ef2gamesource/dlls/game/actor.h

//-----------------------------------------------------------------------------
//
//  $Logfile:: /Code/DLLs/game/actor.h                                        $
// $Revision:: 280                                                            $
//   $Author:: Sketcher                                                       $
//     $Date:: 5/04/03 5:49p                                                  $
//
// Copyright (C) 1998 by Ritual Entertainment, Inc.
// All rights reserved.
//
// This source may not be distributed and/or modified without
// expressly written permission by Ritual Entertainment, Inc.
//
//
// DESCRIPTION:
// Base class for character AI.
//

//==============================
// Forward Declarations
//==============================
class Actor;
class FindCoverMovement;
class FindMovement;
class FindFleeMovement;
class FindEnemyMovement;

#ifndef __ACTOR_H__
#define __ACTOR_H__

#include <cinttypes>

#include "g_local.h"
#include "sentient.h"
#include "container.h"
#include "navigate.h"
#include "behavior.h"
#include "scriptmaster.h"
#include "characterstate.h"
#include "actorstrategies.h"
#include "actorgamecomponents.h"
#include "actorutil.h"
#include "actor_sensoryperception.h"
#include "actor_enemymanager.h"
#include "actor_locomotion.h"
#include "actor_combatsubsystem.h"
#include "actor_headwatcher.h"
#include "actor_posturecontroller.hpp"
#include "actorincludes.h"
#include "RageAI.h"

//-------------------------------------------
// Global Functions
//-------------------------------------------
Actor* GetActor(const str& actor_name);
Player* GetPlayer(int index);
void AI_SenseEnemies(void);
void AI_DisplayInfo(void);


//-------------------------------------------
// Safe Pointer 
//-------------------------------------------
typedef SafePtr<Actor> ActorPtr;


//-------------------------------------------
// External Data
//-------------------------------------------
extern Event EV_Torso_Anim_Done;
extern Event EV_EntityFlags;
extern Event EV_Sentient_GroupMemberInjured;
extern Event EV_HelperNodeCommand;
extern Event EV_Actor_SetAnim;
extern Event EV_Actor_Blink;


enum SteeringDirectionPreference {
	STEER_RIGHT_ALWAYS,
	STEER_LEFT_ALWAYS,
	STEER_RANDOMLY,
	STEER_BEST,
};


//------------------------- CLASS ------------------------------
//
// Name:			Actor
// Base Class:		Sentient
//
// Description:		Defines an Actor
//
// Method of Use:	Spawned into the world
//--------------------------------------------------------------
class Actor : public Sentient {
	public:

	// E3 2002 Hack Stuff
	EntityPtr forcedEnemy;

	typedef enum {
		ACTOR_CONTROL_NONE,
		ACTOR_CONTROL_AUTO_RELEASE,
		ACTOR_CONTROL_SHARED,
		ACTOR_CONTROL_LOCKED,
	} ActorControlType;

	//-----------------------------------------------------
	// Animation Data:		
	// The first chunk is for "leg" animation, the second
	// chunck is for "torso" animations.  Currently, I know
	// of no way to "blend" animations, and you need to be
	// careful of which animations you play together.
	// Also, I believe there are still some issues with playing
	// simultaneous animations
	//
	// Note:  To play 2 animations simultaneously, the actors
	// tiki file _MUST_ have leg bones marked as LEGBONE instead
	// of just BONE.
	//-----------------------------------------------------
	str newanim;
	int32_t newanimnum;
	int32_t animnum;
	str animname;
	Event* newanimevent;
	str last_anim_event_name;

	str newTorsoAnim;
	int32_t newTorsoAnimNum;
	str TorsoAnimName;
	Event* newTorsoAnimEvent;
	str last_torso_anim_event_name;

	//-----------------------------------------------------
	// Range Data
	// This was original placed here so that level designers
	// could have a way to control the "leash" so to speak
	// on the distance actors followed other actors.  It turned
	// out this didn't work as well as I had wanted.  I'm leaving
	// it here for right now as I don't want to break any type
	// of legacy.  However, we should keep an eye on this to 
	// see if can be removed.
	//-----------------------------------------------------
	float absoluteMin;
	float absoluteMax;
	float preferredMin;
	float preferredMax;

	//-----------------------------------------------------
	// Actor and Target Types
	// the actortype is the primary determinant of who the
	// actor will "like" and "hate".  I think this system
	// is kind of restricting and should be replaced with a
	// "real" faction system in the future.
	//
	// targetType determines what the actor will attempt to
	// attack, i.e. other actors only, players only, or 
	// "interaction" objects only.  I think this needs to
	// be revamped as well.
	//
	// I'm not sure what validTarget is for.  It is likely
	// that this can be removed, but I'm not going to do it
	// right now for fear of breaking stuff
	//-----------------------------------------------------
	actortype_t actortype;
	targetType_t targetType;
	qboolean validTarget;

	//-----------------------------------------------------
	// Behavior Data
	// We have the ability to play multiple behaviors simultaneously
	// however, I don't recommend it.  In all honestly headBehavior and
	// eyeBehavior really need to be removed.  I guess I could see
	// keeping a torsoBehavior as we do have leg and torso animation
	// sets.  However, I'm not convinced as of yet, that all the bugs
	// are worked out of using multiple behaviors ( especially when
	// relying on Anim Done or other such conditionals
	//--------------------------------------------------------
	BehaviorPtr behavior;
	str currentBehavior;
	str behaviorFailureReason;
	BehaviorReturnCode_t behaviorCode;

	BehaviorPtr headBehavior;
	str currentHeadBehavior;
	BehaviorReturnCode_t headBehaviorCode;

	BehaviorPtr eyeBehavior;
	str currentEyeBehavior;
	BehaviorReturnCode_t eyeBehaviorCode;

	BehaviorPtr torsoBehavior;
	str currentTorsoBehavior;
	BehaviorReturnCode_t torsoBehaviorCode;

