All Superinterfaces:

ModelEntity, PrimitiveModelEntity
```
public interface SolverSequence
extends ModelEntity
```
Solver sequence.

Method Summary

All Methods Instance Methods Abstract Methods Deprecated Methods
Modifier and Type	Method	Description
`java.lang.String`	`adaptationStudyFeature()`	Returns path to adaptation study feature.
`void`	`adaptationStudyFeature(java.lang.String tag)`	Sets adaptation study feature.
`void`	`attach(java.lang.String study)`	Attaches solver sequence to a study.
`void`	`clearSolution()`	Deprecated. Clears the solution data associated with the solver sequence.
`void`	`clearSolutionData()`	Clears the solution data associated with the solver sequence.
`void`	`continueRun()`	Continues to run the solver sequence that has been stopped.
`void`	`continueWithoutModelUpdate()`	Continues to run the solver sequence, that has been stopped, without model update, skipping the discretization phase.
`void`	`copySolution(java.lang.String fname)`	Copy the solution to a new solver sequence.
`SolverFeature`	`create(java.lang.String tag, java.lang.String oper)`	Create a solver feature.
`void`	`createAutoSequence(java.lang.String aSequence)`	Creates a solver sequence automatically from the study if the solver sequence is not edited.
`void`	`createAutoSequence(java.lang.String aSequence, boolean forceSequence)`	Creates a solver sequence automatically from the study if the solver sequence is not edited or the creation is forced.
`void`	`createAutoSequence(java.lang.String aSequence, java.lang.String aStudyStep)`	Creates a partial solver sequence automatically for a study step in the study.
`void`	`createSolution()`	Create a solution.
`void`	`detach()`	Detaches solver sequence from its study.
`SolverFeatureList`	`feature()`	Returns all solver features.
`SolverFeature`	`feature(java.lang.String tag)`	Returns solver feature.
`java.lang.String`	`getClusterStorage()`	Gets the solution storage format on cluster.
`int`	`getDefaultSolnum()`	Gets the default solution number.
`java.lang.String`	`getErrorMessage()`	Returns error message.
`java.lang.String`	`getInformationMessage()`	Returns information message.
`java.lang.String`	`getMesh(java.lang.String geom)`	Returns mesh tag.
`java.lang.String`	`getMesh(java.lang.String geom, int iMulti)`	Returns mesh tag.
`int`	`getNStepsBack(java.lang.String field)`	Returns the number of steps back to a given analysis name or operation type.
`int`	`getNStepsBack(java.lang.String[] field)`	Returns the number of steps back to where fields are last computed.
`int`	`getNU(java.lang.String uType)`	Returns the number of solutions stored of a type.
`java.lang.String[]`	`getParamNames()`	Returns the parameter names.
`double[]`	`getParamVals()`	Returns the parameter values.
`java.lang.String`	`getPartitioningMethod()`	Gets the partitioning method on cluster.
`java.lang.String[]`	`getPNames()`	Gets parameter names.
`double[]`	`getPVals()`	Returns for a solution of Parametric type the real part of all the parameter values stored.
`double[]`	`getPVals(int solnum)`	Returns for a solution of Parametric type the real part of all the parameter values stored for a solution number.
`double[]`	`getPValsImag()`	Gets the imaginary part of the parameter values for the default solution number.
`double[]`	`getPValsImag(int solnum)`	Gets the imaginary part of the parameter values for a solution number.
`java.lang.String`	`getSavePointTag()`	Returns the tag of the associated save point, or an empty string if there is no save point.
`java.lang.String`	`getSequenceType()`	Get sequence type.
`int[]`	`getSize()`	Returns an array of sizes for the solution data.
`int[]`	`getSize(int iMulti)`	Returns an array of sizes for the solution data.
`int[]`	`getSizeMulti()`	Returns an array of sizes for the solution data.
`SolutionInfo`	`getSolutioninfo()`	Returns solution info object.
`java.lang.String`	`getType()`	Get solution type.
`double[]`	`getU()`	Retrieves the real part of the solution vector using the default solution number.
`double[]`	`getU(int solnum)`	Returns the real part of the solution vector for a solution number.
`double[]`	`getU(int solnum, java.lang.String uType)`	Returns the real part of the solution vector for a solution number and type.
`double[]`	`getU(int solnum, java.lang.String uType, int uNum)`	Returns the real part of the solution vector for a solution number, type and index.
`double[]`	`getU(int solnum, java.lang.String uType, int uNum, int nStepsBack)`	Returns the real part of the solution vector for a solution number.
`double[]`	`getUBlock(int start, int stop)`	Returns a block of real part of the solution vector solution for the default solution number.
`double[]`	`getUBlock(int solnum, int start, int stop)`	Returns a block of real part of the solution vector solution for a solution number.
`double[]`	`getUBlock(int solnum, java.lang.String uType, int start, int stop)`	Returns a block of real part of the solution vector solution for a solution number and type.
`double[]`	`getUBlock(int solnum, java.lang.String uType, int uNum, int start, int stop)`	Returns a block of real part of the solution vector solution for a solution number, type and index.
`double[]`	`getUDot()`	Gets real part of the first time-derivative of the solution vector for the default solution number.
`double[]`	`getUDot(int solnum)`	Gets real part of the first time-derivative of the solution vector for a solution number.
`double[]`	`getUDotBlock(int start, int stop)`	Returns a block of real part of the time-derivative of the solution vector solution for the default solution number.
`double[]`	`getUDotBlock(int solnum, int start, int stop)`	Returns a block of real part of the time-derivative of the solution vector solution for a solution number.
`double[]`	`getUDotImag()`	Gets imaginary part of first time-derivative solution vector for the default solution number.
`double[]`	`getUDotImag(int solnum)`	Gets imaginary part of first time-derivative solution vector for a solution number.
`double[]`	`getUDotImagBlock(int start, int stop)`	Returns a block of imaginary part of the time-derivative of the solution vector solution for the default solution number.
`double[]`	`getUDotImagBlock(int solnum, int start, int stop)`	Returns a block of imaginary part of the time-derivative of the solution vector solution for a solution number.
`double[]`	`getUImag()`	Gets imaginary part of the solution vector for the default solution number.
`double[]`	`getUImag(int solnum)`	Gets imaginary part of the solution vector for a solution number.
`double[]`	`getUImag(int solnum, java.lang.String uType)`	Gets imaginary part of the solution vector for a solution number and type.
