搜索资源列表
LJCM1
- 《衍射计算及数字全息》中模拟计算矩形孔的的夫琅和费衍射图样(Fraunhofer Diffraction Pattern for Simulating the Calculation of a Rectangular Hole in "Diffraction Calculation and Digital Holography")
two_hiding_MZI_experience
- 基于两步相移全息的光学图像水印研究，山东大学(Study of optical image watermarking based on two step phase shifting holography)
GS
- 能够高效实现GS算法，实现通过目标的输出光场，计算回得到输入的相位全息图(This matlab code can efficiently realize the GS algorithm. This can recover the imput phase pattern from the targeted output optical field.)
GSalgorithm2
- GS迭代算法，用于相位型傅里叶全息图的计算(GS algorithm, used to calculate phase hologram.)
GS2
- 这是关于二维全息的GS算法，可以插入图片生成全息图和再现像(This is a GS algorithm for two-dimensional holography, which can be inserted into a picture to generate a hologram and a reproducing image.)
GS222
- 这是产生二维全息图和再现像的GS算法，可以插入任意图片生成。(This is a GS algorithm for two-dimensional holography, which can be inserted into a picture to generate a hologram and a reproducing image.)
feinieer3Dzx
- 本代码根据菲涅尔衍射原理，设计出三维全息，即，纵深的距离不同显示内容不同，同时产生可用于加载到空间光调制的全息图，使得实际再现成为可能(According to the principle of Fresnel diffraction, this code designs a three-dimensional holography, that is, the displayed things is different with the different z distance, and the
Diffractive optical CGH
- 衍射光学计算及全息图的三维仿真，对于初学者具有极大的参考价值。(Diffraction optics and hologram 3D simulation are of great reference value to beginners.)
相位恢复
- 对全息图进行二维恢复以及三维形貌恢复以及最大熵阈值分割(Two dimensional reconstruction of hologram and 3D shape recovery and maximum entropy threshold segmentation are performed.)
TwIST
- 本代码为三维全息重建的经典算法，供同行学习使用(This code is a classic three-dimensional holographic reconstruction algorithm for use by peer learning)
RomanIII
- 罗曼三型全息面复振幅罗曼三型迂回相位编码，计算全息(Luo Mansan type circuitous phase coding)
NAH1
- 近场声全息，里边包括全息技术的matlab程序，数据等。(Sound holographic technology, including holographic technology matlab procedures, data, etc.)
hologaphy_GitHub
- 近场声全息数据和matlab程序，仿真效果好，达到成像的目的(Near - field acoustic holographic data and matlab program, the simulation effect is good, to achieve the purpose of imaging)
菲涅尔衍射积分算法
- 菲涅尔积分公式求解场分布,，可以是卷积积分和傅里叶变换两种方法，得到全息像(frenesl diffraction,holography,convolution,field distribution,integration,matlab)
off-axis-imageplane
- 数字全息再现的离轴程序，有注释，代码比较详细(Off-axis program for digital holographic reproduction, with comments and detailed codes)
Hologram
- 全息照相在记录物体振幅的同时，还记录了光的相位信息。本代码用实现了全息物体的记录与再现。(The hologram records not only the amplitude of the object, but also the phase information of the light. This code realizes the recording and reproduction of holographic objects.)