mainfrm.cpp

数据结构链表的演示程序

	tmpstring.Format("\r\n城市化指数\t\t%.4f\t\t%.4f",
		pDoc->m_EWofAllIValues.Z_City,
		pDoc->m_EWofAllZValues.Z_City);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n人为干扰指数\t\t%.4f\t\t%.4f",
		pDoc->m_EWofAllIValues.Z_Jamming,
		pDoc->m_EWofAllZValues.Z_Jamming);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n生态风险指数\t\t%.4f\t\t%.4f",
		pDoc->m_EWofAllIValues.Z_Risk,
		pDoc->m_EWofAllZValues.Z_Risk);
	ResultString+=tmpstring;

	CResultDlg resultdlg(NULL,ResultString);
	resultdlg.DoModal();

	if(pDoc->m_nShow!=SHOWALLEWAUTOCORRE)
	{
		pDoc->m_nShow=SHOWALLEWAUTOCORRE;
		pDoc->UpdateAllViews(NULL,TXTVIEW,NULL);
	}
	SwitchToView(theApp.m_pTextTemplate,RUNTIME_CLASS(CTXTView));
}

void CMainFrame::OnSnCorre() 
{
	CLSDoc * pDoc=GetDocument();

	if(!pDoc->m_bEverAllSpace)
	{
		if(!OnBoxdefine())
			return;
	}

	CString ResultString;
	CString tmpstring;

	ResultString="\r\n空间化变量\t\tMoran I\t\tMoran z\r\n";

	tmpstring.Format("\r\n斑块数量\t\t%.4f\t\t%.4f",
		pDoc->m_SNofAllIValues.Z_BlockNum,
		pDoc->m_SNofAllZValues.Z_BlockNum);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n斑块平均面积\t\t%.4f\t\t%.4f",
		pDoc->m_SNofAllIValues.Z_AverArea,
		pDoc->m_SNofAllZValues.Z_AverArea);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n碎裂化指数\t\t%.4f\t\t%.4f",
		pDoc->m_SNofAllIValues.Z_Chip,
		pDoc->m_SNofAllZValues.Z_Chip);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n多样性指数\t\t%.4f\t\t%.4f",
		pDoc->m_SNofAllIValues.Z_Diversity,
		pDoc->m_SNofAllZValues.Z_Diversity);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n均匀度指数\t\t%.4f\t\t%.4f",
		pDoc->m_SNofAllIValues.Z_Blance,
		pDoc->m_SNofAllZValues.Z_Blance);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n优势度指数\t\t%.4f\t\t%.4f",
		pDoc->m_SNofAllIValues.Z_Vantage,
		pDoc->m_SNofAllZValues.Z_Vantage);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n植被指数\t\t%.4f\t\t%.4f",
		pDoc->m_SNofAllIValues.Z_Plant,
		pDoc->m_SNofAllZValues.Z_Plant);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n城市化指数\t\t%.4f\t\t%.4f",
		pDoc->m_SNofAllIValues.Z_City,
		pDoc->m_SNofAllZValues.Z_City);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n人为干扰指数\t\t%.4f\t\t%.4f",
		pDoc->m_SNofAllIValues.Z_Jamming,
		pDoc->m_SNofAllZValues.Z_Jamming);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n生态风险指数\t\t%.4f\t\t%.4f",
		pDoc->m_SNofAllIValues.Z_Risk,
		pDoc->m_SNofAllZValues.Z_Risk);
	ResultString+=tmpstring;

	CResultDlg resultdlg(NULL,ResultString);
	resultdlg.DoModal();

	if(pDoc->m_nShow!=SHOWALLSNAUTOCORRE)
	{
		pDoc->m_nShow=SHOWALLSNAUTOCORRE;
		pDoc->UpdateAllViews(NULL,TXTVIEW,NULL);
	}
	SwitchToView(theApp.m_pTextTemplate,RUNTIME_CLASS(CTXTView));
}

void CMainFrame::OnSeCorre() 
{
	CLSDoc * pDoc=GetDocument();

	if(!pDoc->m_bEverAllSpace)
	{
		if(!OnBoxdefine())
			return;
	}
	CString ResultString;
	CString tmpstring;

