source-engine/game/client/c_baseplayer.h

//===== Copyright <EFBFBD> 1996-2005, Valve Corporation, All rights reserved. ======//
//
// Purpose: Client-side CBasePlayer.
//
//			- Manages the player's flashlight effect.
//
//===========================================================================//

#ifndef C_BASEPLAYER_H
#define C_BASEPLAYER_H
#ifdef _WIN32
#pragma once
#endif

#include "c_playerlocaldata.h"
#include "c_basecombatcharacter.h"
#include "playerstate.h"
#include "usercmd.h"
#include "shareddefs.h"
#include "timedevent.h"
#include "smartptr.h"
#include "fx_water.h"
#include "hintsystem.h"
#include "soundemittersystem/isoundemittersystembase.h"
#include "c_env_fog_controller.h"
#include "C_PostProcessController.h"
#include "C_ColorCorrection.h"

class C_BaseCombatWeapon;
class C_BaseViewModel;
class C_FuncLadder;

extern int g_nKillCamMode;
extern int g_nKillCamTarget1;
extern int g_nKillCamTarget2;

class C_CommandContext
{
public:
	bool			needsprocessing;

	CUserCmd		cmd;
	int				command_number;
};

class C_PredictionError
{
public:
	float	time;
	Vector	error;
};

#define CHASE_CAM_DISTANCE		96.0f
#define WALL_OFFSET				6.0f


enum PlayerRenderMode_t
{
	PLAYER_RENDER_NONE = 0,
	PLAYER_RENDER_FIRSTPERSON,
	PLAYER_RENDER_THIRDPERSON,
};


bool IsInFreezeCam( void );

//-----------------------------------------------------------------------------
// Purpose: Base Player class
//-----------------------------------------------------------------------------
class C_BasePlayer : public C_BaseCombatCharacter
{
public:
	DECLARE_CLASS( C_BasePlayer, C_BaseCombatCharacter );
	DECLARE_CLIENTCLASS();
	DECLARE_PREDICTABLE();
	DECLARE_INTERPOLATION();

	C_BasePlayer();
	virtual			~C_BasePlayer();

	virtual void	Spawn( void );
	virtual void	SharedSpawn(); // Shared between client and server.
	Class_T		Classify( void ) { return CLASS_PLAYER; }

	// IClientEntity overrides.
	virtual void	OnPreDataChanged( DataUpdateType_t updateType );
	virtual void	OnDataChanged( DataUpdateType_t updateType );

	virtual void	PreDataUpdate( DataUpdateType_t updateType );
	virtual void	PostDataUpdate( DataUpdateType_t updateType );
	
	virtual void	ReceiveMessage( int classID, bf_read &msg );

	virtual void	OnRestore();

	virtual void	MakeTracer( const Vector &vecTracerSrc, const trace_t &tr, int iTracerType );

	virtual void	GetToolRecordingState( KeyValues *msg );

	void	SetAnimationExtension( const char *pExtension );

	C_BaseViewModel		*GetViewModel( int viewmodelindex = 0 );
	C_BaseCombatWeapon	*GetActiveWeapon( void ) const;
	const char			*GetTracerType( void );

	// View model prediction setup
	virtual void		CalcView( Vector &eyeOrigin, QAngle &eyeAngles, float &zNear, float &zFar, float &fov );
	virtual void		CalcViewModelView( const Vector& eyeOrigin, const QAngle& eyeAngles);
	

	// Handle view smoothing when going up stairs
	void				SmoothViewOnStairs( Vector& eyeOrigin );
	virtual float		CalcRoll (const QAngle& angles, const Vector& velocity, float rollangle, float rollspeed);
	void				CalcViewRoll( QAngle& eyeAngles );
	virtual void		CalcViewBob( Vector& eyeOrigin );
	void				CreateWaterEffects( void );

	virtual void			SetPlayerUnderwater( bool state );
	void					UpdateUnderwaterState( void );
	bool					IsPlayerUnderwater( void ) { return m_bPlayerUnderwater; }

	virtual	C_BaseCombatCharacter *ActivePlayerCombatCharacter( void ) { return this; }

	virtual Vector			Weapon_ShootPosition();
	virtual bool			Weapon_CanUse( C_BaseCombatWeapon *pWeapon );
	virtual void			Weapon_DropPrimary( void ) {}

	virtual Vector			GetAutoaimVector( float flScale );
	void					SetSuitUpdate(char *name, int fgroup, int iNoRepeat);

