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| //**********************************************//
| //Image Function File
| //V1.02
| //2017-04-26
| //
| //**********************************************//
|
| #pragma once
|
| #include <GdiPlus.h>
|
| #include <math.h>
| //#include <boost/smart_ptr.hpp>
| //#include <math.h>
| //#include <intrin.h>
| //#include <omp.h>
| //#include <opencv2/opencv.hpp>
| #include "../../MyLib/Functions.hpp"
| //#include "MyImage.h"
| #include <vector>
| struct Complexf;
| union COLOR;
| union COLORf;
| struct HSI;
| struct Lab;
| //class MyImage;
| class QMat; //matrix;
|
| class MyImage
| {
| // Bitmask value of the monochrome type. Internal use only.
| #define MyPIXEL_MONO 0x01000000
| // Bitmask value of the color pixel type. Internal use only.
| #define MyPIXEL_COLOR 0x02000000
| // Sets the bit count of pixel type. Internal use only.
| #define MyPIXEL_BIT_COUNT(n) ((n) << 16)
| public:
| enum eMyPixelType
| {
| NDEF=0,
| MyPixelType_Mono8,
| MyPixelType_Mono8signed,
| MyPixelType_Mono10,
| MyPixelType_Mono10packed,
| MyPixelType_Mono12,
| MyPixelType_Mono12packed,
| MyPixelType_Mono16,
|
| MyPixelType_BayerGB8,
| MyPixelType_BayerBG8,
| MyPixelType_BayerGR8,
| MyPixelType_BayerRG8,
|
| MyPixelType_BayerGB10,
| MyPixelType_BayerBG10,
| MyPixelType_BayerGR10,
| MyPixelType_BayerRG10,
|
| MyPixelType_BayerGB12,
| MyPixelType_BayerBG12,
| MyPixelType_BayerGR12,
| MyPixelType_BayerRG12,
|
| MyPixelType_BayerGB12_Packed,
| MyPixelType_BayerBG12_Packed,
| MyPixelType_BayerGR12_Packed,
| MyPixelType_BayerRG12_Packed,
|
| MyPixelType_RGB8packed,
| MyPixelType_BGR8packed,
|
| MyPixelType_RGBA8packed,
| MyPixelType_BGRA8packed,
|
| MyPixelType_RGB10packed,
| MyPixelType_BGR10packed,
|
| MyPixelType_RGB12packed,
| MyPixelType_BGR12packed,
|
| MyPixelType_RGB8planar,
| MyPixelType_RGB10planar,
| MyPixelType_RGB12planar,
| MyPixelType_RGB16planar,
|
| MyPixelType_BayerGB16,
| MyPixelType_BayerBG16,
| MyPixelType_BayerGR16,
| MyPixelType_BayerRG16,
|
| MyPixelType_YUV411packed,
| MyPixelType_YUV422packed,
| MyPixelType_YUV422_YUYV_Packed,
| MyPixelType_YUV444packed,
|
|
|
| MyPixelType_Float,
| // MyPixelType_RGB16,
| // MyPixelType_RGB24,
|
| MyPixelType_ARGB32,
| };
| enum enumPixelFormatConst
| {
| Default=0,
| Mono8=1,
| };
|
| public:
| int PixelFormat; //ÏñËظñʽ
| int Width; //¿í¶È
| int Height; //¸ß¶È
| static const int Stride_Align=4; //¶ÔÆëÊý
| int Stride; //Ðпí
| int BPP; //ÑÕÉ«Éî¶È
| int IsValid; //ÊÇ·ñÓÐЧ
| void * buffer0; //ÉêÇëÊý¾ÝÖ¸Õë
| void * buffer; //Êý¾Ý´æ´¢Ö¸Õë
| void * buffer2;
| void * buffer3;
| int HistoArray[256]; //Ö±·½Í¼Êý¾Ý
| int HistoMaxCount; //×î´óÖ±·½Í¼ÊýÁ¿£»
| int MaxHistoIndex; //×î´óÖ±·½Í¼Ë÷Òý
| int IsHistoValid; //Ö±·½Í¼ÓÐЧ
| int SN;
| CString Name;
| CString InfoStr;
| CString ResultStr;
| Gdiplus::Bitmap * ShowCache;
| int IsToRefreshCache;
|
| int bIsLookUpTable;
| USHORT ULookUpTable[256]; //ÄæÏò²éÕÒ±í
|
|
| struct MyPoint
| {
|
| int X;
| int Y;
| MyPoint(){ X = 0; Y = 0; }
| };
| struct MyRegion
| {
| int IsValid;
| CString RegionStr;
| DWORD RegionColor;
| std::vector<MyPoint> pts;
| MyRegion& operator=(const MyRegion& MyRegion1)
| {
| IsValid = MyRegion1.IsValid;
| pts.assign(MyRegion1.pts.begin(), MyRegion1.pts.end());
| return *this;
| };
| int PtInMyRegion(MyPoint pt1)
| {
| int minx, miny, maxx, maxy;
| int k = (int)pts.size();
| if (k > 0)
| {
| MyPoint thispt = pts.at(0);
| minx = thispt.X;
| maxx = thispt.X;
| miny = thispt.Y;
| maxy = thispt.Y;
| }
| for (int i = 1; i < k; i++)
| {
| MyPoint thispt = pts.at(i);
| if (thispt.X < minx) { minx = thispt.X; }
| if (thispt.X > maxx) { maxx = thispt.X; }
| if (thispt.Y < miny) { miny = thispt.Y; }
| if (thispt.Y > maxy) { maxy = thispt.Y; }
| }
| if (pt1.X < minx) return false;
| if (pt1.X > maxx) return false;
| if (pt1.Y < miny) return false;
| if (pt1.Y > maxy) return false;
| int count = 0;
| for (int i = 0, j = k - 1; i < k; j = i++)
| {
| MyPoint & tpt1 = pts.at(i);
| MyPoint & tpt2 = pts.at(j);
| if ((tpt1.Y > pt1.Y) != (tpt2.Y>pt1.Y))
| {
| if (pt1.X<(tpt2.X - tpt1.X)*(pt1.Y - tpt1.Y) / (tpt2.Y-tpt1.Y)+tpt1.X)
| {
| count++;
| }
| }
