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CfemPlugin.CfemWrapper.CfemInputResponseSpectrum Class Reference

Class that holds input data for response spectrum analysis. More...

Collaboration diagram for CfemPlugin.CfemWrapper.CfemInputResponseSpectrum:
Collaboration graph

Static Protected Attributes

static int m_SummationType = 0
 The summation type. 0 = ABSSUM, 1 = SRSS and 3 = CQC. More...
 
static int m_RSType = 0
 The response spectrum type. 0 = ELASTIC, 1 = DESIGN. More...
 
static int m_StiffType = 0
 The stiffness type. 0 = MATERIAL_STIFF, 1 = MAT_AND_GEO_STIFF. More...
 
static double m_ElementMassFactor = 1.0
 The element mass factor. More...
 
static double m_T_B_X = 0.5
 The T_B value for the X-direction. More...
 
static double m_T_C_X = 1.0
 The T_C value for the X-direction. More...
 
static double m_T_D_X = 1.5
 The T_D value for the X-direction. More...
 
static double m_T_B_Y = 0.5
 The T_B value for the Y-direction. More...
 
static double m_T_C_Y = 1.0
 The T_C value for the Y-direction. More...
 
static double m_T_D_Y = 1.5
 The T_D value for the Y-direction. More...
 
static double m_T_B_Z = 0.5
 The T_B value for the Z-direction. More...
 
static double m_T_C_Z = 1.0
 The T_C value for the Z-direction. More...
 
static double m_T_D_Z = 1.5
 The T_D value for the Z-direction. More...
 
static double m_T_Cuttoff_X = 4
 The cuttoff value for X-direction (only valid for elastic spectrums) More...
 
static double m_T_Cuttoff_Y = 4
 The cuttoff value for Y-direction (only valid for elastic spectrums) More...
 
static double m_T_Cuttoff_Z = 4
 The cuttoff value for Z-direction (only valid for elastic spectrums) More...
 
static double m_a_g_X = 0.5
 The acceleration in X-direction. More...
 
static double m_a_g_Y = 0.5
 The acceleration in Y-direction. More...
 
static double m_a_g_Z = 0.5
 The acceleration in Z-direction. More...
 
static double m_Xsi = 0.05
 The xsi value (usually 0.05) More...
 
static double m_Eta = 1
 The eta value for the elastic spectrums. More...
 
static double m_q = 1.5
 The q-valuie for the design spectrums. More...
 
static double m_Beta = 0.2
 The beta value for the spectrums (factor in lover limit) More...
 
static double m_S = 1.0
 The soil factor for the spectrums. More...
 
static double m_CombFactorX = 1.0
 The combination factor for the X-direction. More...
 
static double m_CombFactorY = 1.0
 The combination factor for the Y-direction. More...
 
static double m_CombFactorZ = 1.0
 The combination factor for the Z-direction. More...
 
static int m_LoadGroupId = 0
 The load group ID for geometric stiffness (and maybe static forces) More...
 
static double m_Shift = 0
 The shift-value for the modal analysis. More...
 
static int m_NumEigenValues = 10
 The number of eigen values used in the analysis. More...
 

Properties

int SummationType [get, set]
 Gets or sets which summation type (modal combination algorithm) we should use. More...
 
int RSType [get, set]
 Gets or sets response spectrum type. More...
 
int StiffType [get, set]
 Gets or sets stiffness type we should use. More...
 
double ElementMassFactor [get, set]
 Get or set the element mass factor. More...
 
double TBX [get, set]
 Gets or sets the TB value for the X-direction. More...
 
double TCX [get, set]
 Gets or sets the TC value for the X-direction. More...
 
double TDX [get, set]
 Gets or sets the TD value for the X-direction. More...
 
double TBY [get, set]
 Gets or sets the TB value for the Y-direction. More...
 
double TCY [get, set]
 Gets or sets the TC value for the Y-direction. More...
 
double TDY [get, set]
 Gets or sets the TD value for the Y-direction. More...
 
double TBZ [get, set]
 Gets or sets the TB value for the Z-direction. More...
 
double TCZ [get, set]
 Gets or sets the TC value for the Z-direction. More...
 
double TDZ [get, set]
 Gets or sets the TD value for the Z-direction. More...
 
double TCuttoffX [get, set]
 Gets or sets the cuttoff (time) value for the X-direciton (elastic spectrums) More...
 
double TCuttoffY [get, set]
 Gets or sets the cuttoff (time) value for the Y-direciton (elastic spectrums) More...
 
double TCuttoffZ [get, set]
 Gets or sets the cuttoff (time) value for the Z-direciton (elastic spectrums) More...
 
double agX [get, set]
 Gets or sets the acceleration in X-direction. More...
 
