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/////////////////////////////////////////////////////////////
// //
// Copyright (c) 2003-2011 by The University of Queensland //
// Earth Systems Science Computational Centre (ESSCC) //
// http://www.uq.edu.au/esscc //
// //
// Primary Business: Brisbane, Queensland, Australia //
// Licensed under the Open Software License version 3.0 //
// http://www.opensource.org/licenses/osl-3.0.php //
// //
/////////////////////////////////////////////////////////////
#ifndef ESYS_LSMGOUGECONFIG_H
#define ESYS_LSMGOUGECONFIG_H
#include "Foundation/BoundingBox.h"
#include "Geometry/CircularNeighbourTable.h"
#include "Geometry/Plane.h"
#include "Geometry/CubicBoxPacker.h"
#include "Geometry/RandomBoxPacker.h"
#include "Geometry/PackerGenerators.h"
#include "Geometry/DistConnections.h"
#include <boost/shared_ptr.hpp>
#include <vector>
#include <float.h>
namespace esys
{
namespace lsm
{
typedef std::vector<Plane> PlaneVector;
enum Orientation
{
XY,
XZ,
YZ
};
class ParticleRndPackPrms
{
public:
inline ParticleRndPackPrms();
inline ParticleRndPackPrms(double size, double minRadius, double maxRadius);
inline ~ParticleRndPackPrms();
inline double getSize() const;
inline double getMinParticleRadius() const;
inline double getMaxParticleRadius() const;
private:
double m_size;
double m_minParticleRadius;
double m_maxParticleRadius;
};
template <typename TmplParticleGrainGen>
class GrainRndPackPrms : public ParticleRndPackPrms
{
public:
typedef TmplParticleGrainGen ParticleGrainGen;
typedef ParticleRndPackPrms Inherited;
GrainRndPackPrms();
GrainRndPackPrms(
double size,
ParticleGrainGen &particleGrainGen,
int connectionTag=0
);
double getMinGrainRadius();
double getMaxGrainRadius();
ParticleGrainGen &getParticleGrainGen() const;
int getConnectionTag() const;
private:
ParticleGrainGen *m_pParticleGrainGen;
int m_connectionTag;
};
typedef std::vector<bool> BoolVector;
typedef std::vector<BoundingBox> BoundingBoxVector;
class PackingInfo
{
public:
inline PackingInfo(
const BoundingBox &bBox,
const BoolVector &periodicDimensions,
Orientation orientation,
double minRadius,
double maxRadius
);
inline bool is3d() const;
inline void initialiseFitPlaneVector();
inline const BoundingBox &getBBox() const;
inline const PlaneVector &getFitPlaneVector() const;
inline double getMinParticleRadius() const;
inline double getMaxParticleRadius() const;
inline const BoolVector &getPeriodicDimensions() const;
private:
BoundingBox m_bBox;
BoolVector m_periodicDimensions;
Orientation m_orientation;
double m_minRadius;
double m_maxRadius;
PlaneVector m_fitPlaneVector;
};
template <typename TmplParticleGrainGen>
class GougePackingInfo : public PackingInfo
{
public:
typedef TmplParticleGrainGen ParticleGrainGen;
typedef PackingInfo Inherited;
GougePackingInfo(
const BoundingBox &bBox,
const BoolVector &periodicDimensions,
Orientation orientation,
ParticleGrainGen &particleGrainGen
);
double getMinGrainRadius() const;
double getMaxGrainRadius() const;
ParticleGrainGen &getParticleGrainGen() const;
private:
ParticleGrainGen *m_pParticleGrainGen;
};
typedef std::vector<PackingInfo> PackingInfoVector;
template <typename TmplParticleGrainGen>
class GougeConfigPrms
{
public:
typedef TmplParticleGrainGen ParticleGrainGen;
typedef GrainRndPackPrms<ParticleGrainGen> GrainRPackPrms;
typedef typename GrainRPackPrms::Inherited ParticleRndPackPrms;
typedef GougePackingInfo<ParticleGrainGen> GougePackInfo;
typedef std::vector<GougePackInfo> GougePackingInfoVector;
GougeConfigPrms();
/**
*
*/
GougeConfigPrms(
const BoundingBox &bBox,
double padRadius,
Orientation orientation,
const ParticleRndPackPrms &faultRegionPrms,
const GrainRPackPrms &gougeRegionPrms,
const BoolVector &peridicDimensions=BoolVector(3, false),
int maxInsertionFailures=100,
