BasicCon Class Reference

Handle message ouput on the console. More...

#include <console.h>

Inheritance diagram for BasicCon:

Collaboration diagram for BasicCon:

Public Types
enum	VerboseLevel {   all =0, dbg, info, msg,   warning, err, critical, silent }

Public Member Functions
	BasicCon ()
	BasicCon (ostream *Ios)
virtual	~BasicCon ()
void	SetQuiet (bool Q)
void	SetTiming (bool T)
virtual void	flush ()
virtual void	SetOStream (ostream *Ios)
BasicCon &	Message (bool h=true)
	set verbose level of next message to "msg" More...
BasicCon &	Error (bool h=true)
	set verbose level of next message to "err" More...
BasicCon &	Warning (bool h=true)
	set verbose level of next message to "wrn" More...
BasicCon &	Critical (bool h=true)
	set verbose level of next message to "crt" More...
BasicCon &	Info (bool h=true)
	set verbose level of next message to "inf" More...
BasicCon &	Debug (bool h=true)
	set verbose level of next message to "dbg" More...
BasicCon &	XDebug (bool h=true)
	set verbose level of next message to "xdg" More...
BasicCon &	Timing (bool h=true)
	set verbose level of next message to "tme" More...
BasicCon &	operator<< (const char *s)
BasicCon &	operator<< (char s)
BasicCon &	operator<< (short s)
BasicCon &	operator<< (int s)
BasicCon &	operator<< (long s)
BasicCon &	operator<< (float s)
BasicCon &	operator<< (double s)
BasicCon &	operator<< (unsigned char s)
BasicCon &	operator<< (unsigned short s)
BasicCon &	operator<< (unsigned int s)
BasicCon &	operator<< (unsigned long s)
BasicCon &	operator<< (void *s)
BasicCon &	operator<< (Vec3 s)
BasicCon &	operator<< (const Matrix3 &)
BasicCon &	operator<< (CCounter &s)
BasicCon &	operator<< (CCounterList &s)
BasicCon &	operator<< (const string &)

Static Public Member Functions
static void	SetVerbose (int vl=all)
	set verbose level More...
static int	GetVerbose ()

Protected Member Functions
virtual void	process (ostringstream *str_os)
virtual void	show (char *level, bool h)

Protected Attributes
char *	CurBuffer
	buffer for output & process More...
ostream *	os
	Output stream (cout usually) More...

Static Protected Attributes
static int	VLevel = Con::info
	current verbose level More...
static bool	mute = false
static bool	quiet = false
	flag to mute console (loats output) or quiet console More...
static bool	timing = false

Detailed Description

Handle message ouput on the console.

Author

David Place, Steffen Abe $Revision$ $Date$

Member Enumeration Documentation

enum BasicCon::VerboseLevel

Enumerator
all
dbg
info
msg
warning
err
critical
silent

Constructor & Destructor Documentation

BasicCon::BasicCon

(

)

References CurBuffer.

BasicCon::BasicCon

(

ostream *

Ios

)

References CurBuffer, and os.

BasicCon::~BasicCon ( )

virtual

References CurBuffer.

Member Function Documentation

BasicCon & BasicCon::Critical

(

bool

h = true

)

set verbose level of next message to "crt"

References critical, mute, show(), and VLevel.

Referenced by TSubLattice< T >::addScalarTriangleField(), TSubLattice< T >::addVectorTriangleField(), BCorner2DInteraction::BCorner2DInteraction(), List< T >::Get(), TSubLattice< T >::getMesh2DStress(), TSubLattice< T >::getMeshFaceRef(), TSubLattice< T >::getMeshNodeRef(), ASubLattice::initComplex(), CSubLatticeControler::initLattice(), TSubLattice< T >::initNeighborTable(), CVarMPIBuffer::initSendTo(), and Mesh2D_PIS_EB< ParticleType, IType >::loadCheckPointData().

Here is the call graph for this function:

Here is the caller graph for this function:

BasicCon & BasicCon::Debug

(

bool

h = true

)

set verbose level of next message to "dbg"

References dbg, mute, show(), and VLevel.

