Parameters Class Reference

#include <parameters.h>

Inheritance diagram for Parameters:

[legend]Collaboration diagram for Parameters:

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Public Member Functions
	Parameters (Window *aParent)
	~Parameters (void)
Static Public Member Functions
void	SetupStarInfo (void)
void	ResetInfo (void)
	planet information are sorted by ecosphere
void	SetupPlanetInfo (void)
void	LoadStarsName (void)
void	SetupPlanetSize (void)
void	SetupEcoZones (void)
void	SetupSpecies (void)
string	GetDenomination (const XPoint &p2, const int StarType, const int StarSize, const int nrPlanets, const int gx, const int gy)
Data Fields
unsigned int	parSize
unsigned int	parShape
unsigned int	parAge
unsigned int	nrAliens
Static Public Attributes
double	ratio
vector< StarInfo * >	starInfo
map< int, int >	SIFromSunSize
vector< PlanetInfo * >	planetInfo
map< int, PlanetInfo * >	plIndice
vector< string >	starName
vector< pair< int, int > >	planetSize
map< int, string >	sizeStr
map< icstring, vector< double > >	compensator
vector< EcoZone * >	ecoZones
map< icstring, SpeciesInfo * >	species
vector< SpeciesInfo * >	allSpecies
Protected Member Functions
virtual void	InitDialog (void)
virtual const bool	SetupWindow (const Message &msg)
virtual const bool	MainLoop (void)
	true if the screen must be refreshed
virtual const bool	evMouseLClick (const CtrlMessage &msg)
virtual const bool	evValueChange (const CtrlMessage &msg)
virtual const bool	evValueChanging (const CtrlMessage &msg)
Private Member Functions
void	UpdateParameters (void)
void	CreateGalaxy (void)
void	GetStarName (const double sqSize, const XPoint &p, string &starName, string &StarDescr)
int	GenPosition (void)
EcoZone *	GetEcoZone (const int sunTemperature)
const int	RestrictWithSize (const int atSize, vector< PlanetInfo * > &v)
const int	RestrictToZone (const int ez, vector< PlanetInfo * > &v)
const int	RestrictWithAge (const int sunAge, vector< PlanetInfo * > &v)
Private Attributes
Rsrc	res
vector< string >	img2Size
vector< string >	img2Shape
vector< string >	img2Age
set< string >	xstNames
int	ans
vector< pair< XPoint, bool > >	xy4Shape

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Constructor & Destructor Documentation

Parameters::Parameters (  Window *  aParent  )

Definition at line 5 of file parameters.cpp. References eParameters, Cfg::GetCfg(), LoadStarsName(), and Random::Set(). : BqBase( eParameters , aParent ) , res( Cfg::GetCfg().GetFilename() ) { double t = 0.46875 * time( 0 ); while( t > 1.0 ) t /= 10.0; Random::Set( t ); LoadStarsName(); }

Parameters::~Parameters (  void   )

Definition at line 16 of file parameters.cpp. { }

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Member Function Documentation

void Parameters::CreateGalaxy (  void   )  [private]

