www.pudn.com > Kriging 算法实现 2D和3D地图等高线.zip > 3DData.h, change:2003-12-07,size:1602b

// 3DData.h: interface for the TC3DData class. 
// 
////////////////////////////////////////////////////////////////////// 
 
#if !defined(AFX_3DDATA_H__CFB5BADB_20A1_4513_8CE7_2CAAAF4325BF__INCLUDED_) 
#define AFX_3DDATA_H__CFB5BADB_20A1_4513_8CE7_2CAAAF4325BF__INCLUDED_ 
 
#if _MSC_VER > 1000 
#pragma once 
#endif // _MSC_VER > 1000 
 
#include "BaseData.h" 
#include <vector> 
#include <string> 
 
template<class T> 
class TC3DData 
{ 
public: 
	static TC3DData<T>* GetInstance(std::string legend = "Untitled") throw() { return new TC3DData<T>(legend); } 
	void Clear() throw() { m_strLegend = _T(""); m_vecData.clear(); } 
	void AddData(double xdata, double ydata, double zdata) throw() { m_vecData.push_back(Point3D(xdata, ydata, zdata)); } 
	void SetAt(int index, double xdata, double ydata, double zdata) throw() { 
		m_vecData[index].x = xdata; m_vecData[index].y = ydata; m_vecData[index].z = zdata;  
	} 
	void SetSize(int size) throw() { m_vecData.resize(size); } 
	int GetSize() const throw() { return m_vecData.size(); } 
	double GetXdata(int index) const throw() { return m_vecData[index].x; } 
	double GetYdata(int index) const throw() { return m_vecData[index].y; } 
	double GetZdata(int index) const throw() { return m_vecData[index].z; } 
private: 
	TC3DData(std::string legend) : m_strLegend(legend) {} 
	TC3DData(const TC3DData<T>& rhs) {} 
	TC3DData<T>& operator=(const TC3DData<T>& rhs) {} 
	std::string	m_strLegend; 
	std::vector<Point3D> m_vecData; 
}; 
 
typedef TC3DData<double> C3DData; 
 
#endif // !defined(AFX_3DDATA_H__CFB5BADB_20A1_4513_8CE7_2CAAAF4325BF__INCLUDED_)