void CData::Load()
{
fluids->LoadXml(PATHMANAGER::Data() + "/materials2/fluids.xml");
LogO(String("**** Loaded Fluids: ") + toStr(fluids->fls.size()));
objs->LoadXml(); // collisions.xml
LogO(String("**** Loaded Vegetation objects: ") + toStr(objs->colsMap.size()));
std::string path = PATHMANAGER::GameConfigDir();
tracks->LoadIni(path + "/tracks.ini");
cars->LoadXml(path + "/cars.xml");
#ifdef SR_EDITOR
pre->LoadXml(path + "/presets.xml");
LogO(String("**** Loaded Presets sky: ") + toStr(pre->sky.size())+
" ter: " + toStr(pre->ter.size()) +
" road: " + toStr(pre->rd.size()) +
" grass: " + toStr(pre->gr.size()) +
" veget: " + toStr(pre->veg.size()) );
#else
champs->LoadXml(path + "/championships.xml", tracks);
LogO(String("**** Loaded Championships: ") + toStr(champs->all.size()));
chall->LoadXml(path + "/challenges.xml", tracks);
LogO(String("**** Loaded Challenges: ") + toStr(chall->all.size()));
#endif
}
void Application::createCamera()
{
_camera = _scene->createCamera("camera");
_camera->setPosition(Vector3(1000,1000,1000));
_camera->lookAt(Vector3(0,-1000,0));
_camera->setNearClipDistance(1);
_camera->setFarClipDistance(100000);
Viewport* vp = _window->addViewport(_camera);
_camera->setAspectRatio(Real(vp->getActualWidth())/Real(vp->getActualHeight()));
//_camera->setPolygonMode(Ogre::PM_WIREFRAME);
vp->setBackgroundColour(ColourValue(0,0,0));
}
void Bond::updateNode()
{
Real distance = _end1->getPosition()
.distance(_end2->getPosition())/2.0;
Vector3 middle =
(_end1->getPosition()+_end2->getPosition())/2.0;
_node->setPosition(middle);
_node->setScale(Vector3(distance, 20, 20));
_node->setOrientation(
Vector3(1, 0, 0).getRotationTo(
_end1->getPosition()-_end2->getPosition()
)
);
}
void PolyMousePicker::generateCorners()
{
using Ogre::Vector2;
mCorners[0] = Vector2(-mStep, -mStep);
mCorners[1] = Vector2(0, -mStep);
mCorners[2] = Vector2(mStep, -mStep);
mCorners[3] = Vector2(-mStep, 0);
mCorners[4] = Vector2(0, 0);
mCorners[5] = Vector2(mStep, 0);
mCorners[6] = Vector2(-mStep, mStep);
mCorners[7] = Vector2(0, mStep);
mCorners[8] = Vector2(mStep, mStep);
}
Atom_Unbound_Virt::Atom_Unbound_Virt(const Vector3& position) :
Atom::Atom(100, position)
{
//Création de l'apparence graphique de l'atome
initNode(
Geometry::sphere(3),
ColourValue(0.5, 1.0, 1.0, 1.0)
);
}
Atom_Apply::Atom_Apply(const Vector3& position) :
Atom::Atom(200, position)
{
//Création de l'apparence graphique de l'atome
initNode(
Geometry::sphere(10),
ColourValue(1.0, 0.0, 0.0, 1.0)
);
}
Atom_Term::Atom_Term(const Vector3& position, int value) :
Atom::Atom(75, position),
_value(value)
{
assert(value >=0 && value <= 1);
Real color = 0.2+8.0*value/10.0;
//Création de l'apparence graphique de l'atome
initNode(
Geometry::sphere(10),
ColourValue(color, color, color, 1.0)
);
}
void CData::Load(std::map <std::string, int>* surf_map, bool check)
{
// common
fluids->LoadXml(PATHMANAGER::Data() + "/materials2/fluids.xml", /**/surf_map);
LogO(String("**** Loaded Fluids: ") + toStr(fluids->fls.size()));
