Handles everything that is located in or accessed trough a base. More...

#include "../../DateTime.h"
#include "../../cl_shared.h"
#include "../../cl_inventory.h"
#include "../../ui/ui_dataids.h"
#include "../../../shared/parse.h"
#include "cp_campaign.h"
#include "cp_mapfightequip.h"
#include "cp_aircraft.h"
#include "cp_missions.h"
#include "cp_geoscape.h"
#include "cp_popup.h"
#include "cp_radar.h"
#include "cp_time.h"
#include "cp_base_callbacks.h"
#include "cp_ufo.h"
#include "save/save_base.h"
#include "aliencontainment.h"
#include "itemcargo.h"

Include dependency graph for cp_base.cpp:

Go to the source code of this file.

Macros
#define	B_GetBuildingByIDX(baseIdx, buildingIdx)
#define	B_GetBuildingIDX(base, building)
#define	B_GetBaseIDX(base)

Functions
static void	B_InitialEquipment (aircraft_t aircraft, const equipDef_t ed)
	Prepares initial equipment for initial team the beginning of the campaign.
static linkedList_t *	B_GetNeighbours (const building_t *building)
	Returns the neighbourhood of a building.
static bool	B_AddBlockedTile (base_t *base, int row, int column)
	Check and add blocked tile to the base.
static void	B_AddBlockedTiles (base_t *base, int count)
	Fuction to put blocked tiles on basemap.
bool	B_IsBuildingDestroyable (const building_t *building)
	Returns if a base building is destroyable.
int	B_GetCount (void)
	Returns the count of founded bases.
base_t *	B_GetNext (base_t *lastBase)
	Iterates through founded bases.
base_t *	B_GetBaseByIDX (int baseIdx)
	Array bound check for the base index. Will also return unfounded bases as long as the index is in the valid ranges,.
base_t *	B_GetFoundedBaseByIDX (int baseIdx)
	Array bound check for the base index.
building_t *	B_GetNextBuilding (const base_t base, building_t lastBuilding)
	Iterates through buildings in a base.
building_t *	B_GetNextBuildingByType (const base_t base, building_t lastBuilding, buildingType_t buildingType)
	Iterates throught buildings of a type in a base.
bool	B_CheckBuildingTypeStatus (const base_t const base, buildingType_t type, buildingStatus_t status, int cnt)
	Searches the base for a given building type with the given status.
baseCapacities_t	B_GetCapacityFromBuildingType (buildingType_t type)
	Get the capacity associated to a building type.
buildingType_t	B_GetBuildingTypeByCapacity (baseCapacities_t cap)
	Get building type by base capacity.
bool	B_GetBuildingStatus (const base_t *const base, const buildingType_t buildingType)
	Get the status associated to a building.
void	B_SetBuildingStatus (base_t *const base, const buildingType_t buildingType, bool newStatus)
	Set status associated to a building.
float	B_GetMaxBuildingLevel (const base_t *base, const buildingType_t type)
	Get the maximum level of a building type in a base.
static void	B_AddMap (char maps, size_t mapsLength, char coords, size_t coordsLength, const char *map, int col, int row)
	Adds a map to the given position to the map string.
bool	B_AssembleMap (char maps, size_t mapsLength, char coords, size_t coordsLength, const base_t *base)
	Perform the base assembling in case of an alien attack.
static bool	B_CheckUpdateBuilding (building_t *building)
	Check base status for particular buildings as well as capacities.
static bool	B_UpdateStatusBuilding (base_t *base, buildingType_t buildingType, bool onBuilt)
	Update status of every building when a building has been built/destroyed.
static void	B_UpdateAntimatterCap (base_t *base)
	Update Antimatter Capacity.
void	B_ResetAllStatusAndCapacities (base_t *base, bool firstEnable)
	Recalculate status and capacities of one base.
bool	B_BuildingDestroy (building_t *building)
	Removes a building from the given base.
static void	B_MoveAircraftOnGeoscapeToOtherBases (const base_t *base)
	Will ensure that aircraft on geoscape are not stored in a base that no longer has any hangar left.
void	B_Delete (base_t *base)
	Resets a base structure.
void	B_Destroy (base_t *base)
	Destroy a base.
static void	B_UpdateAllBaseBuildingStatus (building_t *building, buildingStatus_t status)
	Updates base status for particular buildings as well as capacities.
static void	B_AddBuildingToBasePos (base_t base, const building_t buildingTemplate, bool hire, const vec2_t pos)
	Build starting building in the first base, and hire employees.
static void	B_BuildFromTemplate (base_t base, const char templateName, bool hire)
	builds a base from template
void	B_SetUpFirstBase (const campaign_t campaign, base_t base)
	Setup aircraft and equipment for first base. Uses the campaign scriptable equipmentlist.
int	B_GetInstallationLimit (void)
	Counts the actual installation count limit.
void	B_SetName (base_t base, const char name)
	Set the base name.
base_t *	B_Build (const campaign_t campaign, const vec2_t pos, const char name, bool fillBase)
	Build new base, uses template for the first base.
const baseTemplate_t *	B_GetBaseTemplate (const char *baseTemplateID)
	Returns the baseTemplate in the global baseTemplate list that has the unique name baseTemplateID.
bool	B_MapIsCellFree (const base_t *base, int col, int row)
	Check a base cell.
building_t *	B_BuildBuilding (base_t base, const building_t buildingTemplate, int col, int row)
	Build a new building to the base.
int	B_GetNumberOfBuildingsInBaseByTemplate (const base_t base, const building_t tpl)
	Counts the number of buildings of a particular type in a base.
int	B_GetNumberOfBuildingsInBaseByBuildingType (const base_t *base, const buildingType_t buildingType)
	Counts the number of buildings of a particular building type in a base.
const building_t *	B_GetBuildingInBaseByType (const base_t *base, buildingType_t buildingType, bool onlyWorking)
	Gets a building of a given type in the given base.
void	B_ParseBaseTemplate (const char name, const char *text)
	Reads a base layout template.
base_t *	B_GetFirstUnfoundedBase (void)
	Get the first unfounded base.
void	B_SetCurrentSelectedBase (const base_t *base)
	Sets the selected base.
base_t *	B_GetCurrentSelectedBase (void)
	returns the currently selected base
void	B_SelectBase (const base_t *base)
	Select and opens a base.
static void	CL_SwapSkill (character_t cp1, character_t cp2, abilityskills_t skill)
	Swaps one skill from character1 to character 2 and vice versa.
static void	CL_DoSwapSkills (character_t cp1, character_t cp2, const abilityskills_t skill)
static int	CL_GetSkillIndicator (const character_t *chr, abilityskills_t skill)
	Assembles a skill indicator for the given character and its wore weapons in correlation to the given skill.
static void	CL_SwapSkills (linkedList_t *team)
	Swaps skills of the initial team of soldiers so that they match inventories.
void	B_BaseResetStatus (base_t *const base)
	Sets the baseStatus to BASE_NOT_USED.
void	B_InitStartup (void)
	Resets console commands.
static bool	B_CheckBuildingConstruction (building_t *building)
	Checks whether the construction of a building is finished. Calls the onEnable functions and assign workers, too.
void	B_UpdateBuildingConstructions (void)
	Updates base data.
static void	B_SellOrAddItems (aircraft_t *aircraft)
	Sell items to the market or add them to base storage.
void	B_DumpAircraftToHomeBase (aircraft_t *aircraft)
	Will unload all cargo to the homebase.
void	B_AircraftReturnedToHomeBase (aircraft_t *aircraft)
	Do anything when dropship returns to base.
bool	B_BaseHasItem (const base_t base, const objDef_t item)
	Check if an item is available on a base.
int	B_ItemInBase (const objDef_t item, const base_t base)
	Check if the item has been collected (i.e it is in the storage) in the given base.
void	B_UpdateBaseCapacities (baseCapacities_t cap, base_t *base)
	Updates base capacities.
void	B_SaveBaseSlotsXML (const baseWeapon_t weapons, const int numWeapons, xmlNode_t node)
	Saves the missile and laser slots of a base or sam site.
bool	B_SaveStorageXML (xmlNode_t *parent, const equipDef_t &equip)
	Saves base storage.
bool	B_SaveXML (xmlNode_t *parent)
	Save callback for saving in xml format.
int	B_LoadBaseSlotsXML (baseWeapon_t weapons, int max, xmlNode_t p)
	Loads the missile and laser slots of a base or sam site.
static bool	B_PostLoadInitCapacity (void)
	Set the capacity stuff for all the bases after loading a savegame.
bool	B_PostLoadInit (void)
	Set the capacity stuff for all the bases after loading a savegame.
bool	B_LoadStorageXML (xmlNode_t parent, equipDef_t equip)
	Loads base storage.
bool	B_LoadXML (xmlNode_t *parent)
	Loads base data.
bool	B_ItemIsStoredInBaseStorage (const objDef_t *obj)
	Check if an item is stored in storage.
int	B_AddToStorage (base_t base, const objDef_t obj, int amount)
	Add/remove items to/from the storage.
int	B_AntimatterInBase (const base_t *base)
	returns the amount of antimatter stored in a base
int	B_AddAntimatter (base_t *base, int amount)
	Manages antimatter (adding, removing) through Antimatter Storage Facility.

