int main(int argc, char** argv) {
GetPot cl(argc,argv);
//command line parsing
if(cl.search(2,"--help","-h")) USAGE();
if(cl.size()<2) USAGE();
string suffix=cl.follow("gtf.vec.gz","--suffix");
//get list of files to be processed
vector<string> infiles;
if(cl.search("--images")) {
string filename=cl.next(" ");;
while(filename!=" ") {
infiles.push_back(filename);
filename=cl.next(" ");
}
} else if (cl.search("--filelist")) {
string filename="test";
igzstream ifs; ifs.open(cl.follow("list","--filelist"));
if(!ifs.good() || !ifs) {
ERR << "Cannot open filelist " <<cl.follow("list","--filelist") << ". Aborting." << endl;
exit(20);
}
while(!ifs.eof() && filename!="") {
getline(ifs,filename);
if(filename!="") {
infiles.push_back(filename);
}
}
ifs.close();
} else {
USAGE();
exit(20);
}
ImageFeature img;
VectorFeature vec;
// processing the files
for(uint i=0;i<infiles.size();++i) {
string filename=infiles[i];
DBG(10) << "Processing '" << filename << "' (" << i+1<< "/" << infiles.size() << ")." << endl;
img.load(filename);
vec=getGlobalTextureFeature(img);
vec.save(filename+"."+suffix);
DBG(20) << "Finished with '" << filename << "'." << endl;
}
DBG(10) << "cmdline was: "; printCmdline(argc,argv);
}
int main(int argc, char** argv) {
if (argc < 3) {
printf("Usage: salienpoints <image file> <# of salien points>\n");
exit(1);
}
ImageFeature imgFeature;
imgFeature.load(argv[1]);
SalientPoints sp(imgFeature);
vector<Point> points = sp.getSalientPoints(atoi(argv[2]));
DBG(10) << points.size() << " salient points extracted, wanted " << atoi(argv[2]) << endl;
for (uint i = 0; i < points.size(); i++) {
Point p = points[i];
DBG(10) <<"(" << p.x << ", " << p.y << ")" << endl;
}
ImageFeature newImage;
newImage.createFromPixelset(imgFeature.xsize(), imgFeature.ysize(), sp.getPixels());
newImage.display();
}
int main(int argc, char** argv) {
GetPot cl(argc,argv);
if (cl.search(2,"--help","-h")) {
USAGE();
}
vector<string> images;
if (cl.search("--images")) {
string filename = cl.next(" ");
while (filename != " ") {
images.push_back(filename);
filename = cl.next(" ");
}
} else if (cl.search("--filelist")) {
string filename = "test";
igzstream ifs; ifs.open(cl.follow("list","--filelist"));
if(!ifs.good() || !ifs) {
ERR << "Cannot open filelist " <<cl.follow("list","--filelist") << ". Aborting." << endl;
exit(20);
}
while(!ifs.eof() && filename!="") {
getline(ifs,filename);
if(filename!="") {
images.push_back(filename);
}
}
ifs.close();
} else {
USAGE();
exit(20);
}
bool forceGray;
if (cl.search(1, "--gray")) {
forceGray = true;
} else if (cl.search(1, "--color")) {
forceGray = false;
} else {
USAGE();
exit(20);
}
int numPatches = 200;
if (cl.search(2, "-n", "--num")) {
numPatches = cl.next(200);
}
for(uint i = 0; i < images.size(); i++) {
string filename=images[i];
DBG(10) << "Processing '"<< filename << "'.(" << i << "/" << images.size()<< ")" <<endl;
ImageFeature img; img.load(filename,forceGray);
DifferenceOfGaussian sift(img);
vector<InterestPoint> interestPoints = sift.getInterestPoints(numPatches);
ImageFeature padded = img;
vector<double> color(3,1.0);
for (int i = 0; i < (int) interestPoints.size(); i++) {
InterestPoint ip = interestPoints[i];
box(padded, ip.x, ip.y, color, ip.scale / 2);
}
padded.display();
break;
}
DBG(10) << "cmdline was: "; printCmdline(argc,argv);
}
void LocalFeatureExtractor::extractFromDatabase(const Database &db) {
string suffix=settings_.suffix();
DBG(10) << "Settings for extraction:" << endl
<< settings_ << endl;
PCA pca(settings_.dim());
if(settings_.loadpca) {
pca.load(settings_.pcafile);
}
string tmppath=settings_.tmppath+"/"+getenv("USER");
mkdir(tmppath.c_str(), 0xFFFFFF);
tmppath+="/extractlf";
mkdir(tmppath.c_str(), 0xFFFFFF);
for(uint n=0;n<db.size();++n) {
string imagefilename=db.path()+"/"+db.filename(n);
string imagebasename=db.filename(n).substr(db.filename(n).find_last_of("/")+1);
LocalFeatures lf;
ImageFeature img;
DBG(10) << "Extracting features from '" <<imagefilename << "': " << n+1 << "/" << db.size() << endl;
img.load(imagefilename);
lf=extractFromImage(img,lf);
if(settings_.pcaonly){
lf.save(tmppath+"/"+imagebasename+"."+suffix);
} else {
lf.save(imagefilename+"."+suffix);
}
if(settings_.pca and not settings_.loadpca) {
for(uint l=0;l<lf.data_.size();++l) {
pca.putData(lf[l]);
}
} else if(settings_.loadpca) {
pcaTransform(pca,lf);
lf.save(imagefilename+".pca."+suffix);
}
DBG(10) << "Extracted " << lf.numberOfFeatures_ << " features." << endl;
}
if(settings_.pca and not settings_.loadpca) {
DBG(10) << "Estimating PCA transformation matrix." << endl;
pca.dataEnd();
pca.calcPCA();
pca.save(settings_.pcafile+"."+suffix+".pca.gz");
for(uint n=0;n<db.size();++n) {
string imagefilename=db.path()+"/"+db.filename(n);
string imagebasename=db.filename(n).substr(db.filename(n).find_last_of("/")+1);
DBG(10) << "PCA transforming features for '" << imagefilename << "': " << n+1 << "/" << db.size() << endl;
LocalFeatures lf;
if(settings_.pcaonly){
lf.load(tmppath+"/"+imagebasename+"."+suffix);
remove((tmppath+"/"+imagebasename+"."+suffix).c_str());
} else {
lf.load(imagefilename+"."+suffix);
}
pcaTransform(pca,lf);
lf.save(imagefilename+".pca."+suffix);
}
}
rmdir(tmppath.c_str());
}
int main(int argc, char** argv) {
GetPot cl(argc,argv);
//command line parsing
if(cl.search(2,"--help","-h")) USAGE();
if(cl.size()<2) USAGE();
string suffix=cl.follow(".ar.vec.gz","--suffix");
//get list of files to be processed
vector<string> infiles;
if(cl.search("--image")) {
string filename=cl.next(" ");;
while(filename!=" ") {
infiles.push_back(filename);
filename=cl.next(" ");
}
} else if (cl.search("--filelist")) {
string filename="test";
igzstream ifs; ifs.open(cl.follow("list","--filelist"));
if(!ifs.good() || !ifs) {
ERR << "Cannot open filelist " <<cl.follow("list","--filelist") << ". Aborting." << endl;
exit(20);
}
while(!ifs.eof() && filename!="") {
getline(ifs,filename);
if(filename!="") {
infiles.push_back(filename);
}
}
ifs.close();
} else {
USAGE();
exit(20);
}
// processing the files
ImageFeature img;
VectorFeature out(2);
VectorFeature min(2), max(2), avg(2);
min[0]=numeric_limits<double>::max(); min[1]=numeric_limits<double>::max();
for(uint i=0;i<infiles.size();++i) {
string filename=infiles[i];
DBG(10) << "Processing '" << filename << "' (" << i+1<< "/" << infiles.size() << "): ";
img.load(filename);
out[0]=img.xsize();
out[1]=img.ysize();
out.save(filename+"."+suffix);
BLINK(10) << out[0] << " " << out[1] << endl;
if(min[0]>out[0]) min[0]=out[0];
if(min[1]>out[1]) min[1]=out[1];
if(max[0]<out[0]) max[0]=out[0];
if(max[1]<out[1]) max[1]=out[1];
avg[0]+=out[0]; avg[1]+=out[1];
DBG(20) << "Finished with '" << filename << "'." << endl;
}
avg[0]/=infiles.size(); avg[1]/=infiles.size();
DBG(10) << "min: " << min[0] << " " << min[1] << endl;
DBG(10) << "max: " << max[0] << " " << max[1] << endl;
DBG(10) << "avg: " << avg[0] << " " << avg[1] << endl;
DBG(10) << "cmdline was: "; printCmdline(argc,argv);
}
int main(int argc, char**argv) {
GetPot cl(argc,argv);
srand((unsigned)time(0));
vector<ImageFeature> inputimages;
if (!cl.search("--images")) {
USAGE();
exit(20);
}
cl.search("--images");
string filename=cl.next(" ");
while(filename!=" ") {
DBG(10) << "Loading " << filename << endl;
ImageFeature tmp;
tmp.load(filename);
inputimages.push_back(tmp);
filename=cl.next(" ");
}
uint dimx=inputimages[0].xsize();
uint dimy=inputimages[0].ysize();
uint dimz=inputimages[0].zsize();
uint WINX=cl.follow(10,"--winx");
uint WINY=cl.follow(10,"--winy");
uint BORDERWIDTH=cl.follow(0,"--borderwidth");
double AFFDEV=cl.follow(0.1,"--affineDeviation");
uint winWidth=dimx/WINX;
uint winHeight=dimy/WINY;
uint POSDEV=cl.follow(20,"--positionDeviation");
uint POSDEV2=POSDEV/2;
if(POSDEV > winWidth/2 || POSDEV>winHeight/2) {
POSDEV=min(winWidth/2,winHeight/2);
DBG(10) << "Setting posdev=" << POSDEV << endl;
}
ImageFeature outputimage(dimx+(WINX+1)*BORDERWIDTH, dimy+(WINY+1)*BORDERWIDTH, dimz);
DBG(10) "Patching the new image" << endl;
for(uint winx=0;winx<WINX;++winx) {
for(uint winy=0;winy<WINY;++winy) {
uint sourceImage=randomInt(inputimages.size());
BLINK(30) << " " << sourceImage << flush;
int top=max(int(randomInt(POSDEV)+int(winy*winHeight)-int(POSDEV2)),0);
int bottom=max(randomInt(POSDEV)+int((winy+1)*winHeight)-int(POSDEV2),0);
int left=max(randomInt(POSDEV)+int(winx*winWidth)-int(POSDEV2),0);
int right=max(randomInt(POSDEV)+int((winx+1)*winWidth)-int(POSDEV2),0);
ImageFeature patch=getPatch(inputimages[sourceImage],left,top,right,bottom);
AffineTransformation aff(1+randomDouble(AFFDEV),randomDouble(AFFDEV), randomDouble(AFFDEV), 1+randomDouble(AFFDEV),0,0);
patch=affineTransformation(patch,aff);
setPatch(outputimage,left+(winx+1)*BORDERWIDTH,top+(winy+1)*BORDERWIDTH,patch);
}
BLINK(30) << endl;
}
outputimage.save(cl.follow("output.png","--output"));
}
int main(int argc , char **argv) {
GetPot cl(argc,argv);
if(cl.search("-h")) {USAGE(); exit(0);}
string line;
if(cl.search("-E")) {
cout << "Estimating PCA" << endl;
ifstream filelist(cl.follow("filelist","-E"));
ImageFeature img;
getline(filelist,line);
img.load(line,true);
cout << line << endl;
PCA pca(img.size());
cout << img.size() << endl;
pca.putData(img.layerVector(0));
while(getline(filelist,line)) {
cout << line << endl;
img.load(line,true);
pca.putData(img.layerVector(0));
}
pca.dataEnd();
pca.save(cl.follow("covariance.pca","-c"));
pca.calcPCA();
pca.save(cl.follow("transformation.pca","-t"));
filelist.close();
} else if(cl.search("-T")) {
PCA pca;
pca.load(cl.follow("transformation.pca","-t"));
int dim=cl.follow(20,"-d");
ifstream filelist(cl.follow("filelist","-T"));
vector<double> tmp;
ImageFeature img;
while(getline(filelist,line)) {
cout << line << endl;
img.load(line,true);
tmp=pca.transform(img.layerVector(0),img.size());
tmp.resize(dim);
VectorFeature tmpvec(tmp);
tmpvec.save(line+".pca.vec.gz");
}
filelist.close();
} else if(cl.search("-B")) {
PCA pca;
pca.load(cl.follow("transformation.pca","-t"));
int x=cl.follow(16,"-x");
int y=cl.follow(16,"-y");
ifstream filelist(cl.follow("filelist","-B"));
