void CISLSView::OnGradientA()
{
//灰度形态学梯度
//李立宗 lilizong@gmail.com
//2012-8-23
int structure[3][3]={5,25,15,0,25,0,25,25,25};
CImage myImage1Copy,erosionImage,dilationImage;
dilationGray(structure);
imageCopy(dilationImage,myImage2);
imageCopy(myImage1Copy,myImage1);
imageCopy(myImage1,myImage2);
erosionGray(structure);
imageCopy(erosionImage,myImage2);
int maxX=myImage1.GetWidth();
int maxY=myImage1.GetHeight();
byte* pRealDataDilation;
byte* pRealDataErosion;
byte* pRealData2;
pRealDataDilation=(byte*)dilationImage.GetBits();
pRealDataErosion=(byte*)erosionImage.GetBits();
pRealData2=(byte*)myImage2.GetBits();
int pitDilation=dilationImage.GetPitch();
int pitErosion=erosionImage.GetPitch();
int pit2=myImage2.GetPitch();
int bitCountDilation=dilationImage.GetBPP()/8;
int bitCountErosion=erosionImage.GetBPP()/8;
int bitCount2=myImage2.GetBPP()/8;
int erosionValue,dilationValue;
int temp;
for (int y=0; y<maxY; y++) {
for (int x=0; x<maxX; x++) {
erosionValue=*(pRealDataDilation+pitDilation*(y)+(x)*bitCountDilation);
dilationValue=*(pRealDataErosion+pitErosion*(y)+(x)*bitCountErosion);
temp=dilationValue-erosionValue;
//if(temp<0)
// temp=0;
//temp=abs(temp);
*(pRealData2+pit2*(y)+(x)*bitCount2)=temp;
*(pRealData2+pit2*(y)+(x)*bitCount2+1)=temp;
*(pRealData2+pit2*(y)+(x)*bitCount2+2)=temp;
}
}
imageCopy(myImage1,myImage1Copy);
Invalidate();
}
void CISLSView::OnGradientB()
{
//灰度形态学梯度
//李立宗 lilizong@gmail.com
//2012-8-23
int structure[3][3]={5,25,15,0,25,0,25,25,25};
CImage myImage1Copy,erosionImage,dilationImage;
dilationGray(structure);
imageCopy(dilationImage,myImage2);
imageCopy(myImage1Copy,myImage1);
imageCopy(myImage1,myImage2);
erosionGray(structure);
imageCopy(erosionImage,myImage2);
int maxX=myImage1.GetWidth();
int maxY=myImage1.GetHeight();
byte* pRealDataDilation;
byte* pRealDataErosion;
byte* pRealData2;
pRealDataDilation=(byte*)dilationImage.GetBits();
pRealDataErosion=(byte*)erosionImage.GetBits();
pRealData2=(byte*)myImage2.GetBits();
int pitDilation=dilationImage.GetPitch();
int pitErosion=erosionImage.GetPitch();
int pit2=myImage2.GetPitch();
int bitCountDilation=dilationImage.GetBPP()/8;
int bitCountErosion=erosionImage.GetBPP()/8;
int bitCount2=myImage2.GetBPP()/8;
int erosionValue,dilationValue;
int temp;
for (int y=0; y<maxY; y++) {
for (int x=0; x<maxX; x++) {
erosionValue=*(pRealDataDilation+pitDilation*(y)+(x)*bitCountDilation);
dilationValue=*(pRealDataErosion+pitErosion*(y)+(x)*bitCountErosion);
temp=dilationValue-erosionValue;
//if(temp<0)
// temp=0;
temp=abs(temp);
*(pRealData2+pit2*(y)+(x)*bitCount2)=temp;
*(pRealData2+pit2*(y)+(x)*bitCount2+1)=temp;
*(pRealData2+pit2*(y)+(x)*bitCount2+2)=temp;
}
}
imageCopy(myImage1,myImage1Copy);
Invalidate();
}