| }
| if (count % 2) return true;
| return false;
| }
| };
| std::vector<MyRegion> myregions;
|
| struct stThumbImg
| {
| int IsValid;
| int nWidth;
| int nHeight;
| void * buffer;
| }m_thumbImg;
| // boost::shared_array;
| MyImage()
| {
| buffer0=NULL;
| buffer=NULL;
| buffer2 = NULL;
| buffer3 = NULL;
| IsValid=false;
| IsHistoValid=0;
| HistoMaxCount=0;
| MaxHistoIndex=0;
| m_thumbImg.IsValid = false;
| m_thumbImg.buffer = NULL;
| ShowCache = NULL;
| IsToRefreshCache = 0;
| }
| ~MyImage()
| {
| Destory();
| }
| int AllocBuf(int width,int height,int stride=0,int PixelFormat1=MyPixelType_Mono8);
| int Destory()
| {
| if (buffer0!=NULL)
| {
| IsValid=false;
| delete [] buffer0;
| buffer0=NULL;
| buffer=NULL;
| }
| if (buffer2 != NULL) {delete[] buffer2; }
| if (buffer3 != NULL) delete [] buffer3;
|
| if (m_thumbImg.IsValid)
| {
| delete[] m_thumbImg.buffer;
| m_thumbImg.buffer = 0;
| }
| if (ShowCache!=NULL)
| {
| ::delete ShowCache;
| }
| return true;
| }
| void Clear(int Color=0)
| {
| memset(buffer,Color,Stride*Height);
| HistoMaxCount=0;
| MaxHistoIndex=0;
| IsHistoValid=0;
| }
| MyImage(const MyImage& Image1)
| {
| *this = Image1;
| }
| MyImage& operator=(const MyImage& Image1)
| {
| CopyFromBuf(Image1.buffer,Image1.Width,Image1.Height,Image1.Stride,Image1.PixelFormat);
| this->SN=Image1.SN;
| this->Name=Image1.Name;
| this->IsHistoValid=Image1.IsHistoValid;
| this->MaxHistoIndex=Image1.MaxHistoIndex;
| this->HistoMaxCount=Image1.HistoMaxCount;
| for (int i=0;i<256;i++) this->HistoArray[i]=Image1.HistoArray[i];
| return *this;
| }
| int GetWidth(){return Width;}
| int GetHeight(){return Height;}
| int GetStride(){return Stride;}
| int GetBPP(){return BPP;}
| int GetPixelFormat(){return PixelFormat;}
| int CopyFromBuf(void * buf, int w, int h, int stride, int pixelformat);
| int CopyFromBufR90(void * buf, int w, int h, int stride, int pixelformat);
| int CopyFromGdipBitMap(Gdiplus::Bitmap * bitmap1);
| void * GetBuffer(){ return buffer;}
| int DrawOnWindow(HWND hWnd,int Brightness=0,int Contrast=0);
| int LoadFromBitmapFile(CString sFilePathName);
| int SaveToFile(CString sFilePathName);
| int LoadRegionFromFile(CString sFilePathName);
| int SaveRegionToFile(CString sFilePathName);
|
| int ConvertTypeToGdipBitmap32(Gdiplus::Bitmap** bitmapdest,int Brightness=0,int Contrast=0);
| int CreateThumbImg(int w=0, int h=0,float startx=0,float starty=0,float Width=0,float Height=0);
| int DrawThumbOnWindow(HWND hWnd, int Brightness = 0, int Contrast = 0);
| int ConvertThumbToGdipBitmap32(Gdiplus::Bitmap** bitmapdest, int Brightness = 0, int Contrast = 0);
|
| int Meg3ImgIntoRGB8planar(MyImage & img1, MyImage &img2, MyImage & img3);
| int Meg3ImgIntoRGB(MyImage & img1, MyImage &img2, MyImage & img3);
| void RefreshShowCache(){ IsToRefreshCache = 1; };
|
| };
|
| double GetTickCountmS();
| WCHAR* ToWChar(char * str) ;
| int GetEncoderClsid(const WCHAR* format, CLSID* pClsid);
| //int Split(CString s1,CString divider,CString resultstr[]);
| int GdipDrawRoundRect(Gdiplus::Graphics &gr1, Gdiplus::Pen &pen1, int x1, int y1, int x2, int y2, int r);
| HSI RGBToHSI(COLOR c1);
| HSI RGBfToHSI(COLORf &c1f);
| Lab RGBfToLab(COLORf &c1f);
| COLORf LabToRGBf(Lab lab1);
| DWORD HSIToRGB(HSI hsi1);
| COLORf HSIToRGBf(HSI hsi1);
| int BayerGR8toRGB32(void * srcbuf,void * destbuf,int width,int height,int stride,int stride2=0);
| int BayerGB8toRGB32(void * srcbuf,void * destbuf,int width,int height,int stride,int stride2=0);
| int BayerGB8toRGB24(void * srcbuf,void * destbuf,int width,int height,int stride,int stride2=0);
| /*
| Translate From BayerGB12Mode To RGB8:8:8:8 Mode
| */
| int BayerGB12PackedToRGB32(void * destbuf,void * srcbuf,int width,int height,float gamma);
| int Raw12toRaw16(void * destbuf,void * srcbuf,int width,int height);
| int Raw12ToRaw8(void * dest, void * src, int width, int height);
| int BayerGB16toRGB64(void * destbuf,void * srcbuf,int width,int height);
| int BayerGB12toRGB64(void * destbuf,void * srcbuf,int width,int height);
| int RGB32toRGB64(void * destbuf,void * srcbuf,int width,int height);
| int RGB64toRGB32(void * destbuf,void * srcbuf,int width,int height);
