void test()
{
MyList<Hero> myList;
ifstream file("heros.txt");
copy(istream_iterator<Hero>(file), istream_iterator<Hero>(), back_inserter(myList));
myList.sort([](const Hero &a, const Hero &b) {
return a.power > b.power;
});
cout << "Sorted by power:" << endl;
for (auto i: myList)
cout << i << endl;
myList.sort([](const Hero &a, const Hero &b) {
int scorea = a.strength + a.intelligence + a.power + a.charisma + a.luck;
int scoreb = b.strength + b.intelligence + b.power + b.charisma + b.luck;
return scorea > scoreb;
});
cout << "Sorted by total score:" << endl;
for (auto i: myList)
cout << i << endl;
}
/*
* The method takes a string of characters and for each character calculates the char frequency.
* Than creates a list of nodes for binary tree
*
* @param charStr The character string
* @return The list of nodes sorted by char frequency
*/
MyList<Node> createListNode(string *charStr){
MyUnordered_map<char, int> symbols;
for (size_t i = 0; i < charStr->size(); i++){
symbols[charStr->at(i)] = 0;
}
for (size_t i = 0; i < charStr->size(); i++){
symbols[charStr->at(i)]++;
}
MyList<Node> listNode;
for (auto it = symbols.begin(); it != symbols.end(); ++it){
Node node(it -> value, it -> key);
listNode.push_back(node);
}
listNode.sort();
return listNode;
}
int main()
{
MyList list;
list.push_back(3);
list.push_back(2);
list.push_back(10);
list.push_back(5);
list.push_back(4);
cout << "Note: The program did not specify means of input. As such, the program makes a list of 5 integers"
<< " as seen above this line in the code and sorts them.\n" << endl;
cout << "Before sort: " << list.toString();
cout << endl;
list.sort();
cout << "After Sort: "<< list.toString() << endl;
return 0;
}
int main(int argc, char *argv[])
{
QString classes = "ALL";
unsigned int minsize = 0;
int minth = 0;
if(argc == 8) {
classes = argv[7];
argc = 7;
}
if(argc == 7) {
minth = atoi(argv[6]);
argc = 6;
}
if(argc == 6) {
minsize = atoi(argv[5]);
argc = 5;
}
if (argc != 5 )
usage(argv[0]);
//cout <<argv[0]<<" "<<argv[1]<<" "<<argv[2]<<" "<<argv[3]<<" "<<argv[4]<<" "<<argv[5]<<endl;
float gN=0.0, gS=0.0, gW=0.0, gE=0.0, xRes=0.0, yRes=0.0;
int newX=0, newY=0;
BottomUp bu(argv[1]); // read infile 'XML' description file
//NodeList *nl = bu.selectClass(classes); //select given classes
NodeList *nl_i = bu.selectClass(classes); //select given classes
//NodeList *nl_i = bu.selectClass("Gebaeude"); //select given classes
//NodeList *nl_s = bu.selectClass("settlement"); //select given classes
//NodeList *nl_g = bu.selectClass("greenland"); //select given classes
//nl_i->info(); //INFO
RegionSensor *rs = new RegionSensor();
//nl_i->calcForSelect ("M11", rs);
nl_i->calcForSelect ("Gebaeude","orthogonallity", rs);
nl_i->calcForSelect ("Haus","orthogonallity", rs);
nl_i->calcForSelect ("Gebaeude","thickness", rs);
nl_i->calcForSelect ("Gebaeude","compactness", rs);
nl_i->calcForSelect ("Gebaeude","squareness", rs);
nl_i->calcForSelect ("Haus","squareness", rs);
nl_i->calcForSelect ("size", rs);
QDictIterator<Node> it( *nl_i ); //iterator for nodelist
Node* n;
for (it.toFirst();it.current();++it) { //Gebaeude bewerten
n = nl_i->find(it.currentKey());
if ((n->classname()).compare("Gebaeude") == 0){
QString *val = new QString("0.0");
float tmp=0.0;
float orthogonallity=((*n)["orthogonallity"])->toFloat();
float compactness=((*n)["compactness"])->toFloat();
float squareness=((*n)["squareness"])->toFloat();
int thickness=((*n)["thickness"])->toInt();
unsigned int size=((*n)["size"])->toUInt();
if(thickness>=minth && size>=minsize){
if(compactness>squareness) tmp=compactness;
else tmp=squareness;
if(orthogonallity>tmp) tmp=orthogonallity;
tmp+=0.25; if(tmp>1.0)tmp=1.0;
val->setNum(tmp);
}
//if (size>=minsize) val->setNum(0,87654);
//cout << "##### " <<": "<< n->name() << " - " << n->classname()<< " - "<<(n->getValue("p"))->toFloat()<<endl;
n->replace("p", val);
}
}
for (it.toFirst();it.current();++it) { //Haeuser
n = nl_i->find(it.currentKey());
if ((n->classname()).compare("Haus") == 0){
QString *val = new QString("0.0");
float tmp=0.0;
// WIN32: warning C4553: '==' : Operator hat keine Auswirkungen; ist '=' beabsichtigt?
