Can you let us know a bit more details on your use case? Why this feature would be useful for you?

Our development team is working on supporting this feature as soon as possible.

I modified the Simulink.Bus.createObject file, specifically the createBus function with a simple set of code that correctly sets the dimension parameter:

%% tmm dimension change
if (numel(node) > 1)
el.Dimensions = [1 numel(node)];
end
%%

Full Function below:

% Create Bus object (recursive calls)
function [busName, idx]= createBus(sp, path, name, idx)
busName=[];
if ~isstruct(sp)
return;
end

if ~isempty(path)
path = [path, '.'];
end

busObj=Simulink.Bus;
nodeNames = fieldnames(sp);
for n=1:size(nodeNames,1)
node = sp.(nodeNames{n});
if isstruct(node)
% Generate sub-bus
subBusName = nodeNames{n};
[subBusName, idx] = createBus(node, [path, nodeNames{n}], subBusName, idx);
el=Simulink.BusElement;
el.Name =nodeNames{n};
el.DataType =subBusName;
%% tmm dimension change
if (numel(node) > 1)
el.Dimensions = [1 numel(node)];
end
%%
busObj.Elements(end+1)=el;
elseif isnumeric(node) || islogical(node)
el=Simulink.BusElement;
el.Name =nodeNames{n};
[el.DataType, el.Dimensions, el.Complexity]=getValueAttr(node);
busObj.Elements(end+1)=el;
else
DAStudio.error(‘Simulink:tools:slbusCreateObjectNonNumericStructField’, …
[path, nodeNames{n}]);
end
end

[busName, idx] = generateBusName(name, idx);
assignin(‘base’, busName, busObj);
end

This seems to work very well. Let me know if it helps.

My research team in University of Melbourne is currently working on how to expand the limitation multi dimensional structure above since we need it to simplify our simulation project, so I’ll post something in case we manage to figure it out

PWM modulation is a very good example where a variable sample time can be very useful. Instead of relying on zero-crossing to go back and forth in time to find switching events, scheduling them is more efficient.