objs->LoadXml(); // collisions.xml
LogO(String("**** Loaded Vegetation objects: ") + toStr(objs->colsMap.size()));
std::string snd = PATHMANAGER::Sounds();
reverbs->LoadXml(snd + "/reverbs.xml");
LogO(String("**** Loaded Reverbs sets: ") + toStr(reverbs->revs.size()));
// cars and tracks
std::string path = PATHMANAGER::GameConfigDir();
tracks->LoadIni(path + "/tracks.ini", check);
cars->LoadXml(path + "/cars.xml");
#ifdef SR_EDITOR // ed
pre->LoadXml(path + "/presets.xml");
LogO(String("**** Loaded Presets sky: ") + toStr(pre->sky.size())+
" ter: " + toStr(pre->ter.size()) +
" road: " + toStr(pre->rd.size()) +
" grass: " + toStr(pre->gr.size()) +
" veget: " + toStr(pre->veg.size()) );
#else // game
colors->LoadIni(path + "/colors.ini");
LogO(String("**** Loaded Car Colors: ") + toStr(colors->v.size()));
champs->LoadXml(path + "/championships.xml", tracks, check);
LogO(String("**** Loaded Championships: ") + toStr(champs->all.size()));
chall->LoadXml(path + "/challenges.xml", tracks, check);
LogO(String("**** Loaded Challenges: ") + toStr(chall->all.size()));
#endif
}
void InGameState::initState(){
//Load in unit hp bar
UnitHPBar::container=luabind::object_cast<int>(luabind::globals(state)["HPBARCONTAINERTEXTUREID"]);
BotRecycler* recycler=game->getGSM()->getSpriteManager()->getBotRecycler();
string err="";
game->getGUI()->getCursor(GS_GAME_IN_PROGRESS)->setActiveCursorID(0);
//Load in Warrior Unit
Warrior *w = new Warrior();
w->setSpriteType(luabind::call_function<AnimatedSpriteType*>(state,"getWarriorSpriteType"));
w->setCurrentState((wstring)L"IDLE_STATE_NORTH");
this->loadUnit<Warrior>("Warrior",state,w->getSpriteType());
recycler->registerBotType(L"WARRIOR",w);
recycler->initRecyclableBots(L"WARRIOR",600);
//Load in Archer Unit
Archer *arch = new Archer();
arch->setSpriteType(game->getGSM()->getSpriteManager()->getSpriteType("ArcherSprite"));
arch->setCurrentState((wstring)L"IDLE_STATE_NORTH");
this->loadUnit<Archer>("Archer",state,arch->getSpriteType());
recycler->registerBotType(L"Archer",arch);
recycler->initRecyclableBots(L"Archer",300);
//Load in Wizard Unit
WizardUnit *wiz = new WizardUnit();
wiz->setSpriteType(game->getGSM()->getSpriteManager()->getSpriteType("WizardSprite"));
wiz->setCurrentState((wstring)L"IDLE_STATE_NORTH");
this->loadUnit<WizardUnit>("Wizard",state,wiz->getSpriteType());
recycler->registerBotType(L"Wizard",wiz);
recycler->initRecyclableBots(L"Wizard",300);
//Load in Knight Unit
Knight *knight = new Knight();
knight->setSpriteType(game->getGSM()->getSpriteManager()->getSpriteType("KnightSprite"));
knight->setCurrentState((wstring)L"IDLE_STATE_NORTH");
this->loadUnit<Knight>("Knight",state,knight->getSpriteType());
recycler->registerBotType(L"Knight",knight);
recycler->initRecyclableBots(L"Knight",300);
//LOAD IN THE OGRE UNIT
Ogre *o = new Ogre();
o->setSpriteType(luabind::call_function<AnimatedSpriteType*>(state,"getOgreSpriteType"));
o->setCurrentState((wstring)L"IDLE_STATE_NORTH");
this->loadUnit<Ogre>("Ogre",state,o->getSpriteType());