Referenced by CLatticeMaster::addBondedMesh2DIG(), CLatticeMaster::addBondedTriMeshIG(), ParallelInteractionStorage_ED< P, I >::addExIG(), CLatticeMaster::addScalarInteractionSaveField(), CLatticeMaster::addScalarParticleSaveField(), TSubLattice< T >::addScalarTriangleField(), CLatticeMaster::addScalarTriangleSaveField(), CLatticeMaster::addTaggedScalarInteractionSaveField(), CLatticeMaster::addTaggedScalarParticleDistributionSaver(), CLatticeMaster::addTaggedScalarParticleSaveField(), CLatticeMaster::addTaggedVectorParticleSaveField(), CLatticeMaster::addTaggedVectorParticleSaveFieldWT(), CLatticeMaster::addTaggedWallIG(), TSubLattice< T >::addVectorInteractionField(), CLatticeMaster::addVectorInteractionSaveField(), TSubLattice< T >::addVectorParticleField(), CLatticeMaster::addVectorParticleSaveField(), CLatticeMaster::addVectorParticleSaveFieldWT(), TSubLattice< T >::addVectorTriangleField(), CLatticeMaster::addVectorTriangleSaveField(), CLatticeMaster::addVectorWallField(), CLatticeMaster::addWall(), CLatticeMaster::addWallIG(), TML_Comm::barrier(), CRotThermBondedInteraction::broken(), Mesh2D_PIS_EB< ParticleType, IType >::buildFromPPAByGap(), Mesh2D_PIS_EB< ParticleType, IType >::buildFromPPATagged(), ParallelInteractionStorage_Single< P, I >::calcForces(), CElasticInteractionGroup< T >::calcForces(), CRotThermElasticInteractionGroup< T >::calcForces(), ParallelInteractionStorage_NE< P, I >::calcForces(), CRotElasticInteractionGroup< T >::calcForces(), ParallelInteractionStorage_E< P, I >::calcForces(), ParallelInteractionStorage_ED< P, I >::calcHeatFrict(), ParallelInteractionStorage_EB< P, I >::calcHeatTrans(), ParallelInteractionStorage_ED< P, I >::calcHeatTrans(), ParallelInteractionStorage_NE< P, I >::calcHeatTrans(), TSubLattice< T >::checkNeighbors(), CLatticeMaster::checkNeighbors(), TSubLattice< T >::countParticles(), esys::lsm::DistConnections< TmplParticle, TmplConnection >::create(), esys::lsm::GougeConfig< TmplGrainRandomBoxPacker, TmplParticleRandomBoxPacker, TmplConnection >::createConnectionSet(), esys::lsm::GougeConfig< TmplGrainRandomBoxPacker, TmplParticleRandomBoxPacker, TmplConnection >::createFaultBlockGenerators(), esys::lsm::GougeConfig< TmplGrainRandomBoxPacker, TmplParticleRandomBoxPacker, TmplConnection >::createGougeConfigGenerators(), esys::lsm::GougeConfig< TmplGrainRandomBoxPacker, TmplParticleRandomBoxPacker, TmplConnection >::createRegularBlockGenerators(), CSubLatticeControler::do2dCalculations(), TRotSubLattice< T >::doAddDamping(), TSubLattice< T >::findParticleNearestTo(), CLatticeMaster::findParticleNearestTo(), CSubLatticeControler::findParticleNearestToPoint(), ParallelParticleArray< T >::forPointsGetNearest(), TML_Comm::gather_debug(), TML_Comm::gather_packed(), CSubLatticeControler::getIdParticleData(), TSubLattice< T >::getParticleData(), CSubLatticeControler::getParticlePosn(), CLatticeMaster::getParticlePosn(), NeighborTable< T >::getParticlesAtPlane(), CLatticeMaster::getWallForce(), CLatticeMaster::getWallPosn(), CLatticeMaster::init(), esys::lsm::MeshReader::Impl::initialise(), esys::lsm::GeometryReader::Impl::initialiseFile(), CSubLatticeControler::initLatticeCirc(), CLatticeMaster::initSnapShotController(), ParallelInteractionStorage_E< P, I >::isIn(), CheckPointController::issueCheckPointCmdWTM(), CheckPointController::issueCheckPointLoadingCmd(), ParallelParticleArray< T >::loadCheckPointData(), Mesh2D::LoadMesh(), CSubLatticeControler::makeLattice(), TSubLattice< T >::moveParticleTo(), TSubLattice< T >::moveSingleNode(), CSubLatticeControler::moveSingleParticle(), TSubLattice< T >::moveTaggedParticlesBy(), NeighborTable< T >::NeighborTable(), CLatticeMaster::oneStep(), TSubLattice< T >::printTimes(), NeighborTable< T >::ptr_by_id(), CLatticeMaster::readGeometry(), CLatticeMaster::readGeometryFile(), TSubLattice< T >::rebuildInteractions(), TSubLattice< T >::resetDisplacements(), CSubLatticeControler::run(), CLatticeMaster::runEnd(), CLatticeMaster::runInit(), ParallelParticleArray< T >::saveCheckPointData(), CheckPointer::saveRestartable(), CheckPointer::saveThroughMaster(), TSubLattice< T >::searchNeighbors(), CLatticeMaster::searchNeighbors(), TML_Comm::send_gather_debug(), TML_Comm::send_gather_packed(), TSubLattice< T >::sendDataToMaster(), TSubLattice< T >::sendFieldData(), TRotSubLattice< T >::setParticleAngularVelocity(), TSubLattice< T >::setParticleDensity(), TSubLattice< T >::setParticleNonDynamic(), TSubLattice< T >::setParticleNonRot(), TSubLattice< T >::setParticleNonTrans(), TSubLattice< T >::setParticleVelocity(), CLatticeMaster::setSpatialDomain(), TSubLattice< T >::setTaggedParticleVel(), ParallelInteractionStorage_Single< P, I >::setTimeStepSize(), ParallelInteractionStorage_ED< P, I >::setTimeStepSize(), CSubLatticeControler::setTimeStepSize(), TSubLattice< T >::tagParticleNearestTo(), TML_CartComm::TML_CartComm(), CSubLatticeControler::translateMeshBy(), CLatticeMaster::translateMeshBy(), ParallelInteractionStorage_ED_T< P, I >::update(), ParallelInteractionStorage_ED< P, I >::update(), TSubLattice< T >::updateInteractions(), CLatticeMaster::visitParticles(), CLatticeMaster::visitParticlesOfType(), CLatticeMaster::~CLatticeMaster(), CSubLatticeControler::~CSubLatticeControler(), and TSubLattice< T >::~TSubLattice().