Distribution for star coodinates. Distribution for the star type progress dialog when generating... Correct the species constraints to the best adapted planet.... Correct the species constraints to the best adapted planet.... Mask of the galaxy shape The mask is 1/80 of the real coordinates of the galaxy Prevent a star to be too near another one. Definition at line 43 of file parameters.cpp. References StarInfo::age, Planet::allPlanets, allSpecies, ExprParser::Apply(), cntplanet, Planet::Colonize(), eProgress, ExprParser::Eval(), BqBase::f, MainGame::galaxy, GenPosition(), Cfg::GetCfg(), Cfg::Handler::GetCfgInt(), Cfg::Handler::GetCfgString(), GetDenomination(), GetEcoZone(), GetGalaxy(), GetStarName(), Planet::GetTotalHumidity(), Planet::GetTotalPressure(), Planet::GetTotalSurfaceTemperature(), icstring, img2Age, img2Shape, img2Size, Planet::IsCompatible(), ProbaHolder::n, ProbaHolder::Next(), nrAliens, StarInfo::nrPlanets, parAge, parShape, parSize, planetInfo, ratio, Galaxy::Reset(), RestrictToZone(), RestrictWithAge(), RestrictWithSize(), StarInfo::sid, species, StarInfo::ssize, starInfo, starName, StarInfo::temperature, tron, xstNames, and xy4Shape. Referenced by MainLoop(). { int i; double avgAge = 0 , toPlanets = 0; int cnt = 0; MainGame::galaxy->Reset(); xstNames.clear(); #ifdef WIN32 SET_TRACE_MEASURE( tm1 , "Creating Galaxy" ); #endif Cfg::Handler &h = Cfg::GetCfg( "@Generator" ); // Star generator is function f the galaxy age ExprParser e; SumRandom *sr = e.Apply( e.Eval( h.GetCfgString( "StarGen" , img2Age[parAge] ) ) ); const int nrStars = h.GetCfgInt( "GalaxySize" , img2Size[parSize] , 0 ); const int n = 100 * nrStars; const int gx = h.GetCfgInt( "Galaxy-coord" , "playW" ); const int gy = h.GetCfgInt( "Galaxy-coord" , "playH" ); Uniform u1 , u2; ProbaHolder urnd( new Uniform ); const int gp = GenPosition(); ProbaHolder starAtxy( n , u1 , gp ); SDL_Surface *sfc = Graf::Img( Graf::LoadImg( "Shape" , img2Shape[parShape] ) ); const double squareSize = sqrt( (sfc->h * sfc->w) / (double)starName.size() ); ratio = max( gx / sfc->w , gy / sfc->h ); Cfg::GetCfg().SetCfgInt( "DefaultParameters" , "Ratio" , (int)ratio ); ProbaHolder offsetAtxy( n , u2 , (int)ratio ); ProbaHolder starGen( nrStars , *sr , starInfo.size() ); Free( eProgress ); Form *f = Load( "Progress" , eProgress ); f->InitDialog( this ); f->GetArsObject( 1 )->SetWndText( "Generating the galaxy" ); XProgress *progress = dynamic_cast<XProgress *>( f->GetArsObject( 2 ) ); progress->SetProgress( 0 ); progress->SetLimits( 0 , nrStars ); f->Draw(); #ifdef WIN32 TRACE_MEASURE( tm1 , "Initialization" ) #endif XPoint center( gx / 2 , gy / 2 ); double oneSection = center.dist() / (double)starInfo.back()->ageSection; int atxy = 0 , offset = 0; i = 0; while( atxy < starAtxy.n && GetGalaxy().size() < (unsigned)nrStars ) { #ifdef WIN32 TRACE_MEASURE( tm1 , "finding a new Star" ); #endif while( atxy < starAtxy.n && !xy4Shape[starAtxy[atxy]].second ) atxy += 1; XPoint p1 , p2; XPoint p = xy4Shape[starAtxy[atxy]].first; p1 = p; p2 = p; p2 *= ratio; p2.x += offsetAtxy[offset++]; p2.y += offsetAtxy[offset++]; if( img2Shape[parShape] != "Irregular" ) { XPoint p3 = p2 - center; int atdist = (int)(p3.dist() / oneSection); while( abs( starInfo[starGen[i]]->ageSection - atdist ) > 3 ) if( ++i >= nrStars ) i = 0; } StarInfo *si = starInfo[starGen[i]]; const int StarType = si->sid; const int StarSize = si->ssize; avgAge = avgAge + si->age; if( ++i >= nrStars ) i = 0; #ifdef WIN32 TRACE_MEASURE( tm1 , "Star Found... Compute the # planets" ); #endif const int nrPlanets = (int)si->nrPlanets->Next( 1 + si->size() ); cntsun[StarType] += 1; string starName , starDescr; GetStarName( squareSize , p1 , starName , starDescr ); StarSystem *ss = new StarSystem( starName , starDescr , GetDenomination( p2 , StarType , StarSize , nrPlanets , gx , gy ) , StarType , StarSize ); static_cast<XPoint &>( *ss ) = p2; vector<PlanetInfo *> pl1 = planetInfo; const EcoZone *ez = GetEcoZone( si->temperature ); toPlanets += nrPlanets; #ifdef WIN32 TRACE_MEASURE( tm1 , "Star system created" ); #endif for( int pl = 0 ; pl < nrPlanets ; pl++ ) { for( int atEcoZone = 0 ; atEcoZone < (int)ez->size() ; atEcoZone++ ) if( pl < (*ez)[atEcoZone] ) break; vector<PlanetInfo *> pl2 = pl1; int y = RestrictToZone( atEcoZone , pl2 ); int PlId = -1; const int PlSize = (*si)[pl]->Next(); y = RestrictWithSize( PlSize , pl2 ); if( (y = RestrictWithAge( si->age , pl2 )) != 0 ) PlId = pl2[(int)urnd.Next( pl2.size() )]->id; else { // tron << "Star " << GetGalaxy().size() << " sun type " << si->sid << " - At planet " << pl << ": Zone : " << atEcoZone << " - size " << PlSize << endl; cnt += 1; } if( PlId > -1 ) cntplanet[PlId] += 1; ss->push_back( new Planet( ss , ss->GetPlanetName( pl ) , PlId , PlSize , pl ) ); } #ifdef WIN32 TRACE_MEASURE( tm1 , "Planets created" ); #endif GetGalaxy().push_back( ss ); xy4Shape[starAtxy[atxy]].second = false; progress->SetProgress( GetGalaxy().size() , true ); f->DoDialog( 0 ); } tron << img2Age[parAge] << " Average galaxy age = " << avgAge / GetGalaxy().size() << endl; tron << "Number of gap in ss: " << cnt << endl; double sm = 0.0; for( i = 0 ; i < 20 ; sm += cntplanet[i++] ) ; for( i = 0 ; i < 20 ; i++ ) tron << "Planet " << i << " : " << cntplanet[i] << " - Avg of " << cntplanet[i] * 100.0 / sm << "%\n"; for( i = 0 ; i < 10 ; i++ ) tron << "sun type " << i << " : " << cntsun[i] << " - Avg of " << cntsun[i] * 100.0 / GetGalaxy().size() << "\n"; tron.flush(); delete sr; /* tron << "sun Type\tSun Size\tplanet\tzone\tsize\tclass\tageMin\n"; for( vector<StarInfo *>::iterator a = starInfo.begin() ; a != starInfo.end() ; ++a ) { // tron << "Sun type " << (*a)->name << " - size " << (*a)->ssize << endl; vector<PlanetInfo *> pl1 = planetInfo; const EcoZone *ez = GetEcoZone( (*a)->temperature ); for( int pl = 0 ; pl < 9 ; pl++ ) { for( int atEcoZone = 0 ; atEcoZone < (int)ez->size() ; atEcoZone++ ) if( pl < (*ez)[atEcoZone] ) break; // tron << "\tplanet " << pl << " - Zone : " << atEcoZone << endl; vector<PlanetInfo *> pl2 = pl1; int y = RestrictToZone( atEcoZone , pl2 ); for( int s = 0 ; s < 6 ; s++ ) { // tron << "\t\tsize " << s << endl; vector<PlanetInfo *> pl3 = pl2; y = RestrictWithSize( s , pl3 ); y = RestrictWithAge( (*a)->age , pl3 ); if( !pl3.empty() ) { for( vector<PlanetInfo *>::iterator b = pl3.begin() ; b != pl3.end() ; ++b ) tron << (*a)->name << "\t" << (*a)->ssize << "\t" << pl << "\t" << atEcoZone << "\t" << s << "\t" << (*b)->type << "\t" << (*b)->ageMin << endl; // tron << "\t\t\tplanet: " << (*b)->id << " class " << (*b)->type << endl; } else tron << "*** Sun type " << (*a)->sid << " - At planet " << pl << ": Zone : " << atEcoZone << " - size " << s << endl; } } } */ // SetupSpecies(); icstring playSpecies = Cfg::GetCfg( "@ai" ).GetCfgString( "Player" , "id" ).c_str(); { for( vector<SpeciesInfo *>::iterator it = allSpecies.begin() ; it != allSpecies.end() ; ++it ) if( (*it)->name == playSpecies ) { find_if( Planet::allPlanets.begin() , Planet::allPlanets.end() , bind2nd( mem_fun( &Planet::IsCompatible ) , (*it) ) ); if( (*it)->hwPlanet ) { tron << (*it)->name.c_str() << " with residue of " << (*it)->residue << "\n"; Planet *pl = (*it)->hwPlanet; (*it)->humidity = (int)pl->GetTotalHumidity(); (*it)->atmPressure = (int)pl->GetTotalPressure(); (*it)->surfaceTemperature = (int)pl->GetTotalSurfaceTemperature(); species.insert( make_pair( (*it)->name , (*it) ) ); pl->Colonize( (*it)->name , true ); } break; } } random_shuffle( allSpecies.begin() , allSpecies.end() ); f->GetArsObject( 1 )->SetWndText( "Generating and locating the species..." ); progress->SetProgress( 0 ); progress->SetLimits( 0 , nrAliens ); f->Draw(); int j = 0; { for( vector<SpeciesInfo *>::iterator it = allSpecies.begin() ; it != allSpecies.end() && j < (int)nrAliens ; ++it ) { if( (*it)->name != playSpecies ) { find_if( Planet::allPlanets.begin() , Planet::allPlanets.end() , bind2nd( mem_fun( &Planet::IsCompatible ) , (*it) ) ); if( (*it)->hwPlanet ) { tron << (*it)->name.c_str() << " with residue of " << (*it)->residue << "\n"; Planet *pl = (*it)->hwPlanet; (*it)->humidity = (int)pl->GetTotalHumidity(); (*it)->atmPressure = (int)pl->GetTotalPressure(); (*it)->surfaceTemperature = (int)pl->GetTotalSurfaceTemperature(); species.insert( make_pair( (*it)->name , (*it) ) ); pl->Colonize( (*it)->name , true ); progress->SetProgress( ++j , true ); } } } } f->ShutdownDialog( this ); }