recycler->registerBotType(L"OGRE",o);
recycler->initRecyclableBots(L"OGRE",30);
Barracks* tmp= new Barracks();
tmp->setSpriteType(game->getGSM()->getSpriteManager()->getSpriteType("BarracksSprite"));
this->loadBuilding<Barracks>("Barracks",state,tmp->getSpriteType());
recycler->registerBotType(L"Barracks",tmp);
recycler->initRecyclableBots(L"Barracks",10);
Altar* altar= new Altar();
altar->setSpriteType(game->getGSM()->getSpriteManager()->getSpriteType("AltarSprite"));
this->loadBuilding<Altar>("Altar",state,altar->getSpriteType());
recycler->registerBotType(L"Altar",altar);
recycler->initRecyclableBots(L"Altar",10);
Farm* farm= new Farm();
farm->setSpriteType(game->getGSM()->getSpriteManager()->getSpriteType("FarmSprite"));
this->loadBuilding<Farm>("Farm",state,farm->getSpriteType());
recycler->registerBotType(L"Farm",farm);
recycler->initRecyclableBots(L"Farm",10);
ScoutTower* scouttower= new ScoutTower();
scouttower->setSpriteType(game->getGSM()->getSpriteManager()->getSpriteType("ScoutTowerSprite"));
this->loadBuilding<ScoutTower>("ScoutTower",state,scouttower->getSpriteType());
recycler->registerBotType(L"ScoutTower",scouttower);
recycler->initRecyclableBots(L"ScoutTower",10);
Tower::loadSelf(state);
err="";
if(luaL_dostring(state,"createUnits()")==1)
err="Couldn't run Lua program: "+(string)lua_tostring(state, -1);
cout<<err;
Tower::hpScaleX=Tower::hpScaleY=(float)mainPlayer->tower->getSpriteType()->getTextureWidth() /128;
Tower::hpOffX=0;
Tower::hpOffY=32*Tower::hpScaleY;
Player::unitTypes.clear();
for(luabind::iterator i(luabind::globals(state)["UnitEntriesDatabase"]),end;i!=end;++i){
UnitEntry newType;
int x=1;
newType.BotRecyclerID=convertwstrX(luabind::object_cast<string>(i->operator[](x++)));
newType.imageID=ResourceBankgetResource(luabind::object_cast<string>(i->operator[](x++)));
newType.incomeIncrease.push_back(luabind::object_cast<int>(i->operator[](x++)));
newType.buildTime=luabind::object_cast<int>(i->operator[](x++));
newType.popCost=luabind::object_cast<int>(i->operator[](x++));
newType.goldCost=luabind::object_cast<int>(i->operator[](x++));
newType.title=convertwstrX(luabind::object_cast<string>(i->operator[](x++)));
newType.tooltip=convertwstrX(luabind::object_cast<string>(i->operator[](x++)));
newType.titleFont=convertwstrX(luabind::object_cast<string>(i->operator[](x++)));
newType.tooltipFont=convertwstrX(luabind::object_cast<string>(i->operator[](x++)));
newType.width=luabind::object_cast<int>(i->operator[](x++));
for(int k=0;k<4;k++)newType.titleColor[k]=luabind::object_cast<int>(i->operator[](x++));
for(int k=0;k<4;k++)newType.tooltipColor[k]=luabind::object_cast<int>(i->operator[](x++));
newType.numToBuild=0;
newType.currentPercent=0;
Player::unitTypes.push_back(newType);
}
//SETUP SPELL DB
spellDB = new SpellDB();
spellDB->loadDB(game, state);
mainPlayer->wizard = new Wizard();
//Setup Spells
Fireball::displayId=luabind::object_cast<int>(luabind::globals(state)["FIREBALLPROJECTILEID"]);
FlameWall::displayIds.clear();