	// Input handling
	virtual bool	CreateMove( float flInputSampleTime, CUserCmd *pCmd );
	virtual void	AvoidPhysicsProps( CUserCmd *pCmd );
	
	virtual void	PlayerUse( void );
	CBaseEntity		*FindUseEntity( void );
	virtual bool	IsUseableEntity( CBaseEntity *pEntity, unsigned int requiredCaps );

	// Data handlers
	virtual bool	IsPlayer( void ) const { return true; }
	virtual int		GetHealth() const { return m_iHealth; }

	int		GetBonusProgress() const { return m_iBonusProgress; }
	int		GetBonusChallenge() const { return m_iBonusChallenge; }

	// observer mode
	virtual int			GetObserverMode() const;
	virtual CBaseEntity	*GetObserverTarget() const;
	void			SetObserverTarget( EHANDLE hObserverTarget );

	bool			AudioStateIsUnderwater( Vector vecMainViewOrigin );

	bool IsObserver() const;
	bool IsHLTV() const;
	bool IsReplay() const;
	void ResetObserverMode();
	bool IsBot( void ) const { return false; }

	// Eye position..
	virtual Vector		 EyePosition();
	virtual const QAngle &EyeAngles();		// Direction of eyes
	void				 EyePositionAndVectors( Vector *pPosition, Vector *pForward, Vector *pRight, Vector *pUp );
	virtual const QAngle &LocalEyeAngles();		// Direction of eyes
	
	// This can be overridden to return something other than m_pRagdoll if the mod uses separate 
	// entities for ragdolls.
	virtual IRagdoll* GetRepresentativeRagdoll() const;

	// override the initial bone position for ragdolls
	virtual void GetRagdollInitBoneArrays( matrix3x4a_t *pDeltaBones0, matrix3x4a_t *pDeltaBones1, matrix3x4a_t *pCurrentBones, float boneDt );

	// Returns eye vectors
	void			EyeVectors( Vector *pForward, Vector *pRight = NULL, Vector *pUp = NULL );
	void			CacheVehicleView( void );	// Calculate and cache the position of the player in the vehicle


	bool			IsSuitEquipped( void ) { return m_Local.m_bWearingSuit; };

	// Team handlers
	virtual void	TeamChange( int iNewTeam );

	// Flashlight
	void	Flashlight( void );
	void	UpdateFlashlight( void );
	void	TurnOffFlashlight( void );	// TERROR
	virtual const char *GetFlashlightTextureName( void ) const { return NULL; } // TERROR
	virtual float GetFlashlightFOV( void ) const { return 0.0f; } // TERROR
	virtual float GetFlashlightFarZ( void ) const { return 0.0f; } // TERROR
	virtual float GetFlashlightLinearAtten( void ) const { return 0.0f; } // TERROR
	virtual bool CastsFlashlightShadows( void ) const { return true; } // TERROR
	virtual void GetFlashlightOffset( const Vector &vecForward, const Vector &vecRight, const Vector &vecUp, Vector *pVecOffset ) const;
	Vector	m_vecFlashlightOrigin;
	Vector	m_vecFlashlightForward;
	Vector	m_vecFlashlightUp;
	Vector	m_vecFlashlightRight;

	// Weapon selection code
	virtual bool				IsAllowedToSwitchWeapons( void ) { return !IsObserver(); }
	virtual C_BaseCombatWeapon	*GetActiveWeaponForSelection( void );