const bool Parameters::evMouseLClick (  const CtrlMessage &  msg  )  [protected, virtual]

Definition at line 416 of file parameters.cpp. References ans, BqBase::isDisplayed, parAge, parShape, parSize, and UpdateParameters(). { BqBase::evMouseLClick( msg ); if( isDisplayed ) if( (ans = ((Window *)msg.source)->GetId()) < 9 ) { isDisplayed= false; return !isDisplayed; } else { switch( ((Window *)msg.source)->GetId() ) { case 10: parSize -= 1; break; case 13: parSize += 1; break; case 14: parAge -= 1; break; case 17: parAge += 1; break; case 18: parShape -= 1; break; case 21: parShape += 1; break; } UpdateParameters(); } return isDisplayed; }

const bool Parameters::evValueChange (  const CtrlMessage &  msg  )  [protected, virtual]

Definition at line 443 of file parameters.cpp. References ans, BqBase::f, and nrAliens. { bool ans = BqBase::evValueChange( msg ); if( ((Window *)msg.source)->GetId() == 42 ) { nrAliens = 5 + msg.value; f->GetArsObject( 40 )->SetWndText( nrAliens ); ans = true; } return ans; }

const bool Parameters::evValueChanging (  const CtrlMessage &  msg  )  [protected, virtual]

Definition at line 456 of file parameters.cpp. References ans, BqBase::f, and nrAliens. { bool ans = BqBase::evValueChanging( msg ); if( ((Window *)msg.source)->GetId() == 42 ) { nrAliens = 5 + msg.value; f->GetArsObject( 40 )->SetWndText( nrAliens ); ans = true; } return ans; }

int Parameters::GenPosition (  void   )  [private]

Mask of the galaxy shape The mask is 1/80 of the real coordinates of the galaxy Prevent a star to be too near another one. Definition at line 20 of file parameters.cpp. References img2Shape, parShape, and xy4Shape. Referenced by CreateGalaxy(). { xy4Shape.clear(); const int id = Graf::LoadImg( "Shape" , img2Shape[parShape] ); SDL_Surface *sfc = Graf::Img( id ); for( int i = 0 ; i < sfc->w ; i++ ) for( int j = 0 ; j < sfc->h ; j++ ) { XPoint p( i , j ); if( ReadPoint( sfc , p ) != RGBColor( 255 , 255 , 255 ) ) xy4Shape.push_back( make_pair( p , true ) ); } return (int)xy4Shape.size(); }

string Parameters::GetDenomination (  const XPoint &  p2, const int  StarType, const int  StarSize, const int  nrPlanets, const int  gx, const int  gy )  [static]

Definition at line 509 of file parameters.cpp. References itoa(). Referenced by CreateGalaxy(), and Galaxy::Load(). { const string TypeStr = "ROYGWBD"; const string SizeStr = " TSMLBG"; char tmp[10]; string denomination = TypeStr.substr( StarType , 1 ) + SizeStr.substr( StarSize , 1 ) + "-"; denomination += itoa( nrPlanets , tmp , 10 ); denomination += "-"; denomination += 'A' + (p2.x * 26) / gx; denomination += 'A' + (p2.y * 26) / gy; return denomination; }

EcoZone * Parameters::GetEcoZone (  const int  sunTemperature  )  [private]

