搜索资源列表
Graphic-Design
- Matlab不仅具有强大的数值运算功能,也同样具有非常强大的二维和三维图形绘制功能,尤其擅长于将各种科学运算结果的可视化。计算的可视化可以将不直观的数据通过图形来表示,从而发现其中的内在关系。Matlab的图形命令格式简单,可以使用不同的线形,色彩、数据点标记和标注等来修饰-Graphic Design
light-intensity-distribution
- 高斯光束在传播过程中,在光腰处的二维和三维以及焦点处的光强分布图-Gaussian beam propagation, the light intensity distribution in two and three dimensions as well as the focal point of the beam waist at
arrayposition
- 根据实测数据,确定48个传感器位置,并绘制二维和三维图-According to the measured data to determine the position of the sensor 48, and draw two-dimensional and three-dimensional map
matlab_application
- 全书共23章,分为7篇。基础篇介绍了MATLAB基础、数组和矩阵分析、字符串分析;科学运算篇介绍了MATLAB数据分析、积分和微分运算、概率和数理统计、符号计算;数据可视化篇介绍了二维和三维数据的可视化;编程篇介绍了MATLAB基本编程、程序调试和编程技巧;仿真篇介绍了Simulink基本知识、Simulink建模和S-函数;高级应用篇介绍了GUI编程开发、GUIDE工具建立GUI界面、文件夹管理和文件I/O操作、MATLAB编译器;工具箱与接口编程篇介绍了信号处理、小波分析、图像处理、神经网络
hailangmoni
- matlab海浪模拟程序文中的两个word分别是在二维和三维下海浪的波形图(有所提供的matlab源程序生成) bopu.m是标准的p-m谱,输入风级数和频率数得到该风级下的p-m谱 erweihailangboxing.m是生成三维海浪波形的源程序,输入风级数,频率数和角度数得到该风级下的海浪波形; hailangboxing.m是生成二维海浪波形的源程序,输入风级数和频率数得到该风级下的海浪波形; SDwave.m是分形法所用的源程序,与本线性得加法所采用的 方法不一样。。
antenna
- 利用GUI制作另一个简单的多种常见天线方向图的二维和三维制图界面。适合初学者掌握GUI功能和天线基础。-A simple GUI for some common antenna direction graph with 2-dimension and 3-dimension.
tspline
- 基于格林函数的网格样条插值,能够进行一维,二维和三维的插值,使用方便,在说明文件中给出相应的英文文献名称。-Gridding with Splines in Tension : A Green function Approach
image
- matlab 图形绘制功能,在直角坐标系或极坐标系下绘制二维和三维图形-Matlab graphics functions in the rectangular coordinate system or polar coordinates draw 2 d and 3 d graphics
daima
- 二进制编码的遗传算法源程序,基本的测试函数,其中包括典型的二维和三维图像的仿真,具有普遍性-Binary coded genetic algorithm source code, the basic test functions, including typical simulation of 2D and 3D images, universal
concretebonemodels
- 运用matlab做的混凝土二维和三维随机骨料模型,用于研究混凝于结构-Use matlab to do two and three dimensional random aggregate concrete model for research on the structure of coagulation
K_means
- MATLAB实现的k-means聚类算法,自带测试以及数据集,数据集分为二维和三维数据。-k-means clustering algorithm implemented in MATLAB, and has a test data set, the data set is divided into two and three dimensional data.
曲面拟合01
- 最小二乘MATLAB程序,适合用于三维点云的最小二乘拟合。功能很强大!(Least squares MATLAB procedures, suitable for three-dimensional point cloud least square fitting. Powerful!)
3Dgeometry
- 读取大地坐标,并画出二维平面图,主要用于三维地表采集数据的观测系统绘制。(read the coordation and plot the 2D figure)
代码
- 通过本实验,掌握Matlab绘制二维和三维图形的命令(Matlab commands to draw two-dimensional and three-dimensional graphics)
project
- 三维空间散点投影(旋转+平移)至散点所在二维平面,得到在二维平面上的对应平面坐标。(Three dimensional space scatter projection (rotation + translation) to the two-dimensional plane of the scatter point, the corresponding plane coordinates in the two-dimensional plane are obtained.)
椭球拟合
- 根据三维坐标拟合椭球面 基于非线性最小二乘法(Ellipsoid fitting based on 3D coordinates based on nonlinear least squares method)
SeisLab
- 地震数据基本处理,包括二维和三维可视化,从程序角度学习理解地震数据处理更深刻(Basic processing of seismic data, including 2D and 3D visualization, and understanding of seismic data processing from a program perspective)
路径规划算法
- 基于蚁群算法的二维和三维路径规划算法,结合具体的案例给出了程序分析(A two-dimensional path planning algorithm based on ant colony algorithm, combined with specific cases, gives a program analysis)
数学建模
- 用有限元差分发求解一维热传导,并作做出二维图线和三维温度变化图像(One dimensional heat conduction is solved by finite element difference distribution and plotted)
IMM
- 在二维环境中使用IMM算法对单目标追踪,包含了CV,CA,CT三种模型,运用了蒙特卡洛方法对误差进行了分析(Using IMM algorithm to track single target in 2D environment)