	// Returns the view model if this is the local player. If you're in third person or 
	// this is a remote player, it returns the active weapon
	// (and its appropriate left/right weapon if this is TF2).
	virtual C_BaseAnimating*	GetRenderedWeaponModel();

	virtual bool				IsOverridingViewmodel( void ) { return false; };
	virtual int					DrawOverriddenViewmodel( C_BaseViewModel *pViewmodel, int flags, const RenderableInstance_t &instance ) { return 0; };

	virtual float				GetDefaultAnimSpeed( void ) { return 1.0; }

	void						SetMaxSpeed( float flMaxSpeed ) { m_flMaxspeed = flMaxSpeed; }
	float						MaxSpeed() const		{ return m_flMaxspeed; }

	// Should this object cast shadows?
	virtual ShadowType_t		ShadowCastType() { return SHADOWS_NONE; }

	virtual bool				ShouldReceiveProjectedTextures( int flags )
	{
		return false;
	}


	// Makes sure s_pLocalPlayer is properly initialized
	void						CheckForLocalPlayer( int nSplitScreenSlot );

	/// Is the passed in player one of the split screen users
	static bool					IsLocalPlayer( const C_BaseEntity *pl );
	/// is this player a local player ( call when you have already verified that your pointer really is a C_BasePlayer )
	inline bool					IsLocalPlayer( void ) const;

	// Global/static methods
	virtual void				ThirdPersonSwitch( bool bThirdperson );
	bool						ShouldDrawLocalPlayer();
	static C_BasePlayer			*GetLocalPlayer( int nSlot = -1 );
	static void					SetRemoteSplitScreenPlayerViewsAreLocalPlayer( bool bSet ); //if true, calls to GetLocalPlayer() will return a remote splitscreen player when applicable.
	static bool					HasAnyLocalPlayer();
	static int					GetSplitScreenSlotForPlayer( C_BaseEntity *pl );

	void						AddSplitScreenPlayer( C_BasePlayer *pOther );
	void						RemoveSplitScreenPlayer( C_BasePlayer *pOther );
	CUtlVector< CHandle< C_BasePlayer > > &GetSplitScreenPlayers();

	bool						IsSplitScreenPartner( C_BasePlayer *pPlayer );

	bool						IsSplitScreenPlayer() const;
	int							GetSplitScreenPlayerSlot();

	virtual IClientModelRenderable*	GetClientModelRenderable();
	virtual bool				PreRender( int nSplitScreenPlayerSlot );

	int							GetUserID( void ) const;
	virtual bool				CanSetSoundMixer( void );

	// return the entity used for soundscape radius checks
	virtual C_BaseEntity		*GetSoundscapeListener();


#if !defined( NO_ENTITY_PREDICTION )
	void						AddToPlayerSimulationList( C_BaseEntity *other );
	void						SimulatePlayerSimulatedEntities( void );
	void						RemoveFromPlayerSimulationList( C_BaseEntity *ent );
	void						ClearPlayerSimulationList( void );
#endif

	virtual void				PhysicsSimulate( void );
	virtual unsigned int	PhysicsSolidMaskForEntity( void ) const { return MASK_PLAYERSOLID; }

	// Prediction stuff
	virtual bool				ShouldPredict( void );
	virtual C_BasePlayer		*GetPredictionOwner( void );

	virtual void				PreThink( void );
	virtual void				PostThink( void );

	virtual void				ItemPreFrame( void );
	virtual void				ItemPostFrame( void );
	virtual void				AbortReload( void );

	virtual void				SelectLastItem(void);
	virtual void				Weapon_SetLast( C_BaseCombatWeapon *pWeapon );
	virtual bool				Weapon_ShouldSetLast( C_BaseCombatWeapon *pOldWeapon, C_BaseCombatWeapon *pNewWeapon ) { return true; }
	virtual bool				Weapon_ShouldSelectItem( C_BaseCombatWeapon *pWeapon );
	virtual	bool				Weapon_Switch( C_BaseCombatWeapon *pWeapon, int viewmodelindex = 0 );		// Switch to given weapon if has ammo (false if failed)
	virtual C_BaseCombatWeapon *GetLastWeapon( void ) { return m_hLastWeapon.Get(); }
	void						ResetAutoaim( void );
	virtual void 				SelectItem( const char *pstr, int iSubType = 0 );

