idfntemplate.h

#pragma once
// idfntemplate.h
 
namespace itasca {
 class IThing; 
 class IContainer;
}
 
 
namespace dfn {
 using namespace itasca;
 
 class IDFNTemplate {
 public:
 inline static const TType type_ = 0x4f27bf35; 
 
 virtual IThing * getIThing()=0; 
 virtual const IThing * getIThing() const=0; 
 virtual IString getName() const=0; 
 virtual uint32 sizeType() const=0; 
 virtual QString sizeTypeName() const=0; 
 virtual uint32 orientationType() const=0; 
 virtual QString orientationTypeName() const=0; 
 virtual uint32 positionType() const=0; 
 virtual QString positionTypeName() const=0; 
 virtual void sizeType(uint32)=0; 
 virtual void sizeType(const QString &)=0; 
 virtual void orientationType(uint32)=0; 
 virtual void orientationType(const QString &)=0; 
 virtual void positionType(uint32)=0; 
 virtual void positionType(const QString &)=0; 
 virtual uint32 sizeParamSize() const=0; 
 virtual QVariant sizeParam(uint32 ind) const=0; 
 virtual uint32 orientationParamSize() const=0; 
 virtual QVariant orientationParam(uint32 ind) const=0; 
 virtual uint32 positionParamSize() const=0; 
 virtual QVariant positionParam(uint32 ind) const=0; 
 virtual void sizeParam(uint32 ind, QVariant)=0; 
 virtual void orientationParam(uint32 ind, QVariant) =0; 
 virtual void positionParam(uint32 ind,QVariant)=0; 
 virtual double sizeBoundMin() const=0; 
 virtual void sizeBoundMin(const double&)=0; 
 virtual double sizeBoundMax() const=0; 
 virtual void sizeBoundMax(const double&)=0; 
 virtual DVect positionBoundMin() const=0; 
 virtual void positionBoundMin(const DVect&)=0; 
 virtual DVect positionBoundMax() const=0; 
 virtual void positionBoundMax(const DVect&)=0; 
#ifdef THREED
#define ORI DVect2
#else
#define ORI double
#endif
 virtual ORI orientationBoundMin() const=0; 
 virtual void orientationBoundMin(const ORI&)=0; 
 virtual ORI orientationBoundMax() const=0; 
 virtual void orientationBoundMax(const ORI&)=0; 
#undef ORI
 };
} // namespace dfn
// EoF