Circle Curve Fitting

This resource demonstrates the use of Least Squares Method to fit a circle curve. The output includes the coordinates of the center and the radius of the fitted circle.

This tutorial covers curve fitting using cubic numerator and quadratic denominator in Matlab.

This document provides data and code for analyzing and generating graphs related to the E. coli pulse/saturation project. The provided MATLAB and Python codes are designed for pulse feeding analysis and were written in MATLAB R2015b. If you use any of the data or code, please cite the following paper: Karthik Sekar, Roberto Rusconi, John T Sauls, Tobias Fuhrer, Elad Noor, Jen Nguyen, Vicente I Fernandez, Marieke F Buffing, Michael Berney, Suckjoon Jun, Roman Stocker, Uwe Sauer. Molecular Systems Biology, 2018; 14(11): e8623. Published on November 5, 2018. DOI: 10.15252/msb.20188623. The repository is divided into the following sections: Part 1 - Data and Analysis of Lag Time vs. Feeding FrequencyThis section contains all the OD data and code for the wild-type pulse experiments. The code generates the following graphs:- All OD vs. Time plots with linear threshold fitting.- Relationship between lag time, feeding rate, and linear growth rate.- Summary table for the total glucose needed for proliferation and feeding speed. Part 2 - Flow Cytometry

MATLAB的约瑟夫环的置乱程序，可用的，图片格式自己改下就好了。

findcircle.m是一个用于在图像中寻找圆的MATLAB函数。它通过处理图像数据，识别出图像中的圆形结构，从而实现圆的检测和提取。此函数对圆形目标的检测提供了高效的算法，适用于各种应用场景。

该工具箱包含了各种绘制NURBS曲线和NURBS曲面的程序。对于从事曲面设计或相关领域的工作者来说，非常有用；同时，也为学习MATLAB编程提供了强大的支持，帮助用户更好地掌握该语言的应用。

针对一组x，y值的基于最小平方方差和的椭圆和圆的拟合，用Matlab实现。

MATLAB非线性拟合课件，教你怎样熟练运用MATLAB进行非线性拟合处理。

In this guide, we will generate random point coordinates within a circle of radius r using the Homogeneous Poisson Point Process (HPPP). The following parameters will be required: % Covered Area: The percentage of the area covered within a circle of radius r. Input Parameters:- Density (λ): The intensity or density of points within the area.- Radius (r): The radius of the circle within which points are randomly distributed. Using these inputs, the HPPP process will calculate random point coordinates to model spatial distributions in the circular region defined by radius r.

l-曲线 MATLAB 代码与 cgDNA：DNA的序列依赖性粗粒模型的实现方法，通过模拟 DNA 序列的特征，深入分析其结构和功能。该模型不仅能够有效展示 DNA 的复杂性，还提供了对序列变化的灵敏响应，便于科研人员进行进一步研究和探索。