	virtual void				UpdateClientData( void );

	virtual float				GetFOV( void ) const;	
	virtual int					GetDefaultFOV( void ) const;
	virtual bool				IsZoomed( void )	{ return false; }
	bool						SetFOV( CBaseEntity *pRequester, int FOV, float zoomRate, int iZoomStart = 0 );
	void						ClearZoomOwner( void );

	float						GetFOVDistanceAdjustFactor();

	virtual void				ViewPunch( const QAngle &angleOffset );
	void						ViewPunchReset( float tolerance = 0 );

	void						UpdateButtonState( int nUserCmdButtonMask );
	int							GetImpulse( void ) const;

	virtual bool				Simulate();

	virtual bool				ShouldInterpolate();

	virtual bool				ShouldDraw();
	virtual int					DrawModel( int flags, const RenderableInstance_t &instance );

	// Called when not in tactical mode. Allows view to be overriden for things like driving a tank.
	virtual void				OverrideView( CViewSetup *pSetup );

	C_BaseEntity				*GetViewEntity( void ) const { return m_hViewEntity; }

	// returns the player name
	const char *				GetPlayerName();
	virtual const Vector		GetPlayerMins( void ) const; // uses local player
	virtual const Vector		GetPlayerMaxs( void ) const; // uses local player

	virtual void				UpdateCollisionBounds( void );

	// Is the player dead?
	bool				IsPlayerDead();
	bool				IsPoisoned( void ) { return m_Local.m_bPoisoned; }

	virtual C_BaseEntity* GetUseEntity( void ) const;
	virtual C_BaseEntity* GetPotentialUseEntity( void ) const;

	// Vehicles...
	IClientVehicle			*GetVehicle();
	const IClientVehicle	*GetVehicle() const;

	bool			IsInAVehicle() const	{ return ( NULL != m_hVehicle.Get() ) ? true : false; }
	virtual void	SetVehicleRole( int nRole );
	void					LeaveVehicle( void );

	bool					UsingStandardWeaponsInVehicle( void );

	virtual void			SetAnimation( PLAYER_ANIM playerAnim );

	float					GetTimeBase( void ) const;
	float					GetFinalPredictedTime() const;

	bool					IsInVGuiInputMode() const;
	bool					IsInViewModelVGuiInputMode() const;

	C_CommandContext		*GetCommandContext();

	// Get the command number associated with the current usercmd we're running (if in predicted code).
	int CurrentCommandNumber() const;
	const CUserCmd *GetCurrentUserCommand() const;

	virtual const QAngle&	GetPunchAngle();
	void SetPunchAngle( const QAngle &angle );

	float					GetWaterJumpTime() const;
	void					SetWaterJumpTime( float flWaterJumpTime );
	float					GetSwimSoundTime( void ) const;
	void					SetSwimSoundTime( float flSwimSoundTime );

	float					GetDeathTime( void ) { return m_flDeathTime; }

	void		SetPreviouslyPredictedOrigin( const Vector &vecAbsOrigin );
	const Vector &GetPreviouslyPredictedOrigin() const;

	// CS wants to allow small FOVs for zoomed-in AWPs.
	virtual float GetMinFOV() const;

	virtual void DoMuzzleFlash();
	virtual void PlayPlayerJingle();

	virtual void UpdateStepSound( surfacedata_t *psurface, const Vector &vecOrigin, const Vector &vecVelocity  );
	virtual void PlayStepSound( Vector &vecOrigin, surfacedata_t *psurface, float fvol, bool force );
	virtual surfacedata_t * GetFootstepSurface( const Vector &origin, const char *surfaceName );
	virtual void GetStepSoundVelocities( float *velwalk, float *velrun );
	virtual void SetStepSoundTime( stepsoundtimes_t iStepSoundTime, bool bWalking );

