ContainerBase Class Reference

The parent class of Vehicle and Building; The name Container originates from Battle Isle, where everything that could load units was a container. More...

#include <containerbase.h>

Inheritance diagram for ContainerBase:

[legend]List of all members.

Cargo related functions
typedef vector< Vehicle * >	Cargo
const Cargo &	getCargo () const
void	clearCargo ()
	removes ALL units from cargo
virtual int	getArmor () const =0
void	addToCargo (Vehicle *veh)
bool	removeUnitFromCargo (Vehicle *veh, bool recursive=false)
	removes the given unit from the container. true of the unit was found, false otherwise
bool	removeUnitFromCargo (int nwid, bool recursive=false)
bool	unitLoaded (int nwid)
int	vehiclesLoaded (void) const
	returns the number of loaded units
ContainerBase *	getCarrier () const
	if this is a unit and it is inside a building or transport, returns the transport. NULL otherwise.
Vehicle *	findUnit (int nwid) const
	searches for a the unit in the whole stack
bool	vehicleLoadable (const Vehicle *vehicle, int uheight=-1, const bool *attacked=NULL) const
	can the vehicle be loaded.
int	vehicleUnloadable (const Vehicletype *vehicleType) const
	returns the levels of height on which this unit can be unloaded; or 0 if no unloading is possible
const ContainerBaseType::TransportationIO *	vehicleUnloadSystem (const Vehicletype *vehicle, int height)
	returns the unloading system
int	vehicleDocking (const Vehicle *vehicle, bool out) const
	returns the levels of height on which this unit can be transfered by docking; or 0 if no unloading is possible
bool	vehicleFit (const Vehicle *vehicle) const
	Does the vehicle fit into the container? This does not include checking if it can reach the entry.
int	cargoWeight () const
	weight of all loaded units
int	cargoNestingDepth ()
	returns the nesting depth of the cargo. The unit standing on the field is 0, its cargo is 1, the cargo's cargo 2 ...
SigC::Signal0< void >	cargoChanged
Cargo	cargo
Resource related functions
virtual int	putResource (int amount, int resourcetype, bool queryonly, int scope=1, int player=-1)=0
	scope: 0 = local 1 = resource network 2 = global in all buildings 3 = map wide pool( used only internally! )
virtual int	getResource (int amount, int resourcetype, bool queryonly, int scope=1, int player=-1)=0
virtual int	getAvailableResource (int amount, int resourcetype, int scope=1) const =0
Resources	putResource (const Resources &res, bool queryonly, int scope=1, int player=-1)
Resources	getResource (const Resources &res, bool queryonly, int scope=1, int player=-1)
Resources	getResource (const Resources &res) const
Resources	getResourceUsage ()
	returns the resource that the building consumes for its operation.
Resources	getResourcePlus ()
Resources	getStorageCapacity () const
	returns the local storage capacity for the given resource, which depends on the resource mode of the map.
Resources	netResourcePlus () const
	returns the amount of resources that the net which the building is connected to produces each turn
Resources	plus
	the Resources that are produced each turn
Resources	maxplus
	the maximum amount of Resources that the building can produce each turn in the ASC resource mode ; see also bi_resourceplus
