imodulewall.h

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#pragma once
#include "base/src/farray.h"
#include "shared/interface/signal.h"
#include "base/src/callback.h"
 
namespace itasca {
 class IContainer;
 class IEnergyMap;
}
 
namespace itascaxd {
 class IContact;
 class ICellSpace;
 class IContainerContact;
 class IHalfFacet;
 class IHalfVertex;
}
 
namespace pfc {
 using namespace itasca;
 using namespace itascaxd;
 
 class IWall;
 class IFWall;
 
 class IModuleWall {
 public:
 using prop_signal = shared::Signal<const QString &,const QVariant &>;
 
 virtual TType getFWallType() const=0;
 virtual TType getFacetType() const=0;
 virtual TType getVertexType() const=0;
 virtual uint32 getFWallGeometryNotice() const=0;
 virtual uint32 getFWallCycleNotice() const=0;
 virtual uint32 getFWallVelocityNotice() const=0;
 virtual uint32 getFWallDisplacementNotice() const=0;
 virtual uint32 getFWallPropertyNotice() const=0;
 virtual uint32 getFWallExtraNotice() const=0;
 virtual uint32 getFWallGroupNotice() const=0;
 virtual uint32 getFWallFacetExtraNotice() const=0;
 virtual uint32 getFWallFacetGroupNotice() const=0;
 virtual uint32 getFWallCleanNotice() const=0;
 virtual const IContainer * getIContainerFWall() const=0;
 virtual IContainer * getIContainerFWall()=0; 
 virtual IContainer * getIContainerFacet()=0;
 virtual const IContainer * getIContainerFacet() const=0;
 virtual IContainer * getIContainerVertex()=0;
 virtual const IContainer * getIContainerVertex() const=0;
 
 virtual const ICellSpace * getFWallCellSpace() const=0;
 virtual ICellSpace * getFWallCellSpace()=0;
 virtual const IWall * findWallWithID(uint64 id) const=0;
 virtual IWall * findWallWithID(uint64 id) =0;
 virtual const IFWall * findFWallWithID(uint64 id) const=0;
 virtual IFWall * findFWallWithID(uint64 id) =0;
 virtual const IWall * findWallWithName(const QString &name) const=0;
 virtual IWall * findWallWithName(const QString &name) =0;
 virtual const IFWall * findFWallWithName(const QString &name) const=0;
 virtual IFWall * findFWallWithName(const QString &name) =0;
 virtual const IFWall * findFWallClosestTo(const DVect &v,const double &radius=limits<double>::max()) const=0;
 virtual IFWall * findFWallClosestTo(const DVect &v,const double &radius=limits<double>::max())=0;
 virtual IFWall * createIFWall(QString name,uint64 id=0)=0;
 virtual const IHalfFacet * findFacetWithID(uint64 id,IFWall *w=0) const=0;
 virtual IHalfFacet * findFacetWithID(uint64 id,IFWall *w=0) =0;
 virtual IHalfFacet * findFacetAloneWithID(uint64 id) =0;
 virtual const IHalfFacet * findFacetClosestTo(const DVect &v,const double &radius=limits<double>::max()) const=0;
 virtual IHalfFacet * findFacetClosestTo(const DVect &v,const double &radius=limits<double>::max())=0;
 virtual IFWall * removeIHalfFacet(IHalfFacet *fac) = 0;
 
 virtual const IHalfVertex * findVertexWithID(uint64 id,IFWall *w=0) const=0;
 virtual IHalfVertex * findVertexWithID(uint64 id,IFWall *w=0) =0;
 virtual IHalfVertex * findVertexAloneWithID(uint64 id) =0;
 virtual const IHalfVertex * findVertexClosestTo(const DVect &v,const double &radius=limits<double>::max()) const=0;
 virtual IHalfVertex * findVertexClosestTo(const DVect &v,const double &radius=limits<double>::max())=0;
 
 virtual void getWallList(FArray<IWall *> *ret)=0;
 virtual void eraseIWall(IWall *w) = 0;
 
 virtual const IEnergyMap * getIWallEnergies() const=0;
 
 virtual void getWallInBoxList(const DExtent &d,FArray<IFWall *> *ret,bool intersect=true)=0;
 virtual void getWallInBoxList(const DExtent &d,FArray<const IFWall *> *ret,bool intersect=true)=0;
 
 virtual void getFacetInBoxList(const DExtent &d,FArray<IHalfFacet *> *ret,bool intersect=true)=0;
 virtual void getFacetInBoxList(const DExtent &d,FArray<const IHalfFacet *> *ret,bool intersect=true)=0;
 
 virtual void getVertexInBoxList(const DExtent &d,FArray<IHalfVertex *> *ret,bool intersect=true)=0;
 virtual void getVertexInBoxList(const DExtent &d,FArray<const IHalfVertex *> *ret,bool intersect=true)=0;
 
 virtual void populateAttributeSets(QStringList *scalarAtts,FArray<uint32> *scalarNotices,QStringList *stringAtts,FArray<uint32> *stringNotices,QStringList *vectorAtts,FArray<uint32> *vectorNotices) const=0;
 virtual void populatePieceAttributeSets(QStringList *valueAtts,QStringList *labelAtts,QStringList *vectorAtts)const=0;
 virtual void populatePropertySets(QStringList *valueProps,QStringList *labelProps,QStringList *vectorProps)const=0;
 virtual prop_signal * getPropertySignal() const = 0;
 
 virtual void threadedCallbackObjectWall(Callback4<void,IFWall *,uint32,uint32,void *> &callback,void *v=nullptr,bool useThreads=true) const=0;
 
 template <class S,void (S::*MFP)(IFWall *,uint32,uint32,void *)>
 void threadedCallbackMethodWall(S *s,void *v=nullptr,bool useThreads=true) const {
 Callback4Method<void,IFWall *,uint32,uint32,void *,S,MFP> callback(s);
 threadedCallbackObjectWall(callback,v,useThreads);
 }
 
 virtual void threadedCallbackObjectFacet(Callback4<void,IHalfFacet *,uint32,uint32,void *> &callback,void *v=nullptr,bool useThreads=true) const=0;
 
 template <class S,void (S::*MFP)(IHalfFacet *,uint32,uint32,void *)>
 void threadedCallbackMethodFacet(S *s,void *v=nullptr,bool useThreads=true) const {
 Callback4Method<void,IHalfFacet *,uint32,uint32,void *,S,MFP> callback(s);
 threadedCallbackObjectFacet(callback,v,useThreads);
 }
 
 virtual void threadedCallbackObjectVertex(Callback4<void,IHalfVertex *,uint32,uint32,void *> &callback,void *v=nullptr,bool useThreads=true) const=0;
 
 template <class S,void (S::*MFP)(IHalfFacet *,uint32,uint32,void *)>
 void threadedCallbackMethodVertex(S *s,void *v=nullptr,bool useThreads=true) const {
 Callback4Method<void,IHalfVertex *,uint32,uint32,void *,S,MFP> callback(s);
 threadedCallbackObjectVertex(callback,v,useThreads);
 }
 
 };
} // namespace pfc
// EoF