	// Called by prediction when it detects a prediction correction.
	// vDelta is the line from where the client had predicted the player to at the usercmd in question,
	// to where the server says the client should be at said usercmd.
	void NotePredictionError( const Vector &vDelta );
	
	// Called by the renderer to apply the prediction error smoothing.
	void GetPredictionErrorSmoothingVector( Vector &vOffset ); 

	virtual void ExitLadder() {}
	surfacedata_t *GetLadderSurface( const Vector &origin );

	void	ForceButtons( int nButtons );
	void	UnforceButtons( int nButtons );


	void SetLadderNormal( Vector vecLadderNormal ) { m_vecLadderNormal = vecLadderNormal; }
	const Vector &GetLadderNormal( void ) const { return m_vecLadderNormal; }
	int GetLadderSurfaceProps( void ) const { return m_ladderSurfaceProps; }

	// Hints
	virtual CHintSystem		*Hints( void ) { return NULL; }
	bool					ShouldShowHints( void ) { return Hints() ? Hints()->ShouldShowHints() : false; }
	bool 					HintMessage( int hint, bool bForce = false, bool bOnlyIfClear = false ) { return Hints() ? Hints()->HintMessage( hint, bForce, bOnlyIfClear ) : false; }
	void 					HintMessage( const char *pMessage ) { if (Hints()) Hints()->HintMessage( pMessage ); }

	virtual	IMaterial *GetHeadLabelMaterial( void );

	// Fog
	virtual fogparams_t		*GetFogParams( void ) { return &m_CurrentFog; }
	void					FogControllerChanged( bool bSnap );
	void					UpdateFogController( void );
	void					UpdateFogBlend( void );

	C_PostProcessController* GetActivePostProcessController() const;
	C_ColorCorrection*		GetActiveColorCorrection() const;

	void					IncrementEFNoInterpParity();
	int						GetEFNoInterpParity() const;

	float					GetFOVTime( void ){ return m_flFOVTime; }

	PlayerRenderMode_t 		GetPlayerRenderMode( int nSlot );

	virtual void			OnAchievementAchieved( int iAchievement ) {}

protected:
	fogparams_t				m_CurrentFog;
	EHANDLE					m_hOldFogController;

public:
	// RecvProxies
	static void RecvProxy_LocalVelocityX( const CRecvProxyData *pData, void *pStruct, void *pOut );
	static void RecvProxy_LocalVelocityY( const CRecvProxyData *pData, void *pStruct, void *pOut );
	static void RecvProxy_LocalVelocityZ( const CRecvProxyData *pData, void *pStruct, void *pOut );

	static void RecvProxy_ObserverTarget( const CRecvProxyData *pData, void *pStruct, void *pOut );
	static void RecvProxy_ObserverMode( const CRecvProxyData *pData, void *pStruct, void *pOut );

	static void RecvProxy_LocalOriginXY( const CRecvProxyData *pData, void *pStruct, void *pOut );
	static void RecvProxy_LocalOriginZ( const CRecvProxyData *pData, void *pStruct, void *pOut );
	static void RecvProxy_NonLocalOriginXY( const CRecvProxyData *pData, void *pStruct, void *pOut );
	static void RecvProxy_NonLocalOriginZ( const CRecvProxyData *pData, void *pStruct, void *pOut );
	static void RecvProxy_NonLocalCellOriginXY( const CRecvProxyData *pData, void *pStruct, void *pOut );
	static void RecvProxy_NonLocalCellOriginZ( const CRecvProxyData *pData, void *pStruct, void *pOut );

	virtual bool ShouldRegenerateOriginFromCellBits() const;

public:
	int m_StuckLast;
	
	// Data for only the local player
	CNetworkVarEmbedded( CPlayerLocalData, m_Local );

	EHANDLE					m_hTonemapController;

	// Data common to all other players, too
	CPlayerState			pl;

public:
// BEGIN PREDICTION DATA COMPACTION (these fields are together to allow for faster copying in prediction system)

