Yes, you can achieve this by using a recursive call to sim inside the postSimFcn callback of your SimulationInput object. This allows you to implement custom logic that decides whether to run another simulation after each one completes. Below is an example that demonstrates this approach. Note that parsim will only return the output object that is returned on the last recursive call.
Example: Adaptive Simulation Loop with Recursive postSimFcn
%% create simin array
clear
modelName = 'vdp';
simin = Simulink.SimulationInput(modelName);
simin = simin.setPreSimFcn(@(x) preSimStub(x));
simin = simin.setPostSimFcn(@(x,y) postSimRecurse(x,y,1,3));
%% Call parsim and look at output
simin = [simin,simin];
futures = parsim(simin,'RunInBackground','on','ShowSimulationManager','on','UseFastRestart','On');
wait(futures);
out = fetchOutputs(futures);
% out(1).SimulationMetadata.ExecutionInfo.Diary
out(1).IterCount
%% PreSimFcn to print information to diary
function in = preSimStub(in)
%stub
end
%% PostSimFcn to attach diary to output object
function newOut = postSimRecurse(out,simin,iterCount,maxIter)
if ~isempty(out.ErrorMessage) %if error return
newOut = out;
return
end
if iterCount < maxIter
iterCount = iterCount+1;
simin = simin.setPostSimFcn(@(x,y) postSimRecurse(x,y,iterCount,maxIter));
newOut = sim(simin);
else
newOut = out;
newOut.IterCount = iterCount;
end
end
