I have x and y data points that I'm fitting a custom equation to using cftool. I have also calculated vertical error for each of my points. How can I show the error bars and the fit at the same time? 댓글 수: 0 댓글을 달려면 로그인하십시오. 이 ...
%error bars errorplus = [0.000733045 0.000677482; 0.000782014 0.001159467; 0.001100796 0.000036955; 0.000698661 0.001299515; 0.000346841 0.001043998; 0.00040963 0.002191148]; errorneg = errorplus; figure; % Plot the bar graph b = bar(x1, y, 'FaceColor', 'flat'); [nGroups,nBars] ...
% Plot bars figure; h = bar(count); % Get x centers; XOffset is undocumented xCnt = (get(h(1),'XData') + cell2mat(get(h,'XOffset'))).'; % Add errorbars holdon errorbar(xCnt(:), count(:), err(:), err(:),'k','LineStyle','none') ...
Hey, so I have 4 sets of data for which I obtained the mean for each and then created a bar graph. I also used the std command to obtain the standard deviation of each set of data, not sure if that is correct but I wish to create error bars. Here is my code and graph static_...
Create a plot. Add a title with the title function. Then add a subtitle with the subtitle function. Get plot([0 2],[1 5]) title('Straight Line') subtitle('Slope = 2, y-Intercept = 1') Include Variable in Subtitle Copy Code Copy Command Create a plot, and add a title to the...
The problem is: hold on doesnt work as long as i have the Plot=figure command. However i need the the Plot = figure command. Otherwise, matlab displays the plot inside my GUI.Personally
This MATLAB function adds antenna pattern data based on the real amplitude values in data to the polar plot p.
Input Arguments collapse all Slope of the reference line, specified as a numeric scalar. The function usesmto define the line y = m*x + b. Example:refline(-1,1) Data Types:single|double Intercept of the reference line, specified as a numeric scalar. The function usesbto define the line...
Barplots hide data: avoid them (even with error bars). Instead use historgrams, violin plots, box plots, ornotBoxPlots. Releases No releases published
Add Data To Polar Plot Create a helix antenna that has 28 mm radius, 1.2 mm width, and 4 turns. Calculate the directivity of the antenna at 1.8 GHz. hx = helix(Radius=28e-3, Width=1.2e-3, Turns=4); H = pattern(hx,1.8e9,0,0:1:360); ...