// FTYPEDESC_INSENDTABLE STUFF
	// Player FOV values
	int						m_iFOV;				// field of view
	int						m_iFOVStart;		// starting value of the FOV changing over time (client only)
	int						m_afButtonLast;
	int						m_afButtonPressed;
	int						m_afButtonReleased;
	int						m_nButtons;
protected:
	int						m_nImpulse;
	CNetworkVar( int, m_ladderSurfaceProps );
	int						m_flPhysics;
public:
	float					m_flFOVTime;		// starting time of the FOV zoom
private:
	float					m_flWaterJumpTime;  // used to be called teleport_time
	float					m_flSwimSoundTime;
protected:
	float					m_flStepSoundTime;
	float					m_surfaceFriction;
private:
	CNetworkVector( m_vecLadderNormal );

// FTYPEDESC_INSENDTABLE STUFF (end)
public:
	char					m_szAnimExtension[32];
private:
	int						m_nOldTickBase;
private:
	int						m_iBonusProgress;
	int						m_iBonusChallenge;

private:
	float					m_flMaxspeed;


public:
	EHANDLE					m_hZoomOwner;		// This is a pointer to the entity currently controlling the player's zoom
private:
	EHANDLE					m_hVehicle;
	typedef CHandle<C_BaseCombatWeapon> CBaseCombatWeaponHandle;
	CBaseCombatWeaponHandle	m_hLastWeapon;
	// players own view models, left & right hand
	CHandle< C_BaseViewModel >	m_hViewModel[ MAX_VIEWMODELS ];		

public:
	// For weapon prediction
	bool					m_fOnTarget;		//Is the crosshair on a target?



// END PREDICTION DATA COMPACTION
public:


	int						m_iDefaultFOV;		// default FOV if no other zooms are occurring
												// Only this entity can change the zoom state once it has ownership
	int				m_afButtonForced;	// These are forced onto the player's inputs


	CUserCmd		*m_pCurrentCommand;

	EHANDLE			m_hViewEntity;

	// Movement constraints
	EHANDLE			m_hConstraintEntity;
	Vector			m_vecConstraintCenter;
	float			m_flConstraintRadius;
	float			m_flConstraintWidth;
	float			m_flConstraintSpeedFactor;
	bool			m_bConstraintPastRadius;

protected:

	virtual void		CalcPlayerView( Vector& eyeOrigin, QAngle& eyeAngles, float& fov );
	void				CalcVehicleView(IClientVehicle *pVehicle, Vector& eyeOrigin, QAngle& eyeAngles,
							float& zNear, float& zFar, float& fov );
	virtual void		CalcObserverView( Vector& eyeOrigin, QAngle& eyeAngles, float& fov );
	virtual Vector		GetChaseCamViewOffset( CBaseEntity *target );
	void				CalcChaseCamView( Vector& eyeOrigin, QAngle& eyeAngles, float& fov );
	void				CalcInEyeCamView( Vector& eyeOrigin, QAngle& eyeAngles, float& fov );
	virtual void		CalcDeathCamView( Vector& eyeOrigin, QAngle& eyeAngles, float& fov );
	virtual void		CalcRoamingView(Vector& eyeOrigin, QAngle& eyeAngles, float& fov);
	virtual void		CalcFreezeCamView( Vector& eyeOrigin, QAngle& eyeAngles, float& fov );

	// Check to see if we're in vgui input mode...
	void DetermineVguiInputMode( CUserCmd *pCmd );

	// Used by prediction, sets the view angles for the player
	virtual void SetLocalViewAngles( const QAngle &viewAngles );
	virtual void SetViewAngles( const QAngle& ang );

	// used by client side player footsteps 
	surfacedata_t* GetGroundSurface();

protected:
	// Did we just enter a vehicle this frame?
	bool			JustEnteredVehicle();