	ResultString="\r\n空间化变量\t\tMoran I\t\tMoran z\r\n";

	tmpstring.Format("\r\n斑块数量\t\t%.4f\t\t%.4f",
		pDoc->m_SEofAllIValues.Z_BlockNum,
		pDoc->m_SEofAllZValues.Z_BlockNum);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n斑块平均面积\t\t%.4f\t\t%.4f",
		pDoc->m_SEofAllIValues.Z_AverArea,
		pDoc->m_SEofAllZValues.Z_AverArea);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n碎裂化指数\t\t%.4f\t\t%.4f",
		pDoc->m_SEofAllIValues.Z_Chip,
		pDoc->m_SEofAllZValues.Z_Chip);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n多样性指数\t\t%.4f\t\t%.4f",
		pDoc->m_SEofAllIValues.Z_Diversity,
		pDoc->m_SEofAllZValues.Z_Diversity);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n均匀度指数\t\t%.4f\t\t%.4f",
		pDoc->m_SEofAllIValues.Z_Blance,
		pDoc->m_SEofAllZValues.Z_Blance);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n优势度指数\t\t%.4f\t\t%.4f",
		pDoc->m_SEofAllIValues.Z_Vantage,
		pDoc->m_SEofAllZValues.Z_Vantage);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n植被指数\t\t%.4f\t\t%.4f",
		pDoc->m_SEofAllIValues.Z_Plant,
		pDoc->m_SEofAllZValues.Z_Plant);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n城市化指数\t\t%.4f\t\t%.4f",
		pDoc->m_SEofAllIValues.Z_City,
		pDoc->m_SEofAllZValues.Z_City);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n人为干扰指数\t\t%.4f\t\t%.4f",
		pDoc->m_SEofAllIValues.Z_Jamming,
		pDoc->m_SEofAllZValues.Z_Jamming);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n生态风险指数\t\t%.4f\t\t%.4f",
		pDoc->m_SEofAllIValues.Z_Risk,
		pDoc->m_SEofAllZValues.Z_Risk);
	ResultString+=tmpstring;

	CResultDlg resultdlg(NULL,ResultString);
	resultdlg.DoModal();

	if(pDoc->m_nShow!=SHOWALLSEAUTOCORRE)
	{
		pDoc->m_nShow=SHOWALLSEAUTOCORRE;
		pDoc->UpdateAllViews(NULL,TXTVIEW,NULL);
	}
	SwitchToView(theApp.m_pTextTemplate,RUNTIME_CLASS(CTXTView));
}

void CMainFrame::OnSwCorre() 
{
	CLSDoc * pDoc=GetDocument();

	if(!pDoc->m_bEverAllSpace)
	{
		if(!OnBoxdefine())
			return;
	}
	CString ResultString;
	CString tmpstring;

	ResultString="\r\n空间化变量\t\tMoran I\t\tMoran z\r\n";

	tmpstring.Format("\r\n斑块数量\t\t%.4f\t\t%.4f",
		pDoc->m_SWofAllIValues.Z_BlockNum,
		pDoc->m_SWofAllZValues.Z_BlockNum);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n斑块平均面积\t\t%.4f\t\t%.4f",
		pDoc->m_SWofAllIValues.Z_AverArea,
		pDoc->m_SWofAllZValues.Z_AverArea);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n碎裂化指数\t\t%.4f\t\t%.4f",
		pDoc->m_SWofAllIValues.Z_Chip,
		pDoc->m_SWofAllZValues.Z_Chip);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n多样性指数\t\t%.4f\t\t%.4f",
		pDoc->m_SWofAllIValues.Z_Diversity,
		pDoc->m_SWofAllZValues.Z_Diversity);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n均匀度指数\t\t%.4f\t\t%.4f",
		pDoc->m_SWofAllIValues.Z_Blance,
		pDoc->m_SWofAllZValues.Z_Blance);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n优势度指数\t\t%.4f\t\t%.4f",
		pDoc->m_SWofAllIValues.Z_Vantage,
		pDoc->m_SWofAllZValues.Z_Vantage);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n植被指数\t\t%.4f\t\t%.4f",
		pDoc->m_SWofAllIValues.Z_Plant,
		pDoc->m_SWofAllZValues.Z_Plant);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n城市化指数\t\t%.4f\t\t%.4f",
		pDoc->m_SWofAllIValues.Z_City,
		pDoc->m_SWofAllZValues.Z_City);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n人为干扰指数\t\t%.4f\t\t%.4f",
		pDoc->m_SWofAllIValues.Z_Jamming,
		pDoc->m_SWofAllZValues.Z_Jamming);
	ResultString+=tmpstring;

	tmpstring.Format("\r\n生态风险指数\t\t%.4f\t\t%.4f",
		pDoc->m_SWofAllIValues.Z_Risk,
		pDoc->m_SWofAllZValues.Z_Risk);
	ResultString+=tmpstring;

	CResultDlg resultdlg(NULL,ResultString);
	resultdlg.DoModal();

	if(pDoc->m_nShow!=SHOWALLSWAUTOCORRE)
	{
		pDoc->m_nShow=SHOWALLSWAUTOCORRE;
		pDoc->UpdateAllViews(NULL,TXTVIEW,NULL);
	}
	SwitchToView(theApp.m_pTextTemplate,RUNTIME_CLASS(CTXTView));
}

void CMainFrame::OnTypeEwCorre() 
{
	CLSDoc * pDoc=GetDocument();

	if(!pDoc->m_bEverAllSpace)
	{
		if(!OnBoxdefine())
			return;
	}

	CString ResultString;
	CString tmpstring;