|
| int QuadRectTransForm(Gdiplus::Bitmap* bitmapsrc,Gdiplus::PointF srcpt[4],Gdiplus::Bitmap * bitmapdest,Gdiplus::Rect destrect);
| int QuadRectTransForm(Gdiplus::Bitmap* bitmapsrc,Gdiplus::Point srcpt[4],Gdiplus::Bitmap * bitmapdest,Gdiplus::Rect destrect);
| int QuadRectTransForm(Gdiplus::Bitmap* bitmapsrc,POINT srcpt[4],Gdiplus::Bitmap * bitmapdest,Gdiplus::Rect destrect);
| int DrawBitmapOnWindow(HWND DestWindow,Gdiplus::Bitmap* srcbitmap,CString * Lable=0, CString * ResultStr=0, double scale=0);
| int DrawImageOnWindow(HWND DestWindow, Gdiplus::Image* srcimage, CString * Lable = 0, CString * ResultStr = 0, double scale = 0);
| int nihe(CPoint pt5[100], int pt5total, int pt5valid[100]);
| int juanji(int incount,int corecount,double * inbuf, double * outbuf,double *corebuf);
| int juanjiV(int incount,int corecount,int stride, int x, double inbuf[], double outbuf[],double corebuf[]);
| int juanji2D(double inbuf[], int sizex, int sizey, int stride, double outbuf[], double corebuf[], int coresizex, int coresizey, int corestrie);
| template <typename T>
| int juanji2D3x3(T inbuf[], int sizex, int sizey, int stride, T outbuf[], T corebuf[3][3]);
| //int juanji2D3x3(float inbuf[], int sizex, int sizey, int stride, float outbuf[], float corebuf[3][3]);
| //int juanji2D3x3(double inbuf[], int sizex, int sizey, int stride, double outbuf[], double corebuf[3][3]);
| int DCT(double pt[], double dpt[],int size,int start,int end);
| int DCT(float pt[], float dpt[],int size,int start,int end);
| int FDCT(double pt[], double dpt[],int size,int start,int end);
| int FDCT(float pt[], float dpt[],int size,int start,int end);
| int FFDCT(double pt[], double dpt[],int size,int start,int end);
| int FFDCT(float pt[], float dpt[],int size,int start,int end);
| int SaveBufferToFile(void *pBuf, size_t nSize, CString sFilePathName);
| int SaveBufferToBmpFile(void * buf1,int width, int height, int stride, CString FilePathName,LONG XPelsPerMeter=0,LONG YPelsPerMeter=0);
| int SaveGdiPImageAsFile(Gdiplus::Bitmap * bitmap1, CString sFileName, double Ratio=1.0,int Quality=70);
| int SaveGdiPImageAsBuffer(Gdiplus::Image * image1, void ** ppbuffer, ULONGLONG *psizeImage, double Ratio = 1.0, int Quality = 70);
| int LoadImageFromBuffer(void *pBuffer, ULONGLONG sizeImage, Gdiplus::Image ** ppimage1);
|
| double RefCompare(double * buf1, int count1, double * buf2, int count2 ,int mode);
|
| struct Complexf
| {
| float x,y; //real part and imaginary parts
| operator float(){ return x; }
| };
| union COLOR
| {
| DWORD argb;
| struct {
| unsigned char B;
| unsigned char G;
| unsigned char R;
| unsigned char A;
| };
| inline void ToStr(CString &str1)
| {
| str1.Format(_T("%d,%d,%d"),R,G,B);
| }
| inline void FromStr(CString &str1)
| {
| CString result[10];
| Split(str1,_T(","),result);
| R = _tstoi(result[0]);
| G = _tstoi(result[1]);
| B = _tstoi(result[2]);
| }
| inline void Clear()
| {
| argb=0;
| }
| };
|
| union COLORf
| {
| // __m128 argb;
| struct {
| float B;
| float G;
| float R;
| float A;
| };
| COLORf():B(0),G(0),R(0),A(0){}
| COLORf(float b,float g,float r,float a):B(b),G(g),R(r),A(a){}
| void ToStr(CString &s1)
| {
| s1.Format(_T("%.3f,%.3f,%.3f"),R,G,B);
| }
| void FromStr(CString &s1)
| {
| R=G=B=0;
| CString result[10];
| Split(s1,_T(","),result);
| R = float(_tstof(result[0]));
| G = float(_tstof(result[1]));
| B = float(_tstof(result[2]));
| }
| void Clear()
| {
| // argb=_mm_setzero_ps();
| A=R=G=B=0;
| }
| COLORf & operator+=(COLORf & color1)
| {
| this->B+=color1.B;
| this->G+=color1.G;
| this->R+=color1.R;
| this->A+=color1.A;
| return *this;
| }
| COLORf & operator/=(float f1)
| {
| this->B/=f1;
| this->G/=f1;
| this->R/=f1;
| this->A/=f1;
| return *this;
| }
| };
|
| union RGB16
| {
| QWORD ARGB;
| struct {
| unsigned short int B;
| unsigned short int G;
| unsigned short int R;
| unsigned short int A;
| };
| void ToStr(CString &s1)
| {
| s1.Format(_T("%d,%d,%d"),R,G,B);
| }
| void FromStr(CString &s1)
| {
| CString result[10];
| Split(s1,_T(","),result);
| R = _tstoi(result[0]);
| G = _tstoi(result[1]);
| B = _tstoi(result[2]);
| }
| void Clear()
| {
| ARGB=0;
| }
| };