`double[]`	`getUImag(int solnum, java.lang.String uType, int uNum)`	Gets imaginary part of the solution vector for a solution number, type and index.
`double[]`	`getUImagBlock(int start, int stop)`	Returns a block of imaginary part of the solution vector solution for the default solution number.
`double[]`	`getUImagBlock(int solnum, int start, int stop)`	Returns a block of imaginary part of the solution vector solution for a solution number.
`double[]`	`getUImagBlock(int solnum, java.lang.String uType, int start, int stop)`	Returns a block of imaginary part of the solution vector solution for a solution number and type.
`double[]`	`getUImagBlock(int solnum, java.lang.String uType, int uNum, int start, int stop)`	Returns a block of imaginary part of the solution vector solution for a solution number, type and index.
`java.lang.String`	`getWarningMessage()`	Returns warning message.
`boolean`	`hasProblems()`	Returns `true` if solver sequence has problems.
`boolean`	`hasProblemsOrInformation()`	Returns `true` if solver sequence has problems or information nodes.
`boolean`	`isAttached()`	Test if solver sequence is attached to a study.
`boolean`	`isEmpty()`	Checks if the solutions associated with the solver sequence are empty.
`boolean`	`isInitialized()`	Returns true if the solution is initialized.
`boolean`	`isRealPVals()`	Returns true if the parameters are real.
`boolean`	`isRealU()`	Returns true if the solution is real.
`boolean`	`isRealU(int solnum)`	Returns true if the solution is real for a solution number.
`boolean`	`isRealU(int solnum, java.lang.String uType)`	Returns true if the solution is real for a solution number and type.
`boolean`	`isRealU(int solnum, java.lang.String uType, int uNum)`	Returns true if the solution is real for a solution number, type and index.
`boolean`	`isRealUDot()`	Returns true if the time-derivative of the solution is real.
`boolean`	`isRealUDot(int solnum)`	Returns true if the time-derivative of the solution is real for a solution number.
`void`	`run()`	Deprecated. Runs the current feature in the SolverSequence.
`void`	`run(boolean arg0)`	Deprecated. Runs the current feature in the SolverSequence and creates plots.
`void`	`run(java.lang.String fname)`	Runs the features in a solver sequence from the first to the feature with tag fname.
`void`	`run(java.lang.String fname, boolean createPlots)`	Runs the features in a solver sequence from the first to the feature with tag fname.
`void`	`runAll()`	Runs the solver sequence.
`void`	`runAll(boolean createPlots)`	Runs the solver sequence and creates plots.
`void`	`runAllWithoutModelUpdate()`	Runs the solver sequence without updating the model, skipping the discretization phase.
`void`	`runFrom(java.lang.String fname)`	Runs the features for a solver sequence from the feature with tag fname.
`void`	`runFrom(java.lang.String fname, boolean createPlots)`	Runs the features for a solver sequence from the feature with tag fname and create plots.
`void`	`runFromTo(java.lang.String fstartname, java.lang.String fstopname)`	Runs the features in a solver sequence from the feature with with tag fstartname to the feature with tag fstopname.
`void`	`runFromTo(java.lang.String fstartname, java.lang.String fstopname, boolean createPlots)`	Runs the features in a solver sequence from the feature with with tag fstartname to the feature with tag fstopname and creates plots.
`void`	`setClusterStorage(java.lang.String format)`	Sets the solution storage format on cluster.
`void`	`setPartitioningMethod(java.lang.String format)`	Sets the partitioning method on cluster.
`void`	`setPNames(java.lang.String[] names)`	Sets parameter names of solution.
`void`	`setPVals(double[] val)`	Sets real part of parameter values of solution.
`void`	`setPVals(int solnum, double[] val)`	Sets real part of parameter values of solution for solution number.
`void`	`setPValsImag(double[] val)`	Sets imaginary part of parameter values of solution.
`void`	`setPValsImag(int solnum, double[] val)`	Sets imaginary part of parameter values of solution.
`void`	`setU(double[] val)`	Sets real part of solution vector.
`void`	`setU(int solnum, double[] val)`	Sets real part of solution vector for a solution number.
`void`	`setUBlock(double[] val, int start)`	Sets blocks of the real part of the solution vector.
`void`	`setUBlock(int solnum, double[] val, int start)`	Sets blocks of the real part of the solution vector for a solution number.
`void`	`setUDot(double[] val)`	Sets real part of time-derivative of the solution vector.
`void`	`setUDot(int solnum, double[] val)`	Sets real part of time-derivative of the solution vector for a solution number.
`void`	`setUDotBlock(double[] val, int start)`	Sets blocks of the time derivative of the real part of the solution vector.
`void`	`setUDotBlock(int solnum, double[] val, int start)`	Sets blocks of the time derivative of the real part of the solution vector for a solution number.
`void`	`setUDotImag(double[] val)`	Sets imaginary part of time-derivative of the solution vector.
`void`	`setUDotImag(int solnum, double[] val)`	Sets imaginary part of time-derivative of the solution vector for a solution number.
`void`	`setUDotImagBlock(double[] val, int start)`	Sets blocks of the time derivative of the imaginary part of the solution vector.
`void`	`setUDotImagBlock(int solnum, double[] val, int start)`	Sets blocks of the time derivative of the imaginary part of the solution vector for a solution number.
`void`	`setUImag(double[] val)`	Sets imaginary part of solution vector.
`void`	`setUImag(int solnum, double[] val)`	Sets imaginary part of solution vector.
`void`	`setUImagBlock(double[] val, int start)`	Sets blocks of the imaginary part of the solution vector.
`void`	`setUImagBlock(int solnum, double[] val, int start)`	Sets blocks of the imaginary part of the solution vector for a solution number.
`void`	`setupDomainDecompositionSolver(java.lang.String solverOperationID)`	Setup a domain decomposition solver based on the current solver.
`java.lang.String`	`study()`	Returns the study tag of a solver sequence.
`void`	`study(java.lang.String tag)`	Assigns a solver sequence to a study.
`void`	`updateSolution()`	Updates the solver sequence to make it up to date with respect to the current model, without re-computing the solution.
`XmeshInfo`	`xmeshInfo()`	Returns extended mesh information for solution.
`XmeshInfo`	`xmeshInfo(int iMulti)`	Returns extended mesh information for solution iMulti of multi solution object.
`XmeshInfo`	`xmeshInfo(java.lang.String meshCase)`	Returns extended mesh information for solution for mesh case.