	//---------------------------------------------------------
	// Lead Factors
	//	These define a range - [minLeadFactor, maxLeadFactor] -
	//	which is used to determine how much - if any - the
	//	actor will lead its target when using a projectile
	//	weapon.  A factor of 0 indicates the position where
	//	the target is presently; a factor of 1 indicates the
	//	position where the target is predicted to be at
	//	impact, taking into account the target's current
	//	motion.  Each time the actor fires a projectile,
	//	a random number in this range is chosen and applied
	//	as the lead factor for that shot.  Thus, [0,0] means
	//	the actor never leads his target; [1,1] means he
	//	always leads it perfectly; [0,2] means he sometimes
	//	over-leads and sometimes under-leads it.
	//---------------------------------------------------------
	float minLeadFactor;
	float maxLeadFactor;

	//---------------------------------------------------------
	// ThrowObject Flag
	// This is here in case the actor has an object deemed as
	// "throwable".  This is so so weak.  I can say that, because
	// I'm the one who put it in here.  The whole "throw" object
	// stuff needs to be jetisoned and placed in a behavior
	// where it belongs. At a minimum, if we need to maintain
	// that we "have" a throw object, it should be made an bit
	// in the Actor Flag stuff not its own bool
	//----------------------------------------------------------
	qboolean haveThrowObject;

	//-----------------------------------------------------------
	// AnimSet -- Animation Sets can be setup in the GPD.  What
	// animset the actor is currently using is set up in script
	//-----------------------------------------------------------
	str animset;

	//----------------------------------------------------------
	// Flags
	// Stores various bits of information about the actor.
	// We do have a bit vector class now, and sometime someone
	// should experiment with converting these flags into a 
	// bit vector
	//---------------------------------------------------------
	uint32_t actor_flags1;
  uint32_t actor_flags2;
  uint32_t actor_flags3;
  uint32_t actor_flags4;
  uint32_t notify_flags1;
  uint32_t state_flags;


	//--------------------------------------------------------
	// Some Dialog and Babble Stuff
	// Okay, now that we have context dialog stuff in addition
	// to this, the dialog stuff is SCREAMING for it's own class
	// even if we do it as a helper class, it needs something
	// it really needs to be moved
	//---------------------------------------------------------
	float chattime;
	float nextsoundtime;
	DialogMode_t DialogMode;
	float radiusDialogRange;
	DialogNode_t* dialog_list;
	float dialog_done_time;
	str dialog_state_name;
	str dialog_old_state_name;
	bool _ignoreNextContext;
	str _nextContextToIgnore;
	float _nextContextTime;
	float _contextInterval;

	//---------------------------------------------------------
	// Thread Management
	// Here we need to take a long look at what we're doing with 
	// these.  To me it seems ridiculous that we should maintain
	// all these str when they are seldom used.  What I think
	// we need is a type of thread controller that keeps a container
	// of strings for threads we're using and an enum for type
	// then we'd only add a string to the container if it's used
	// it would also allow us to have many many more types of these
	// threads since they would only be stored "as required"
	//----------------------------------------------------------
	ThreadPtr scriptthread;
	str kill_thread;
	str escape_thread;
	str captured_thread;
	str activate_thread;
	str onuse_thread_name;
	str ondamage_thread;
	str alert_thread;
	str idle_thread;
	Container<threadlist_t*> threadList;

	//----------------------------------------------------------
	// Pain and Miscellaneous Damage
	// I honestly don't know what some of these variables
	// are for.  We need to look at how we are handling "pain"
	// for actors and see if there's a better way to do it,
	// and verify that we need all of this stuff
	//----------------------------------------------------------
	float pain_threshold;
	float next_drown_time;
	float air_finished;
	int32_t pain_type;
	Vector pain_angles;
	int32_t bullet_hits;
	float next_pain_time;
	float min_pain_time;
	float next_forced_pain_time;
	float max_pain_time;
	str _deathEffect;

	//----------------------------------------------------------
	// State map and "Thinking" stuff
	// Here's where we store all the stuff for the Actors state
	// map.  One thing to note is stateDebugType_t.  This is a
	// very very primitive debugging tool that will print
	// various information about state transitions to the console
	// for a specified actor.
	// We really really need better debuging tools for actors		
	//----------------------------------------------------------

	str masterstatemap_name;
	StateMap* masterstatemap;
	State* currentMasterState;
	State* lastMasterState;

	str statemap_name;
	StateMap* statemap;
	State* currentState;
	State* lastState;

	State* globalState;

	float state_time;
	float masterstate_time;
	int32_t times_done;
	int32_t masterstate_times_done;
	float state_done_time;
	float masterstate_done_time;
	float last_time_active;
	stateDebugType_t showStates;
	talkModeStates_t talkMode;
	bool useConvAnims;


	static Condition<Actor> Conditions[];
	Container<Conditional*> conditionals;
	Container<Conditional*> master_conditionals;


	//-----------------------------------------------------------
	// Fuzzy Engine Stuff
	// Here's where we store our fuzzy engine stuff.  The fuzzy
	// engine is sort of a state machine for state machines.  However
	// instead of direct transitions, each conditional in the
	// fuzzy engine is assigned a point value.  All the fuzzyvars
	// are evaluated and the one with the highest cumulative score
	// executes
	//------------------------------------------------------------
	str fuzzyengine_name;
	FuzzyEngine* fuzzyEngine;
	qboolean fuzzyEngine_active;
	Container<Conditional*> fuzzy_conditionals;

	//------------------------------------------------------------
	// Eye Angle stuff
	// This is in here for when we were actually moving the eyes
	// with bone controllers.  I don't think its being used any more
	// nor do I think it should ever be used again.  I believe that
	// this "eye watch" thing is cool in theory, but would hardly ever
	// be seen by the player.  It also introduces a whole lot of problems
	// "chaining" watches together properly.  Basically, for this level
	// of detail to really be effective.  During a watch, the eyes would 
	// have to move, then the head, then the torso, then the legs.  
	// Currently we don't have a way to accomplish that chain easily
	// However, something to handle that might be good to look into 
	// for the future
	//--------------------------------------------------------------
	float maxEyeYawAngle;
	float minEyeYawAngle;
	float maxEyePitchAngle;
	float minEyePitchAngle;

	//--------------------------------------------------------------
	// Saved Items (from switching to talk mode and stuff)
	// This saved stuff presents some interesting possiblities for 
	// the future, however, for right now, it is used when the 
	// actor steps out of his normal "behavior" into a dialog mode
	// to talk, when the dialog is completed, they step back into
	// the behaivors they saved off here
	//---------------------------------------------------------------
	int32_t saved_mode;
	BehaviorPtr saved_behavior;
	BehaviorPtr saved_headBehavior;
	BehaviorPtr saved_eyeBehavior;
	BehaviorPtr saved_torsoBehavior;
	ThreadPtr saved_scriptthread;
	ThreadPtr saved_actorthread;
	str saved_anim_name;
	str saved_state_name;
	str saved_anim_event_name;


