doxygen/html/models_2src_2state_8h_source.html

#pragma once


#include "conmodelbase.h"

#include "igenerictet.h"

#include "igenericzone.h"

#include <array>


namespace itasca {

 class IProgram;

}


namespace models {

 using namespace itasca;


 struct State {

 public:

 static const uint32 max_working_ = 50;

 static const uint32 max_iworking_ = 10;

 enum class CondType {D3=0, D2, D1};


 virtual ~State() {}

 virtual double getSubZoneVolume() const=0;

 virtual double getZoneVolume(bool deformed = false) const=0;

 virtual DVect3 getRotation() const=0;

 virtual double getDensity() const=0;

 virtual void setDensity(const double&)=0;

 virtual double getTemperature() const=0;

 virtual double getTimeStep() const=0;

 virtual double getPorosity() const=0;

 virtual bool isLarge() const=0;

 virtual bool isThermal() const=0;

 virtual bool isCreep() const=0;

 virtual bool isFluid() const=0;

 virtual bool isThermalInUse() const = 0;

 virtual bool isCreepInUse() const = 0;

 virtual bool isFluidInUse() const = 0;

 virtual SymTensor getEffectiveZoneStress() const=0;

 virtual double getAveragePP() const=0;

 virtual double getTMUtility(unsigned index=0) const=0;

 virtual double getFMUtility(unsigned index=0) const=0;

 virtual void * getTableIndexFromID(const string &id) const=0;

 virtual double getYFromX(void *index,const double &x) const=0;

 virtual double getSlopeFromX(void *index,const double &x) const=0;

 virtual IProgram *getIProgram()=0;

 virtual IGenericZone *getIZone()=0;

 virtual IGenericTet * getITet()=0;

 virtual uint64 getZoneID() const=0;

 virtual uint64 getTetID() const=0;

 CONMODEL_EXPORT State();

 unsigned int sub_zone_;

 unsigned int total_sub_zones_;

 unsigned int overlay_;

 unsigned long state_;

 SymTensor stnE_;

 SymTensor stnS_;

 double modulus_reduction_factor_;

 bool viscous_;

 bool modulus_changed_;

 double pore_pressure_increment_;

 CondType condition_;

 std::array<double,max_working_> working_;

 std::array<int32,max_iworking_> iworking_;

 };


} // namespace models

// EoF

SymTensor
A symmetric 2nd order tensor.
Definition symtensor.h:22

itasca::IProgram
The main program access point.
Definition iprogram.h:37

models::IGenericTet
Generic base class for the tetra interface made available to the constitutive model system.
Definition igenerictet.h:22

models::IGenericZone
Generic base class for the zone interface made available to the constitutive model system.
Definition igenericzone.h:23

igenericzone.h
Generic base class for the zone interface made available to the constitutive model system.

itasca
namespace Itasca
Definition basememory.cpp:10

models
The Constitutive Model interface library.
Definition conmodel.cpp:7

models::State
The structure used to pass information to the constitutive model.
Definition state.h:32

models::State::getTetID
virtual uint64 getTetID() const =0
The ID or index of the Tetra being processed. May be 0.

models::State::isLarge
virtual bool isLarge() const =0
true if in large strain mode.

models::State::getTimeStep
virtual double getTimeStep() const =0
The current time step.

models::State::isCreepInUse
virtual bool isCreepInUse() const =0
true if creep is in use.

models::State::getYFromX
virtual double getYFromX(void *index, const double &x) const =0
The index pointer should be previously obtained from a getTableIndexFromID() call.

models::State::stnE_
SymTensor stnE_
6 components of strain increment, input to run().
Definition state.h:100

models::State::getFMUtility
virtual double getFMUtility(unsigned index=0) const =0
Returns Fluid to Mechanical communication utility values.

models::State::isThermal
virtual bool isThermal() const =0
true if thermal is configured.

models::State::getPorosity
virtual double getPorosity() const =0
The current zone fluid porosity.

models::State::total_sub_zones_
unsigned int total_sub_zones_
Total # of sub zones involved, from all overlays. Minimum value of 1.
Definition state.h:90

models::State::modulus_reduction_factor_
double modulus_reduction_factor_
modulus reduction factor from hysteretic damping or small strain effect.
Definition state.h:103

models::State::getZoneVolume
virtual double getZoneVolume(bool deformed=false) const =0
Volume of the current zone as a whole.

models::State::getZoneID
virtual uint64 getZoneID() const =0
The ID or index of the Zone being processed. May be 0.

models::State::getSubZoneVolume
virtual double getSubZoneVolume() const =0

models::State::getTemperature
virtual double getTemperature() const =0
Temperature of the zone.

models::State::condition_
CondType condition_
condition number to define conditions.
Definition state.h:116

models::State::setDensity
virtual void setDensity(const double &)=0
set Density of the zone.

models::State::getTableIndexFromID
virtual void * getTableIndexFromID(const string &id) const =0
Return a table index given an ID.

models::State::isFluid
virtual bool isFluid() const =0
true if fluid/flow is configured.

models::State::iworking_
std::array< int32, max_iworking_ > iworking_
This is a working area for values that must be stored between run() calls.
Definition state.h:118

models::State::getTMUtility
virtual double getTMUtility(unsigned index=0) const =0
Returns Thermal to Mechanical communication utility values.

models::State::getDensity
virtual double getDensity() const =0
Density of the zone.

models::State::modulus_changed_
bool modulus_changed_
Definition state.h:111

models::State::getEffectiveZoneStress
virtual SymTensor getEffectiveZoneStress() const =0
The average effective stress in the zone.

models::State::isCreep
virtual bool isCreep() const =0
true if creep is configured.

models::State::getIZone
virtual IGenericZone * getIZone()=0
A pointer to the IZone being processed. May be null.

models::State::pore_pressure_increment_
double pore_pressure_increment_
Set to true in run() if modulus has changed (confined, shear, bulk).
Definition state.h:114

models::State::getRotation
virtual DVect3 getRotation() const =0
Three components of overlay unit rotation in large strain.

models::State::sub_zone_
unsigned int sub_zone_
# of sub zone being operated on (starting at 0).
Definition state.h:89

models::State::stnS_
SymTensor stnS_
The current stress tensor is input to run(), and the model must return the updated tensor.
Definition state.h:102

models::State::getITet
virtual IGenericTet * getITet()=0
A pointer to the ITet in the IZone being processed. May be null.

models::State::getSlopeFromX
virtual double getSlopeFromX(void *index, const double &x) const =0
The index pointer should be previously obtained from a getTableIndexFromID() call.

models::State::working_
std::array< double, max_working_ > working_
= 0, 3D general (default); = 1, 2D plane-stress; = 2, 1D uniaxial
Definition state.h:117

models::State::isFluidInUse
virtual bool isFluidInUse() const =0
true if fluid/flow is in use.

models::State::state_
unsigned long state_
Sub zone state bit flag.
Definition state.h:99

models::State::overlay_
unsigned int overlay_
Definition state.h:91

models::State::getAveragePP
virtual double getAveragePP() const =0
The average pore pressure in the zone.

models::State::getIProgram
virtual IProgram * getIProgram()=0
A pointer to an IProgram interface for this code. May be null.

models::State::viscous_
bool viscous_
True if viscous strains are to be computed.
Definition state.h:107

models::State::max_iworking_
static const uint32 max_iworking_
The size of the iworking_ array.
Definition state.h:35

models::State::isThermalInUse
virtual bool isThermalInUse() const =0
true if thermal is in use.

models::State::max_working_
static const uint32 max_working_
The size of the working_ array.
Definition state.h:34