最后给出一些实例来说明松弛参数和切向量对细分曲线的影响。
Finally, we illustrate the effects of using the tension parameter and tangent vectors to generate subdivision curves.
在重建过程中采取对投影矩阵按投影角度分块的方法，选取特定的松弛参数。
We select the special relaxation parameter and put the projection matrix into many blocks according to the projection angles in the reconstruction procedure.
分析改进抗应力松弛性能的稳定化处理的原理、目的要求及工艺参数的选择原则。
And the principle, object and selection principle of technological parameters of stabilizing treatment for improving the anti stress relaxation ability are given.
推进剂松弛模量主曲线及W.L.F。方程参数的拟合处理。
Fitting of relaxation modulus master curve for solid propellant and W. L. F. equation parameters.
将自选参数动力松弛法在工程实例中建模运用，并与非线性有限元找形方法的结果比较。
Establishing a practical construction model by using the automatic choice parameter dynamic relaxation, Then comparing the result with the result by using nonlinear finite element.
应力松弛试验是一种常用于测定粘弹性材料性能及粘弹性参数的试验方法。
Stress slack tests are often used in determining the properties of viscoelastic materials and viscoelastic parameters.
在模型中，松弛因子可根据引入的参数确定，增加了计算的灵活性。
For the model, the relaxation time factor can be computed from the parameter factor which makes the model is more flexible.
理论分析了稻米及米饭籽粒的流变学模型及用z变换法识别了其松弛特性参数。
The Theological model was analyzed and relaxation properties parameters were distinguished by Z transformation.
该方法可在一定程度上解决确定最小电压安全裕度指标的困难，通过最小电压安全裕度模糊参数，实现对该指标的松弛处理。
This method can deal with the difficulties of determining minimum voltage security margin index to a certain extent. The relaxation of this index can be realized by a fuzzy parameter.
提出流变学把材料微观结构与宏观行为融为一体，并以松弛时间和触变性两个流变参数为例加以阐明。
Microscopic structure and macroscopic behavior of materials are treated as an entity in rheology and two rheological characteristics, time of relaxation and thixotropy, are taken for evidence.
本构方程中的未知参数由应力松弛试验和参数识别技术来确定。
The unknown parameter of the equation is fixed by stress relaxation test and parameter identification technology.
通过低松弛迭代法给出渗流系统相应于不同渗流参数时的动力学响应。
With low relaxation iteration, the dynamical responses corresponding to the different flow parameters of seepage system are also given.
用概率松弛标签算法优化和确认匹配，进而得出对位所需的变换参数。
The Probabilistic Reaxation Labeling (PRL) technique is applied tO optimize and determine the matching relations so that the registration transform parameters could be obtained.
人造血管的壁厚和松弛内径是其主要的几何特征参数。
The geometric configuration of the vascular prostheses was characterization with the relaxed inner diameter and the wall thickness.
MinkowskiMethod算法，预报误差法参数辨识-松弛的思想，借鉴了主成分分析算法(PCA)。
MinkowskiMethod algorithm, Prediction Error Method for Parameter Identification - the idea of relaxation, it draws on principal component analysis algorithm (PCA).
该参数优化算法可在对偶松弛凸可分规划算法的主循环之外，通过少量参数化扩展得到。
Based on dual relaxation method to extend a special convex separable programming algorithm, this tracking algorithm was constructed by parametric analysis.
在矩阵算子实现信号分离的前提下，建立了关于信号方位参数的多维优化问题—即所谓的多维（MD-）松弛（RELAX）算法。
Under the hypothesis of the given matrix operators satisfying the signals separation, the multi-dimensional optimum about the signal azimuth, and the multidimensional(MD-)RELAX , was established.
在动力松弛法中采用优化参数自动选择的方法，大大改善了计算的稳定性和收敛速度。
The auto-selecting parameters method is introduced into dynamic relaxation theory, which improved the stabilization and convergence speed for solution.
将亏格为零的三维模型进行球面参数化的方法大致可以分成3类：(1)基于累进网格的方法(2)球面松弛的方法(3)保角参数化方法。
These methods can be divided into three: (1) method based on progressive mesh (2) method based on sphere relaxation (3) conformal method. The three methods have their own advantages and shortcomings.
将自适应迭代松弛搜索算法RSA引入到MPEG4模型基编码的三维运动参数估计中 ，解决了估计算法的稳健性问题 。
The problem of robustness in the estimation algorithm is solved by applying relax iterative search algorithm (RSA) to motion estimation of MPEG4 model based coding.
本文主要研究细纱及后纺工程的工艺参数与精纺毛纱落水松弛缩率和缩率不匀率的关系。
Investigations found that the extent of yarn shrinkage could be affected by the yarn spinning processes.
本文主要研究细纱及后纺工程的工艺参数与精纺毛纱落水松弛缩率和缩率不匀率的关系。
Investigations found that the extent of yarn shrinkage could be affected by the yarn spinning processes.
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