Methods inherited from interface com.comsol.model.ModelEntity
active, author, author, comments, comments, dateCreated, dateModified, docMarker, docMarker, help, help, icon, isactive, isActive, label, label, lastModifiedBy, model, model, name, name, resetAuthor, scope, tag, tag, timeCreated, timeModified, version, version

Methods inherited from interface com.comsol.model.PrimitiveModelEntity
getContainer, getDisplayString, resolveModelPath

- Method Detail
  - adaptationStudyFeature
```
java.lang.String adaptationStudyFeature()
```
    Returns path to adaptation study feature.
    
    Returns:
    
    Path to adaptation study feature.
  - adaptationStudyFeature
```
void adaptationStudyFeature(java.lang.String tag)
```
    Sets adaptation study feature.
    
    Parameters:
    
    tag - A path of tags to the adaptation study feature.
  - attach
```
void attach(java.lang.String study)
```
    Attaches solver sequence to a study.
    
    Parameters:
    
    study - Study tag.
  - clearSolution
```
@Deprecated
void clearSolution()
```
    Deprecated.
    Clears the solution data associated with the solver sequence. Prefer using clearSolutionData() instead that generally works as expected.
  - clearSolutionData
```
void clearSolutionData()
```
    Clears the solution data associated with the solver sequence. The features are not changed. Result features are unaffected.
  - continueRun
```
void continueRun()
```
    Continues to run the solver sequence that has been stopped.
  - continueWithoutModelUpdate
```
void continueWithoutModelUpdate()
```
    Continues to run the solver sequence, that has been stopped, without model update, skipping the discretization phase. Solver settings can be changed by using the Constants.
  - copySolution
```
void copySolution(java.lang.String fname)
```
    Copy the solution to a new solver sequence.
    