double agY [get, set]
 Gets or sets the acceleration in Y-direction. More...
 
double agZ [get, set]
 Gets or sets the acceleration in Z-direction. More...
 
double Xsi [get, set]
 Gets or sets the xsi value (usually 0.05) More...
 
double Eta [get, set]
 Gets or sets the eta value for the elastic spectrums. More...
 
double q [get, set]
 Gets or sets the q value for the design spectrums. More...
 
double Beta [get, set]
 Gets or sets the beta value for the spectrums (factor in lover limit) More...
 
double S [get, set]
 Gets or sets the S value for the spectrums. More...
 
double CombFactorX [get, set]
 Gets or sets the comb factor in the X-direction. More...
 
double CombFactorY [get, set]
 Gets or sets the comb factor in the Y-direction. More...
 
double CombFactorZ [get, set]
 Gets or sets the comb factor in the Z-direction. More...
 
int LoadGroupId [get, set]
 Gets or sets the load group ID for geometric stiffness (and maybe static forces) More...
 
double Shift [get, set]
 Gets or sets the shift-value for the modal analysis. More...
 
int NumEigenValues [get, set]
 Gets or sets the number of eigen values used in the analysis. More...
 

Detailed Description

Class that holds input data for response spectrum analysis.

Class that holds input data for response spectrum analysis

Member Data Documentation

◆ m_a_g_X

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_a_g_X = 0.5
staticprotected

The acceleration in X-direction.

◆ m_a_g_Y

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_a_g_Y = 0.5
staticprotected

The acceleration in Y-direction.

◆ m_a_g_Z

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_a_g_Z = 0.5
staticprotected

The acceleration in Z-direction.

◆ m_Beta

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_Beta = 0.2
staticprotected

The beta value for the spectrums (factor in lover limit)

◆ m_CombFactorX

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_CombFactorX = 1.0
staticprotected

The combination factor for the X-direction.

◆ m_CombFactorY

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_CombFactorY = 1.0
staticprotected

The combination factor for the Y-direction.

◆ m_CombFactorZ

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_CombFactorZ = 1.0
staticprotected

The combination factor for the Z-direction.

◆ m_ElementMassFactor

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_ElementMassFactor = 1.0
staticprotected

The element mass factor.

◆ m_Eta

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_Eta = 1
staticprotected

The eta value for the elastic spectrums.

◆ m_LoadGroupId

int CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_LoadGroupId = 0
staticprotected

The load group ID for geometric stiffness (and maybe static forces)

◆ m_NumEigenValues

int CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_NumEigenValues = 10
staticprotected

The number of eigen values used in the analysis.

◆ m_q

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_q = 1.5
staticprotected

The q-valuie for the design spectrums.

◆ m_RSType

int CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_RSType = 0
staticprotected

The response spectrum type. 0 = ELASTIC, 1 = DESIGN.

◆ m_S

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_S = 1.0
staticprotected

The soil factor for the spectrums.

◆ m_Shift

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_Shift = 0
staticprotected

The shift-value for the modal analysis.

◆ m_StiffType

int CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_StiffType = 0
staticprotected

The stiffness type. 0 = MATERIAL_STIFF, 1 = MAT_AND_GEO_STIFF.

◆ m_SummationType

int CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_SummationType = 0
staticprotected

The summation type. 0 = ABSSUM, 1 = SRSS and 3 = CQC.

◆ m_T_B_X

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_B_X = 0.5
staticprotected

The T_B value for the X-direction.

◆ m_T_B_Y

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_B_Y = 0.5
staticprotected

The T_B value for the Y-direction.

◆ m_T_B_Z

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_B_Z = 0.5
staticprotected

The T_B value for the Z-direction.

◆ m_T_C_X

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_C_X = 1.0
staticprotected

The T_C value for the X-direction.

◆ m_T_C_Y

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_C_Y = 1.0
staticprotected

The T_C value for the Y-direction.

◆ m_T_C_Z

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_C_Z = 1.0
staticprotected

The T_C value for the Z-direction.

◆ m_T_Cuttoff_X

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_Cuttoff_X = 4
staticprotected

The cuttoff value for X-direction (only valid for elastic spectrums)

◆ m_T_Cuttoff_Y

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_Cuttoff_Y = 4
staticprotected

The cuttoff value for Y-direction (only valid for elastic spectrums)

◆ m_T_Cuttoff_Z

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_Cuttoff_Z = 4
staticprotected

The cuttoff value for Z-direction (only valid for elastic spectrums)

◆ m_T_D_X

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_D_X = 1.5
staticprotected

The T_D value for the X-direction.

◆ m_T_D_Y

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_D_Y = 1.5
staticprotected

The T_D value for the Y-direction.

◆ m_T_D_Z

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_T_D_Z = 1.5
staticprotected

The T_D value for the Z-direction.