Here is the call graph for this function:

BasicCon & BasicCon::Error

(

bool

h = true

)

set verbose level of next message to "err"

References err, mute, show(), and VLevel.

Referenced by TSubLattice< T >::addBondedWIG(), TSubLattice< T >::addDirBondedWIG(), TSubLattice< T >::addRotBondedIG(), TSubLattice< T >::addRotThermBondedIG(), TSubLattice< T >::addVectorInteractionField(), TSubLattice< T >::addVectorWallField(), TSubLattice< T >::addViscWIG(), Corner2D::applyForceToEdge(), CMPILCmdBuffer::broadcast(), CCounterList::counter(), TSubLattice< T >::doAddDamping(), Corner2D::getEdgeNormal(), CWall::getFieldSummationFlag(), CWall::getVectorFieldFunction(), TML_Comm::include(), CSubLatticeControler::initLatticeCirc(), Mesh2D_PIS_NE< ParticleType, IType >::isIn(), TriMesh_PIS_EB< ParticleType, IType >::isIn(), TriMesh_PIS_NE< ParticleType, IType >::isIn(), Mesh2D_PIS_EB< ParticleType, IType >::isIn(), Mesh2D_PIS< ParticleType >::loadCheckPointData(), TriMesh::LoadMesh(), TSubLattice< T >::moveTaggedNodes(), ParallelParticleArray< T >::ParallelParticleArray(), TSubLattice< T >::removeIG(), CSubLatticeControler::run(), Mesh2D_PIS< ParticleType >::saveCheckPointData(), TSubLattice< T >::setExIG(), TriMesh_PIS_EB< ParticleType, IType >::tryInsert(), Mesh2D_PIS_EB< ParticleType, IType >::tryInsert(), AFieldMaster::writeAsDX(), AFieldMaster::writeAsMAX(), AFieldMaster::writeAsPOV(), AFieldMaster::writeAsRAW(), ScalarInteractionFieldMaster::writeAsRAW2(), VectorInteractionFieldMaster::writeAsRAW2(), AFieldMaster::writeAsRAW2(), AFieldMaster::writeAsRAW_SERIES(), VectorInteractionFieldMaster::writeAsRawWithID(), ScalarInteractionFieldMaster::writeAsRawWithID(), AFieldMaster::writeAsRawWithID(), VectorInteractionFieldMaster::writeAsRawWithPosID(), ScalarInteractionFieldMaster::writeAsRawWithPosID(), AFieldMaster::writeAsRawWithPosID(), VectorWallFieldMaster::writeAsSILO(), ScalarParticleFieldMaster::writeAsSILO(), AFieldMaster::writeAsSILO(), VectorParticleFieldMaster::writeAsSILO(), and AFieldMaster::writeAsSUM().

