block::ISubcontactThing Class Reference

This is the interface for SubcontactThing, a class that holds extra data not in the fortran arrays. This will be stored in a container and the ID will be stored in offset $KCXCPP in the fortran subcontact linked list. This inherits from Thing so we can use groups and extra variables There is also two-way accessibility with the corresponding fortran data block. More...

#include <isubcontactthing.h>

Public Types
enum	SubcontactType { VertexFace =0 , EdgeEdge }
	enumeration of possible subcontact types

Public Member Functions
virtual const itasca::IThing *	getIThing () const =0
	Returns a const IThing pointer.
virtual itasca::IThing *	getIThing ()=0
	Returns a IThing pointer.
virtual FInt	getFortranOffset () const =0
	Return contact fortran offset. Necessary for gui queries.
virtual uint64	getSubcontactID () const =0
	Return Thing ID.
virtual const IContactThing *	getHostContact () const =0
	Return host ContactThing.
virtual uint64	getHostContactID () const =0
	Return host contact id.
virtual DVect3	getLocation () const =0
	Returns subcontact position.
virtual bool	getHidden () const =0
	Returns true if subcontact or host contact is hidden.
virtual IFaceThing *	getFace () const =0
	Returns the face associated with this subcontact. null for no face.
virtual uint64	getFaceID () const =0
	Returns the id of the face associated with this subcontact. 0 for no face.
virtual IVertexThing *	getVertex () const =0
	Returns the vertex associated with this subcontact. null for no vertex.
virtual uint64	getVertexID () const =0
	Returns the Vertex ID associated with the subcontact. 0 for no vertex.
virtual uint64	getFractureID () const =0
virtual uint64	getDFN_ID () const =0
	Returns ID of DFN used to create contact. 0 if DFN was not used.
virtual QString	getDFN_name () const =0
	Returns name of DFN used to create contact. Empty string if DFN was not used.
virtual int	getMaterial () const =0
	Return material number.
virtual string	getMaterialString () const =0
	Return material as string.
virtual int	getConstitutive () const =0
	Return constitutive model number.
virtual DVect3	getShearForce () const =0
	Return the shear force vector.
virtual void	setShearForce (const DVect3 &dv)=0
	Set the shear force vector.
virtual double	getNormalForce () const =0
	Return the normal force magnitude.
virtual void	setNormalForce (double nf)=0
virtual DVect3	getShearDisplacement () const =0
	Return the shear displacement vector.
virtual void	setShearDisplacement (const DVect3 &dv)=0
	Set the shear displacement vector.
virtual double	getNormalDisplacement () const =0
	Return the normal displacement.
virtual void	setNormalDisplacement (double nd)=0
	Set the normal displacement.
virtual double	getArea () const =0
virtual double	getNormalStress () const =0
	Return the normal stress.
virtual double	getShearStress () const =0
	Return the magnitude of shear stress.
virtual string	getModel () const =0
	Get the joint constitutive model as a string.
virtual void	setModel (const string &s)=0
	Set joint constitutive model.
virtual string	getStateString () const =0
	Get the subcontact failure state as a string.
virtual int	getState () const =0
	Get the subcontact failure state as an integer.
virtual void	setState (int i)=0
	Set the subcontact failure state.
virtual const IBlockThing *	getBlock1 () const =0
	Return block 1 of the subcontact.
virtual const IBlockThing *	getBlock2 () const =0
	Return block 2 of the subcontact.
virtual uint64	getBlock1_ID () const =0
	Return id of block 1 of the subcontact.
virtual uint64	getBlock2_ID () const =0
	Return id of block 2 of the subcontact.
virtual StringList	getProperties () const =0
	returns a list of all the valid properties of the current constitutive model assigned to this subcontact
virtual uint32	getPropertyIndex (const string &prop) const =0
virtual base::Property	getProperty (uint32 index) const =0
virtual void	setProperty (const string &prop, base::Property val)=0
	Set property with name prop to value val.
virtual SubcontactType	getSubcontactType () const =0
	Return the subcontact type.
virtual double	getPorePressure () const =0
	Return the pore pressure on the subcontact.
virtual void	setPorePressure (double d)=0
	Set the pore pressure on the subcontact.
virtual IFlowZoneThing *	getFlowZone () const =0
	Return the flow zone associated with the subcontact. Null if no flow.
virtual IFlowPlaneVertexThing *	getFlowVertex () const =0
	Return the flow plane vertex associated with the subcontact. Null if no flow.
virtual bool	isExcavated () const =0
	Return true if subcontact is excavate. False otherwise.
virtual double	getInitialAperture () const =0
	Get the initial mechanical aperture.
virtual void	setInitialAperture (double ap0)=0
	Set the initial mechanical aperture.
virtual bool	getBit (int bit) const =0
virtual void	setBit (int bit, bool b) const =0
virtual DVect3	getShearVelocity () const =0
	Return the shear velocity vector.
virtual double	getMaxShear () const =0
	Returns maximum shear displacement.
virtual void	setMaxShear (double d)=0
	Set maximum shear displacement.
virtual double	getEnergy (uint32 i) const =0
	Return energy.
virtual double	getEnergy (const string &e) const =0
virtual double	getTotalEnergy () const =0
virtual IBlockThing *	getFaceBlock1 () const =0
	Return first fblockthing (nullptr if not a faceblock)
virtual IBlockThing *	getFaceBlock2 () const =0
	Return second fblockthing (nullptr if not a faceblock)
virtual bool	isBonded () const =0
	Return true if subcontact has non-zero strength and has not failed.
virtual double	getFOS () const =0
	Return ratio of shear strength to shear stress.

Static Public Attributes
static const TType	type_ = 0x4f54d345
	type used in IThing typing system

Detailed Description

This is the interface for SubcontactThing, a class that holds extra data not in the fortran arrays. This will be stored in a container and the ID will be stored in offset $KCXCPP in the fortran subcontact linked list. This inherits from Thing so we can use groups and extra variables There is also two-way accessibility with the corresponding fortran data block.

Member Function Documentation

getArea()

virtual double block::ISubcontactThing::getArea ( ) const

pure virtual

Return the area associated with the subcontact Manual says half area. TODO: Check this!!

getBit()

virtual bool block::ISubcontactThing::getBit ( int bit ) const

pure virtual

Returns the boolean stored in utility bit bit in the subcontact.

• bit must be a bit index previouly returned from ISubcobcontactArray::claimBit().

getFractureID()

virtual uint64 block::ISubcontactThing::getFractureID ( ) const

pure virtual

Return fracture ID (from DFN) associated with subcontact.
Returns 0 if not created with DFN.

getProperty()

virtual base::Property block::ISubcontactThing::getProperty ( uint32 index ) const

pure virtual

Returns value of subcontact property corresponding to index
Returns 0 if index is not recognized

getPropertyIndex()

virtual uint32 block::ISubcontactThing::getPropertyIndex ( const string & prop ) const

pure virtual

Given a property name, returns the index of the property of the constitutive model assigned to this subcontact.

Note

Base 1, returns 0 if name is not found.

setBit()

virtual void block::ISubcontactThing::setBit ( int bit, bool b ) const

pure virtual

Sets the boolean stored in utility bit bit in the subcontact. This function is const, to indicate that setting bit values does not impact the calculation logic in any way.

• bit must be a bit index previouly returned from ISubcontactArray::claimBit(). Note - this is const through some hack so that we can use const SubcontactThings when getting data

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

• C:/Source/itasca-suite/3dec/block/interface/isubcontactthing.h