// ---
void SabreWulfScene::initialize ()
{
setMap (__SABREWULFMAP__);
QGAMES::Scene::initialize ();
setMazePlaceNumber (__FIRSTMAZEPLACE__);
// The basic data...
_locations = Locations ();
// ...and the buffer...
_allLocations.clear (); _allLocations.resize (__NUMBEROFMAZEPLACES__);
for (int i = 0; i < __NUMBEROFMAZEPLACES__; i++)
_allLocations [i] = Locations ();
}
// ---
SabreWulfScene::SabreWulfScene (const QGAMES::Maps& m, const QGAMES::Scene::Connections& cn,
const QGAMES::SceneProperties& p, const QGAMES::EntitiesPerLayer& ePL)
: QGAMES::Scene (__SABREWULFSCENE__, m, cn, p, ePL),
_mazePlaceNumber (__FIRSTMAZEPLACE__),
_locations (),
_allLocations (),
_add (),
_addTp()
// ---
#ifndef NDEBUG
,_onOffDrawLimits (true)
#endif
// ---
{
_allLocations.resize (__NUMBEROFMAZEPLACES__);
for (int i = 0; i < __NUMBEROFMAZEPLACES__; i++)
_allLocations [i] = Locations ();
_add.resize (4);
_addTp.resize (4);
_add [0] = 1; _addTp [0] = SabreWulfScene::Location::ExitType::_RIGHTE;
_add [1] = __NUMBEROFMAZEPLACESX__; _addTp [1] = SabreWulfScene::Location::_DOWNE;
_add [2] = -1; _addTp [2] = SabreWulfScene::Location::_LEFTE;
_add [3] = -__NUMBEROFMAZEPLACESX__; _addTp [3] = SabreWulfScene::Location::_UPE;
}
/*virtual*/ AssetLocatorMemoryImpl::Locations
AssetLocatorMemoryImpl::getFilepath( AssetTag* pAssetTag ) const
{
LocationsOfAsset::const_iterator it = mAssetLocations.find( pAssetTag );
if (mAssetLocations.end() != it)
return it->second;
return Locations();
}
// ---
const SabreWulfScene::Locations& SabreWulfScene::calculateLocations (int mP)
{
// Try to get first the locations from the buffer...
if (!_allLocations [mP].empty ())
return (_allLocations [mP]);
// Once the maze has been set...
// It is necessary to calculate what we call "the movement paths"
// which are the places where the user moves throught
// Every place can the player is in can be either a "PASS" or a "DECIDE" or an "EXIT" place.
// If it is a "DECIDE" place it means the plyer can decide to change
// the movement direction to other places...
// In an "EXIT" place the connection with the next room happens
_allLocations [mP] = Locations (); // Clear...
std::vector <QGAMES::Rectangle> places = ((SabreWulfMazePlace*) _activeMap) -> spaces (mP);
for (int i = 0; i < (int) places.size (); i ++)
{
Location nLoc;
nLoc._id = i;
nLoc._zone = places [i];
nLoc._type = Location::_ISOLATE;
if (!_allLocations [mP].empty ())
{
for (int j = (i - 1); j >= 0; j--)
{
Location loc = _allLocations [mP][j];
int jP = joinPositionBetween (nLoc, loc);
if (jP != 0) // There is a join possibility...
{
// 0: left, 1: up, 2: right, 3: down
if (jP & 8) // Left...and the other one by the right (as a consequence)
{ nLoc._conexions [0] = loc._id; loc._conexions [2] = nLoc._id; }
if (jP & 4) // Up...and the other one by the down part (as a consequence)
{ nLoc._conexions [1] = loc._id; loc._conexions [3] = nLoc._id; }
if (jP & 2) // Right...and the other one by the left part (as a consequence)
{ nLoc._conexions [2] = loc._id; loc._conexions [0] = nLoc._id; }
if (jP & 1) // Down...and the other one by the up part (as a consequence)
{ nLoc._conexions [3] = loc._id; loc._conexions [1] = nLoc._id; }
// Other values mean no connection exists!
// One link allowed!
// The old location has to be also rectified!
_allLocations [mP][j] = loc;
}
}
}
_allLocations [mP][nLoc._id] = nLoc;
}
// Real "exist ways" are those one with the corners out the playing zone...
for (int i = 0; i < (int) _allLocations [mP].size (); i++)
{
Location loc = _allLocations [mP][i];
// Type of exit location...
if (loc._zone.pos1 ().posX () >= __BD (__MAPORIGINX__ + (__ORIGINALMAPINITX__ * __XSCALE__)) &&
loc._zone.pos1 ().posY () >= __BD (__MAPORIGINY__ + (__ORIGINALMAPINITY__ * __YSCALE__)) &&
loc._zone.pos2 ().posX () <= __BD (__MAPORIGINX__ + (__ORIGINALMAPLENGTH__ * __XSCALE__)) &&
loc._zone.pos2 ().posY () <= __BD (__MAPORIGINY__ +
((__ORIGINALMAPHEIGHT__ + __ORIGINALMAPINITY__) * __YSCALE__)))
loc._type = Location::_DECIDE;
else
loc._type = Location::_EXIT;
// If it is an exit...wich type?
if (loc._type == Location::_EXIT)
{
if (loc._zone.pos1 ().posX () <= __BD __MAPORIGINX__)
loc._exitType = Location::_LEFTE;
if (loc._zone.pos1 ().posY () <= __BD (__MAPORIGINY__ + (__ORIGINALMAPINITY__ * __YSCALE__)))
loc._exitType = Location::_UPE;
if (loc._zone.pos2 ().posX () >= __BD (__MAPORIGINX__ + (__ORIGINALMAPLENGTH__ * __XSCALE__)))
loc._exitType = Location::_RIGHTE;
if (loc._zone.pos2 ().posY () >= __BD (__MAPORIGINY__ +
((__ORIGINALMAPHEIGHT__ + __ORIGINALMAPINITY__) * __YSCALE__)))
loc._exitType = Location::_DOWNE;
}
_allLocations [mP][i] = loc;
}
return (_allLocations [mP]);
}
///
/// addLocations stores line and page numbers of string
/// location to location vector.
///
void Word::addLocations(int line, int page)
{
locVec.push_back(Locations(line, page));
}
