Hi Jesse,
You could modify properties of TiledChartLayout to save some space, such as TileSpacing. Below is an example.
Otherwise for more flexibility and customization, you can access the data in Sobol object programmatically and create your own plots from scratch.
% Load model
sbioloadproject tumor_growth_vpop_sa.sbproj
% Get a variant with the estimated parameters and the dose to apply to the model.
v = getvariant(m1);
d = getdose(m1,'interval_dose');
% define input and output parameters for GSA
modelParamNames = {'L0','L1','w0','k1','k2'};
outputName = {'tumor_weight', 'Central.Drug', 'Peripheral.Drug', 'x1', 'x2', 'x3', 'x4'};
% run sobol
rng('default');
sobolResults = sbiosobol(m1,modelParamNames,outputName,Variants=v,Doses=d);
% visualize using bar plot
h = bar(sobolResults);
% get TiledChartLayout and modify the plot
t = h.Children;
% change TileSpacing and Padding properties to save space
t.TileSpacing = "compact";
t.Padding = "tight";
numCol = t.GridSize(2);
% keep only one YLabel
for i = 2:numCol
ax = nexttile(i);
ax.YTickLabel = {};
ax.YLabel.String =[];
end
% remove axes XLabels and change title font
for i = 1:numCol
ax = nexttile(i);
ax.XLabel.String = [];
ax.TitleFontSizeMultiplier = 0.5;
ax.FontWeight = "normal";
end
t.XLabel.String = 'Sobol Index';
% keep only one legend
for i = 1:numCol-1
ax = nexttile(i);
ax.Legend.Visible = 'off';
end
Fulden