Resources	bi_resourceplus
	the maximum amount of Resources that the building can produce each turn in the BI resource mode ; see also maxplus
Public Types
typedef vector< const Vehicletype * >	Production
Public Member Functions
virtual bool	isBuilding () const =0
virtual Surface	getImage () const =0
const Production &	getProduction () const
Resources	getProductionCost (const Vehicletype *unit) const
void	deleteProductionLine (const Vehicletype *type)
void	deleteAllProductionLines ()
void	addProductionLine (const Vehicletype *type)
void	setProductionLines (const Production &production)
int	getOwner () const
	returns the player this vehicle/building belongs to
Player &	getOwningPlayer () const
virtual void	convert (int player)=0
virtual void	write (tnstream &stream, bool includeLoadedUnits=true)=0
virtual void	read (tnstream &stream)=0
virtual void	addview (void)=0
virtual void	removeview (void)=0
virtual bool	canRepair (const ContainerBase *item) const =0
int	getMaxRepair (const ContainerBase *item)
int	getMaxRepair (const ContainerBase *item, int newDamage, Resources &cost, bool ignoreCost=false)
int	repairItem (ContainerBase *item, int newDamage=0)
virtual int	repairableDamage ()=0
	returns the amount of damate that can still be repaired this turn
GameMap *	getMap () const
virtual int	getIdentification ()=0
virtual int	getHeight () const =0
	returns the bitmapped level of height. Only one bit will be set, of course
virtual ASCString	getName () const =0
virtual int	getAmmo (int type, int num, bool queryOnly)=0
virtual int	getAmmo (int type, int num) const =0
virtual int	putAmmo (int type, int num, bool queryOnly)=0
virtual int	maxAmmo (int type) const =0
virtual void	endOwnTurn (void)
	hook that is called when a player ends his turn
virtual void	endAnyTurn (void)
	hook that is called when any player (including owner) ends turn
virtual void	endRound (void)
	hook that is called the next round begins ( active player switching from player8 to player1 )
Work *	spawnWorkClasses (bool justQuery)
virtual MapCoordinate3D	getPosition () const =0
virtual	~ContainerBase ()
virtual vector< MapCoordinate >	getCoveredFields ()=0
Static Public Member Functions
static int	calcShadowDist (int binaryHeight)
static bool	registerWorkClassFactory (WorkClassFactory *wcf, bool ASCmode=true)
Public Attributes
const ContainerBaseType *	baseType
int	damage
int	color
SigC::Signal0< void >	conquered
SigC::Signal0< void >	destroyed
int	researchpoints
	the current amount of research that the building conducts every turn
int	maxresearchpoints
Static Public Attributes
static SigC::Signal1< void, ContainerBase * >	anyContainerDestroyed
static SigC::Signal1< void, ContainerBase * >	anyContainerConquered
Protected Member Functions
virtual const ResourceMatrix &	getRepairEfficiency (void)=0
virtual void	postRepair (int oldDamage)=0
	is called after a repair is perfored. Vehicles use this to reduce their experience.
void	paintField (const Surface &src, Surface &dest, SPoint pos, int dir, bool shaded, int shadowDist=-1) const
	ContainerBase (const ContainerBaseType *bt, GameMap *map, int player)
Protected Attributes
GameMap *	gamemap
ContainerBase *	cargoParent
Production	internalUnitProduction
Classes
class	Work
class	WorkClassFactory