Detailed Description

Handles everything that is located in or accessed trough a base.

Note: Basemanagement functions prefix: B_; See "base/ufos/basemanagement.ufo" for the underlying content.

Definition in file cp_base.cpp.

Macro Definition Documentation

◆ B_GetBaseIDX

#define B_GetBaseIDX ( base )

Value:

((ptrdiff_t)((base) - ccs.bases))

ccs

ccs_t ccs

Definition cp_campaign.cpp:63

Definition at line 48 of file cp_base.cpp.

◆ B_GetBuildingByIDX

#define B_GetBuildingByIDX	(		baseIdx,
			buildingIdx )

Value:

(&ccs.buildings[(baseIdx)][(buildingIdx)])

Definition at line 46 of file cp_base.cpp.

Referenced by B_BuildBuilding(), B_Destroy(), B_GetNextBuilding(), and B_LoadXML().

◆ B_GetBuildingIDX

#define B_GetBuildingIDX	(		base,
			building )

Value:

((ptrdiff_t)((building) - ccs.buildings[base->idx]))

Definition at line 47 of file cp_base.cpp.

Referenced by B_BuildBuilding(), and B_LoadXML().

Function Documentation

◆ B_AddAntimatter()

int B_AddAntimatter	(	base_t *	base,
		int	amount )

Manages antimatter (adding, removing) through Antimatter Storage Facility.

Parameters

[in,out]	base	Pointer to the base.
[in]	amount	quantity of antimatter to add/remove

Returns: amount of antimater in the storage after the action

Definition at line 2635 of file cp_base.cpp.

References ANTIMATTER_ITEM_ID, B_AntimatterInBase(), CAP_ANTIMATTER, CAP_Get, cgi, capacities_t::cur, ERR_DROP, objDef_t::idx, INVSH_GetItemByIDSilent(), equipDef_t::numItems, and base_t::storage.

Referenced by AIR_Refuel(), CAP_RemoveAntimatterExceedingCapacity(), PR_FinishDisassembly(), PR_UpdateRequiredItemsInBasestorage(), TR_EmptyTransferCargo(), and TR_TransferStart().

◆ B_AddBlockedTile()

bool B_AddBlockedTile	(	base_t *	base,
		int	row,
		int	column )

static

Check and add blocked tile to the base.

Parameters

[in,out]	base	The base to add blocked tile to
[in]	row	Row position of the tile
[in]	column	Column position of the tile

Returns: bool value of success

Definition at line 138 of file cp_base.cpp.

References B_GetBuildingAt, B_IsTileBlocked, BASE_SIZE, baseBuildingTile_t::blocked, cgi, linkedList_t::data, base_t::map, OBJZERO, baseBuildingTile_t::posX, and baseBuildingTile_t::posY.

Referenced by B_AddBlockedTiles().

◆ B_AddBlockedTiles()

void B_AddBlockedTiles	(	base_t *	base,
		int	count )

static

Fuction to put blocked tiles on basemap.

Parameters

[out]	base	The base to fill
[in]	count	Number of blocked tiles to add

Definition at line 202 of file cp_base.cpp.

References B_AddBlockedTile(), B_GetBuildingAt, B_IsTileBlocked, BASE_SIZE, and count.

Referenced by B_BuildFromTemplate().

◆ B_AddBuildingToBasePos()

void B_AddBuildingToBasePos	(	base_t *	base,
		const building_t *	buildingTemplate,
		bool	hire,
		const vec2_t	pos )

static

Build starting building in the first base, and hire employees.

Parameters

[in,out]	base	The base to put the new building into
[in]	buildingTemplate	The building template to create a new building with
[in]	hire	Hire employees for the building we create from the template
[in]	pos	The position on the base grid

Definition at line 1011 of file cp_base.cpp.

References B_BuildBuilding(), B_FireEvent(), B_ONENABLE, B_STATUS_WORKING, B_UpdateAllBaseBuildingStatus(), cgi, DEBUG_CLIENT, E_HireForBuilding(), building_t::id, base_t::idx, building_t::onEnable, building_t::pos, and building_t::timeStart.

Referenced by B_BuildFromTemplate().

◆ B_AddMap()

void B_AddMap	(	char *	maps,
		size_t	mapsLength,
		char *	coords,
		size_t	coordsLength,
		const char *	map,
		int	col,
		int	row )

inlinestatic

Adds a map to the given position to the map string.

Parameters

[out]	maps	The map output string
[in]	mapsLength	The length of the maps string
[out]	coords	The coords output string
[in]	coordsLength	The length of the coords string
[in]	map	The map tile to add
[in]	col	The col to spawn the map at
[in]	row	The row to spawn the map at

See also: SV_Map_f; SV_Map

Definition at line 545 of file cp_base.cpp.

References BASE_SIZE, BASE_TILE_UNITS, and Q_strcat().

Referenced by B_AssembleMap().

◆ B_AddToStorage()

int B_AddToStorage	(	base_t *	base,
		const objDef_t *	obj,
		int	amount )

Add/remove items to/from the storage.

Parameters

[in]	base	The base which storage and capacity should be updated
[in]	obj	The item.
[in]	amount	Amount to be added to removed

Returns: the added/removed amount

Definition at line 2576 of file cp_base.cpp.

References B_ItemInBase(), B_ItemIsStoredInBaseStorage(), technology_t::base, CAP_Get, CAP_ITEMS, capacities_t::cur, objDef_t::idx, equipDef_t::numItems, RS_GetTechForItem(), RS_RUNNING, RS_StopResearch(), objDef_t::size, technology_t::statusResearch, and base_t::storage.

Referenced by AII_AddAmmoToSlot(), AII_AddItemToSlot(), AII_ReloadWeapon(), AII_RemoveItemFromSlot(), AII_RemoveNextItemFromSlot(), AIR_TransferItemsCarriedByCharacterToBase(), B_SellOrAddItems(), BS_BuyItem(), BS_BuyUGV(), BS_SellItem(), BS_SellUGV(), E_RemoveInventoryFromStorage(), PR_FinishDisassembly(), PR_FinishProduction(), PR_UpdateRequiredItemsInBasestorage(), TR_EmptyTransferCargo(), and TR_TransferStart().

◆ B_AircraftReturnedToHomeBase()

void B_AircraftReturnedToHomeBase ( aircraft_t * aircraft )

Do anything when dropship returns to base.

Parameters

[in] aircraft Returning aircraft.

Note: Place here any stuff, which should be called when Drophip returns to base.

See also: AIR_CampaignRun

Definition at line 2102 of file cp_base.cpp.

References AII_ReloadAircraftWeapons(), AIRFIGHT_RemoveProjectileAimingAircraft(), B_DumpAircraftToHomeBase(), aircraft_t::radar, and RADAR_InitialiseUFOs().

Referenced by AIR_Move().

◆ B_AntimatterInBase()

int B_AntimatterInBase ( const base_t * base )

returns the amount of antimatter stored in a base

Parameters

[in] base Pointer to the base to check

Definition at line 2613 of file cp_base.cpp.

References ANTIMATTER_ITEM_ID, B_ItemInBase(), CAP_ANTIMATTER, CAP_GetCurrent, cgi, ERR_DROP, and INVSH_GetItemByID().

Referenced by B_AddAntimatter(), PR_RequirementsInfo(), PR_RequirementsMet(), RS_RequirementsMet(), TR_Add_f(), and TR_FillItems().

◆ B_AssembleMap()

bool B_AssembleMap	(	char *	maps,
		size_t	mapsLength,
		char *	coords,
		size_t	coordsLength,
		const base_t *	base )

Perform the base assembling in case of an alien attack.

Parameters

[out]	maps	The string containing the list of tilenames
[in]	mapsLength	The maximum length of maps string
[out]	coords	The string containing the positions of the tiles
[in]	coordsLength	The maximum length of coords string
[in,out]	base	The base to assemble

Returns: true if the assembly was successful, false if it failed

Todo

Search a empty field and add a alien craft there

If a building is still under construction, it will be assembled as a finished part. Otherwise we need mapparts for all the maps under construction.

Definition at line 563 of file cp_base.cpp.

References B_AddMap(), B_GetBuildingAt, B_IsBuildingBuiltUp(), BASE_SIZE, cgi, ERR_DROP, building_t::id, building_t::mapPart, building_t::pos, and va().

Referenced by B_AssembleMap_f(), BATTLE_Start(), and TEST_F().

◆ B_BaseHasItem()

bool B_BaseHasItem	(	const base_t *	base,
		const objDef_t *	item )

Check if an item is available on a base.

Parameters

[in]	base	Pointer to the base to check at
[in]	item	Pointer to the item to check

Definition at line 2119 of file cp_base.cpp.

