MechSys
1.0
Computing library for simulations in continuum and discrete mechanics
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akw | UnsatFlow | |
b1 | UnsatFlow | |
bc_lam | UnsatFlow | |
bc_sb | UnsatFlow | |
BC_t enum value | UnsatFlow | |
bc_wr | UnsatFlow | |
bd | UnsatFlow | |
bw | UnsatFlow | |
c | UnsatFlow | [mutable] |
C | UnsatFlow | [mutable] |
c1d | UnsatFlow | |
c1w | UnsatFlow | |
c2d | UnsatFlow | |
c2w | UnsatFlow | |
c3d | UnsatFlow | |
c3w | UnsatFlow | |
Ceps | UnsatFlow | [mutable] |
chi | UnsatFlow | [mutable] |
CorrectDrift(State *Sta) const | Model | [inline, virtual] |
CorrectDrift(State *Sta, double &pw) const | Model | [inline, virtual] |
Cpc | UnsatFlow | [mutable] |
Cw | UnsatFlow | |
EMdl | UnsatFlow | |
Findpc(double Sw) | UnsatFlow | [inline] |
FindSw(double pc) | UnsatFlow | [inline] |
GamNat | Model | |
GamSat | Model | |
GamW | Model | |
GenCurve(Array< double > pcs, char const *Filekey, size_t Np=100) | UnsatFlow | [inline] |
Grav | Model | |
GTy | Model | |
HMCoup | Model | |
HMSUp | UnsatFlow | [mutable] |
Hydraulic(State const *Sta, Mat_t &Kw, double &ChiW, double &InvQs) const | Model | [inline, virtual] |
hz_a | UnsatFlow | |
hz_A | UnsatFlow | |
hz_b | UnsatFlow | |
hz_B | UnsatFlow | |
HZ_t enum value | UnsatFlow | |
I | Model | [static] |
IdyI | Model | [static] |
InitIvs(SDPair const &Ini, State *Sta) const | UnsatFlow | [inline, virtual] |
InvTgIncs(State const *Sta, Vec_t &DSig, Vec_t &DEps, Vec_t &DIvs) const | Model | [inline, virtual] |
IvNames | Model | |
kwsatb | UnsatFlow | |
kwsatI | UnsatFlow | |
ld | UnsatFlow | |
LoadCond(State const *Sta, Vec_t const &DEps, double &alpInt) const | Model | [inline, virtual] |
LoadCond(State const *Sta, double pw, Vec_t const &DEps, double Dpw) const | Model | [inline, virtual] |
Model(int NDim, SDPair const &Prms, size_t NIvs=0, char const *Name="__unnamed_model__") | Model | [inline] |
Name | UnsatFlow | |
NCps | Model | |
NDim | Model | |
NIvs | Model | |
Por | Model | |
Prms | Model | |
Psd | Model | [static] |
PW_t enum value | UnsatFlow | |
Rate(State const *Sta, Vec_t const &DEpsDt, Vec_t &DSigDt, Vec_t &DIvsDt) const | Model | [inline, virtual] |
RateAndUpdate(size_t Idx, Vec_t const &d, double dpwdt, double dt, UnsatFlowState *FSta, EquilibState *Sta) const | UnsatFlow | [inline] |
Rho | Model | |
RhoS | Model | |
rw(double Sw) const | UnsatFlow | [inline] |
Stiffness(State const *Sta, UnsatFlowState const *FSta, Mat_t &D) const | UnsatFlow | [inline] |
Model::Stiffness(State const *Sta, Mat_t &D) const | Model | [inline, virtual] |
Model::Stiffness(State const *Sta, Mat_t &D, Vec_t &Dw) const | Model | [inline, virtual] |
Model::Stiffness(State const *Sta, double pw, Mat_t &D, Vec_t &d) const | Model | [inline, virtual] |
SUp | Model | [mutable] |
TgIncs(UnsatFlowState const *Sta, double Dpw, double DEv, double &DSw, double &Dchi) const | UnsatFlow | [inline] |
Model::TgIncs(State const *Sta, Vec_t &DEps, Vec_t &DSig, Vec_t &DIvs) const | Model | [inline, virtual] |
Model::TgIncs(State const *Sta, double pw, Vec_t &DEps, double Dpw, Vec_t &DSig, Vec_t &DIvs) const | Model | [inline, virtual] |
TgVars(UnsatFlowState const *Sta) const | UnsatFlow | [inline] |
TgVars(UnsatFlowState const *Sta, Vec_t const &Ww, double &Cpw, double &Cvs, Vec_t &fwd) const | UnsatFlow | [inline] |
UnsatFlow(int NDim, SDPair const &Prms, Model const *EquilibMdl=NULL) | UnsatFlow | [inline] |
Update(double Dpw, double DEv, UnsatFlowState *Sta) | UnsatFlow | [inline] |
UpdatePath(State const *Sta, Vec_t const &DEps, Vec_t const &DSig) const | Model | [inline, virtual] |
UpdateSta(ATensor2 const &F, State *Sta) const | Model | [inline, virtual] |
UseUpdateSta | Model | |
WRC | UnsatFlow | |
WRC_t enum name | UnsatFlow | |
xRd | UnsatFlow | |
xRw | UnsatFlow | |
y0 | UnsatFlow | |
yR | UnsatFlow | |
zi_a | UnsatFlow | |
zi_alp | UnsatFlow | |
zi_b | UnsatFlow | |
zi_bet | UnsatFlow | |
zi_del | UnsatFlow | |
zi_gam | UnsatFlow | |
ZI_t enum value | UnsatFlow | |
~Model() | Model | [inline, virtual] |