我的ANSYS中文菜单

shanxiyuren

经大侠指点，我发现ANSYS的菜单可以汉化，我做了一点尝试，创建了自己的项目菜单，大家看看吧！

shanxiyuren

操作界面！

shanxiyuren

:I    412,  101830,  112155  118,    92,    19 19 19%, Revision (SID) = %I%
:I    412,  101777,  112102
:!
:N Fnc_FRe单元划分
:S    178,    99,    72
:T Menu
:A Remesh Ctrl
Remesh Ctrl Panel
(FLOTRAN)
Fnc_Remesh_ELEM
Fnc_Remesh_mesh
Fnc_Remesh_QUALITY
Fnc_Remesh_FREQUENCY
:E END
:!
:N Men_Myprogram
:s      0,     0,     0
:T Menu
:A 我的菜单
:D Nothing,just an example
Fnc_CMDOMEGA_DNPik
:E END
:!
:N Men_AAOnComp
:S    350,   232,   111
:T Menu
:A    On Components
:D Apply Angular Acceleration On Components
:K ((PR_STRUC*PR_FLUID*PR_CFD*pr_set) + (lsdyna))
:K #(STRUCTRL*FLUID*CFD*NOFILTER)
:K #((PREP7*解题)+(cfd*NOFILTER))
Fnc_CMDOMEGA_Dir
Fnc_CMDOMEGA_DNPik
Fnc_CMDOMEGA_DKPik
Fnc_CMDOMEGA_Axis
Fnc_CMDOMEGA_ANPik
Fnc_CMDOMEGA_AKPik
:E END
:!
:N Men_AVOnComp
:S    340,   228,   105
:T Menu
:A    On Components
:D Apply Angular Velocity On Components
:K ((PR_STRUC*PR_FLUID*PR_CFD*pr_set) + (lsdyna))
:K #(STRUCTRL*FLUID*CFD*NOFILTER)
:K #((PREP7*解题)+(cfd*NOFILTER))
Fnc_CMOMEGA_Dir
Fnc_CMOMEGA_DNPik
Fnc_CMOMEGA_DKPik
Fnc_CMOMEGA_Axis
Fnc_CMOMEGA_ANPik
Fnc_CMOMEGA_AKPik
:E END
:!
:N Men_Adamsc
:S    148,   110,    31
:T MENU
:A ADAMS Connection
:D ADAMS File Transfer
:K (STRUCTRL+lsdyna)
Fnc_ADAMSOUT
Sep_
Fnc_WSPRINGS
:E END
:!
:N Men_Add
:S     98,    63,    28
:T Menu
:A    Add
:C
:D Add
Fnc_VADD
Fnc_AADD
Fnc_LCOMB
:E END
:!
:N Men_Add_Output
:S    184,   102,    75
:T Menu
:A Additional Out
:D Additional Output
:P (FLOTRAN)
Fnc_RFL_Property
Fnc_RFL_Derived
Fnc_Residuals
Fnc_Print_Ctrls
Fnc_POUTRES
:E END
:!
:N Men_AdvSolOpt
:S    133,    76,    50
:T Menu
:A  Advanced 解题 Option
Sep_
Men_DecOpt
Men_SymmetryOptions
Men_Surf_Mesh
:E END
:!
:N Men_AnalyTyp
:S    226,   106,   113
:T Menu
:A Analysis Type
:K (lsdyna)
:P (LINPLUS*THERMAL*ELECMAG)
Fnc_ANTYPE
Fnc_Restart
K_LN(lsdyna+解题)
Fnc_EuidlSol
Fnc_EXPASS
Fnc_An_Opts
Fnc_ANTYPE
Fnc_Restart
Fnc_EXPASS
:E End
:!
:N Men_Analysis
:S    394,   123,   264
:T Menu
:A Analysis Type
:D Analysis Type
:K (lsdyna)
:P (LINPLUS*THERMAL*ELECMAG)
Fnc_ANTYPE
K_LN(lsdyna+((modal+buckling+trnsient)*FULL*SIMPLOFF))
Fnc_Restart
K_LN(lsdyna+解题)
Fnc_EuidlSol
K_LN(lsdyna+(MODAL*SUBSTRUC*BUCKLING*TRNSIENT*HARMONIC*SIMPLOFF))
Fnc_EXPASS
K_LN(lsdyna+ROMES*((static+trnsient)*SIMPLOFF*REDUCED*MODESUP))
Fnc_An_Opts
:E END
:!
:N Men_AngAccel
:S    249,   218,    24
:T Menu
:A    Angular Accel
:D Apply Angular Acceleration
:K ((PR_STRUC*PR_FLUID*PR_CFD*pr_set) + (lsdyna))
:K #(STRUCTRL*FLUID*CFD*NOFILTER)
:K #((PREP7*解题)+(cfd*NOFILTER))
Fnc_DOMEGA
Men_AAOnComp
:E END
:!
:N Men_AngVeloc
:S    247,   217,    23
:T Menu
:A    Angular Velocity
:D Apply Angular Velocity
:K ((PR_STRUC*PR_FLUID*PR_CFD*pr_set) + (lsdyna))
:K #(STRUCTRL*FLUID*CFD*NOFILTER)
:K #((PREP7*解题)+(cfd*NOFILTER))
Fnc_OMEGA
Men_AVOnComp
:E END
:!
:N Men_AppConvect
:S    290,   177,   106
:T Menu
:A    Convection
:D Apply Convection
:K (PR_THERM*PR_FLUID*PR_CFD*pr_set)
:K (THERMAL*FLUID*CFD*NOFILTER)
:P (THERMAL*FLOTRAN)
Fnc_SFL_conv
Fnc_SFA_conv
Fnc_SF_conv
Sep_
-On Elements-
Fnc_SFE_convu
Fnc_SFE_convt
Sep_
Fnc_LDREAD_film
:E END
:!
:N Men_AppDisplace
:S    375,   162,   206
:T Menu
:A    Displacement
:D Apply Displacements
:K ((PR_STRUC*pr_set)+(lsdyna))
:K #(STRUCTRL*NOFILTER)
:P (LINPLUS)
Fnc_DL_u
Fnc_DA_u
Fnc_DK_u
Fnc_D_u
Fnc_D_uCM
Fnc_DJ_joint
Sep_
-Symmetry B.C.-
Fnc_DL_symm_na
Fnc_DL_symm
Fnc_DA_symm
Fnc_DSYM_symm
Sep_
-Antisymm B.C.-
Fnc_DL_asym_na
Fnc_DL_asym
Fnc_DA_asym
Fnc_DSYM_asym
:E END
:!
:N Men_AppElecExcit
:S    709,   217,   485
:T Menu
:A    Excitation
:D    Excitation
:K (PR_ELMAG*pr_set*PR_MULTI*(PR_THERM+ELECTRIC))
:K (ELECTRIC+vfed)*CIRC*ELECSTAT*TIMEINTP*EDGEELC*NOFILTER)
:P (ELECMAG*THERMAL)
Fnc_-AppCurrent-
Fnc_FK_amps
Fnc_F_amps
Fnc_-ImprCurr-
Fnc_FK_amps_ic
Fnc_F_amps_ic
Sep_
Fnc_-AppCharge-
Fnc_FK_chrg
Fnc_F_chrg
Sep_
Fnc_-AppCharDens-
Fnc_BFL_chrg
Fnc_BFA_chrg
Fnc_BFV_chrg
Fnc_BFK_chrgd
Fnc_BF_chrgd
Fnc_BFE_chrgd
Sep_
Fnc_-AppSurfChar-
Fnc_SFL_chrgs
Fnc_SFA_chrgs
Fnc_SF_chrgs
Fnc_SFE_chrgs
Sep_
Fnc_-Planewav0-
Fnc_Planewave
Fnc_Stat_plan
Sep_
Fnc_-EMPorts-
Men_ExtPort
Men_IntPort
Fnc_Edit_port
Fnc_Stat_port
Sep_
Fnc_-AppElecField-
Fnc_BFL_ef
Fnc_BFA_ef
Fnc_BF_ef
:E END
:!
:N Men_AppElecFlag
:S    342,   205,   130
:T Menu
:A    Flag
:D    Flag
:K (PR_ELMAG*pr_set*PR_MULTI*(PR_THERM+ELECTRIC))
:K ((ELECTRIC+vfed)*CIRC*ELECSTAT*TIMEINTP*EDGEELC*NOFILTER)
:P (ELECMAG*THERMAL)
Fnc_FMAGBCE
Sep_
Fnc_-AppInfinite-
Fnc_SFL_inf
Fnc_SFA_inf
Fnc_SF_inf
Sep_
Fnc_-AppMaxwell-
Fnc_SFL_mxwf
Fnc_SFA_mxwf
Fnc_SF_mxwf
:E END
:!
:N Men_AppElecPoten
:S    672,   226,   439
:T Menu
:A    Boundary
:D Apply Electric Potential
:K (PR_ELMAG*pr_set*PR_MULTI*(PR_THERM+ELECTRIC))
:K (ELECTRIC+vfed)*CIRC*ELECSTAT*TIMEINTP*EDGEELC*NOFILTER)
:P (ELECMAG*THERMAL)
Fnc_-AppImped_E-
Fnc_SFA_impdE
Fnc_SF_impdE
Sep_
Fnc_-AppShield-
Fnc_SFA_shld
Fnc_SF_shld
Sep_
Fnc_-Voltage-
Fnc_DK_volt
Fnc_D_volt
Fnc_DL_volt
Fnc_DA_volt
Men_J-Normal1
Fnc_J-Parall
Sep_
Fnc_-TimeInt-
Fnc_DK_volt_ti
Fnc_D_volt_ti
Fnc_DA_volt_ti
Men_J-Normal-T
Fnc_J-Parall-T
Sep_
Fnc_-PerfEC-
Fnc_DL_pec
Fnc_DA_pec
Fnc_D_pec
Fnc_DA_pmc
K_LN(EDGEELC*NOFILTER)
Sep_
Fnc_-PMLOpt-
Fnc_PMLOPT
Fnc_PMLOPT_ST
Fnc_PMLOPT_CLE
Sep_
Men_AppEmagTemp
:E END
:!
:N Men_AppEmagTemp
:S    302,   158,   137
:T Menu
:A Temperature
:D Apply Temperature
:K #((ELECTRIC+ELECSTAT*EDGEELC*QUASISTA)*(MAGNETIC+thermal)*NOFILTER)
Fnc_EM_BFL_temp
Fnc_EM_BFA_temp
Fnc_EM_BFV_temp
Fnc_EM_BFK_temp
Sep_
Fnc_EM_BF_temp
Fnc_EM_LDREAD_temp
Fnc_EM_TUNIF
Sep_
Fnc_EM_BFE_temp
:E END
:!
:N Men_AppFSI
:S    196,   154,    35
:T Menu
:A    Field Surface
:D Apply Field Surface Interface
:K (PR_FLUID*pr_set)
:K (FLUID*NOFILTER)
:P (FULL_ANS)
Fnc_SFL_fsi
Fnc_SFA_fsi
Fnc_SF_fsi
:E End
:!
:N Men_AppFlPrsANS
:S    165,   111,    47
:T Menu
:A    Pressure DOF
:K (PR_FLUID*pr_set)
:K (FLUID*NOFILTER)
Fnc_DK_pres
Fnc_DL_pres
Fnc_DA_pres
Fnc_D_pres
:E END
:!
:N Men_AppFlowANS
:S    136,   102,    27
:T Menu
:A    Flow
:K (PR_FLUID*pr_set)
:K (FLUID*NOFILTER)
Fnc_FK_flow_a
Fnc_F_flow_a
:E END
:!
:N Men_AppFluidDisp
:S    196,   142,    47
:T Menu
:A    Displacement
:D Apply Displacements in Flotran
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
Fnc_DK_uCFD
Fnc_DL_uCFD
Fnc_DA_uCFD
Fnc_D_uCFD
:E END
:!
:N Men_AppFluidPres
:S    162,   108,    47
:T Menu
:A    Pressure DOF
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
Fnc_DK_pres
Fnc_DL_pres
Fnc_DA_pres
Fnc_D_pres
:E END
:!
:N Men_AppFluidVel
:S    163,   121,    35
:T Menu
:A    Velocity
:D Apply Velocity
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
Fnc_DK_v
Fnc_DL_v
Fnc_DA_v
Fnc_D_v
:E END
:!
:N Men_AppForce
:S    246,   158,    81
:T Menu
:A    Force/Moment
:D Apply Force/Moment
:K ((PR_STRUC*PR_CFD*pr_set) + (lsdyna))
:K #(STRUCTRL*CFD*NOFILTER)
Fnc_FK_fm
Fnc_F_fm
Fnc_F_fmCM
Fnc_FJ_joint
Sep_
Fnc_LDREAD_reac
Fnc_LDREAD_mforc
:E END
:!
:N Men_AppHeatFlow
:S    159,   129,    23
:T Menu
:A    Heat Flow
:D Apply Heat Flow
:K (PR_THERM*pr_set)
:K (THERMAL*NOFILTER)
Fnc_FK_heat
Fnc_F_heat
:E END
:!
:N Men_AppHeatFlux
:S    259,   155,    97
:T Menu
:A    Heat Flux
:D Apply Heat Flux
:K (PR_THERM*PR_FLUID*PR_CFD*pr_set)
:K (THERMAL*FLUID*CFD*NOFILTER)
Fnc_SFL_hflux
Fnc_SFA_hflux
Sep_
Fnc_SF_hflux
Fnc_SFE_hflux
Sep_
Fnc_LDREAD_hflu
Fnc_LDREAD_hfhf
:E END
:!
:N Men_AppHeatGen
:S    249,   123,   119
:T Menu
:A    Heat Generat
:K (PR_THERM*PR_CFD*pr_set)
:K (THERMAL*CFD*NOFILTER)
Fnc_BFL_hgen
Fnc_BFA_hgen
Fnc_BFV_hgen
Fnc_BFK_hgen
Sep_
Fnc_BF_hgen
Fnc_BFUNIF_hgen
Sep_
Fnc_BFE_hgen
Fnc_LDREAD_hgen
:E END
:!
:N Men_AppHeatGenANS
:S    200,   113,    80
:T Menu
:A    Heat Generat
:K (PR_FLUID*pr_set)
:K (FLUID*NOFILTER)
Fnc_BFK_hgen
Sep_
Fnc_BF_hgen
Fnc_BFUNIF_hgen
Sep_
Fnc_BFE_hgen
Fnc_LDREAD_hgen
:E END
:!
:N Men_AppHeatGenCFD
:S    193,   109,    77
:T Menu
:A    Heat Generat
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
Fnc_BFA_hgen
Fnc_BFV_hgen
Sep_
Fnc_BF_hgen
Fnc_BFE_hgen
Sep_
Fnc_LDREAD_hgen
:E END
:!
:N Men_AppImpedance
:S    192,   129,    56
:T Menu
:A    Impedance
:D Apply Impedance
:K (pr_set*PR_FLUID)
:K #(FLUID*NOFILTER)
Fnc_SFL_impd
Fnc_SFA_impd
Sep_
Fnc_SF_impd
Fnc_SFE_impd
:E End
:!
:N Men_AppLoadVect
:S    210,   148,    55
:T Menu
:A Load Vector
:D Apply L,ad Vector
:K (lsdyna)
:K #(PREP7*解题+pmethod*elecstat)
:P (LINPLUS)
Fnc_SFE_selv
Fnc_LVSCALE
Fnc_LVSCALE_PSD
Fnc_RMLVSCALE
:E End
:!
:N Men_AppMagExcit
:S    380,   135,   238
:T Menu
:A    Excitation
:D   Excitation
:K (PR_ELMAG*pr_set+cfd)
:K #((MAGNETIC)*NOFILTER)
Fnc_-AppCurrDens-
Fnc_BFL_js
Fnc_BFA_js
Fnc_BFV_js
Fnc_BFK_js
Fnc_BF_js
Fnc_BFE_js
Fnc_LDREAD_js
Sep_
Fnc_-AppMagField-
Fnc_BFA_h
Fnc_BF_h
Sep_
Fnc_-AppVoltDrop-
Fnc_BFA_vltg
Fnc_BFV_vltg
Fnc_BFE_vltg
Sep_
K_LN(SCALARP*NOFILTER)
Fnc_RACE
:E END
:!
:N Men_AppMagFlag
:S    262,   145,   110
:T Menu
:A    Flag
:D   Apply Magnetic Flag
:K (PR_ELMAG*pr_set+cfd)
:K #((MAGNETIC+edgeelc)*NOFILTER)
Fnc_FMAGBC
Sep_
Fnc_-AppInfinite-
Fnc_SFL_inf
Fnc_SFA_inf
Fnc_SF_inf
Sep_
Fnc_-AppMCI-
Fnc_SFA_mci
Fnc_SF_mci
:E END
:!
:N Men_AppMagMisc
:S    389,   144,   238
:T Menu
:A    Other
:D   Apply Other Loads
:K (PR_ELMAG*pr_set+cfd)
:K #((MAGNETIC+edgeelc)*NOFILTER)
Fnc_-AppMagFlux-
Fnc_FK_flux
Fnc_F_flux
Sep_
Fnc_-AppCurrSeg-
Fnc_FK_csg
Fnc_F_csg
Sep_
Fnc_-AppMaxwell-
Fnc_SFL_mxwf