Here is the call graph for this function:

Here is the caller graph for this function:

void BasicCon::flush ( )

virtual

References os.

Referenced by Con::process(), and show().

Here is the caller graph for this function:

static int BasicCon::GetVerbose ( )

inlinestatic

References VLevel.

BasicCon & BasicCon::Info

(

bool

h = true

)

set verbose level of next message to "inf"

References info, mute, show(), and VLevel.

Referenced by CRandomBlock3D::calcPorosity(), esys::lsm::GougeConfig< TmplGrainRandomBoxPacker, TmplParticleRandomBoxPacker, TmplConnection >::createConnectionSet(), ARandomAssembly3D::fillSpace(), ARandomAssembly2D::fillSpace(), esys::lsm::GougeBlock3D::generate(), esys::lsm::GougeConfig< TmplGrainRandomBoxPacker, TmplParticleRandomBoxPacker, TmplConnection >::generate(), esys::lsm::RandomBlockGenerator::generateFillParticles(), esys::lsm::FittedParticleIterator< TmplFitterTraits >::generateNext(), TSubLattice< T >::initNeighborTable(), esys::lsm::FittedParticleIterator< TmplFitterTraits >::logInfo(), esys::lsm::SphereFittedPIterator< TmplFitterTraits >::logInfo(), CLatticeMaster::runOneStep(), esys::lsm::GougeBlock3D::tagDrivingPlateParticles(), and esys::lsm::GougeConfig< TmplGrainRandomBoxPacker, TmplParticleRandomBoxPacker, TmplConnection >::tagDrivingPlateParticles().

Here is the call graph for this function:

Here is the caller graph for this function:

BasicCon & BasicCon::Message

(

bool

h = true

)

set verbose level of next message to "msg"

References msg, mute, show(), and VLevel.

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

const char *

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

char

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

short

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

int

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

long

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

float

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

double

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

unsigned char

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

unsigned short

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

unsigned int

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

unsigned long

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

void *

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

Vec3

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

const Matrix3 &

m

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

CCounter &

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

CCounterList &

s

)

References mute, and process().

Here is the call graph for this function:

BasicCon & BasicCon::operator<<

(

const string &

s

)

References mute, and process().

Here is the call graph for this function:

void BasicCon::process ( ostringstream *  str_os )

protectedvirtual

output stream on Output stream if not quiet

Parameters

str_os

stream to output

Reimplemented in Con.

References os, and quiet.

Referenced by operator<<(), and Con::process().

Here is the caller graph for this function:

void BasicCon::SetOStream ( ostream *  Ios )

virtual

References os.

void BasicCon::SetQuiet ( bool  Q )

inline

void BasicCon::SetTiming ( bool  T )

inline

void BasicCon::SetVerbose ( int  vl = all )

static

set verbose level

References VLevel.

Referenced by CSubLatticeControler::run(), CSubLatticeControler::setVerbosity(), CLatticeMaster::setVerbosity(), and esys::lsm::setVerbosityPy().

Here is the caller graph for this function:

void BasicCon::show ( char *  level, bool  h  )

protectedvirtual

Show header before output lines in h is true

Parameters

level	string of character to output
h	if true will ouput the string level

References flush().