vector<double> tmp;
VectorFeature tmpvec;
while(getline(filelist,line)) {
cout << line << endl;
tmpvec.load(line);
vector<double> tmp;
tmp=pca.backTransform(tmpvec.data());
ImageFeature img(tmp,x,y);
cutoff(img);
img.save(line+".backpca.png");
}
filelist.close();
} else if(cl.search("-M")) {
ImageFeature img; img.load(cl.follow("image.png","-M"),true);
PCA pca;
vector<double> backproj,vec;
pca.load(cl.follow("transformation.pca","-t"));
int w=cl.follow(16,"-x");
int h=cl.follow(16,"-y");
double scalefac=cl.follow(0.8333,"-s");
int dim=cl.follow(20,"-d");
ImageFeature scimg(img);
ImageFeature patch;
uint minX=100000, minY=100000;
uint maxX=100000, maxY=100000;
while(int(scimg.xsize())>=w and int(scimg.ysize())>=h) {
DBG(10) << VAR(scimg.xsize()) << " x " << VAR(scimg.ysize()) << endl;
ImageFeature faceprobmap(scimg.xsize(),scimg.ysize(),1);
double maxDist=0.0;
double minDist=numeric_limits<double>::max();
vector<double> tmpvec;
for(uint x=0;x<scimg.xsize();++x) {
DBG(10) << VAR(x) << endl;
for(uint y=0;y<scimg.ysize();++y) {
patch=getPatch(scimg,x,y,x+w,y+h);
vec=patch.layerVector(0);
vector<double> imgMinMean=vec;
for(uint i=0;i<imgMinMean.size();++i) {
imgMinMean[i]-=pca.mean()[i];
}
double energyImg=getEnergy(imgMinMean);
tmpvec=pca.transform(vec,dim);
double energyTrans=getEnergy(tmpvec);
backproj=pca.backTransform(tmpvec);
double energyBack=getEnergy(backproj);
double d=0;
double tmp;
for(uint i=0;i<backproj.size();++i) {
tmp=backproj[i]-vec[i];
d+=tmp*tmp;
}
faceprobmap(x,y,0)=d;
DBG(10) << VAR(energyImg) << " "
<< VAR(energyTrans) << " "
<< VAR(energyBack) << " "
<< VAR(energyImg-energyTrans) << " "
<< VAR(d) << endl;
if(minDist>d) {
minDist=d;
minX=x; minY=y;
}
if(maxDist<d) {
maxDist=d;
maxX=x; maxY=y;
}
}
}
DBG(10) << VAR(scimg.xsize()) << " " << VAR(scimg.ysize()) << endl;
DBG(10) << VAR(minDist) << " " << VAR(minX) << " " << VAR(minY) << endl;
DBG(10) << VAR(maxDist) << " " << VAR(maxX) << " " << VAR(maxY) << endl << endl;
normalize(faceprobmap);
ostringstream filenamestream;
filenamestream << cl.follow("image.png","-M") << ".fpm." << (scimg.xsize()) <<".png";
faceprobmap.save(filenamestream.str());
uint newW=int(scimg.xsize()*scalefac);
uint newH=int(scimg.ysize()*scalefac);
scimg=scale(scimg,newW,newH);
}
} else if(cl.search("-F")) {
#ifdef HAVE_FFT_LIBRARY
ImageFeature img; img.load(cl.follow("image.png","-F"),true);
PCA pca; pca.load(cl.follow("transformation.pca","-t"));
int w=cl.follow(16,"-x");
int h=cl.follow(16,"-y");
double scalefac=cl.follow(0.8333,"-s");
uint dim=cl.follow(20,"-d");
DBG(10) << "Eigenfaces loaded" << endl;
ImageFeature scimg=img;
while(int(scimg.xsize())>w and int(scimg.ysize())>h) {
ImageFeature fpm=detect(scimg,pca,dim,w,h);
pair<uint,uint> p;
p=argmax(fpm);
DBG(10) << scimg.xsize() << "x" << scimg.ysize() << " (" <<p.first<<", "<< p.second << ") " << VAR(maximum(fpm)) ;
p=argmin(fpm);
BLINK(10) << " (" <<p.first<<", "<< p.second << ") " << VAR(minimum(fpm)) << endl;
normalize(fpm);
ostringstream filenamestream;
filenamestream << cl.follow("image.png","-F") << ".fpm." << (scimg.xsize()) <<".png";
fpm.save(filenamestream.str());
scimg=scale(scimg,int(scimg.xsize()*scalefac),int(scimg.ysize()*scalefac));
}
#else
DBG(10) << "compiled without FFT lib. this does not work. use -M option" << endl;
#endif
} else {
USAGE();
exit(20);
}
}