	//---------------------------------------------------------------
	// Part Stuff
	// I'm not entirely sure what this is, or how to use it.  I 
	// remember being told that we could seperate actors into multiple
	// "parts" each executing its own state machines, but I'm not
	// sure how to go about setting such a thing up
	//----------------------------------------------------------------
	str part_name;
	Container<part_t> parts;


	//----------------------------------------------------------------
	// Incoming Attack Stuff
	// Here to let us handle incoming attacks -- Could probably
	// be improved
	//----------------------------------------------------------------
	EntityPtr incoming_proj;
	float incoming_time;
	qboolean incoming_bullet;

	//-----------------------------------------------------------------
	// Basic Data about the Actor
	// All this should probably be made private and have accessors
	// We also need to take some time and verify we're using all of 
	// this stuff
	//-----------------------------------------------------------------
	str name;
	float max_inactive_time;
	Vector eyeoffset;
	float last_jump_time;
	str enemytype;
	float actorrange_time;
	float last_height;
	EntityPtr last_ent;
	float canseeenemy_time;
	float canseeplayer_time;
	int32_t stage;
	int32_t num_of_spawns;
	ActorPtr spawnparent;
	Vector last_attack_pos;
	Vector last_attack_enemy_pos;
	EntityPtr last_attack_entity_hit;
	Vector last_attack_entity_hit_pos;
	int32_t mode;
	Vector last_known_enemy_pos;
	Vector last_known_player_pos;
	float feet_width;
	Vector last_origin;
	float next_find_enemy_time;
	float minimum_melee_height;
	float damage_angles;
	float real_head_pitch;
	float next_pain_sound_time;
	float last_ground_z;
	str emotion;
	float next_blink_time;
	float actor_to_actor_damage_modifier;
	float last_used_time;
	float hitscan_response_chance;
	int32_t shotsFired;
	int32_t ondamage_threshold;
	float timeBetweenSleepChecks;
	int32_t saved_bone_hit;
	float activationDelay;
	float activationStart;
	float deathKnockbackVerticalValue;
	float deathKnockbackHorizontalValue;

	//-----------------------------------------------------
	// Pain Sound Stuff
	//-----------------------------------------------------
	float _nextPlayPainSoundTime;
	float _playPainSoundInterval;


	//-----------------------------------------------------
	// Controller stuff
	// If set, this is the listener controlling the actor.
	// This controller is notifyied whenever the actor ends
	// a behavior.
	//-----------------------------------------------------
	ListenerPtr _controller;
	ActorControlType _controlType;


	//-----------------------------------------------------
	// Group Number
	// Right now, groups are assigned in script or tiki
	// and are not used very much yet.  I will be implementing
	// a group data controller very soon which should handle
	// all the book keeping for group stuff, and allow
	// actors to ask questions about their group
	//------------------------------------------------------
	//int groupnumber;


	//------------------------------------------------------
	// Current Helper Node
	// Data structure that holds information about the Actor's
	// "current" helper node.
	//-------------------------------------------------------
	CurrentHelperNodeData_t currentHelperNode;
	IgnoreHelperNodeData_t ignoreHelperNode;

	//--------------------------------------------------------
	// Follow Target
	// This data structure maintains who the actor would
	// currently follow if it decided to execute a follow behavior
	// it also maintains who it is currently following if it
	// is following someone else who is currently following the same
	// target.
	//--------------------------------------------------------
	FollowTargetData_t followTarget;
	int32_t _steeringDirectionPreference;



	//-----------------------------------------------------
	// General Stuff (stuff I can't think of a group for)
	// Like other stuff, we need to take a long look
	// at these things
	//-----------------------------------------------------
	Container<StateVar*> stateVarList;
	EntityPtr trigger;
	str command;
	str idle_state_name;
	str master_idle_state_name;
	str global_state_name;
	float next_player_near;
	EntityPtr pickup_ent;
	float stunned_end_time;
	Container<str> spawn_items;
	float spawn_chance;
	str bounce_off_effect;
	float bounce_off_velocity;
	Container<int32_t> can_be_finsihed_by_mods;
	float max_boss_health;
	qboolean haveAttached;
	float currentSplineTime;
	float _dialogMorphMult;
	weaponhand_t _useWeaponDamage;
	float _nextCheckForWorkNodeTime;
	float _nextCheckForHibernateNodeTime;
	float _nextCheckForEnemyPath;
	bool _havePathToEnemy;
	float _nextPathDistanceToFollowTargetCheck;
	bool _checkedChance;
	bool _levelAIOff;

	//------------------------------------------------------
	// Helper Classes
	// These are classes that help the actor function
	// We need a couple more of these, specifically one 
	// for dialog, and another for "thread" management
	//------------------------------------------------------
	ActorThink* thinkStrategy;
	ActorGameComponent* gameComponent;
	SensoryPerception* sensoryPerception;
	Strategos* strategos;
	EnemyManager* enemyManager;
	PackageManager* packageManager;
	MovementSubsystem* movementSubsystem;
	Personality* personality;
	CombatSubsystem* combatSubsystem;
	HeadWatcher* headWatcher;
	PostureController* postureController;

	//------------------------------------------------------
	// 1st Playable Hack
	// Obviously, this needs to be removed as soon as possible
	//-------------------------------------------------------
	float lastPathCheck_Work;
	float lastPathCheck_Flee;
	float lastPathCheck_Patrol;
	qboolean testing;

	str _branchDialogName;

	//------------------------------------------------------
	// Class Prototype
	//------------------------------------------------------
	CLASS_PROTOTYPE(Actor);


	//-------------------------------------------------------
	// Initialization functions
	//-------------------------------------------------------
	Actor();
	~Actor();
	void Start(Event* ev);
	void Sleep();
	void Sleep(Event* ev);
	void Wakeup();
	void Wakeup(Event* ev);
	void InitGameComponent();
	void InitThinkStrategy();
	void InitSensoryPerception();
	void InitStrategos();
	void InitEnemyManager();
	void InitPackageManager();
	void InitMovementSubsystem();
	void InitPersonality();
	void InitCombatSubsystem();
	void InitHeadWatcher();
	void InitPostureController();

