simscape.op.targetTable

Generate a table view of operating point data

Since R2025a

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Syntax

opTable = simscape.op.targetTable(op)

Description

opTable = simscape.op.targetTable(op) generates a MATLAB table from the operating point, op. Use this function to programmatically access and inspect Simscape operating point data.

example

Examples

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Open Live Script

This example shows how to generate an operating point table from a model.

Prepare the Model

Load and simulate the VanDerPolOscillatorWithOperatingPoint model.

model = "VanDerPolOscillatorWithOperatingPoint";
open_system(model);
in = Simulink.SimulationInput(model);
mu = 1;
out = sim(in);

Create the operating point using the simlog_VanDerPolOscillatorWithOperatingPoint variable data.

t_steadystate = 30;
op_steadystate = simscape.op.create(out.simlog_VanDerPolOscillatorWithOperatingPoint, t_steadystate);
assignin("base", "op_steadystate", op_steadystate);

Generate the Operating Point Target Table

Use the simscape.op.targetTable function to generate a MATLAB table for the operating point target data.

opTable = simscape.op.targetTable(op_steadystate)
opTable=35×4 table
                 BlockPath                 Variable      TargetValue       Priority
    ___________________________________    ________    ________________    ________

    "1//3*mu"                               "I"        {[0.0845] (A^2)}     "None" 
    "1//3*mu"                               "O"        {[0.0282] (Ohm)}     "None" 
    "Capacitor"                             "i"        {[-0.2904] (A) }     "None" 
    "Capacitor"                             "v"        {[-2.1467] (V) }     "None" 
    "Capacitor"                             "vc"       {[-2.1467] (V) }     "High" 
    "Capacitor"                             "n.v"      {[2.1467] (V)  }     "None" 
    "Capacitor"                             "p.v"      {[0] (V)       }     "None" 
    "Current Sensor"                        "I"        {[-0.2904] (A) }     "None" 
    "Current Sensor"                        "i1"       {[-0.2904] (A) }     "None" 
    "Current Sensor"                        "n.v"      {[2.1467] (V)  }     "None" 
    "Current Sensor"                        "p.v"      {[2.1467] (V)  }     "None" 
    "Current-Controlled Voltage Source"     "i1"       {[0.2904] (A)  }     "None" 
    "Current-Controlled Voltage Source"     "i2"       {[-0.2904] (A) }     "None" 
    "Current-Controlled Voltage Source"     "v1"       {[0] (V)       }     "None" 
    "Current-Controlled Voltage Source"     "v2"       {[0.2904] (V)  }     "None" 
    "Current-Controlled Voltage Source"     "n1.v"     {[0] (V)       }     "None" 
      ⋮

Input Arguments

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Simscape operating point, specified as a simscape.op.OperatingPoint object.

Output Arguments

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MATLAB table of operating point target data, returned as a table.

Tips

To export your operating point target table to a spreadsheet, use this script.

sheetName = 'opSpreadSheet.xls';
targetTable = simscape.op.targetTable(op);

exportedTable = targetTable(:, ["BlockPath", "Variable", "Priority"]);
exportedTable(:,"Value") = cellfun(@value, targetTable{:,"TargetValue"}, 'UniformOutput', false);
exportedTable(:,"Unit") = cellfun(@(v) string(unit(v)), targetTable{:,"TargetValue"}, 'UniformOutput', false);
finalTable = exportedTable(:, ["BlockPath", "Variable", "Value", "Unit", "Priority"]);
writetable(finalTable, sheetName);

Version History

Introduced in R2025a

See Also

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