// tmp==((*n)["orthogonallity"])->toFloat();
tmp=((*n)["orthogonallity"])->toFloat();
float squareness=((*n)["squareness"])->toFloat();
if (squareness>tmp) tmp=squareness;
tmp+=0.25; if(tmp>1.0)tmp=1.0;
val->setNum(tmp);
n->replace("p", val);
}
}
for (it.toFirst();it.current();++it) { //Parkplaetze bewerten
n = nl_i->find(it.currentKey());
if ((n->classname()).compare("agriculture") == 0){
QString *val = new QString("0.0");
unsigned int size=((*n)["size"])->toUInt();
if(size>4700){
n->replace("p", val);
}
}
}
nl_i->calcNewGEOValues(gN,gS,gW,gE,newX,newY,xRes,yRes);
MyList hl;
it.toFirst();
while(it.current()) {
float p;
//<<<<<<< ga_bu_industrie.cpp
// if (!(*it)["p"]) p=0.5;
// else p=(*it)["p"]->toFloat();
// if(p>0.0000001) {
// Help* h = new Help(p,it.currentKey());
// hl.append(h);
// }
//=======
if (!(**it)["p"]) p=(float)0.987;
else p=(**it)["p"]->toFloat();
Help* h = new Help(p,it.currentKey());
hl.append(h);
//>>>>>>> 1.6
++it;
}
hl.sort();
newX = int((gE-gW) / xRes);//calculate new image size
newY = int((gN-gS) / yRes);//calculate new image size
qDebug("$$$newX: %d, newY: %d, xRes: %f, yRes: %f, gN: %f, gS: %f, gE: %f, gW: %f",
newX, newY, xRes, yRes, gN, gS, gE, gW);
QFile fp(argv[2]); // 'XML' - description
if (!fp.open(IO_WriteOnly)) qDebug("write: file not accesable to %s\n",argv[2]);
QTextStream str(&fp);
QDict<int> dict( 17, FALSE ); //dictionary for the class nr.
QArray<NodeInfo*> infolist(nl_i->size()+1); // array of pointers to NodeInfo
Help *pl;
int i = 1;
int helplabel = 0;//, label = 0;
Image out_img(typeid(signed int),newX,newY,1); //generate out image
#ifdef WIN32
QArray <int> vec(nl_i->size()+1);
#else
int vec[nl_i->size()+1];
#endif
for (int ix=0; ix<nl_i->size()+1; ix++) vec[ix]=0; //info for labeling
out_img.setGeoCoordinates(gW,gN,gE,gS);
for ( pl=hl.first(); pl != 0; pl=hl.next() ) {
Node *node=nl_i->find(pl->cl_name());
//label = node->id();
NodeInfo* ni = new NodeInfo(newX, newY);
ni->id(i);
ni->cl_name(node->classname());
ni->name(node->name());
//cout << "##### " << i <<": "<< node->name() << " - " << node->classname()<<endl;//<<"; p:"<< (node->getValue("p"))->toFloat()<<endl;
ni->p((node->getValue("p"))->toFloat());
// qDebug("$$§§§§ node->p: %f",node->getValue("p"))->toFloat());
ni->addr(node->addr());
if(dict.find(node->classname())) //class with nr.