	//---------------------------------------------------------
	// Event Interface for Accessor Functions
	//---------------------------------------------------------
	void SetTargetType(Event* ev);
	void SetDamageAngles(Event* ev);
	void SetImmortal(Event* ev);
	void SetTakeDamage(Event* ev);
	void SetEnemyAttached(Event* ev);
	void SetEnemyType(Event* ev);
	void SetOnUseThread(Event* ev);
	void SetRadiusDialogRange(Event* ev);
	void SetDialogMode(Event* ev);
	void SetActivateThread(Event* ev);
	void SetAlertThread(Event* ev);
	void SetValidTarget(Event* ev);
	void SetTurretMode(Event* ev);
	void SetOnDamageThread(Event* ev);
	void SetTimeBetweenSleepChecks(Event* ev);
	void SetDieCompletely(Event* ev);
	void SetBleedAfterDeath(Event* ev);
	void SetPainThresholdEvent(Event* ev);
	void SetKillThreadEvent(Event* ev);
	void SetDeathSize(Event* ev);
	void SetCanWalkOnOthers(Event* ev);
	void SetFeetWidth(Event* ev);
	void SetCanBeFinishedBy(Event* ev);
	void SetIdleThread(Event* ev);
	void SetMaxBossHealth(Event* ev);
	void SetTargetable(Event* ev);
	void SetSpawnChance(Event* ev);
	void SetNotAllowedToKill(Event* ev);
	void SetUseGravity(Event* ev);
	void SetAllowFall(Event* ev);
	void SetHaveThing(Event* ev);
	void SetHaveThing(int32_t thing_number, qboolean thing_bool);
	void SetBounceOff(Event* ev);
	void SetBounceOffEffect(Event* ev);
	void SetMaxInactiveTime(Event* ev);
	void SetTurnSpeed(Event* ev);
	virtual void SetHealth(Event* ev) override;
  virtual void SetMaxHealth(Event* ev) override;
	void SetVar(Event* ev);
	void SetVarTime(Event* ev);
	void SetMask(Event* ev);
	void SetWeaponReady(Event* ev);
	void SetSimplifiedThink(Event* ev);
	void SetActorToActorDamageModifier(Event* ev);
	void SetEmotion(Event* ev);
	void SetEyeAngles(Event* ev);
	void SetHitscanResponse(Event* ev);
	void SetFOV(Event* ev);
	void SetVisionDistance(Event* ev);
	void SetAimLeadFactors(Event* ev);
	void SetActorType(Event* ev);
	void SetAbsoluteMax(Event* ev);
	void SetAbsoluteMin(Event* ev);
	void SetPreferredMax(Event* ev);
	void SetPreferredMin(Event* ev);
	void SetDisabled(Event* ev);
	void SetCrippled(Event* ev);
	void SetInAlcove(Event* ev);
	void SetGroupNumber(Event* ev);
	void SetMovementMode(Event* ev);
	void SetHeadWatchTarget(Event* ev);
	void SetHeadWatchMaxDistance(Event* ev);
	void SetHeadWatchSpeed(Event* ev);
	void setHeadTwitch(Event* ev);
	void SetFuzzyEngineActive(Event* ev);
	void SetNodeID(Event* ev);
	void SetFollowTarget(Event* ev);
	void SetFollowRange(Event* ev);
	void SetFollowRangeMin(Event* ev);
	void SetFollowCombatRange(Event* ev);
	void SetFollowCombatRangeMin(Event* ev);
	void SetSteeringDirectionPreference(Event* ev);
	void SetIgnoreNextContext(Event* ev);
	void SetGroupDeathThread(Event* ev);
	void SaveOffLastHitBone(Event* ev);
	void SetMinPainTime(Event* ev);
	void SetMinPainTime(float time);
	void SetBounceOffVelocity(Event* ev);

	void SetSelfDetonateModel(Event* ev);

	void SetCombatTraceInterval(Event* ev);

	void SetHeadWatchTarget(Entity *ent);
	void SetHeadWatchSpeed(float speed);
	void EyeOffset(Event* ev);
	void ForceSetClip(Event* ev);
	void GroupMemberInjured(Event* ev);
	void StrictlyFollowPath(Event* ev);
	void SetIgnoreWatchTarget(bool ignore);

	void HelperNodeCommand(Event* ev);

	void SetPlayPainSoundInterval(Event* ev);

	void SetBehaviorPackage(Event* ev);
	void SetBehaviorPackage(const str& packageName);

	void SetMaxHeadYaw(Event* ev);
	void SetMaxHeadPitch(Event* ev);

	void UseBehaviorPackage(Event* ev);
	void UseBehaviorPackage(const str& packageName);

	void ChildUseBehaviorPackage(Event* ev);
	void ChildUseBehaviorPackage(const str& childName, const str& packageName);

	void ChildSetAnim(Event* ev);
	void ChildSetAnim(const str& childName, const str& animName);

	void ChildSuicide(Event* ev);

	void GroupAttack(Event* ev);
	void GroupActorType(Event* ev);

	void SetMasterState(Event* ev);

	void PrintDebugMessage(Event* ev);

	void SelectNextEnemy(Event* ev);
	void SelectClosestEnemy(Event* ev);
	void SetAnimSet(Event* ev);
	void SetAnimSet(const str& animSet);
	const str& GetAnimSet();

	void SetTalkWatchMode(Event* ev);
	void SetPostureState(Event* ev);
	virtual void processGameplayData(Event* ev) override;

	void UnreserveCurrentHelperNode(Event* ev);
	void UnreserveCurrentHelperNode();

	//-----------------------------------------------------------------
	// Note:  This Needs to be its own class
	//-----------------------------------------------------------------
	void AddCustomThread(Event* ev);
	void AddCustomThread(const str& threadType, const str& threadName);
	bool HaveCustomThread(const str& threadType);
	void RunCustomThread(const str& threadType);
	str GetCustomThread(const str& threadType);

	//----------------------------------------------------------
	// Personality Tendencies
	//----------------------------------------------------------
	void SetAggressiveness(Event* ev);
	void SetTalkiness(Event* ev);
	void SetTendency(Event* ev);

	void RegisterBehaviorPackage(Event* ev);
	void UnRegisterBehaviorPackage(Event* ev);
	void SetPackageTendency(Event* ev);