// DATA
	int				m_iObserverMode;	// if in spectator mode != 0
	EHANDLE			m_hObserverTarget;	// current observer target
	float			m_flObserverChaseDistance; // last distance to observer traget
	Vector			m_vecFreezeFrameStart;
	float			m_flFreezeFrameStartTime;	// Time at which we entered freeze frame observer mode
	float			m_flFreezeFrameDistance;
	bool			m_bWasFreezeFraming; 
	float			m_flDeathTime;		// last time player died


private:
	// Make sure no one calls this...
	C_BasePlayer& operator=( const C_BasePlayer& src );
	C_BasePlayer( const C_BasePlayer & ); // not defined, not accessible

	// Vehicle stuff.
	EHANDLE			m_hOldVehicle;
	EHANDLE			m_hUseEntity;
	
	CInterpolatedVar< Vector >	m_iv_vecViewOffset;

	// Not replicated
	Vector			m_vecWaterJumpVel;


protected:
	QAngle			m_vecOldViewAngles;

private:
	bool			m_bWasFrozen;

	int				m_nTickBase;
	int				m_nFinalPredictedTick;

	EHANDLE			m_pCurrentVguiScreen;


	// Player flashlight dynamic light pointers
	bool			m_bFlashlightEnabled[ MAX_SPLITSCREEN_PLAYERS ];

#if !defined( NO_ENTITY_PREDICTION )
	CUtlVector< CHandle< C_BaseEntity > > m_SimulatedByThisPlayer;
#endif
	
	float					m_flOldPlayerZ;
	float					m_flOldPlayerViewOffsetZ;
	
	Vector	m_vecVehicleViewOrigin;		// Used to store the calculated view of the player while riding in a vehicle
	QAngle	m_vecVehicleViewAngles;		// Vehicle angles
	float	m_flVehicleViewFOV;
	int		m_nVehicleViewSavedFrame;	// Used to mark which frame was the last one the view was calculated for

	// For UI purposes...
	int				m_iOldAmmo[ MAX_AMMO_TYPES ];

	C_CommandContext		m_CommandContext;

	// For underwater effects
	float							m_flWaterSurfaceZ;
	bool							m_bResampleWaterSurface;
	TimedEvent						m_tWaterParticleTimer;
	CSmartPtr<WaterDebrisEffect>	m_pWaterEmitter;

	bool							m_bPlayerUnderwater;

	friend class CPrediction;
	friend class CASW_Prediction;

	// HACK FOR TF2 Prediction
	friend class CTFGameMovementRecon;
	friend class CGameMovement;
	friend class CTFGameMovement;
	friend class CCSGameMovement;
	friend class CHL2GameMovement;
	friend class CPortalGameMovement;
	friend class CASW_MarineGameMovement;
	friend class CPaintGameMovement;
	
	// Accessors for gamemovement
	float GetStepSize( void ) const { return m_Local.m_flStepSize; }

	float m_flNextAvoidanceTime;
	float m_flAvoidanceRight;
	float m_flAvoidanceForward;
	float m_flAvoidanceDotForward;
	float m_flAvoidanceDotRight;

protected:
	virtual bool IsDucked( void ) const { return m_Local.m_bDucked; }
	virtual bool IsDucking( void ) const { return m_Local.m_bDucking; }
	virtual float GetFallVelocity( void ) { return m_Local.m_flFallVelocity; }
	void ForceSetupBonesAtTimeFakeInterpolation( matrix3x4a_t *pBonesOut, float curtimeOffset );

	float m_flLaggedMovementValue;

	// These are used to smooth out prediction corrections. They're most useful when colliding with
	// vphysics objects. The server will be sending constant prediction corrections, and these can help
	// the errors not be so jerky.
	Vector m_vecPredictionError;
	float m_flPredictionErrorTime;
	
	Vector m_vecPreviouslyPredictedOrigin; // Used to determine if non-gamemovement game code has teleported, or tweaked the player's origin

	char m_szLastPlaceName[MAX_PLACE_NAME_LENGTH];	// received from the server

	// Texture names and surface data, used by CGameMovement
	int				m_surfaceProps;
	surfacedata_t*	m_pSurfaceData;
	char			m_chTextureType;

	bool			m_bSentFreezeFrame;
	float			m_flFreezeZOffset;
	byte			m_ubEFNoInterpParity;
	byte			m_ubOldEFNoInterpParity;

