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/******************************************************************** 
 
	flt_mass.cpp - ISee图像浏览器—图像处理模块类flt_mass实现代码 
	文件 
 
    版权所有(C) VCHelp-coPathway-ISee workgroup 2000 all member's 
 
    这一程序是自由软件，你可以遵照自由软件基金会出版的GNU 通用许可证 
	条款来修改和重新发布这一程序。或者用许可证的第二版，或者（根据你 
	的选择）用任何更新的版本。 
 
    发布这一程序的目的是希望它有用，但没有任何担保。甚至没有适合特定 
	目地的隐含的担保。更详细的情况请参阅GNU通用许可证。 
 
    你应该已经和程序一起收到一份GNU通用许可证(GPL)的副本。如果还没有， 
	写信给： 
    The Free Software Foundation, Inc.,  675  Mass Ave,  Cambridge, 
    MA02139,  USA 
 
	如果你在使用本软件时有什么问题或建议，用以下地址可以与我们取得联 
	系： 
		http://isee.126.com 
		http://www.vchelp.net 
	或： 
		iseesoft@china.com 
 
	作者：马翔 
   e-mail:hugesoft@yeah.net 
 
   功能实现：对外接口函数 
 
	文件版本： 
		Build 000123 
		Date  2000-12-3 
 
********************************************************************/ 
// flt_mass.cpp : Defines the initialization routines for the DLL. 
// 
 
#include "stdafx.h" 
#include "..\public\gol_proc.h" 
#include "System.h" 
#include "flt_mass.h" 
#include "AdjustContrast.h" 
#include "ContrastDlg.h" 
#include "filter.h" 
#include "BogusMulticolor.h" 
#include "Reverse.h" 
#include "EdgeEnhanceDlg.h" 
#include "FilterDlg.h" 
 
#ifdef _DEBUG 
#define new DEBUG_NEW 
#undef THIS_FILE 
static char THIS_FILE[] = __FILE__; 
#endif 
 
// 
//	Note! 
// 
//		If this DLL is dynamically linked against the MFC 
//		DLLs, any functions exported from this DLL which 
//		call into MFC must have the AFX_MANAGE_STATE macro 
//		added at the very beginning of the function. 
// 
//		For example: 
// 
//		extern "C" BOOL PASCAL EXPORT ExportedFunction() 
//		{ 
//			AFX_MANAGE_STATE(AfxGetStaticModuleState()); 
//			// normal function body here 
//		} 
// 
//		It is very important that this macro appear in each 
//		function, prior to any calls into MFC.  This means that 
//		it must appear as the first statement within the  
//		function, even before any object variable declarations 
//		as their constructors may generate calls into the MFC 
//		DLL. 
// 
//		Please see MFC Technical Notes 33 and 58 for additional 
//		details. 
// 
 
///////////////////////////////////////////////////////////////////////////// 
// CFlt_massApp 
 
BEGIN_MESSAGE_MAP(CFlt_massApp, CWinApp) 
	//{{AFX_MSG_MAP(CFlt_massApp) 
		// NOTE - the ClassWizard will add and remove mapping macros here. 
		//    DO NOT EDIT what you see in these blocks of generated code! 
	//}}AFX_MSG_MAP 
END_MESSAGE_MAP() 
 
///////////////////////////////////////////////////////////////////////////// 
// CFlt_massApp construction 
 
CFlt_massApp::CFlt_massApp() 
{ 
	// TODO: add construction code here, 
	// Place all significant initialization in InitInstance 
} 
 
///////////////////////////////////////////////////////////////////////////// 
// The one and only CFlt_massApp object 
 
CFlt_massApp theApp; 
 
LPIMAGEPROCSTR lpProcInfo; 
 
// 接口函数声明 — 第一层，唯一与外界联系的接口 
DLLExport int PASCAL AccessMassFilter(LPIMAGEPROCSTR lpInfo); 
//DLLExport int PASCAL AccessPropFilter(LPIMAGEPROCSTR lpInfo); 
 
// 调用处理函数 — 第二层函数 
int _fnCMD_CONTRAST(LPIMAGEPROCSTR lpInfo); 
int _fnCMD_FILTER(LPIMAGEPROCSTR lpInfo); 
int _fnCMD_BOGUS(LPIMAGEPROCSTR lpInfo); 
int _fnCMD_REVERSE(LPIMAGEPROCSTR lpInfo); 
int _fnCMD_DETECTEDGE(LPIMAGEPROCSTR lpInfo); 
 
