?? mainfrm.cpp
字號:
strcpy(inputFileName,dlg.m_sar_path);
strcpy(inputRefSarName,dlg.m_ref_path);
strcpy(outputtxtName,dlg.m_txt_path);
r=new int [dlg.m_num];
c=new int [dlg.m_num];
fp=fopen(dlg.m_inputpath,"r");
fseek( fp, 76, SEEK_SET );
fscanf( fp, "%d", &r[0] );
fseek(fp,27,SEEK_CUR);
fscanf(fp,"%d",&c[0]);
for (i=1;i<dlg.m_num;i++)
{
fseek(fp,41,SEEK_CUR);
fscanf(fp,"%d",&r[i]);
fseek(fp,27,SEEK_CUR);
fscanf(fp,"%d",&c[i]);
}
fclose(fp);
//===========================生成MASK圖形================================
Picture maskpic1;
maskpic1.row=500;
maskpic1.col=500;
maskpic1.p=fspace_2d(maskpic1.row,maskpic1.col);
for(i=0;i<maskpic1.row;i++)
for (j=0;j<maskpic1.col;j++)
maskpic1.p[i][j]=255;
int span;
for (i=0;i<maskpic1.row;i++)
for (j=0;j<maskpic1.col;j++)
{
span=(int)(pow(i-maskpic1.row/2,2)+pow(j-maskpic1.col/2,2));
if(span<=Maskinner*Maskinner||span>Maskouter*Maskouter)
maskpic1.p[i][j]=0;
}
struct _timeb timebuffer,timebuffer1;
_ftime( &timebuffer );
for(int x=0;x<dlg.m_num;x++)
{
inputpic.p=InputImageWithName(inputFileName,inputpic.row,inputpic.col);
inputref.p=InputImageWithName(inputRefSarName,inputref.row,inputref.col);
ref=CComlib::ImgScaleCubicLinear(inputref.p ,inputref.row,inputref.col,320,320 ) ;
unsigned char **ttemp,**ttempmask;
ttemp=fspace_2d(256,256);
ttempmask=fspace_2d(256,256);
for(int s=0;s<256;s++)
{
memcpy(ttemp[s],inputpic.p[s+122]+122,256);
memcpy(ttempmask[s],maskpic1.p[s+122]+122,256);
}
POINT temppos;
temppos.x=temppos.y=0;
CMatch match;
NPOT ret=match.SingleMatch_Box(ref,ttemp,ttempmask,320,320,256,256,temppos);
dspace_2d(ref,320,320);
FILE *fp;
POINT tempresult;
tempresult.x=(ret.x+128)*(inputref.row/320.0)+c[x]-(inputref.row/2);
tempresult.y=(ret.y+128)*(inputref.row/320.0)+r[x]-(inputref.row/2);
fp=fopen(outputtxtName,"a");
fprintf(fp,"圖片%d",x+1);
fprintf(fp," 理論匹配點(%d,%d), 實際匹配結果 (%d,%d), 誤差(%d,%d) ,相關cor=%f \n",c[x],r[x],tempresult.x,tempresult.y,abs(tempresult.x-c[x]),abs(tempresult.y-r[x]),ret.cor);
fclose(fp);
dspace_2d(inputpic.p,inputpic.row,inputpic.col);
dspace_2d(inputref.p,inputref.row,inputref.col);
inputpic.p=NULL;
ChangeNameExtension1(inputFileName);
ChangeNameExtension1(inputRefSarName);
}
delete[] r;
delete[] c;
}
else
return;
}
void CMainFrame::OnTestTimeOrg()
{
int i,j,rect_length,rect_centre;
int Maskinner,Maskouter;
unsigned char **TempImg;
RadonResult res;
int true_theta;
POINT firstpos,endpos;
int num=0;
CMatchDlg dlg;
unsigned char **ref;
FILE *fp;
int r,c;
//=======================================================================
char inputFileName[512];
char inputRefSarName[512];
char outputtxtName[512];
Picture inputpic,inputref;
//=======================================================================
//::MessageBox(NULL,"BEGIN","WARNING",MB_OK);
//===================================初始化變量區========================
int result[8];
if(dlg.DoModal()==IDOK)
{
true_theta=dlg.m_truecorner;
Maskinner=dlg.m_mask_inner;
Maskouter=dlg.m_mask_outer;
rect_length=dlg.m_rect_length;
rect_centre=76;//(Maskouter-Maskinner)/2+Maskinner;
strcpy(inputFileName,dlg.m_sar_path);
strcpy(inputRefSarName,dlg.m_ref_path);
strcpy(outputtxtName,dlg.m_txt_path);
fp=fopen(dlg.m_inputpath,"r");
fseek( fp, 76, SEEK_SET );
fscanf( fp, "%d", &r );
fseek(fp,27,SEEK_CUR);
fscanf(fp,"%d",&c);
fclose(fp);
//===========================生成MASK圖形================================
Picture maskpic1;
maskpic1.row=500;
maskpic1.col=500;
maskpic1.p=fspace_2d(maskpic1.row,maskpic1.col);
for(i=0;i<maskpic1.row;i++)
for (j=0;j<maskpic1.col;j++)
maskpic1.p[i][j]=255;
int span;
for (i=0;i<maskpic1.row;i++)
for (j=0;j<maskpic1.col;j++)
{
span=(int)(pow(i-maskpic1.row/2,2)+pow(j-maskpic1.col/2,2));
if(span<=Maskinner*Maskinner||span>Maskouter*Maskouter)
maskpic1.p[i][j]=0;
}
inputpic.p=InputImageWithName(inputFileName,inputpic.row,inputpic.col);
inputref.p=InputImageWithName(inputRefSarName,inputref.row,inputref.col);
ref=CComlib::ImgScaleCubicLinear(inputref.p ,inputref.row,inputref.col,320,320 ) ;
unsigned char **ttemp,**ttempmask;
ttemp=fspace_2d(256,256);
ttempmask=fspace_2d(256,256);
for(int s=0;s<256;s++)
{
memcpy(ttemp[s],inputpic.p[s+122]+122,256);
memcpy(ttempmask[s],maskpic1.p[s+122]+122,256);
}
struct _timeb timebuffer,timebuffer1;
_ftime( &timebuffer );
for(int x=0;x<20;x++)
{
POINT temppos;
temppos.x=temppos.y=0;
CMatch match;
NPOT ret=match.SingleMatch_Box(ref,ttemp,ttempmask,320,320,256,256,temppos);
POINT tempresult;
tempresult.x=(ret.x+128)*(inputref.row/320.0)+c-(inputref.row/2);
tempresult.y=(ret.y+128)*(inputref.row/320.0)+r-(inputref.row/2);
}
_ftime( &timebuffer1);
int second=(int)(timebuffer1.time-timebuffer.time);
char buffer[100];
_itoa( second, buffer, 10 );
dspace_2d(ref,320,320);
dspace_2d(inputpic.p,inputpic.row,inputpic.col);
dspace_2d(inputref.p,inputref.row,inputref.col);
inputpic.p=NULL;
::MessageBox(NULL,buffer,"Warning",MB_OK);
}
else
return;
}
void CMainFrame::OnTestTimeNew()
{
int i,j,rect_length,rect_centre;
int Maskinner,Maskouter;
unsigned char **TempImg;
RadonResult res;
int true_theta;
POINT firstpos,endpos;
int num=0;
CMatchDlg dlg;
unsigned char **ref;
FILE *fp;
int r,c;
char inputFileName[512];
char inputRefSarName[512];
char outputtxtName[512];
Picture inputpic,inputref;
int result[8];
if(dlg.DoModal()==IDOK)
{
true_theta=dlg.m_truecorner;
Maskinner=dlg.m_mask_inner;
Maskouter=dlg.m_mask_outer;
rect_length=dlg.m_rect_length;