References B_ItemInBase(), and objDef_t::isVirtual.

Referenced by AII_AddAmmoToSlot(), AII_AddItemToSlot(), AII_ReloadWeapon(), AIM_AutoEquipAircraft(), AIM_CheckTechnologyIntoSlot(), AIM_CrafttypeFilter(), and AIM_SelectableCraftItem().

◆ B_BaseResetStatus()

void B_BaseResetStatus ( base_t *const base )

Sets the baseStatus to BASE_NOT_USED.

Parameters

[in] base Which base should be reseted?

See also: CL_CampaignRemoveMission

Definition at line 1789 of file cp_base.cpp.

References BASE_NOT_USED, and base_t::baseStatus.

◆ B_Build()

base_t * B_Build	(	const campaign_t *	campaign,
		const vec2_t	pos,
		const char *	name,
		bool	fillBase )

Build new base, uses template for the first base.

Parameters

[in]	campaign	The campaign data structure
[in]	pos	Position (on Geoscape) the base built at
[in]	name	The name of the new base, this string might already be in utf-8
[in]	fillBase	Whether we should build default buildings at the base

Definition at line 1185 of file cp_base.cpp.

References base_t::alienInterest, B_BuildFromTemplate(), B_GetFirstUnfoundedBase(), B_GetMaxBuildingLevel(), B_RADAR, B_ResetAllStatusAndCapacities(), B_SetCurrentSelectedBase(), B_SetName(), BASE_INITIALINTEREST, BASE_WORKING, base_t::baseStatus, BDEF_InitialiseBaseSlots(), CAP_SetCurrent(), ccs, cgi, ERR_DROP, campaign_t::firstBaseTemplate, base_t::founded, i, base_t::idx, level, MAX_CAP, name, base_t::pos, PR_UpdateProductionCap(), base_t::radar, RADAR_BASERANGE, RADAR_BASETRACKINGRANGE, RADAR_Initialise(), RADAR_InitialiseUFOs(), and Vector2Copy.

Referenced by B_BuildBase_f(), and CreateBase().

◆ B_BuildBuilding()

building_t * B_BuildBuilding	(	base_t *	base,
		const building_t *	buildingTemplate,
		int	col,
		int	row )

Build a new building to the base.

Parameters

[in,out]	base	The base to place the building in
[in]	buildingTemplate	The template of the building to place at the given location
[in]	row	Set building to row
[in]	col	Set building to col

Returns: building created in base (this is not a building template)

Definition at line 1279 of file cp_base.cpp.

References B_FireEvent(), B_GetBuildingAt, B_GetBuildingByIDX, B_GetBuildingIDX, B_GetNeighbours(), B_IsBuildingBuiltUp(), B_IsTileBlocked, B_ONCONSTRUCT, B_STATUS_UNDER_CONSTRUCTION, building_t::base, BASE_SIZE, BASE_WORKING, base_t::baseStatus, baseBuildingTile_t::building, building_t::buildingStatus, ccs, cgi, CP_CheckCredits(), CP_UpdateCredits(), ERR_DROP, building_t::fixCosts, base_t::idx, building_t::idx, LIST_Foreach, base_t::map, building_t::pos, building_t::size, and building_t::timeStart.

Referenced by B_AddBuildingToBasePos(), B_BuildBuilding_f(), and TEST_F().

◆ B_BuildFromTemplate()

void B_BuildFromTemplate	(	base_t *	base,
		const char *	templateName,
		bool	hire )

static

builds a base from template

Parameters

[out]	base	The base to build
[in]	templateName	Template used for building. If `nullptr` no template will be used.
[in]	hire	If hiring employee needed

Note: It builds an empty base on nullptr (or empty) templatename

Todo: if there is no more space for mandatory building, remove a non mandatory one or build mandatory ones first

Definition at line 1040 of file cp_base.cpp.

References B_AddBlockedTiles(), B_AddBuildingToBasePos(), B_GetBaseTemplate(), B_GetBuildingStatus(), BASE_SIZE, baseBuildingTile_t::building, baseTemplate_t::buildings, building_t::buildingType, ccs, cgi, ERR_DROP, frand(), i, building_t::mandatory, base_t::map, MAX_BLOCKEDFIELDS, MIN_BLOCKEDFIELDS, baseTemplate_t::numBuildings, baseBuildingTile_t::posX, baseBuildingTile_t::posY, and Vector2Set.

Referenced by B_Build().

◆ B_BuildingDestroy()

bool B_BuildingDestroy ( building_t * building )

Removes a building from the given base.

Parameters

[in] building The building to remove

Note: Also updates capacities and sets the hasBuilding[] values in base_t

See also: B_BuildingDestroy_f

Definition at line 771 of file cp_base.cpp.

References B_FireEvent(), B_GetCapacityFromBuildingType(), B_GetNumberOfBuildingsInBaseByBuildingType(), B_IsBuildingDestroyable(), B_MISC, B_ONDESTROY, B_ONDISABLE, B_SetBuildingStatus(), B_STATUS_NOT_SET, B_STATUS_WORKING, B_UpdateBaseCapacities(), B_UpdateStatusBuilding(), building_t::base, baseBuildingTile_t::building, building_t::buildingStatus, building_t::buildingType, CAP_CheckOverflow(), ccs, cgi, CP_UpdateCredits(), DEBUG_CLIENT, ERR_DROP, building_t::fixCosts, i, base_t::idx, building_t::idx, building_t::mandatory, base_t::map, MAX_BUILDING_TYPE, MAX_CAP, building_t::onDestroy, building_t::onDisable, building_t::pos, REMOVE_ELEM, building_t::size, and building_t::tpl.

Referenced by B_BuildingDestroy_f(), B_Destroy(), and TEST_F().

◆ B_CheckBuildingConstruction()

bool B_CheckBuildingConstruction ( building_t * building )

static

Checks whether the construction of a building is finished. Calls the onEnable functions and assign workers, too.

Definition at line 1987 of file cp_base.cpp.

References B_FireEvent(), B_IsBuildingBuiltUp(), B_ONENABLE, B_STATUS_UNDER_CONSTRUCTION, B_STATUS_WORKING, B_UpdateAllBaseBuildingStatus(), building_t::base, building_t::buildingStatus, cgi, DEBUG_CLIENT, base_t::idx, and building_t::onEnable.

Referenced by B_UpdateBuildingConstructions().

◆ B_CheckBuildingTypeStatus()

bool B_CheckBuildingTypeStatus	(	const base_t *const	base,
		buildingType_t	type,
		buildingStatus_t	status,
		int *	cnt )

Searches the base for a given building type with the given status.

Parameters

[in]	base	Base to search
[in]	type	Building type to search
[in]	status	The status the building should have
[out]	cnt	This is a pointer to an int value which will hold the building count of that type with the status you are searching - might also be nullptr if you are not interested in this value

Note: If you are searching for a quarter (e.g.) you should perform a if (hasBuilding[B_QUARTERS]) check - this should speed things up a lot

Returns: true if building with status was found

Definition at line 390 of file cp_base.cpp.

References B_GetNextBuildingByType(), building_t::buildingStatus, and type.

Referenced by BDEF_UpdateActiveBattery_f().

◆ B_CheckUpdateBuilding()

bool B_CheckUpdateBuilding ( building_t * building )

static

Check base status for particular buildings as well as capacities.

Parameters

[in] building Pointer to building.

Returns: true if a base status has been modified (but do not check capacities)

Definition at line 600 of file cp_base.cpp.

References B_CheckBuildingDependencesStatus(), B_GetBuildingStatus(), B_MISC, B_SetBuildingStatus(), B_STATUS_WORKING, building_t::base, building_t::buildingStatus, building_t::buildingType, cgi, DEBUG_CLIENT, and building_t::name.

Referenced by B_ResetAllStatusAndCapacities(), B_UpdateAllBaseBuildingStatus(), and B_UpdateStatusBuilding().

◆ B_Delete()

void B_Delete ( base_t * base )

Resets a base structure.

Parameters

[in,out] base Pointer to base to be deleted.

Todo: A lot more could be extracted here from B_Destroy

Definition at line 898 of file cp_base.cpp.

References base_t::alienContainment.

Referenced by B_Destroy(), and CP_ResetCampaignData().

◆ B_Destroy()

void B_Destroy ( base_t * base )

Destroy a base.

Parameters

[in,out] base Pointer to base to be destroyed.

Note: If you want to sell items or unhire employees, you should do it before calling this function - they are going to be killed / destroyed.

Todo: Destroy the base. For this we need to check all the dependencies and references. Should be only done after putting bases into a linkedList

Definition at line 914 of file cp_base.cpp.

References AIR_DeleteAircraft(), AIR_ForeachFromBase, base_t::alienInterest, B_BuildingDestroy(), B_Delete(), B_GetBuildingByIDX, B_MoveAircraftOnGeoscapeToOtherBases(), BASE_DESTROYED, base_t::baseStatus, CAP_ITEMS, CAP_SetCurrent(), ccs, CP_MissionNotifyBaseDestroyed(), E_DeleteAllEmployees(), base_t::idx, OBJZERO, and base_t::storage.