Referenced by Critical(), Debug(), Error(), Info(), Message(), Timing(), Warning(), and XDebug().

Here is the call graph for this function:

Here is the caller graph for this function:

BasicCon & BasicCon::Timing

(

bool

h = true

)

set verbose level of next message to "tme"

References mute, show(), and timing.

Referenced by CLatticeMaster::oneStep(), and CLatticeMaster::runOneStep().

Here is the call graph for this function:

Here is the caller graph for this function:

BasicCon & BasicCon::Warning

(

bool

h = true

)

set verbose level of next message to "wrn"

References mute, show(), VLevel, and warning.

Referenced by List< T >::Get(), CLatticeMaster::initSnapShotController(), CLatticeMaster::performCheckPointsThroughMaster(), and CLatticeMaster::setSpatialDomain().

Here is the call graph for this function:

Here is the caller graph for this function:

BasicCon & BasicCon::XDebug

(

bool

h = true

)

set verbose level of next message to "xdg"

References dbg, mute, show(), and VLevel.

Referenced by TSubLattice< T >::addBondedIG(), CLatticeMaster::addBondedIG(), TSubLattice< T >::addBondedMesh2DIG(), TSubLattice< T >::addBondedTriMeshIG(), TSubLattice< T >::addBondedWIG(), TSubLattice< T >::addCappedBondedIG(), CLatticeMaster::addCappedBondedIG(), CLatticeMaster::addConnections(), TSubLattice< T >::addDamping(), TSubLattice< T >::addDirBondedWIG(), TSubLattice< T >::addElasticWIG(), ParallelInteractionStorage_ED< P, I >::addExIG(), CLatticeMaster::addExIG(), TSubLattice< T >::addMesh2D(), CLatticeMaster::addMesh2D(), TSubLattice< T >::addMesh2DIG(), TSubLattice< T >::addPairIG(), CLatticeMaster::addParticles(), TRotSubLattice< T >::addRotBondedIG(), CLatticeMaster::addRotBondedIG(), TRotSubLattice< T >::addRotThermBondedIG(), CLatticeMaster::addRotThermBondedIG(), TSubLattice< T >::addScalarInteractionField(), TSubLattice< T >::addScalarParticleField(), TSubLattice< T >::addScalarTriangleField(), TSubLattice< T >::addShortBondedIG(), CLatticeMaster::addShortBondedIG(), TSubLattice< T >::addSingleIG(), TSubLattice< T >::addTaggedElasticWIG(), TSubLattice< T >::addTaggedPairIG(), TSubLattice< T >::addTriMesh(), CLatticeMaster::addTriMesh(), TSubLattice< T >::addTriMeshIG(), TSubLattice< T >::addVectorInteractionField(), TSubLattice< T >::addVectorParticleField(), TSubLattice< T >::addVectorTriangleField(), TSubLattice< T >::addVectorWallField(), TSubLattice< T >::addViscWIG(), AWallFieldSlave::addWall(), TSubLattice< T >::addWall(), CSoftBWallInteractionGroup< T >::applyForce(), CBWallInteractionGroup< T >::applyForce(), TSubLattice< T >::applyForceToWall(), BCorner2DInteraction::BCorner2DInteraction(), BEdge2DInteraction::BEdge2DInteraction(), TriMesh_PIS_EB< ParticleType, IType >::buildFromPPAByGap(), Mesh2D_PIS_EB< ParticleType, IType >::buildFromPPAByGap(), TriMesh_PIS_EB< ParticleType, IType >::buildFromPPATagged(), Mesh2D_PIS_EB< ParticleType, IType >::buildFromPPATagged(), TriMesh_PIS_EB< ParticleType, IType >::calcForces(), Mesh2D_PIS_NE< ParticleType, IType >::calcForces(), TriMesh_PIS_NE< ParticleType, IType >::calcForces(), Mesh2D_PIS_EB< ParticleType, IType >::calcForces(), CEWallInteractionGroup< T >::calcForces(), CSoftBWallInteractionGroup< T >::calcForces(), CViscWallIG< T >::calcForces(), CBWallInteractionGroup< T >::calcForces(), TSubLattice< T >::calcForces(), TSubLattice< T >::calcHeatFrict(), TSubLattice< T >::calcHeatTrans(), CBWallInteractionGroup< T >::CBWallInteractionGroup(), CEWallInteractionGroup< T >::CEWallInteractionGroup(), TSubLattice< T >::checkNeighbors(), VectorWallFieldMaster::collect(), ScalarTriangleFieldMaster::collectFull(), VectorTriangleFieldMaster::collectFull(), VectorInteractionFieldMaster::collectFull2(), ScalarInteractionFieldMaster::collectFull2(), ScalarTriangleFieldMaster::collectFullDX(), VectorTriangleFieldMaster::collectFullDX(), VectorInteractionFieldMaster::collectFullWithID(), ScalarInteractionFieldMaster::collectFullWithID(), ScalarInteractionFieldMaster::collectFullWithPosID(), VectorInteractionFieldMaster::collectFullWithPosID(), CLatticeMaster::createTriMesh(), CSoftBWallInteractionGroup< T >::CSoftBWallInteractionGroup(), CTaggedEWallInteractionGroup< T >::CTaggedEWallInteractionGroup(), CViscWallIG< T >::CViscWallIG(), TSubLattice< T >::doAddPIG(), TriMesh_PIS_EB< ParticleType, IType >::exchange(), Mesh2D_PIS_EB< ParticleType, IType >::exchange(), Mesh2D_PIS_EB< ParticleType, IType >::exchange_boundary(), TriMesh_PIS_EB< ParticleType, IType >::exchange_boundary(), ParallelInteractionStorage_E< P, I >::exchange_boundary(), TSubLattice< T >::exchangePos(), extractBWallIGP(), extractSoftBWallIGP(), extractVWallIGP(), esys::lsm::Mesh2DReader::getEdgeIterator(), TSubLattice< T >::getMesh2DStress(), TSubLattice< T >::getMeshFaceRef(), TSubLattice< T >::getMeshNodeRef(), esys::lsm::Mesh2DReader::getNodeIterator(), CLatticeMaster::getSlaveSpatialDomains(), TSubLattice< T >::getTriMeshForce(), TSubLattice< T >::getWallForce(), TSubLattice< T >::getWallPos(), ASubLattice::initComplex(), esys::lsm::Node2DReader::initialise(), esys::lsm::Mesh2DReader::Impl::initialise(), CSubLatticeControler::initLattice(), CSubLatticeControler::initLatticeCirc(), TSubLattice< T >::initNeighborTable(), TSubLattice< T >::integrate(), TSubLattice< T >::integrateTherm(), TriMesh::LoadMesh(), CLatticeMaster::makeLattice(), Mesh2D_PIS_EB< ParticleType, IType >::Mesh2D_PIS_EB(), CWall::moveBy(), TSubLattice< T >::moveSingleNode(), TSubLattice< T >::moveWallBy(), esys::lsm::Node2DReader::Node2DReader(), CSoftBWallIGP::packInto(), CEWallIGP::packInto(), CVWallIGP::packInto(), CBWallIGP::packInto(), CLatticeMaster::readAndDistributeMesh2D(), CLatticeMaster::readGeometry(), CLatticeMaster::readTriMesh(), TriMesh_PIS_EB< ParticleType, IType >::rebuild(), ParallelInteractionStorage_E< P, I >::rebuild(), Mesh2D_PIS_EB< ParticleType, IType >::rebuild(), TSubLattice< T >::receiveConnections(), TSubLattice< T >::receiveParticles(), TSubLattice< T >::removeIG(), VectorWallFieldSlave< WallType >::sendData(), InteractionFieldSlave< T >::sendData(), VectorEdge2DFieldSlave::SendDataFull(), VectorTriangleFieldSlave::SendDataFull(), ScalarTriangleFieldSlave::SendDataFull(), VectorTriangleFieldSlave::SendDataFullDX(), VectorEdge2DFieldSlave::SendDataFullDX(), ScalarTriangleFieldSlave::SendDataFullDX(), VectorInteractionFieldSlave< T >::SendDataWithID(), CheckedScalarInteractionFieldSlave< T >::SendDataWithID(), ScalarInteractionFieldSlave< T >::SendDataWithID(), ScalarInteractionFieldSlave< T >::SendDataWithPosID(), VectorInteractionFieldSlave< T >::SendDataWithPosID(), TSubLattice< T >::setExIG(), TRotSubLattice< T >::setParticleAngularVelocity(), TSubLattice< T >::setParticleDensity(), TSubLattice< T >::setParticleVelocity(), CLatticeMaster::setSpatialDomain(), TSubLattice< T >::setTaggedParticleVel(), TSubLattice< T >::setTimeStepSize(), TSubLattice< T >::setVelocityOfWall(), TSubLattice< T >::setWallNormal(), TSubLattice< T >::thermExpansion(), TriMesh_PIS_EB< ParticleType, IType >::TriMesh_PIS_EB(), ParallelInteractionStorage_E< P, I >::tryInsert(), Mesh2D_PIS_EB< ParticleType, IType >::tryInsert(), ParallelInteractionStorage_Single< P, I >::update(), ParallelInteractionStorage_ED_T< P, I >::update(), ParallelInteractionStorage_NE_T< P, I >::update(), ParallelInteractionStorage_EB< P, I >::update(), CTaggedEWallInteractionGroup< T >::Update(), ParallelInteractionStorage_NE< P, I >::update(), ParallelInteractionStorage_ED< P, I >::update(), TriMesh_PIS_EB< ParticleType, IType >::update(), CRotThermElasticInteractionGroup< T >::Update(), Mesh2D_PIS_NE< ParticleType, IType >::update(), CRotElasticInteractionGroup< T >::Update(), CElasticInteractionGroup< T >::Update(), TriMesh_PIS_NE< ParticleType, IType >::update(), Mesh2D_PIS_EB< ParticleType, IType >::update(), CEWallInteractionGroup< T >::Update(), CSoftBWallInteractionGroup< T >::Update(), CViscWallIG< T >::Update(), CBWallInteractionGroup< T >::Update(), CLatticeMaster::updateInteractions(), VectorWallFieldMaster::VectorWallFieldMaster(), VectorWallFieldSlave< WallType >::VectorWallFieldSlave(), CLatticeMaster::visitMesh2dEdgeStress(), CLatticeMaster::visitMesh2dNodeReferences(), CLatticeMaster::visitTriMeshFaceForce(), CMPIBarrier::wait(), ScalarTriangleFieldMaster::writeAsDX(), VectorTriangleFieldMaster::writeAsDX(), ScalarTriangleFieldMaster::writeAsRAW(), VectorTriangleFieldMaster::writeAsRAW(), ScalarInteractionFieldMaster::writeAsRAW2(), VectorInteractionFieldMaster::writeAsRAW2(), VectorWallFieldMaster::writeAsRAW_SERIES(), VectorInteractionFieldMaster::writeAsRawWithID(), ScalarInteractionFieldMaster::writeAsRawWithID(), ScalarInteractionFieldMaster::writeAsRawWithPosID(), VectorInteractionFieldMaster::writeAsRawWithPosID(), TriMesh::zeroForces(), TSubLattice< T >::zeroForces(), and TSubLattice< T >::zeroHeat().

Here is the call graph for this function:

Member Data Documentation

char* BasicCon::CurBuffer

protected

buffer for output & process

Referenced by BasicCon(), and ~BasicCon().

bool BasicCon::mute = false

staticprotected

Referenced by Critical(), Debug(), Error(), Info(), Message(), operator<<(), Timing(), Warning(), and XDebug().

ostream* BasicCon::os

protected

Output stream (cout usually)

Referenced by BasicCon(), FCon::FCon(), flush(), process(), and SetOStream().

bool BasicCon::quiet = false

staticprotected

flag to mute console (loats output) or quiet console

Referenced by process().

bool BasicCon::timing = false

staticprotected

Referenced by Timing().

int BasicCon::VLevel = Con::info

staticprotected

current verbose level

Referenced by Critical(), Debug(), Error(), GetVerbose(), Info(), Message(), SetVerbose(), Warning(), and XDebug().

---

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

• Foundation/console.h
• Foundation/console.cpp