- Matlab教程
- MATLAB - 主页
- MATLAB - 概述
- MATLAB - 环境设置
- MATLAB - 语法
- MATLAB - 变量
- MATLAB - 命令
- MATLAB - M 文件
- MATLAB - 数据类型
- MATLAB - 运算符
- MATLAB - 决策
- MATLAB - 循环
- MATLAB - 向量
- MATLAB - 矩阵
- MATLAB - 数组
- MATLAB - 冒号表示法
- MATLAB - 数字
- MATLAB - 字符串
- MATLAB - 函数
- MATLAB - 数据导入
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- MATLAB 高级版
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- MATLAB - 代数
- MATLAB - 微积分
- MATLAB - 微分
- MATLAB - 集成
- MATLAB - 多项式
- MATLAB - 变换
- MATLAB - GNU Octave
- MATLAB - Simulink
- MATLAB 有用资源
- MATLAB - 快速指南
- MATLAB - 有用的资源
- MATLAB - 讨论
MATLAB - Concatenating Matrices
You can concatenate two matrices to create a larger matrix. The pair of square brackets '[]' is the concatenation operator.
MATLAB allows two types of concatenations −
- Horizontal concatenation
- Vertical concatenation
When you concatenate two matrices by separating those using commas, they are just appended horizontally. It is called horizontal concatenation.
Alternatively, if you concatenate two matrices by separating those using semicolons, they are appended vertically. It is called vertical concatenation.
Example
Create a script file with the following code −
a = [ 10 12 23 ; 14 8 6; 27 8 9] b = [ 12 31 45 ; 8 0 -9; 45 2 11] c = [a, b] d = [a; b]
When you run the file, it displays the following result −
a = 10 12 23 14 8 6 27 8 9 b = 12 31 45 8 0 -9 45 2 11 c = 10 12 23 12 31 45 14 8 6 8 0 -9 27 8 9 45 2 11 d = 10 12 23 14 8 6 27 8 9 12 31 45 8 0 -9 45 2 11
matlab_matrics.htm