Referenced by B_Destroy_AntimaterStorage_f(), CP_BaseAttackMissionDestroyBase(), TEST_F(), and TEST_F().

◆ B_DumpAircraftToHomeBase()

void B_DumpAircraftToHomeBase ( aircraft_t * aircraft )

Will unload all cargo to the homebase.

Parameters

[in,out] aircraft The aircraft to dump

Definition at line 2084 of file cp_base.cpp.

References AL_AddAliens(), B_SellOrAddItems(), and aircraft_t::maxTeamSize.

Referenced by B_AircraftReturnedToHomeBase(), CP_EndRescueMission(), and CP_MissionEndActions().

◆ B_GetBaseByIDX()

base_t * B_GetBaseByIDX ( int baseIdx )

Array bound check for the base index. Will also return unfounded bases as long as the index is in the valid ranges,.

Parameters

[in] baseIdx Index to check

Returns: Pointer to the base corresponding to baseIdx.

Definition at line 313 of file cp_base.cpp.

References ccs, and MAX_BASES.

Referenced by AIR_LoadAircraftXML(), B_BuildBuilding_f(), B_FillBuildingInfo_f(), B_GetFirstUnfoundedBase(), B_GetFoundedBaseByIDX(), B_ListBuildings_f(), B_LoadXML(), BDEF_AddBattery_f(), BDEF_UpdateActiveBattery_f(), CP_AddItemAsCollected_f(), E_LoadXML(), GAME_CP_DrawBaseLayout(), MIS_LoadXML(), PR_LoadXML(), RS_LoadXML(), and TR_LoadXML().

◆ B_GetBaseTemplate()

const baseTemplate_t * B_GetBaseTemplate ( const char * baseTemplateID )

Returns the baseTemplate in the global baseTemplate list that has the unique name baseTemplateID.

Parameters

[in] baseTemplateID The unique id of the building (baseTemplate_t->name).

Returns: baseTemplate_t If a Template was found it is returned, otherwise->nullptr.

Definition at line 1246 of file cp_base.cpp.

References ccs, cgi, i, and Q_streq.

Referenced by B_BuildFromTemplate().

◆ B_GetBuildingInBaseByType()

const building_t * B_GetBuildingInBaseByType	(	const base_t *	base,
		buildingType_t	buildingType,
		bool	onlyWorking )

Gets a building of a given type in the given base.

Parameters

[in]	base	The base to search the building in
[in]	buildingType	What building-type to get.
[in]	onlyWorking	If we're looking only for working buildings

Returns: The building or nullptr if base has no building of that type

Definition at line 1414 of file cp_base.cpp.

References B_GetBuildingStatus(), and B_GetNextBuildingByType().

◆ B_GetBuildingStatus()

bool B_GetBuildingStatus	(	const base_t *const	base,
		const buildingType_t	buildingType )

Get the status associated to a building.

Parameters

[in]	base	The base to search for the given building type
[in]	buildingType	value of building->buildingType

Returns: true if the building is functional

See also: B_SetBuildingStatus

Definition at line 478 of file cp_base.cpp.

References B_MISC, cgi, base_t::hasBuilding, and MAX_BUILDING_TYPE.

Referenced by AII_BaseCanShoot(), AIM_AircraftStart_f(), AIR_AircraftAllowed(), AIR_CanIntercept(), AIR_CheckMoveIntoNewHomebase(), AIRFIGHT_CampaignRunBaseDefence(), B_BuildFromTemplate(), B_BuildingOpenAfterClick_f(), B_CheckBuildingDependencesStatus(), B_CheckUpdateBuilding(), B_GetBuildingInBaseByType(), B_GetInstallationLimit(), B_GetMaxBuildingLevel(), B_ResetAllStatusAndCapacities(), B_UpdateStatusBuilding(), BS_Buy_f(), BS_BuySellAllowed(), CL_PopupInterceptClick_f(), CP_BaseAttackChooseBase(), E_HireAllowed(), HOS_HospitalAllowed(), HOS_HospitalRun(), HOS_Init_f(), PR_ProductionAllowed(), RS_ResearchAllowed(), TEST_F(), TEST_F(), TEST_F(), TR_EmptyTransferCargo(), and UFO_CampaignCheckEvents().

◆ B_GetBuildingTypeByCapacity()

buildingType_t B_GetBuildingTypeByCapacity ( baseCapacities_t cap )

Get building type by base capacity.

Parameters

[in] cap Enum type of baseCapacities_t.

Returns: Enum type of buildingType_t.

See also: B_UpdateBaseCapacities; B_PrintCapacities_f

Definition at line 447 of file cp_base.cpp.

References B_ALIEN_CONTAINMENT, B_ANTIMATTER, B_HANGAR, B_LAB, B_QUARTERS, B_SMALL_HANGAR, B_STORAGE, B_WORKSHOP, CAP_AIRCRAFT_BIG, CAP_AIRCRAFT_SMALL, CAP_ALIENS, CAP_ANTIMATTER, CAP_EMPLOYEES, CAP_ITEMS, CAP_LABSPACE, CAP_WORKSPACE, and MAX_BUILDING_TYPE.

Referenced by AIR_CheckMoveIntoNewHomebase(), B_ResetAllStatusAndCapacities(), B_UpdateBaseCapacities(), CAP_CheckOverflow(), and UP_AircraftDescription().

◆ B_GetCapacityFromBuildingType()

baseCapacities_t B_GetCapacityFromBuildingType ( buildingType_t type )

Get the capacity associated to a building type.

Parameters

[in] type The type of the building

Returns: capacity (baseCapacities_t), or MAX_CAP if building has no capacity

Definition at line 416 of file cp_base.cpp.

References B_ALIEN_CONTAINMENT, B_ANTIMATTER, B_HANGAR, B_LAB, B_QUARTERS, B_SMALL_HANGAR, B_STORAGE, B_WORKSHOP, CAP_AIRCRAFT_BIG, CAP_AIRCRAFT_SMALL, CAP_ALIENS, CAP_ANTIMATTER, CAP_EMPLOYEES, CAP_ITEMS, CAP_LABSPACE, CAP_WORKSPACE, MAX_CAP, and type.

Referenced by AIR_GetHangarCapacityType(), B_BuildingDestroy(), B_BuildingDestroy_f(), B_ListBuildings_f(), B_UpdateAllBaseBuildingStatus(), and TR_DestinationCapacityList_f().

◆ B_GetCount()

int B_GetCount ( void )

Returns the count of founded bases.

Definition at line 277 of file cp_base.cpp.

References ccs.

Referenced by B_BaseInit_f(), B_BuildBase_f(), B_BuildingDestroy_f(), B_BuildingOpenAfterClick_f(), B_GetFoundedBaseByIDX(), B_GetNext(), B_InitCallbacks(), B_LoadXML(), B_SelectBase(), B_SetBaseTitle_f(), BDEF_RemoveBattery_f(), GEO_Click(), GEO_GetGeoscapeAngle(), and INS_FillTypes_f().

◆ B_GetCurrentSelectedBase()

base_t * B_GetCurrentSelectedBase ( void )

returns the currently selected base

Definition at line 1578 of file cp_base.cpp.

References B_GetNext(), and base_t::selected.

Referenced by AC_Init_f(), AC_KillAll_f(), AC_KillOne_f(), AIM_AircraftEquipAddItem_f(), AIM_AircraftEquipMenuUpdate(), AIM_AircraftEquipRemoveItem_f(), AIM_AircraftEquipSlotSelect_f(), AIM_AircraftEquipZoneSelect_f(), AIM_AircraftReturnToBase_f(), AIM_AircraftStart_f(), AIM_SelectAircraft_f(), AIM_UpdateItemDescription(), AIR_AircraftFillList_f(), AIR_ChangeAircraftName_f(), B_BaseInit_f(), BDEF_AddItem_f(), BDEF_BaseDefenceMenuUpdate_f(), BDEF_ChangeAutoFire(), BDEF_RemoveItem_f(), BDEF_SelectItem_f(), BS_Buy_f(), BS_FillMarket_f(), CP_TEAM_AssignSoldierByUCN_f(), CP_TEAM_DeEquipActor_f(), CP_TEAM_FillBDEFEmployeeList_f(), CP_TEAM_FillEmployeeList_f(), CP_TEAM_FillEquipSoldierList_f(), CP_TEAM_SelectActorByUCN_f(), E_EmployeeHire_f(), E_EmployeeList_f(), E_EmployeeSelect(), E_UpdateGUICount_f(), PR_ProductionDecrease_f(), PR_ProductionDown_f(), PR_ProductionIncrease_f(), PR_ProductionList_f(), PR_ProductionListClick_f(), PR_ProductionListRightClick_f(), PR_ProductionStop_f(), PR_ProductionType_f(), PR_ProductionUp_f(), RS_Change_f(), RS_FillTechnologyList_f(), RS_Max_f(), RS_Stop_f(), TR_Add_f(), TR_Fill_f(), TR_Init_f(), TR_InitBaseList(), TR_SelectBase_f(), TR_TransferListClear_f(), and TR_TransferStart_f().

