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//=============================================================================
// Copyright (C) 2002 Radical Entertainment Ltd. All rights reserved.
//
// File: vehiclecentral.h
//
// Description: holds a list of all the vehicles in the game and provides
// easy access for the rest of the game objects that care
//
// History: May 1, 2002 - created, gmayer
//
//=============================================================================
#ifndef VEHICLECENTRAL_H
#define VEHICLECENTRAL_H
//========================================
// Nested Includes
//========================================
#include <p3d/p3dtypes.hpp>
#include <loading/loadingmanager.h>
#include <worldsim/redbrick/vehicle.h>
#include <worldsim/huskpool.h>
//========================================
// Forward References
//========================================
class VehicleAI;
class AiVehicleController;
class VehicleController;
class EventLocator;
class tBillboardQuadGroup;
//=============================================================================
//
// Synopsis: they lived happily ever after....
//
//=============================================================================
class VehicleCentral : public LoadingManager::ProcessRequestsCallback
{
public:
enum DriverInit
{
ALLOW_DRIVER,
FORCE_NO_DRIVER,
FORCE_DRIVER
};
// Static Methods for accessing this singleton.
static VehicleCentral* GetInstance();
static VehicleCentral* CreateInstance();
static void DestroyInstance();
void PreLoad();
void Unload();
Vehicle* InitVehicle( const char* name, bool addToActiveVehicleList = true, char* confile = 0, VehicleType vt = VT_USER,
DriverInit s = ALLOW_DRIVER, bool playercar = false, bool startoutofcar = true);
// returns index if successful, otherwise -1
int AddVehicleToActiveList(Vehicle* vehicle);
// also make this put vehicles in the dsg.
//
// this is also where the vehicle should ask for a collision index, and insert itself
// returns whether or not it was even there in the first place
bool RemoveVehicleFromActiveList(Vehicle* vehicle);
// remove from dsg
//Triage hack, only for demo mode, or until Greg actually
//addrefs and releases --dm 12/01/02
VehicleController* RemoveVehicleController( int mAIIndex );
void KillEmAll();
void ClearSpot(rmt::Vector& point, float radius, Vehicle* skipCar);
//void Suspend(); // temporarily freeze all action - leave vehicles in the active list
//void Resume(); // unfreeze
int GetNumVehicles() const { return mNumActiveVehicles; }
Vehicle* GetVehicle( int id ) const;
void SetupConsoleFunctionsForVehicleTuning();
void SetVehicleController( int id, VehicleController* pVehicleController );
VehicleController* GetVehicleController( int id ) const;
int GetVehicleId( Vehicle* pVehicle, bool checkStrict = true ) const;
void SubmitStatics();
void SubmitDynamics();
void SubmitAnimCollisions();
void PreSubstepUpdate(float dt);
void PostSubstepUpdate(float dt);
void Update(float dt);
void PreCollisionPrep(float dt, bool firstSubstep);
enum { MAX_ACTIVE_VEHICLES = 30 };
static int GetMaxActiveVehicles() {return MAX_ACTIVE_VEHICLES;}
// *** //
void GetActiveVehicleList(Vehicle** &vList, int& nVehicles);
bool ActiveVehicleListIsFull() const;
// *** //
// hmmm... is there a nicer way to do this?
// need this so we have object to call script hooks on
Vehicle* mVehicleUnderConstruction[MAX_ACTIVE_VEHICLES];
unsigned int mCurrentVehicleUnderContructionHead;
unsigned int mCurrentVehicleUnderConstructionTail;
Vehicle* GetCurrentVehicleUnderConstruction() { return mVehicleUnderConstruction[ mCurrentVehicleUnderContructionHead ]; };
void OnProcessRequestsComplete( void* pUserData );
Vehicle* GetVehicleByName( const char* name ) const;
Vehicle* GetVehicleByUID( tUID uid ) const;
void ActivateVehicleTriggers(bool);
HuskPool mHuskPool; // just use default constructor
void InitHuskPool();
void FreeHuskPool();
void ClearSuppressedDrivers(void);
void AddSuppressedDriver(const char* name);
void RemoveSuppressedDriver(const char* name);
bool IsDriverSuppressed(const char* name);
void SetupDriver(Vehicle*);
//
bool IsCarUnderConstruction(const char* name);
bool IsCarUnderConstruction(const Vehicle* vehicle);
bool GetVehicleTriggersActive(void) {return mbVehicleTriggersActive;}
VehicleAI* GetVehicleAI( Vehicle* vehicle );
// Removes all collectibles attached to various vehicles
void DetachAllCollectibles();
// store the headlights here!
enum
{
NUM_HEADLIGHT_BBQGS = 3,
NUM_HEADLIGHT_BBQS = 7 // combined total of BBQs of all headlight BBQGs
};
tBillboardQuadGroup* mHeadLights[NUM_HEADLIGHT_BBQGS];
tColour mOriginalHeadLightColours[NUM_HEADLIGHT_BBQS];
private:
// No public access to these, use singleton interface.
VehicleCentral();
~VehicleCentral();
// pointer to the single instance
static VehicleCentral* spInstance;
Vehicle* mActiveVehicleList[MAX_ACTIVE_VEHICLES];
VehicleController* mActiveVehicleControllerList[ MAX_ACTIVE_VEHICLES ];
//EventLocator* mDoorTriggerList[ MAX_ACTIVE_VEHICLES ];
int mNumActiveVehicles;
//bool mSuspended;
bool mbVehicleTriggersActive;
static const unsigned int MAX_SuppressED_DRIVERS = 32;
unsigned int mSuppressedDriverCount;
tName mSuppressedDrivers[MAX_SuppressED_DRIVERS];
static AiVehicleController* spGenericAI;
};
// A little syntactic sugar for getting at this singleton.
inline VehicleCentral* GetVehicleCentral() { return( VehicleCentral::GetInstance() ); }
// *** //
inline void VehicleCentral::GetActiveVehicleList(Vehicle** &vList, int& nVehicles)
{
vList = mActiveVehicleList;
nVehicles = mNumActiveVehicles;
}
inline bool VehicleCentral::ActiveVehicleListIsFull() const
{
return (mNumActiveVehicles>=MAX_ACTIVE_VEHICLES);
}
// *** //
#endif //VEHICLECENTRAL_H
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