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Class that holds input data for linear analysis. More...
Public Types | |
enum | RESULTSHANDLING { RESULTSHANDLING.Default, RESULTSHANDLING.KeepDisplAddForces, RESULTSHANDLING.ReplaceDisplKeepForces } |
Enumeration of different ways to handle analysis results. More... | |
Protected Attributes | |
bool | m_DoCheckForSingularity = true |
If <true>, a check will be performed in order to check whether or not the stiffness matrix is singular prior to performing the analysis. More... | |
double | m_Lambda = 1.0 |
The virtual time parameter at which to stop the analysis. More... | |
bool | m_bRelativeSingularityEps = false |
Flag that tells if the tolerance for singularity is absolute or relative to the greatest stiffness. More... | |
double | m_SingularityEps = 1.0e-4 |
Tolerance for singularity. If a value on the diagonal of the stiffness matrix is smaller than this value, the stiffness matrix is regarded as singular. More... | |
Properties | |
bool | CheckForSingularity [get, set] |
Gets or sets whether or not we should check for singularity in the stiffness matrix. More... | |
double | Lambda [get, set] |
Gets or sets the virtual time at which to terminate the analysis. More... | |
bool | IsRelativeSingularityEps [get, set] |
Gets or sets a flag that tells if the tolerance for singularity is absolute or relative. More... | |
double | SingularityEps [get, set] |
Gets or sets the tolerance for singularity. More... | |
RESULTSHANDLING | ResultsHandling [get, set] |
Gets or sets a flag that tells what to do with the latest analysis results. More... | |
Class that holds input data for linear analysis.
Class that holds input data for linear analysis
Enumeration of different ways to handle analysis results.
Enumeration of different ways to handle the latest analysis results (displacements and section forces).
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protected |
Flag that tells if the tolerance for singularity is absolute or relative to the greatest stiffness.
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protected |
If <true>, a check will be performed in order to check whether or not the stiffness matrix is singular prior to performing the analysis.
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protected |
The virtual time parameter at which to stop the analysis.
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protected |
Tolerance for singularity. If a value on the diagonal of the stiffness matrix is smaller than this value, the stiffness matrix is regarded as singular.
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getset |
Gets or sets whether or not we should check for singularity in the stiffness matrix.
Gets or sets whether or not we should check for singularity in the stiffness matrix
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getset |
Gets or sets a flag that tells if the tolerance for singularity is absolute or relative.
Gets or sets a flag that tells if the tolerance for singularity is absolute or relative to the greatest stiffness
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getset |
Gets or sets the virtual time at which to terminate the analysis.
Gets or sets the virtual time at which to terminate the analysis
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getset |
Gets or sets a flag that tells what to do with the latest analysis results.
Gets or sets a flag that tells what to do with the latest analysis results (displacements and section forces)
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getset |
Gets or sets the tolerance for singularity.
Gets or sets the tolerance for singularity. If a value on the diagonal of the stiffness matrix is smaller than this value, the stiffness matrix is regarded as singular. The property <IsRelativeSingularityEps> tells if this tolerance is interpreted as relative or absolute.