◆ B_GetFirstUnfoundedBase()

base_t * B_GetFirstUnfoundedBase ( void )

Get the first unfounded base.

Returns: first unfounded base or nullptr if every available base slot is already filled

Definition at line 1537 of file cp_base.cpp.

References B_GetBaseByIDX(), base_t::founded, and MAX_BASES.

Referenced by B_Build().

◆ B_GetFoundedBaseByIDX()

base_t * B_GetFoundedBaseByIDX ( int baseIdx )

Array bound check for the base index.

Parameters

[in] baseIdx Index to check

Returns: Pointer to the base corresponding to baseIdx if base is founded, nullptr else.

Definition at line 326 of file cp_base.cpp.

References B_GetBaseByIDX(), and B_GetCount().

Referenced by AC_Init_f(), AC_KillAll_f(), AC_KillExceeding_f(), AC_KillOne_f(), AC_LoadXML(), AIR_ShowAircraft_f(), B_AssembleMap_f(), B_BaseInit_f(), B_BuildingDestroy_f(), B_BuildingOpenAfterClick_f(), B_ChangeBaseName_f(), B_Destroy_AntimaterStorage_f(), B_FillMap_f(), B_SelectBase_f(), BDEF_RemoveBattery_f(), BS_Buy_f(), BS_FillMarket_f(), CL_PopupChangeHomebase_f(), E_GetCounts_f(), GAME_CP_DrawBaseLayoutTooltip(), HOS_Init_f(), PR_ShowActiveProduction_f(), RADAR_UpdateBaseRadarCoverage_f(), RS_ShowActiveResearch_f(), TR_DestinationCapacityList_f(), and TR_SelectBase_f().

◆ B_GetInstallationLimit()

int B_GetInstallationLimit ( void )

Counts the actual installation count limit.

Returns: int number of installations can be built

Definition at line 1153 of file cp_base.cpp.

References B_COMMAND, B_GetBuildingStatus(), B_GetNext(), and MAX_INSTALLATIONS_PER_BASE.

Referenced by INS_BuildInstallation_f(), INS_FillTypes_f(), INS_SelectType_f(), INS_UpdateInstallationLimit_f(), and TEST_F().

◆ B_GetMaxBuildingLevel()

float B_GetMaxBuildingLevel	(	const base_t *	base,
		const buildingType_t	type )

Get the maximum level of a building type in a base.

Parameters

[in]	base	Pointer to base.
[in]	type	Building type to get the maximum level for.

Note: This function checks base status for particular buildings.

Returns: 0.0f if there is no (operational) building of the requested type in the base, otherwise the maximum level.

Definition at line 519 of file cp_base.cpp.

References B_GetBuildingStatus(), B_GetNextBuildingByType(), B_STATUS_WORKING, building_t::buildingStatus, building_t::level, and type.

Referenced by B_Build(), B_LoadXML(), and RADAR_UpdateBaseRadarCoverage_f().

◆ B_GetNeighbours()

linkedList_t * B_GetNeighbours ( const building_t * building )

static

Returns the neighbourhood of a building.

Parameters

[in] building The building we ask neighbours

Returns: a linkedList with neighbouring buildings

Note: for unfinished building it returns an empty list

Definition at line 58 of file cp_base.cpp.

References B_GetBuildingAt, B_IsBuildingBuiltUp(), building_t::base, cgi, i, building_t::pos, and building_t::size.

Referenced by B_BuildBuilding(), and B_IsBuildingDestroyable().

◆ B_GetNext()

base_t * B_GetNext ( base_t * lastBase )

Iterates through founded bases.

Parameters

[in] lastBase Pointer of the base to iterate from. call with nullptr to get the first one.

Definition at line 286 of file cp_base.cpp.

References B_GetCount(), and ccs.

Referenced by AB_UpdateStealthForAllBase(), AII_RepairAircraft(), AII_UpdateInstallationDelay(), AIR_AircraftsNotifyUFORemoved(), AIRFIGHT_CampaignRunBaseDefence(), AL_CountAll(), B_GetCurrentSelectedBase(), B_GetInstallationLimit(), B_MoveAircraftOnGeoscapeToOtherBases(), B_PostLoadInitCapacity(), B_SaveXML(), B_SetCurrentSelectedBase(), B_UpdateBuildingConstructions(), BDEF_AutoSelectTarget(), CAP_CheckOverflow(), CL_DisplayHomebasePopup(), CL_DisplayPopupInterceptUFO(), CL_PopupInterceptBaseClick_f(), CP_BaseAttackChooseBase(), CP_ResetCampaignData(), GEO_Click(), GEO_DrawMarkers(), GEO_GetGeoscapeAngle(), GEO_PositionCloseToBase(), NAT_HandleBudget(), PR_PostLoadInitProgress(), PR_ProductionBase(), PR_ProductionRun(), PR_SaveXML(), RADAR_AddDetectedUFOToEveryRadar(), RADAR_CheckRadarSensored(), RADAR_DeactivateRadarOverlay(), RADAR_NotifyUFORemoved(), RADAR_UpdateStaticRadarCoverage(), RS_MarkStoryLineEventResearched(), STAT_GetExpenses_f(), TR_Init_f(), TR_InitBaseList(), UFO_CampaignCheckEvents(), and UFO_UpdateAlienInterestForAllBasesAndInstallations().

◆ B_GetNextBuilding()

building_t * B_GetNextBuilding	(	const base_t *	base,
		building_t *	lastBuilding )

Iterates through buildings in a base.

Parameters

[in]	base	Pointer to the base which buildings asked
[in]	lastBuilding	Pointer to the building iterate from. Call with nullptr to get the first one.

Definition at line 339 of file cp_base.cpp.

References B_GetBuildingByIDX, ccs, and base_t::idx.

Referenced by B_GetNextBuildingByType(), B_GetNumberOfBuildingsInBaseByTemplate(), B_IsBuildingDestroyable(), B_ResetAllStatusAndCapacities(), B_SaveXML(), B_UpdateBuildingConstructions(), B_UpdateStatusBuilding(), and CP_GetSalaryUpKeepBase().

◆ B_GetNextBuildingByType()

building_t * B_GetNextBuildingByType	(	const base_t *	base,
		building_t *	lastBuilding,
		buildingType_t	buildingType )

Iterates throught buildings of a type in a base.

Parameters

[in]	base	Pointer to the base which buildings asked
[in]	lastBuilding	Pointer to the building iterate from. Call with nullptr to get the first one.
[in]	buildingType	Type of the buildings to search

See also: buildingType_t

Definition at line 367 of file cp_base.cpp.

References B_GetNextBuilding(), and building_t::buildingType.

Referenced by B_CheckBuildingTypeStatus(), B_GetBuildingInBaseByType(), B_GetMaxBuildingLevel(), B_GetNumberOfBuildingsInBaseByBuildingType(), B_UpdateBaseCapacities(), and BDEF_RemoveBattery_f().

◆ B_GetNumberOfBuildingsInBaseByBuildingType()

int B_GetNumberOfBuildingsInBaseByBuildingType	(	const base_t *	base,
		const buildingType_t	buildingType )

Counts the number of buildings of a particular building type in a base.

Parameters

[in]	base	Which base to count in.
[in]	buildingType	Building type value.

Returns: The number of buildings or -1 on error (e.g. base index out of range)

Definition at line 1386 of file cp_base.cpp.

References B_GetNextBuildingByType(), B_STATUS_NOT_SET, building_t::buildingStatus, cgi, and MAX_BUILDING_TYPE.

Referenced by B_BuildingDestroy(), and CP_BaseAttackStartMission().

◆ B_GetNumberOfBuildingsInBaseByTemplate()

int B_GetNumberOfBuildingsInBaseByTemplate	(	const base_t *	base,
		const building_t *	tpl )

Counts the number of buildings of a particular type in a base.

Parameters

[in]	base	Which base to count in.
[in]	tpl	The template type in the ccs.buildingTemplates list.

Returns: The number of buildings or -1 on error (e.g. base index out of range)

Definition at line 1353 of file cp_base.cpp.

References B_GetNextBuilding(), B_STATUS_NOT_SET, building_t::buildingStatus, cgi, and building_t::tpl.

Referenced by B_FillBuildingInfo_f(), and B_ListBuildings_f().

◆ B_InitialEquipment()

void B_InitialEquipment	(	aircraft_t *	aircraft,
		const equipDef_t *	ed )

static

Prepares initial equipment for initial team the beginning of the campaign.

Parameters

[in,out]	aircraft	aircraft on which the soldiers (to equip) are
[in]	ed	Initial equipment definition

Definition at line 1759 of file cp_base.cpp.