◆ m_Xsi

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.m_Xsi = 0.05
staticprotected

The xsi value (usually 0.05)

Property Documentation

◆ agX

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.agX
getset

Gets or sets the acceleration in X-direction.

Gets or sets the acceleration in X-direction

◆ agY

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.agY
getset

Gets or sets the acceleration in Y-direction.

Gets or sets the acceleration in Y-direction

◆ agZ

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.agZ
getset

Gets or sets the acceleration in Z-direction.

Gets or sets the acceleration in Z-direction

◆ Beta

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.Beta
getset

Gets or sets the beta value for the spectrums (factor in lover limit)

Gets or sets the beta value for the spectrums (factor in lover limit)

◆ CombFactorX

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.CombFactorX
getset

Gets or sets the comb factor in the X-direction.

Gets or sets the comb factor in the X-direction

◆ CombFactorY

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.CombFactorY
getset

Gets or sets the comb factor in the Y-direction.

Gets or sets the comb factor in the Y-direction

◆ CombFactorZ

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.CombFactorZ
getset

Gets or sets the comb factor in the Z-direction.

Gets or sets the comb factor in the Z-direction

◆ ElementMassFactor

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.ElementMassFactor
getset

Get or set the element mass factor.

Get or set the element mass factor

◆ Eta

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.Eta
getset

Gets or sets the eta value for the elastic spectrums.

Gets or sets the eta value for the elastic spectrums

◆ LoadGroupId

int CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.LoadGroupId
getset

Gets or sets the load group ID for geometric stiffness (and maybe static forces)

Gets or sets the load group ID for geometric stiffness (and maybe static forces)

◆ NumEigenValues

int CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.NumEigenValues
getset

Gets or sets the number of eigen values used in the analysis.

Gets or sets the number of eigen values used in the analysis

◆ q

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.q
getset

Gets or sets the q value for the design spectrums.

Gets or sets the q value for the design spectrums

◆ RSType

int CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.RSType
getset

Gets or sets response spectrum type.

Gets or sets response spectrum type

◆ S

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.S
getset

Gets or sets the S value for the spectrums.

Gets or sets the S value for the spectrums

◆ Shift

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.Shift
getset

Gets or sets the shift-value for the modal analysis.

Gets or sets the shift-value for the modal analysis

◆ StiffType

int CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.StiffType
getset

Gets or sets stiffness type we should use.

Gets or sets stiffness type we should use

◆ SummationType

int CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.SummationType
getset

Gets or sets which summation type (modal combination algorithm) we should use.

Gets or sets which summation type (modal combination algorithm) we should use

◆ TBX

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TBX
getset

Gets or sets the TB value for the X-direction.

Gets or sets the TB value for the X-direction

◆ TBY

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TBY
getset

Gets or sets the TB value for the Y-direction.

Gets or sets the TB value for the Y-direction

◆ TBZ

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TBZ
getset

Gets or sets the TB value for the Z-direction.

Gets or sets the TB value for the Z-direction

◆ TCuttoffX

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TCuttoffX
getset

Gets or sets the cuttoff (time) value for the X-direciton (elastic spectrums)

Gets or sets the cuttoff (time) value for the X-direciton (elastic spectrums)

◆ TCuttoffY

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TCuttoffY
getset

Gets or sets the cuttoff (time) value for the Y-direciton (elastic spectrums)

Gets or sets the cuttoff (time) value for the Y-direciton (elastic spectrums)

◆ TCuttoffZ

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TCuttoffZ
getset

Gets or sets the cuttoff (time) value for the Z-direciton (elastic spectrums)

Gets or sets the cuttoff (time) value for the Z-direciton (elastic spectrums)

◆ TCX

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TCX
getset

Gets or sets the TC value for the X-direction.

Gets or sets the TC value for the X-direction

◆ TCY

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TCY
getset

Gets or sets the TC value for the Y-direction.

Gets or sets the TC value for the Y-direction

◆ TCZ

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TCZ
getset

Gets or sets the TC value for the Z-direction.

Gets or sets the TC value for the Z-direction

◆ TDX

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TDX
getset

Gets or sets the TD value for the X-direction.

Gets or sets the TD value for the X-direction

◆ TDY

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TDY
getset

Gets or sets the TD value for the Y-direction.

Gets or sets the TD value for the Y-direction

◆ TDZ

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.TDZ
getset

Gets or sets the TD value for the Z-direction.

Gets or sets the TD value for the Z-direction

◆ Xsi

double CfemPlugin.CfemWrapper.CfemInputResponseSpectrum.Xsi
getset

Gets or sets the xsi value (usually 0.05)

Gets or sets the xsi value (usually 0.05)


The documentation for this class was generated from the following file: