fusionglobal.cpp

3D reconstruction, medical image processing from colons, using intel image processing for based clas

#include "StdAfx.h"
#include "FusionGlobal.h"
#include "FusionEnum.h"
#include "FusionLoadedSeries.h"
#include <fstream.h>

RxFusionLoadedSeries g_LoadedSeries[2] = {SERIES_ONE, SERIES_TWO};

RxMainFrame*	RxGetMainFrame()
{
	return (RxMainFrame *)(AfxGetApp()->m_pMainWnd);
}

RxFrameTop*		RxGetFrameTop()
{
	return RxGetMainFrame()->m_pWndTop;
}

RxFrameSide*	RxGetFrameSide()
{
	return RxGetMainFrame()->m_pWndSide;
}

RxFrameBottom*	RxGetFrameBottom()
{
	return RxGetMainFrame()->m_pWndBottom;
}

RxFrameHelp*	RxGetFrameHelp()
{
	return RxGetMainFrame()->m_pWndHelp;
}

RxFrameTuning*	RxGetFrameTuning()
{
	return RxGetMainFrame()->m_pWndTuning;
}

RxFrameMain*	RxGetFrameMain()
{
	return RxGetMainFrame()->m_pWndMain;
}

int				RxGetCurMainMenu()
{
	return RxGetMainFrame()->GetCurMainMenu();
}

int				RxGetOldMainMenu()
{
	return RxGetMainFrame()->GetOldMainMenu();
}

int				RxIsTopActived()
{
	return RxGetMainFrame()->IsTopActived();
}

void			RxSetActiveWnd(RxFMWnd *pWnd)
{
	RxGetMainFrame()->SetActiveWnd(pWnd);
}

int				RxGetCurSeries()
{
	return RxGetMainFrame()->GetCurSeries();
}

RxFMWnd*		RxGetActiveWnd()
{
	return RxGetMainFrame()->GetActiveWnd();
}

RxVolumeData *RxGetVolumeData(int iLSN)
{
	return &(g_LoadedSeries[iLSN].m_VolumeData);
}

JJBinaryVolume	g_refSegVol;
JJBinaryVolume	g_floatSegVol;

ofstream g_outFile;

RxLRNodule g_arrRefNodule;
RxLRNodule g_arrFloatNodule;

float g_FloatCenX, g_FloatCenY, g_FloatCenZ;
float g_RefCenX, g_RefCenY, g_RefCenZ;
float g_ScaleX, g_ScaleY, g_ScaleZ;
int g_iRefBinaryTransZ;
int g_iFloatBinaryTransZ;
double g_lfRefRatioZ, g_lfFloatRatioZ;
int g_iRefMinZ, g_iRefMaxZ;
int g_iFloatMinZ, g_iFloatMaxZ;

int g_nPatient;

unsigned char g_arrMapR[256];
unsigned char g_arrMapG[256];
unsigned char g_arrMapB[256];

int	g_nTransMode = 1;
int	g_nDistanceMapMode = 0;
int	g_nDilationMode = 1;
int	g_nIRMode = 0;
int g_R1 = 5;
int g_R2 = 30;
int g_R3 = 100;
int g_R4 = 230;
BOOL g_bSaveDicom = FALSE;
BOOL g_bColorPerfusion = TRUE;

void RxDrawNodule(CPoint ptCenter, int iRadius, COLORREF color, CDC *pDC)
{
	CPen pen,* pOldPen;
	CBrush brush,* pOldBrush;

	pen.CreatePen(PS_SOLID, 3, color);
	pOldPen = pDC->SelectObject(&pen);
	
	brush.CreateSolidBrush(color);
	pOldBrush = pDC->SelectObject(&brush);

	pDC->Ellipse(ptCenter.x-iRadius, ptCenter.y-iRadius, ptCenter.x+iRadius+1, ptCenter.y+iRadius+1);

	pDC->SelectObject(pOldPen);
	pDC->SelectObject(pOldBrush);
	
	pen.DeleteObject();
	brush.DeleteObject();
}