References aircraft_t::acTeam, AIR_MoveEmployeeInventoryIntoStorage(), CAP_UpdateStorageCap(), cgi, CL_SwapSkills(), DEBUG_CLIENT, aircraft_t::homebase, LIST_Foreach, character_t::name, and base_t::storage.

Referenced by B_SetUpFirstBase().

◆ B_InitStartup()

void B_InitStartup ( void )

Resets console commands.

Definition at line 1970 of file cp_base.cpp.

References cgi.

Referenced by CP_InitStartup().

◆ B_IsBuildingDestroyable()

bool B_IsBuildingDestroyable ( const building_t * building )

Returns if a base building is destroyable.

Parameters

[in] building Pointer to the building to check

Definition at line 224 of file cp_base.cpp.

References B_GetNeighbours(), B_GetNextBuilding(), building_t::base, BASE_DESTROYED, base_t::baseStatus, ccs, cgi, linkedList_t::data, i, base_t::idx, building_t::idx, LIST_Foreach, MAX_BUILDINGS, and OBJZERO.

Referenced by B_BuildingDestroy(), and B_BuildingDestroy_f().

◆ B_ItemInBase()

int B_ItemInBase	(	const objDef_t *	item,
		const base_t *	base )

Check if the item has been collected (i.e it is in the storage) in the given base.

Parameters

[in]	item	The item to check
[in]	base	The base to search in.

Returns: amount Number of available items in base

Definition at line 2133 of file cp_base.cpp.

References objDef_t::idx, objDef_t::isVirtual, equipDef_t::numItems, and base_t::storage.

Referenced by AIM_UpdateAircraftItemList(), AIR_Refuel(), B_AddToStorage(), B_AntimatterInBase(), B_BaseHasItem(), B_UpdateAntimatterCap(), BS_Buy_f(), BS_FillMarket_f(), BS_SellItem(), CAP_UpdateStorageCap(), PR_RequirementsInfo(), PR_RequirementsMet(), PR_UpdateProductionList(), RS_RequirementsMet(), TR_Add_f(), and TR_FillItems().

◆ B_ItemIsStoredInBaseStorage()

bool B_ItemIsStoredInBaseStorage ( const objDef_t * obj )

Check if an item is stored in storage.

Parameters

[in] obj Pointer to the item to check.

Returns: True if item is stored in storage.

Definition at line 2560 of file cp_base.cpp.

References ANTIMATTER_ITEM_ID, objDef_t::id, objDef_t::isVirtual, and Q_streq.

Referenced by B_AddToStorage(), CAP_UpdateStorageCap(), CP_ItemsSanityCheck(), TR_Add_f(), TR_EmptyTransferCargo(), TR_FillItems(), and TR_TransferStart().

◆ B_LoadBaseSlotsXML()

int B_LoadBaseSlotsXML	(	baseWeapon_t *	weapons,
		int	max,
		xmlNode_t *	p )

Loads the missile and laser slots of a base or sam site.

Parameters

[out]	weapons	Defence weapons array
[out]	max	Number of entries in weapons array
[in]	p	XML Node structure, where we load the information from

See also: B_Load; B_SaveBaseSlots

Definition at line 2347 of file cp_base.cpp.

References AII_LoadOneSlotXML(), baseWeapon_t::autofire, cgi, i, SAVE_BASES_AUTOFIRE, SAVE_BASES_TARGET, SAVE_BASES_WEAPON, baseWeapon_t::target, UFO_GetByIDX(), XML_GetNextNode(), and xmlNode_t.

Referenced by B_LoadXML(), and INS_LoadXML().

◆ B_LoadStorageXML()

bool B_LoadStorageXML	(	xmlNode_t *	parent,
		equipDef_t *	equip )

Loads base storage.

Parameters

[in]	parent	XML Node structure, where we get the information from
[out]	equip	Storage to load

Definition at line 2387 of file cp_base.cpp.

References cgi, objDef_t::idx, INVSH_GetItemByID(), equipDef_t::numItems, equipDef_t::numItemsLoose, SAVE_BASES_ITEM, SAVE_BASES_NUM, SAVE_BASES_NUMLOOSE, SAVE_BASES_ODS_ID, and xmlNode_t.

Referenced by B_LoadXML().

◆ B_LoadXML()

bool B_LoadXML ( xmlNode_t * parent )

Loads base data.

Parameters

[in] parent XML Node structure, where we get the information from

Todo: save it as vec2t if needed, also it's opposite

Definition at line 2406 of file cp_base.cpp.

Referenced by SAV_Init().

◆ B_MapIsCellFree()

bool B_MapIsCellFree	(	const base_t *	base,
		int	col,
		int	row )

Check a base cell.

Returns: True if the cell is free to build

Definition at line 1263 of file cp_base.cpp.

References B_GetBuildingAt, B_IsTileBlocked, and BASE_SIZE.

◆ B_MoveAircraftOnGeoscapeToOtherBases()

void B_MoveAircraftOnGeoscapeToOtherBases ( const base_t * base )

static

Will ensure that aircraft on geoscape are not stored in a base that no longer has any hangar left.

Parameters

[in] base The base that is going to be destroyed

Todo: this should be merged into CAP_RemoveAircraftExceedingCapacity

Todo: Pilot skills; really kill pilot in this case?

Definition at line 861 of file cp_base.cpp.

References AIR_CheckMoveIntoNewHomebase(), AIR_DestroyAircraft(), AIR_ForeachFromBase, AIR_IsAircraftOnGeoscape(), AIR_MoveAircraftIntoNewHomebase(), B_GetNext(), CP_SpawnRescueMission(), GEO_GetColor(), MapIsWater, MAPTYPE_TERRAIN, and UFO_NotifyPhalanxAircraftRemoved().

Referenced by B_Destroy().

◆ B_ParseBaseTemplate()

void B_ParseBaseTemplate	(	const char *	name,
		const char **	text )

Reads a base layout template.

Parameters

[in]	name	The script id of the base template
[in]	text	The script block to parse

See also: CL_ParseScriptFirst

Definition at line 1435 of file cp_base.cpp.

References BASE_SIZE, baseBuildingTile_t::building, baseTemplate_t::buildings, ccs, cgi, Com_Parse(), cp_campaignPool, linkedList_t::data, ERR_DROP, i, baseTemplate_t::id, building_t::id, building_t::mandatory, MAX_BASEBUILDINGS, MAX_BASETEMPLATES, MAX_BUILDINGS, building_t::maxCount, name, linkedList_t::next, baseTemplate_t::numBuildings, OBJZERO, baseBuildingTile_t::posX, baseBuildingTile_t::posY, Q_streq, and V_POS.

Referenced by CP_ParseScriptSecond().

◆ B_PostLoadInit()

bool B_PostLoadInit ( void )

Set the capacity stuff for all the bases after loading a savegame.

See also: SAV_GameActionsAfterLoad

Definition at line 2377 of file cp_base.cpp.

References B_PostLoadInitCapacity().

Referenced by SAV_GameActionsAfterLoad().

◆ B_PostLoadInitCapacity()

bool B_PostLoadInitCapacity ( void )

static

Set the capacity stuff for all the bases after loading a savegame.

See also: B_PostLoadInit

Definition at line 2364 of file cp_base.cpp.

References B_GetNext(), and B_ResetAllStatusAndCapacities().

Referenced by B_PostLoadInit().

◆ B_ResetAllStatusAndCapacities()

void B_ResetAllStatusAndCapacities	(	base_t *	base,
		bool	firstEnable )

Recalculate status and capacities of one base.

Parameters

[in]	base	Pointer to the base where status and capacities must be recalculated
[in]	firstEnable	true if this is the first time the function is called for this base

Definition at line 706 of file cp_base.cpp.

References B_CheckUpdateBuilding(), B_FireEvent(), B_GetBuildingStatus(), B_GetBuildingTypeByCapacity(), B_GetNextBuilding(), B_MISC, B_ONENABLE, B_SetBuildingStatus(), B_UpdateAntimatterCap(), B_UpdateBaseCapacities(), building_t::buildingType, CAP_ANTIMATTER, CAP_EMPLOYEES, CAP_GetFreeCapacity(), CAP_ITEMS, CAP_LABSPACE, CAP_SetCurrent(), CAP_UpdateStorageCap(), CAP_WORKSPACE, cgi, DEBUG_CLIENT, E_CountAllHired(), i, MAX_BUILDING_TYPE, MAX_CAP, base_t::name, PR_UpdateProductionCap(), RS_CountScientistsInBase(), and type.

Referenced by B_Build(), and B_PostLoadInitCapacity().

◆ B_SaveBaseSlotsXML()

void B_SaveBaseSlotsXML	(	const baseWeapon_t *	weapons,
		const int	numWeapons,
		xmlNode_t *	node )

Saves the missile and laser slots of a base or sam site.

Parameters

[in]	weapons	Defence weapons array
[in]	numWeapons	Number of entries in weapons array
[out]	node	XML Node structure, where we write the information to

Definition at line 2228 of file cp_base.cpp.

