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zernfun
- 泽尼克多项式，像差 泽尼克多项式，像差 泽尼克多项式，像差-Zernike polynomials, Zernike polynomial aberration, aberration Zernike polynomials, Zernike polynomial aberration, aberration
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- 用泽尼克拟合波面的几种算法的描述，对于重构波前有一定的帮助-Wavefront with a Zernike fitting the descr iption of several algorithms for wavefront reconstruction will certainly help
Zernike
- 绘制zernike曲面,用于分析泽尼克多项式表示光学像差的gui程序。-plot zernike face for analysis basic optical aberration
zernike
- 泽尼克多项式仿真， 模拟大气湍流，k为与大气有关参数，以彩色曲线绘制-Zernike polynomials simulation
zernikepol
- 可计算泽尼克多项式的模式图，用于描束波前像差-Zernike polynomials schematic diagram which could be used to describe wavefront aberration
zernike
- 像差分析模式，选择泽尔尼克公式模拟，不同坐标系-Aberration analysis mode, select the zell Nick formula simulation, different coordinate system
zenilke.matlab
- 光机集成的泽尼克多项式拟合，采用matlab编程实现(Zernike polynomial fitting for Opto mechanical integration)
Zernike
- 计算光机耦合仿真中的光学镜面的变形情况，分离刚体位移，采用泽尼克多项式耦合。并有使用例子。(The deformation of the optical mirror in the opto mechanical coupling simulation is calculated. The displacement of rigid body is separated and the Zernike polynomials are coupled. And use examples.)
D 生成泽尼克多项式的matlab代码
- 拟合zernike多项式,这里给出了前35项的泽尼克像差。有需要的话可以继续添加像差。(Fitting zernike polynomial.The zernike aberrations of the first 35 terms are given here. Continue to add aberrations if necessary)
直角坐标系-zernike多项式波面拟合程序
- 最小二乘法进行泽尼克多项式拟合将离散数据点拟合成面型。(use the least square method to fit the wavefornt with zernike polynomials.)
直角坐标系-zernike多项式波面拟合程序
- 可以对离散点进行波面泽尼克拟合，程序很好用(Wave surface Zernike fitting can be used for discrete points)
zernike
- 计算泽尼克多项式和具有一致相合函数的泽尼克拟合系数(Zernike polynomials are orthogonal on the unit circle and are commonly used in optics for phase aberrations. Use zernike_fcn3.m to generate Zernike polynomials. Input includes a vector of the desired polynomials; these do n
xiangweiping
- 使用泽尼克多项式法，用matlab模拟大气湍流下相位屏的产生
zernike
- 利用matlab实现光学系统像差仿真，泽尼克像差代码实现(Aberration simulation of optical system using MATLAB and Zernike aberration code implementation)
泽尼克像差绘图程序
- 本matlab程序用于对泽尼克多项式的像差进行绘图(This matlab program is used to plot aberrations of Zernike polynomials)