	// If we have any attached split users, this is the list of them
	CUtlVector< CHandle< CBasePlayer > > m_hSplitScreenPlayers;
	int						m_nSplitScreenSlot; //-1 == not a split player
	CHandle< CBasePlayer > m_hSplitOwner;
	bool					m_bIsLocalPlayer;

private:

	struct StepSoundCache_t
	{
		StepSoundCache_t() : m_usSoundNameIndex( 0 ) {}
		CSoundParameters	m_SoundParameters;
		unsigned short		m_usSoundNameIndex;
	};
	// One for left and one for right side of step
	StepSoundCache_t		m_StepSoundCache[ 2 ];

public:

	const char *GetLastKnownPlaceName( void ) const	{ return m_szLastPlaceName; }	// return the last nav place name the player occupied

	float GetLaggedMovementValue( void ){ return m_flLaggedMovementValue;	}
	bool  ShouldGoSouth( Vector vNPCForward, Vector vNPCRight ); //Such a bad name.

	void SetOldPlayerZ( float flOld ) { m_flOldPlayerZ = flOld;	}
	
	const fogplayerparams_t& GetPlayerFog() const { return m_PlayerFog; }

private:
	friend class CMoveHelperClient;

	CNetworkHandle( CPostProcessController, m_hPostProcessCtrl );	// active postprocessing controller
	CNetworkHandle( CColorCorrection, m_hColorCorrectionCtrl );		// active FXVolume color correction

	// fog params
	fogplayerparams_t		m_PlayerFog;
};

EXTERN_RECV_TABLE(DT_BasePlayer);

//-----------------------------------------------------------------------------
// Inline methods
//-----------------------------------------------------------------------------
inline C_BasePlayer *ToBasePlayer( C_BaseEntity *pEntity )
{
	if ( !pEntity || !pEntity->IsPlayer() )
		return NULL;

#if _DEBUG
	Assert( dynamic_cast<C_BasePlayer *>( pEntity ) != NULL );
#endif

	return static_cast<C_BasePlayer *>( pEntity );
}

inline const C_BasePlayer *ToBasePlayer( const C_BaseEntity *pEntity )
{
	if ( !pEntity || !pEntity->IsPlayer() )
		return NULL;

#if _DEBUG
	Assert( dynamic_cast<const C_BasePlayer *>( pEntity ) != NULL );
#endif

	return static_cast<const C_BasePlayer *>( pEntity );
}



inline IClientVehicle *C_BasePlayer::GetVehicle() 
{ 
	C_BaseEntity *pVehicleEnt = m_hVehicle.Get();
	return pVehicleEnt ? pVehicleEnt->GetClientVehicle() : NULL;
}

inline bool C_BasePlayer::IsObserver() const 
{ 
	return (GetObserverMode() != OBS_MODE_NONE); 
}

inline int C_BasePlayer::GetImpulse( void ) const 
{ 
	return m_nImpulse; 
}


inline C_CommandContext* C_BasePlayer::GetCommandContext()
{
	return &m_CommandContext;
}

inline int CBasePlayer::CurrentCommandNumber() const
{
	Assert( m_pCurrentCommand );
	if ( !m_pCurrentCommand )
		return 0;
	return m_pCurrentCommand->command_number;
}

inline const CUserCmd *CBasePlayer::GetCurrentUserCommand() const
{
	Assert( m_pCurrentCommand );
	return m_pCurrentCommand;
}

extern bool g_bEngineIsHLTV;

inline bool C_BasePlayer::IsHLTV() const
{
	return m_bIsLocalPlayer && g_bEngineIsHLTV;	
}

inline bool	C_BasePlayer::IsLocalPlayer( void ) const
{
	return m_bIsLocalPlayer;
}


#endif // C_BASEPLAYER_H