for(luabind::iterator i(luabind::globals(state)["FLAMEWALLIDS"]),end;i!=end;++i)
FlameWall::displayIds.push_back(luabind::object_cast<int>(*i));
GravityWell::displayIds.clear();
for(luabind::iterator i(luabind::globals(state)["GRAVITYWELLIDS"]),end;i!=end;++i)
GravityWell::displayIds.push_back(luabind::object_cast<int>(*i));
GravityBomb::displayIds.clear();
for(luabind::iterator i(luabind::globals(state)["GRAVITYBOMBIDS"]),end;i!=end;++i)
GravityBomb::displayIds.push_back(luabind::object_cast<int>(*i));
Meteor::displayId=luabind::object_cast<int>(luabind::globals(state)["METEORID"]);
Meteor::shadowId=luabind::object_cast<int>(luabind::globals(state)["METEORSHADOWID"]);
MeteorShower::displayId=luabind::object_cast<int>(luabind::globals(state)["METEORID"]);
MeteorShower::shadowId=luabind::object_cast<int>(luabind::globals(state)["METEORSHADOWID"]);
KineticBooster::displayId=luabind::object_cast<int>(luabind::globals(state)["KINETICBOOSTERID"]);
SpellDB::BUTTON_SOCKET=luabind::object_cast<int>(luabind::globals(state)["SPELLBUTTONSOCKETID"]);
Spell::SpellArrowID=game->getResManager()->getImageIDLua("$$SpellArrow",false);
Spell::SpellCircleID=game->getResManager()->getImageIDLua("$$SpellCircle",false);
Spell::SpellLineID=game->getResManager()->getImageIDLua("$$SpellLine",false);
Spell::SpellAOEID=game->getResManager()->getImageIDLua("$$SpellAOE",false);
//SETUP BUTTONS
toolbar.initializeToolbar(game);
displayUnits.initializeToolbar(this);
//setupButtons(spellDB);
this->setupMiscDisplayIDs();
SpellSelectionGUI *ssg = new SpellSelectionGUI();
ssg->setupScreen(game, state, spellDB);
overlayWorkers[SPELL_SELECTION_GUI] = ssg;
StatsScreen *ss = new StatsScreen();
ss->onStart(game); //currently initializes the screen and its vars
overlayWorkers[STATS_SCREEN] = ss;
count=0;
spells.empty();
TutorialSysGUI* tsGUI = new TutorialSysGUI();
tsGUI->setupSys(this,game,state);
overlayWorkers[TUTSYSSCREENOVERLAYNUM]=tsGUI;
tsGUI->currentTutorial="StartGame";
this->tutSys=tsGUI;
popicon=ResourceBankgetResource((string)"PopIcon");
goldicon=ResourceBankgetResource((string)"GoldIcon");
gridMapCount=0;
fontStr=L"Times New Roman";
players[1]->enemy=players[0];
players[0]->enemy=players[1];
//if(!mainPlayer->wizard->startGameTutorial){
//
// game->getGSM()->overlayGameState=TUTSYSSCREENOVERLAYNUM;
// tutSys->currentTutorial="StartGame";
// mainPlayer->wizard->startGameTutorial=true;
// }
//Cheats
//mainPlayer->gold=10000;
//mainPlayer->pop=1000;
//players[1]->gold=10000;
//players[1]->pop=1000;
}
void Application::initSimulation()
{
//Initialisation le générateur aléatoire
//(debug)
int seed = (int)Math::RangeRandom(20, 10000000);
std::cout << "===>" << (int)seed << std::endl;
//int seed = 6486951;//7264745 8983653;
//int seed = 7264745;
//int seed = 8983653;
//int seed = 9765800;
srand(seed);
_scene->setAmbientLight(ColourValue(0.1, 0.1, 0.1));
Ogre::Light *light1 = _scene->createLight();
light1->setDiffuseColour(1.0, 1.0, 1.0);
light1->setSpecularColour(1.0, 1.0, 1.0);
