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Highlights from
MATLAB Tools for Scientists – Introduction to Statistical Analysis

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from MATLAB Tools for Scientists – Introduction to Statistical Analysis by Asawari Samant
Examples used in the webinar: MATLAB Tools for Scientists – Introduction to Statistical Analysis

LDLplot(X1, Y1, S1, C1) 
function LDLplot(X1, Y1, S1, C1)
%CREATEFIGURE(X1,Y1,S1,C1)
%  X1:  scatter x
%  Y1:  scatter y
%  S1:  scatter s
%  C1:  scatter c

%  Auto-generated by MATLAB on 21-Sep-2010 11:16:44
%  Copyright 2010 - 2011 MathWorks, Inc.

% Create figure
figure1 = figure;

% Create axes
axes1 = axes('Parent',figure1);
% Uncomment the following line to preserve the X-limits of the axes
% xlim(axes1,[3.6 5]);
% Uncomment the following line to preserve the Y-limits of the axes
% ylim(axes1,[1 5]);
box(axes1,'on');
hold(axes1,'all');

% Create scatter
scatter1 = scatter(X1,Y1,S1,C1,'MarkerEdgeColor',[0 0.498039215803146 0],...
    'Marker','.',...
    'Parent',axes1,...
    'DisplayName','data 1');

% Create xlabel
xlabel('LDL C at BL');

% Create ylabel
ylabel('LDL C at 12 weeks');

% Get xdata from plot
xdata1 = get(scatter1, 'xdata');
% Get ydata from plot
ydata1 = get(scatter1, 'ydata');
% Make sure data are column vectors
xdata1 = xdata1(:);
ydata1 = ydata1(:);

% Get axes ylim
axYLim1 = get(axes1, 'ylim');
% Get axes xlim
axXLim1 = get(axes1, 'xlim');

% Find the mean
xmean1 = mean(xdata1);
% Get coordinates for the mean line
meanValue1 = [xmean1 xmean1];
% Plot the mean
statLine1 = plot(meanValue1,axYLim1,'DisplayName','   x mean',...
    'Parent',axes1,...
    'Tag','mean x',...
    'LineWidth',3,...
    'LineStyle','--',...
    'Color',[1 0 0]);

% Set new line in proper position
setLineOrder(axes1, statLine1, scatter1);

% Find the mean
ymean1 = mean(ydata1);
% Get coordinates for the mean line
meanValue2 = [ymean1 ymean1];
% Plot the mean
statLine2 = plot(axXLim1,meanValue2,'DisplayName','   y mean',...
    'Parent',axes1,...
    'Tag','mean y',...
    'LineWidth',3,...
    'LineStyle','-.',...
    'Color',[1 0 0]);

% Set new line in proper position
setLineOrder(axes1, statLine2, scatter1);

% Create legend
legend(axes1,'show');

%-------------------------------------------------------------------------%
function setLineOrder(axesh1, newLine1, associatedLine1)
%SETLINEORDER(AXESH1,NEWLINE1,ASSOCIATEDLINE1)
%  Set line order
%  AXESH1:  axes
%  NEWLINE1:  new line
%  ASSOCIATEDLINE1:  associated line

% Get the axes children
hChildren = get(axesh1,'Children');
% Remove the new line
hChildren(hChildren==newLine1) = [];
% Get the index to the associatedLine
lineIndex = find(hChildren==associatedLine1);
% Reorder lines so the new line appears with associated data
hNewChildren = [hChildren(1:lineIndex-1);newLine1;hChildren(lineIndex:end)];
% Set the children:
set(axesh1,'Children',hNewChildren);

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