// 接口函数 — 第一层，唯一与外界联系的接口 
DLLExport int PASCAL AccessMassFilter(LPIMAGEPROCSTR lpInfo) 
{	 
	AFX_MANAGE_STATE(AfxGetStaticModuleState()); 
 
	if(lpInfo==NULL) 
   		return PROCERR_NULLPARAM; 
 
	lpProcInfo=lpInfo; 
 
	switch(lpInfo->comm) 
	{ 
   		case PCM_NULL:                       	//未操作 
      		lpInfo->result=PR_NULL; 
      		return PROCERR_FALSE; 
 
		case PCM_FILTER:				        // 杂色处理（滤波） 
			return _fnCMD_FILTER(lpInfo); 
 
		case PCM_CONTRAST:				        // 明暗，对比度处理 
			return _fnCMD_CONTRAST(lpInfo); 
 
		case PCM_DETECTEDGE:					// 边缘探测 
			return _fnCMD_DETECTEDGE(lpInfo); 
 
		case PCM_BOGUS:							// 伪彩色处理 
			return _fnCMD_BOGUS(lpInfo); 
 
		case PCM_REVERSE:						//反色（色彩颠倒） 
			return _fnCMD_REVERSE(lpInfo); 
	} 
	lpInfo->result=PR_ILLCOMM; 
 
	return PROCERR_FALSE; 
	// normal function body here 
} 
 
// 调用处理函数 — 第二层函数 
int _fnCMD_CONTRAST(LPIMAGEPROCSTR lpInfo) 
{ 
	// 检验入口参数是否符合接口定义 
	ASSERT(lpInfo->_psbdata != NULL); 
	ASSERT(lpInfo->sImageInfo.bitperpix == 32); 
	ASSERT(lpInfo->sImageInfo.height > 0);	 
	ASSERT(lpInfo->sImageInfo.width > 0);	 
	ASSERT(lpInfo->annexdata.siAnnData[0]<2);		// full image or region 
 
	// Initialize the destine image infomation 
	lpInfo->dImageInfo.height=lpInfo->sImageInfo.height; 
	lpInfo->dImageInfo.width=lpInfo->sImageInfo.width; 
	lpInfo->dImageInfo.bitperpix=lpInfo->sImageInfo.bitperpix; 
	lpInfo->dImageInfo.byteperline=lpInfo->sImageInfo.byteperline; 
	lpInfo->dImageInfo.bAlpha=lpInfo->sImageInfo.bAlpha; 
 
	// Set Modify flag 
	lpInfo->modify=1; 
 
	CContrastDlg m_dContrastDlg; 
	int nRetCode=m_dContrastDlg.DoModal (); 
	if(nRetCode==IDOK) 
	{ 
		lpInfo->result=PR_SUCCESS; 
        return PROCERR_SUCCESS; 
	} 
	else 
	{ 
		lpInfo->result=PR_NULL; 
        return PROCERR_FALSE; 
	} 
} 
 
int _fnCMD_FILTER(LPIMAGEPROCSTR lpInfo) 
{ 
	// 检验入口参数是否符合接口定义 
	ASSERT(lpInfo->_psbdata != NULL); 
	ASSERT(lpInfo->sImageInfo.bitperpix == 32); 
	ASSERT(lpInfo->sImageInfo.height > 0);	 
	ASSERT(lpInfo->sImageInfo.width > 0);	 
	ASSERT(lpInfo->annexdata.siAnnData[0]<2);		// full image or region 
 
	// Initialize the destine image infomation 
	lpInfo->dImageInfo.height=lpInfo->sImageInfo.height; 
	lpInfo->dImageInfo.width=lpInfo->sImageInfo.width; 
	lpInfo->dImageInfo.bitperpix=lpInfo->sImageInfo.bitperpix; 
	lpInfo->dImageInfo.byteperline=lpInfo->sImageInfo.byteperline; 
	lpInfo->dImageInfo.bAlpha=lpInfo->sImageInfo.bAlpha; 
 
	// Set Modify flag 
	lpInfo->modify=1; 
	CFilterDlg m_dFilterDlg; 
	int nRetCode=m_dFilterDlg.DoModal (); 
 
//	static int nRetCode=_fnCOM_Filter(lpInfo); 
	if(nRetCode==PROCERR_SUCCESS) 
	{ 
		lpInfo->result=PR_SUCCESS; 
        return PROCERR_SUCCESS; 
	} 
	else 
	{ 
		lpInfo->result=PR_NULL; 
        return PROCERR_FALSE; 
	} 
} 
 
int _fnCMD_BOGUS(LPIMAGEPROCSTR lpInfo) 
{ 
	// 检验入口参数是否符合接口定义 
	ASSERT(lpInfo->_psbdata != NULL); 
	ASSERT(lpInfo->sImageInfo.bitperpix == 32); 
	ASSERT(lpInfo->sImageInfo.height > 0);	 
	ASSERT(lpInfo->sImageInfo.width > 0);	 
	ASSERT(lpInfo->annexdata.siAnnData[0]<2);		// full image or region 
 