	//-----------------------------------------------------------
	// Clear Anim Functions
	//-----------------------------------------------------------
	void ClearTorsoAnim();
	void ClearTorsoAnim(Event* ev);

	void ClearLegAnim();

	//-----------------------------------------------------------
	// Debug Functions
	//-----------------------------------------------------------
	void DebugStates(Event* ev);
	void ShowInfo();
	void WhatAreYouDoing(Event* ev);
	void WhatsWrong(Event* ev);
	void PrintMasterStateInfo();
	void PrintBehaviorPackageInfo();
	void PrintStateMapInfo();


	//-----------------------------------------------------------
	// Set Stimuli Response
	//-----------------------------------------------------------
	void RespondTo(Event* ev);
	void PermanentlyRespondTo(Event* ev);

	//-----------------------------------------------------------
	// Combat functions
	//-----------------------------------------------------------
	void MeleeEvent(Event* ev);
	void ChargeWater(Event* ev);
	void DamageOnceStart(Event* ev);
	void DamageOnceStop(Event* ev);
	void DamageAllowed(Event* ev);
	virtual qboolean CanAttackFrom(const Vector& pos, const Entity* ent, qboolean usecurrentangles);
	virtual qboolean CanAttack(Entity* ent, qboolean usecurrentangles);
	void FireProjectile(Event* ev);
	void FireBullet(Event* ev);
	void FireRadiusAttack(Event* ev);
	void SaveAttack(const Vector& orig, const Vector& dir);
	qboolean TestAttack(const str& tag_name);
	void IncomingProjectile(Event* ev);
	void ProjectileClose(Event* ev);
	qboolean EntityHasFireType(Entity *ent, firetype_t fire_type);
	void DamageEnemy(Event* ev);
	void DamageSelf(Event* ev);
	void TurnTowardsEnemy(Event* ev);
	void TurnTowardsPlayer(Event* ev);
	void TurnTowardsEntity(Event* ev);
	void SetMinimumMeleeHeight(Event* ev);

	qboolean IsImmortal();
	qboolean TakeDamage();

	virtual void FireWeapon(Event* ev) override;
	virtual void StopFireWeapon(Event* ev) override;
	void ClearArmorAdaptions(Event* ev);

	//-----------------------------------------------------------------
	// Enemy management
	//-----------------------------------------------------------------
	void ClearCurrentEnemy(Event* ev);

	//----------------------------------------------------------------
	// Targeting functions
	//----------------------------------------------------------------
	qboolean CloseToEnemy(const Vector& pos, float howclose);
	qboolean EntityInRange(Entity* ent, float range, float min_height, float max_height, bool XYOnly = false);



	void ClearOnUseThread(Event* ev);
	void AttachCurrentEnemy(Event* ev);
	void AttachActor(Event* ev);
	void PickupThrowObject(Event* ev);
	void TossThrowObject(Event* ev);

	//---------------------------------------------------------------
	// State machine functions
	//--------------------------------------------------------------
	void SetIdleStateName(Event* ev);
	void SetState(const char* state_name);
	void resetStateMachine();
	void SetMasterState(const str& state_name);
	void SetGlobalState(const char* state_name);
	void InitState();
	void InitMasterState();
	void LoadStateMap(Event* ev);
	void LoadMasterStateMap(Event* ev);
	void ProcessActorStateMachine();
	void ProcessMasterStateMachine();
	void LoadFuzzyEngine(Event* ev);

	void LoadPostureStateMachine(Event* ev);

	//--------------------------------------------------------------
	// Thread management	
	//--------------------------------------------------------------
	void RunThread(Event* ev);
	void RunThread(const str& thread_name);
	void RunDamageThread();
	void RunAlertThread(Event* ev);

	//--------------------------------------------------------------
	// Behavior management
	//--------------------------------------------------------------
	void SendMoveDone(CThread* script_thread);
	void EndBehavior();
	void EndHeadBehavior();
	void EndEyeBehavior();
	void EndTorsoBehavior();
  void SetBehavior(Behavior* newbehavior, Event* argevent = nullptr, CThread* thread = nullptr);
  void SetHeadBehavior(Behavior* newbehavior, Event* argevent = nullptr, CThread* thread = nullptr);
  void SetEyeBehavior(Behavior* newbehavior, Event* argevent = nullptr, CThread* thread = nullptr);
  void SetTorsoBehavior(Behavior* newbehavior, Event* argevent = nullptr, CThread* thread = nullptr);
	void EndBehaviorEvent(Event* ev);
	void EndHeadBehaviorEvent(Event* ev);
	void EndEyeBehaviorEvent(Event* ev);
	void EndTorsoBehaviorEvent(Event* ev);
	void NotifyBehavior(Event* ev);
	void NotifyHeadBehavior(Event* ev);
	void NotifyEyeBehavior(Event* ev);
	void NotifyTorsoBehavior(Event* ev);
	void EndAllBehaviors();


	//-----------------------------------------------------------------
	// Path and node management
	//-----------------------------------------------------------------
	PathNode* NearestNodeInPVS(const Vector& pos);
	void SetPath(Path* newpath);
	void ReserveNodeEvent(Event* ev);
	void ReleaseNodeEvent(Event* ev);
	trace_t Trace(const Vector& end, const char* reason) const;
	trace_t Trace(const float distance, const char* reason) const;
	trace_t Trace(const float angle, const float distance, const char* reason) const;
	trace_t Trace(const Vector& begin, const Vector& end, const char* reason) const;
	trace_t Trace(const Vector& begin, const Vector& end, const int32_t contentMask, const char* reason) const;


	//-----------------------------------------------------------------
	// Animation control functions
	//-----------------------------------------------------------------
	void RemoveAnimDoneEvent();
	void ChangeAnim();
  qboolean SetAnim(const str& anim, Event* ev = nullptr, bodypart_t part = legs, const float animationRate = 1.0f);
	qboolean SetAnim(const str& anim, Event& ev, bodypart_t part = legs, const float animationRate = 1.0f);
	void SetAnim(Event* ev);
	void AnimDone(Event* ev);
	void TorsoAnimDone(Event* ev);
	virtual void SetCinematicAnim(const str& anim) override;
	virtual void CinematicAnimDone() override;
	void PostureAnimDone(Event* ev);