	ResultString="\r\n景观名\t颜色值\t空间化变量\tMoran I\tMoran z\r\n";

	for(int tt=0;tt<pDoc->m_BlockTypes.GetSize();tt++)
	{
		tmpstring.Format("\r\n%s\t%d\t斑块数量\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_EWTypeofIValues[tt].BlockNum,
			pDoc->m_EWTypeofZValues[tt].BlockNum);
		ResultString+=tmpstring;

		tmpstring.Format("\r\n%s\t%d\t斑块平均面积\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_EWTypeofIValues[tt].AverArea,
			pDoc->m_EWTypeofZValues[tt].AverArea);
		ResultString+=tmpstring;

		tmpstring.Format("\r\n%s\t%d\t碎裂化指数\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_EWTypeofIValues[tt].Chip,
			pDoc->m_EWTypeofZValues[tt].Chip);
		ResultString+=tmpstring;

		ResultString+="\r\n";
	}

	CResultDlg resultdlg(NULL,ResultString);
	resultdlg.DoModal();

	if(pDoc->m_nShow!=SHOWTYPEEWAUTOCORRE)
	{
		pDoc->m_nShow=SHOWTYPEEWAUTOCORRE;
		pDoc->UpdateAllViews(NULL,TXTVIEW,NULL);
	}
	SwitchToView(theApp.m_pTextTemplate,RUNTIME_CLASS(CTXTView));
}

void CMainFrame::OnTypeSnCorre() 
{
	CLSDoc * pDoc=GetDocument();

	if(!pDoc->m_bEverAllSpace)
	{
		if(!OnBoxdefine())
			return;
	}

	CString ResultString;
	CString tmpstring;

	ResultString="\r\n景观名\t颜色值\t空间化变量\tMoran I\tMoran z\r\n";

	for(int tt=0;tt<pDoc->m_BlockTypes.GetSize();tt++)
	{
		tmpstring.Format("\r\n%s\t%d\t斑块数量\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_SNTypeofIValues[tt].BlockNum,
			pDoc->m_SNTypeofZValues[tt].BlockNum);
		ResultString+=tmpstring;

		tmpstring.Format("\r\n%s\t%d\t斑块平均面积\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_SNTypeofIValues[tt].AverArea,
			pDoc->m_SNTypeofZValues[tt].AverArea);
		ResultString+=tmpstring;

		tmpstring.Format("\r\n%s\t%d\t碎裂化指数\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_SNTypeofIValues[tt].Chip,
			pDoc->m_SNTypeofZValues[tt].Chip);
		ResultString+=tmpstring;

		ResultString+="\r\n";
	}

	CResultDlg resultdlg(NULL,ResultString);
	resultdlg.DoModal();

	if(pDoc->m_nShow!=SHOWTYPESNAUTOCORRE)
	{
		pDoc->m_nShow=SHOWTYPESNAUTOCORRE;
		pDoc->UpdateAllViews(NULL,TXTVIEW,NULL);
	}	
	SwitchToView(theApp.m_pTextTemplate,RUNTIME_CLASS(CTXTView));
}

void CMainFrame::OnTypeSeCorre() 
{
	CLSDoc * pDoc=GetDocument();

	if(!pDoc->m_bEverAllSpace)
	{
		if(!OnBoxdefine())
			return;
	}

	CString ResultString;
	CString tmpstring;

	ResultString="\r\n景观名\t颜色值\t空间化变量\tMoran I\tMoran z\r\n";

	for(int tt=0;tt<pDoc->m_BlockTypes.GetSize();tt++)
	{
		tmpstring.Format("\r\n%s\t%d\t斑块数量\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_SETypeofIValues[tt].BlockNum,
			pDoc->m_SETypeofZValues[tt].BlockNum);
		ResultString+=tmpstring;

		tmpstring.Format("\r\n%s\t%d\t斑块平均面积\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_SETypeofIValues[tt].AverArea,
			pDoc->m_SETypeofZValues[tt].AverArea);
		ResultString+=tmpstring;

		tmpstring.Format("\r\n%s\t%d\t碎裂化指数\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_SETypeofIValues[tt].Chip,
			pDoc->m_SETypeofZValues[tt].Chip);
		ResultString+=tmpstring;

