geodistance.m-MATLAB Function to Calculate Geodesic Distance Between Two Points

The Euclidean distance between points p and q is the length of the line segment that connects them. For two points (p(x_1, y_1)) and (q(x_2, y_2)), the Euclidean distance (d) is calculated as: [ d = \sqrt{(x_2 - x_1)^2 + (y_2 - y_1)^2} ] This formula represents the straight-line distance in a two-d

高斯点和权重在数值积分中起着重要作用。通过使用微分和积分矩阵，我们可以提高计算精度。以下是相关的MATLAB代码示例，用于计算给定节点的高斯点和权重。

Rootshufflem is a Matlab function designed for sorting the roots and eigenvalues of a matrix. This tool enhances the analysis of polynomial equations and dynamic systems by providing a systematic way to organize and manipulate eigenvalue data.

Function temp_matching(t1, t2, upl_1, lor_1, upl_2, lor_2, th, cal) Function Purpose This function performs image matching between two input images. The process utilizes upper and lower coordinates for both images to match corresponding features based on a threshold and calculation method. Input Par

垂直/距离功能说明 2.1.9 垂直/距离功能可以依指定距离生成一个垂直（法线）方向的点。该点与选取的线条（包括直线、曲线、圆弧、样条曲线）保持指定的长度，且该点与指定点的连线垂直于被选取的线条。

Matlab's standard subplot function leaves large blank spaces around the plot area, and users have no control over them. Spaceplots is a function designed to control these spaces. The goal is to save space by creating compact subplots, and I wrote this function for that purpose. I believe it could be

介绍如何使用 MATLAB 实现对图像的 打码 功能。主要步骤包括加载图像、选择要打码的区域，并应用 模糊 处理。最后，保存修改后的图像以供使用。

Euler's Formula for Pi Calculation in MATLAB provides a versatile algorithm collection where users can contribute implementations in any language. This repository follows a structured format for adding algorithms in different languages. For example, if you are adding a Hamiltonian Path algorithm in

介绍了两种MPS参数优化方法的程序代码，基于GLCM的方法主程序是“GLCM_Method.m”，依赖于“GrayCoMatrix.m”和“HsimSimilarity.m”。此外，使用的第三方代码包括“sort_nat.m”和“rotateticklabel.m”。基于深度学习的方法主程序为“Program.cs”，相关文件有“Preprocessing_ImageFolder”、“ImageNetData.cs”及“MyDataTable.cs”。使用前需解压缩“demo data.rar”与“ML_Assets.rar”。