References AII_SaveOneSlotXML(), cgi, i, SAVE_BASES_AUTOFIRE, SAVE_BASES_TARGET, SAVE_BASES_WEAPON, and xmlNode_t.

Referenced by B_SaveXML(), and INS_SaveXML().

◆ B_SaveStorageXML()

bool B_SaveStorageXML	(	xmlNode_t *	parent,
		const equipDef_t &	equip )

Saves base storage.

Parameters

[out]	parent	XML Node structure, where we write the information to
[in]	equip	Storage to save

Definition at line 2244 of file cp_base.cpp.

References cgi, objDef_t::id, INVSH_GetItemByIDX(), equipDef_t::numItems, equipDef_t::numItemsLoose, SAVE_BASES_ITEM, SAVE_BASES_NUM, SAVE_BASES_NUMLOOSE, SAVE_BASES_ODS_ID, and xmlNode_t.

Referenced by B_SaveXML().

◆ B_SaveXML()

bool B_SaveXML ( xmlNode_t * parent )

Save callback for saving in xml format.

Parameters

[out] parent XML Node structure, where we write the information to

Todo: save it as vec2t if needed, also it's opposite

Definition at line 2263 of file cp_base.cpp.

References base_t::alienContainment, base_t::alienInterest, B_GetBuildingAt, B_GetNext(), B_GetNextBuilding(), B_IsTileBlocked, B_SaveBaseSlotsXML(), B_SaveStorageXML(), BASE_SIZE, base_t::baseStatus, base_t::batteries, building_t::buildingStatus, building_t::buildTime, cgi, base_t::founded, DateTime::getDateAsDays(), DateTime::getTimeAsSeconds(), base_t::idx, building_t::idx, base_t::lasers, building_t::level, base_t::name, base_t::numBatteries, base_t::numLasers, base_t::pos, building_t::pos, base_t::radar, AlienCargo::save(), SAVE_BASES_ALIENCONTAINMENT, SAVE_BASES_ALIENINTEREST, SAVE_BASES_BASE, SAVE_BASES_BASES, SAVE_BASES_BASESTATUS, SAVE_BASES_BATTERIES, SAVE_BASES_BLOCKED, SAVE_BASES_BUILDING, SAVE_BASES_BUILDING_PLACE, SAVE_BASES_BUILDINGBUILDTIME, SAVE_BASES_BUILDINGINDEX, SAVE_BASES_BUILDINGLEVEL, SAVE_BASES_BUILDINGS, SAVE_BASES_BUILDINGSPACE, SAVE_BASES_BUILDINGSTATUS, SAVE_BASES_BUILDINGTIMESTART, SAVE_BASES_BUILDINGTYPE, SAVE_BASES_IDX, SAVE_BASES_LASERS, SAVE_BASES_NAME, SAVE_BASES_POS, SAVE_BASES_RADARRANGE, SAVE_BASES_STORAGE, SAVE_BASES_TRACKINGRANGE, SAVE_BASES_X, SAVE_BASES_Y, SAVE_BASESTATUS_NAMESPACE, SAVE_BUILDINGSTATUS_NAMESPACE, saveBaseConstants, base_t::storage, building_t::timeStart, building_t::tpl, and xmlNode_t.

Referenced by SAV_Init().

◆ B_SelectBase()

void B_SelectBase ( const base_t * base )

Select and opens a base.

Parameters

[in] base If this is nullptr we want to build a new base

Definition at line 1592 of file cp_base.cpp.

References B_GetCount(), B_SetCurrentSelectedBase(), ccs, cgi, DEBUG_CLIENT, GEO_IsRadarOverlayActivated(), GEO_ResetAction(), GEO_SetOverlay(), base_t::idx, MA_NEWBASE, MA_NONE, and MAX_BASES.

Referenced by B_BuildBase_f(), B_SelectBase_f(), CL_PopupInterceptRClick_f(), and CP_CampaignInit().

◆ B_SellOrAddItems()

void B_SellOrAddItems ( aircraft_t * aircraft )

static

Sell items to the market or add them to base storage.

Parameters

[in] aircraft Pointer to an aircraft landing in base.

See also: B_AircraftReturnedToHomeBase

Definition at line 2030 of file cp_base.cpp.

References _, B_AddToStorage(), BS_GetItemSellingPrice(), BS_SellItem(), CAP_UpdateStorageCap(), ccs, cgi, Com_sprintf(), cp_messageBuffer, ItemCargo::empty(), aircraft_t::homebase, aircraft_t::itemCargo, lengthof, ItemCargo::list(), LIST_Foreach, MS_AddNewMessage(), ngettext, RS_GetTechForItem(), RS_IsResearched_ptr(), RS_MarkCollected(), RS_MarkResearchable(), and va().

Referenced by B_DumpAircraftToHomeBase().

◆ B_SetBuildingStatus()

void B_SetBuildingStatus	(	base_t *const	base,
		const buildingType_t	buildingType,
		bool	newStatus )

Set status associated to a building.

Parameters

[in]	base	Base to check
[in]	buildingType	value of building->buildingType
[in]	newStatus	New value of the status

See also: B_GetBuildingStatus

Definition at line 499 of file cp_base.cpp.

References B_MISC, cgi, DEBUG_CLIENT, base_t::hasBuilding, and MAX_BUILDING_TYPE.

Referenced by B_BuildingDestroy(), B_CheckUpdateBuilding(), and B_ResetAllStatusAndCapacities().

◆ B_SetCurrentSelectedBase()

void B_SetCurrentSelectedBase ( const base_t * base )

Sets the selected base.

Parameters

[in] base The base that is going to be selected

See also: B_SelectBase

Definition at line 1553 of file cp_base.cpp.

References AIR_GetFirstFromBase(), base_t::aircraftCurrent, B_GetNext(), base_t::baseStatus, cgi, INS_SetCurrentSelectedInstallation(), base_t::name, and base_t::selected.

Referenced by B_Build(), B_SelectBase(), CP_BaseAttackPrepareBattle(), and INS_SelectInstallation().

◆ B_SetName()

void B_SetName	(	base_t *	base,
		const char *	name )

Set the base name.

Parameters

[out]	base	The base to set the name for
[in]	name	The name for the base. This might already be in utf-8 as it's the user input from the UI

Definition at line 1173 of file cp_base.cpp.

References base_t::name, name, and Q_strncpyz().

Referenced by B_Build(), B_ChangeBaseName_f(), and TEST_F().

◆ B_SetUpFirstBase()

void B_SetUpFirstBase	(	const campaign_t *	campaign,
		base_t *	base )

Setup aircraft and equipment for first base. Uses the campaign scriptable equipmentlist.

Parameters

[in]	campaign	The campaign data structure
[in,out]	base	The base to set up

Definition at line 1107 of file cp_base.cpp.

References AIM_AutoEquipAircraft(), AIR_AssignInitial(), AIR_GetAircraft(), AIR_GetHangarCapacityType(), AIR_NewAircraft(), AIR_STATS_FUELSIZE, B_InitialEquipment(), CAP_AIRCRAFT_BIG, CAP_AIRCRAFT_SMALL, CAP_GetFreeCapacity(), ccs, cgi, CP_UpdateCredits(), E_HireEmployeeByType(), EMPL_PILOT, campaign_t::equipment, ERR_DROP, aircraft_t::fuel, aircraft_t::id, campaign_t::initialCraft, LIST_Foreach, MAX_CAP, aircraft_t::price, campaign_t::soldierEquipment, aircraft_t::stats, and base_t::storage.

Referenced by B_BuildBase_f(), CreateBase(), and TEST_F().

◆ B_UpdateAllBaseBuildingStatus()

void B_UpdateAllBaseBuildingStatus	(	building_t *	building,
		buildingStatus_t	status )

static

Updates base status for particular buildings as well as capacities.

Parameters

[in,out]	building	Pointer to building.
[in]	status	Enum of buildingStatus_t which is status of given building.

Note: This function checks whether a building has B_STATUS_WORKING status, and then updates base status for particular buildings and base capacities.

Definition at line 979 of file cp_base.cpp.

References B_CheckUpdateBuilding(), B_FireEvent(), B_GetCapacityFromBuildingType(), B_ONENABLE, B_UpdateBaseCapacities(), B_UpdateStatusBuilding(), building_t::base, building_t::buildingStatus, building_t::buildingType, and MAX_CAP.

Referenced by B_AddBuildingToBasePos(), and B_CheckBuildingConstruction().

◆ B_UpdateAntimatterCap()

void B_UpdateAntimatterCap ( base_t * base )

static

Update Antimatter Capacity.

Parameters

[in] base Pointer to the base

See also: B_ResetAllStatusAndCapacities_f

Definition at line 694 of file cp_base.cpp.

References ANTIMATTER_ITEM_ID, B_ItemInBase(), CAP_ANTIMATTER, CAP_SetCurrent(), and INVSH_GetItemByID().