|
| struct HSI
| {
| float H;
| float S;
| float I;
| HSI():H(0),S(0),I(0){}
| inline void ToStr(CString &s1)
| {
| s1.Format(_T("%.3f,%.3f,%.3f"),H,S,I);
| }
| inline void FromStr(CString &s1)
| {
| CString result[10];
| Split(s1,_T(","),result);
| H = float(_tstof(result[0]));
| S = float(_tstof(result[1]));
| I = float(_tstof(result[2]));
| }
| };
| struct Lab
| {
| float L,a,b;
| Lab():L(0),a(128),b(128){}
| Lab(float L1,float a1,float b1):L(L1),a(a1),b(b1){}
| // Lab(Lab &lab1):L(lab1.L),a(lab1.a),b(lab1.b){}
| void ToStr(CStringW &s1)
| {
| s1.Format(L"%.3f,%.3f,%.3f",L,a,b);
| }
| void ToStr(CStringA &s1)
| {
| s1.Format("%.3f,%.3f,%.3f",L,a,b);
| }
| /*
| void FromStr(CStringW &s1)
| {
| _stscanf_s(s1.GetString(),_T("%f,%f,%f"),&L,&a,&b);
| }
| */
| void FromStr(CString &s1)
| {
| CString result[10];
| Split(s1,_T(","),result);
| L = float(_tstof(result[0]));
| a = float(_tstof(result[1]));
| b = float(_tstof(result[2]));
| }
| void ToRGB(COLORf &rgbf1)
| {
| rgbf1=LabToRGBf(*this);
| }
| void FromRGB(COLORf &c1f)
| {
| *this = RGBfToLab(c1f);
| }
| float DistanceTo(Lab lab2)
| {
| return sqrtf((lab2.L-L)*(lab2.L-L)+(lab2.a-a)*(lab2.a-a)+(lab2.b-b)*(lab2.b-b));
| }
| float Distance2To(Lab lab2)
| {
| return ((lab2.L-L)*(lab2.L-L)+(lab2.a-a)*(lab2.a-a)+(lab2.b-b)*(lab2.b-b));
| }
| };
|
| class QMat
| {
| enum enumElementFormat
| {
| Default=0,
| Q8Byte,
| Q32F,
| };
| public:
| int ElementFormat;
| int Width;
| int Height;
| int stride;
| void * buffer1;
| void * buffer2;
| QMat(){}
| QMat(int x,int y,enumElementFormat eEF);
| ~QMat(){}
|
| };
|
|
| /*
| int HSIinHSIs(HSI hsi,HSI hsi1,HSI hsi2);
| int HSIinHSIst(HSI hsi,HSI HSI1,HSI hsi2,HSI Ht);
| int HSIinHSIt(HSI hsi,HSI hsi1,HSI hsit);
| int HSIinHSIsts(HSI hsi1,HSI hsi2,HSI hsi3,HSI Ht1,HSI ht2); //hsi1 in [hsi2,hsi3]
| */
|
| //float Calk(HSI hsi0,HSI hsi1,HSI hsi2); //hsi0±»²âÁ¿µã£¬hsi1,»ù×¼µã1£¬hsi2,»ù×¼µã2
| //float CalPos(HSI HSI1);
| //float CalHSIDistance(HSI hsi1, HSI hsi2);
|
| //__m64 Get_m64(__int64 n);
|
| /*
| class QuadRectF
| {
| RectF Pt[4];
| };
| */
| ///*
| const BYTE RtoVI[256]=
| {0,0,0,0,1,1,1,2,2,2,2,3,3,3,4,4,4,5,5,5,5,6,6,6,7,7,7,8,8,8,8,9,9,9,10,10,10,11,11,11,11,12,12,12,13,13,13,
| 14,14,14,14,15,15,15,16,16,16,17,17,17,17,18,18,18,19,19,19,20,20,20,20,21,21,21,22,22,22,23,23,23,23,24,24,
| 24,25,25,25,26,26,26,26,27,27,27,28,28,28,29,29,29,29,30,30,30,31,31,31,31,32,32,32,33,33,33,34,34,34,34,35,
| 35,35,36,36,36,37,37,37,37,38,38,38,39,39,39,40,40,40,40,41,41,41,42,42,42,43,43,43,43,44,44,44,45,45,45,46,
| 46,46,46,47,47,47,48,48,48,49,49,49,49,50,50,50,51,51,51,52,52,52,52,53,53,53,54,54,54,55,55,55,55,56,56,56,
| 57,57,57,58,58,58,58,59,59,59,60,60,60,60,61,61,61,62,62,62,63,63,63,63,64,64,64,65,65,65,66,66,66,66,67,67,
| 67,68,68,68,69,69,69,69,70,70,70,71,71,71,72,72,72,72,73,73,73,74,74,74,75,75,75,75,76,};
| const BYTE GtoVI[256]=
| {0,0,1,1,2,2,3,4,4,5,5,6,7,7,8,8,9,9,10,11,11,12,12,13,14,14,15,15,16,17,17,18,18,19,19,20,21,21,22,22,23,24,24,25,25,26,27,27,
| 28,28,29,29,30,31,31,32,32,33,34,34,35,35,36,36,37,38,38,39,39,40,41,41,42,42,43,44,44,45,45,46,46,47,48,48,49,49,50,51,51,52,
| 52,53,54,54,55,55,56,56,57,58,58,59,59,60,61,61,62,62,63,63,64,65,65,66,66,67,68,68,69,69,70,71,71,72,72,73,73,74,75,75,76,76,
| 77,78,78,79,79,80,81,81,82,82,83,83,84,85,85,86,86,87,88,88,89,89,90,90,91,92,92,93,93,94,95,95,96,96,97,98,98,99,99,100,100,
| 101,102,102,103,103,104,105,105,106,106,107,108,108,109,109,110,110,111,112,112,113,113,114,115,115,116,116,117,117,118,119,
| 119,120,120,121,122,122,123,123,124,125,125,126,126,127,127,128,129,129,130,130,131,132,132,133,133,134,135,135,136,136,137,
| 137,138,139,139,140,140,141,142,142,143,143,144,144,145,146,146,147,147,148,149,149,};
| const BYTE BtoVI[256]=
| {0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,2,2,2,2,2,2,3,3,3,3,3,3,3,3,3,4,4,4,4,4,4,4,4,5,5,5,5,5,5,5,5,5,6,6,6,6,6,6,6,6,6,
| 7,7,7,7,7,7,7,7,7,8,8,8,8,8,8,8,8,9,9,9,9,9,9,9,9,9,10,10,10,10,10,10,10,10,10,11,11,11,11,11,11,11,11,11,12,12,12,12,12,12,12,
| 12,12,13,13,13,13,13,13,13,13,14,14,14,14,14,14,14,14,14,15,15,15,15,15,15,15,15,15,16,16,16,16,16,16,16,16,16,17,17,17,17,17,