Definition at line 857 of file parameters.cpp. References ecoZones. Referenced by CreateGalaxy(). { for( vector<EcoZone *>::iterator it = ecoZones.begin() ; it != ecoZones.end() ; ++it ) if( (*it)->sunTemp > sunTemperature ) return (*it); return ecoZones.back(); }

void Parameters::GetStarName (  const double  sqSize, const XPoint &  p, string &  starName, string &  StarDescr )  [private]

Definition at line 481 of file parameters.cpp. References icstring, starName, and xstNames. Referenced by CreateGalaxy(). { const string GrLetters[] = { "Alpha" , "Beta" ,"Gamma" ,"Delta" , "Epsilon" ,"Zeta" ,"Eta" ,"Theta" ,"Iota" , "Kappa" ,"Lambda" ,"Mu" ,"Nu" ,"Xi" ,"Omicron" , "Phi" , "Omega" , "Lambda" , "Kala" , "Malaka" , "Manfou" , "Enaimar" , "Pabo" , "Principal" , "Secundary", "Forgotten" , "Jalan" , "" }; int atsn = (int)(p.x / sqSize + p.y / sqSize); if( atsn < (int)starName.size() ) { icstring tt = icstring( starName[atsn].c_str() ); string t1 = Rsrc::GetStr( tt ); StarDescr = Rsrc::GetStr( tt ); sname = t1; int i = 0; while( !GrLetters[i].empty() && xstNames.find( sname ) != xstNames.end() ) { sname = t1 + " "; sname += GrLetters[i++]; } xstNames.insert( sname ); } }

void Parameters::InitDialog (  void   )  [protected, virtual]

Reimplemented from BqBase. Definition at line 317 of file parameters.cpp. References BqBase::f, Cfg::GetCfg(), Cfg::Handler::GetCfgInt(), BqBase::InitDialog(), nrAliens, parAge, parShape, parSize, and UpdateParameters(). { BqBase::InitDialog(); { Cfg::Handler &h = Cfg::GetCfg(); parShape = h.GetCfgInt( "DefaultParameters" , "Shape" , 2 ); parAge = h.GetCfgInt( "DefaultParameters" , "Age" , 1 ); parSize = h.GetCfgInt( "DefaultParameters" , "Size" , 2 ); nrAliens = h.GetCfgInt( "DefaultParameters" , "nrAliens" , 10 ); } Cfg::Handler &h = Cfg::GetCfg( "@Images" ); if( f ) { dynamic_cast<XScrollBar *>( f->GetArsObject( 42 ) )->SetPosition( 5 ); f->GetArsObject( 30 )->SetWndText( Cfg::GetCfg().GetCfgString( "DefaultParameters" , "PlayerName" , "PTY-1" ) ); UpdateParameters(); } }

void Parameters::LoadStarsName (  void   )  [static]

Definition at line 472 of file parameters.cpp. References icstring, res, and starName. Referenced by Parameters(), and InitStarName::Run(). { Rsrc res( "@GenStars" ); icstring s = res.FindCombination( icstring( "PlanetNameDB" ) ); while( !s.empty() ) starName.push_back( res.GetList( s ).c_str() ); }

const bool Parameters::MainLoop (  void   )  [protected, virtual]

true if the screen must be refreshed Save the parameters Create Galaxy and display a progress bar just below the current parameters... Save the new game as the 'LastAutoSave' in the SavedGames list. Call continue in Maingame Reimplemented from BqBase. Definition at line 360 of file parameters.cpp. References ans, ArsPostMessage, CreateGalaxy(), BqBase::f, Cfg::Handler::Flush(), Cfg::GetCfg(), Cfg::Handler::GetCfgString(), img2Shape, BqBase::isDisplayed, nrAliens, parAge, parShape, parSize, SAVE_GALAXY, SAVE_SPECIES, Cfg::Handler::SetCfgInt(), Cfg::Handler::SetCfgString(), and BqBase::SetupDialog(). { SetupDialog( "Parameters" ); ans = 0; while( isDisplayed ) f->DoDialog(); if( ans == 2 ) { Cfg::Handler &h = Cfg::GetCfg(); h.SetCfgInt( "DefaultParameters" , "Size" , parSize ); h.SetCfgInt( "DefaultParameters" , "Age" , parAge ); h.SetCfgInt( "DefaultParameters" , "Shape" , parShape ); h.SetCfgString( "DefaultParameters" , "ShapeName" , img2Shape[parShape] ); h.SetCfgInt( "DefaultParameters" , "nrAliens" , nrAliens ); h.SetCfgString( "DefaultParameters" , "PlayerName" , f->GetArsObject( 30 )->GetWindowText() ); CreateGalaxy(); Cfg::Handler as( h.GetCfgString( "Paths" , "Saves" ) + "autosave.cfg" ); h.SetCfgString( "SavedGames" , "0" , h.GetCfgString( "Paths" , "Saves" ) + "autosave" ); h.Flush(); SDL_Surface *sfc = Graf::Img( Graf::LoadImg( "Shape" , img2Shape[parShape] ) ); as.SetCfgInt( "Galaxy" , "Shape" , parShape ); as.SetCfgInt( "Galaxy" , "Age" , parAge ); as.SetCfgInt( "Galaxy" , "Size" , parSize ); as.SetCfgString( "Player" , "Name" , f->GetArsObject( 30 )->GetWindowText() ); char temp[60]; time_t ltime; time( &ltime ); struct tm *today = localtime( &ltime ); strftime( temp , sizeof( temp ) , "%d/%m %H:%M" , today ); as.SetCfgString( "Game" , "DateCreated" , temp ); as.SetCfgString( "Game" , "Name" , "Auto Save" ); as.Flush(); f->ShutdownDialog( this ); ArsPostMessage( UserMessage( Message::USER , 0 , SAVE_GALAXY , 0 ) ); ArsPostMessage( UserMessage( Message::USER , 0 , SAVE_SPECIES , 0 ) ); ArsPostMessage( UserMessage( Message::USER , GetParent() , 4 ) ); } else f->ShutdownDialog( this ); return true; }