double tolerance = DBL_EPSILON*128,
double connectionTolerance = DBL_EPSILON*128*10,
int blockConnectionTag = 0
);
~GougeConfigPrms();
double getTolerance() const;
double getConnectionTolerance() const;
const BoundingBox &getBBox() const;
int getMaxInsertionFailures() const;
double getRegularBlockRadius() const;
double getFaultMinRadius() const;
double getFaultMaxRadius() const;
double getGougeMinRadius() const;
double getGougeMaxRadius() const;
int getGougeConnectionTag() const;
int getBlockConnectionTag() const;
const BoolVector &getPeriodicDimensions() const;
BoundingBoxVector getRegularBBoxVector() const;
GougePackingInfoVector getGougePackingInfoVector() const;
PackingInfoVector getFaultPackingInfoVector() const;
BoundingBox cutFromCentre(double d1, double d2) const;
Orientation getOrientation() const;
int getOrientationIndex() const;
double getOrientationSize() const;
double getMaxRadius() const;
double getMinRadius() const;
bool is2d() const;
private:
BoundingBox m_bBox;
double m_padRadius;
Orientation m_orientation;
ParticleRndPackPrms m_faultPrms;
GrainRPackPrms m_gougePrms;
BoolVector m_periodicDimensions;
int m_maxInsertionFailures;
double m_tolerance;
double m_connectionTolerance;
int m_blockConnectionTag;
};
/**
*
*/
template <
typename TmplGrainRandomBoxPacker,
typename TmplParticleRandomBoxPacker,
typename TmplConnection
>
class GougeConfig
{
public:
typedef TmplConnection Connection;
typedef TmplGrainRandomBoxPacker GrainRandomPacker;
typedef boost::shared_ptr<GrainRandomPacker> GrainRandomPackerPtr;
typedef typename GrainRandomPacker::ParticleGrainGen ParticleGrainGen;
typedef GougeConfigPrms<ParticleGrainGen> GougeConfPrms;
typedef typename GougeConfPrms::GougePackingInfoVector GougePackingInfoVector;
typedef typename GrainRandomPacker::Particle Particle;
typedef typename GrainRandomPacker::ParticleIterator ParticleIterator;
typedef typename GrainRandomPacker::ParticleConstIterator ParticleConstIterator;
typedef typename GrainRandomPacker::ParticleCollection ParticleCollection;
typedef typename GrainRandomPacker::Grain Grain;
typedef typename GrainRandomPacker::GrainIterator GrainIterator;
typedef typename GrainRandomPacker::GrainConstIterator GrainConstIterator;
typedef typename GrainRandomPacker::GrainCollection GrainCollection;
typedef typename GrainRandomPacker::PackerBase APacker;
typedef typename GrainRandomPacker::BoxPackerBase ABoxPacker;
typedef ConstRadiusGen<Particle> RegRadiusGen;
typedef CubicBoxPacker<RegRadiusGen,ABoxPacker> RegBoxPacker;
typedef typename RegBoxPacker::ParticleGeneratorPtr RegRadiusGenPtr;
typedef TmplParticleRandomBoxPacker RndBoxPacker;
typedef typename RndBoxPacker::ParticleGenerator RndRadiusGen;
typedef typename RndBoxPacker::ParticleGeneratorPtr RndRadiusGenPtr;
typedef typename GrainRandomPacker::NTable NTable;
typedef typename GrainRandomPacker::NTablePtr NTablePtr;
typedef boost::shared_ptr<APacker> GeneratorPtr;
typedef std::vector<GeneratorPtr> GeneratorPtrVector;
typedef std::vector<GrainRandomPackerPtr> GrainRndPackerPtrVector;
typedef typename GrainRandomPacker::ParticlePool ParticlePool;
typedef typename GrainRandomPacker::ParticlePoolPtr ParticlePoolPtr;
typedef typename GrainRandomPacker::GrainPool GrainPool;
typedef typename GrainRandomPacker::GrainPoolPtr GrainPoolPtr;
class ConnectionCmp
{
public:
bool operator()(const Connection &i1, const Connection &i2) const
{
return
(
(i1.getP1Id() < i2.getP1Id())
||
(
(i1.getP1Id() == i2.getP1Id())
&&
(
(i1.getP2Id() < i2.getP2Id())
||
(
(i1.getP2Id() == i2.getP2Id())
&&
(i1.getTag() < i2.getTag())
)
)
)
);
}
bool operator()(const Connection *i1, const Connection *i2) const
{
return (*this)(*i1, *i2);
}
};
typedef std::set<Connection,ConnectionCmp> ConnectionSet;
typedef DistConnections<Particle,Connection> ConnectionFinder;
