envi-code/SourceCode/Code2026/CoreLibrary/ParamEquImpl.h

#pragma once
#include <vector>
#include "define_class_xdata_key.h"
#include "AecDbObjXDataMap.h"

#ifdef EARTHWORM_EXPORT
#define DLLIMPEXP __declspec(dllexport)
#else
#define DLLIMPEXP __declspec(dllimport)
#endif

class CParamEquImplBase
{


public:
	CParamEquImplBase(AecDbObjXDataMap *pXData): m_pXDataMap(pXData){}
	virtual ~CParamEquImplBase(){}

public:
	virtual void draw3d(AcDbVoidPtrArray &ar3d) = 0;
	virtual void draw2d(AcDbVoidPtrArray &ar2d) = 0;
	virtual void transformBy(const AcGeMatrix3d& xform);
	virtual void setElev(const double &dElev);
	virtual AcGePoint3d getPos();
	virtual AcGeVector3d getDir();
	virtual CParamEquImplBase* makeSelf(AecDbObjXDataMap *pXData) = 0;

protected:
	AecDbObjXDataMap *m_pXDataMap;
};

#define DECLARATION_SUBCLASS(class_name)\
public:\
	##class_name(AecDbObjXDataMap *pXData): CParamEquImplBase(pXData){}\
	~##class_name(){}\
public:\
	virtual void draw3d(AcDbVoidPtrArray &ar3d);\
	virtual void draw2d(AcDbVoidPtrArray &ar2d);\
	virtual CParamEquImplBase* makeSelf(AecDbObjXDataMap *pXData){return new class_name(pXData);}

#define DEF_KEY_FUNC(key,type)\
static const CString key;\
##type Get##key() const\
{\
	type v;\
	m_pXDataMap->GetAt(key, v);\
	return v;\
}

namespace GESHAN
{
	class XHG: public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(XHG);

		DEF_KEY_FUNC(H1, double)
		DEF_KEY_FUNC(H2, double)
		DEF_KEY_FUNC(H3, double)
		DEF_KEY_FUNC(H4, double)

		DEF_KEY_FUNC(w, double)
		DEF_KEY_FUNC(a, double)

		DEF_KEY_FUNC(L1, double)
		DEF_KEY_FUNC(L2, double)

		DEF_KEY_FUNC(B, double)
		DEF_KEY_FUNC(B1, double)
		DEF_KEY_FUNC(B2, double)
		DEF_KEY_FUNC(B3, double)
		DEF_KEY_FUNC(B6, double)
		DEF_KEY_FUNC(b, double)

		DEF_KEY_FUNC(Dir, AcGeVector3d)
		DEF_KEY_FUNC(Pos, AcGePoint3d)
	};
	
	class SG : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(SG);

		DEF_KEY_FUNC(H, double);
		DEF_KEY_FUNC(H1, double);
		DEF_KEY_FUNC(H2, double);
		DEF_KEY_FUNC(H3, double);
		DEF_KEY_FUNC(H4, double);

		DEF_KEY_FUNC(a, double);

		DEF_KEY_FUNC(L1, double);
		DEF_KEY_FUNC(L, double);

		DEF_KEY_FUNC(B, double);
		DEF_KEY_FUNC(B1, double);
		DEF_KEY_FUNC(B6, double);
		DEF_KEY_FUNC(b, double);

		DEF_KEY_FUNC(Dir, AcGeVector3d)
		DEF_KEY_FUNC(Pos, AcGePoint3d)
	};

	class ZG : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(ZG);

		DEF_KEY_FUNC(H1, double);
		DEF_KEY_FUNC(H2, double);
		DEF_KEY_FUNC(H3, double);

		DEF_KEY_FUNC(a, double);
		DEF_KEY_FUNC(A, double);
		DEF_KEY_FUNC(B, double);


		DEF_KEY_FUNC(D, double);
		DEF_KEY_FUNC(d, double);
		DEF_KEY_FUNC(L, double);
		DEF_KEY_FUNC(l, double);

		DEF_KEY_FUNC(Dir, AcGeVector3d)
		DEF_KEY_FUNC(Pos, AcGePoint3d)
	};
}

namespace BAOQIQI
{
	class BaoQiQi : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(BaoQiQi);

		DEF_KEY_FUNC(_L1, double);
		DEF_KEY_FUNC(_L4, double);
		DEF_KEY_FUNC(_H3, double);
		DEF_KEY_FUNC(_Type, int);

		DEF_KEY_FUNC(_h, double);
		DEF_KEY_FUNC(_r, double);

		DEF_KEY_FUNC(Pos, AcGePoint3d)
		DEF_KEY_FUNC(Dir, AcGeVector3d)
	};
}

namespace FLUME { }

namespace WEIR { }

namespace SHASHUIFENLI
{
	class XCS : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(XCS);
	};
	class HXS : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(HXS);
	};
	class LCS : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(LCS);
	};
}
namespace LUOXUANBENG
{
	class LXB : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(LXB);
	};	
}
namespace ZHAMEN
{
	class RectZhaMen : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(RectZhaMen);
	};
	class CircleZhaMen : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(CircleZhaMen);
	};
	class ShengNiFa : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(ShengNiFa);
	};
}
namespace GUANIJI
{
	class XZG : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(XZG);
	};
	class CZG : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(CZG);
	};
	class ZG : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(ZG);
	};
	class QG : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(QG);
	};
	class PJ : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(PJ);
	};
	class SX : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(SX);
	};
	class SB : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(SB);
	};
	class LIANTIAO : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(LIANTIAO);
	};
}
namespace NONGSUOJI
{
	class NC : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(NC);
	};
	class NB : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(NB);
	};
}
namespace BAOQIJI
{
	class YHG : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(YHG);
	};
	class AD : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(AD);
	};
}
namespace JIAYAOHUNHE
{
	class GJ : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(GJ);
	};
	class PJ : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(PJ);
	};
	class TJ : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(TJ);
	};
	class LJF : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(LJF);
	};
}

namespace LVBUJI
{
	class ZHUANPAN :public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(ZHUANPAN);
	};
}

namespace QIBIJI
{
	class QS_I_P : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(QS_I_P);
	};
	class QS_I_Y : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(QS_I_Y);
	};
	class QS_I_L : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(QS_I_L);
	};
	class QS_II_L : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(QS_II_L);
	};
	class QS_II_Y : public CParamEquImplBase
	{
		DECLARATION_SUBCLASS(QS_II_Y);
		static void drawQBJ(const AcGePoint3d &Pos
			, const AcGeVector3d &X
			, const double &H
			, const double &M
			, const double &L
			, AcDbVoidPtrArray &ar3d);
	};
}