	//-----------------------------------------------------------------
	// Script commands
	//-----------------------------------------------------------------
	void GoIdle(Event* ev);
	void LookAt(Event* ev);
	void TurnToEvent(Event* ev);
	void HeadAndEyeWatchEvent(Event* ev);
	void HeadWatchEvent(Event* ev);
	void ResetHeadEvent(Event* ev);
	void EyeWatchEvent(Event* ev);
	void ResetEyeEvent(Event* ev);
	void ResetTorsoEvent(Event* ev);
	void FallToDeathEvent(Event* ev);
	void WalkTo(Event* ev);
	void BlindlyFollowPath(Event* ev);
	void WalkWatch(Event* ev);
	void WarpTo(Event* ev);
	void PickupEnt(Event* ev);
	void ThrowEnt(Event* ev);
	void AttackEntity(Event* ev);
	void AttackPlayer(Event* ev);
	void JumpToEvent(Event* ev);
	void Anim(Event* ev);
	void RepostEvent(Event* ev, const Event& event_type);
	void FollowWayPoints(Event* ev);


	//-----------------------------------------------------------------
	// Weapon Stuff
	//-----------------------------------------------------------------
	void GiveActorWeapon(Event* ev);
	void RemoveActorWeapon(Event* ev);
	void UseActorWeapon(Event* ev);
	void PutawayWeapon(Event* ev);
	void UseWeaponDamage(Event* ev);

	void AttachModelToTag(const str& modelName, const str& tagName);
	void DetachModelFromTag(const str& tagName);


	//-----------------------------------------------------------------
	// Script conditionals
	//-----------------------------------------------------------------
	void IfEnemyVisibleEvent(Event* ev);
	void IfNearEvent(Event* ev);
	void IfCanHideAtEvent(Event* ev);
	void IfEnemyWithinEvent(Event* ev);


	//-----------------------------------------------------------------
	// Sound reaction functions
	//-----------------------------------------------------------------
	void NoPainSounds(Event* ev);
	void HeardSound(Event* ev);
	void BroadcastAlert(float pos = SOUND_RADIUS);
	void BroadcastAlert(Event* ev);
	void BroadcastAlert(float pos, int soundtype);


	//-----------------------------------------------------------------
	// Pain and death related functions
	//-----------------------------------------------------------------
	void Pain(Event* ev);
	void StunEvent(Event* ev);
	void CheckStun(void);
	void Dead(Event* ev);
	void Killed(Event* ev);
	void KilledEffects(Entity *attacker);
	void RemoveUselessBody(Event* ev);
	void DeathFadeEvent(Event* ev);
	void setDeathEffect(Event* ev);
	void DeathShrinkEvent(Event* ev);
	void DeathSinkEvent(Event* ev);
	void StaySolidEvent(Event* ev);
	void SpawnGib(Event* ev);
	void SpawnGibAtTag(Event* ev);
	void RealSpawnGib(qboolean use_tag, Event* ev);
	void SpawnNamedGib(Event* ev);
	float SpawnGetTime(float vel, const Vector& orig, const Vector& gib_mins, const Vector& gib_maxs);
	void SpawnBlood(Event* ev);
	void Suicide(Event* ev);
	void FadeEvent(Event* ev);
	qboolean RespondToHitscan(void);
	bool canBeDamagedBy(meansOfDeath_t MeansOfDeath);

	//-----------------------------------------------------------------
	// Movement functions
	//-----------------------------------------------------------------
	void SimplePathfinding(Event* ev);
	void ForwardSpeedEvent(Event* ev);
	void SwimEvent(Event* ev);
	void FlyEvent(Event* ev);
	void NotLandEvent(Event* ev);
	void Push(Event* ev);
	void Push(const Vector& dir);
	void Pushable(Event* ev);

	//-----------------------------------------------------------------
	// AI Functions
	//-----------------------------------------------------------------
	void ActivateAI(void);
	void TurnAIOn(Event* ev);
	void TurnAIOn(void);
	void TurnAIOff(Event* ev);
	void TurnAIOff(void);
	void LevelAIOff();
	void LevelAIOn();

	//-----------------------------------------------------------------
	// Parts functions
	//-----------------------------------------------------------------
	void RegisterParts(Event* ev);
	void RegisterSelf(Event* ev);
	void PartName(Event* ev);
	Actor* FindPartActor(const char* name);
	void SendCommand(Event* ev);



	//-----------------------------------------------------------------
	// Dialog Functionality
	//-----------------------------------------------------------------
	DialogNode_t* NewDialogNode(void);
	void FreeDialogList(void);
	void AddDialogParms(DialogNode_t* dialog_node, Event* ev);
	void AddDialog(Event* ev);
	void DialogDone(Event* ev);
	void DialogAnimDone(Event* ev);
	void setDialogMorphMult(Event* ev);
	void PlayDialog(Event* ev);
	void StopDialog(Event* ev);
	void PlayRadiusDialog(Sentient *user);
	void StopDialog(void);
  void PlayDialog(Sentient* user, float volume = -1.0f, float min_dist = -1.0f, const char* dialog_name = nullptr, const char* state_name = nullptr, qboolean headDisplay = false, bool useTalk = false, bool important = false);
	qboolean DialogExists(const str& aliasName);
	float GetDialogRemainingTime(void);
	str FindDialog(Sentient* user, DialogType_t dialogType, const str& context = "");


	void BranchDialog(Event* ev);

	//-----------------------------------------------------------------
	// Branch Dialog Functionality
	//----------------------------------------------------------------
	void clearBranchDialog(void);
	void setBranchDialog(void);


	//-----------------------------------------------------------------
	// Context Dialog Functionality
	//-----------------------------------------------------------------
	void InContext(Event* ev);
	void InContext(const str& theContext, bool useDefaultMinDist);


	//-----------------------------------------------------------------
	// Context Dialog Functions -- Resolve the alias and actually play the sound, and broadcast the soundtype to
	// nearby actors
	//-----------------------------------------------------------------
	void BroadcastDialog(Event* ev);
	qboolean WantsToTalk();


	//-------------------------------------------------------------------
	// Twitch Functions
	//-------------------------------------------------------------------
	void SetMouthAngle(Event* ev);