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Detailed Description

The parent class of Vehicle and Building; The name Container originates from Battle Isle, where everything that could load units was a container.

Definition at line 41 of file containerbase.h.

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Member Typedef Documentation

typedef vector<Vehicle*> ContainerBase::Cargo

Definition at line 79 of file containerbase.h.

typedef vector<const Vehicletype*> ContainerBase::Production

Definition at line 61 of file containerbase.h.

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Constructor & Destructor Documentation

ContainerBase::ContainerBase (  const ContainerBaseType *  bt, GameMap *  map, int  player )  [protected]

Definition at line 34 of file containerbase.cpp. References baseType, color, damage, ContainerBaseType::defaultMaxResearchpoints, GameMap::getvehicletype_bypos(), internalUnitProduction, ContainerBaseType::maxplus, maxplus, maxresearchpoints, min(), ContainerBaseType::nominalresearchpoints, researchpoints, and ContainerBaseType::vehiclesInternallyProduceable.

ContainerBase::~ContainerBase (   )  [virtual]

Definition at line 556 of file containerbase.cpp. References anyContainerDestroyed, cargo, destroyed, GameMap::Destruction, gamemap, and GameMap::state.

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Member Function Documentation

void ContainerBase::addProductionLine (  const Vehicletype *  type  )

Definition at line 542 of file containerbase.cpp. References internalUnitProduction. Referenced by ContainerControls::buildProductionLine(), and AddProductionCapability::execute().

void ContainerBase::addToCargo (  Vehicle *  veh  )

Definition at line 339 of file containerbase.cpp. References cargo, cargoChanged, cargoParent, and getPosition(). Referenced by copyBuildingData(), copyVehicleData(), trunreplay::execnextreplaymove(), CargoItemFactory::itemSelected(), ContainerControls::moveUnitDown(), BaseVehicleMovement::moveunitxy(), and ContainerControls::produceUnit().

virtual void ContainerBase::addview (  void   )  [pure virtual]

Implemented in Building, and Vehicle.

int ContainerBase::calcShadowDist (  int  binaryHeight  )  [static]

Definition at line 244 of file containerbase.cpp. References chfahrend, and log2(). Referenced by MapDisplayPG::displayAddons(), MapDisplayPG::displayUnitMovement(), and paintField().

virtual bool ContainerBase::canRepair (  const ContainerBase *  item  )  const [pure virtual]

Implemented in Building, and Vehicle. Referenced by getMaxRepair(), and repairItem().

int ContainerBase::cargoNestingDepth (   )

returns the nesting depth of the cargo. The unit standing on the field is 0, its cargo is 1, the cargo's cargo 2 ... Definition at line 169 of file containerbase.cpp. References cargoNestingDepth(), and getCarrier(). Referenced by cargoNestingDepth(), and Vehicle::setMovement().

int ContainerBase::cargoWeight (   )  const

weight of all loaded units Definition at line 158 of file containerbase.cpp. References cargo. Referenced by execuseraction2(), and Vehicle::weight().

void ContainerBase::clearCargo (   )

removes ALL units from cargo Definition at line 327 of file containerbase.cpp. References cargo, and cargoChanged. Referenced by TemporaryContainerStorage::restore().

virtual void ContainerBase::convert (  int  player  )  [pure virtual]

Implemented in Building, and Vehicle.

void ContainerBase::deleteAllProductionLines (   )

Definition at line 536 of file containerbase.cpp. References internalUnitProduction.

void ContainerBase::deleteProductionLine (  const Vehicletype *  type  )

Definition at line 530 of file containerbase.cpp. References internalUnitProduction. Referenced by ContainerControls::removeProductionLine().

void ContainerBase::endAnyTurn (  void   )  [virtual]

hook that is called when any player (including owner) ends turn Reimplemented in Vehicle. Definition at line 617 of file containerbase.cpp. Referenced by Vehicle::endAnyTurn().

void ContainerBase::endOwnTurn (  void   )  [virtual]

hook that is called when a player ends his turn Reimplemented in Vehicle. Definition at line 592 of file containerbase.cpp. References baseType, cargo, ContainerBaseType::hasFunction(), ContainerControls::refillAmmo(), ContainerBaseType::TrainingCenter, ContainerControls::trainUnit(), and ContainerControls::unitTrainingAvailable(). Referenced by Vehicle::endOwnTurn().

void ContainerBase::endRound (  void   )  [virtual]

hook that is called the next round begins ( active player switching from player8 to player1 ) Reimplemented in Building, and Vehicle. Definition at line 621 of file containerbase.cpp. Referenced by Vehicle::endRound(), and Building::endRound().

Vehicle * ContainerBase::findUnit (  int  nwid  )  const

searches for a the unit in the whole stack Definition at line 202 of file containerbase.cpp. References cargo. Referenced by vehicleFit().

virtual int ContainerBase::getAmmo (  int  type, int  num )  const [pure virtual]

Implemented in Building, and Vehicle.

virtual int ContainerBase::getAmmo (  int  type, int  num, bool  queryOnly )  [pure virtual]

Implemented in Building, and Vehicle. Referenced by ammoCounter(), ContainerControls::getammunition(), and CargoDialog::showAmmo().

virtual int ContainerBase::getArmor (   )  const [pure virtual]

Implemented in Building, and Vehicle.

virtual int ContainerBase::getAvailableResource (  int  amount, int  resourcetype, int  scope = 1 )  const [pure virtual]

