将单个文件的matlab代码扩展到多个文件

Question

我有Matlab问题，请提前感谢您的帮助！

我有一个csv文件的代码，最后，我得到一个值，让它称之为DesiredValue。

我有一个包含许多csv文件的文件夹，命名为：Cells_1A1，Cells_2A1，Cells_3A1，Cells_1B1，Cells_2B1，Cells_3B1。

这里，开头的1 2 3指的是时间点。

我想扩展我的代码 1.代码为每个文件生成DesiredValue 2.它取所有名称以1开头的文件（Here- Cells_1A1，Cells_1B1）的平均值，并以2开始（Here- Cells_2A1，Cells_2B1）并计算标准偏差并绘制它。 3.如何在循环外部存储此矩阵，使其值不会被写入 - 因为我有多个这样的文件夹，最后我想比较同一图表上不同文件夹的图。

我的代码是：

%**************************************************************************
% Reading the csv files generated by CellProfiler
%**************************************************************************
%**************************************************************************
% Reading data for each cell
%**************************************************************************

A = csvread('Cells_2C1.csv',1,0);
XCell = A(:,3);                % x coordinate of centroid
YCell = A(:,4)                % y coordinate of centroid


%**************************************************************************
% Reading data for spheroid
%**************************************************************************

% JAREK : this will never be empty.

B = csvread('Spheroid_2C1.csv',1,0);
XSpheroid= B(:,4);              % x coordinate of centroid
YSpheroid= B(:,5);              % y coordinate of centroid
AreaSpheroid = B(:,3);          % Area of spheroid

%**************************************************************************
% Radius of the uniform circle centered at the centroid of the spheroid 
% with the same area as the spheroid
%**************************************************************************

UniformRadius = sqrt(AreaSpheroid*(7/22));

%**************************************************************************
% Distance between centroid of spheroid and the centroid of each cell
%**************************************************************************

XSpheroidResized = repmat(XSpheroid,size(XCell)); % make dimension of spheroid coordinates
YSpheroidResized = repmat(YSpheroid,size(YCell)); % matrices same as cells' coordinates matrices 

X = XCell - XSpheroidResized; % X coordinates of the distance
XSquare = X.*X;

Y = YCell - YSpheroidResized; % y coordinate of the distance
YSquare = Y.*Y;

DistanceSquare = XSquare + YSquare;
DistanceBetweenCentroids = sqrt(DistanceSquare); 

%**************************************************************************
% Distance between boundary of uniform circle and centroid each cell
%**************************************************************************
repmat(UniformRadius, size(XCell); % making dimension of uniform radius same as that of 
                                    % cells' coordinates matrices

DistanceUniformBoundaryAndCell = abs(DistanceBetweenCentroids - repmat(UniformRadius, size(XCell)))


%**************************************************************************
% Distance of the cell furthest away from the boundary of the regular
% circle
%**************************************************************************




DesiredDistance = max(DistanceUniformBoundaryAndCell);