	//-----------------------------------------------------------------
	// Mode functions
	//-----------------------------------------------------------------
	qboolean ModeAllowed(int new_mode);
	void StartMode(int new_mode);
	void EndMode(void);
	void SaveMode(void);
	void RestoreMode(void);

	//-----------------------------------------------------------------
	// Finishing functions
	//-----------------------------------------------------------------
	qboolean CanBeFinished(void);
	qboolean CanBeFinishedBy(int meansofdeath);

	void Finish(int meansofdeath);
	void StartLimbo(void);
	qboolean InLimbo(void);


	//-------------------------------------------------------------------
	// Controller functions
	//-------------------------------------------------------------------
	bool RequestControl(Listener* controller, ActorControlType controlType = ACTOR_CONTROL_AUTO_RELEASE);
	bool ReleaseControl(Listener* controller);


	str GetStateVar(const str& varName);

	//-----------------------------------------------------------------
	// General functions
	//-----------------------------------------------------------------
	static Actor* FindActorByName(const str& name);
	static unsigned int ActorTypeStringToInt(const str& type);
	void IgnorePainFromActors(Event* ev);
	void UpdateBossHealth(Event* ev);
	void TouchTriggers(Event* ev);
	void IgnoreWater(Event* ev);
	void IgnorePlacementWarning(Event* ev);
	qboolean CanTarget(void) const;
	void AddSpawnItem(Event* ev);
	void ClearSpawnItems(Event* ev);
	void SpawnItems(void);
	void SpawnItem(const str& spawn_item_name);
	qboolean CanJump(void);
	void SetActorFlag(const str& flag_name, qboolean flag_value);
	void SetStickToGround(const bool stick);
	void SetStickToGround(Event* ev);
	bool GetStickToGround(void) const;
	void SetActorFlag(int flag, qboolean flag_value);
	void SetActorFlag(Event* ev);
	qboolean GetActorFlag(const int flag) const;
	qboolean GetActorFlag(const str& flag_name) const;
	void SetNotifyFlag(const str& flag_name, qboolean flag_value);
	void SetNotifyFlag(int flag, qboolean flag_value);
	void SetNotifyFlag(Event* ev);
	qboolean GetNotifyFlag(int flag);
	void BounceOffEvent(Event* ev);
	void NotifyOthersAtDeath(Event* ev);
	void NotifyOthersOfDeath(void);
	void GotoNextStage(Event* ev);
	void GotoPrevStage(Event* ev);
	void GotoStage(Event* ev);
	void GetStage(Event* ev);
	void Pickup(Event* ev);
	void Throw(Event* ev);
	virtual void setSize(Vector min, Vector max) override;
	void NoChatterEvent(Event* ev);
	virtual void Chatter(const char* sound, float chance = 10, float volume = 1.0f, int channel = CHAN_VOICE);
	void ActivateEvent(Event* ev);
	void UseEvent(Event* ev);
  virtual void Think() override;
	void Active(Event* ev);
	bool IsEntityAlive(const Entity *ent);
	void Name(Event* ev);
	void SetupTriggerField(Event* ev);
	void TriggerTouched(Event* ev);
	qboolean GetClosestTag(const str& tag_name, int number_of_tags, const Vector& target, Vector* orig);
	void AddStateFlag(unsigned int flag);
	void ClearStateFlags(void);
	void SpawnActorAtTag(Event* ev);
	void SpawnActorAtLocation(Event* ev);
	void SpawnActorAboveEnemy(Event* ev);
	void SpawnActor(const str& model_name, const Vector& orig, const Vector& ang, int how_many, qboolean attack, float width, float height, qboolean force = false);
	void TryTalkToPlayer(void);
	void AllowTalk(Event* ev);
	void AllowHangBack(Event* ev);
	void SolidMask(Event* ev);
	void IgnoreMonsterClip(Event* ev);
	void NotSolidMask(Event* ev);
	void NoMask(Event* ev);
	void ResetMoveDir(Event* ev);
	int32_t ActorFlag_string_to_int(const str& actorflagstr) const;
	int32_t NotifyFlag_string_to_int(const str& notifyflagstr);
	virtual void ArmorDamage(Event* ev) override;
	qboolean CheckBottom(void);
	void ChangeType(Event* ev);
	virtual void GetStateAnims(Container<const char*>* c) override;
	void Touched(Event* ev);
	void TryBlink(void);
	void SetBlink(Event* ev);
	void ReturnProjectile(Event* ev);
	void checkActorDead(Event* ev);
	qboolean checkActorDead(void);
	qboolean checkplayerrange(float range, float height = 0);
	void SetFlagOnEnemy(Event* ev);
	void TurnOnEnemyAI(Event* ev);
	void TurnOffEnemyAI(Event* ev);
	void HandleGameSpecificEvent(Event* ev);
	void EvaluateEnemies(Event* ev);
	void ForgetEnemies(Event* ev);
	bool IsFinishable();
	str getName() const override 
  { 
    return name; 
  }

	void SendEventToGroup(Event* ev);
	Actor* GetAttachedChildActor(const str& childName);
	void turnTowardsEntity(Entity* ent, float extraYaw);

	void PrepareToFailMission(Event* ev);
	void FailMission(Event* ev);

	void DebugEvent(Event* ev);
	void StartTalkBehavior(Sentient* user);

	void SetContextInterval(Event* ev);
	void SetContextInterval(float interval);

	void SetEnemyTargeted(Event* ev);
	void SetEnemyTargeted(bool targeted);

	void SetActivationDelay(Event* ev);
	void SetActivationDelay(float delay);

	void SetActivationStart(Event* ev);
	void SetActivationStart();

	void SetCheckConeOfFireDistance(Event* ev);
	void SetCheckConeOfFireDistance(float distance);

	void AnimateOnce(Event* ev);

	void SetDeathKnockbackValues(Event* ev);