GougeConfig(const GougeConfPrms &prms);
virtual ~GougeConfig();
virtual void generate();
int getNumParticles() const;
int getNumGrains() const;
int getNumConnections() const;
const GrainRndPackerPtrVector &getGougeGeneratorVector() const;
GrainRndPackerPtrVector &getGougeGeneratorVector();
const GeneratorPtrVector &getFaultGeneratorVector() const;
bool isGougeParticle(const Particle &particle) const;
bool areInDifferentFaultBlocks(
const Particle &p1,
const Particle &p2
) const;
virtual void write(std::ostream &oStream) const;
void writeToFile(const std::string &fileName) const;
void tagGougeParticles(int tag);
void tagRndBlockParticles(int tag);
void tagDrivingPlateParticles(
int minDrivingTag,
int maxDrivingTag,
double distanceFromBBoxEdge
);
virtual void createConnectionSet();
const ConnectionSet &getConnectionSet() const;
GrainCollection getGrainCollection();
ParticleCollection getParticleCollection();
template <typename TmplVisitor>
void visitParticles(TmplVisitor &visitor)
{
for (
typename GeneratorPtrVector::iterator it = m_genPtrVector.begin();
it != m_genPtrVector.end();
it++
)
{
ParticleIterator particleIt = (*it)->getParticleIterator();
while (particleIt.hasNext()) {
particleIt.next().visit(visitor);
}
}
}
template <typename TmplVisitor>
void visitParticles(const TmplVisitor &visitor) const
{
for (
typename GeneratorPtrVector::const_iterator it = m_genPtrVector.begin();
it != m_genPtrVector.end();
it++
)
{
ParticleIterator particleIt = (*it)->getParticleIterator();
while (particleIt.hasNext()) {
particleIt.next().visit(visitor);
}
}
}
template <typename TmplVisitor>
void visitConnections(TmplVisitor &visitor) const
{
const ConnectionSet &connectionSet = getConnectionSet();
for (
typename ConnectionSet::const_iterator it = connectionSet.begin();
it != connectionSet.end();
it++
)
{
it->visit(visitor);
}
}
const GougeConfPrms &getPrms() const
{
return m_prms;
}
class IdCompare
{
public:
bool operator()(const Particle *p1, const Particle *p2) const
{
return (p1->getID() < p2->getID());
}
};
class ConnectionValidator
{
public:
inline ConnectionValidator(const GougeConfig &gougeBlock, double tolerance)
: m_pGougeConfig(&gougeBlock),
m_tolerance(tolerance)
{
}
inline bool isValid(const Particle &p1, const Particle &p2) const
{
return
(
(p1.getID() < p2.getID())
&&
((p1.getPos() - p2.getPos()).norm() < (m_tolerance + (p1.getRad() + p2.getRad())))
&&
((!m_pGougeConfig->isGougeParticle(p1)) && (!m_pGougeConfig->isGougeParticle(p2)))
&&
((!m_pGougeConfig->areInDifferentFaultBlocks(p1, p2)))
);
}
private:
const GougeConfig *m_pGougeConfig;
double m_tolerance;
};
class GeoParticleWriter
{
public:
GeoParticleWriter(std::ostream &oStream, int precision)
: m_pOStream(&oStream),
m_precision(precision)
{
}
void visitParticle(const Particle &particle) const
{
(*m_pOStream)
<< std::setprecision(m_precision)
<< particle.getPos() << " "
<< particle.getRad() << " "
<< particle.getID() << " "
<< particle.getTag() << "\n";
}
private:
std::ostream *m_pOStream;
int m_precision;
};
class GeoConnectionWriter
{
public:
GeoConnectionWriter(std::ostream &oStream)
: m_pOStream(&oStream)
{
}
void visitBasicInteraction(const BasicInteraction &connection)
{
(*m_pOStream)
<< connection.first() << " "
<< connection.second() << " "
<< 0 << "\n";
}
private:
std::ostream *m_pOStream;
int m_precision;
};
protected:
NTablePtr m_nTablePtr;
GougeConfPrms m_prms;
ConnectionSet m_connectionSet;
GrainRndPackerPtrVector m_gougeGenPtrVector;
GeneratorPtrVector m_genPtrVector;
ParticlePoolPtr m_particlePoolPtr;
GrainPoolPtr m_grainPoolPtr;
void createRegularBlockGenerators();
void createFaultBlockGenerators();
virtual void createGougeConfigGenerators();
private:
GeneratorPtrVector m_regularGenPtrVector;
GeneratorPtrVector m_faultGenPtrVector;
};
};
};
#include "Geometry/GougeConfig.hpp"
#endif
|
