imoduledfn.h

#pragma once
// imoduledfn.h
// For DFN Module
#include "base/src/farray.h"
#include "base/src/property.h"
 
#include "shared/interface/signal.h"
 
namespace itasca {
    class IContainer;
}
 
namespace itascaxd {
    class IContact;
    class ICellSpace;
    class IContainerContact;
    class IGeomSet;
    class IRange;
}
 
namespace dfn {
    using namespace itasca;
    using namespace itascaxd;
 
    class IVertexDFN;
    class IFracture;
    class IFracNetwork;
    class IIntersect;
    class IIntersectionSet;
    class IDFNTemplate;
    class IDFNCluster;
 
    class IModuleDFN {
    public:
 
        using prop_signal = shared::Signal<const string &,const base::Property &>;
 
        virtual TType                    getFracNetworkType() const=0;
        virtual TType                    getInterSetType() const=0;
        virtual TType                    getFractureType() const=0;
        virtual TType                    getVertexDFNType() const=0;
        virtual TType                    getIntersectType() const=0;
        virtual TType                    getContactType() const=0;
        virtual uint32                     getFracNetworkGeometryNotice() const=0;
        virtual uint32                     getInterSetGeometryNotice() const=0;
        virtual uint32                     getFracNetworkIntersectNotice() const=0;
        virtual uint32                     getFracNetworkPropertyNotice() const=0;
        virtual uint32                     getFracNetworkExtraNotice() const=0;
        virtual uint32                     getFracNetworkGroupNotice() const=0;
        virtual uint32                     getInterSetExtraNotice() const=0;
        virtual uint32                     getInterSetGroupNotice() const=0;
        virtual const IContainer       * getIContainerFracNetwork() const=0;
        virtual IContainer *             getIContainerFracNetwork()=0; 
        virtual const IContainer       * getIContainerIntersectionSet() const=0;
        virtual IContainer *             getIContainerIntersectionSet()=0; 
        virtual const IContainer       * getIContainerCluster() const=0;
        virtual IContainer *             getIContainerCluster()=0; 
        virtual StringList               findAllFracNetworks() const=0;
        virtual const IContainer       * getIContainerFracture() const=0;
        virtual IContainer *             getIContainerFracture()=0; 
        virtual const IContainer       * getIContainerTemplate() const=0;
        virtual IContainer *             getIContainerTemplate()=0; 
 
        virtual IContainer *             getIContainerVertexDFN()=0;
        virtual const IContainer       * getIContainerVertexDFN() const=0;
 
        virtual IContainer *             getIContainerIntersects()=0;
        virtual const IContainer       * getIContainerIntersects() const=0;
 
        virtual const ICellSpace       * getFractureCellSpace() const=0;
        virtual ICellSpace *             getFractureCellSpace()=0;
        virtual const IFracNetwork *            findFracNetworkWithID(uint64 id) const=0;
        virtual IFracNetwork *                  findFracNetworkWithID(uint64 id) =0;
        virtual const IFracNetwork *            findFracNetworkWithName(const string &name) const=0;
        virtual IFracNetwork *                  findFracNetworkWithName(const string &name) =0;
        virtual const IFracture *               findFractureWithID(uint64 id,IFracNetwork *fn=0) const=0;
        virtual IFracture*                      findFractureWithID(uint64 id,IFracNetwork *fn=0) =0;
        virtual const IVertexDFN *              findVertexWithID(uint64 id) const=0;
        virtual IVertexDFN*                     findVertexWithID(uint64 id) =0;
        virtual const IIntersect *              findIntersectWithID(uint64 id,IFracNetwork *fn=0) const=0;
        virtual IIntersect *                    findIntersectWithID(uint64 id,IFracNetwork *fn=0) =0;
        virtual const IIntersectionSet *        findInterSetWithID(uint64 id) const=0;
        virtual IIntersectionSet *              findInterSetWithID(uint64 id) =0;
        virtual const IDFNCluster *        findClusterWithID(uint64 id) const=0;
        virtual IDFNCluster *              findClusterWithID(uint64 id) =0;
        virtual const IDFNCluster *        findClusterWithName(const string& name) const=0;
        virtual IDFNCluster *              findClusterWithName(const string& name) =0;
 
    virtual const IDFNTemplate *            getTemplateOfDFN(IFracNetwork*fn=0) const=0;
    virtual IDFNTemplate *                  getTemplateOfDFN(IFracNetwork*fn=0)=0;
    virtual const IDFNTemplate *      findTemplateWithID(uint64 id) const = 0;
        virtual IDFNTemplate*           findTemplateWithID(uint64 id) = 0;
    virtual const IDFNTemplate *      findTemplateWithName(const string& name) const = 0;
        virtual IDFNTemplate*           findTemplateWithName(const string& name) = 0;
 
