Uncertainty Analysis of a DC Motor: runDCMotorSim.m - File Exchange

Code covered by the BSD License

Highlights from
Uncertainty Analysis of a DC Motor

Uncertainty Analysis of a DC ...
coded2real(z,bounds) CODED2REAL Converts coded variables into real values.
mcColorMap(values,cmap) MCCOLORMAP returns the color mappin for values given cmap.
myDCMotorFit(time,velocity,va... MYDCMOTORFIT Create plot of datasets and fits
myDistFit(Temperature) MYDISTFIT Create plot of datasets and fits
myProbFit(riseTime) MYPROBFIT Create plot of datasets and fits
plotByColorMap(time,velocity,... TODO
plotMotorSim(design,x,varargi... PLOTMOTORSIM Plot the DC Motor Simulation Status.
showDOETable(Table,colheads) SHOWDOETABLE Display a DOE Table.
verifyInstalled VERIFYINSTALLED Checks for installed products
runDCMotorMCSim.m
runDCMotorSim.m
MaxonDCMotor
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from Uncertainty Analysis of a DC Motor by Stuart Kozola
Using Statistics for Uncertainty Analysis in System Models

runDCMotorSim.m

%% Helper scriprt for running the DC Motor Simulation
close all % figures
disp('Running Simulation ...')
tic
plotMotorSim([Voltage, Inertia],0,'Starting Simulation...');

% perform simulation
for i = 1:noRuns
    V = Voltage(i);     % input voltage         (V)
    Jd = Inertia(i);    % load inertia          (g-cm^2)
    sim('MaxonDCMotor.mdl',[0 20]);
    time{i} = tout;
    velocity{i} = vel;
    plotMotorSim([Voltage, Inertia],i,['Run ',num2str(i), ' of ',num2str(noRuns)])
end
clear NbBlocks blk m powerguiblock vel tout t s simData
plotMotorSim([Voltage, Inertia],i,'Finished Simulation')
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Highlights from Uncertainty Analysis of a DC Motor

Highlights from
Uncertainty Analysis of a DC Motor