izonelist.h

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//izonelist.h
#pragma once
 
#include "base/src/farray.h"
#include "base/src/callback.h"
 
#include "module/interface/igenericmodellist.h"
#include "utility/interface/igroup.h"
 
#include <set>
 
namespace itasca {
 class IContainer;
 class IThing;
}
namespace itascaxd {
 class IFetchProperty;
}
 
namespace zone {
 using namespace itasca;
 
 class IFace;
 class IFetchFluidProperty;
 class IFetchThermalProperty;
 class IZone;
 class IZoneData;
 
 class IZoneList {
 public:
 using ModelQueryInfo = module::IGenericModelList::ModelQueryInfo;
 virtual const IThing * getIThing() const=0;
 virtual IThing * getIThing()=0;
 virtual const IContainer * getIContainer() const=0;
 virtual IContainer * getIContainer() =0;
 
 virtual const IZone * getFirstZone() const=0;
 
 virtual IZone * getFirstZone()=0;
 virtual uint32 getZoneType() const=0;
 virtual uint32 getFaceType() const=0;
 virtual const IZone * findZoneWithID(uint64 id) const=0;
 virtual IZone * findZoneWithID(uint64 id)=0;
 virtual const IZone * findZoneNearest(const DVect &vec,const double &radius=limits<double>::max()) const=0;
 virtual IZone * findZoneNearest(const DVect &vec,const double &radius=limits<double>::max()) =0;
 virtual uint64 getNZone() const=0;
 virtual IZone * findZoneContainingNull(const DVect &v,bool hideNull) const =0;
 
 virtual IZone * findZoneNearestLive(const DVect &dv3) =0;
 virtual uint32 getZoneExtraNotice() const=0;
 virtual uint32 getModelNotice() const=0;
 virtual uint32 getPropertyNotice() const=0;
 virtual uint32 getStateNotice() const=0;
 virtual uint32 getDensityNotice() const=0;
 virtual uint32 getGroupNotice() const=0;
 virtual uint32 getStressNotice() const=0;
 virtual uint32 getThermalFluxNotice() const =0;
 virtual uint32 getFaceGroupNotice() const=0;
 virtual uint32 getFaceExtraNotice() const=0;
 virtual uint32 getHideNotice() const=0;
 virtual uint32 getSelectNotice() const=0;
 virtual uint32 getFaceHideNotice() const=0;
 virtual uint32 getFaceSelectNotice() const=0;
 virtual uint32 getMultiplierNotice() const=0;
 virtual uint32 getFluidPropNotice() const=0;
 virtual uint32 getThermPropNotice() const=0;
 virtual uint64 getNumberFacesHidden() const=0;
 virtual uint64 getNumberFacesSelected() const=0;
 virtual int claimBit() const=0;
 virtual void releaseBit(int bit) const=0;
 virtual int claimValue() const=0;
 virtual void releaseValue(int bit) const=0;
 virtual IZoneData * createIZoneData() const=0;
 virtual StringList getAllMechanicalModels() const=0;
 virtual StringList getAllMechanicalProperties() const=0;
 
 // Returns a ModelQueryInfo filled with information based on currently selected zones. Multithreaded!
 virtual ModelQueryInfo getModelQueryOnSelected() const=0;
 
 virtual const IFace * makeFace(const IZone *z,uint32 side) const=0;
 virtual IFace * makeFace(IZone *z,uint32 side)=0;
 virtual itascaxd::IFetchProperty *makeFetchProperty(const string &prop) const=0;
 virtual IFetchThermalProperty *makeFetchThermalProperty(const string &prop) const=0;
 virtual string getZoneGroupsOnSides(std::set<IGroupID> *zf1GroupList,
 std::set<IGroupID> *zf2GroupList) const=0;
 
 virtual std::vector<base::PropDesc> getMechanicalPropertiesAvailable() const=0;
 virtual std::vector<base::PropDesc> getFluidPropertiesAvailable() const = 0;
 virtual std::vector<base::PropDesc> getThermalPropertiesAvailable() const = 0;
 
 virtual void threadedCallbackObject(Callback4<void,const IZone *,uint32,uint32,void *> &callback,void *v=nullptr,bool useThreads=true) const=0;
 virtual void threadedCallbackFunction(void (*function)(const IZone *,uint32,uint32,void *),void *v=nullptr,bool useThreads=true) const=0;
 template <class S,void (S::*MFP)(const IZone *,uint32,uint32,void *)>
 void threadedCallbackMethod(S *s,void *v=nullptr,bool useThreads=true) const;
 
 struct FaceGroupCallbackData {
 const IZone * zone_;
 uint32 side_;
 const IThing *entry_;
 };
 virtual void threadedCallbackObjectFaceGroups(Callback3<void,const FaceGroupCallbackData *,uint32,uint32> &callback,bool useThreads=true) const=0;
 template <class S,void (S::*MFP)(const FaceGroupCallbackData *,uint32,uint32)>
 void threadedCallbackMethodFaceGroups(S *s,bool useThreads=true) const;
 
 struct FaceSelectCallbackData {
 const IZone * zone_;
 uint32 side_;
 };
 virtual void threadedCallbackObjectFaceSelect(Callback3<void,const FaceSelectCallbackData *,uint32,uint32> &callback,bool useThreads=true) const=0;
 template <class S,void (S::*MFP)(const FaceSelectCallbackData *,uint32,uint32)>
 void threadedCallbackMethodFaceSelect(S *s,bool useThreads=true) const;
 };
 
 template <class S,void (S::*MFP)(const IZone *,uint32,uint32,void *)>
 void IZoneList::threadedCallbackMethod(S *s,void *v,bool useThreads) const {
 Callback4Method<void,const IZone *,uint32,uint32,void *,S,MFP> callback(s);
 threadedCallbackObject(callback,v,useThreads);
 }
 
 template <class S,void (S::*MFP)(const IZoneList::FaceGroupCallbackData *,uint32,uint32)>
 void IZoneList::threadedCallbackMethodFaceGroups(S *s,bool useThreads) const {
 Callback3Method<void,const IZoneList::FaceGroupCallbackData *,uint32,uint32,S,MFP> callback(s);
 threadedCallbackObjectFaceGroups(callback,useThreads);
 }
 
 template <class S,void (S::*MFP)(const IZoneList::FaceSelectCallbackData *,uint32,uint32)>
 void IZoneList::threadedCallbackMethodFaceSelect(S *s,bool useThreads) const {
 Callback3Method<void,const IZoneList::FaceSelectCallbackData *,uint32,uint32,S,MFP> callback(s);
 threadedCallbackObjectFaceSelect(callback,useThreads);
 }
} // namespace zone
// EoF