| 17,17,17,18,18,18,18,18,18,18,18,18,19,19,19,19,19,19,19,19,19,20,20,20,20,20,20,20,20,20,21,21,21,21,21,21,21,21,22,22,22,22,
| 22,22,22,22,22,23,23,23,23,23,23,23,23,23,24,24,24,24,24,24,24,24,24,25,25,25,25,25,25,25,25,25,26,26,26,26,26,26,26,26,27,27,
| 27,27,27,27,27,27,27,28,28,28,28,28,28,28,28,28,29,};
| //*/
| const float RtoVf[256]=
| { 0.0*0.299f,1*0.299f,2*0.299f,3*0.299f,4*0.299f,5*0.299f,6*0.299f,7*0.299f,8*0.299f,9*0.299f,
| 10*0.299f,11*0.299f,12*0.299f,13*0.299f,14*0.299f,15*0.299f,16*0.299f,17*0.299f,18*0.299f,19*0.299f,
| 20*0.299f,21*0.299f,22*0.299f,23*0.299f,24*0.299f,25*0.299f,26*0.299f,27*0.299f,28*0.299f,29*0.299f,
| 30*0.299f,31*0.299f,32*0.299f,33*0.299f,34*0.299f,35*0.299f,36*0.299f,37*0.299f,38*0.299f,39*0.299f,
| 40*0.299f,41*0.299f,42*0.299f,43*0.299f,44*0.299f,45*0.299f,46*0.299f,47*0.299f,48*0.299f,49*0.299f,
| 50*0.299f,51*0.299f,52*0.299f,53*0.299f,54*0.299f,55*0.299f,56*0.299f,57*0.299f,58*0.299f,59*0.299f,
| 60*0.299f,61*0.299f,62*0.299f,63*0.299f,64*0.299f,65*0.299f,66*0.299f,67*0.299f,68*0.299f,69*0.299f,
| 70*0.299f,71*0.299f,72*0.299f,73*0.299f,74*0.299f,75*0.299f,76*0.299f,77*0.299f,78*0.299f,79*0.299f,
| 80*0.299f,81*0.299f,82*0.299f,83*0.299f,84*0.299f,85*0.299f,86*0.299f,87*0.299f,88*0.299f,89*0.299f,
| 90*0.299f,91*0.299f,92*0.299f,93*0.299f,94*0.299f,95*0.299f,96*0.299f,97*0.299f,98*0.299f,99*0.299f,
| 100*0.299f,101*0.299f,102*0.299f,103*0.299f,104*0.299f,105*0.299f,106*0.299f,107*0.299f,108*0.299f,109*0.299f,
| 110*0.299f,111*0.299f,112*0.299f,113*0.299f,114*0.299f,115*0.299f,116*0.299f,117*0.299f,118*0.299f,119*0.299f,
| 120*0.299f,121*0.299f,122*0.299f,123*0.299f,124*0.299f,125*0.299f,126*0.299f,127*0.299f,128*0.299f,129*0.299f,
| 130*0.299f,131*0.299f,132*0.299f,133*0.299f,134*0.299f,135*0.299f,136*0.299f,137*0.299f,138*0.299f,139*0.299f,
| 140*0.299f,141*0.299f,142*0.299f,143*0.299f,144*0.299f,145*0.299f,146*0.299f,147*0.299f,148*0.299f,149*0.299f,
| 150*0.299f,151*0.299f,152*0.299f,153*0.299f,154*0.299f,155*0.299f,156*0.299f,157*0.299f,158*0.299f,159*0.299f,
| 160*0.299f,161*0.299f,162*0.299f,163*0.299f,164*0.299f,165*0.299f,166*0.299f,167*0.299f,168*0.299f,169*0.299f,
| 170*0.299f,171*0.299f,172*0.299f,173*0.299f,174*0.299f,175*0.299f,176*0.299f,177*0.299f,178*0.299f,179*0.299f,
| 180*0.299f,181*0.299f,182*0.299f,183*0.299f,184*0.299f,185*0.299f,186*0.299f,187*0.299f,188*0.299f,189*0.299f,
| 190*0.299f,191*0.299f,192*0.299f,193*0.299f,194*0.299f,195*0.299f,196*0.299f,197*0.299f,198*0.299f,199*0.299f,
| 200*0.299f,201*0.299f,202*0.299f,203*0.299f,204*0.299f,205*0.299f,206*0.299f,207*0.299f,208*0.299f,209*0.299f,
| 210*0.299f,211*0.299f,212*0.299f,213*0.299f,214*0.299f,215*0.299f,216*0.299f,217*0.299f,218*0.299f,219*0.299f,
| 220*0.299f,221*0.299f,222*0.299f,223*0.299f,224*0.299f,225*0.299f,226*0.299f,227*0.299f,228*0.299f,229*0.299f,
| 230*0.299f,231*0.299f,232*0.299f,233*0.299f,234*0.299f,235*0.299f,236*0.299f,237*0.299f,238*0.299f,239*0.299f,
| 240*0.299f,241*0.299f,242*0.299f,243*0.299f,244*0.299f,245*0.299f,246*0.299f,247*0.299f,248*0.299f,249*0.299f,
| 250*0.299f,251*0.299f,252*0.299f,253*0.299f,254*0.299f,255*0.299f
| };
|
| const float GtoVf[256]=
| { 0.0*0.587f,1*0.587f,2*0.587f,3*0.587f,4*0.587f,5*0.587f,6*0.587f,7*0.587f,8*0.587f,9*0.587f,
| 10*0.587f,11*0.587f,12*0.587f,13*0.587f,14*0.587f,15*0.587f,16*0.587f,17*0.587f,18*0.587f,19*0.587f,
| 20*0.587f,21*0.587f,22*0.587f,23*0.587f,24*0.587f,25*0.587f,26*0.587f,27*0.587f,28*0.587f,29*0.587f,
| 30*0.587f,31*0.587f,32*0.587f,33*0.587f,34*0.587f,35*0.587f,36*0.587f,37*0.587f,38*0.587f,39*0.587f,
| 40*0.587f,41*0.587f,42*0.587f,43*0.587f,44*0.587f,45*0.587f,46*0.587f,47*0.587f,48*0.587f,49*0.587f,
| 50*0.587f,51*0.587f,52*0.587f,53*0.587f,54*0.587f,55*0.587f,56*0.587f,57*0.587f,58*0.587f,59*0.587f,
| 60*0.587f,61*0.587f,62*0.587f,63*0.587f,64*0.587f,65*0.587f,66*0.587f,67*0.587f,68*0.587f,69*0.587f,
| 70*0.587f,71*0.587f,72*0.587f,73*0.587f,74*0.587f,75*0.587f,76*0.587f,77*0.587f,78*0.587f,79*0.587f,
| 80*0.587f,81*0.587f,82*0.587f,83*0.587f,84*0.587f,85*0.587f,86*0.587f,87*0.587f,88*0.587f,89*0.587f,