light1->setPosition(-100, 200, 100);
Entity* ent = _scene->createEntity("ogrehead.mesh");
SceneNode* node = _scene->getRootSceneNode()->createChildSceneNode();
node->attachObject(ent);
for (int i=0;i<2000;i++) {
Vector3 position = Vector3(
Math::RangeRandom(-1500, 1500),
Math::RangeRandom(-1500, 1500),
Math::RangeRandom(-1500, 1500));
Atom* a;
Real r = Math::RangeRandom(0,100);
if (r>=90) a = new Atom_Lambda(position);
else if (r>=80) a = new Atom_Lambda_Virt(position);
else if (r>=70) a = new Atom_Apply(position);
else if (r>=60) a = new Atom_Apply_Virt(position);
else if (r>=50) a = new Atom_Association(position);
else if (r>=40) a = new Atom_Association_Virt(position);
else if (r>=35) a = new Atom_Bound(position);
else if (r>=30) a = new Atom_Bound_Virt(position);
else if (r>=25) a = new Atom_Unbound(position);
else if (r>=20) a = new Atom_Unbound_Virt(position);
else if (r>=10) a = new Atom_Term(
position,
(int)Math::RangeRandom(0.0, 2.0)
);
else if (r>=0) a = new Atom_Term_Virt(
position,
(int)Math::RangeRandom(0.0, 2.0)
);
if (!_positionResolver->checkCollisionAtoms(
a->getPosition(), a->getRadius()))
{
_atoms->add(a);
_scene->_updateSceneGraph(0);
} else {
delete a;
}
}
/*
_atoms->createBond(
_atoms->get(0),
_atoms->get(1),
150
);
_atoms->createBond(
_atoms->get(1),
_atoms->get(2),
150
);
_atoms->createBond(
_atoms->get(2),
_atoms->get(3),
150
);
_atoms->createBond(
_atoms->get(3),
_atoms->get(0),
150
);
_atoms->get(0)->transfertBonds(_atoms->get(1));
_atoms->get(1)->transfertBonds(_atoms->get(2));
Graph* g = 0;
for (size_t i=0;i<_atoms->getSize();i++) {
if (_atoms->get(i)->isType<Atom_Lambda>()) {
g = new Graph();
g->build(_atoms->get(i));
break;
}
}
TransformLambda t = TransformLambda(*g);
std::cout << t.isValid() << std::endl;
if (t.isValid()) {
while(t.doTransformStep());
}
*/
}
// Load
//--------------------------------------------------------------------------------------------------------------------------------------
// Load Ini
//--------------------------------------------------------------------------------------------------------------------------------------
bool TracksXml::LoadIni(string file, bool check)
{
// clear
trks.clear();
trkmap.clear();
times.clear();
cntAll = 0;
int i=1; // 0 = not found
char s[256], name[32],scenery[24],author[32];
float time=0.f;
TrackInfo t;
set<string> scns; //stats
map<string, int> scn_trks;
ifstream fs(file.c_str());
if (fs.fail()) return false;
while (fs.good())
{
fs.getline(s,254);
// starting with digit
if (strlen(s) > 0 && s[0] >= '0' && s[0] <= '9')
{
//114,Fin1-Lakes v=2.0 06/04/13 07/04/13 :Finland |o0 w1 ~1 J2 L0 P0 /1 s1 l2 !2 *4 T=107.8 a:CH
sscanf(s,
"%d,%s v%f %d/%d/%d %d/%d/%d :%s |o%d c%d w%d ~%d J%d L%d P%d /%d s%d l%d !%d *%d T=%f a:%s"
,&t.n, name, &t.crtver
,&t.created.day, &t.created.month, &t.created.year
,&t.modified.day, &t.modified.month, &t.modified.year
,scenery
,&t.objects, &t.obstacles
,&t.fluids, &t.bumps, &t.jumps, &t.loops, &t.pipes
,&t.banked, &t.frenzy, &t.longn, &t.diff, &t.rating