Fnc_SFA_mxwf
Fnc_SF_mxwf
Sep_
Fnc_-AppVirtDisp-
Fnc_BFK_mvdi
Fnc_BF_mvdi
Sep_
-Electric Field-
Fnc_BFE_EF
Fnc_LDREAD_EF
:E END
:!
:N Men_AppMagPoten
:S    393,   153,   233
:T Menu
:A    Boundary
:D Apply Magnetic Potential
:K (PR_ELMAG*pr_set+cfd)
:K #((MAGNETIC+edgeelc)*NOFILTER)
Fnc_-ScalarPot-
Fnc_DK_mag
Fnc_D_mag
Fnc_DA_mag
Fnc_D_magP
Men_FluxNorma
Sep_
Fnc_-VectorPot-
Fnc_DL_a
Fnc_DA_a
Fnc_DK_a
Fnc_D_a
Men_VectFluxP
Men_VectFluxN
Fnc_PERBC2D
Sep_
Fnc_-EdgeMVP-
Men_FluxPMVP
Fnc_DA_azN
Sep_
Men_AppEmagTemp
:E END
:!
:N Men_AppNormVel
:S    154,   117,    30
:T Menu
:A    Normal Velo
:K (PR_FLUID*pr_set)
:K ((FLUID+TFILM)*NOFILTER)
Fnc_BFA_norm_v
Fnc_BFE_norm_v
:E END
:!
:N Men_AppOtherStru
:S    328,   180,   141
:T Menu
:A    Other
:D Apply Other Structural Loads
:K ((PR_STRUC*PR_FLUID*PR_CFD*pr_set) + (lsdyna))
:K #(STRUCTRL*FLUID*CFD*NOFILTER)
Fnc_App_Stress
P_LN(LINPLUS)
Sep_
Fnc_-Fluence-
Fnc_BFL_flue
Fnc_BFA_flue
Fnc_BFV_flue
Fnc_BFK_flue
Fnc_BF_flue
Fnc_BFE_flue
Fnc_BFUNIF_flue
:E END
:!
:N Men_AppPressure
:S    302,   142,   153
:T Menu
:A    Pressure
:D Apply Pressure
:K ((PR_STRUC*pr_set) + (lsdyna))
:K #(STRUCTRL*NOFILTER)
Fnc_SFL_pres
Fnc_SFA_pres
Fnc_SF_pres
Fnc_SF_presCM
Sep_
K_LN(cyclic)
Fnc_SFE_pres
K_LN(CYCLIC)
Fnc_SFE_p
Fnc_SFE_presCM
Fnc_LDREAD_pres
Sep_
Fnc_SFBEAM
:E END
:!
:N Men_AppRad
:S    239,   176,    56
:T Menu
:A    Ambient Rad
:D Apply Radiation
:K (lsdyna)
:K (PREP7*解题)+(CFD*NOFILTER)
:P (THERMAL+FLOTRAN+LINPLUS+FULL_ANS)*(FLOTRAN)
Fnc_SFL_radF
Fnc_SFA_radF
Sep_
Fnc_SF_radF
Fnc_SFE_radF
:E END
:!
:N Men_AppRad_old
:S    237,   178,    52
:T Menu
:A    Radiation
:D Apply Radiation
:K (lsdyna)
:K (PREP7*解题)+(CFD*NOFILTER)
:P (THERMAL+FLOTRAN+LINPLUS+FULL_ANS)*(FLOTRAN)
Fnc_SFL_rad
Fnc_SFA_rad
Sep_
Fnc_SF_rad
Fnc_SFE_rad
:E END
:!
:N Men_AppRadiSF
:S    237,   179,    51
:T Menu
:A    Radiation
:D Apply Surface-to-Surface Radiation
:K (lsdyna)
:K (PREP7*解题)+((RADSURF+THERMAL+cfd)*NOFILTER)
:P (THERMAL)
Fnc_SFL_rdmx
Fnc_SFA_rdmx
Fnc_SF_rdmx
Fnc_SFE_rdmx
:E END
:!
:N Men_AppRadiSFlo
:S    246,   183,    56
:T Menu
:A    Surface Rad
:D Apply Surface-to-Surface Radiation
:K (lsdyna)
:K (PREP7*解题)+((RADSURF+thermal+CFD)*NOFILTER)
:P (FLOTRAN)
Fnc_SFL_rdmx
Fnc_SFA_rdmx
Sep_
Fnc_SF_rdmx
Fnc_SFE_rdmx
:E END
:!
:N Men_AppSpecies
:S    144,   102,    35
:T Menu
:A    Species
:K (PR_CFD*pr_set)
:K #(CFD*NOFILTER)
Fnc_DL_spec
Fnc_DA_spec
Fnc_D_spec
:E END
:!
:N Men_AppSpectrum
:S    367,   150,   210
:T Menu
:A    Spectrum
:D Apply Spectrum
:K ((PR_STRUC*pr_set) +lsdyna)
:K #((STRUCTRL+SPECTRUM)*NOFILTER)
Fnc_-BasePSD-
Fnc_DK_psd
Fnc_D_psd
Sep_
Fnc_-NodePSD-
Fnc_FK_psd
Fnc_F_psd
Sep_
Fnc_-SinglPtFor-
Fnc_FK_sv
Fnc_F_sv
Sep_
Fnc_-MultiPtBas-
Fnc_DK_multi
Fnc_D_multi
Sep_
Fnc_-MultiPtNod-
Fnc_FK_multi
Fnc_F_multi
:E END
:!
:N Men_AppStruInertia
:S    364,   211,   146
:T Menu
:A    Inertia
:D Apply Inertia Loads
:K ((PR_STRUC*PR_FLUID*PR_CFD*pr_set) + (lsdyna))
:K #(STRUCTRL*FLUID*CFD*NOFILTER)
:K #((PREP7*解题)+(cfd*NOFILTER))
-Angular Veloc-
Fnc_OMEGA
Men_AVOnComp
Sep_
-Angular Accel-
Fnc_DOMEGA
Men_AAOnComp
Sep_
Fnc_Coriolis
-Gravity-
Fnc_ACEL
Fnc_CMACEL
Sep_
Fnc_IRLF
:E END
:!
:N Men_AppStruTemp
:S    308,   159,   142
:T Menu
:A    Temperature
:D Apply Structural Temperature
:K ((PR_STRUC*pr_set) + (lsdyna))
:K #(STRUCTRL*NOFILTER)
Fnc_BFL_temp
Fnc_BFA_temp
Fnc_BFV_temp
Fnc_BFK_temp
Sep_
Fnc_BF_temp
Fnc_BF_tempCM
Fnc_LDREAD_temp
Fnc_TUNIF
Sep_
Fnc_BFE_temp
Fnc_BFE_tempCM
:E END
:!
:N Men_AppTemp
:S    260,   155,    98
:T Menu
:A    Temperature
:D Apply Temperature
:K (PR_THERM*PR_FLUID*PR_CFD*pr_set)
:K (THERMAL*FLUID*CFD*NOFILTER)
Fnc_DK_temp
Fnc_DL_temp
Fnc_DA_temp
Fnc_D_temp
Fnc_TUNIF
Sep_
Fnc_LDREAD_tempCFD
Fnc_LDREAD_tempD
:E END
:!
:N Men_AppTurb
:S    144,   102,    35
:T Menu
:A    Turbulence
:K (PR_CFD*pr_set)
:K #(CFD*NOFILTER)
Fnc_DL_turb
Fnc_DA_turb
Fnc_D_turb
:E END
:!
:N Men_AppVolFracCFD
:S    196,   109,    80
:T Menu
:A    Volume Fract
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
-Bound Loads-
Fnc_SFL_VFRC
Fnc_SFE_VFRC
-Init Loads-
Fnc_ICE_VFRC
Men_ICVF_Geom
:E END
:!
:N Men_ApplyBodFor
:S    220,   155,    58
:T Menu
:A    Forces
:D Nodal Body Forces
:K ((PR_CFD*pr_set) +(lsdyna))
:K (CFD*NOFILTER)
:P (LINPLUS*FLOTRAN)
-Body Forces-
Fnc_BF_Force
Sep_
-Forces-
Fnc_LDREAD_mforc
:E END
:!
:N Men_ApplyFSI
:S    278,   211,    60
:T Menu
:A Field Surface Intr
:D Apply Field Surface Interface
:K (PR_THERM*PR_FLUID*PR_CFD*pr_set)
:K (THERMAL*FLUID*CFD*STRUCTRL*NOFILTER)
:P (THERMAL*FLOTRAN*NOFILTER)
Fnc_SFL_FSInt
Fnc_SFA_FSInt
Sep_
Fnc_SF_FSInt
Fnc_SFE_FSInt
:E END
:!
:N Men_ApplyFVIN
:S    122,   102,    13
:T Menu
:A Field Volume Intr
:D Apply Field Volume Interface
Fnc_BFE_FVIN
:E END
:!
:N Men_ApplyLoads
:S    294,    93,   194
:T Menu
:A    Apply
:K (lsdyna)
:K #(PREP7*解题)
Men_StrucApply
Men_ThermApply
Men_MagApply
Men_ElecApply
Men_CFDApply
Men_FluidApply
Men_ApplyFSI
Men_ApplyFVIN
Sep_
Men_InitialCond
Men_AppLoadVect
Sep_
-Functions-
Fnc_FUNC_EDIT
Fnc_FUNC_READ
:E END
:!
:N Men_Arb_Area
:S    132,    82,    43
:T Menu
:A    Arbitrary
:D Arbitrary Area
Fnc_A
Fnc_ASUB
Fnc_AL
Fnc_ASKIN
Fnc_AOFFST
:E END
:!
:N Men_Arb_Volume
:S    117,    97,    13
:T Menu
:A    Arbitrary
:D Arbitrary Volume
:P (mdl2d)
Fnc_V
Fnc_VA
:E END
:!
:N Men_Arc
:S    122,    62,    53
:T Menu
:A    Arcs
:D Arcs
Fnc_LARC_3kp
Fnc_LARC
Fnc_CIRCLE_arc
Sep_
Fnc_CIRCLE
:E END
:!
:N Men_Archive
:S    111,    81,    23
:T Menu
:A Archive Model
:D Archive Model
Fnc_CDWRITE
Fnc_CDREAD
:E END
:!
:N Men_Aux12
:S    433,   205,   221
:T Menu
:A Radiation Opt
:C )/nopr
:C )!*get,_z1,active,,routin
:C )!*if,_z1,ne,62,then
:C /AUX12
:C )!*endif
:C )/go
:D Radiation Matrix Utility (AUX12)
:P #(THERMAL)
K_LN((pr_cfd+cfd)*NOFILTER)
Fnc_Aux12Fil
-Matrix Method-
Fnc_Emiss_aux12
Fnc_SetUp_aux12
Fnc_Write_aux12
K_LN(AUX12*PR_CFD*PR_THERM*(RADSURF+THERMAL)*CFD)
-Radiosity Meth-
Fnc_RadOpt12
Fnc_RadOpt13
Fnc_VFCALC
Fnc_VFQUERY
:E END
:!
:N Men_Beam_Custom
:S    148,    98,    43
:T Menu
:A    Custom 截面参数
:D Customize Section
Fnc_SecWrite_A
Fnc_User_Beam
Fnc_Beam_Edit
:E END
:!
:N Men_Beam_Taper
:S    131,    92,    32
:T Menu
:A    Taper 截面参数
:D Taper Section
Fnc_Taper_explct
Fnc_Taper_pick
:E END
:!
:N Men_Block
:S    112,    77,    28
:T Menu
:A    Block
:D Block
:P (mdl2d)
Fnc_BLC4
Fnc_BLC5
Fnc_BLOCK
:E END
:!
:N Men_CFDApply
:S    248,   130,   111
:T Menu
:A Fluid/CFD
:K ((PR_CFD*pr_set) +(lsdyna))
:K #(CFD*NOFILTER)
:K #(PREP7*解题)
Men_ApplyBodFor
Men_AppFluidDisp
Men_AppFluidVel
Men_AppFluidPres
Men_AppTurb
Men_AppSpecies
Men_AppVolFracCFD
:E END
:!
:N Men_CFDDelete
:S    242,   125,   110
:T Menu
:A Fluid/CFD
:D Delete Fluid/CFD Loads
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
Fnc_DelBodyFor
Men_DelFluidDisp
Men_DelFluidVel
Men_DelFluidPres
Men_DelTurb
Men_DelSpecies
Men_DelVolFracCFD
:E END
:!
:N Men_CFD_Solvers
:S    223,   110,   106
:T Menu
:A CFD Solver Controls
:D CFD Solver Controls
:P (FLOTRAN)
Fnc_Solver_VX
Fnc_Solver_VY
Fnc_Solver_VZ
Fnc_Solver_PRES
Fnc_Solver_TEMP
Fnc_Solver_ENKE
Fnc_Solver_ENDS
:E END
:!
:N Men_CMS
:S    252,   161,    84
:T Menu
:A    CMS
:D CMS Analysis
:K (lsdyna)
:K ((STRUCTRL+thermal+pr_therm+pr_fluid)+transduc)*(PR_STRUC+pr_therm+pr_fluid)
-CMS Superelements-
Fnc_CMS_Name
Fnc_ALLSEL
-CMS Interface-
Fnc_M
Sep_
Fnc_CMS_Stat
:E END
:!
:N Men_CheckCtrl
:S    153,   100,    46
:T Menu
:A Checking Ctrls
:D Checking Ctrls
:K #(igesfail)
Fnc_Mesh_Check
Fnc_Shpp_Check
Fnc_SHPP_toggle
:E END
:!
:N Men_Check_geom
:S    177,    83,    87
:T Menu
:A    Check Geom
:K #(igesfail)
K_LN(priges)
Fnc_SSLN
K_LN(priges)
Men_Degen_copy
K_LN(priges)
Sep_
Fnc_KDIS
Fnc_NDIS
:E END
:!
:N Men_Check_mesh
:S    184,    84,    93
:T Menu
:A    Check Mesh
:D    Check Mesh
-Individual Elm-
Fnc_CHECK_plt
Fnc_CHECK_ESEL
Sep_
-Connectivity-
Fnc_MCHECK
Fnc_MCHECK_ESEL
:E END
:!
:N Men_ChkElmShape
:S    131,    91,    33
:T Menu
:A Check Elem Shape
:D Check Elem Shape
Fnc_ESCHECK_plt
Fnc_ESCHECK_ESEL
:E END
:!
:N Men_CifMenu7
:S    133,   103,    23
:T Menu
:A    CIF Tools
:D Commands for Working With CIF Files
Fnc_CifSTAT
Fnc_CifMod
:E END
:!
:N Men_CirR3
:S    148,    81,    60
:T Menu
:A   Indp Curr Src
:D Indp Curr Src
Fnc_CirP3_0
Fnc_CirP3_1
Fnc_CirP3_2
Fnc_CirP3_3
Fnc_CirP3_4
:E END
:!
:N Men_CirR3_copy
:S    153,    86,    60
:T Menu
:A   Indp Curr Src
:D Indp Curr Src
Fnc_CirP3_0
Fnc_CirP3_1
Fnc_CirP3_2
Fnc_CirP3_3
Fnc_CirP3_4
:E END
:!
:N Men_CirR4
:S    148,    81,    60
:T Menu
:A   Indp Vltg Src
:D Indp Vltg Src
Fnc_CirP4_0
Fnc_CirP4_1
Fnc_CirP4_2
Fnc_CirP4_3
Fnc_CirP4_4
:E END
:!
:N Men_CirR4_copy
:S    153,    86,    60
:T Menu
:A   Indp Vltg Src
:D Indp Vltg Src
Fnc_CirP4_0
Fnc_CirP4_1
Fnc_CirP4_2
Fnc_CirP4_3
Fnc_CirP4_4
:E END
:!
:N Men_Circle
:S    149,    69,    73
:T Menu
:A    Circle
:D Circle
Fnc_CYL4_2d
Fnc_CYL4_holl_2d
Fnc_CYL4_part_2d
Sep_
Fnc_CYL5_2d
Fnc_PCIRC
:E END
:!
:N Men_Circuit
:S    350,    91,   252
:T Menu
:A Circuit
:D Circuit Builder
:P #(ELECMAG)
Fnc_Cir_WP
Fnc_Iconscale
Sep_
-Builder-
Men_Circuit_E
Men_Circuit_M
Men_Circuit_P
Men_Circuit_T
Men_Circuit_ROM
Sep_
Fnc_rcedit_124
Sep_
-Plot-
Fnc_Cir_Nod
Fnc_CirPR
Fnc_CirPWF_1
Fnc_Plt_Diode
Fnc_Plt_EMT
Fnc_Plt_Spring
Sep_
Fnc_Cir_Merge
Fnc_EDEL_MEM
:E END
:!
:N Men_Circuit_E
:S    346,   146,   193
:T Menu
:A    Electric
:D Electric Circuit Builder