		ResultString+="\r\n";
	}

	CResultDlg resultdlg(NULL,ResultString);
	resultdlg.DoModal();

	if(pDoc->m_nShow!=SHOWTYPESEAUTOCORRE)
	{
		pDoc->m_nShow=SHOWTYPESEAUTOCORRE;
		pDoc->UpdateAllViews(NULL,TXTVIEW,NULL);
	}
	SwitchToView(theApp.m_pTextTemplate,RUNTIME_CLASS(CTXTView));
}

void CMainFrame::OnTypeSwCorre() 
{
	CLSDoc * pDoc=GetDocument();

	if(!pDoc->m_bEverAllSpace)
	{
		if(!OnBoxdefine())
			return;
	}

	CString ResultString;
	CString tmpstring;

	ResultString="\r\n景观名\t颜色值\t空间化变量\tMoran I\tMoran z\r\n";

	for(int tt=0;tt<pDoc->m_BlockTypes.GetSize();tt++)
	{
		tmpstring.Format("\r\n%s\t%d\t斑块数量\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_SWTypeofIValues[tt].BlockNum,
			pDoc->m_SWTypeofZValues[tt].BlockNum);
		ResultString+=tmpstring;

		tmpstring.Format("\r\n%s\t%d\t斑块平均面积\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_SWTypeofIValues[tt].AverArea,
			pDoc->m_SWTypeofZValues[tt].AverArea);
		ResultString+=tmpstring;

		tmpstring.Format("\r\n%s\t%d\t碎裂化指数\t%.4f\t%.4f",
			pDoc->m_BlockTypes[tt].Name,
			pDoc->m_BlockTypes[tt].Val,
			pDoc->m_SWTypeofIValues[tt].Chip,
			pDoc->m_SWTypeofZValues[tt].Chip);
		ResultString+=tmpstring;

		ResultString+="\r\n";
	}

	CResultDlg resultdlg(NULL,ResultString);
	resultdlg.DoModal();

	if(pDoc->m_nShow!=SHOWTYPESWAUTOCORRE)
	{
		pDoc->m_nShow=SHOWTYPESWAUTOCORRE;
		pDoc->UpdateAllViews(NULL,TXTVIEW,NULL);
	}	
	SwitchToView(theApp.m_pTextTemplate,RUNTIME_CLASS(CTXTView));
}

void CMainFrame::OnAllDiffQuadAverarea() 
{
	CLSDoc * pDoc=GetDocument();

	if(!pDoc->m_bEverAllSpace)
	{
		if(!OnBoxdefine())
			return;
	}

	UINT boxlong=pDoc->m_nBoxlong;
	UINT xlong=pDoc->m_nWidth-boxlong;
	UINT ylong=pDoc->m_nHeight-boxlong;
	UINT maxlong=sqrt(xlong*xlong+ylong*ylong);

	CMultiDiffQuadDistDlg DiffDlg(NULL,maxlong,boxlong,pDoc->oldDiffString,pDoc->oldDiffRange);

	if(DiffDlg.DoModal()!=IDOK)
	{
		return;
	}

	pDoc->oldDiffString=DiffDlg.m_Boxleng;
	pDoc->oldDiffRange=DiffDlg.m_nRange;

	int distnum=DiffDlg.m_Lengs.GetSize();

	double * zValues;

	double * getvalue;

	zValues=pDoc->MakeZValues(0,INDEX_AVERAREA);

	CString ResultString="\r\n\t整体平均斑块面积地统计学分析结果\r\n";
	ResultString+="\r\n距离\t变异矩[g(h)]\t标准变异矩\t相关矩[r(h)]";
	ResultString+="\t东西向变异矩\t东西标准变异矩\t东西向相关矩";
	ResultString+="\t南北向变异矩\t南北标准变异矩\t南北向相关矩";
	ResultString+="\t东南向变异矩\t东南标准变异矩\t东南向相关矩";
	ResultString+="\t西南向变异矩\t西南标准变异矩\t西南向相关矩\r\n";
	CString tmpstr;

	CWaitDlg waitdlg;
	waitdlg.Create(IDD_WAIT,NULL);
	waitdlg.m_ProgWait.SetRange(0,distnum+1);
	waitdlg.m_ProgWait.SetStep(1);
	waitdlg.m_ProgWait.StepIt();
	
	double stand=pDoc->m_AverAllIndex.Z_AverArea*pDoc->m_AverAllIndex.Z_AverArea;
	for(int i=0;i<distnum;i++)
	{
		getvalue=pDoc->CalcDiffQuad(zValues,pDoc->m_AverAllIndex.Z_AverArea,
			pDoc->m_AllC0.Z_AverArea,DiffDlg.m_Lengs[i],DiffDlg.m_nRange);


		tmpstr.Format("\r\n%d\t%14.4f\t%14.4f\t%14.4f\t%14.4f\t%14.4f\t%14.4f\t%14.4f\t%14