    Parameters:
    
    fname - Tag of the new solution.
  - create
```
SolverFeature create(java.lang.String tag,
                     java.lang.String oper)
```
    Create a solver feature.
    
    Parameters:
    
    tag - Feature tag.
    
    oper - Type of feature.
    
    Returns:
    
    Created solver feature.
  - createAutoSequence
```
void createAutoSequence(java.lang.String aSequence)
```
    Creates a solver sequence automatically from the study if the solver sequence is not edited.
    
    Parameters:
    
    aSequence - Study tag of the study to generate the solver sequence from.
  - createAutoSequence
```
void createAutoSequence(java.lang.String aSequence,
                        java.lang.String aStudyStep)
```
    Creates a partial solver sequence automatically for a study step in the study.
    
    Parameters:
    
    aSequence - Study tag of the study to generate the solver sequence from.
    
    aStudyStep - Study step tag in the study to generate the partial solver sequence from.
  - createAutoSequence
```
void createAutoSequence(java.lang.String aSequence,
                        boolean forceSequence)
```
    Creates a solver sequence automatically from the study if the solver sequence is not edited or the creation is forced.
    
    Parameters:
    
    aSequence - Study tag of the study to generate the solver sequence from.
    
    forceSequence - Always create a sequence if true.
  - createSolution
```
void createSolution()
```
    Create a solution.
  - detach
```
void detach()
```
    Detaches solver sequence from its study.
  - feature
```
SolverFeatureList feature()
```
    Returns all solver features.
    
    Returns:
    
    List of solver features.
  - feature
```
SolverFeature feature(java.lang.String tag)
```
    Returns solver feature.
    
    Parameters:
    
    tag - Solver feature tag.
    
    Returns:
    
    Solver feature.
  - getClusterStorage
```
java.lang.String getClusterStorage()
```
    Gets the solution storage format on cluster.
    
    Returns:
    
    Storage format.
  - getDefaultSolnum
```
int getDefaultSolnum()
```
    Gets the default solution number.
    
    Returns:
    
    Default solution number.
  - getErrorMessage
```
java.lang.String getErrorMessage()
```
    Returns error message.
    
    Returns:
    
    Error message.
  - getInformationMessage
```
java.lang.String getInformationMessage()
```
    Returns information message.
    
    Returns:
    
    Information message.
  - getMesh
```
java.lang.String getMesh(java.lang.String geom)
```
    Returns mesh tag.
    
    Parameters:
    
    geom - Geometry tag.
    
    Returns:
    
    Mesh tag.
  - getMesh
```
java.lang.String getMesh(java.lang.String geom,
                         int iMulti)
```
    Returns mesh tag.
    
    Parameters:
    
    geom - Geometry tag.
    
    iMulti - Local solution number in multi solution.
    
    Returns:
    
    Mesh tag.
  - getNStepsBack
```
int getNStepsBack(java.lang.String field)
```
    Returns the number of steps back to a given analysis name or operation type.
    
    Parameters:
    
    field - Field name.
    
    Returns:
    
    Number of steps back.
  - getNStepsBack
```
int getNStepsBack(java.lang.String[] field)
```
    Returns the number of steps back to where fields are last computed.
    
    Parameters:
    
    field - Field name.
    
    Returns:
    
    Number of steps back.
  - getNU
```
int getNU(java.lang.String uType)
```
    Returns the number of solutions stored of a type.
    
    Parameters:
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    Returns:
    
    Number of solutions.
  - getPNames
```
java.lang.String[] getPNames()
```
    Gets parameter names.
    
    Returns:
    
    Parameter names.
  - getPVals
```
double[] getPVals()
```
    Returns for a solution of Parametric type the real part of all the parameter values stored.
    
    Returns:
    
    Real part of parameter values.
  - getPVals
```
double[] getPVals(int solnum)
```
    Returns for a solution of Parametric type the real part of all the parameter values stored for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    Returns:
    
    Real part of parameter values.
  - getPValsImag
```
double[] getPValsImag()
```
    Gets the imaginary part of the parameter values for the default solution number.
    
    Returns:
    
    Imaginary part of the parameter values.
  - getPValsImag
```
double[] getPValsImag(int solnum)
```
    Gets the imaginary part of the parameter values for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    Returns:
    
    Imaginary part of the parameter values.
  - getParamNames
```
java.lang.String[] getParamNames()
```
    Returns the parameter names.
    
    Returns:
    
    Parameter names.
  - getParamVals
```
double[] getParamVals()
```
    Returns the parameter values.
    
    Returns:
    
    Parameter values.
  - getPartitioningMethod
```
java.lang.String getPartitioningMethod()
```
    Gets the partitioning method on cluster.
    
