Документация

model = 'ssc_dcmotor';
open_system(model)

% Define the w sensor subsystem and the path
%    to it as variables
rpmSensor = 'Sensing';
rpmSensorPath = [model,'/',rpmSensor];

% Mark the output signal from the w sensor subsystem 
%   for Simulink(R) data logging
phRpmSensor = get_param(rpmSensorPath,'PortHandles');
set_param(phRpmSensor.Outport(1),'DataLogging','on')

% Define the Solver Configuration block and the path
%    to it as variables
solvConfig = 'Solver Configuration';
solvConfigPath = [model,'/',solvConfig];

% Run a timed simulation using the original solver
out = sim(model);
tBaseline  = out.SimulationMetadata.TimingInfo.ExecutionElapsedWallTime; 

% Select option Solver Configuration >  Use local solver
set_param(solvConfigPath, 'UseLocalSolver', 'on')

% Set Solver Configuration >  Solver type > Partitioning
set_param(solvConfigPath, 'LocalSolverChoice',...
    'NE_PARTITIONING_ADVANCER') 

% Run a timed simulation using the Partitioning solver
out = sim(model);
tPartition = out.SimulationMetadata.TimingInfo.ExecutionElapsedWallTime; 

% Set Solver Configuration >  Solver type > Backward Euler
set_param(solvConfigPath, 'UseLocalSolver', 'on',...
    'LocalSolverChoice','NE_BACKWARD_EULER_ADVANCER')

%%
% Run a timed simulation using the Backward Euler solver
out = sim(model);
tBackEuler = out.SimulationMetadata.TimingInfo.ExecutionElapsedWallTime; 

% Compute the percent difference for the simulation times
spdPartitionVsBaseline = 100*(tBaseline - tPartition)/tBaseline;
spdBackEulerVsBaseline = 100*(tBaseline - tBackEuler)/tBaseline;
spdPartitionVsBackEuler = 100*(tBackEuler - tPartition)/tBackEuler;

% Reset the solver to the original setting by deselecting Use local solver
set_param(solvConfigPath, 'UseLocalSolver', 'off')

%%
compTimeDiffTable = table({'Baseline';...
    'Partitioning';...
    'Backward Euler'},...
    {tBaseline;tPartition;tBackEuler},...
'VariableNames', {'Solver','Sim_Duration'});

display(compTimeDiffTable);

%%
compPctDiffTable = table({'Partitioning versus Baseline';...
    'Backward Euler versus Baseline';...
    'Partitioning versus Backward Euler'},...
    {spdPartitionVsBaseline;...
    spdBackEulerVsBaseline;...
    spdPartitionVsBackEuler},...
'VariableNames', {'Comparison','Percent_Difference'});

display(compPctDiffTable);

% Get Simulation Data Inspector run IDs for 
%    the last three runs
runIDs = Simulink.sdi.getAllRunIDs;
runBaseline = runIDs(end - 2);
runPartition = runIDs(end - 1);
runBackEuler = runIDs(end);

% Open the Simulation Data Inspector
Simulink.sdi.view

compBaselinePartition = Simulink.sdi.compareRuns(runBaseline,...
    runPartition);