rect_centre=76;//(Maskouter-Maskinner)/2+Maskinner;
strcpy(inputFileName,dlg.m_sar_path);
strcpy(inputRefSarName,dlg.m_ref_path);
strcpy(outputtxtName,dlg.m_txt_path);
fp=fopen(dlg.m_inputpath,"r");
fseek( fp, 76, SEEK_SET );
fscanf( fp, "%d", &r );
fseek(fp,27,SEEK_CUR);
fscanf(fp,"%d",&c);
fclose(fp);
TempImg=fspace_2d(rect_length,rect_length);
if(TempImg==NULL)
return;
//===========================生成MASK圖形================================
Picture maskpic1;
unsigned char **mask;
maskpic1.row=500;
maskpic1.col=500;
maskpic1.p=fspace_2d(maskpic1.row,maskpic1.col);
POINT tempresult;
CMatch match;
unsigned char **outsar;
outsar=fspace_2d(rect_length,rect_length);
mask=fspace_2d(rect_length,rect_length);
for(i=0;i<maskpic1.row;i++)
for (j=0;j<maskpic1.col;j++)
maskpic1.p[i][j]=255;
int span;
for (i=0;i<maskpic1.row;i++)
for (j=0;j<maskpic1.col;j++)
{
span=(int)(pow(i-maskpic1.row/2,2)+pow(j-maskpic1.col/2,2));
if(span<=Maskinner*Maskinner||span>Maskouter*Maskouter)
maskpic1.p[i][j]=0;
}
//=======================================================================
inputpic.p=InputImageWithName(inputFileName,inputpic.row,inputpic.col);
inputref.p=InputImageWithName(inputRefSarName,inputref.row,inputref.col);
ref=CComlib::ImgScaleCubicLinear(inputref.p ,inputref.row,inputref.col,320,320 ) ;
struct _timeb timebuffer,timebuffer1;
_ftime( &timebuffer );
for(int x=0;x<20;x++)
{
num=0;
for (int theta=0;theta<360;theta=theta+45)
{
j=(int)(inputpic.col/2.0-rect_centre*cos(theta*3.1416/180.0));
i=(int)(inputpic.row/2.0-rect_centre*sin(theta*3.1416/180.0));
{
for (int k=0;k<rect_length;k++)
{
memcpy(TempImg[k],inputpic.p[i+k-(int)(rect_length/2.0)]+j-(int)(rect_length/2.0),rect_length);
}
radon(TempImg,rect_length,rect_length,&res);
if(abs(res.theta-true_theta)<=7)
{
result[num]=res.avernum;
}
else
{
result[num]=256;
}
num++;
}
}
int temp1=256;
int Angle;
for (int t=0;t<8;t++)
{
if(temp1>result[t])
{
temp1=result[t];
Angle=t*45;
}
}
firstpos.x=(int)(inputpic.col/2.0-rect_centre*cos(Angle*3.1416/180.0));
firstpos.y=(int)(inputpic.row/2.0-rect_centre*sin(Angle*3.1416/180.0));
POINT temppos;
temppos.x=firstpos.x-(rect_length/2.0);
temppos.y=firstpos.y-(rect_length/2.0);
for (int k=0;k<rect_length;k++)
{
memcpy(outsar[k],inputpic.p[temppos.y+k]+temppos.x,rect_length);
memcpy(mask[k],maskpic1.p[temppos.y+k]+temppos.x,rect_length);
}
NPOT ret=match.SingleMatch_Box(ref,outsar,mask,320,320,rect_length,rect_length,temppos);
tempresult.x=(ret.x+(250-firstpos.x+rect_length/2.0))*(inputref.row/320.0)+c-(inputref.row/2);
tempresult.y=(ret.y+(250-firstpos.y+rect_length/2.0))*(inputref.row/320.0)+r-(inputref.row/2);
}
_ftime( &timebuffer1);
int second=timebuffer1.time-timebuffer.time;
