, such as a checker-board pattern, taken at different camera focal lengths.
结论豚鼠可作为研究透镜诱导性近视的一种有效、经济的模型哺乳动物。
ConclusionsGuinea pig could be used as an effective and economical model of mammal in lens-induced myopia study.
结果表明，在一般情况下，几何光学模型不能描述高斯光束经这种透镜的物像变换。
It is shown that the geometrical optics model can not be used to describe the object-image transformation of Gaussian beam through the lens under the general case.
用广义惠更斯菲涅耳衍射积分对扭曲高斯谢尔模型光束通过有限尺寸透镜的聚焦特性作了详细研究。
In this paper, using the generalized HuygensFresnel diffraction integral, the focusing properties of twisted GaussianSchell model beams through an aperture lens have been studied in detail.
简要介绍了引力透镜，NFW质量分布模型的基本原理。
This article briefly introduces the basic principles of gravitational lens and NFW mass distribution model.
目的：观察凹透镜和凸透镜对豚鼠眼球生长和屈光变化的影响，建立透镜诱导型屈光不正动物模型。
Objective: to observe the effect of concave and convex on growing and the refractive developing of guinea pig eyes and to establish lens-induced animal model of myopia or hyperopia.
利用地震模型制作的定量解释图板，对地震剖面上的振幅进行定量解释，最后可编制出砂岩透镜体等厚图。
Finally, the isopach map of the turbidite lens can be plotted by quantitatively interpreting the amplitudes on seismic sections using quantitative interpretation template made from seismic modeling.
并对摄像机参数标定过程中的畸变模型进行分析，主要分析了透镜的径向和切向畸变分量。
The distortion model in process of camera calibration is analyzed, and the distortion is decomposed to the radial and tangential distortion.
利用透镜成像理论建立摄像机数学模型，提出一种新的简单、快速的摄像机参数标定与修正方法。
An easy method for camera calibration and correction was studied by the mathematical model of camera on the basis of projective theory.
利用透镜成像理论建立摄像机数学模型，提出了一种线性求解摄像机内外参数的方法。
A linear method for camera parameter calibration is studied by the mathematical model of camera on the basis of projective theory.
建立了平端光纤与锥端微透镜光纤对耦合的理论模型，得到耦合系数的计算公式。
The coupling between butt fiber and cone lensed fiber is described in this paper. A theoretical model is presented and the formula of coupling efficiency is given.
新模型考虑了信号滞后、径向、偏心和薄透镜等四种畸变，建立了精确的畸变矫正模型。
On account of four distortions such as signal lag, radial distortion, eccentric distortion and thin lens, etc. a precision distortion correction model is established.
然后对透镜光纤的模场进行了分析和试验对比，得到与激光器模场相匹配的透镜光纤模型；
Secondly, the mode field of lensed fiber has been analyzed in experiment and theory, and the lensed fiber model matching the laser mode is given.
根据光栅透镜的线宽和间距微小渐变的特点，建立了光栅透镜的物理模型，并利用严格模式理论对其衍射特性进行分析。
Rigorous modal theory is used for analyzing their diffractive properties in sequence, and finally total diffractive efficiency of grating lenses can be easily obtained.
系统模型包括背光系统、液晶屏和透镜式光栅系统。
The system consists of back light units, liquid crystal screen and the system of lenticular raster.
采用受激布里渊散射(SBS)噪声起源理论模型，数值模拟了透镜焦距对SBS光限幅功率特性和能量特性的影响。
Adopting noise initiation mode of stimulated Brillion scattering (SBS), the influence of focal length on optical limiting power and energy is numerically simulated.
提出了透镜体的分离冰生长方式，并与刚性冰生长方式进行了对比，阐述了本文模型与已有的各类模型之间的联系。
A separate ice growth mode of ice lens is introduced, which is compared with the rigid ice growth mode of ice lens, and the connection between the proposed model and the existing models is expounded.
提出了透镜体的分离冰生长方式，并与刚性冰生长方式进行了对比，阐述了本文模型与已有的各类模型之间的联系。
A separate ice growth mode of ice lens is introduced, which is compared with the rigid ice growth mode of ice lens, and the connection between the proposed model and the existing models is expounded.
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