Implemented in Building, and Vehicle. Referenced by ammoCounter(), getResource(), and ContainerConstControls::unitProductionPrerequisites().

const Cargo& ContainerBase::getCargo (   )  const [inline]

Definition at line 84 of file containerbase.h. References cargo. Referenced by ammoCounter(), CalculateThreat_Vehicle::calc_threat_vehicle(), VehicleCounterFactory::calcCargoSummary(), ContainerControls::calcDestructionOutput(), copyVehicleData(), AnyUnitEntersPolygon::fieldOperator(), Vehicle::freeWeight(), CargoWidget::getMarkedUnit(), getUnitResourceCargo(), ContainerControls::moveUnitDownTargets(), UnitTypeTransformation::run(), StoringPosition::setup(), ServiceTargetSearcher::startSearch(), and VehicleService::FieldSearch::testfield().

ContainerBase * ContainerBase::getCarrier (   )  const

if this is a unit and it is inside a building or transport, returns the transport. NULL otherwise. Definition at line 180 of file containerbase.cpp. References cargoParent. Referenced by Vehicle::ReactionFire::canPerformAttack(), cargoNestingDepth(), ContainerControls::moveUnitUpAvail(), AutoHarvestObjects::run(), and Vehicle::~Vehicle().

virtual vector<MapCoordinate> ContainerBase::getCoveredFields (   )  [pure virtual]

Implemented in Building, and Vehicle. Referenced by SolarPowerplant::getPlus().

virtual int ContainerBase::getHeight (   )  const [pure virtual]

returns the bitmapped level of height. Only one bit will be set, of course Implemented in Building, and Vehicle. Referenced by ServiceChecker::check(), getheightdelta(), and paintField().

virtual int ContainerBase::getIdentification (   )  [pure virtual]

Implemented in Building, and Vehicle. Referenced by ContainerControls::buildProductionLine(), ContainerControls::destructUnit(), ContainerControls::fillResource(), and ContainerControls::removeProductionLine().

virtual Surface ContainerBase::getImage (   )  const [pure virtual]

Implemented in Building, and Vehicle. Referenced by AmmoTransferWindow::AmmoTransferWindow().

GameMap* ContainerBase::getMap (  void   )  const [inline]

Definition at line 213 of file containerbase.h. References gamemap. Referenced by tsearchreactionfireingunits::attack(), Mine::attacksunit(), ServiceTargetSearcher::available(), SelfDestruct::available(), GuiFunctions::InternalAmmoTransferDialog::available(), CargoGuiFunctions::RecycleUnit::available(), CargoGuiFunctions::OpenContainer::available(), CargoGuiFunctions::TransferUnitControl::available(), CargoGuiFunctions::Movement::available(), VehicleCounterFactory::calcCargoSummary(), UnitHooveringLogic::calcFuelUsage(), calcMoveMalus(), Vehicle::ReactionFire::canPerformAttack(), ServiceChecker::check(), compareMapResources(), DashboardPanel::containerRenamed(), MapDisplayPG::displayMovementStep(), CargoGuiFunctions::TransferUnitControl::execute(), fieldAccessible(), JumpDrive::fieldReachable(), fieldvisiblenow(), Building::getAvailableResource(), VehicleProduction_SelectionItemFactory::getCost(), JumpDrive::getFields(), CargoDialog::getMap(), getOwningPlayer(), SolarPowerplant::getPlus(), WindPowerplant::getPlus(), Vehicle::getResource(), Building::getResource(), getTransferLimitation(), tcomputebuildingview::init(), tcomputevehicleview::init(), JumpDrive::jump(), netResourcePlus(), DashboardPanel::painter(), ContainerControls::productionLinesBuyable(), Vehicle::putResource(), Building::putResource(), ResearchGraph::recalc(), Building::repairableDamage(), DashboardPanel::reset(), AutoHarvestObjects::run(), ServiceTargetSearcher::ServiceTargetSearcher(), ResearchGraph::setResearch(), tunitattacksunit::setup(), spawnWorkClasses(), ServiceTargetSearcher::startSearch(), ContainerControls::trainUnit(), ContainerConstControls::unitProductionAvailable(), ContainerControls::unitTrainingAvailable(), vehicleFit(), vehicleLoadable(), WindMovement::WindMovement(), and Vehicle::~Vehicle().