    Returns:
    
    Partitioning method.
  - getSavePointTag
```
java.lang.String getSavePointTag()
```
    Returns the tag of the associated save point, or an empty string if there is no save point.
    
    Returns:
    
    Save point tag.
  - getSequenceType
```
java.lang.String getSequenceType()
```
    Get sequence type.
    
    Returns:
    
    Types: SolverSequence, CopySolution, ParametricStore, Stored, Parametric, or None.
  - getSize
```
int[] getSize()
```
    Returns an array of sizes for the solution data.
    
    Returns:
    
    The number of degrees of freedoms is stored in the first position and the number of solutions (solnums) in the second.
  - getSize
```
int[] getSize(int iMulti)
```
    Returns an array of sizes for the solution data.
    
    Parameters:
    
    iMulti - Local solution number in multi solution.
    
    Returns:
    
    The number of local degrees of freedoms is stored in the first position and the number of local solutions (local solnums) in the second.
  - getSizeMulti
```
int[] getSizeMulti()
```
    Returns an array of sizes for the solution data.
    
    Returns:
    
    The number of local solutions in multi solution in the first position and the number of solutions (solnums) in the second.
  - getSolutioninfo
```
SolutionInfo getSolutioninfo()
```
    Returns solution info object.
    
    Returns:
    
    Solution info object.
  - getType
```
java.lang.String getType()
```
    Get solution type.
    
    Returns:
    
    Solution type: Stationary,Parametric, Time, or Eigenvalue.
  - getU
```
double[] getU()
```
    Retrieves the real part of the solution vector using the default solution number.
    
    Returns:
    
    Real part of solution vector.
  - getU
```
double[] getU(int solnum)
```
    Returns the real part of the solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    Returns:
    
    Real part of solution vector.
  - getU
```
double[] getU(int solnum,
              java.lang.String uType)
```
    Returns the real part of the solution vector for a solution number and type.
    
    Parameters:
    
    solnum - Solution number.
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    Returns:
    
    Real part of solution vector.
  - getU
```
double[] getU(int solnum,
              java.lang.String uType,
              int uNum)
```
    Returns the real part of the solution vector for a solution number, type and index.
    
    Parameters:
    
    solnum - Solution number.
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    uNum - Solution index.
    
    Returns:
    
    Real part of solution vector.
  - getU
```
double[] getU(int solnum,
              java.lang.String uType,
              int uNum,
              int nStepsBack)
```
    Returns the real part of the solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    uNum - Solution index.
    
    nStepsBack - Linked solution number.
    
    Returns:
    
    Real part of solution vector.
  - getUBlock
```
double[] getUBlock(int start,
                   int stop)
```
    Returns a block of real part of the solution vector solution for the default solution number.
    
    Parameters:
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Real part of solution vector.
  - getUBlock
```
double[] getUBlock(int solnum,
                   int start,
                   int stop)
```
    Returns a block of real part of the solution vector solution for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Real part of solution vector.
  - getUBlock
```
double[] getUBlock(int solnum,
                   java.lang.String uType,
                   int start,
                   int stop)
```
    Returns a block of real part of the solution vector solution for a solution number and type.
    
    Parameters:
    
    solnum - Solution number.
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Real part of solution vector.
  - getUBlock
```
double[] getUBlock(int solnum,
                   java.lang.String uType,
                   int uNum,
                   int start,
                   int stop)
```
    Returns a block of real part of the solution vector solution for a solution number, type and index.
    
    Parameters:
    
    solnum - Solution number.
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    uNum - Solution index.
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Real part of solution vector.
  - getUDot
```
double[] getUDot()
```
    Gets real part of the first time-derivative of the solution vector for the default solution number.
    
    Returns:
    
    Real part of first time-derivative of the solution vector.
  - getUDot
```
double[] getUDot(int solnum)
```
    Gets real part of the first time-derivative of the solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    Returns:
    
    Real part of first time-derivative of the solution vector.
  - getUDotBlock
```
double[] getUDotBlock(int start,
                      int stop)
```
    Returns a block of real part of the time-derivative of the solution vector solution for the default solution number.
    
    Parameters:
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Real part of time-derivative of solution vector.
  - getUDotBlock
```
double[] getUDotBlock(int solnum,
                      int start,
                      int stop)
```
    Returns a block of real part of the time-derivative of the solution vector solution for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Real part of time-derivative of solution vector.
  - getUDotImag
```
double[] getUDotImag()
```
    Gets imaginary part of first time-derivative solution vector for the default solution number.
    
    Returns:
    
    Imaginary part of first time-derivative solution vector.
  - getUDotImag
```
double[] getUDotImag(int solnum)
```
    Gets imaginary part of first time-derivative solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    Returns:
    
    Imaginary part of first time-derivative solution vector.
  - getUDotImagBlock
```
double[] getUDotImagBlock(int start,
                          int stop)
```
    Returns a block of imaginary part of the time-derivative of the solution vector solution for the default solution number.
    