ni->classNr(*(dict.find(node->classname())));
else {
int *l = new int(helplabel);
dict.insert(node->classname(),l);
ni->classNr(helplabel);
helplabel++;
}
infolist[i] = ni;
vec[i]=helplabel;
//cout <<"$$$ label:"<<i<<") oldlabel:"<<node->id()<<", helplabel: "<<ni->classNr()<<" - "<<node->filename()<<endl;
Image img(typeid(int));
img.read(node->filename().latin1());
img.setGeoCoordinates(node->geoWest(), node->geoNorth(), node->geoEast(), node->geoSouth());
float np=((*n)["p"])->toFloat();
if (np>0.00001) out_img.geoMerge(img, node->id(), i);//XX
i++;
}
out_img.write(argv[3]);
int x, y, val; //calculate the new position of the label
ConstIterator pix = out_img.constBegin();
//for (ConstIterator pix = out_img.constBegin(); pix != out_img.end(); out_img.nextCol(pix)) {
for (y=0;y<newY;y++)//calculate the new values of the label
for (x=0;x<newX;x++) {
val = out_img.getInt(pix);
if(val>0) {
(infolist[val])->add(x,y);
}
out_img.nextCol(pix);
}
float p = 0.0;
float industrie = 0.0;
float rest = 0.0;
int ii = 0;
for (int j=1; j<i; j++) {
qDebug("$$$%s %d industrie p:%f",((infolist[j])->name()).latin1(),(infolist[j])->classNr(),(infolist[j])->p());
p += (infolist[j])->p();
n = nl_i->find(infolist[j]->addr());
if ((n->classname()).compare("Gebaeude") == 0 && (infolist[j])->p()>0.0){
industrie+=float(((*n)["size"])->toInt());
ii++;
}
else rest+=float(((*n)["size"])->toInt());
}
if(industrie==0.0) p=0.0; //no house|| all house => shit
else {
float faktor=10*industrie/(industrie+rest); if (faktor>1.0)faktor=1.0;
p=p/(ii);
//qDebug("$$$ p:%f, faktor:%f => p:%f",p,faktor,p*faktor);
//p*=faktor;
qDebug("$$$industrie:%f; rest:%f; 3*industrie/(industrie+rest):%f",industrie,rest,industrie/(industrie+rest));
}
if (p>1.0) p=1.0;
//cout <<", i:"<< i<<", helplabel:"<<helplabel <<", nl_i->size():"<<nl_i->size() <<endl;
str << "<group id=\""<<1<<"\" file=\"" << argv[4]
<< "\" p=\"" << QString().sprintf("%f",p) << "\" "
<< "file_geoWest=\"" << QString().sprintf("%f",gW) << "\" "
<< "file_geoNorth=\"" << QString().sprintf("%f",gN) << "\" "
<< "file_geoEast=\"" << QString().sprintf("%f",gE) << "\" "
<< "file_geoSouth=\"" << QString().sprintf("%f",gS) << "\" "
<< ">\n";
//str << "<group id=\""<<1<<"\" file=\"" << argv[4]<<"\" p=\"" << QString().sprintf("%f",p) << "\">\n";
if (p>0.0)
for (int k=0; k<helplabel; k++) {
for (int j=1; j<i; j++) {
NodeInfo* ni = infolist[j];
cout <<j<<" j - i "<<i<<"; nl_i-size "<<nl_i->size()<<endl;
//if ((ni) && (k==ni->classNr()) && (ni->llx()<=ni->urx()))
cout <<j<<" j - i "<<i<<", k:"<<k<<" ?==? classNr:"<<ni->classNr()<<"..."
<< ", size:"<<minsize<<" < ni->area:"<<ni->area()<<" "<<ni->cl_name()<<" "<<ni->name()<<endl;
if ((ni) && (k==ni->classNr()) && (ni->p()>0.0000001))// node exist && correct group && label not overwritten
if(ni->area()>minsize || (ni->cl_name()=="Haus" && ni->area()>25)){
Node *node=nl_i->find(ni->addr());
node->replace("file", new QString(argv[3]));
#ifdef WIN32
//error C2664: 'replace' : Konvertierung des Parameters 2 von 'class QString' in 'const class QString *' nicht moeglich
//Kein benutzerdefinierter Konvertierungsoperator verfuegbar, der diese Konvertierung durchfuehren kann, oder der Operator kann nicht aufgerufen werden
node->replace("llx", &(new QString)->setNum(ni->llx()));
node->replace("lly", &(new QString)->setNum(ni->lly()));
node->replace("urx", &(new QString)->setNum(ni->urx()));
node->replace("ury", &(new QString)->setNum(ni->ury()));
node->replace("file_geoNorth",&(new QString)->sprintf("%f",gN));
node->replace("file_geoSouth",&(new QString)->sprintf("%f",gS));
node->replace("file_geoEast", &(new QString)->sprintf("%f",gE));
node->replace("file_geoWest", &(new QString)->sprintf("%f",gW));
//node->replace("p", &(new QString)->setNum(ni->p()));
node->replace("id", &(new QString)->setNum(ni->id()));
#else
node->replace("llx", (new QString)->setNum(ni->llx()));
node->replace("lly", (new QString)->setNum(ni->lly()));
node->replace("urx", (new QString)->setNum(ni->urx()));
node->replace("ury", (new QString)->setNum(ni->ury()));
node->replace("file_geoNorth",(new QString)->sprintf("%f",gN));
node->replace("file_geoSouth",(new QString)->sprintf("%f",gS));
node->replace("file_geoEast", (new QString)->sprintf("%f",gE));
node->replace("file_geoWest", (new QString)->sprintf("%f",gW));
//node->replace("p", (new QString)->setNum(ni->p()));
node->replace("id", (new QString)->setNum(ni->id()));
#endif
node->write(str);
}
}
}
str<<"</group>\n";
fp.close();
{
for (Iterator pix = out_img.begin(); pix != out_img.end(); out_img.nextCol(pix)) {
if (out_img.getInt(pix))
out_img.set(pix,vec[1]);
//out_img.set(pix,vec[out_img.getInt(pix)]);
}
out_img.write(argv[4]);
}
cout << "FIN ... "<<endl;
#ifdef WIN32
vec.~QArray();
return (0);
#endif
}