void Parameters::ResetInfo (  void   )  [static]

planet information are sorted by ecosphere Definition at line 625 of file parameters.cpp. References allSpecies, ecoZones, planetInfo, and starInfo. Referenced by MainGame::~MainGame(). { { for( vector<StarInfo *>::iterator it = starInfo.begin() ; it != starInfo.end() ; ++it ) delete (*it); starInfo.clear(); }{ for( vector<PlanetInfo *>::iterator it = planetInfo.begin() ; it != planetInfo.end() ; ++it ) delete (*it); planetInfo.clear(); }{ for( vector<SpeciesInfo *>::iterator it = allSpecies.begin() ; it != allSpecies.end() ; ++it ) delete (*it); allSpecies.clear(); }{ for( vector<EcoZone *>::iterator it = ecoZones.begin() ; it != ecoZones.end() ; ++it ) delete (*it); ecoZones.clear(); } }

const int Parameters::RestrictToZone (  const int  ez, vector< PlanetInfo * > &  v )  [private]

Definition at line 865 of file parameters.cpp. Referenced by CreateGalaxy(). { for( vector<PlanetInfo *>::iterator it = v.begin() ; it != v.end() ; ) { for( vector<int>::iterator k = (*it)->begin() ; k != (*it)->end() ; ++k ) if( *k == ez ) break; if( k == (*it)->end() ) { v.erase( it ); it = v.begin(); } else ++it; } return v.size(); }

const int Parameters::RestrictWithAge (  const int  sunAge, vector< PlanetInfo * > &  v )  [private]

Definition at line 755 of file parameters.cpp. References cmpPlanetByAge(), and plIndice. Referenced by CreateGalaxy(). { vector<int> toAdd; for( vector<PlanetInfo *>::iterator it = v.begin() ; it != v.end() ; ) { if( (*it)->ageMax < sunAge ) { for( vector<int>::iterator a = (*it)->become.begin() ; a != (*it)->become.end() ; ++a ) toAdd.push_back( *a ); v.erase( it ); it = v.begin(); } else ++it; } for( vector<int>::iterator a = toAdd.begin() ; a != toAdd.end() ; ++a ) v.push_back( plIndice[*a] ); std::sort( v.begin() , v.end() , cmpPlanetByAge ); return v.size(); }

const int Parameters::RestrictWithSize (  const int  atSize, vector< PlanetInfo * > &  v )  [private]

Definition at line 820 of file parameters.cpp. References planetSize. Referenced by CreateGalaxy(). { const pair<int,int> &p = planetSize[atSize]; for( vector<PlanetInfo *>::iterator it = v.begin() ; it != v.end() ; ) { if( (*it)->sizeMin > p.second || (*it)->sizeMax <= p.first ) { v.erase( it ); it = v.begin(); } else ++it; } return v.size(); }

void Parameters::SetupEcoZones (  void   )  [static]

Definition at line 837 of file parameters.cpp. References ecoZones, icstring, res, Ars::strip(), and EcoZone::sunTemp. Referenced by InitEcoZone::Run(). { Rsrc res( "@GenPlanets" ); // SDL_Delay( 50 ); icstring tmp = res.FindCombination( icstring( "EcoZone" ) ); icstring s = strip( tmp ); // SDL_Delay( 50 ); while( !s.empty() ) { icstring aStr = res.GetList( s ); EcoZone *ez = new EcoZone; ez->sunTemp = Rsrc::GetInt( aStr ); while( !aStr.empty() ) ez->push_back( Rsrc::GetInt( aStr ) ); ecoZones.push_back( ez ); // SDL_Delay( 50 ); } }

void Parameters::SetupPlanetInfo (  void   )  [static]