	// Initialize the destine image infomation 
	lpInfo->dImageInfo.height=lpInfo->sImageInfo.height; 
	lpInfo->dImageInfo.width=lpInfo->sImageInfo.width; 
	lpInfo->dImageInfo.bitperpix=lpInfo->sImageInfo.bitperpix; 
	lpInfo->dImageInfo.byteperline=lpInfo->sImageInfo.byteperline; 
	lpInfo->dImageInfo.bAlpha=lpInfo->sImageInfo.bAlpha; 
 
	// Set Modify flag 
	lpInfo->modify=1; 
	static int nRetCode=_fnCOM_BogusMulticolor(lpInfo); 
	if(nRetCode==PROCERR_SUCCESS) 
	{ 
		lpInfo->result=PR_SUCCESS; 
        return PROCERR_SUCCESS; 
	} 
	else 
	{ 
		Del(lpInfo->_pdbdata ); 
		lpInfo->result=PR_NULL; 
        return PROCERR_FALSE; 
	} 
} 
 
int _fnCMD_REVERSE(LPIMAGEPROCSTR lpInfo) 
{ 
	// 检验入口参数是否符合接口定义 
	ASSERT(lpInfo->_psbdata != NULL); 
	ASSERT(lpInfo->sImageInfo.bitperpix == 32); 
	ASSERT(lpInfo->sImageInfo.height > 0);	 
	ASSERT(lpInfo->sImageInfo.width > 0);	 
	ASSERT(lpInfo->annexdata.siAnnData[0]<2);		// full image or region 
 
	// Initialize the destine image infomation 
	lpInfo->dImageInfo.height=lpInfo->sImageInfo.height; 
	lpInfo->dImageInfo.width=lpInfo->sImageInfo.width; 
	lpInfo->dImageInfo.bitperpix=lpInfo->sImageInfo.bitperpix; 
	lpInfo->dImageInfo.byteperline=lpInfo->sImageInfo.byteperline; 
	lpInfo->dImageInfo.bAlpha=lpInfo->sImageInfo.bAlpha; 
 
	// Set Modify flag 
	lpInfo->modify=1; 
	static int nRetCode=_fnCOM_Reverse(lpInfo); 
	if(nRetCode==PROCERR_SUCCESS) 
	{ 
		lpInfo->result=PR_SUCCESS; 
        return PROCERR_SUCCESS; 
	} 
	else 
	{ 
		Del(lpInfo->_pdbdata ); 
		lpInfo->result=PR_NULL; 
        return PROCERR_FALSE; 
	} 
} 
 
// 调用处理函数 — 第二层函数 
int _fnCMD_DETECTEDGE(LPIMAGEPROCSTR lpInfo) 
{ 
	// 检验入口参数是否符合接口定义 
	ASSERT(lpInfo->_psbdata != NULL); 
	ASSERT(lpInfo->sImageInfo.bitperpix == 32); 
	ASSERT(lpInfo->sImageInfo.height > 0);	 
	ASSERT(lpInfo->sImageInfo.width > 0);	 
	ASSERT(lpInfo->annexdata.siAnnData[0]<2);		// full image or region 
 
	// Initialize the destine image infomation 
	lpInfo->dImageInfo.height=lpInfo->sImageInfo.height; 
	lpInfo->dImageInfo.width=lpInfo->sImageInfo.width; 
	lpInfo->dImageInfo.bitperpix=lpInfo->sImageInfo.bitperpix; 
	lpInfo->dImageInfo.byteperline=lpInfo->sImageInfo.byteperline; 
	lpInfo->dImageInfo.bAlpha=lpInfo->sImageInfo.bAlpha; 
 
	// Set Modify flag 
	lpInfo->modify=1; 
 
	CEdgeEnhanceDlg m_dEdgeEnhanceDlg; 
	int nRetCode=m_dEdgeEnhanceDlg.DoModal (); 
	if(nRetCode==IDOK) 
	{ 
		lpInfo->result=PR_SUCCESS; 
        return PROCERR_SUCCESS; 
	} 
	else 
	{ 
		lpInfo->result=PR_NULL; 
        return PROCERR_FALSE; 
	} 
}