char buffer[100];
_itoa( second, buffer, 10 );
dspace_2d(ref,320,320);
dspace_2d(outsar,rect_length,rect_length);
dspace_2d(mask,rect_length,rect_length);
dspace_2d(inputpic.p,inputpic.row,inputpic.col);
dspace_2d(inputref.p,inputref.row,inputref.col);
::MessageBox(NULL,buffer,"WARNING",MB_OK);
}
}
#include "COutDlg.h"
void CMainFrame::OnOutMathc()
{
unsigned char **Input_Rel,**Input_Ref;
int row_ref,col_ref,row_rel,col_rel;
CCOutDlg dlg;
BOOL flag;
if(dlg.DoModal()==IDOK)
{
flag=dlg.m_check;
if(dlg.m_refpath==""||dlg.m_relpath=="")
{
::MessageBox(NULL,"輸入參數不完整","WARNING",MB_OK);
return;
}
Input_Rel=InputImageWithName(dlg.m_relpath,row_rel,col_rel);
Input_Ref=InputImageWithName(dlg.m_refpath,row_ref,col_ref);
if(row_rel>row_ref||col_rel>col_ref)
{
dspace_2d(Input_Rel,row_rel,col_rel);
dspace_2d(Input_Ref,row_ref,col_ref);
::MessageBox(NULL,"實時圖比參考圖小","WARNING",MB_OK);
return;
}
if(row_rel%2!=0&&col_rel%2!=0)
{
dspace_2d(Input_Rel,row_rel,col_rel);
dspace_2d(Input_Ref,row_ref,col_ref);
::MessageBox(NULL,"實時圖不能被均分成四塊","WARNING",MB_OK);
return;
}
unsigned char **smallpic[4];
for (int i=0;i<4;i++)
smallpic[i]=fspace_2d(row_rel/2,col_rel/2);
for (i=0;i<row_rel/2;i++)
{
memcpy(smallpic[0][i],Input_Rel[i],col_rel/2);
memcpy(smallpic[1][i],Input_Rel[i]+col_rel/2*1,col_rel/2);
memcpy(smallpic[2][i],Input_Rel[i+row_rel/2*1],col_rel/2);
memcpy(smallpic[3][i],Input_Rel[i+row_rel/2*1]+col_rel/2*1,col_rel/2);
}
unsigned char **mask;
mask=fspace_2d(row_rel/2,col_rel/2);
for (i=0;i<row_rel/2;i++)
for (int j=0;j<col_rel/2;j++)
mask[i][j]=255;
//OutputImageWithName(smallpic[0],row_rel/2,col_rel/2,"c:\\1.pic");
//OutputImageWithName(smallpic[1],row_rel/2,col_rel/2,"c:\\2.pic");
//OutputImageWithName(smallpic[2],row_rel/2,col_rel/2,"c:\\3.pic");
//OutputImageWithName(smallpic[3],row_rel/2,col_rel/2,"c:\\4.pic");
CMatch match;
NPOT result[4];
for (i=0;i<4;i++)
{
result[i]=match.SingleMatch_Box1(Input_Ref,smallpic[i],mask,row_ref,col_ref,row_rel/2,col_ref/2,flag);
}
for (i=0;i<4;i++)
dspace_2d(smallpic[i],row_rel/2,col_rel/2);
dspace_2d(mask,row_rel/2,col_rel/2);
dspace_2d(Input_Rel,row_rel,col_rel);
dspace_2d(Input_Ref,row_ref,col_ref);
char buffer[500];
if(flag==FALSE)
wsprintf(buffer,"左上塊(%d,%d) 右上塊塊(%d,%d)\n左下塊(%d,%d) 右下塊(%d,%d)",result[0].x,result[0].y
,result[1].x,result[1].y
,result[2].x,result[2].y
,result[3].x,result[3].y);
else if(flag==TRUE)
wsprintf(buffer,"反轉\n左上塊(%d,%d) 右上塊塊(%d,%d)\n左下塊(%d,%d) 右下塊(%d,%d)",result[0].x,result[0].y
,result[1].x,result[1].y
,result[2].x,result[2].y
,result[3].x,result[3].y);
::MessageBox(NULL,buffer,"RESULT",MB_OK);
}
}
?? 快捷鍵說明
復制代碼
Ctrl + C
搜索代碼
Ctrl + F
全屏模式
F11
切換主題
Ctrl + Shift + D
顯示快捷鍵
?
增大字號
Ctrl + =
減小字號
Ctrl + -