:C )/NOPR
:C )KEYW,PIEZO,0
:C )*set,_e0,'124'
:C )/GO
Fnc_Wire
Fnc_CirP0
Fnc_CirP1
Fnc_CirP2
Fnc_CirP8
Fnc_Diode
Fnc_ZeDiode
Sep_
Men_CirR3
Men_CirR4
Sep_
Fnc_CirP9_1
Fnc_CirP10_1
Fnc_CirP11_1
Fnc_CirP12_1
Sep_
Fnc_CirP5_1
Fnc_CirP6_1
Fnc_CirP7_1
:E END
:!
:N Men_Circuit_M
:S    275,    96,   172
:T Menu
:A    Mechanical
:D Mechanical Circuit Builder
-Spring-
Fnc_Trn_Spring
Fnc_Trn_Spr_No
Fnc_Rot_Spring
Fnc_Rot_Spr_No
Sep_
-Damper-
Fnc_Trn_Damper
Fnc_Trn_Dam_No
Fnc_Rot_Damper
Fnc_Rot_Dam_No
Fnc_Slide_Film
Sep_
Fnc_Mass
:E END
:!
:N Men_Circuit_P
:S    285,   204,    74
:T Menu
:A    Piezoelectric
:D Piezo-Electric Circuit Builder
:C )/NOPR
:C )KEYW,PIEZO,1
:C )*set,_e0,'94'
:C )/GO
:P ((LINPLUS+THERMAL+E3+ELECMAG+FLOTRAN)*PP*ED)
Fnc_Wire
Fnc_CirP0
Fnc_CirP1
Fnc_CirP2
Sep_
Men_CirR3_copy
Men_CirR4_copy
:E END
:!
:N Men_Circuit_ROM
:S    132,   103,    22
:T Menu
:A    ROM
:D ROM Circuit Builder
:P (ELECMAG*PP*ED)
Fnc_ROMBRS
Fnc_ROMELM
:E END
:!
:N Men_Circuit_T
:S    168,   146,    15
:T Menu
:A    Transducer
:P ((LINPLUS+THERMAL+E3+ELECMAG+FLOTRAN)*PP*ED)
:D Electromechanical Transducer
Fnc_Transducer
:E END
:!
:N Men_Clear
:S    132,    81,    44
:T Menu
:A    Clear
:D Clear
:K #(igesfail)
Fnc_KCLEAR
Fnc_LCLEAR
Fnc_ACLEAR
Fnc_VCLEAR
:E END
:!
:N Men_CntcSurf
:S   1757,  1702,    48
:T Menu
:C )/NOPR
:C )KEYW,NOLNMESH,1
:C )KEYW,NOARMESH,1
:C )KEYW,NOELEMS,1
:C )*GET,_z1,ELEM,,COUNT
:C )*IF,_z1,NE,0,THEN !{
:C )CM,_ELEMCM,ELEM             ! Find if contact/target elems exist
:C )ESEL,S,ENAME,,169,174
:C )*GET,_z1,ELEM,,COUNT
:C )CMSEL,S,_ELEMCM
:C )CMDEL,_ELEMCM
:C )KEYW,CNTCELEM,0
:C )*IF,_z1,GT,0,THEN !{
:C )KEYW,CNTCELEM,1             ! Contact elements defined
:C )*ENDIF !}
:C )*ENDIF !}
:C )! Determine if there is a mesh
:C )_z1=lsinqr(0,14)  ! are there any lines
:C )*IF,_z1,GT,0,THEN !{
:C )*DEL,_l1
:C )*DEL,_l2
:, )*DIM,_l1,,_z1
:C )*DIM,_l2,,_z1
:C )*GET,_z2,COMMON,,ERRCOM,,INT,6   ! Get the value of /NERR
:C )/NERR,0
:C )*VGET,_l1(1),LINE,1,ATTR,NDIV
:C )/NERR,_z2
:C )*VFUN,_l2(1),PWR,_l1(1),2
:C )*VSCFUN,_z1,SUM,_l2(1)
:C )*IF,_z1,EQ,0,THEN !{
:C )KEYW,NOLNMESH,1
:C )*ELSE !}{
:C )KEYW,NOLNMESH,0
:C )*ENDIF  !}
:C )*DEL,_l1
:C )*DEL,_l2
:C )_z1=arinqr(0,14)   ! Determine if there are areas meshed
:C )*IF,_z1,GT,0,THEN  !{
:C )*DEL,_l1
:C )*DEL,_l2
:C )*DIM,_l1,,_z1
:C )*DIM,_l2,,_z1
:C )*GET,_z2,COMMON,,ERRCOM,,INT,6   ! Get the value of /NERR
:C )/NERR,0
:C )*VGET,_l1(1),AREA,1,ATTR,NNOD
:C )/NERR,_z2
:C )*VFUN,_l2(1),PWR,_l1(1),2
:C )*VSCFUN,_z1,SUM,_l2(1)
:C )*IF,_z1,EQ,0,THEN  !{
:C )KEYW,NOARMESH,1
:C )*ELSE  !}{
:C )KEYW,NOARMESH,0
:C )*ENDIF  !}
:C )*DEL,_l1
:C )*DEL,_l2
:C )*ENDIF  !}
:C )_z1=elmiqr(0,14)  ! are there any elements
:C )*IF,_z1,GT,0,THEN !{
:C )KEYW,NOELEMS,0
:C )*ENDIF  !}
:C )*ELSE  !}{
:C )_z1=elmiqr(0,14)  ! are there any elements
:C )*IF,_z1,GT,0,THEN !{
:C )KEYW,NOELEMS,0
:C )*ENDIF  !}
:C )*ENDIF  !}
:C )/GO
:A Contact Pair
:D Contact Pair
:K #(PREP7)
:K (PR_STRUC*pr_set)
Fnc_CWz_Entry
Fnc_CWz_ViewPair
Fnc_CWz_DelePair
:E END
:!
:N Men_Cone
:S     99,    74,    18
:T Menu
:A    Cone
:D Cone
:P (mdl2d)
Fnc_CON4
Fnc_CONE
:E END
:!
:N Men_Contact_Controls
:S    252,    96,   149
:T Menu
:A Contact
:D Contact
:K (LSDYNA+PREP7)
Fnc_DYNA_Params
Fnc_DYNA_DefBox
Fnc_DYNA_Contopt
Fnc_DYNA_ConMore
Fnc_DYNA_LisCont
Fnc_DYNA_PltCont
Fnc_DYNA_DelCon
Fnc_DYNA_DeacCon
Fnc_DYNA_ActCon
:E END
:!
:N Men_Copy
:S    229,    81,   141
:T Menu
:A    Copy
:C
:D Copy
:K #(igesfail)
Fnc_KGEN
Fnc_LGEN
Fnc_AGEN
Fnc_VGEN
Sep_
Fnc_MSHC_l
Fnc_MSHC_a
Sep_
-Nodes-
Fnc_NGEN_copy
Fnc_NSCALE_copy
-Elements-
Fnc_EGEN_copy
Fnc_ENGEN
:E END
:!
:N Men_Correlation
:S    176,   107,    62
:T Menu
:A    Correlation
:K #(PSDRANDM*NOFILTER)
:P (FULL_ANS)
Fnc_COVAL
Fnc_QDVAL
Fnc_CO_QD_eras
Sep_
Fnc_PSDWAV
Fnc_PSDSPL
:E END
:!
:N Men_CoupCeqn
:S    385,   170,   208
:T Menu
:A Coupling / Ceqn
:C
:D Coupling / Ceqn
:K #(maghfe*(MAGHFE+MAGNOD+MAGEDG+MAGELC+PR_SET+PR_CFD+PR_MULTI))
:K #(igesfail)
K_LN(LSDYNA)
Fnc_DYNA_Rigid
Fnc_CP_1b
Fnc_CP_1a
K_LN(STRUCTRL)
Sep_
Fnc_CPLGEN
Fnc_CPSGEN
Fnc_CPINTF
Fnc_CPCYC
Fnc_CPDELE
Sep_
Fnc_CE
Fnc_CESGEN
Fnc_CECMOD
Fnc_CEINTF
Fnc_SHSD
Fnc_CERIG_P
Fnc_CEDELE
Fnc_RBE3
:E END
:!
:N Men_CrePath
:S    202,    89,   106
:T Menu
:A Path Operations
:K #((PREP7)*NOFILTER)
Men_PPATH_P7
Men_PATHDELETE
Fnc_PATHPLOT
Sep_
Fnc_PATHRECALL
-Store-
Fnc_PATHSAVE
-Retrieve-
Fnc_PATHRESU
:E End
:!
:N Men_Create52
:S    433,    83,   343
:T Menu
:A    Create
:D Create
:K (priges)
Men_Keypoint
Sep_
-Lines-
Men_Line
Men_Arc
Men_Spline
Fnc_LFILLT
Sep_
-Areas-
Men_Arb_Area
Men_Rectangle
Men_Circle
Men_Polygon
Fnc_AFILLT
P_LN(mdl2d)
Sep_
P_LN(mdl2d)
-Volumes-
Men_Arb_Volume
Men_Block
Men_Cylinder
Men_Prism
Men_Sphere
Men_Cone
Fnc_TORUS
Sep_
Men_Nodes
Men_Elements
Fnc_CWz_Entry
Men_Piping
Men_Circuit
Fnc_RACE
Men_Transduc
:E END
:!
:N Men_Create53
:S    291,    98,   186
:T Menu
:A    Create
:D Create
:K (PRIGES)
:K #(igesfail)
Men_HPT_54
Sep_
-Primitives-
Fnc_BLC5_iges
Fnc_CYL4_iges
Fnc_CON4_iges
Fnc_SPH4_iges
Sep_
Fnc_VA53
Sep_
Men_Nodes
Men_Elements
Fnc_CWz_Entry
Men_Piping
Men_Circuit
Fnc_RACE
Men_Transduc
:E END
:!
:N Men_CycPhase
:S    219,   102,   110
:T Menu
:A Cyclic Phase
:K #((POST1+RESULTS+CYCLIC)*NOFILTER)
Fnc_CycPhase_Sweep
Fnc_CycPhase_Put
Fnc_CycPhase_List
Fnc_CycPhase_Get
Fnc_CycPhase_Status
Fnc_CycPhase_Clear
:E End
:!
:N Men_Cylinder
:S    157,    86,    64
:T Menu
:A    Cylinder
:D Cylinder
:P (mdl2d)
Fnc_CYL4
Fnc_CYL4_hollow
Fnc_CYL4_part
Sep_
Fnc_CYL5
Fnc_CYLIND
:E END
:!
:N Men_Cylinder_T
:S    126,    88,    31
:T Menu
:A    Cylinder
:D Cylinder
:P (mdl2d)
Fnc_CYL4
Fnc_CYL5
Fnc_CYLIND_T
:E END
:!
:N Men_DMPEXT
:S    131,    98,    26
:T Menu
:A DampExtract
:D ThinFilm Operations
:P (FULL_ANS)
Fnc_DMPEXT
Fnc_DMPEXT_EIG
:E END
:!
:N Men_DYNAPREP
:S    277,   133,   137
:T Menu
:A LS-DYNA Options
:D LSDYNA3D Explicit Dynamics
:K (LSDYNA*FULL_ANS)
:K #(igesfail)
Fnc_DYNA_Parts
Fnc_DYNA_Assem
Men_DYNA_I,arts
Men_Contact_Controls
Men_DYNA_Cnstr
K_LN(LSDYNA)
Men_DYNA_Veloc
Men_Solu_Load
Men_Spotweld
:E END
:!
:N Men_DYNASOLU
:S    225,   119,    99
:T Menu
:A LS-DYNA Controls
:D LSDYNA3D Explicit Dynamics
:K (LSDYNA*FULL_ANS)
Men_Default_Controls
Men_File_Control
Men_Local_CS
Fnc_Step_Control
Fnc_DYNA_MatProp
Fnc_DYNA_Damp
:E END
:!
:N Men_DYNA_ALE
:S    164,   109,    48
:T Menu
:A ALE Options
:D ALE Options for LS-DYNA
:K (LSDYNA+解题)
Fnc_DYNA_EDGC
Fnc_DYNA_ALEDEal
Fnc_DYNA_ALELSal
:E END
:!
:N Men_DYNA_Accel
:S    141,   100,    34
:T Menu
:A Acceleration CS
:D Acceleration CS
:K (LSDYNA)
Fnc_App_Coriolis
Fnc_del_Coriolis
:E END
:!
:N Men_DYNA_AdptMsh
:S    195,   141,    47
:T Menu
:A Adaptive 单元划分
:D Adaptive 单元划分 Options for LS-DYNA
:K (LSDYNA+解题)
Fnc_DYNA_Edadapt
Fnc_DYNA_AdList
Fnc_DYNA_EDAC
:E END
:!
:N Men_DYNA_Cnstr
:S    145,    92,    46
:T Menu
:A Constraints
:D Constraints
:K (LSDYNA)
Men_DYNapplyDisp
Men_DYNDelDisp
Fnc_DYNexport
:E END
:!
:N Men_DYNA_Curve
:S    203,   123,    73
:T Menu
:A Curve Options
:D Curve Data for LS-DYNA Explicit
:K (LSDYNA*FULL_ANS)
Fnc_DYNA_CurvAdd
Fnc_DYNA_CurvDel
Sep_
Fnc_DYNA_CurvLis
Fnc_DYNA_CurvPlt
:E END
:!
:N Men_DYNA_EDTER
:S    169,   111,    51
:T Menu
:A Criteria to Stop
:D Criteria to Stop
:K (LSDYNA*FULL_ANS)
Fnc_DYNA_EDTERnd
Fnc_DYNA_EDTERpt
Fnc_DYNA_EDTERls
:E END
:!
:N Men_DYNA_Files
:S    144,   107,    30
:T Menu
:A Input File/Parts
:D Input Files and Parts
:K (LSDYNA)
Fnc_DYNA_Input
Fnc_DYNA_Parts
:E END
:!
:N Men_DYNA_Hgl
:S    149,   108,    34
:T Menu
:A Hourglass Ctrls
:D LS-DYNA Hourglass Options
:K (LSDYNA)
Fnc_DYNA_Hourgls
Fnc_DYNA_MatProp
:E END
:!
:N Men_DYNA_IParts
:S    191,   136,    48
:T Menu
:A Inertia Options
:D Rigid Body Inertia Options
:K (LSDYNA*FULL_ANS)
:K #(igesfail)
Fnc_EDIPART_def
Fnc_EDIPART_lis
Fnc_EDIPART_del
:E END
:!
:N Men_DYNA_OutCtrl
:S    223,   140,    76
:T Menu
:A Output Controls
:D Output Control Options for LS-DYNA.
:K ((LSDYNA*FULL_ANS)+解题)
Fnc_DYNA_Edopt
Men_DYNA_RstHt
Fnc_DYNA_Edout
Fnc_DYNA_Edhist
Fnc_DYNA_Edint
:E END
:!
:N Men_DYNA_Read
:S    155,    69,    79
:T Menu
:A Read LSDYNA Data
Fnc_GLREAD
Fnc_MATREAD
Fnc_SPCREAD
Fnc_RCREAD
Fnc_SLREAD
Fnc_RBREAD
Fnc_NDREAD
:E End
:!
:N Men_DYNA_RstHt
:S    172,   133,    32
:T Menu
:A File Output Freq
:D Specify File Output Frequency
:K ((LSDYNA*FULL_ANS)+解题)
Fnc_DYNA_RstHt
Fnc_DYNA_RstHtDt
:E END
:!
:N Men_DYNA_TimeCon
:S    202,   136,    59
:T Menu
:A Time Controls
:D Time Control Options for LS-DYNA.
:K ((LSDYNA*FULL_ANS)+解题)
Fnc_DYNA_Term
Fnc_EDTIMSTP
Fnc_DYNA_Scale
Fnc_DYNA_Subcycl
:E END
:!
:N Men_DYNA_Veloc
:S    272,   102,   163
:T Menu
:A Initial Velocity
:D Initial Velocity
:K (LSDYNA)
-On Nodes-
Fnc_DYNA_VelInpt
Fnc_DYNA_VelGene
Fnc_DYNA_VelDele
Fnc_DYNA_VelList
Sep_
-On Parts-
Fnc_DYNApVelInpt
Fnc_DYNApVelGene
Fnc_DYNApVelDele
Fnc_DYNApVelList
:E END
:!
:N Men_DYNA_dBND
:S    195,   159,    29
:T Menu
:A Symm Bndry Plane
:D Delete Symmetry Boundary Plane
:K ((PR_STRUC*pr_set)+(LSDYNA))
:K #(STRUCTRL*NOFILTER)
Fnc_DYNA_adBND
Fnc_DYNA_dBND
:E END
:!
:N Men_DYNA_dEDNB
:S    196,   158,    31
:T Menu
:A Non-Refl Bndry
:D Delete Non-Reflecting Boundary
:K ((PR_STRUC*pr_set)+(LSDYNA))
:K #(STRUCTRL*NOFILTER)
Fnc_DYNA_adEDNB
Fnc_DYNA_dEDNB
:E END
:!
:N Men_DYNA_dLoad
:S    140,   102,    31
:T Menu
:A Delete Loads
:D Delete LS-DYNA Loads
:K (LSDYNA)
Fnc_DYNA_adLoad
Fnc_DYNA_dLoad
