20 virtual double getSource()
const=0;
21 virtual double getSourceDynamic()
const=0;
22 virtual double getSourceUser()
const=0;
23 virtual void setSourceUser(
double d)=0;
34 virtual void setFluidTension(
double d)=0;
35 virtual double getFluidDensity()
const=0;
41 virtual double getHead(
const DVect &datum,
bool throwException)
const=0;
44 virtual double getMaxTimeStep()
const=0;
45 virtual double getPorosity()
const=0;
46 virtual string getSaturationModelDescription()
const=0;
59 virtual double getFastFlowNormalizedBalloon()
const=0;
60 virtual double getOutOfBalanceFlow()
const=0;
Interface to access fluid gridpoint data.
Definition ifluidgp.h:14
virtual double getHead(const DVect &datum, bool throwException) const =0
Returns the gridpoint head.
virtual void updatePP(double d)=0
virtual void setGpFlow(double d)=0
Sets the grid point unbalanced flow discharge, see getGpFlow()
virtual void setFluidModulus(double d)=0
Sets the grid point fluid bulk modulus, see getFModulus()
virtual void setFastFlowBalloon(double d)=0
sets the out of balance flow for fastflow logic
virtual double getFluidModulus() const =0
Returns the grid point fluid bulk modulus, see setFModulus()
virtual void setSaturation(double d)=0
Sets the gridpoint saturation.
virtual double getBiotModulus() const =0
Returns the Biot modulus, see setBiot()
virtual double getGpFlow() const =0
Returns the grid point unbalanced flow discharge, see setGpFlow()
virtual double getThermMass() const =0
Returns the fluid mass for the gridpoint.
virtual void setHead(double d, const DVect &datum)=0
Sets the gridpoint head.
virtual double getFluidTension() const =0
Returns the gridpoint fluid tension limit, see setFtens1()
virtual double getFastFlowBalloon() const =0
Returns the out of balance flow for fastflow logic.
virtual double getSaturation() const =0
Returns the gridpoint saturation.
virtual double getFastFlowModulus() const =0
Returns material confined modulus * nodal volume, for fastflow logic.
DVect3 DVect
Vector of doubles, either 2D or 3D.
Definition dim.h:154