int ContainerBase::getMaxRepair (  const ContainerBase *  item, int  newDamage, Resources &  cost, bool  ignoreCost = false )

Definition at line 108 of file containerbase.cpp. References baseType, canRepair(), damage, getRepairEfficiency(), getResource(), ContainerBaseType::productionCost, repairableDamage(), Resources::resource(), and resourceTypeNum.

int ContainerBase::getMaxRepair (  const ContainerBase *  item  )

Definition at line 102 of file containerbase.cpp. Referenced by VehicleService::FieldSearch::checkBuilding2Vehicle(), VehicleService::FieldSearch::checkVehicle2Vehicle(), and repairItem().

virtual ASCString ContainerBase::getName (   )  const [pure virtual]

Implemented in Building, and Vehicle. Referenced by CargoDialog::CargoDialog().

int ContainerBase::getOwner (   )  const [inline]

returns the player this vehicle/building belongs to Definition at line 145 of file containerbase.h. References color. Referenced by attackpossible(), attackpossible2n(), attackpossible2u(), Mine::attacksunit(), CargoGuiFunctions::RecycleUnit::available(), CargoGuiFunctions::OpenContainer::available(), CargoGuiFunctions::TransferUnitControl::available(), CargoGuiFunctions::UnitTraining::available(), CargoGuiFunctions::Movement::available(), Vehicle::buildingconstructable(), UnitPropertyEditor::buttonpressed(), calcMoveMalus(), calcvisibilityfield(), ServiceChecker::check(), VehicleService::FieldSearch::checkBuilding2Vehicle(), GuiFunctions::ObjectBuildingGui::checkObject(), VehicleService::FieldSearch::checkVehicle2Vehicle(), DashboardPanel::containerRenamed(), Vehicle::convert(), Building::convert(), ReplayMapDisplay::displayMovingUnit(), PG_MapDisplay::displayMovingUnit(), StoringPosition::eventMouseMotion(), trunreplay::execnextreplaymove(), execuseraction2(), GuiFunctions::VehicleBuildingGui::execute(), CargoGuiFunctions::TransferUnitControl::execute(), AnyUnitEntersPolygon::fieldOperator(), JumpDrive::fieldReachable(), tunitattacksobject::getAttackingPlayer(), tunitattacksbuilding::getAttackingPlayer(), UnitAttacksSomething::getAttackingPlayer(), tmineattacksunit::getDefendingPlayer(), tunitattacksbuilding::getDefendingPlayer(), tunitattacksunit::getDefendingPlayer(), Vehicle::getResource(), UnitConquered::getState(), UnitLost::getState(), BuildingConquered::getState(), getTransferLimitation(), tcomputebuildingview::init(), tcomputevehicleview::init(), UnitPropertyEditor::init(), CargoItemFactory::isFiltered(), CargoItemFactory::itemSelected(), JumpDrive::jump(), BaseVehicleMovement::moveunitxy(), DashboardPanel::painter(), paintField(), MapRenderer::paintSingleField(), SelectionHolder::pickup(), Vehicle::putResource(), ResearchGraph::recalc(), MiningStation::run(), RegenerativePowerPlant::run(), ResourceSink::run(), MatterConverter::run(), ResearchGraph::setResearch(), tmineattacksunit::setup(), tunitattacksbuilding::setup(), tunitattacksunit::setup(), PutTribute::start(), MiningStation::testfield(), ContainerConstControls::unitProductionAvailable(), Vehicle::vehicleconstructable(), vehicleLoadable(), and viewterraininfo().