:E END
:!
:N Men_DYNDelDisp
:S    239,   140,    92
:T Menu
:A Delete
:D Delete Displacements
:K ((PR_STRUC*pr_set)+(LSDYNA))
:K #(STRUCTRL*NOFILTER)
Fnc_DKDELE_uva
Fnc_DLDELE
Fnc_DADELE
Fnc_DDELE_uva
Men_dDYNROT
Men_DYNA_dBND
Men_DYNA_dEDNB
:E END
:!
:N Men_DYNapplyDisp
:S    342,   153,   182
:T Menu
:A Apply
:D Apply Displacements
:K ((PR_STRUC*pr_set)+(LSDYNA))
:K #(STRUCTRL*NOFILTER)
:P (LINPLUS)
Fnc_DL_u
Fnc_DA_u
Fnc_DK_u
Fnc_D_u
Fnc_DYNROT
Fnc_DYN_cnst
Fnc_DL_symm_na
Fnc_DL_symm
Fnc_DA_symm
Fnc_DYNA_BND
Fnc_DYNA_EDNB
Sep_
Men_Local_CS
Fnc_DL_asym_na
Fnc_DL_asym
Fnc_DA_asym
:E END
:!
:N Men_DecOpt
:S    106,    70,    29
:T Menu
:A Decimation Options  
Sep_
Fnc_DecOpt
Fnc_Dec_Stat
:E END
:!
:N Men_Default_Controls
:S    328,   139,   182
:T Menu
:A Analysis Options
:D Analysis Options for LS-DYNA.
:K ((LSDYNA*FULL_ANS)+解题)
Fnc_DYNA_Start
Fnc_DYNA_StrInit
Fnc_DYNA_CPU
Men_DYNA_EDTER
Fnc_DYNA_Energy
Fnc_DYNA_Relax
Fnc_DYNA_Visco
Men_DYNA_Hgl
Men_DYNA_AdptMsh
Men_DYNA_ALE
Fnc_DYNA_Double
Fnc_DYNA_Paralel
:E END
:!
:N Men_DefineLoads
:S    201,    83,   111
:T Menu
:A Define Loads
:D Define Loads
Men_LoadSettings
Men_ApplyLoads
Men_DeleteLoads
Men_OperLoads
K_LN(PARPERF)
Sep_
K_LN(PARPERF)
Fnc_DomainDcomp
:E END
:!
:N Men_Degen
:S    141,    83,    51
:T Menu
:A Show Degeneracy
:D Show Degeneracy
Fnc_ADGL
Fnc_VDGL
Sep_
Fnc_APLOT_deg
Fnc_VPLOT_deg
:E END
:!
:N Men_Degen_copy
:S    146,    88,    51
:T Menu
:A Show Degeneracy
:D Show Degeneracy
Fnc_ADGL
Fnc_VDGL
Sep_
Fnc_APLOT_deg
Fnc_VPLOT_deg
:E END
:!
:N Men_DelAllLoads
:S    562,   123,   432
:T Menu
:A All Load Data
:D Delete All Load Data
:K (lsdyna)
:K #(PREP7*解题)
Fnc_LSCLEAR_all
Sep_
Fnc_LSCLEAR_soli
Fnc_LSCLEAR_fe
Fnc_LSCLEAR_iner
Fnc_PSecLdDelAll
Sep_
-All Constraint-
Fnc_DKDELE_all
Fnc_DLDELE_all
Fnc_DADELE_all
Fnc_DDELE_all
Fnc_DJDELE_all
Sep_
-All Forces-
Fnc_FKDELE_all
Fnc_FDELE_all
Fnc_FJDELE_all
Sep_
-All Surface Ld-
Fnc_SFLDELE_all
Fnc_SFADELE_all
Fnc_SFEDELE_all
Sep_
-All Body Loads-
Fnc_BFLDELE_all
Fnc_BFADELE_all
Fnc_BFVDELE_all
Fnc_BFKDELE_all
Fnc_BFDELE_all
Fnc_BFEDELE_all
:E END
:!
:N Men_DelAngAccel
:S    263,   222,    34
:T Menu
:A    Angular Accel
:D Delete Angular Acceleration
:K ((PR_STRUC*PR_FLUID*PR_CFD*pr_set) + (lsdyna))
:K #(STRUCTRL*FLUID*CFD*NOFILTER)
:K #((PREP7*解题)+(cfd*NOFILTER))
Fnc_DOMEGA_dele
Fnc_CMDOMEGA_dele
:E END
:!
:N Men_DelAngVeloc
:S    257,   218,    32
:T Menu
:A    Angular Veloc
:D Delete Angular Velocity
:K ((PR_STRUC*PR_FLUID*PR_CFD*pr_set) + (lsdyna))
:K #(STRUCTRL*FLUID*CFD*NOFILTER)
:K #((PREP7*解题)+(cfd*NOFILTER))
Fnc_OMEGA_dele
Fnc_CMOMEGA_dele
:E END
:!
:N Men_DelConvect
:S    235,   157,    71
:T Menu
:A    Convection
:D Delete Convection
:K (PR_THERM*PR_FLUID*PR_CFD*pr_set)
:K (THERMAL*FLUID*CFD*NOFILTER)
Fnc_SFLDELE_conv
Fnc_SFADELE_conv
Sep_
Fnc_SFDELE_conv
Fnc_SFEDEL_conv
:E END
:!
:N Men_DelDisplace
:S    244,   150,    87
:T Menu
:A    Displacement
:D Delete Displacements
:K ((PR_STRUC*pr_set)+(lsdyna))
:K #(STRUCTRL*NOFILTER)
Fnc_DKDELE_uva
Fnc_DLDELE
Fnc_DADELE
Sep_
Fnc_DDELE_uva
Fnc_DDELE_uvaCM
Fnc_DJDE_joint
:E END
:!
:N Men_DelElecExcit
:S    758,   218,   533
:T Menu
:A    Excitation
:D    Excitation
:K (PR_ELMAG*pr_set*PR_MULTI*(PR_THERM+ELECTRIC))
:K #(ELECTRIC+vfed)*CIRC*ELECSTAT*TIMEINTP*EDGEELC*NOFILTER)
:P (ELECMAG*THERMAL)
Fnc_-AppCurrent-
Fnc_FKDELE_amps
Fnc_FDELE_amps
Fnc_-ImprCurr-
Fnc_FKDELE_ic
Fnc_FDELE_ic
Sep_
Fnc_-AppCharge-
Fnc_FKDELE_chrg
Fnc_FDELE_chrg
Sep_
Fnc_-AppCharDens-
Fnc_BFLDELE_chrg
Fnc_BFADELE_chrg
Fnc_BFVDELE_chrg
Fnc_BFKDELE_chrg
Fnc_BFDELE_chrg
Fnc_BFEDELE_chrg
Sep_
Fnc_-AppSurfChar-
Fnc_SFLDELE_chrg
Fnc_SFADELE_chrg
Fnc_SFDELE_chrg
Fnc_SFEDEL_chrg
Sep_
Fnc_-DelExtPort-
Fnc_SFADELE_port
Fnc_SFDELE_port
Sep_
Fnc_-DelIntPort-
Fnc_BFADELE_port
Fnc_BFDELE_port
Sep_
Fnc_-DelElecField-
Fnc_BFLDELE_ef
Fnc_BFADELE_ef
Fnc_BFDELE_ef
:E END
:!
:N Men_DelElecFlag
:S    381,   206,   168
:T Menu
:A    Flag
:D    Flag
:K (PR_ELMAG*pr_set*PR_MULTI*(PR_THERM+ELECTRIC))
:K #((ELECTRIC+vfed)*CIRC*ELECSTAT*TIMEINTP*EDGEELC*NOFILTER)
:P (ELECMAG*THERMAL)
Fnc_-AppInfinite-
Fnc_SFLDELE_inf
Fnc_SFADELE_inf
Fnc_SFDELE_inf
Fnc_SFEDEL_inf
Sep_
Fnc_-AppMaxwell-
Fnc_SFLDELE_mxwf
Fnc_SFADELE_mxwf
Fnc_SFDELE_mxwf
Fnc_SFEDEL_mxwf
:E END
:!
:N Men_DelElecPoten
:S    592,   167,   418
:T Menu
:A    Boundary
:D Delete Electric Potential
:K (PR_ELMAG*pr_set)
:K #(ELECTRIC*ELECSTAT*TIMEINTP*EDGEELC*NOFILTER)
Fnc_-AppImped_E-
Fnc_SFADELE_impE
Fnc_SFDELE_impdE
Fnc_SFEDEL_impdE
Sep_
Fnc_-AppShield-
Fnc_SFADELE_shld
Fnc_SFDELE_shld
Sep_
Fnc_-Voltage-
Fnc_DKDELE_volt
Fnc_DDELE_volt
Fnc_DLDELE_volt
Fnc_DADELE_volt
Sep_
Fnc_-TimeInt-
Fnc_DKDELE_ti
Fnc_DDELE_ti
Fnc_DADELE_ti
Sep_
Fnc_-PerfEC-
Fnc_DLDELE_pec
Fnc_DADELE_pec
Fnc_DDELE_pec
K_LN(EDGEELC*NOFILTER)
Sep_
Fnc_-PMLOpt-
Fnc_PMLPAR_CL0
Fnc_PMLPAR_CL1
Sep_
Men_DelEmagTemp
:E END
:!
:N Men_DelEmagTemp
:S    285,   159,   119
:T Menu
:A Temperature
:D Delete Temperature
:K #((ELECTRIC+ELECSTAT*EDGEELC*QUASISTA)*(MAGNETIC+thermal)*NOFILTER)
Fnc_EM_BFLDELE_temp
Fnc_EM_BFADELE_temp
Fnc_EM_BFVDELE_temp
Fnc_EM_BFKDELE_temp
Fnc_EM_BFDELE_temp
Fnc_EM_BFEDELE_temp
:E END
:!
:N Men_DelFSI
:S    195,   141,    47
:T Menu
:A    Field Surface
:D Delete Field Surface Interface
:K (PR_FLUID*pr_set)
:K (FLUID*NOFILTER)
Fnc_SFLDELE_fsi
Fnc_SFADELE_fsi
Fnc_SFDELE_fsi
:E End
:!
:N Men_DelFlPrsANS
:S    181,   111,    63
:T Menu
:A    Pressure DOF
:K (PR_FLUID*pr_set)
:K (FLUID*NOFILTER)
Fnc_DKDELE_pres
Fnc_DLDELE_pres
Fnc_DADELE_pres
Fnc_DDELE_pres
:E END
:!
:N Men_DelFlowANS
:S    144,   102,    35
:T Menu
:A    Flow
:K (PR_FLUID*pr_set)
:K (FLUID*NOFILTER)
Fnc_FKDELE_flow_a
Fnc_FDELE_flow_a
:E END
:!
:N Men_DelFluidDisp
:S    206,   143,    56
:T Menu
:A    Displacement
:D Delete Displacements in Flotran
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
Fnc_DKDELE_uva
Fnc_DLDELE
Fnc_DADELE
Sep_
Fnc_DDELE_uva
:E END
:!
:N Men_DelFluidPres
:S    178,   108,    63
:T Menu
:A    Pressure DOF
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
Fnc_DKDELE_pres
Fnc_DLDELE_pres
Fnc_DADELE_pres
Fnc_DDELE_pres
:E END
:!
:N Men_DelFluidVel
:S    189,   122,    60
:T Menu
:A    Velocity
:D Delete Velocity
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
Fnc_DKDELE_uva
Fnc_DLDELE_v
Fnc_DADELE_v
Sep_
Fnc_DDELE_uva
:E END
:!
:N Men_DelForce
:S    212,   148,    57
:T Menu
:A    Force/Moment
:D Delete Force/Moment
:K ((PR_STRUC*pr_set) + (lsdyna))
:K #(STRUCTRL*NOFILTER)
Fnc_FKDELE_fm
Fnc_FDELE_fm
Fnc_FDELE_fmCM
Fnc_FJDE_joint
:E END
:!
:N Men_DelHeatFlow
:S    168,   130,    31
:T Menu
:A    Heat Flow
:D Delete Heat Flow
:K (PR_THERM*pr_set)
:K (THERMAL*NOFILTER)
Fnc_FKDELE_heat
Fnc_FDELE_heat
:E END
:!
:N Men_DelHeatFlux
:S    234,   156,    71
:T Menu
:A    Heat Flux
:D Delete Heat Flux
:K (PR_THERM*PR_FLUID*PR_CFD*pr_set)
:K (THERMAL*FLUID*CFD*NOFILTER)
Fnc_SFLDELE_hflu
Fnc_SFADELE_hflu
Sep_
Fnc_SFDELE_hflu
Fnc_SFEDEL_hflu
:E END
:!
:N Men_DelHeatGen
:S    231,   123,   101
:T Menu
:A    Heat Generat
:K (PR_THERM*PR_CFD*pr_set)
:K (THERMAL*CFD*NOFILTER)
Fnc_BFLDELE_hgen
Fnc_BFADELE_hgen
Fnc_BFVDELE_hgen
Fnc_BFKDELE_hgen
Fnc_BFDELE_hgen
Fnc_BFEDELE_hgen
:E END
:!
:N Men_DelHeatGenANS
:S    170,   113,    50
:T Menu
:A    Heat Generat
:K (PR_FLUID*pr_set)
:K (FLUID*NOFILTER)
Fnc_BFKDELE_hgen
Fnc_BFDELE_hgen
Fnc_BFEDELE_hgen
:E END
:!
:N Men_DelHeatGenCFD
:S    183,   109,    67
:T Menu
:A    Heat Generat
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
Fnc_BFADELE_hgen
Fnc_BFVDELE_hgen
Fnc_BFDELE_hgen
Fnc_BFEDELE_hgen
:E END
:!
:N Men_DelImpedance
:S    208,   130,    71
:T Menu
:A    Impedance
:D Delete Impedance
:K (pr_set*PR_FLUID)
:K #(FLUID*NOFILTER)
Fnc_SFLDELE_impd
Fnc_SFADELE_impd
Sep_
Fnc_SFDELE_impd
Fnc_SFEDEL_impd
:E End
:!
:N Men_DelLoadVect
:S    216,   136,    73
:T Menu
:A Load Vector
:D Delete Load Vector
:K (lsdyna)
:K #(pmethod*elecstat)
:P (LINPLUS)
Fnc_SFEDELE_selv
Fnc_LVSCALE_dele
Fnc_LVSCALE_del_psd
Fnc_RMLVSCALE_dele
:E END
:!
:N Men_DelMagExcit
:S    369,   131,   231
:T Menu
:A    Excitation
:D   Excitation
:K (PR_ELMAG*pr_set)
:K #((MAGNETIC)*NOFILTER)
Fnc_-DelCurrDens-
Fnc_BFLDELE_js
Fnc_BFADELE_js
Fnc_BFVDELE_js
Fnc_BFKDELE_js
Fnc_BFDELE_js
Fnc_BFEDELE_js
Sep_
Fnc_-DelMagField-
Fnc_BFADELE_h
Fnc_BFDELE_h
Sep_
Fnc_-AppVoltDrop-
Fnc_BFADELE_vltg
Fnc_BFVDELE_vltg
Fnc_BFEDELE_vltg
:E END
:!
:N Men_DelMagFlag
:S    301,   150,   144
:T Menu
:A    Flag
:D   Delete Magnetic Flag
:K (PR_ELMAG*pr_set)
:K #((MAGNETIC+edgeelc+edgeflx)*NOFILTER)
Fnc_-AppInfinite-
Fnc_SFLDELE_inf
Fnc_SFADELE_inf
Fnc_SFDELE_inf
Fnc_SFEDEL_inf
Sep_
Fnc_-AppMCI-
Fnc_SFADELE_mci
Fnc_SFDELE_mci
Fnc_SFEDEL_mci
:E END
:!
:N Men_DelMagMisc
:S    391,   141,   243
:T Menu
:A    Other
:D   Delete Other Loads
:K (PR_ELMAG*pr_set)
:K #((MAGNETIC+edgeelc)*NOFILTER)
Fnc_-AppMagFlux-
Fnc_FKDELE_flux
Fnc_FDELE_flux
Sep_
Fnc_-AppCurrSeg-
Fnc_FKDELE_csg
Fn,_FDELE_csg
Sep_
Fnc_-AppMaxwell-
Fnc_SFLDELE_mxwf
Fnc_SFADELE_mxwf
Fnc_SFDELE_mxwf
Fnc_SFEDEL_mxwf
Sep_
Fnc_-AppVirtDisp-
Fnc_BFKDELE_mvdi
Fnc_BFDELE_mvdi
:E END
:!
:N Men_DelMagPoten
:S    357,   149,   201
:T Menu
:A    Boundary
:D Delete Magnetic Potential
:K (PR_ELMAG*pr_set)
:K ((MAGNETIC+edgeelc)*NOFILTER)
Fnc_-ScalarPot-
Fnc_DKDELE_mag
Fnc_DDELE_mag
Fnc_DADELE_mag
Sep_
Fnc_-VectorPot-
Fnc_DKDELE_a
Fnc_DLDELE_a
Fnc_DADELE_a
Fnc_DDELE_a
Sep_
Fnc_-EdgeMVP-
Fnc_DADELE_azP
Fnc_DDELE_azP
Sep_
Men_DelEmagTemp
:E END
:!
:N Men_DelNormVel
:S    158,   117,    34
:T Menu
:A    Normal Velo
:K (PR_FLUID*pr_set)
:K ((FLUID+TFILM)*NOFILTER)
Fnc_BFADE_norm_v
Fnc_BFEDE_norm_v
:E END
:!
:N Men_DelOtherStru
:S    318,   181,   130
:T Menu
:A    Other
:D Delete Other Structural Loads
:K ((PR_STRUC*PR_FLUID*PR_CFD*pr_set) + (lsdyna))
:K #(STRUCTRL*FLUID*CFD*NOFILTER)
P_LN(LINPLUS)
Sep_
-Fluence-
Fnc_BFLDELE_flue
Fnc_BFADELE_flue
Fnc_BFVDELE_flue
Fnc_BFKDELE_flue
Fnc_BFDELE_flue
Fnc_BFEDELE_flue
:E END
:!
:N Men_DelPressure
:S    253,   143,   103
:T Menu
:A    Pressure
:D Delete Pressure
:K ((PR_STRUC*pr_set) + (lsdyna))
:K #(STRUCTRL*NOFILTER)
Fnc_SFLDELE_pres
Fnc_SFADELE_pres
Sep_
Fnc_SFDELE_pres
Fnc_SFDELE_prCM
Fnc_SFEDEL_pres
Fnc_SFEDEL_prCM
:E END
:!
:N Men_DelRad
:S    252,   178,    67
:T Menu
:A    Ambient Rad
:D Delete Radiation
:K (lsdyna)
:K #(PREP7*解题)+(CFD*NOFILTER)
:P (THERMAL+FLOTRAN+LINPLUS+FULL_ANS)*(FLOTRAN)
Fnc_SFLDELE_rad
Fnc_SFADELE_rad
Sep_
Fnc_SFDELE_rad
Fnc_SFEDEL_rad
:E END
:!
:N Men_DelRadiSF
:S    258,   180,    71
:T Menu
:A    Radiation
:D Delete Surface-to-Surface Radiation
:K (lsdyna)
:K (PREP7*解题)+((RADSURF+THERMAL+cfd)*NOFILTER)
:P (THERMAL)
Fnc_SFLDELE_rdmx
Fnc_SFADELE_rdmx
Sep_
Fnc_SFDELE_rdmx
Fnc_SFEDEL_rdmx
:E END
:!
:N Men_DelRadiSFlo
:S    262,   184,    71
:T Menu
:A    Surface Rad
:D Delete Surface-to-Surface Radiation
:K (lsdyna)
:K (PREP7*解题)+((RADSURF+thermal+CFD)*NOFILTER)
:P (FLOTRAN)
Fnc_SFLDELE_rdmx
Fnc_SFADELE_rdmx
Sep_
Fnc_SFDELE_rdmx
Fnc_SFEDEL_rdmx
:E END
:!
:N Men_DelSpecies
:S    156,   102,    47
:T Menu
:A    Species
:K (PR_CFD*pr_set)
:K #(CFD*NOFILTER)
Fnc_DLDELE_spec
Fnc_DADELE_spec
Fnc_DDELE_spec
:E END
:!
:N Men_DelSpectrum
:S    408,   152,   249
:T Menu
:A    Spectrum
:D Delete Spectrum
:K ((PR_STRUC*pr_set) + lsdyna)
:K #((STRUCTRL+SPECTRUM)*NOFILTER)
Fnc_-BasePSD-
Fnc_DK_psd_dele
Fnc_D_psd_dele
Sep_
Fnc_-NodePSD-
Fnc_FKDELE_psd
Fnc_FDELE_psd
Sep_
Fnc_-SinglPtFor-
Fnc_FKDELE_sv
Fnc_FDELE_sv
Sep_
Fnc_-MultiPtBas-
Fnc_DK_mult_del
Fnc_D_mult_del
Sep_
Fnc_-MultiPtNod-
Fnc_FKDELE_mult
Fnc_FDELE_multi
:E END
:!
:N Men_DelStruInert
:S    356,   210,   139
:T Menu
:A    Inertia
:D Delete Inertia Loads
:K ((PR_STRUC*PR_FLUID*PR_CFD*pr_set) + (lsdyna))
:K #(STRUCTRL*FLUID*CFD*NOFILTER)
:K #((PREP7*解题)+(cfd*NOFILTER))
-Angular Veloc-
Fnc_OMEGA_dele
Fnc_CMOMEGA_dele
Sep_
-Angular Accel-
Fnc_DOMEGA_dele
Fnc_CMDOMEGA_dele
Sep_
Fnc_ACEL_dele
Fnc_Coriolis_del
:E END
:!
:N Men_DelStruTemp
:S    300,   159,   134
:T Menu
:A    Temperature
:D Delete Structural Temperature
:K ((PR_STRUC*pr_set) +(lsdyna))
:K #(STRUCTRL*NOFILTER)
Fnc_BFLDELE_temp
Fnc_BFADELE_temp
Fnc_BFVDELE_temp
Fnc_BFKDELE_temp
Fnc_BFDELE_temp
Fnc_BFDELE_teCM
Fnc_BFEDELE_temp
Fnc_BFEDELE_teCM
:E END
:!
:N Men_DelTemp
:S    226,   156,    63
:T Menu
:A    Temperature
:D Delete Temperature
:K (PR_THERM*PR_FLUID*PR_CFD*pr_set)
:K (THERMAL*FLUID*CFD*NOFILTER)
Fnc_DKDELE_temp
Fnc_DLDELE_temp
Fnc_DADELE_temp
Fnc_DDELE_temp
:E END
:!
:N Men_DelTurb
:S    156,   102,    47
:T Menu
:A    Turbulence
:K (PR_CFD*pr_set)
:K #(CFD*NOFILTER)
Fnc_DLDELE_turb
Fnc_DADELE_turb
Fnc_DDELE_turb
:E END
:!
:N Men_DelVolFracCFD
:S    187,   109,    71
:T Menu
:A    Volume Fract
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
-Bound Loads-
Fnc_SFLDEL_vf
Fnc_SFEDEL_vf
-Init Loads-
Fnc_ICEDEL_VFRC
:E END
:!
:N Men_Delete
:S    306,    87,   212
:T Menu
:A    Delete
:C
:D Delete
:K #(igesfail)
Fnc_KDELE
Sep_
Fnc_HPTDELE
Sep_
Fnc_LDELE
Fnc_LDELE_sweep
Sep_
Fnc_ADELE
Fnc_ADELE_sweep
Sep_
Fnc_VDELE
Fnc_VDELE_sweep
Sep_
Fnc_NDELE
Fnc_EDELE
Sep_
Fnc_EDELE_pret
Sep_
-Del Concats-
Fnc_ACCAT_del
Fnc_LCCAT_del
:E END
:!
:N Men_DeleteLoads
:S    295,   111,   177
:T Menu
:A    Delete
:D Delete Loads
:K (lsdyna)
:K #(PREP7*解题)
Men_DelAllLoads
Sep_
Men_StrucDelete
Men_ThermDelete
Men_MagDelete
Men_ElecDelete
Men_CFDDelete
Men_FLUIDDelete
Men_FSIDelete
Men_FVINDelete
Sep_
Fnc_DelInitCon
Men_DelLoadVect
:E END
:!
:N Men_Delete_iges
:S    150,    71,    72
:T Menu
:A Delete
:D Delete
Fnc_KDELE
Sep_
Fnc_LDELE
Fnc_LDELE_sweep
Sep_
Fnc_ADELE
Fnc_ADELE_sweep
:E END
:!
:N Men_DesOpt
:S    580,   165,   408
:T Menu
:A Design Opt
:D Design Opt
:C )/nopr
:C )!*get,_z1,active,,routin
:C )!*if,_z1,ne,41,then
:C /OPT
:C )!*endif
:C )/go
Men_UVBA_Opt_T1
Men_UVBA_Opt_T2
Men_UVBA_Opt_T3
-Analysis File-
Fnc_Opt_AnFile
Fnc_OPANL_ENTRY
Sep_
Fnc_OPTDV_ENTRY
Fnc_OPTSV_ENTRY
Fnc_OPOBJ_ENTRY
Sep_
Fnc_OPT_CNTRLS
Fnc_OPT_METHOD
Sep_
Fnc_OPEXE_ENTRY
Sep_
-Design Sets-
Fnc_OPLIST
Fnc_OPDEL
Fnc_OPADD
Fnc_OPMAKE
Fnc_OPT_PLVAR
Men_OPT_TOOLS
Sep_
-Opt Database-
Fnc_OPSAVE
Fnc_OPRESU
Fnc_OPCLR
Fnc_OPT_STATUS
Men_UVBA_Opt_B1
Men_UVBA_Opt_B2
Men_UVBA_Opt_B3
:E END
:!
:N Men_DesXplorerVT
:S    630,   128,   495
:P (FEMXSTR*FREQSW*NOFILTER)
:T Menu
:A DesignXplorer VT
:D DesignXplorer VT
:C /SX
-Setup-
K_LN(HARMONIC*NOFILTER)
Fnc_SXFREQ
K_LN(MODAL*STATIC*NOFILTER)
Fnc_SXTEMP
K_LN(MODAL*STATIC*NOFILTER)
Fnc_SXMP
K_LN(MODAL*STATIC*NOFILTER)
Fnc_SXREAL
K_LN(MODAL*STATIC*NOFILTER)
Fnc_SXSEC
K_LN(MODAL*STATIC*NOFILTER)
Fnc_SXDISC
Fnc_SXRSLT
K_LN(MODAL*STATIC*NOFILTER)
Fnc_SXVMOD
-解题-
Fnc_SXRFIL
Fnc_SXMETH
Fnc_SXSOLV
-Postprocessing-
K_LN(MODAL*STATIC*NOFILTER)
Fnc_SXVMOD_POST
K_LN(MODAL*STATIC*NOFILTER)
Fnc_SXEVAL
K_LN(MODAL*STATIC*NOFILTER)
Fnc_SXPOST
-Other-
Fnc_SXSTAT
Fnc_SXCLR
:E END
:!
:N Men_Diagnostics
:S     99,    81,    11
:T Menu
:A Diagnostics
:D Diagnostics
Fnc_NLDIAG
:E END
:!
:N Men_Divide
:S    272,    72,   193
:T Menu
:A    Divide
:C
:D Divide
Fnc_V***A_div
Fnc_V***W_div
Sep_
Fnc_A***V_div
Fnc_A***A_div
Fnc_A***L_div
Fnc_A***W_div
Sep_
Fnc_L***V_div
Fnc_L***A_div
Fnc_L***L_div
Fnc_L***W_div
Fnc_LDIV_2
Fnc_LDIV
Fnc_LDIV_opt
Sep_
Men_Divide_opt
:E END
:!
:N Men_Divide_opt
:S    276,    89,   180
:T Menu
:A With Options
:D Divide with Options
Fnc_V***A_div_opt
Fnc_V***W_div_opt
Sep_
Fnc_A***V_div_opt
Fnc_A***A_div_opt
Fnc_A***L_div_opt
Fnc_A***W_div_opt
Sep_
Fnc_L***V_div_opt
Fnc_L***A_div_opt
Fnc_L***L_div_opt
Fnc_L***W_div_opt
:E END
:!
:N Men_DropTest
:S    150,    82,    61
:T Menu
:A Drop Test
:D Drop Test (PREP7)
Fnc_DropControl
Fnc_DtSolve
Sep_
Fnc_DtAndyna
Men_DtTimeHist
:E END
:!
:N Men_DtTimeHist
:S    145,   106,    32
:T Menu
:A Time History
:D Time History
:K #(DROPPOST*NOFILTER)
Fnc_DtTmHisPlot
Fnc_DtTmHisPrnt
:E END
:!
:N Men_EMASOLV
:S    674,   227,   440
:T Menu
:A    Electromagnet
:D    Electromagnet
:K ((PREP7*解题+ELECSTAT*(MAGNETIC+transient))*NOFILTER)+lsdyna
:K #((ELECSTAT*SCALARP*VECTORP*EDGEFLX*MAGEDG)*HARMONIC*EDGEELC*NOFILTER)
K_LN((STATIC+ELECSTAT*SCALARP*VECTORP*EDGEFLX*MAGEDG+harmonic)*NOFILTER)
-Static Analysis-
K_LN(elecstat)
Fnc_EMA_STAN
K_LN(elecstat)
Fnc_INDMATR
K_LN((STATIC+ELECSTAT)*NOFILTER)
Fnc_CAPMATR
K_LN((elecstat+HARMONIC+ELEM2D)*NOFILTER)
-Harmonic Analys-
K_LN(elecstat)
Fnc_HMAGSOLV
K_LN((elecstat+EDGEELC*MAGHFE)*NOFILTER)
-HF Emag-
K_LN((elecstat+HARMONIC+ELEM3D)*NOFILTER)
Fnc_EMA_HFEL
K_LN((elecstat+harmonic+ELEM2D)*NOFILTER)
Fnc_HFSWP_2D
:E END
:!
:N Men_ENDRELEASE
:S    116,    82,    27
:T Menu
:A End Releases
:D End Releases
Fnc_ENDR_all
Fnc_ENDR_node
:E END
:!
:N Men_ESURFM
:S    180,    82,    91
:T Menu
:A    Surf Effect
:D Surface effect
-Generl Surface-
Fnc_ESURFN1
Fnc_ESURFN2
-Attch to Fluid-
Fnc_ESURFL
Fnc_ESURFA
Fnc_ESURFN
:E END
:!
:N Men_ElecApply
:S    248,   191,    50
:T Menu
:A Electric
:K (PR_ELMAG*pr_set*PR_MULTI*(PR_THERM+ELECTRIC))
:K #(ELECTRIC+vfed)*CIRC*ELECSTAT*TIMEINTP*EDGEELC*NOFILTER)
:K #(PREP7*解题)
Men_AppElecPoten
Men_AppElecExcit
Men_AppElecFlag
:E END
:!
:N Men_ElecDelete
:S    215,   158,    50
:T Menu
:A Electric
:D Delete Electric Loads
:K (PR_ELMAG*pr_set)
:K #(ELECTRIC*ELECSTAT*TIMEINTP*EDGEELC*NOFILTER)
Men_DelElecPoten
Men_DelElecExcit
Men_DelElecFlag
:E END
:!
:N Men_ElemPSMESH
:S    168,    84,    77
:T Menu
:A    Pretensn Mesh
:D Pretension
Fnc_PSME_en
Fnc_PSME_seln
Fnc_PSME_ln
Fnc_PSME_an
Fnc_PSME_vn
Men_PSMESH_opt
:E END
:!
:N Men_ElemTable
:S    253,    97,   149
:T Menu
:A Element Table
:K #((POST1+RESULTS)*NOFILTER)
Fnc_ETABLE
Fnc_PLETAB
Fnc_PRETAB
Sep_
Fnc_SABS
Fnc_SSUM
Fnc_SADD
Fnc_SMULT
Fnc_SMAX
Fnc_SMIN
Sep_
Fnc_SEXP
Fnc_VCROSS
Fnc_VDOT
Sep_
Fnc_ETABLE_erase
:E End
:!
:N Men_ElemType
:S    156,    80,    69
:T Menu
:A 单元类型
:D 单元类型
Fnc_ET
K_LN(lsdyna)
Sep_
Fnc_ETCHG
Fnc_DOF
Fnc_DOF_DEL
Fnc_ETCONTROL
:E END
:!
:N Men_Elements
:S    463,    72,   384
:T Menu
:A Elements
:D Elements
Fnc_MAT_TYPE_gen
Sep_
-Auto Numbered-
Fnc_E
Fnc_EINTF
Fnc_EINTF_OFFSET
-Surf / Contact-
Fnc_ESURF
Men_ESURFM
Fnc_Nd_Surf
Fnc_InfAElm
-SpotWeld-
Men_SWGEN
Men_SWADD
Fnc_SWLIST
Fnc_SWDEL
-Pretension-
Men_ElemPSMESH
-User Numbered-
Fnc_EN
Sep_
Fnc_EWRITE
Fnc_EREAD_ERRANG
P_LN(THERMAL*FULL_ANS)
Sep_
P_LN(THERMAL*FULL_ANS)
Fnc_-Superelem-
Fnc_SE
Fnc_SESYMM
Fnc_SETRAN_geom
Fnc_SETRAN_cs
:E END
:!
:N Men_ExpPass
:S    266,   171,    88
:T Menu
:A ExpansionPass
:D Expansion Pass Opts
:K (lsdyna)
:K #(PREP7*解题+(pr_cfd+cfd+magnetic+electric)*NOFILTER)
:P (LINPLUS)
-Single Expand-
Fnc_EXPSOL_HREXP
Fnc_EXPSOL_HREX2
Fnc_NUMEXP_HREXP
Fnc_MXPAND
Fnc_SEEXP
:E End
:!
:N Men_ExtPort
:S    174,   142,    25
:T Menu
:A    Exterior Port
:D    Exterior Port
:K #(PREP7*解题)
:K #(EDGEELC*NOFILTER)
:P (ELECMAG)
Fnc_SFA_port
Fnc_SF_port
:E END
:!
:N Men_Extrude
:S    218,    72,   139
:T Menu
:A Extrude
:C
:D Extrude
P_LN(mdl2d)
Fnc_EXTOPT
Sep_
-Areas-
Fnc_VOFFST
Fnc_VEXT
Fnc_VROTAT
Fnc_VDRAG
-Lines-
Fnc_AROTAT
Fnc_ADRAG
-Keypoints-
Fnc_LROTAT
Fnc_LDRAG
:E END
:!
:N Men_FLOTRAN
:S    495,   141,   347
:T Menu
:A FLOTRAN Set Up
:D FLOTRAN Set Up
:K ((PR_CFD*pr_set)+(lsdyna))
:K #(igesfail)
:P (FLOTRAN)
Fnc_Solu_Options
Fnc_Algr_Ctrl
Fnc_Exec_Ctrl
Men_Add_Output
Sep_
Fnc_Properties
Fnc_TableProp
Men_Flow_Environ
Men_VOF_Environ
Sep_
Men_Relax_Stab
Men_CFD_Solvers
Sep_
Men_Turbulence
Men_MODR_QuadOrd
Fnc_Multiple_Spe
K_LN(ALPHA)
Fnc_Free_Surface
Sep_
Men_Restart_Opts
Sep_
Fnc_Flocheck
Sep_
Fnc_Advect
Sep_
Men_FTransient
Sep_
Fnc_FRe单元划分
:E END
:!
:N Men_FLUIDDelete
:S    263,   136,   120
:T Menu
:A Fluid/ANSYS
:D Delete Fluid/ANSYS Loads
:K (PR_FLUID*pr_set)
:K #(FLUID*NOFILTER)
Men_DelFlPrsANS
Men_DelFlowANS
Men_DelFSI
Men_DelImpedance
Men_DelHeatGenANS
Men_DelNormVel
K_LN(ALPHA)
Men_DelFreeSurf
:E END
:!
:N Men_FSI
:S    191,    86,    98
:T Menu
:A FSI Set Up
:D Fluid Structure Interface
Fnc_FSI_Options
Fnc_FSI_Time
Fnc_FSI_Iter
Fnc_FSI_Conv
Fnc_FSI_Relax
Fnc_FSI_Restart
Fnc_FSI_Stat
:E END
:!
:N Men_FSIDelete
:S    296,   213,    76
:T Menu
:A Field Surface Intr
:D Delete Field Surface Interface
:K (PR_THERM*PR_FLUID*PR_CFD*pr_set)
:K (THERMAL*FLUID*CFD*STRUCTRL*NOFILTER)
:P (THERMAL*FLOTRAN*NOFILTER)
Fnc_SFDELE_FSInt
Fnc_SFEDELE_FSInt
Sep_
Fnc_SFLDELE_FSInt
Fnc_SFADELE_FSInt
:E END
:!
:N Men_FTransient
:S    142,   104,    31
:T Menu
:A Transient Ctrl
:D Transient Ctr Panel
:P (FLOTRAN)
Fnc_TimeInt_Type
Fnc_Mass_Type
:E END
:!
:N Men_FVINDelete
:S    127,   104,    16
:T Menu
:A Field Volume Intr
:D Delete Field Volume Interface
Fnc_BFEDEL_FVIN
:E END
:!
:N Men_FailCriteria
:S    215,   134,    74
:T Menu
:A Failure Criteria
:D Fail Criteria
:K ((lsdyna+STRUCTRL)*NOFILTER)
:P (LINPLUS)
Fnc_FCritTemp
Fnc_FCritDef
Fnc_FCritDele
Fnc_FCritList
Sep_
Fnc_FCritChek
:E End
:!
:N Men_FailureCrit
:S    214,    86,   121
:T Menu
:A Failure Crit
:C
:D Failure Crit
Fnc_TB_fail_mstn
Fnc_TB_fail_msts
Fnc_TB_fail_wu
Sep_
Fnc_TB_fail_ustn
Fnc_TB_fail_usts
Fnc_TB_fail_uwu
Fnc_TB_fail_uoth
:E END
:!
:N Men_Fatigue
:S    366,   104,   255
:T Menu
:A Fatigue
:K (PR_STRUC*pr_set)
:K #(POST1)
:P (LINPLUS)
Fnc_FTSIZE
Sep_
-Property Table-
Fnc_FP
Fnc_FP_smt
Fnc_FP_mn
Fnc_FPLIST
Fnc_FP_erase
Sep_
Fnc_FL
Fnc_FLLIST
Sep_
-Store Stresses-
Fnc_FSNODE
Fnc_FSSECT
Fnc_FS
Fnc_FSPLOT
Fnc_FSLIST
Fnc_FSDELE
Sep_
Fnc_FE
Fnc_FELIST
Fnc_FE_erase
Sep_
Fnc_FTCALC
Fnc_FTWRIT
:E End
:!
:N Men_File_Control
:S    202,   116,    79
:T Menu
:A File Controls
:D File Controls
:K ((LSDYNA*FULL_ANS)+解题)
Men_DYNA_Files
Fnc_DYNA_Outopt
Fnc_DYNA_Output
Fnc_DYNA_Start
Fnc_DYNA_History
:E END
:!
:N Men_Flow_Environ
:S    172,   105,    60
:T Menu
:A Flow Environment
:D Flow Environment
:P (FLOTRAN)
Fnc_Coord_System
Fnc_Refer_Cond
Fnc_Rotat_Coord
Fnc_Gravity
:E END
:!
:N Men_FluidApply
:S    253,   126,   120
:T Menu
:A Fluid/ANSYS
:K (PR_FLUID*pr_set)
:K #(FLUID*NOFILTER)
:K #(PREP7*解题)
Men_AppFlPrsANS
Men_AppFlowANS
Men_AppFSI
Men_AppImpedance
Men_AppHeatGenANS
Men_AppNormVel
K_LN(ALPHA)
Men_AppFreeSurf
:E END
:!
:N Men_Fluid_Properties
:S    219,   131,    81
:T Menu
:A Fluid Properties
:D Fluid Properties Panel
:P (FLOTRAN)
:H Hlp_C_FLDATA
Fnc_Fluid_Density
Fnc_Fluid_Viscosity
Fnc_Fluid_Conductivity
Fnc_Fluid_Spec_Heat
:E END
:!
:N Men_FluxNorma
:S    142,   111,    24
:T MENU
:A Flux Normal
:D Flux Normal
:K ((SCALARP+edgeflx)*NOFILTER)
Fnc_DA_magN
Fnc_D_magNN
:E END
:!
:N Men_FluxPMVP
:S    144,   116,    21
:T MENU
:A Flux Par'l
:D Flux Par'l
:K ((PREP7*解题)+(EDGEFLX*NOFILTER))
Fnc_DA_azP
Fnc_D_azP
:E END
:!
:N Men_GapCond
:S    220,   169,    44
:T Menu
:A Dynamic Gap Cond
:K ((PR_STRUCTRL*pr_set) + lsdyna))
:K #((TRNSIENT+(REDUCED*MODESUP)+lstepgt1)*NOFILTER)
:P (LINPLUS)
Fnc_GP
Fnc_GPDELE
Fnc_GPLIST_all
Fnc_GPLIST
:E END
:!
:N Men_GenlPost
:S   1167,   358,   802
:T Menu
:A 后处理
:C )/nopr
:C )*GET,_z1,common,,cycsym_com,,int,2
:C )KEYWD,CYCLIC,0
:C )KEYWD,CYCGEN,0
:C )*IF,_z1,gt,1,then
:C )KEYWD,CYCLIC,1
:C )*ELSEIF,_modcyc,eq,1,then
:C )KEYWD,CYCGEN,1
:C )*ENDIF
:C )!*get,_z1,active,,routin
:C )!*if,_z1,ne,31,then
:C /POST1
:C )!*endif
:C )/go
:D 后处理essor (POST1)
Men_UVBA_P1_T1
Men_UVBA_P1_T2
Men_UVBA_P1_T3
Fnc_ReadOpts_p1
Fnc_SET_summary
Fnc_SET_sum_ord
Sep_
-Read Results-
Fnc_SET_first
Fnc_SET_next
Fnc_SET_prev
Fnc_SET_last
Fnc_SET_list
Fnc_SET_list_ord
Fnc_SET_lstep
Fnc_SET_time
Fnc_SET_nset
Fnc_FLREAD
K_LN((POST1+RESULTS+lsdyna+STRUCTRL)*NOFILTER)
Sep_
Men_FailCriteria
Sep_
Men_PlotResults
Men_ListResults
Men_QuerResults
Fnc_OutOpts_p1
Sep_
Fnc_ResultView
Fnc_P1_POUTRES
Sep_
Men_NodalCalcs
Men_ElemTable
Men_PathOper
Men_SurfOper
Men_LoadCase
Men_ChkElmShape
Fnc_RAPPND
Sep_
Men_ROM_Oper
Men_ThinFilm_Oper
K_LN(CYCLIC)
Sep_
K_LN(CYCLIC)
Men_PostCyc
Sep_
Men_Submodel
Men_MagCalcs
Men_Fatigue
Men_SafetyFact
Sep_
-Define/Modify-
Fnc_DNSOL
Fnc_DESOL
Fnc_DETAB
Sep_
Fnc_NLPOST
Sep_
Fnc_RESET_p1
Men_P1_-REZONE-
Men_UVBA_P1_B1
Men_UVBA_P1_B2
Men_UVBA_P1_B3
:E End
:!
:N Men_GeomRepair
:S    316,   112,   197
:T Menu
:A    Geom Repair
:D Geometry Repair
:K ((PRIGES)+(igesfail))
-Lst Model Gaps-
Fnc_GAPLIST_open
Fnc_GAPLIST_clos
-Plt Model Gaps-
Fnc_GAPPLOT_open
Fnc_GAPPLOT_clos
Fnc_GAPPLOT_all
Sep_
Fnc_LNFILL
Fnc_ARFILL
Sep_
Fnc_VAGeoRepair
Sep_
Fnc_LNDETACH
Fnc_ARDETACH
:E END
:!
:N Men_Glue
:S    103,    66,    30
:T Menu
:A    Glue
:C
:D Glue
Fnc_VGLUE
Fnc_AGLUE
Fnc_LGLUE
:E END
:!
:N Men_HARDPTA
:S    124,    97,    20
:T Menu
:A Hard PT on area
:D Hard PT on area
:!Fnc_HPTAR
Fnc_HPTAC
Fnc_HPTAP
:E End
:!
:N Men_HARDPTA53
:S    116,    99,    10
:T Menu
:A Hard PT on area
:D Hard PT on area
:!Fnc_HPTAR
Fnc_HPTAC
:E End
:!
:N Men_HARDPTL
:S    122,    85,    30
:T Menu
:A Hard PT on line
:D Hard PT on line
Fnc_HPTLR
Fnc_HPTLC
Fnc_HPTLP
:E End
:!
:N Men_HARDPTL53
:S    114,    87,    20
:T Menu
:A Hard PT on line
:D Hard PT on line
Fnc_HPTLR
Fnc_HPTLC
:E End
:!
:N Men_HPT_54
:S    111,    76,    28
:T Menu
:A Hard Points
:D Hard Points
Men_HARDPTL53
Men_HARDPTA53
:E End
:!
:N Men_ICVF_Geom
:S    135,   100,    28
:T Menu
:A    By Geom
:K (PR_CFD*pr_set)
:K (CFD*NOFILTER)
Fnc_ICVF_CIRC
Fnc_ICVF_ELPT
:E END
:!
:N Men_InitStress
:S    187,    99,    81
:T Menu
:K #(解题)
:A Initial Stress
:D Initial Stress
Fnc_ISFILE_read
Fnc_ISTRESS
Sep_
Fnc_ISFILE_list
Fnc_ISFILE_del
Sep_
Fnc_ISWRITE
:E END
:!
:N Men_InitialCond
:S    256,   173,    76
:T Menu
:A Initial Condit'n
:D Initial Conditions
:K (lsdyna)
:K #((PREP7*解题)+(STRUCTRL*THERMAL*FLUID*ELECTRIC*MAGNETIC*CFD))
Fnc_IC_p
Fnc_ICLIST_all
Fnc_ICLIST
Sep_
Fnc_LDREAD_tempIC
Fnc_LDREAD_teICFD
:E END
:!
:N Men_IntPort
:S    174,   142,    25
:T Menu
:A    Interior Port
:D    Interior Port
:K #(PREP7*解题)
:K #(EDGEELC*NOFILTER)
:P (ELECMAG)
Fnc_BFA_port
Fnc_BF_port
:E END
:!
:N Men_Intersect
:S    194,    81,   106
:T Menu
:A    Intersect
:C
:D Intersect
-Common-
Fnc_VINV
Fnc_AINA
Fnc_LINL
-Pairwise-
Fnc_VINP
Fnc_AINP
Fnc_LINP
Sep_
Fnc_AINV
Fnc_LINV
Fnc_LINA
:E END
:!
:N Men_J-Normal-T
:S    208,   170,    31
:T Menu
:A    J-Normal
:D Apply J-Normal-T
:K ((PREP7*解题)+(elem3d+edgeelc+TIMEINTP)*NOFILTER)
:P (LINPLUS*THERMAL*ELECMAG)
Fnc_D_volt0_ti
Fnc_DA_volt0_ti
:E END
:!
:N Men_J-Normal1
:S    238,   193,    38
:T Menu
:A    J-Normal
:D Apply J-Normal
:K #(PREP7*解题*NOFILTER)
:K (((ELECTRIC*ELECSTAT)+timeintp+edgeelc)*NOFILTER)
:P (LINPLUS*THERMAL*ELECMAG)
Fnc_D_volt0
Fnc_DL_volt0
Fnc_DA_volt0
:E END
:!
:N Men_KCEN
:S    112,    76,    29
:T Menu
:A KP at center
:D KP at center
Fnc_KCEN
Fnc_KCENR
Fnc_KCENL
:E End
:!
:N Men_Keypoint
:S    177,    74,    96
:T Menu
:A Keypoints
:D Keypoints
Fnc_K_p
Fnc_K
Fnc_KL
Fnc_KLD
Fnc_KNODE
Fnc_KBET
Fnc_KFILL
Men_KCEN
Sep_
Men_HARDPTL
Men_HARDPTA
:E End
:!
:N Men_Lay-up
:S    108,    68,    33
:T Menu
:A    Lay-up
:D Shell
Fnc_ShellAddEdit
Fnc_SECPLOTshel
:E END
:!
:N Men_Line
:S    175,    65,   103
:T Menu
:A    Lines
:D Lines
Fnc_LSTR
Fnc_L
Fnc_LAREA
Sep_
Fnc_LTAN
Fnc_L2TAN
Sep_
Fnc_LANG_90
Fnc_L2ANG_90
Sep_
Fnc_LANG
Fnc_L2ANG
:E END
:!
:N Men_ListResults
:S    595,    98,   490
:T Menu
:A List Results
:K #((POST1+RESULTS)*NOFILTER)
Fnc_SET_detailed
Fnc_SET_detl_ord
Fnc_PRITER
Fnc_PRERR
Fnc_PRCONV
Sep_
-Sorted Listing-
Fnc_NSORT
Fnc_NUSORT
Fnc_ESORT
Fnc_EUSORT
Sep_
Fnc_PRNSOL
Fnc_PRESOL
Fnc_PRSSOL
Fnc_SEDLIS
Fnc_SWDLIS
Sep_
Fnc_PRRSOL
Fnc_PRNLD
Sep_
Fnc_PRETAB_dummy
Fnc_PRVECT
Fnc_PRPATH_dummy
Fnc_PRSECT_dummy
K_LN(ELECTRIC*MAGNETIC+EDGEELC)
Sep_
K_LN(ELECTRIC*MAGNETIC+EDGEELC)
-Field Extension-
Fnc_RADAR_L
Fnc_RADAR_NL
Fnc_HFFAR_L
Fnc_HFNEAR
Fnc_ANTPAT_L
Fnc_ANTDIR_L
Fnc_ANTPRAD
Fnc_ANTPGAIN
Fnc_ANTEFF
Fnc_PRSYZ
:E End
:!
:N Men_LoadCase
:S    356,    86,   263
:T Menu
:A Load Case
:K #((POST1)*(NOFILTER))
Fnc_LC_create
Fnc_LCASE
Fnc_LCWRITE
Sep_
-Calc Options-
Fnc_LCSEL
Fnc_LCABS
Fnc_LCFACT
Fnc_STRSOPT
Sep_
Fnc_LCOPER_add
Fnc_LCOPER_sub
Fnc_LCOPER_squa
Fnc_LCOPER_sqrt
Fnc_LCOPER_srss
Fnc_LCOPER_mn_mx
Fnc_LCOPER_lprin
Sep_
Fnc_LCDEF_stat
Fnc_LCZERO
Fnc_LCDEF_erase
:E End
:!
:N Men_LoadSettings
:S    308,    98,   203
:T Menu
:A    Settings
:K (lsdyna)
:K #(PREP7*解题)
Fnc_TUNIF
Fnc_TREF
P_LN(LINPLUS*THERMAL)
Sep_
K_LN(elecstat)
-For Surface Ld-
Fnc_SFGRAD
Fnc_SFFUN
Sep_
-Replace vs Add-
Fnc_DCUM
Fnc_FCUM
Fnc_SFCUM
Fnc_BFCUM
Fnc_BFECUM
Fnc_LSCLEAR_lfac
Fnc_SMOOTH_data
:E END
:!
:N Men_LoadStepOpts
:S    899,    88,   804
:T Menu
:A Load Step Opts
:D Load Step Opts
K_LN(lsdyna)
Men_p-Method
K_LN(lsdyna)
Men_OutputCtrls
K_LN(lsdyna+((static+modal+buckling+trnsient)*SIMPLOFF))
Fnc_SOLCONTROL
K_LN(lsdyna+((static+buckling+trnsient)*SIMPLOFF*REDUCED*MODESUP))
Men_TimeFreq
K_LN(lsdyna+((static+modal+buckling+trnsient)*SIMPLOFF))
Men_NonlinLSOpts
K_LN(lsdyna+((static+modal+buckling+trnsient)*SIMPLOFF))
Men_SpectrumOpts
K_LN(lsdyna+((static+trnsient)*SIMPLOFF*REDUCED*MODESUP))
Men_ExpPass
K_LN(lsdyna+((static+modal+buckling+trnsient)*SIMPLOFF))
Men_MagLSOpts
K_LN(lsdyna+((buckling)*SIMPLOFF))
Men_OtherLSOpts
K_LN(lsdyna)
Fnc_WRFULL
K_LN(lsdyna+((modal+buckling)*SIMPLOFF))
Fnc_LSCLEAR_lsop
K_LN(lsdyna+((modal+buckling)*SIMPLOFF))
Fnc_LSREAD
K_LN(lsdyna+((modal+buckling)*SIMPLOFF))
Fnc_LSWRITE
K_LN(lsdyna+((modal+buckling+trnsient)*SIMPLOFF*FULL))
Men_InitStress
:E END
:!
:N Men_Loads
:S    226,    87,   132
:T Menu
:A Loads
:D Loads in PREP7
:K #(igesfail)
Men_Analysis
P_LN(LINPLUS)
Sep_
Fnc_FastSolv
Sep_
Men_MasterDOF
Men_GapCond
Sep_
Men_DefineLoads
Sep_
K_LN(lsdyna)
Men_LoadStepOpts
:E END
:!
:N Men_Loads1
:S    261,   100,   154
:T Menu
:A Loads
:D Loads in PREP7
:K #(igesfail)
:K (LSDYNA)
-Initial Condtns-
Men_DYNA_Veloc
Sep_
-Constraints-
Men_DYNapplyDisp
Men_DYNDelDisp
Fnc_DYNexport
Sep_
Fnc_DYNA_Load
Fnc_LOADPLOT
Fnc_EDFPLOT
Fnc_EDNDTSD
:E END
:!
:N Men_Local_CS
:S    147,    93,    47
:T Menu
:A Local CS
:D Local CS
:K (LSDYNA*FULL_ANS)
Fnc_DYNA_Coord
Fnc_DYNA_CSlist
Fnc_DYNA_CSdele
:E END
:!
:N Men_MFSET
:S    244,    90,   147
:T Menu
:A MultiField Set Up
:D Multifield Interface
Men_MFS_Define
Fnc_MFS_Capture
Fnc_MFS_Import
Men_MFS_Interface
Men_MFS_Setup
Men_MFS_Stagger
Fnc_MFS_Time
Fnc_MFS_Freq
Fnc_MFS_Clear
Fnc_MFS_Stat
:E END
:!
:N Men_MFS_Define
:S    125,    81,    37
:T Menu
:A Define
:D Multifield Define
Fnc_MFS_Definefield
Fnc_MFS_Addelems
:E END
:!
:N Men_MFS_Interface
:S    143,    89,    47
:T Menu
:A Interface
:D Multifield Transfer
Fnc_MFS_Surface
Fnc_MFS_Volume
Fnc_MFS_Mapping
:E END
:!
:N Men_MFS_Setup
:S    128,    78,    43
:T Menu
:A Setup
:D Multifield Setup
Fnc_MFS_Setup
Fnc_MFS_Order
Fnc_MFS_Extern
:E END
:!
:N Men_MFS_Stagger
:S    138,    85,    46
:T Menu
:A Stagger
:D Multifield Stagger
Fnc_MFS_MaxIter
Fnc_MFS_Converg
Fnc_MFS_Relax
:E END
:!
:N Men_MODR_QuadOrd
:S    169,   133,    29
:T Menu
:A Mod Res/Quad Ord
:D Modify Results/Quad Order
:K (PR_CFD*pr_set)
:P (FLOTRAN)
Fnc_MODR
Sep_
Fnc_Quad_Order
:E END
:!
:N Men_MP_Library
:S    174,    90,    77
:T Menu
:A Material Library
:D Material Library
Fnc_/MPLIB
Fnc_/MPLIB_STATUS
Fnc_MPLib_Read
Fnc_MPLib_Write
Fnc_MPLib_UNITS2
:E End
:!
:N Men_MP_Library_copy
:S    179,    95,    77
:T Menu
:A Material Library
:D Material Library
Fnc_/MPLIB
Fnc_/MPLIB_STATUS
Fnc_MPLib_Read
Fnc_MPLib_Write
Fnc_MPLib_UNITS2
:E End
:!
:N Men_MagApply
:S    209,   140,    62
:T Menu
:A Magnetic
:K (PR_ELMAG*pr_set+pr_cfd*PR_ELMAG)
:K #(MAGNETIC*NOFILTER)
:K #(PREP7*解题)
Men_AppMagPoten
Men_AppMagExcit
Men_AppMagFlag
Men_AppMagMisc
:E END
:!
:N Men_MagCalcs
:S    488,   161,   320
:T Menu
:A Elec&Mag Calc
:K ((PR_ELMAG*pr_set)+(lsdyna))
:K #((POST1+RESULTS+(MAGNETIC*ELECTRIC)*NOFILTER))
:P (ELECMAG)
-Element Based-
Fnc_SCENERGY
Fnc_SENERGY
Fnc_POWERH
Fnc_HFPOWER
Fnc_EMAGERR
Fnc_CURR2D
Sep_
Fnc_EMFTMAC
Sep_
-Component Based-
Fnc_FMAGSUM
Fnc_TORQSUM
Fnc_GMATRIX
Sep_
-Path Based-
Fnc_FOR2D
Fnc_TORQ2D
Fnc_TORQC2D
Fnc_FLUXV
Fnc_MMF
Fnc_EMF
Fnc_IMPD
Sep_
-Cavity-
Fnc_QFACT
Sep_
-Port-
Fnc_SPARM
Fnc_REFLCOEF
Fnc_FSSPARM
:E END
:!
:N Men_MagDelete
:S    226,   157,    62
:T Menu
:A Magnetic
:D Delete Magnetic Loads
:K (PR_ELMAG*pr_set+pr_cfd*PR_ELMAG)
:K #((MAGNETIC+edgeelc)*NOFILTER)
Men_DelMagPoten
Men_DelMagExcit
Men_DelMagFlag
Men_DelMagMisc
:E END
:!
:N Men_MagLSOpts
:S    301,   197,    97
:T Menu
:A Magnetics
:D Magnetic Load Step Options
:K (((PREP7*解题)+(cfd*NOFILTER))+lsdyna)
:K #((modal+SCALARP*(ELEM3D+EDGEFLX))*NOFILTER)
:P (ELECMAG)
Fnc_-Options Only-
Fnc_MAGOPT_rsp
Fnc_MAGOPT_dsp
Fnc_MAGOPT_gsp
Fnc_BIOT
Fnc_EMSYM
Fnc_EDG_GAUGE
:E End
:!
:N Men_ManSizeAreas
:S    117,    70,    40
:T MENU
:A Areas
:D Areas
Fnc_AESIZE
Fnc_AESIZE_p
Fnc_AESIZE_pdel
:E END
:!
:N Men_ManSizeGlobal
:S    123,    73,    43
:T MENU
:A Global
:D Global
Fnc_ESIZE
Fnc_ACNTRL
Fnc_VCNTRL
Fnc_DESIZE
:E END
:!
:N Men_ManSizeKeypoints
:S    129,    82,    40
:T MENU
:A Keypoints
:D Keypoints
Fnc_KESIZE
Fnc_KESIZE_p
Fnc_KESIZE_pdel
:E END
:!
:N Men_ManSizeLayers
:S    111,    73,    31
:T MENU
:A Layers
:D Layers
Fnc_LELAYER_p
Fnc_LELAYER_pdel
:E END
:!
:N Men_ManSizeLines
:S    139,    70,    62
:T MENU
:A Lines
:D Lines
Fnc_LESIZE
Fnc_LESIZE_p
Fnc_LECOPY
Fnc_LEFLIP
Fnc_LESIZE_pdel
:E END
:!
:N Men_MapMshA
:S    183,    94,    82
:T Menu
:A     Mapped
:D Map Mesh Areas
:K #(meshtool)
Fnc_AMAP
Fnc_AMESH4
Sep_
-Concatenate-
Fnc_LCCAT
Sep_
-Del Concats-
Fnc_LCCAT_del
:E END
:!
:N Men_MapMshV
:S    195,    96,    92
:T Menu
:A     Mapped
:D Map Mesh Volumes
:K #(meshtool)
Fnc_VMESH6
Sep_
-Concatenate-
Fnc_ACCAT
Fnc_LCCAT
-Del Concats-
Fnc_LCCAT_del
Fnc_ACCAT_del
:E END
:!
:N Men_MapNewMesh
:S    127,   100,    20
:T Menu
:A Map to New Mesh
:K #((POST1+RESULTS)*NOFILTER)
Fnc_CBDOF
Fnc_BFINT
:E End
:!
:N Men_MasterDOF
:S    375,   278,    90
:T Menu
:A Master DOFs
:K (lsdyna)
:K #((PREP7*(解题+lstepgt1))+(REDUCED*SUBSTRUC*NOFILTER))
:C )/NOPR
:C )KEYW,CMS,0
:C )*GET,_keycms,common,,cmssupelcom,,int,1
:C )*IF,_keycms,EQ,1,THEN
:C )KEYW,CMS,1
:C )*ENDIF
:C )/GO
:P (LINPLUS)
K_LN(cms)
Fnc_TOTAL
Sep_
-User Selected-
Fnc_M
Fnc_MGEN
Fnc_MDELE
Fnc_MLIST_all
Fnc_MLIST
:E END
:!
:N Men_MatProp_solu
:S    353,   121,   225
:T Menu
:A Change Mat Props
:D Change Material Properties
:K #(PREP7*解题)
Men_MP_Library
Fnc_TempUnits
K_LN(lsdyna)
Fnc_EMUNIT
Fnc_EuidlMat
Sep_
Fnc_DYNA_Visco
Men_DYNA_Hgl
Fnc_DYNA_Damp
Fnc_MPAMOD
Sep_
Men_Local_CS
P_LN(LINPLUS*ELECMAG)
K_LN(lsdyna)
Men_DYNA_Curve
Fnc_MPCHG
Fnc_MPWRITE
Fnc_MPREAD
:E END
:!
:N Men_Mat_TB
:S    192,    97,    88
:T Menu
:A Data Tables
:D Data Tables
:P (LINPLUS*ELECMAG)
Fnc_TB
Fnc_TBTEMP
Fnc_TB_edit
Fnc_TB_status
Fnc_TBCOPY
Fnc_TBDELE
Fnc_TBLIST
Fnc_TBPLOT
:E END
:!
:N Men_Mat_mooney
:S    277,   154,   116
:T Menu
:A Mooney-Rivlin
:D Calculate Mooney-Rivlin Constants from Test Data
:K (PR_STRUC*pr_set)
:P (FULL_ANS)
K_LN(lsdyna)
Fnc_TB_mooney
K_LN(lsdyna)
Sep_
K_LN(lsdyna)
Fnc_*MOONEY
Fnc_M_EVAL
K_LN(lsdyna)
Sep_
Fnc_*VPLO_choice
:E END
:!
:N Men_Mat_mooney_copy
:S    282,   159,   116
:T Menu
:A Mooney-Rivlin
:D Calculate Mooney-Rivlin Constants from Test Data
:K (PR_STRUC*pr_set)
:P (FULL_ANS)
K_LN(lsdyna)
Fnc_TB_mooney
K_LN(lsdyna)
Sep_
K_LN(lsdyna)
Fnc_*MOONEY
Fnc_M_EVAL
K_LN(lsdyna)
Sep_
Fnc_*VPLO_choice
:E END
:!
:N Men_Material
:S    346,    87,   252
:T Menu
:A 材料定义
:D Material Properties
Men_MP_Library_copy
Fnc_TempUnits
K_LN(lsdyna)
Fnc_EMUNIT
Fnc_EuidlMat
Sep_
Fnc_DYNA_Visco
Men_DYNA_Hgl
Fnc_DYNA_Damp
Fnc_MPAMOD
Sep_
Men_Local_CS
P_LN(LINPLUS*ELECMAG)
K_LN(lsdyna)
Men_DYNA_Curve
Fnc_MPCHG
Men_FailCriteria
Sep_
Fnc_MPWRITE
Fnc_MPREAD
:E END
:!
:N Men_Mesh
:S    570,   323,   240
:T Menu
:A    Mesh
:D Mesh
:C )/NOPR
:C )
:C )*GET,_z1,ACTIVE,,KEYWORD,,MESHTOOL
:C )*IF,_z1,eq,1,THEN
:C )*create,ansuitmp
:C )*msg,note,
:C )Some functions of this menu cannot be used while the %/&
:C )MeshTool is active.
:C )*end
:C )/input,ansuitmp
:C )*ENDIF
:C )/GO
:K #(igesfail)
Fnc_KMESH_m
Fnc_LMESH_m
Sep_
-Areas-
Men_MapMshA
Fnc_AMESH_m
Fnc_AMESHtar
Sep_
-Volumes-
Men_MapMshV
Fnc_VMESH_m
Sep_
-Volume Sweep-
Fnc_EXTOPT_vswe
Fnc_VSWEEP_m
Sep_
-Tet Mesh From-
Fnc_FVMESH
Sep_
-Interface Mesh-
Fnc_IMESH2D
Fnc_IMESH3D
:E END
:!
:N Men_MeshAttrib
:S    232,    84,   141
:T Menu
:A Mesh Attributes
:K #(igesfail)
Fnc_MeshAttrib
Sep_
Fnc_KATT
Fnc_KATT_p
Sep_
Fnc_LATT
Fnc_LATT_p
Sep_
Fnc_AATT
Fnc_AATT_p
P_LN(mdl2d)
Sep_
Fnc_VATT
Fnc_VATT_p
Sep_
Men_VEOR
:E END
:!
:N Men_MeshConcat
:S    161,    83,    71
:T Menu
:A    Concatenate
:K #(igesfail)
Fnc_LCCAT_m
Fnc_ACCAT_m
Sep_
-Del Concats-
Fnc_ACCAT_del
Fnc_LCCAT_del
:E END
:!
:N Men_单元划分
:S    191,    68,   116
:T Menu
:A 单元划分
Men_MeshAttrib
Fnc_Mesh_tool
Men_SizeCntrl
Fnc_MshrOpts
Men_MeshConcat
Men_Mesh
Men_Modify
Men_Check_mesh
Men_Clear
:E END
:!
:N Men_建模
:S    253,    56,   190
:T Menu
:A 建模
Men_TopoRepair
Men_GeomRepair
Men_Simplify
Men_Create52
Men_Create53
Men_Operate52
Men_Operate53
Men_Move
Men_Copy
Men_Reflect
Men_Check_geom
Men_Delete
Men_PrepCyc
Men_CMS
Fnc_GSG
Fnc_Geom
:E END
:!
:N Men_Modify
:S    333,    97,   229
:T Menu
:A    Modify Mesh
:D    Modify Mesh
:K #(igesfail)
-Refine At-
Fnc_NREF
Fnc_EREF
Fnc_KREF
Fnc_LREF
Fnc_AREF
Fnc_EREF_ALL
Sep_
Men_TetImprove
Sep_
Fnc_TCHG
K_LN(PREP7+RESULTS)
Sep_
K_LN(PREP7+RESULTS)
-Phys Morphing-
Fnc_AMORPH
Fnc_VMORPH
Fnc_ELMORPH
K_LN(EDGEELC)
Sep_
Fnc_HFEREF
:E END
:!
:N Men_Move
:S    482,    87,   388
:T Menu
:A    Move / Modify
:D Move
:K #(igesfail)
-Keypoints-
Fnc_KGEN_move
Fnc_KMODIF
Fnc_KMOVE
Sep_
Fnc_LGEN_move
-Areas-
Fnc_AGEN_move
Fnc_ANORM
Sep_
Fnc_VGEN_move
Sep_
-Nodes-
Fnc_NGEN_move
Fnc_NMODIF
Fnc_NSCALE_move
Fnc_MOVE
Fnc_-RotateNode-
Men_To_Surf_Norm
Fnc_NROTAT
Fnc_NMODIF_ang
Fnc_NANG
-Elements-
Fnc_EMODIF_attr
Fnc_EMODIF_node
Fnc_EMID_add
Fnc_EMID_remove
Fnc_ENORM
Fnc_EORIENT
Sep_
Men_Transfer_Coord
Sep_
Men_ReverseNorm
:E END
:!
:N Men_MultiPhys
:S    259,   113,   139
:T Menu
:A Physics
:D Physics
:K #((PREP7*解题)+igesf