    Parameters:
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Imaginary part of time-derivative of the solution vector.
  - getUDotImagBlock
```
double[] getUDotImagBlock(int solnum,
                          int start,
                          int stop)
```
    Returns a block of imaginary part of the time-derivative of the solution vector solution for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Imaginary part of time-derivative of the solution vector.
  - getUImag
```
double[] getUImag()
```
    Gets imaginary part of the solution vector for the default solution number.
    
    Returns:
    
    Imaginary part of the solution vector.
  - getUImag
```
double[] getUImag(int solnum)
```
    Gets imaginary part of the solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    Returns:
    
    Imaginary part of the solution vector.
  - getUImag
```
double[] getUImag(int solnum,
                  java.lang.String uType)
```
    Gets imaginary part of the solution vector for a solution number and type.
    
    Parameters:
    
    solnum - Solution number.
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    Returns:
    
    Imaginary part of the solution vector.
  - getUImag
```
double[] getUImag(int solnum,
                  java.lang.String uType,
                  int uNum)
```
    Gets imaginary part of the solution vector for a solution number, type and index.
    
    Parameters:
    
    solnum - Solution number.
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    uNum - Solution index.
    
    Returns:
    
    Imaginary part of the solution vector.
  - getUImagBlock
```
double[] getUImagBlock(int start,
                       int stop)
```
    Returns a block of imaginary part of the solution vector solution for the default solution number.
    
    Parameters:
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Imaginary part of solution vector.
  - getUImagBlock
```
double[] getUImagBlock(int solnum,
                       int start,
                       int stop)
```
    Returns a block of imaginary part of the solution vector solution for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Imaginary part of solution vector.
  - getUImagBlock
```
double[] getUImagBlock(int solnum,
                       java.lang.String uType,
                       int start,
                       int stop)
```
    Returns a block of imaginary part of the solution vector solution for a solution number and type.
    
    Parameters:
    
    solnum - Solution number.
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Imaginary part of solution vector.
  - getUImagBlock
```
double[] getUImagBlock(int solnum,
                       java.lang.String uType,
                       int uNum,
                       int start,
                       int stop)
```
    Returns a block of imaginary part of the solution vector solution for a solution number, type and index.
    
    Parameters:
    
    solnum - Solution number.
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    uNum - Solution index.
    
    start - Block start index.
    
    stop - Block stop index.
    
    Returns:
    
    Imaginary part of solution vector.
  - getWarningMessage
```
java.lang.String getWarningMessage()
```
    Returns warning message.
    
    Returns:
    
    Warning message.
  - hasProblems
```
boolean hasProblems()
```
    Returns true if solver sequence has problems.
    
    Returns:
    
    true if solver sequence has problems.
  - hasProblemsOrInformation
```
boolean hasProblemsOrInformation()
```
    Returns true if solver sequence has problems or information nodes.
    
    Returns:
    
    true if solver sequence has problems or information nodes.
  - isAttached
```
boolean isAttached()
```
    Test if solver sequence is attached to a study.
    
    Returns:
    
    true if attached.
  - isEmpty
```
boolean isEmpty()
```
    Checks if the solutions associated with the solver sequence are empty.
    
    Returns:
    
    true if empty.
  - isInitialized
```
boolean isInitialized()
```
    Returns true if the solution is initialized.
    
    Returns:
    
    true if solution is initialized.
  - isRealPVals
```
boolean isRealPVals()
```
    Returns true if the parameters are real.
    
    Returns:
    
    true if parameters are real.
  - isRealU
```
boolean isRealU()
```
    Returns true if the solution is real.
    
    Returns:
    
    true if solution is real.
  - isRealU
```
boolean isRealU(int solnum)
```
    Returns true if the solution is real for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    Returns:
    
    true if solution is real.
  - isRealU
```
boolean isRealU(int solnum,
                java.lang.String uType)
```
    Returns true if the solution is real for a solution number and type.
    
    Parameters:
    
    solnum - Solution number.
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    Returns:
    
    true if solution is real.
  - isRealU
```
boolean isRealU(int solnum,
                java.lang.String uType,
                int uNum)
```
    Returns true if the solution is real for a solution number, type and index.
    
    Parameters:
    
    solnum - Solution number.
    
    uType - Type of solution: Sol (main solution), Reacf (reaction force), Adj (adjoint solution), Fsens (functional sensitivity), and Sens (forward sensitivity).
    
    uNum - Solution index.
    
    Returns:
    
    true if solution is real.
  - isRealUDot
```
boolean isRealUDot()
```
    Returns true if the time-derivative of the solution is real.
    