Referenced by B_ResetAllStatusAndCapacities().

◆ B_UpdateBaseCapacities()

void B_UpdateBaseCapacities	(	baseCapacities_t	cap,
		base_t *	base )

Updates base capacities.

Parameters

[in]	cap	Enum type of baseCapacities_t.
[in]	base	Pointer to the base.

See also: B_UpdateAllBaseBuildingStatus; B_BuildingDestroy_f

Note: If hasBuilding is false, the capacity is still increase: if power plant is destroyed and rebuilt, you shouldn't have to hire employees again

< Update Aliens capacity in base.

< Update employees capacity in base.

< Update laboratory space capacity in base.

< Update workshop space capacity in base.

< Update items capacity in base.

< Update aircraft capacity in base.

< Update antimatter capacity in base.

< Update all capacities in base.

Definition at line 2160 of file cp_base.cpp.

References base_t::alienContainment, B_GetBuildingTypeByCapacity(), B_GetNextBuildingByType(), B_STATUS_CONSTRUCTION_FINISHED, B_UpdateBaseCapacities(), building_t::buildingStatus, building_t::buildingType, CAP_AddMax(), CAP_AIRCRAFT_BIG, CAP_AIRCRAFT_SMALL, CAP_ALIENS, CAP_ANTIMATTER, CAP_EMPLOYEES, CAP_Get, CAP_GetMax, CAP_ITEMS, CAP_LABSPACE, CAP_SetMax(), CAP_WORKSPACE, building_t::capacity, ccs, cgi, capacities_t::cur, DEBUG_CLIENT, ERR_DROP, i, building_t::id, capacities_t::max, and MAX_CAP.

Referenced by B_BuildingDestroy(), B_ResetAllStatusAndCapacities(), B_UpdateAllBaseBuildingStatus(), and B_UpdateBaseCapacities().

◆ B_UpdateBuildingConstructions()

void B_UpdateBuildingConstructions ( void )

Updates base data.

See also: CP_CampaignRun

Note: called every "day"

Definition at line 2009 of file cp_base.cpp.

References _, B_CheckBuildingConstruction(), B_GetNext(), B_GetNextBuilding(), Com_sprintf(), cp_messageBuffer, lengthof, MSO_CheckAddNewMessage(), base_t::name, building_t::name, and NT_BUILDING_FINISHED.

Referenced by CP_CampaignRun(), and TEST_F().

◆ B_UpdateStatusBuilding()

bool B_UpdateStatusBuilding	(	base_t *	base,
		buildingType_t	buildingType,
		bool	onBuilt )

static

Update status of every building when a building has been built/destroyed.

Parameters

[in]	base
[in]	buildingType	The building-type that has been built / removed.
[in]	onBuilt	true if building has been built, false else

See also: B_BuildingDestroy; B_UpdateAllBaseBuildingStatus

Returns: true if at least one building status has been modified

Definition at line 635 of file cp_base.cpp.

References B_CheckUpdateBuilding(), B_FireEvent(), B_GetBuildingStatus(), B_GetNextBuilding(), B_ONDISABLE, B_ONENABLE, building_t::buildingType, and building_t::dependsBuilding.

Referenced by B_BuildingDestroy(), and B_UpdateAllBaseBuildingStatus().

◆ CL_DoSwapSkills()

void CL_DoSwapSkills	(	character_t *	cp1,
		character_t *	cp2,
		const abilityskills_t	skill )

static

Definition at line 1641 of file cp_base.cpp.

References ABILITY_ACCURACY, ABILITY_MIND, ABILITY_POWER, ABILITY_SPEED, cgi, CL_SwapSkill(), ERR_DROP, character_t::score, SKILL_ASSAULT, SKILL_CLOSE, SKILL_EXPLOSIVE, SKILL_HEAVY, SKILL_SNIPER, and chrScoreGlobal_t::skills.

Referenced by CL_SwapSkills().

◆ CL_GetSkillIndicator()

int CL_GetSkillIndicator	(	const character_t *	chr,
		abilityskills_t	skill )

static

Assembles a skill indicator for the given character and its wore weapons in correlation to the given skill.

Parameters

[in]	chr	The character to get the skill indicator for
[in]	skill	The skill to get the indicator for

Returns: -1 if the given character does not wear the needed weapons, otherwise a weighted indicator that tell us how good the weapons fit for the given skill.

Todo

This currently always uses exactly the first two firemodes (see fmode1+fmode2) for calculation. This needs to be adapted to support less (1) or more 3+ firemodes. I think the function will even break on only one firemode .. never tested it.

i think currently also the different ammo/firedef types for each weapon (different weaponr_fd_idx and weaponr_fd_idx values) are ignored.

Definition at line 1682 of file cp_base.cpp.

References Item::ammoDef(), Item::def(), objDef_t::fd, Item::getFiredefs(), Inventory::getHolsterContainer(), Inventory::getRightHandContainer(), character_t::inv, Item::isReloadable(), fireDef_t::weapFdsIdx, and fireDef_t::weaponSkill.

Referenced by CL_SwapSkills().

◆ CL_SwapSkill()

void CL_SwapSkill	(	character_t *	cp1,
		character_t *	cp2,
		abilityskills_t	skill )

static

Swaps one skill from character1 to character 2 and vice versa.

Definition at line 1622 of file cp_base.cpp.

References chrScoreGlobal_t::experience, chrScoreGlobal_t::initialSkills, character_t::score, and chrScoreGlobal_t::skills.

Referenced by CL_DoSwapSkills().

◆ CL_SwapSkills()

void CL_SwapSkills ( linkedList_t * team )

static

Swaps skills of the initial team of soldiers so that they match inventories.

Definition at line 1719 of file cp_base.cpp.

References ABILITY_NUM_TYPES, cgi, CL_DoSwapSkills(), CL_GetSkillIndicator(), i, LIST_Foreach, and SKILL_NUM_TYPES.

Referenced by B_InitialEquipment().

Macros

Functions

Detailed Description

Macro Definition Documentation

◆ B_GetBaseIDX

◆ B_GetBuildingByIDX

◆ B_GetBuildingIDX

Function Documentation

◆ B_AddAntimatter()

◆ B_AddBlockedTile()

◆ B_AddBlockedTiles()

◆ B_AddBuildingToBasePos()

◆ B_AddMap()

◆ B_AddToStorage()

◆ B_AircraftReturnedToHomeBase()

◆ B_AntimatterInBase()

◆ B_AssembleMap()

◆ B_BaseHasItem()

◆ B_BaseResetStatus()

◆ B_Build()

◆ B_BuildBuilding()

◆ B_BuildFromTemplate()

◆ B_BuildingDestroy()

◆ B_CheckBuildingConstruction()

◆ B_CheckBuildingTypeStatus()

◆ B_CheckUpdateBuilding()

◆ B_Delete()

◆ B_Destroy()

◆ B_DumpAircraftToHomeBase()

◆ B_GetBaseByIDX()

◆ B_GetBaseTemplate()

◆ B_GetBuildingInBaseByType()

◆ B_GetBuildingStatus()

◆ B_GetBuildingTypeByCapacity()

◆ B_GetCapacityFromBuildingType()

◆ B_GetCount()

◆ B_GetCurrentSelectedBase()

◆ B_GetFirstUnfoundedBase()

◆ B_GetFoundedBaseByIDX()

◆ B_GetInstallationLimit()

◆ B_GetMaxBuildingLevel()

◆ B_GetNeighbours()

◆ B_GetNext()

◆ B_GetNextBuilding()

◆ B_GetNextBuildingByType()

◆ B_GetNumberOfBuildingsInBaseByBuildingType()

◆ B_GetNumberOfBuildingsInBaseByTemplate()

◆ B_InitialEquipment()

◆ B_InitStartup()

◆ B_IsBuildingDestroyable()

◆ B_ItemInBase()

◆ B_ItemIsStoredInBaseStorage()

◆ B_LoadBaseSlotsXML()

◆ B_LoadStorageXML()

◆ B_LoadXML()

◆ B_MapIsCellFree()

◆ B_MoveAircraftOnGeoscapeToOtherBases()

◆ B_ParseBaseTemplate()

◆ B_PostLoadInit()

◆ B_PostLoadInitCapacity()

◆ B_ResetAllStatusAndCapacities()

◆ B_SaveBaseSlotsXML()

◆ B_SaveStorageXML()

◆ B_SaveXML()

◆ B_SelectBase()

◆ B_SellOrAddItems()

◆ B_SetBuildingStatus()

◆ B_SetCurrentSelectedBase()

◆ B_SetName()

◆ B_SetUpFirstBase()

◆ B_UpdateAllBaseBuildingStatus()

◆ B_UpdateAntimatterCap()

◆ B_UpdateBaseCapacities()

◆ B_UpdateBuildingConstructions()

◆ B_UpdateStatusBuilding()

◆ CL_DoSwapSkills()

◆ CL_GetSkillIndicator()

◆ CL_SwapSkill()

◆ CL_SwapSkills()