| 90*0.587f,91*0.587f,92*0.587f,93*0.587f,94*0.587f,95*0.587f,96*0.587f,97*0.587f,98*0.587f,99*0.587f,
| 100*0.587f,101*0.587f,102*0.587f,103*0.587f,104*0.587f,105*0.587f,106*0.587f,107*0.587f,108*0.587f,109*0.587f,
| 110*0.587f,111*0.587f,112*0.587f,113*0.587f,114*0.587f,115*0.587f,116*0.587f,117*0.587f,118*0.587f,119*0.587f,
| 120*0.587f,121*0.587f,122*0.587f,123*0.587f,124*0.587f,125*0.587f,126*0.587f,127*0.587f,128*0.587f,129*0.587f,
| 130*0.587f,131*0.587f,132*0.587f,133*0.587f,134*0.587f,135*0.587f,136*0.587f,137*0.587f,138*0.587f,139*0.587f,
| 140*0.587f,141*0.587f,142*0.587f,143*0.587f,144*0.587f,145*0.587f,146*0.587f,147*0.587f,148*0.587f,149*0.587f,
| 150*0.587f,151*0.587f,152*0.587f,153*0.587f,154*0.587f,155*0.587f,156*0.587f,157*0.587f,158*0.587f,159*0.587f,
| 160*0.587f,161*0.587f,162*0.587f,163*0.587f,164*0.587f,165*0.587f,166*0.587f,167*0.587f,168*0.587f,169*0.587f,
| 170*0.587f,171*0.587f,172*0.587f,173*0.587f,174*0.587f,175*0.587f,176*0.587f,177*0.587f,178*0.587f,179*0.587f,
| 180*0.587f,181*0.587f,182*0.587f,183*0.587f,184*0.587f,185*0.587f,186*0.587f,187*0.587f,188*0.587f,189*0.587f,
| 190*0.587f,191*0.587f,192*0.587f,193*0.587f,194*0.587f,195*0.587f,196*0.587f,197*0.587f,198*0.587f,199*0.587f,
| 200*0.587f,201*0.587f,202*0.587f,203*0.587f,204*0.587f,205*0.587f,206*0.587f,207*0.587f,208*0.587f,209*0.587f,
| 210*0.587f,211*0.587f,212*0.587f,213*0.587f,214*0.587f,215*0.587f,216*0.587f,217*0.587f,218*0.587f,219*0.587f,
| 220*0.587f,221*0.587f,222*0.587f,223*0.587f,224*0.587f,225*0.587f,226*0.587f,227*0.587f,228*0.587f,229*0.587f,
| 230*0.587f,231*0.587f,232*0.587f,233*0.587f,234*0.587f,235*0.587f,236*0.587f,237*0.587f,238*0.587f,239*0.587f,
| 240*0.587f,241*0.587f,242*0.587f,243*0.587f,244*0.587f,245*0.587f,246*0.587f,247*0.587f,248*0.587f,249*0.587f,
| 250*0.587f,251*0.587f,252*0.587f,253*0.587f,254*0.587f,255*0.587f
| };
| const float BtoVf[256]=
| { 0.0*0.114f,1*0.114f,2*0.114f,3*0.114f,4*0.114f,5*0.114f,6*0.114f,7*0.114f,8*0.114f,9*0.114f,
| 10*0.114f,11*0.114f,12*0.114f,13*0.114f,14*0.114f,15*0.114f,16*0.114f,17*0.114f,18*0.114f,19*0.114f,
| 20*0.114f,21*0.114f,22*0.114f,23*0.114f,24*0.114f,25*0.114f,26*0.114f,27*0.114f,28*0.114f,29*0.114f,
| 30*0.114f,31*0.114f,32*0.114f,33*0.114f,34*0.114f,35*0.114f,36*0.114f,37*0.114f,38*0.114f,39*0.114f,
| 40*0.114f,41*0.114f,42*0.114f,43*0.114f,44*0.114f,45*0.114f,46*0.114f,47*0.114f,48*0.114f,49*0.114f,
| 50*0.114f,51*0.114f,52*0.114f,53*0.114f,54*0.114f,55*0.114f,56*0.114f,57*0.114f,58*0.114f,59*0.114f,
| 60*0.114f,61*0.114f,62*0.114f,63*0.114f,64*0.114f,65*0.114f,66*0.114f,67*0.114f,68*0.114f,69*0.114f,
| 70*0.114f,71*0.114f,72*0.114f,73*0.114f,74*0.114f,75*0.114f,76*0.114f,77*0.114f,78*0.114f,79*0.114f,
| 80*0.114f,81*0.114f,82*0.114f,83*0.114f,84*0.114f,85*0.114f,86*0.114f,87*0.114f,88*0.114f,89*0.114f,
| 90*0.114f,91*0.114f,92*0.114f,93*0.114f,94*0.114f,95*0.114f,96*0.114f,97*0.114f,98*0.114f,99*0.114f,
| 100*0.114f,101*0.114f,102*0.114f,103*0.114f,104*0.114f,105*0.114f,106*0.114f,107*0.114f,108*0.114f,109*0.114f,
| 110*0.114f,111*0.114f,112*0.114f,113*0.114f,114*0.114f,115*0.114f,116*0.114f,117*0.114f,118*0.114f,119*0.114f,
| 120*0.114f,121*0.114f,122*0.114f,123*0.114f,124*0.114f,125*0.114f,126*0.114f,127*0.114f,128*0.114f,129*0.114f,
| 130*0.114f,131*0.114f,132*0.114f,133*0.114f,134*0.114f,135*0.114f,136*0.114f,137*0.114f,138*0.114f,139*0.114f,
| 140*0.114f,141*0.114f,142*0.114f,143*0.114f,144*0.114f,145*0.114f,146*0.114f,147*0.114f,148*0.114f,149*0.114f,
| 150*0.114f,151*0.114f,152*0.114f,153*0.114f,154*0.114f,155*0.114f,156*0.114f,157*0.114f,158*0.114f,159*0.114f,
| 160*0.114f,161*0.114f,162*0.114f,163*0.114f,164*0.114f,165*0.114f,166*0.114f,167*0.114f,168*0.114f,169*0.114f,
| 170*0.114f,171*0.114f,172*0.114f,173*0.114f,174*0.114f,175*0.114f,176*0.114f,177*0.114f,178*0.114f,179*0.114f,
| 180*0.114f,181*0.114f,182*0.114f,183*0.114f,184*0.114f,185*0.114f,186*0.114f,187*0.114f,188*0.114f,189*0.114f,
| 190*0.114f,191*0.114f,192*0.114f,193*0.114f,194*0.114f,195*0.114f,196*0.114f,197*0.114f,198*0.114f,199*0.114f,
| 200*0.114f,201*0.114f,202*0.114f,203*0.114f,204*0.114f,205*0.114f,206*0.114f,207*0.114f,208*0.114f,209*0.114f,