    Returns:
    
    true if parameters are real.
  - isRealUDot
```
boolean isRealUDot(int solnum)
```
    Returns true if the time-derivative of the solution is real for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    Returns:
    
    true if parameters are real.
  - run
```
@Deprecated
void run()
```
    Deprecated.
    Runs the current feature in the SolverSequence. Prefer using run(String fname) instead that generally works as expected.
  - run
```
void run(java.lang.String fname)
```
    Runs the features in a solver sequence from the first to the feature with tag fname.
    
    Parameters:
    
    fname - Run to this feature.
  - run
```
@Deprecated
void run(boolean arg0)
```
    Deprecated.
    Runs the current feature in the SolverSequence and creates plots. Prefer using run(String fname, boolean createPlots) instead that generally works as expected.
  - run
```
void run(java.lang.String fname,
         boolean createPlots)
```
    Runs the features in a solver sequence from the first to the feature with tag fname.
    
    Parameters:
    
    fname - Run to this feature.
    
    createPlots - Create plots.
  - runAll
```
void runAll()
```
    Runs the solver sequence.
  - runAll
```
void runAll(boolean createPlots)
```
    Runs the solver sequence and creates plots.
    
    Parameters:
    
    createPlots - Create plots.
  - runAllWithoutModelUpdate
```
void runAllWithoutModelUpdate()
```
    Runs the solver sequence without updating the model, skipping the discretization phase. Parameters that can be handled by the parametric solver, can be modified through Constants.
  - runFrom
```
void runFrom(java.lang.String fname)
```
    Runs the features for a solver sequence from the feature with tag fname.
    
    Parameters:
    
    fname - Run from this feature.
  - runFrom
```
void runFrom(java.lang.String fname,
             boolean createPlots)
```
    Runs the features for a solver sequence from the feature with tag fname and create plots.
    
    Parameters:
    
    fname - Run from this feature.
    
    createPlots - Create plots.
  - runFromTo
```
void runFromTo(java.lang.String fstartname,
               java.lang.String fstopname)
```
    Runs the features in a solver sequence from the feature with with tag fstartname to the feature with tag fstopname.
    
    Parameters:
    
    fstartname - Run from feature.
    
    fstopname - Run to feature.
  - runFromTo
```
void runFromTo(java.lang.String fstartname,
               java.lang.String fstopname,
               boolean createPlots)
```
    Runs the features in a solver sequence from the feature with with tag fstartname to the feature with tag fstopname and creates plots.
    
    Parameters:
    
    fstartname - Run from feature.
    
    fstopname - Run to feature.
    
    createPlots - Create plots.
  - setClusterStorage
```
void setClusterStorage(java.lang.String format)
```
    Sets the solution storage format on cluster.
    
    Parameters:
    
    format - Type of cluster storage format: all (Solution is stored on all nodes), single (Only a single node stores the entire solution), shared (All nodes access the solution from the same file).
  - setPNames
```
void setPNames(java.lang.String[] names)
```
    Sets parameter names of solution.
    
    Parameters:
    
    names - Parameter names.
  - setPVals
```
void setPVals(double[] val)
```
    Sets real part of parameter values of solution.
    
    Parameters:
    
    val - Parameter values.
  - setPVals
```
void setPVals(int solnum,
              double[] val)
```
    Sets real part of parameter values of solution for solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    val - Imaginary part of parameter values.
  - setPValsImag
```
void setPValsImag(double[] val)
```
    Sets imaginary part of parameter values of solution.
    
    Parameters:
    
    val - Imaginary part of parameter values.
  - setPValsImag
```
void setPValsImag(int solnum,
                  double[] val)
```
    Sets imaginary part of parameter values of solution.
    
    Parameters:
    
    solnum - Solution number.
    
    val - Imaginary part of parameter values.
  - setPartitioningMethod
```
void setPartitioningMethod(java.lang.String format)
```
    Sets the partitioning method on cluster.
    
    Parameters:
    
    format - Type of partitioning method: mo (Mesh ordering), nd (Nested dissection), wnd (Weighted nested dissection), off (Off).
  - setU
```
void setU(double[] val)
```
    Sets real part of solution vector.
    
    Parameters:
    
    val - Solution vector.
  - setU
```
void setU(int solnum,
          double[] val)
```
    Sets real part of solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    val - Solution vector.
  - setUBlock
```
void setUBlock(double[] val,
               int start)
```
    Sets blocks of the real part of the solution vector.
    
    Parameters:
    
    val - Solution vector.
    
    start - Block start index.
  - setUBlock
```
void setUBlock(int solnum,
               double[] val,
               int start)
```
    Sets blocks of the real part of the solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    val - Solution vector.
    
    start - Block start index.
  - setUDot
```
void setUDot(double[] val)
```
    Sets real part of time-derivative of the solution vector.
    
    Parameters:
    
    val - Solution vector.
  - setUDot
```
void setUDot(int solnum,
             double[] val)
```
    Sets real part of time-derivative of the solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    val - Solution vector.
  - setUDotBlock
```
void setUDotBlock(double[] val,
                  int start)
```
    Sets blocks of the time derivative of the real part of the solution vector.
    
    Parameters:
    
    val - Solution vector.
    
    start - Block start index.
  - setUDotBlock
```
void setUDotBlock(int solnum,
                  double[] val,
                  int start)
```
    Sets blocks of the time derivative of the real part of the solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    val - Solution vector.
    
    start - Block start index.
  - setUDotImag
```
void setUDotImag(double[] val)
```
    Sets imaginary part of time-derivative of the solution vector.
    
    Parameters:
    
    val - Solution vector.
  - setUDotImag
```
void setUDotImag(int solnum,
                 double[] val)
```
    Sets imaginary part of time-derivative of the solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    val - Solution vector.
  - setUDotImagBlock
```
void setUDotImagBlock(double[] val,
                      int start)
```
    Sets blocks of the time derivative of the imaginary part of the solution vector.
    
    Parameters:
    
    val - Solution vector.
    
    start - Block start index.
  - setUDotImagBlock
```
void setUDotImagBlock(int solnum,
                      double[] val,
                      int start)
```
    Sets blocks of the time derivative of the imaginary part of the solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    val - Solution vector.
    
    start - Block start index.
  - setUImag
```
void setUImag(double[] val)
```
    Sets imaginary part of solution vector.
    
    Parameters:
    
    val - Solution vector.
  - setUImag
```
void setUImag(int solnum,
              double[] val)
```
    Sets imaginary part of solution vector.
    
    Parameters:
    
    solnum - Solution number.
    
    val - Solution vector.
  - setUImagBlock
```
void setUImagBlock(double[] val,
                   int start)
```
    Sets blocks of the imaginary part of the solution vector.
    
    Parameters:
    
    val - Solution vector.
    
    start - Block start index.
  - setUImagBlock
```
void setUImagBlock(int solnum,
                   double[] val,
                   int start)
```
    Sets blocks of the imaginary part of the solution vector for a solution number.
    
    Parameters:
    
    solnum - Solution number.
    
    val - Solution vector.
    
    start - Block start index.
  - setupDomainDecompositionSolver
```
void setupDomainDecompositionSolver(java.lang.String solverOperationID)
```
    Setup a domain decomposition solver based on the current solver.
    
    Parameters:
    
    solverOperationID - Type of domain decomposition solver.
  - study
```
java.lang.String study()
```
    Returns the study tag of a solver sequence.
    
    Returns:
    
    Study tag.
  - study
```
void study(java.lang.String tag)
```
    Assigns a solver sequence to a study.
    
    Parameters:
    
    tag - Study tag.
  - updateSolution
```
void updateSolution()
```
    Updates the solver sequence to make it up to date with respect to the current model, without re-computing the solution.
  - xmeshInfo
```
XmeshInfo xmeshInfo()
```
    Returns extended mesh information for solution.
    
    Returns:
    
    Extended mesh information.
  - xmeshInfo
```
XmeshInfo xmeshInfo(java.lang.String meshCase)
```
    Returns extended mesh information for solution for mesh case.
    
    Parameters:
    
    meshCase - Mesh case.
    
    Returns:
    
    Extended mesh information.
  - xmeshInfo
```
XmeshInfo xmeshInfo(int iMulti)
```
    Returns extended mesh information for solution iMulti of multi solution object.
    
    Parameters:
    
    iMulti - Local solution number in multi solution.
    
    Returns:
    
    Extended mesh information for solution iMulti of multi solution object.

Interface SolverSequence

Method Summary

Methods inherited from interface com.comsol.model.ModelEntity

Methods inherited from interface com.comsol.model.PrimitiveModelEntity

Method Detail

adaptationStudyFeature

adaptationStudyFeature

attach

clearSolution

clearSolutionData

continueRun

continueWithoutModelUpdate

copySolution

create

createAutoSequence

createAutoSequence

createAutoSequence

createSolution

detach

feature

feature

getClusterStorage

getDefaultSolnum

getErrorMessage

getInformationMessage

getMesh

getMesh

getNStepsBack

getNStepsBack

getNU

getPNames

getPVals

getPVals

getPValsImag

getPValsImag

getParamNames

getParamVals

getPartitioningMethod

getSavePointTag

getSequenceType

getSize

getSize

getSizeMulti

getSolutioninfo

getType

getU

getU

getU

getU

getU

getUBlock

getUBlock

getUBlock

getUBlock

getUDot

getUDot

getUDotBlock

getUDotBlock

getUDotImag

getUDotImag

getUDotImagBlock

getUDotImagBlock

getUImag

getUImag

getUImag

getUImag

getUImagBlock

getUImagBlock

getUImagBlock

getUImagBlock

getWarningMessage

hasProblems

hasProblemsOrInformation

isAttached

isEmpty

isInitialized

isRealPVals

isRealU

isRealU

isRealU