Definition at line 651 of file parameters.cpp. References PlanetInfo::ageMax, PlanetInfo::ageMin, ExprParser::Apply(), PlanetInfo::athmosphere, PlanetInfo::atmPressure, PlanetInfo::become, cmpPlanetByAge(), PlanetInfo::delta, PlanetInfo::Description, PlanetInfo::deuterium, PlanetInfo::energy, ExprParser::Eval(), PlanetInfo::example, PlanetInfo::fauna, PlanetInfo::flora, PlanetInfo::humidity, icstring, PlanetInfo::id, PlanetInfo::lifeForm, PlanetInfo::lithium, PlanetInfo::ore, planetInfo, plIndice, res, PlanetInfo::sizeMax, PlanetInfo::sizeMin, PlanetInfo::soil, Ars::strip(), PlanetInfo::surface, PlanetInfo::surfaceTemperature, PlanetInfo::type, and PlanetInfo::water. Referenced by InitPlanetInfo::Run(). { Rsrc res( "@GenPlanets" ); icstring tmp = res.FindCombination( icstring( "planet-description" ) ); icstring s = strip( tmp ); while( !s.empty() ) { icstring aStr = res.GetList( s ); PlanetInfo *pi = new PlanetInfo; // SDL_Delay( 50 ); pi->id = Rsrc::GetInt( aStr ); tmp = Rsrc::FindCrdOf( aStr , "description" ); pi->Description = Rsrc::GetStr( tmp ); tmp = Rsrc::FindCrdOf( aStr , "class" ); pi->type = Rsrc::GetStr( tmp ); tmp = Rsrc::FindCrdOf( aStr , "athmosphere" ); pi->athmosphere = Rsrc::GetStr( tmp ); tmp = Rsrc::FindCrdOf( aStr , "description" ); pi->Description = Rsrc::GetStr( tmp ); tmp = Rsrc::FindCrdOf( aStr , "LifeForm" ); pi->lifeForm = Rsrc::GetStr( tmp ); tmp = Rsrc::FindCrdOf( aStr , "surface" ); pi->surface = Rsrc::GetStr( tmp ); tmp = Rsrc::FindCrdOf( aStr , "Example" ); pi->example = Rsrc::GetStr( tmp ); // SDL_Delay( 50 ); icstring str = Rsrc::FindCrdOf( aStr , "Size" ); pi->sizeMin = Rsrc::GetInt( str ); pi->sizeMax = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "Age"); pi->ageMin = Rsrc::GetInt( str ); pi->ageMax = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "soil" ); pi->soil[0] = Rsrc::GetInt( str ); pi->soil[1] = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "surfaceTemperature" ); pi->surfaceTemperature[0] = Rsrc::GetInt( str ); pi->surfaceTemperature[1] = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "atmPressure" ); pi->atmPressure[0] = Rsrc::GetInt( str ); pi->atmPressure[1] = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "ore" ); pi->ore[0] = Rsrc::GetInt( str ); pi->ore[1] = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "energy" ); pi->energy[0] = Rsrc::GetInt( str ); pi->energy[1] = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "Humidity" ); pi->humidity[0] = Rsrc::GetInt( str ); pi->humidity[1] = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "fauna" ); pi->fauna[0] = Rsrc::GetInt( str ); pi->fauna[1] = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "flora" ); pi->flora[0] = Rsrc::GetInt( str ); pi->flora[1] = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "lithium" ); pi->lithium[0] = Rsrc::GetInt( str ); pi->lithium[1] = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "deuterium" ); pi->deuterium[0] = Rsrc::GetInt( str ); pi->deuterium[1] = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "water" ); pi->water[0] = Rsrc::GetInt( str ); pi->water[1] = Rsrc::GetInt( str ); // SDL_Delay( 50 ); str = Rsrc::FindCrdOf( aStr , "EcoZone" ); while( !str.empty() ) pi->push_back( Rsrc::GetInt( str ) ); // SDL_Delay( 50 ); str = Rsrc::FindCrdOf( aStr , "Become" ); while( !str.empty() ) pi->become.push_back( Rsrc::GetInt( str ) ); // SDL_Delay( 50 ); str = Rsrc::FindCrdOf( aStr , "PDelta" ); ExprParser e; pi->delta = new ProbaHolder( e.Apply( e.Eval( str.c_str() ) ) ); // SDL_Delay( 50 ); planetInfo.push_back( pi ); plIndice.insert( make_pair( pi->id , pi ) ); // SDL_Delay( 50 ); } std::sort( planetInfo.begin() , planetInfo.end() , cmpPlanetByAge ); }

void Parameters::SetupPlanetSize (  void   )  [static]

Definition at line 782 of file parameters.cpp. References compensator, icstring, planetSize, res, sizeStr, and Ars::strip(). Referenced by InitPlanetSize::Run(). { Rsrc res( "@GenPlanets" ); // SDL_Delay( 50 ); icstring tmp = res.FindCombination( icstring( "PLanetSizeRef" ) ); icstring s = strip( tmp ); // SDL_Delay( 50 ); while( !s.empty() ) { icstring aStr = res.GetList( s ); int id = Rsrc::GetInt( aStr ); string sStr = Rsrc::GetId( aStr ).c_str(); pair<int,int> p; // SDL_Delay( 50 ); p.first = Rsrc::GetInt( aStr ); p.second = Rsrc::GetInt( aStr ); planetSize.push_back( p ); sizeStr.insert( make_pair( id , sStr ) ); // SDL_Delay( 50 ); } tmp = res.FindCombination( icstring( "Compensator" ) ); s = strip( tmp ); // SDL_Delay( 50 ); while( !s.empty() ) { icstring aStr = res.GetList( s ); icstring id = Rsrc::GetId( aStr ).c_str(); vector<double> vdbl; // SDL_Delay( 50 ); while( !aStr.empty() ) vdbl.push_back( Rsrc::GetDbl( aStr ) ); compensator.insert( make_pair( id , vdbl ) ); // SDL_Delay( 50 ); } }

void Parameters::SetupSpecies (  void   )  [static]

Definition at line 887 of file parameters.cpp. References allSpecies, SpeciesInfo::atmPressure, SpeciesInfo::color, SpeciesInfo::farmingPotential, SpeciesInfo::humidity, icstring, SpeciesInfo::industryPotential, SpeciesInfo::medicalPotential, SpeciesInfo::name, SpeciesInfo::powerPotential, res, species, Ars::strip(), and SpeciesInfo::surfaceTemperature. Referenced by InitSpecies::Run(). { for( vector<SpeciesInfo *>::iterator it = allSpecies.begin() ; it != allSpecies.end() ; ++it ) delete (*it); allSpecies.clear(); species.clear(); Rsrc res( "@Colony" ); // SDL_Delay( 50 ); icstring tmp = res.FindCombination( icstring( "species" ) ); icstring s = strip( tmp ); // SDL_Delay( 50 ); while( !s.empty() ) { icstring aStr = res.GetList( s ); SpeciesInfo *si = new SpeciesInfo; si->name = Rsrc::GetId( aStr ); icstring str = Rsrc::FindCrdOf( aStr , "color" ); si->color = Rsrc::GetColor( str , si->color ); str = Rsrc::FindCrdOf( aStr , "humidity" ); si->humidity = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "SurfaceTemperature" ); si->surfaceTemperature = Rsrc::GetInt( str ); str = Rsrc::FindCrdOf( aStr , "AtmPressure" ); si->atmPressure = Rsrc::GetInt( str ); // SDL_Delay( 50 ); str = Rsrc::FindCrdOf( aStr , "Potential" ); tmp = Rsrc::FindCrdOf( str , "Power" ); si->powerPotential = Rsrc::GetInt( tmp ); tmp = Rsrc::FindCrdOf( str , "Industry" ); si->industryPotential = Rsrc::GetInt( tmp ); tmp = Rsrc::FindCrdOf( str , "Medical" ); si->medicalPotential = Rsrc::GetInt( tmp ); tmp = Rsrc::FindCrdOf( str , "Farming" ); si->farmingPotential = Rsrc::GetInt( tmp ); allSpecies.push_back( si ); // SDL_Delay( 50 ); } }

void Parameters::SetupStarInfo (  void   )  [static]