| 210*0.114f,211*0.114f,212*0.114f,213*0.114f,214*0.114f,215*0.114f,216*0.114f,217*0.114f,218*0.114f,219*0.114f,
| 220*0.114f,221*0.114f,222*0.114f,223*0.114f,224*0.114f,225*0.114f,226*0.114f,227*0.114f,228*0.114f,229*0.114f,
| 230*0.114f,231*0.114f,232*0.114f,233*0.114f,234*0.114f,235*0.114f,236*0.114f,237*0.114f,238*0.114f,239*0.114f,
| 240*0.114f,241*0.114f,242*0.114f,243*0.114f,244*0.114f,245*0.114f,246*0.114f,247*0.114f,248*0.114f,249*0.114f,
| 250*0.114f,251*0.114f,252*0.114f,253*0.114f,254*0.114f,255*0.114f
| };
|
| #define RGBtoVI(R,G,B) (RtoVI[int(R)]+GtoVI[int(G)]+BtoVI[int(B)])
| #define RGBtoVf(R,G,B) ((R)*0.299f+(G)*0.587f+(B)*0.114f)
| struct TransFormThreadDataStruct
| {
| int ThreadNo;
| volatile int Running;
| volatile int Done;
| UINT * srcpixels;
| int srcstride;
| UINT * destpixels;
| int deststride;
| int srcw;
| int srch;
| Gdiplus::PointF srcpt[4];
| Gdiplus::Rect destrect;
| int starth;
| int endh;
| };
| UINT __cdecl TransFormThread(LPVOID pParam);
|
| class HistoGram
| {
| public:
| int totalpixels;
| int maxRsample,maxRsampleindex;
| int maxGsample,maxGsampleindex;
| int maxBsample,maxBsampleindex;
| int maxVsample,maxVsampleindex;
| int minRvalue,maxRvalue;
| int minGvalue,maxGvalue;
| int minBvalue,maxBvalue;
| int minVvalue,maxVvalue;
| DWORD totalRvalues,totalGvalues,totalBvalues,totalVvalues;
| float aveRvalue,aveGvalue,aveBvalue,aveVvalue; //ƽ¾ùÖµ
| float mostRvalue,mostGvalue,mostBvalue; //´ó²¿·Ö£¬È¥µô×î¸ßºÍ×îµÍÊ£ÓàµÄ¡£
| float midRvalue,midGvalue,midBvalue,midVvalue; //ÖÐλÊý
| int Rsamples[256],Gsamples[256],Bsamples[256],Vsamples[256];
| int MakeHistoGram(Gdiplus::Bitmap * bitmap, int startx=0, int starty=0, int width=0, int height=0);
| int getRpercentvalue(float percent);
| int getGpercentvalue(float percent);
| int getBpercentvalue(float percent);
| int getVpercentvalue(float percent);
| float GetMostRvalue(); //È¡µÃ
| float GetMostGvalue(); //È¡µÃ
| float GetMostBvalue(); //È¡µÃ
|
| };
| class cBlackFix
| {
| public:
| int IsBlackFixInited;
| int Width;
| int Height;
| MyImage BlackFixImage;
| cBlackFix()
| {
| IsBlackFixInited=0;
| }
| cBlackFix(CString sFilePathName)
| {
| BlackFixImage.LoadFromBitmapFile(sFilePathName);
| Width=BlackFixImage.Width;
| Height=BlackFixImage.Height;
| IsBlackFixInited=1;
| }
| int LoadFixFile(CString sFilePathName)
| {
| int j=BlackFixImage.LoadFromBitmapFile(sFilePathName);
| Width=BlackFixImage.Width;
| Height=BlackFixImage.Height;
| if (Width>0&&Height>0)
| {
| IsBlackFixInited=1;
| return 0;
| }else
| {
| IsBlackFixInited=0;
| return -1;
| }
| }
| int Fix(MyImage & theImage)
| {
| if (!IsBlackFixInited)
| {
| return -1;
| }
| if (theImage.Width!=Width||theImage.Height!=Height)
| {
| return -2;
| }
| unsigned char *dstbuf=(unsigned char *)theImage.buffer;
| unsigned char *thisbuf=(unsigned char *)BlackFixImage.buffer;
| for (int i=0;i<Height;i++)
| {
| int k=i*BlackFixImage.Stride;
| int l=i*theImage.Stride;
| for (int j=0;j<Width;j++)
| {
| unsigned char thepixel;
| unsigned char fixpixel;
| unsigned char newpixel;
| fixpixel=thisbuf[k+j];
| thepixel=dstbuf[l+j];
| if (fixpixel>=80) {newpixel=dstbuf[l+j-1];}
| else if (thepixel>=fixpixel) {newpixel=thepixel-fixpixel;}
| else {newpixel=0;}
| dstbuf[l+j]=newpixel;
| };
| }
| return 0;
| }
| };
|
| class SecWhiteBalance
| {
| public:
| const static int wbxsecs=256;
| const static int wbysecs=192;
| int wbsectotalR[256][256];
| int wbsectotalG[256][256];
| int wbsectotalB[256][256];
| int wbsectotalG2[256][256];
|
| int wbsecsamples[256][256];
| // float bright[256][256];
| float wbsecR[256][256];
| float wbsecG[256][256];
| float wbsecB[256][256];
| float wbsecG2[256][256];
|
| float wbsecRcorr[256][256];
| float wbsecGcorr[256][256];
| float wbsecBcorr[256][256];
| float wbsecG2corr[256][256];
|
| float wbaveR;
| float wbaveG;
| float wbaveB;
| float wbaveG2;
| float wbtotalV;
| float wbaveV;
| float TargetLight;
| float TargetLightR;
| float TargetLightG;
| float TargetLightB;
| float TargetLightG2;
|
| int wbcorrloaded;
| int autowbcorronopen;
| float BrightnessCorr;
| public:
| SecWhiteBalance()
| {
| wbcorrloaded=0;
| autowbcorronopen=1;