,&time, author);
t.name = name;
t.scenery = scenery;
t.author = author;
t.ver = std::ceil(t.crtver*10.f);
if (check)
{ scns.insert(scenery);
++scn_trks[scenery];
}
// sigma rating
t.sum = t.objects+ t.obstacles+ t.fluids+ t.bumps+
t.jumps+ t.loops+ t.pipes+ t.banked+ t.frenzy+ t.longn/3;
string shrt; //- name short (without prefix)
size_t p = t.name.find("-");
if (p != string::npos /*&& !(name[0]=='T' && name[1]=='e')*/)
shrt = t.name.substr(p+1); // short name
else
shrt = t.name;
t.nshrt = shrt;
// get number from name, id for scenery
t.nn = 0;
size_t p2 = t.name.find('-'), p1;
if (p2 != string::npos)
{
p1 = t.name.find_first_of("1234567890");
if (p1 != string::npos && p2-p1 > 0)
{
string ss = t.name.substr(p1, p2-p1);
t.nn = atoi(ss.c_str());
t.nn += uchar(t.name[0])<<16; // meh
t.nn += uchar(t.name[1])<<8;
//LogO(t.name+" "+ss+" "+toStr(t.nn));
}
}
t.testC = t.name.length() > 5 ? t.name.substr(0,5)=="TestC" : false;
if (t.testC) t.test = false;
else
t.test = t.name.length() > 4 ? t.name.substr(0,4)=="Test" : false;
t.vdrift = author == "VDrift";
if (!t.testC && !t.test)
++cntAll;
trks.push_back(t);
trkmap[name] = i++;
times[name] = time;
}
}
/// * checks and Log sceneries with stats *
//--------------------------------------------------------------
if (check)
{
LogO("))) Checking: tracks.ini");
i=1;
int c,n, nn = trks.size()-1;
stringstream ss;
ss << fixed;
ss << "))) Sceneries stats:\n""Num - Name - tracks count - last track in it (num trks back)""\n";
for (set<string>::iterator it = scns.begin(); it != scns.end(); ++it,++i)
{
// find last trk in this scn
n = nn;
bool srch = true;
while (srch && n >= 0)
{
if (trks[n].scenery == *it)
srch = false;
else --n;
}
int d = nn-n;
c = scn_trks[*it];
ss << right << setw(2) << i << " " << setw(13) << left << *it << " "
<< setw(3) << c << (c==1 ? "!!" : c==2 ? "! " : " ") << " "
<< setw(4) << d << (d>35?"!":"") << (d>50?"!":"") << (d>90?"!":"") << endl;
}
LogO(ss.str());
LogO("))) Checking for all tracks ghosts");
nn = trks.size();
for (i=0; i < nn; ++i)
{
const TrackInfo& ti = trks[i];
const string& s = ti.name;
for (int r=0; r < 2; ++r)
{
string sRev = r==1 ? "_r" : "";
string file = PATHMANAGER::TrkGhosts()+"/"+ s + sRev + ".gho";
if (!ti.test && !ti.testC)
if (!PATHMANAGER::FileExists(file))
{ if (r==1) LogO("!Rev Missing trk gho for: " + s);
else LogO("! Missing trk gho for: " + s);
} else
{ // check time can take few sec
TrackGhost gho;
gho.LoadFile(file, false);
float tgh = gho.GetTimeLength();
float ti = times[s]*1.02f, td = tgh - ti;
if (fabs(td) > 20.f)
{ ss.str("");
ss << "time diff big: " << setw(19) << s+sRev;
ss << " time "+StrTime(tgh)+" trk "+StrTime(ti)+" d "+fToStr(td,0,3);
LogO(ss.str());
}
}
}
}
LogO("");
// not in tracks.ini
strlist li;
PATHMANAGER::DirList(PATHMANAGER::Tracks(), li);
for (strlist::iterator i = li.begin(); i != li.end(); ++i)
{
string s = *i;
if (trkmap[s]==0)
LogO("!! Track not in ini: " + s);
}
LogO("");
}
return true;
}
