当图像复杂的时候,通常添加符号,线条的风格,颜色从而区别显示。Figure legenf帮助我们整理,有时候有许多变量需要我们去编码,
这里我们使用legned去满足我们的需求。
部分代码:
% Define a matrix of line spec options LineStyles = {'-'}; % solid line MarkerSpecs = {'+','o'}; % plus, circle ... there are more ColorSpecs = {'r','g','b','k','m'}; % red, green, blue, black ... there are more cnt = 1; for i = 1:length(LineStyles) for j = 1:length(MarkerSpecs) for k = 1:length(ColorSpecs) LineSpecs{cnt} = [LineStyles{i} MarkerSpecs{j} ColorSpecs{k}]; cnt = cnt+1; end end end
同时添加新线条表明指定分布,
for i = 1:10 dataVect(i,:) = (1/sqrt(2*pi*stdVect(i).^2))*exp(-(x-meanVect(i)).^2/(2*stdVect(i).^2)); % Gaussian function plot(dataVect(i,:), LineSpecs{i}); legendMatrix{i} = [sprintf('mean = %.2f, ',meanVect(i)) char(10) sprintf('std = %.2f',stdVect(i))]; end legend(legendMatrix,'Location','NorthEastOutside','Fontsize',8);
结果: