Creating the Custom Plot Function To create the plot function for this example, copy and paste the following code into a new function file in the MATLAB® Editor: function stop = psplotchange(optimvalues, flag
markertype = repmat(shape(1),size(x)); else markerseq = 'osd^><vph.*+x'; [uniqueShapes, gar, shapeInd] = unique(shape); if length(uniqueShapes)>length(markerseq) error('BubblePlot can only support 13 unique shapes'); end markertype = markerseq(shapeInd); end %% Determine marker ...
About Custom Plot Functions If none of the plot functions that come with the software is suitable for the output you want to plot, you can write your own custom plot function, which the genetic algorithm calls at each generation to create the plot. This example shows how to create a plot ...
scatter(___,Name,Value) modifies the scatter plot using one or more name-value arguments to set properties. For example: scatter(x,y,"LineWidth",2) creates a scatter plot with 2-point marker outlines. scatter(tbl,"MyX","MyY","ColorVariable","MyColors") creates a scatter plot from data...
%much more efficient than matlab's scatter plot for k=1:size(map,1) if any(ind==k) h(end+1) = line('Xdata',x(ind==k),'Ydata',y(ind==k), ... 'LineStyle','none','Color',map(k,:), ... 'Marker','.','MarkerSize',ms); ...
line(X,Y,Z,'PropertyName',PropertyValue,…) 画出由参数x,y,z确定的线条,其中对指定属性PropertyName设置为PropertyValue,其他没有指定属性用缺省值。属性LineStyle和Marker参见命令plot。 line('PropertyName',PropertyValue,…) 对属性用相应的输入参数来设置而画出线条。这是命令line的低级使用形式,此时不接受矩...
h = [];%much more efficient than matlab's scatter plotfork=1:size(map,1)ifany(ind==k) h(end+1) = line('Xdata',x(ind==k),'Ydata',y(ind==k), ...'LineStyle','none','Color',map(k,:), ...'Marker','.','MarkerSize',ms);endendifnargout==1varargout{1} = h;endreturn ...
To plot multiple sets of coordinates on the same set of axes, specify at least one of X or Y as a matrix. example plot(X,Y,LineSpec) creates the plot using the specified line style, marker, and color. plot(X1,Y1,...,Xn,Yn) plots multiple pairs of x- and y-coordinates on the ...
Create a line plot and display markers at every fifth data point by specifying a marker symbol and setting the MarkerIndices property as a name-value pair. Get x = linspace(0,10); y = sin(x); plot(x,y,'-o','MarkerIndices',1:5:length(y)) Specify Line Width, Marker Size, and...
Add a horizontal legend to the top of the plot. The line icon is wider than the two marker icons, so the legend contains some extra white around the marker icons. Get lgd = legend("Expected","Sample 1","Sample 2"); lgd.Location = "north"; lgd.Orientation = "horizontal"; Decrease...