knospe

uidl做的，一定很辛苦吧，做了多久？管理员，加分吧。。。
其实通过anasys安装目录下的一个文件也能汉化，关键是有一个编码规则，不知道怎么修改，汗化以后还是乱码。

yp51920

shanxiyuren
怎么做的啊？
指教！

shanxiyuren

我给的是ANSYS9.0下的UIMENU.GRN文件，将英文命令行换成相应的文字，再保存为UTF－8格式，但如果增加新的菜单，必须将S,0,0,0归零，否则有的菜单失效，ansys会自动给这些菜单编号的！

yp51920

shanxiyuren
老大
还是不懂哦
把具体步骤说一哈或者做个简易教程
十分感谢了
8.0可以吗？

huasq

有这个必要吗？
太累了吧！

wangdengke99111

非常感谢楼主！顶！

elite1218

请楼主做个简易教程，等待ing

lbt18872

对于用的熟练的人来说没有什么，其实英文也一样！多接触就知道了。不过在二次开发中这种菜单有点用的！

wjjerry

我加入的中文都变成了乱码。
如：“:A 我的菜单”这个出来肯定是乱码，请问怎么解决？

wjjerry

转换成utf8格式后，经常有些菜单的最后一个字为乱码，不知道又是怎么回事。
高手可以出来解答下吗？

star0432027

有没有详细说明呀

koalabear

怎么做的，有详细教程或者参考资料吗？

ozakwum

太神囉
怎麼做的