Definition at line 530 of file parameters.cpp. References StarInfo::age, StarInfo::ageInf, StarInfo::ageSection, ExprParser::Apply(), StarInfo::classInf, cmpByAge(), StarInfo::descrInf, ExprParser::Eval(), StarInfo::exInf, Cfg::GetCfg(), icstring, StarInfo::name, StarInfo::nrPlanets, ratio, res, PDiscrete::Setup(), StarInfo::sid, SIFromSunSize, StarInfo::ssize, starInfo, Ars::strip(), StarInfo::temInf, and StarInfo::temperature. Referenced by InitStarInfo::Run(). { ratio = Cfg::GetCfg().GetCfgInt( "DefaultParameters" , "Ratio" , 80 ); Rsrc res( "@GenStars" ); icstring tmp = res.FindCombination( icstring( "star-description" ) ); icstring s = strip( tmp ); while( !s.empty() ) { icstring aStr = res.GetList( s ); const string name = Rsrc::GetId( aStr ).c_str(); const int starId = Rsrc::GetInt( aStr ); while( !aStr.empty() ) { icstring sdsz = res.GetList( aStr ); tmp = Rsrc::FindCrdOf( sdsz , "Temperature" ); int temperature = Rsrc::GetInt( tmp ); tmp = Rsrc::FindCrdOf( sdsz , "Age" ); const int age = Rsrc::GetInt( tmp ); tmp = Rsrc::FindCrdOf( sdsz , "Size" ); icstring sz = tmp; tmp = Rsrc::FindCrdOf( sdsz , "PNrPlanets" ); const string ProbaExpr = tmp.c_str(); icstring PPlSize = Rsrc::FindCrdOf( sdsz , "PSize" ); tmp = Rsrc::FindCrdOf( sdsz , "class" ); const string classInf = Rsrc::GetStr( tmp ); tmp = Rsrc::FindCrdOf( sdsz , "approxAge" ); const string ageInf = Rsrc::GetStr( tmp ); tmp = Rsrc::FindCrdOf( sdsz , "approxTemperature" ); const string temInf = Rsrc::GetStr( tmp ); tmp = Rsrc::FindCrdOf( sdsz , "Example" ); const string exInf = Rsrc::GetStr( tmp ); tmp = Rsrc::FindCrdOf( sdsz , "Description" ); const string descrInf = Rsrc::GetStr( tmp ); while( !sz.empty() ) { int size = Rsrc::GetInt( sz ); if( size == -1 ) break; StarInfo *si = new StarInfo; si->temperature = temperature; si->age = age; si->classInf = classInf; si->ageInf = ageInf; si->temInf = temInf; si->exInf = exInf; si->descrInf = descrInf; si->name = name; si->ssize = size; si->sid = starId; si->ageSection = 0; SIFromSunSize.insert( make_pair( starId << 8 | size , starInfo.size() ) ); int nrPlts = 0; icstring s = PPlSize; while( !s.empty() ) { icstring aS = res.GetList( s ); int n = Rsrc::GetInt( aS ); nrPlts = max( nrPlts , n ); si->Setup( aS ); } assert( nrPlts != 0 ); ExprParser e; SumRandom *sr = e.Apply( e.Eval( ProbaExpr ) ); si->nrPlanets = new ProbaHolder( nrPlts , *sr , 1000 ); delete sr; starInfo.push_back( si ); temperature -= temperature / 10 ; } } } std::sort( starInfo.begin() , starInfo.end() , cmpByAge ); for( unsigned i = 1 ; i < starInfo.size() ; i++ ) { // SDL_Delay( 50 ); if( starInfo[i - 1]->age != starInfo[i]->age ) starInfo[i]->ageSection = starInfo[i - 1]->ageSection + 1; else starInfo[i]->ageSection = starInfo[i - 1]->ageSection; } }

const bool Parameters::SetupWindow (  const Message &  msg  )  [protected, virtual]

Reimplemented from BqBase. Definition at line 286 of file parameters.cpp. References img2Age, img2Shape, img2Size, res, and BqBase::SetupWindow(). { BqBase::SetupWindow( aMsg ); Rsrc res( "@Images" ); img2Size.push_back( "Tiny" ); img2Size.push_back( "Small" ); img2Size.push_back( "Medium" ); img2Size.push_back( "Large" ); img2Size.push_back( "Big" ); img2Age.push_back( "Young" ); img2Age.push_back( "Recent" ); img2Age.push_back( "Mature" ); img2Age.push_back( "Aged" ); img2Age.push_back( "Old" ); img2Shape.push_back( "Elliptical" ); img2Shape.push_back( "Ring" ); img2Shape.push_back( "Irregular" ); img2Shape.push_back( "Spiral" ); img2Shape.push_back( "Weird" ); img2Shape.push_back( "Pleiad" ); MessageServer::Instance().RegisterMessageClient( this , Message::CTRL_VALUECHANGE ); MessageServer::Instance().RegisterMessageClient( this , Message::CTRL_VALUECHANGING ); return true; }

void Parameters::UpdateParameters (  void   )  [private]

