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model.sol(<tag>).isRealU() returns true if the solution is real.

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model.sol(<tag>).isRealU(<solnum>) returns true if solution <solnum> is real.

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model.sol(<tag>).isRealU(<solnum>,<uType>) returns true if the solution <solnum> of type <uType> is real.

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model.sol(<tag>).isRealU(<solnum>,<uType>,<uNum>) returns true if the solution <solnum> of type <uType> and solution index <uNum> is real.

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model.sol(<tag>).isRealUDot() returns true if the first time derivative is real.

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model.sol(<tag>).isRealUDot(<solnum>) returns true if first time derivative <solnum> is real.

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model.sol(<tag>).isRealPVals() returns true if the parameter values are real.

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model.sol(<tag>).isRealU() returns true if the solution vector is real.

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model.sol(<tag>).getType() returns a string for the solution type which can be any of the strings; Stationary, Parametric, Time, Eigenvalue, and None.

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model.sol(<tag>).getSequenceType() returns a string for the solver sequence type, which can be any of the strings SolverSequence, CopySolution, ParametricStore, Stored, Parametric, and None.

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model.sol(<tag>).getSize() returns an array of sizes for the solution data. The number of degrees of freedoms is stored in the first position and the number of solutions (solnums) in the second.

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model.sol(<tag>).getSize(<iMulti>) returns an array of sizes for the solution number <iMulti> of the multisolution. A multisolution includes multiple solutions from automatic remeshing in single solution object. The number of degrees of freedoms is stored in the first position and the number of solutions (solnums) in the second.

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model.sol(<tag>).getSizeMulti() returns an array of sizes for the multisolution. The number of local solution objects is stored in the first position and the total number of solutions (solnums) in the second.

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model.sol(<tag>).getMesh(<geom>) returns the mesh name associated with the solution and the geometry <geom>.

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model.sol(<tag>).getMesh(<geom>,<iMulti>) returns the mesh name associated with the solution number <iMulti> of the multisolution and the geometry <geom>.

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model.sol(<tag>).getNU(<uType>) returns the number of solutions stored of the type <uType>. Here <uType> is the solution type as a string: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).

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model.sol(<tag>).getParamNames() returns the parameter names from a parametric sweep as an array of strings.