std::vector<std::string> BookTextParser::split(std::string utf8Text, const int width, const int height)
{
using Ogre::UTFString;
std::vector<std::string> result;
MWScript::InterpreterContext interpreterContext(NULL, MWWorld::Ptr()); // empty arguments, because there is no locals or actor
utf8Text = Interpreter::fixDefinesBook(utf8Text, interpreterContext);
boost::algorithm::replace_all(utf8Text, "\n", "");
boost::algorithm::replace_all(utf8Text, "\r", "");
boost::algorithm::replace_all(utf8Text, "<BR>", "\n");
boost::algorithm::replace_all(utf8Text, "<P>", "\n\n");
UTFString text(utf8Text);
const int spacing = 48;
const UTFString::unicode_char LEFT_ANGLE = unicodeCharFromChar('<');
const UTFString::unicode_char NEWLINE = unicodeCharFromChar('\n');
const UTFString::unicode_char SPACE = unicodeCharFromChar(' ');
while (!text.empty())
{
// read in characters until we have exceeded the size, or run out of text
int currentWidth = 0;
int currentHeight = 0;
size_t currentWordStart = 0;
size_t index = 0;
{
std::string texToTrim = text.asUTF8();
boost::algorithm::trim( texToTrim );
text = UTFString(texToTrim);
}
while (currentHeight <= height - spacing && index < text.size())
{
const UTFString::unicode_char ch = text.getChar(index);
if (ch == LEFT_ANGLE)
{
const size_t tagStart = index + 1;
const size_t tagEnd = text.find('>', tagStart);
if (tagEnd == UTFString::npos)
throw std::runtime_error("BookTextParser Error: Tag is not terminated");
const std::string tag = text.substr(tagStart, tagEnd - tagStart).asUTF8();
if (boost::algorithm::starts_with(tag, "IMG"))
{
const int h = mHeight;
parseImage(tag, false);
currentHeight += (mHeight - h);
currentWidth = 0;
}
else if (boost::algorithm::starts_with(tag, "FONT"))
{
parseFont(tag);
if (currentWidth != 0) {
currentHeight += currentFontHeight();
currentWidth = 0;
}
currentWidth = 0;
}
else if (boost::algorithm::starts_with(tag, "DIV"))
{
parseDiv(tag);
if (currentWidth != 0) {
currentHeight += currentFontHeight();
currentWidth = 0;
}
}
index = tagEnd;
}
else if (ch == NEWLINE)
{
currentHeight += currentFontHeight();
currentWidth = 0;
currentWordStart = index;
}
else if (ch == SPACE)
{
currentWidth += 3; // keep this in sync with the font's SpaceWidth property
currentWordStart = index;
}
else
{
currentWidth += widthForCharGlyph(ch);
}
if (currentWidth > width)
{
currentHeight += currentFontHeight();
currentWidth = 0;
// add size of the current word
UTFString word = text.substr(currentWordStart, index - currentWordStart);
for (UTFString::const_iterator it = word.begin(), end = word.end(); it != end; ++it)
currentWidth += widthForCharGlyph(it.getCharacter());
}
index += UTFString::_utf16_char_length(ch);
}
const size_t pageEnd = (currentHeight > height - spacing && currentWordStart != 0)
? currentWordStart : index;
result.push_back(text.substr(0, pageEnd).asUTF8());
text.erase(0, pageEnd);
}
std::vector<std::string> nonEmptyPages;
boost::copy(result | boost::adaptors::filtered(is_not_empty), std::back_inserter(nonEmptyPages));
return nonEmptyPages;
}