Definition at line 339 of file parameters.cpp. References BqBase::f, img2Age, img2Shape, img2Size, nrAliens, parAge, parShape, and parSize. Referenced by evMouseLClick(), and InitDialog(). { f->GetArsObject( 10 )->EnableWindow( parSize > 0 ); dynamic_cast<XImage *>( f->GetArsObject( 11 ) )->ChangeImage( "" , img2Size[parSize] ); f->GetArsObject( 12 )->SetWndText( img2Size[parSize] ); f->GetArsObject( 13 )->EnableWindow( (parSize + 1) < img2Size.size() ); f->GetArsObject( 14 )->EnableWindow( parAge > 0 ); dynamic_cast<XImage *>( f->GetArsObject( 15 ) )->ChangeImage( "" , img2Age[parAge] ); f->GetArsObject( 16 )->SetWndText( img2Age[parAge] ); f->GetArsObject( 17 )->EnableWindow( (parAge + 1) < img2Age.size() ); f->GetArsObject( 18 )->EnableWindow( parShape > 0 ); dynamic_cast<XImage *>( f->GetArsObject( 19 ) )->ChangeImage( "" , img2Shape[parShape] ); f->GetArsObject( 20 )->SetWndText( img2Shape[parShape] ); f->GetArsObject( 21 )->EnableWindow( (parShape + 1) < img2Shape.size() ); f->GetArsObject( 40 )->SetWndText( nrAliens ); dynamic_cast<XScrollBar *>( f->GetArsObject( 42 ) )->SetPosition( nrAliens - 5 ); }

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Field Documentation

vector< SpeciesInfo * > Parameters::allSpecies [static]

Definition at line 884 of file parameters.cpp. Referenced by CreateGalaxy(), StarSystem::DrawInfluenceZones(), PlayGame::Load(), ResetInfo(), and SetupSpecies().

int Parameters::ans [private]

Definition at line 146 of file parameters.h. Referenced by evMouseLClick(), evValueChange(), evValueChanging(), and MainLoop().

map< icstring, vector< double > > Parameters::compensator [static]

Definition at line 779 of file parameters.cpp. Referenced by Planet::Setup(), and SetupPlanetSize().

vector< EcoZone * > Parameters::ecoZones [static]

Definition at line 836 of file parameters.cpp. Referenced by GetEcoZone(), ResetInfo(), and SetupEcoZones().

vector<string> Parameters::img2Age [private]

Definition at line 144 of file parameters.h. Referenced by CreateGalaxy(), SetupWindow(), and UpdateParameters().

vector<string> Parameters::img2Shape [private]

Definition at line 144 of file parameters.h. Referenced by CreateGalaxy(), GenPosition(), MainLoop(), SetupWindow(), and UpdateParameters().

vector<string> Parameters::img2Size [private]

Definition at line 144 of file parameters.h. Referenced by CreateGalaxy(), SetupWindow(), and UpdateParameters().

unsigned int Parameters::nrAliens

Definition at line 151 of file parameters.h. Referenced by CreateGalaxy(), evValueChange(), evValueChanging(), InitDialog(), MainLoop(), and UpdateParameters().

unsigned int Parameters::parAge

Definition at line 151 of file parameters.h. Referenced by CreateGalaxy(), evMouseLClick(), InitDialog(), MainLoop(), and UpdateParameters().

unsigned int Parameters::parShape

Definition at line 151 of file parameters.h. Referenced by CreateGalaxy(), evMouseLClick(), GenPosition(), InitDialog(), MainLoop(), and UpdateParameters().

unsigned int Parameters::parSize

Definition at line 151 of file parameters.h. Referenced by CreateGalaxy(), evMouseLClick(), InitDialog(), MainLoop(), and UpdateParameters().

vector< PlanetInfo * > Parameters::planetInfo [static]

Definition at line 647 of file parameters.cpp. Referenced by CreateGalaxy(), ResetInfo(), and SetupPlanetInfo().

vector< pair< int, int > > Parameters::planetSize [static]

Definition at line 778 of file parameters.cpp. Referenced by RestrictWithSize(), and SetupPlanetSize().

map< int, PlanetInfo * > Parameters::plIndice [static]

Definition at line 648 of file parameters.cpp. Referenced by RestrictWithAge(), Planet::Setup(), PlanetInfoDlg::SetupInfo(), and SetupPlanetInfo().

double Parameters::ratio [static]

Definition at line 528 of file parameters.cpp. Referenced by CreateGalaxy(), StarSystem::DrawInfluenceZones(), and SetupStarInfo().

Rsrc Parameters::res [private]

Definition at line 142 of file parameters.h. Referenced by LoadStarsName(), SetupEcoZones(), SetupPlanetInfo(), SetupPlanetSize(), SetupSpecies(), SetupStarInfo(), and SetupWindow().

map< int, int > Parameters::SIFromSunSize [static]

Definition at line 525 of file parameters.cpp. Referenced by SetupStarInfo().

map< int, string > Parameters::sizeStr [static]

Definition at line 780 of file parameters.cpp. Referenced by SetupPlanetSize(), and StarInfoDlg::SetupWindow().

map< icstring, SpeciesInfo * > Parameters::species [static]

Definition at line 885 of file parameters.cpp. Referenced by CreateGalaxy(), StarSystem::DrawInfluenceZones(), Planet::DrawPlanet(), PlayGame::Load(), Galaxy::Reset(), PlayGame::Save(), and SetupSpecies().

vector< StarInfo * > Parameters::starInfo [static]

Definition at line 524 of file parameters.cpp. Referenced by CreateGalaxy(), StarSystem::GetStarInfo(), ResetInfo(), SetupStarInfo(), and StarInfoDlg::SetupWindow().

vector< string > Parameters::starName [static]

Definition at line 470 of file parameters.cpp. Referenced by CreateGalaxy(), GetStarName(), and LoadStarsName().

set<string> Parameters::xstNames [private]

Definition at line 145 of file parameters.h. Referenced by CreateGalaxy(), and GetStarName().

vector<pair<XPoint, bool> > Parameters::xy4Shape [private]

Definition at line 148 of file parameters.h. Referenced by CreateGalaxy(), and GenPosition().

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The documentation for this class was generated from the following files:

• parameters.h
• parameters.cpp

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