Player & ContainerBase::getOwningPlayer (   )  const

Definition at line 639 of file containerbase.cpp. References getMap(). Referenced by GuiFunctions::ConstructBuilding::execute(), Building::getImage(), and DashboardPanel::painter().

virtual MapCoordinate3D ContainerBase::getPosition (   )  const [pure virtual]

Implemented in Building, and Vehicle. Referenced by addToCargo(), ServiceTargetSearcher::available(), ServiceChecker::check(), CargoItemFactory::itemSelected(), ContainerControls::moveUnitDown(), netResourcePlus(), ContainerControls::produceAmmo(), ContainerControls::produceUnit(), ContainerControls::produceUnitHypothetically(), MiningStation::run(), AutoHarvestObjects::run(), ServiceTargetSearcher::startSearch(), ContainerControls::trainUnit(), vehicleDocking(), vehicleLoadable(), vehicleUnloadable(), and vehicleUnloadSystem().

const ContainerBase::Production & ContainerBase::getProduction (   )  const

Definition at line 513 of file containerbase.cpp. References baseType, ContainerBaseType::hasFunction(), internalUnitProduction, ContainerBaseType::ProduceNonLeavableUnits, and vehicleUnloadable(). Referenced by ContainerControls::buildProductionLine(), compareMapResources(), VehicleProduction_SelectionItemFactory::getOriginalItems(), ContainerControls::productionLinesBuyable(), ContainerControls::removeProductionLine(), and UnitTypeTransformation::run().

Resources ContainerBase::getProductionCost (  const Vehicletype *  unit  )  const

Definition at line 524 of file containerbase.cpp. References baseType, and ContainerBaseType::productionEfficiency. Referenced by trunreplay::execnextreplaymove(), VehicleProduction_SelectionItemFactory::getCost(), ContainerControls::produceUnit(), and ContainerConstControls::unitProductionPrerequisites().

virtual const ResourceMatrix& ContainerBase::getRepairEfficiency (  void   )  [protected, pure virtual]

Implemented in Building, and Vehicle. Referenced by getMaxRepair().

Resources ContainerBase::getResource (  const Resources &  res  )  const

Reimplemented in Vehicle. Definition at line 72 of file containerbase.cpp. References getAvailableResource(), Resources::resource(), and resourceNum.

Resources ContainerBase::getResource (  const Resources &  res, bool  queryonly, int  scope = 1, int  player = -1 )

Reimplemented in Building, and Vehicle. Definition at line 64 of file containerbase.cpp. References getResource(), Resources::resource(), and resourceNum.

virtual int ContainerBase::getResource (  int  amount, int  resourcetype, bool  queryonly, int  scope = 1, int  player = -1 )  [pure virtual]

Implemented in Building, and Vehicle. Referenced by ContainerControls::ammoProducable(), ContainerControls::buildProductionLine(), ResourceTransferrable::commit(), compareMapResources(), Vehicle::endOwnTurn(), StoringPosition::eventBlit(), ContainerControls::fillResource(), getMaxRepair(), Vehicle::getResource(), getResource(), Building::getResource(), ContainerControls::produceAmmo(), ContainerControls::produceUnit(), ContainerControls::productionLinesBuyable(), VehicleProduction_SelectionWindow::reLoadAndUpdate(), ContainerControls::removeProductionLine(), repairItem(), ResourceWatch::ResourceWatch(), MiningStation::run(), ResourceSink::run(), MatterConverter::run(), CargoDialog::updateResourceDisplay(), and VehicleProduction_SelectionWindow::VehicleProduction_SelectionWindow().

Resources ContainerBase::getResourcePlus (   )

Definition at line 646 of file containerbase.cpp. References ContainerBase::Work::getPlus(), and spawnWorkClasses(). Referenced by GetResourcePlus::checkbuilding().

Resources ContainerBase::getResourceUsage (   )

returns the resource that the building consumes for its operation. Definition at line 659 of file containerbase.cpp. References baseType, ContainerBase::Work::getUsage(), ContainerBaseType::hasFunction(), ContainerBaseType::Research, researchpoints, returnResourcenUseForResearch(), and spawnWorkClasses().