        virtual const IFracture *           findFractureClosestTo(const DVect &v,const double &radius=limits<double>::max()) const=0;
        virtual IFracture *                 findFractureClosestTo(const DVect &v,const double &radius=limits<double>::max())=0;
        virtual const IFracture *           findAnyFractureClosestTo(const DVect &v,const double &radius=limits<double>::max(),const IRange *r=0) const=0;
        virtual IFracture *                 findAnyFractureClosestTo(const DVect &v,const double &radius=limits<double>::max(),const IRange *r=0)=0;
        //virtual const IFracture *               findLDFractureClosestTo(const DVect &v,const double &radius=limits<double>::max()) const=0;
        virtual IFracture *                 findLDFractureClosestTo(const DVect &v,IFracNetwork *fn=0,const double &radius=limits<double>::max())=0;
        virtual IFracture *                 findLDFractureInBox(const DExtent &d,IFracNetwork *fn=0)=0;
        virtual IFracture *                 findLDFractureIntSeg(const DVect &d1,const DVect &d2,IFracNetwork *fn=0)=0;
        //virtual IFracture *                     findLDFracturePoly(const FArray<FArray<DVect,5>,8> &d1,IFracNetwork *fn=0)=0;
 
        //virtual const IVertexDFN *           findVertexDFNClosestTo(const DVect &v,const double &radius=limits<double>::max()) const=0;
        //virtual IVertexDFN *                 findVertexDFNClosestTo(const DVect &v,const double &radius=limits<double>::max())=0;
        //virtual void                     removeIVertexDFN(IVertexDFN *fac) = 0;
 
        //virtual void getFracNetworkList(FArray<IFracNetwork *> *ret)=0;
        virtual void eraseIFracNetwork(IFracNetwork *w) = 0;
 
        virtual void eraseIInterSet(IIntersectionSet *is) = 0;
 
        virtual void eraseICluster(IDFNCluster *is) = 0;
 
        virtual IFracNetwork* createIFracNetwork(uint32 id=0,const string &name = string()) = 0;
 
        virtual IFracNetwork * getFirstIFracNetwork() const = 0;
 
        virtual void validate()=0;
 
        virtual void removeFracture(IFracture *frac) = 0;
 
        virtual void removeIntersectsWithFracture(IFracture * frac)=0;
 
        virtual void delineateIntersectionsDirty(IFracture * frac)=0;
 
        virtual void getIntersectList(FArray<IIntersect *> *ret,IFracNetwork *fn=0, IFracture *frac=0) =0;
 
        virtual void getIntersectList(FArray<const IIntersect *> *ret,IFracNetwork *fn=0, IFracture *frac=0) const = 0;
 
        virtual IDFNCluster* createIDFNCLuster(uint64 &id,string &name) = 0;
 
        // Get the fractures of cluster
        virtual void getFractureOfClusterList(FArray<IFracture *> *ret,IDFNCluster *cl=0, uint64 ind=0) const = 0;
 
        // get the shortest fracture path between two fractures
          virtual void getPathClusterList(FArray<IFracture *> *ret,IDFNCluster *cl=0,IFracture* f1=0, IFracture* f2=0) const=0;
 
          // get the index of the largest cluster
          virtual int  getLargestCluster(IDFNCluster *cl=0) const = 0;
 
          // get the index of the largest cluster
          virtual int  getMaxIndCluster(IDFNCluster *cl=0) const = 0;
 
        virtual void getFractureInBoxList(const DExtent &d,FArray<IFracture *> *ret,const IRange *r=0,bool intersect=true)=0;
 
        virtual void getFractureInBoxList(const DExtent &d,FArray<const IFracture *> *ret,const IRange *r=0,bool intersect=true)=0;
 
        virtual double calcP10(const DVect&,const DVect&,const IRange *r=0) const =0;
 
        virtual double calcP10Geom(const IGeomSet *,const IRange *r=0) const =0;
 
 
#ifdef THREED
 
        virtual double calcAveTrace(const IGeomSet *,const IRange *r=0) const =0;
 
        virtual double calcP20(const IGeomSet *,const IRange *r=0) const =0;
 
        virtual double calcP21(const IGeomSet *,const IRange *r=0) const =0;
 
        virtual double calcP30(const DExtent &,const IRange *r=0) const =0;
 
        virtual double calcP32(const DExtent &,const IRange *r=0) const =0;
 
        virtual double calcPerc(const DExtent &,const IRange *r=0, uint32 option = 0) const =0;
#else
     
        virtual double calcP20(const DExtent &,const IRange *r=0) const =0;
 
        virtual double calcP21(const DExtent &,const IRange *r=0) const =0;
 
        virtual double calcPerc(const DExtent &,const IRange *r=0) const =0;
     
 
#endif
 
        virtual void  populateAttributeSets(StringList *scalarAtts,StringList *stringAtts,StringList *vectorAtts)const=0;
        virtual void  populateAttributeInterSets(StringList *scalarAtts,StringList *stringAtts,StringList *vectorAtts)const=0;
        virtual void  populatePropertySets(StringList *scalarProps,StringList *stringProps,StringList *vectorProps)const=0;
 
        virtual prop_signal * getPropertySignal() const = 0;
 
    };
} // namespace dfn
// EoF