| BrightnessCorr=1.0f;
| TargetLight=128.0f;
| }
| ~SecWhiteBalance()
| {
|
| }
| int LoadWBParamFromFile(CString sFilePathName);
| int ReadWBParamFromBmp(Gdiplus::Bitmap * bitmap1);
| int LoadBayerWBParamFromFile(CString sFilePathName);
| int ReadBayerWBParamFromBmp(Gdiplus::Bitmap * bitmap1);
|
| // int WBCorrect1(Gdiplus::Bitmap * bitmap1);
| int WBCorrect(Gdiplus::Bitmap * bitmap1,Gdiplus::Bitmap * bitmap2,float fRateV = 1.0, float fRateR = 1.0, float fRateG = 1.0, float fRateB = 1.0);
| int WBCorrectVC(Gdiplus::Bitmap * bitmap1,Gdiplus::Bitmap * bitmap2,float fRateV = 1.0, float fRateR = 1.0, float fRateG = 1.0, float fRateB = 1.0);
| int WBCorrect1VC(Gdiplus::Bitmap * bitmap1,float fRateV = 1.0, float fRateR = 1.0, float fRateG = 1.0, float fRateB = 1.0);
| int WBCorrect2VC(Gdiplus::Bitmap * bitmap1,Gdiplus::Bitmap * bitmap2,float fRateV = 1.0, float fRateR = 1.0, float fRateG = 1.0, float fRateB = 1.0);
|
| int WBBayerCorrect(MyImage * Image1,MyImage * Image2,float fRateV = 1.0, float fRateR = 1.0, float fRateG = 1.0, float fRateB = 1.0);
| int WBBayerCorrectVC(MyImage * Image1,MyImage * Image2,float fRateV = 1.0, float fRateR = 1.0, float fRateG = 1.0, float fRateB = 1.0);
| int WBBayerCorrect1VC(void * buf1,int w,int h,int stride,float fRateV = 1.0, float fRateR = 1.0, float fRateG = 1.0, float fRateB = 1.0);
| int WBBayerCorrect2VC(MyImage * Image1,MyImage * Image2,float fRateV = 1.0, float fRateR = 1.0, float fRateG = 1.0, float fRateB = 1.0);
| };
|
|
| struct MemcpyThreadDataStruct
| {
| void * src;
| void * dest;
| unsigned long size;
| volatile int done;
| };
|
| struct PointD
| {
| double x,y;
| PointD ():x(0),y(0) {}
| PointD (double x1,double y1):x(x1),y(y1) {}
| PointD & operator=(PointD & d1)
| {
| x=d1.x;y=d1.y;
| return *this;
| }
| PointD operator +(PointD & d1)
| {
| return PointD(x+d1.x,y+d1.y);
| }
| PointD operator -(PointD & d1)
| {
| return PointD(x-d1.x,y-d1.y);
| }
| PointD operator *(double n)
| {
| return PointD(x*n,y*n);
| }
| PointD operator /(double n)
| {
| return PointD(x/n,y/n);
| }
| PointD Miror(PointD & pt1) //ÇóÏà¶ÔÓÚÄ¿±êµã¶Ô³ÆµÄµã
| {
| return pt1*2-(*this);
| }
| double DistanceTo(PointD & pt1) //¼ÆËãµ½µãµÄ¾àÀë
| {
| return sqrt((x-pt1.x)*(x-pt1.x)+(y-pt1.y)*(y-pt1.y));
| }
| double CalR(PointD pt1) //¼ÆËãÒÔµ±Ç°µãΪÆðµã£¬µ½ÖÕµãµÄÁ¬ÏߵĽǶȡ£
| {
| return asin(pt1.y-y/DistanceTo(pt1));
| }
| };
| struct MyLineSegment
| {
| PointD start,end;
| MyLineSegment():start(0,0),end(0,0){};
| MyLineSegment (PointD d1,PointD d2):start(d1),end(d2) {start=d1;end=d2;};
| void SetStartEnd(PointD d1,PointD d2){start=d1;end=d2;};
| void SetStartEnd(double startx,double starty,double endx,double endy){start.x=startx,start.y=starty,end.x=endx,end.y=endy;};
| };
| void fastmemcpy(void* dest, const void* src, const unsigned long size_t);
|
| void fastmemcpyMT(void* dest, const void* src, const unsigned long size_t);
|
| int GetLineSegmentPart(double startx, double starty, double endx, double endy, double numerator, double denominator, double & x1, double & y1);
| double LineSegmentDirection(PointD pt1,PointD pt2,PointD pt3);
| int IsOnLineSegment(MyLineSegment linesegment1,PointD pt1);
| int IsLineSegmentCross(MyLineSegment linesegment1, MyLineSegment linesegment2);
| int IsLineSegmentCross(double x1, double y1, double x2, double y2, double x3, double y3, double x4, double y4);
| struct stHoughResult
| {
| int Score;
| PointD Pt;
| };
| int Hough(MyImage& img1,stHoughResult res[],int MaxFound, double Threshold,int starta,int enda);
| int NewHough(MyImage& img1,stHoughResult res[],int MaxFound, double Threshold,int starta,int enda);
| int TransRGBToBayerGR(Gdiplus::Bitmap * bitmap1,CString sFilePathname);
| int TransRGBToBayerGR2(Gdiplus::Bitmap * bitmap1,CString sFilePathname);
| int TransRGBToBayerGR3(Gdiplus::Bitmap * bitmap1,CString sFilePathname);
|
| struct DftFilterPos
| {
| double x;
| double y;
| double w;
| double h;
| };
|
| int fdf1(double * pData, int width, int height, DftFilterPos filterPos[], int filterPosCount, int showstatus);
|
|
| //---------------------------------------------------------------------------------------------------
|
|