Resources ContainerBase::getStorageCapacity (   )  const

returns the local storage capacity for the given resource, which depends on the resource mode of the map. See also: GameMap::_resourcemode Definition at line 674 of file containerbase.cpp. References GameMap::_resourcemode, baseType, gamemap, ContainerBaseType::getStorageCapacity(), and isBuilding(). Referenced by CargoGuiFunctions::RefuelUnitDialog::available(), CargoGuiFunctions::RefuelUnit::available(), ServiceChecker::check(), GetResourceCapacity::checkbuilding(), PutTribute::checkbuilding(), PutResource::checkbuilding(), VehicleService::FieldSearch::checkVehicle2Vehicle(), Vehicle::endRound(), StoringPosition::eventBlit(), Building::execnetcontrol(), Vehicle::fillMagically(), VehicleService::getServices(), UnitPropertyEditor::init(), BuildingValues::init(), CargoItemFactory::itemSelected(), Vehicle::putResource(), DashboardPanel::showUnitData(), and Vehicle::transform().

virtual bool ContainerBase::isBuilding (   )  const [pure virtual]

Implemented in Building, and Vehicle. Referenced by ServiceChecker::check(), getStorageCapacity(), internalAmmoTransferAvailable(), vehicleFit(), and vehicleLoadable().

virtual int ContainerBase::maxAmmo (  int  type  )  const [pure virtual]

Implemented in Building, and Vehicle. Referenced by ServiceChecker::check(), and AmmoTransferrable::getMax().

Resources ContainerBase::netResourcePlus (   )  const

returns the amount of resources that the net which the building is connected to produces each turn Definition at line 627 of file containerbase.cpp. References color, getMap(), getPosition(), ResourceChangeNet::getresource(), Resources::resource(), and resourceTypeNum.

void ContainerBase::paintField (  const Surface &  src, Surface &  dest, SPoint  pos, int  dir, bool  shaded, int  shadowDist = -1 )  const [protected]

Definition at line 256 of file containerbase.cpp. References MegaBlitter< BytesPerSourcePixel, BytesPerTargetPixel, SourceColorTransform, ColorMerger, SourcePixelSelector, TargetPixelSelector, MyColorConverter >::blit(), calcShadowDist(), chfahrend, chgetaucht, directionangle, gamemap, getHeight(), getOwner(), log2(), megaBlitter(), nullParam, and GameMap::player. Referenced by Vehicle::paint(), and Building::paintSingleField().

virtual void ContainerBase::postRepair (  int  oldDamage  )  [protected, pure virtual]

is called after a repair is perfored. Vehicles use this to reduce their experience. Implemented in Building, and Vehicle.

virtual int ContainerBase::putAmmo (  int  type, int  num, bool  queryOnly )  [pure virtual]

Implemented in Building, and Vehicle. Referenced by ContainerControls::fillAmmo(), and ContainerControls::produceAmmo().

Resources ContainerBase::putResource (  const Resources &  res, bool  queryonly, int  scope = 1, int  player = -1 )

Reimplemented in Building, and Vehicle. Definition at line 55 of file containerbase.cpp. References putResource(), Resources::resource(), and resourceNum.

virtual int ContainerBase::putResource (  int  amount, int  resourcetype, bool  queryonly, int  scope = 1, int  player = -1 )  [pure virtual]

scope: 0 = local 1 = resource network 2 = global in all buildings 3 = map wide pool( used only internally! ) Implemented in Building, and Vehicle. Referenced by ContainerControls::destructUnit(), Vehicle::putResource(), putResource(), Building::putResource(), ResourceWatch::ResourceWatch(), MiningStation::run(), RegenerativePowerPlant::run(), and MatterConverter::run().

virtual void ContainerBase::read (  tnstream &  stream  )  [pure virtual]

Implemented in Building, and Vehicle. Referenced by TemporaryContainerStorage::restore().

bool ContainerBase::registerWorkClassFactory (  WorkClassFactory *  wcf, bool  ASCmode = true )  [static]

Definition at line 685 of file containerbase.cpp.

bool ContainerBase::removeUnitFromCargo (  int  nwid, bool  recursive = false )