/** Copy contents of another Wflograph.
* @param original is a weighted flograph to be copied to this object
*/
void Wflograph::copyFrom(const Wflograph& original) {
if (N != original.n() || maxEdge < original.m()) {
resize(original.n(), original.m());
} else {
reset();
}
N = original.n();
for (edge e = original.first(); e != 0; e = original.next(e)) {
edge ee = join(original.left(e),original.right(e));
cpy(ee) = original.cpy(e); cst(ee) = original.cst(e);
flo(ee) = original.flo(e);
}
setSrcSnk(original.src(),original.snk());
sortAdjLists();
}
int main()
{
Character leo("leo", 42);
Character flo("flo", 42);
Warrior johann("johann", 56);
Warrior raph("raph", 56);
if (leo.getLvl() != 42 ||
leo.getPv() != 100 ||
leo.getPower() != 100 ||
leo.getName() != "leo" ||
flo.getName() != "flo")
{
std::cout << "CRITICAL ERROR ON DEFAULT VALUES" << std::endl;
return (-1);
}
if (johann.getLvl() != 56 ||
johann.getPv() != 100 ||
johann.getPower() != 100 ||
johann.getName() != "johann" ||
raph.getName() != "raph")
{
std::cout << "CRITICAL ERROR ON DEFAULT VALUES" << std::endl;
return (-1);
}
flo.TakeDamage(leo.CloseAttack());
flo.Range = Character::RANGE;
leo.TakeDamage(flo.RangeAttack());
flo.Heal();
leo.Range = Character::RANGE;
flo.TakeDamage(leo.RangeAttack());
flo.Range = Character::CLOSE;
leo.TakeDamage(flo.CloseAttack());
leo.TakeDamage(flo.CloseAttack());
leo.Heal();
flo.RestorePower();
leo.RestorePower();
leo.RestorePower();
leo.RestorePower();
std::cout << leo.getName() << " is being a boss thanks to his food!" << std::endl;
leo.Range = Character::CLOSE;
flo.TakeDamage(leo.CloseAttack() * 6);
if (flo.getPv() > 0)
std::cout << "CRITICAL ERROR : FLO IS SUPPOSED TO BE DEAD!!" << std::endl;
flo.TakeDamage(1);
johann.TakeDamage(leo.CloseAttack());
raph.Range = Character::RANGE;
leo.TakeDamage(raph.RangeAttack());
johann.TakeDamage(raph.RangeAttack());
johann.TakeDamage(raph.CloseAttack());
std::cout << leo.getName() << " Life remaining : " << leo.getPv() << std::endl;
std::cout << leo.getName() << " Power remaining : " << leo.getPower() << std::endl;
std::cout << johann.getName() << " Life remaining : " << johann.getPv() << std::endl;
std::cout << johann.getName() << " Power remaining : " << johann.getPower() << std::endl;
std::cout << raph.getName() << " Life remaining : " << raph.getPv() << std::endl;
std::cout << raph.getName() << " Power remaining : " << raph.getPower() << std::endl;
johann.Heal();
std::cout << johann.getName() << " Life remaining : " << johann.getPv() << std::endl;
johann.TakeDamage(raph.CloseAttack());
johann.TakeDamage(raph.CloseAttack());
johann.TakeDamage(raph.CloseAttack());
raph.RestorePower();
johann.TakeDamage(raph.CloseAttack());
johann.TakeDamage(raph.CloseAttack());
}
// get optical flow field descriptor
void optiflowDescriptor( int gid, int vid, vector<int>&label, vector<vector<float> > &pfeat,
vector<vector<float> > &nfeat)
{
bool useDenseOF = USEDENSE;
int flen = 50;
vector<int> mos;
ldLabel(gid, mos);
char vname[512];
Point2i isize;
for(int v = vid; v < vid+1; ++v){
sprintf(vname, "/home/fengzy/Projects/XProject/dataset/Set%.02d/video/%d.avi", gid, v);
CvCapture *cap = cvCaptureFromFile(vname);
if(!cap) continue;
vector<vector<Point2f> > flo(flen);
int width = cvGetCaptureProperty(cap, CV_CAP_PROP_FRAME_WIDTH);
int height= cvGetCaptureProperty(cap, CV_CAP_PROP_FRAME_HEIGHT);
vector<Point2f> densePt; densePt.reserve( width * height);
for ( int h = 0; h <height; ++h)
for ( int w = 0; w < width; ++w)
densePt.push_back( Point2f(w,h));
IplImage *pre, *nex;
nex= cvQueryFrame(cap); pre = cvCreateImage(cvGetSize(nex), 8, 3);
for(int i = 1; i <= flen; ++i){
printf("[%d/%d]page\n",i,flen);
cvCopy(nex, pre);
nex = cvQueryFrame(cap);
if(!nex) break;
Mat mPre(pre), mNex(nex), mask;
Point2i imgsize = SamplingOpticalFlow(mPre,mNex,mask,densePt, flo[i-1]);
if(!isize.x) isize=imgsize;
}
// create histogram
vector<float> floHist(flo.size()); //// remove the 1st and last frame's optical flow.
char buff[512];
sprintf(buff,"/home/fengzy/Projects/XProject/dataset/Set%.02d/feature/%d.txt",gid,v);
FILE *fp = fopen(buff,"w+");
vector<float> preFeat;
vector<vector<float> >derivHist;
for ( unsigned int nlen = 0; nlen < flo.size(); ++nlen)
{
vector<float> hist[4]; float count[4] = {0};
for( int i = 0; i < 4; ++i) {hist[i] = vector<float>(9, 0);}
for ( unsigned int ne = 0; ne < flo[nlen].size(); ++ne){
// // convert into angle
float angle = 0, flolen = 1;
if ( flo[nlen][ne].y ){
angle = tan2g(flo[nlen][ne].x, flo[nlen][ne].y);
angle = angle > 0 ? angle : 360 + angle;
// use flo length as weight
flolen = floLen( flo[nlen][ne].x, flo[nlen][ne].y);
flolen = flolen == 0 ? 1.0f : flolen;
}
int iy = ne/isize.x, ix = ne%isize.x;
int indx = iy*2/isize.y + ix*2/isize.x;
int inda = floor(angle/45.0f);
if (int(angle) == 360) inda = 7;
if(indx >= 4 || inda >= 8)
int db = 1;
hist[0][inda] += flolen;
count[0] += flolen;
}
vector<float> curFeat;
for ( int i = 0; i < 1; ++i)
{
// normalize
if(!count[i]) count[i] = 1;
transform(hist[i].begin(), hist[i].end(), hist[i].begin(),bind2nd( multiplies<float>(), float(1)/*/(count[i])*/ ));
hist[i].back() = count[i];
floHist.insert( floHist.end(), hist[i].begin(), hist[i].end());
curFeat.insert(curFeat.end(), hist[i].begin(), hist[i].end());
for(int j = 0; j < hist[i].size(); ++j)
fprintf(fp,"%.08lf\t",hist[i][j]);
}
if( nlen) derivHist.push_back(difFeat(curFeat, preFeat));
preFeat = curFeat;
fprintf(fp,"\n");
}
for(int nf = 0; nf < derivHist.size(); ++nf){
for(int ne = 0; ne < derivHist[nf].size(); ++ne)
fprintf(fp,"%.08lf\t", derivHist[nf][ne]);
fprintf(fp,"\n");
}
fclose(fp);
if(mos[v] >= 0 && mos[v] <= 50)
pfeat.push_back(floHist); // for each video
else nfeat.push_back(floHist);
}
}