void CISLSView::OnGradientC()
{
//灰度形态学梯度
//李立宗 lilizong@gmail.com
//2012-8-23
int structure[3][3]={5,25,15,0,25,0,25,25,25};
CImage myImage1Copy,erosionImage,dilationImage;
erosionGray(structure);
imageCopy(erosionImage,myImage2);
imageCopy(myImage1Copy,myImage1);
imageCopy(myImage1,myImage2);
dilationGray(structure);
imageCopy(dilationImage,myImage2);
int maxX=myImage1.GetWidth();
int maxY=myImage1.GetHeight();
byte* pRealDataDilation;
byte* pRealDataErosion;
byte* pRealData2;
pRealDataDilation=(byte*)dilationImage.GetBits();
pRealDataErosion=(byte*)erosionImage.GetBits();
pRealData2=(byte*)myImage2.GetBits();
int pitDilation=dilationImage.GetPitch();
int pitErosion=erosionImage.GetPitch();
int pit2=myImage2.GetPitch();
int bitCountDilation=dilationImage.GetBPP()/8;
int bitCountErosion=erosionImage.GetBPP()/8;
int bitCount2=myImage2.GetBPP()/8;
int erosionValue,dilationValue;
int temp;
for (int y=0; y<maxY; y++) {
for (int x=0; x<maxX; x++) {
erosionValue=*(pRealDataDilation+pitDilation*(y)+(x)*bitCountDilation);
dilationValue=*(pRealDataErosion+pitErosion*(y)+(x)*bitCountErosion);
temp=dilationValue-erosionValue;
//if(temp<0)
// temp=0;
//temp=abs(temp);
*(pRealData2+pit2*(y)+(x)*bitCount2)=temp;
*(pRealData2+pit2*(y)+(x)*bitCount2+1)=temp;
*(pRealData2+pit2*(y)+(x)*bitCount2+2)=temp;
}
}
imageCopy(myImage1,myImage1Copy);
Invalidate();
}
void CISLSView::OnGradientD()
{
//灰度形态学梯度
//李立宗 lilizong@gmail.com
//2012-8-23
int structure[3][3]={5,25,15,0,25,0,25,25,25};
CImage myImage1Copy,erosionImage,dilationImage;
erosionGray(structure);
imageCopy(erosionImage,myImage2);
imageCopy(myImage1Copy,myImage1);
imageCopy(myImage1,myImage2);
dilationGray(structure);
imageCopy(dilationImage,myImage2);
int maxX=myImage1.GetWidth();
int maxY=myImage1.GetHeight();
byte* pRealDataDilation;
byte* pRealDataErosion;
byte* pRealData2;
pRealDataDilation=(byte*)dilationImage.GetBits();
pRealDataErosion=(byte*)erosionImage.GetBits();
pRealData2=(byte*)myImage2.GetBits();
int pitDilation=dilationImage.GetPitch();
int pitErosion=erosionImage.GetPitch();
int pit2=myImage2.GetPitch();
int bitCountDilation=dilationImage.GetBPP()/8;
int bitCountErosion=erosionImage.GetBPP()/8;
int bitCount2=myImage2.GetBPP()/8;
int erosionValue,dilationValue;
int temp;
for (int y=0; y<maxY; y++) {
for (int x=0; x<maxX; x++) {
erosionValue=*(pRealDataDilation+pitDilation*(y)+(x)*bitCountDilation);
dilationValue=*(pRealDataErosion+pitErosion*(y)+(x)*bitCountErosion);
temp=dilationValue-erosionValue;
//if(temp<0)
// temp=0;
temp=abs(temp);
*(pRealData2+pit2*(y)+(x)*bitCount2)=temp;
*(pRealData2+pit2*(y)+(x)*bitCount2+1)=temp;
*(pRealData2+pit2*(y)+(x)*bitCount2+2)=temp;
}
}
imageCopy(myImage1,myImage1Copy);
Invalidate();
}