	//-----------------------------------------------------------------
	// State machine conditions
	//-----------------------------------------------------------------
	qboolean returntrue(Conditional& condition);
	qboolean checkanimname(Conditional& condition);
	qboolean checkinactive(Conditional& condition);
	qboolean checkanimdone(Conditional& condition);
	qboolean checktorsoanimdone(Conditional& condition);
	qboolean checkdead(Conditional& condition);
	qboolean checkhaveenemy(Conditional& condition);
	qboolean checkenemydead(Conditional& condition);
	qboolean checkenemydead(void);
	qboolean checkenemynoclip(Conditional& condition);
	qboolean checkcanseeenemy(Conditional& condition);
	qboolean checkcanseeplayer(Conditional& condition);
	qboolean checkcanshootenemy(Conditional& condition);
	qboolean checkenemyinfov(Conditional& condition);
	qboolean checkenemyonground(Conditional& condition);
	qboolean checkenemyrelativeyaw(Conditional& condition);
	qboolean checkenemyyawrange(Conditional& condition);
	qboolean checkenemyrange(Conditional& condition);
	qboolean checkcanjumptoenemy(Conditional& condition);
	qboolean checkcanflytoenemy(Conditional& condition);
	qboolean checkinpain(Conditional& condition);
	qboolean checksmallpain(Conditional& condition);
	qboolean checkpainyaw(Conditional& condition);
	qboolean checkpainpitch(Conditional& condition);
	qboolean checkstunned(Conditional& condition);
	qboolean checkfinished(Conditional& condition);
	qboolean checkmeleehit(Conditional& condition);
	qboolean checkblockedhit(Conditional& condition);
	qboolean checkblocked(Conditional& condition);
	qboolean checkBlockedByEnemy(Conditional& condition);
	qboolean checkonfire(Conditional& condition);
	qboolean checkotherdied(Conditional& condition);
	qboolean checkstuck(Conditional& condition);
	qboolean checknopath(Conditional& condition);
	qboolean checkSteeringFailed(Conditional& condition);
	qboolean checkbehaviordone(Conditional& condition);
	qboolean checkheadbehaviordone(Conditional& condition);
	qboolean checkeyebehaviordone(Conditional &condtion);
	qboolean checktorsobehaviordone(Conditional& condition);
	qboolean checktorsobehaviorfailed(Conditional& condition);
	qboolean checktorsobehaviorsuccess(Conditional& condition);
	qboolean checkbehaviorsuccess(Conditional& condition);
	qboolean checkbehaviorfailed(Conditional& condition);
	qboolean checktimedone(Conditional& condition);
	qboolean checkdone(Conditional& condition);
	qboolean checkplayerrange(Conditional& condition);
	qboolean checkparentrange(Conditional& condition);
	qboolean checkmovingactorrange(Conditional& condition);
	qboolean checkchance(Conditional& condition);
	qboolean checkstatetime(Conditional& condition);
	qboolean checktimesdone(Conditional& condition);
	qboolean checkmeansofdeath(Conditional& condition);
	qboolean checknoiseheard(Conditional& condition);
	qboolean checkpartstate(Conditional& condition);
	qboolean checkpartflag(Conditional& condition);
	qboolean checkpartdead(Conditional& condition);
	qboolean checknumspawns(Conditional& condition);
	qboolean checkcommand(Conditional& condition);
	qboolean checktouched(Conditional& condition);
	qboolean checktouchedbyplayer(Conditional& condition);
	qboolean checktouchedbyplayer();
	qboolean checkactivated(Conditional& condition);
	qboolean checkused(Conditional& condition);
	qboolean checktwitch(Conditional& condition);
	qboolean checkhealth(Conditional& condition);
	qboolean checkhealthpercent(Conditional& condition);
	qboolean checkhealthpercentinrange(Conditional& condition);
	qboolean checkonground(Conditional& condition);
	qboolean checkinwater(Conditional& condition);
	qboolean checkincomingmeleeattack(Conditional& condition);
	qboolean checkincomingmeleeattack();
	qboolean checkincomingrangedattack(Conditional& condition);
	qboolean checkincomingprojectile(Conditional& condition);
	qboolean checkenemystunned(Conditional& condition);
	qboolean checkenemyinpath(Conditional& condition);
	qboolean checkstage(Conditional& condition);
	qboolean checkheld(Conditional& condition);
	qboolean checkenemymelee(Conditional& condition);
	qboolean checkenemyranged(Conditional& condition);
	qboolean checkhasthing(Conditional& condition);
	qboolean checkatcovernode(Conditional& condition);
	qboolean checkallowhangback(Conditional& condition);
	qboolean checkname(Conditional& condition);
	qboolean checkVar(Conditional &condtion);
	qboolean checkNodeExists(Conditional& condition);
	qboolean checkCoverNodes(Conditional& condition);
	qboolean checkSurfaceDamaged(Conditional& condition);
	qboolean checkBoneDamaged(Conditional& condition);
	qboolean checkRegionDamaged(Conditional& condition);
	qboolean checkCaptured(Conditional& condition);
	qboolean checkEnemyAttached(Conditional& condition);
	qboolean checkCanWalkForward(Conditional& condition);
	qboolean checkHasThrowObject(Conditional& condition);
	qboolean checkEnemyIsThrowObject(Conditional& condition);
	qboolean checkTurretMode(Conditional& condition);
	qboolean checkMeleeHitWorld(Conditional& condition);
	qboolean checkGameSpecific(Conditional& condition);
	qboolean checkWeaponReady(Conditional& condition);
	qboolean checkPlayerValid(Conditional& condition);
	qboolean checkInPreferredRange(Conditional &condtion);
	qboolean checkInAbsoluteRange(Conditional& condition);
	qboolean checkDisabled(Conditional& condition);
	qboolean checkCrippled(Conditional& condition);
	qboolean checkInAlcove(Conditional& condition);
	qboolean checkInConeOfFire(Conditional& condition);
	qboolean checkInPlayerConeOfFire(Conditional& condition);
	qboolean checkPatrolWaypointNodeInDistance(Conditional& condition);
	qboolean checkPathNodeTypeInDistance(Conditional& condition);
	qboolean checkPlayerInCallVolume(Conditional& condition);
	qboolean checkInCallVolume(Conditional& condition);
	qboolean checkUsingWeaponNamed(Conditional& condition);
	qboolean checkUsingWeaponNamed(const str& name);
	qboolean checkHaveActiveWeapon(Conditional& condition);
	qboolean checkOutOfTorsoRange(Conditional& condition);
	qboolean checkCanAttackAnyEnemy(Conditional& condition);
	qboolean checkActorFlag(Conditional& condition);
	qboolean checkplayerranged(Conditional& condition);
	qboolean checkplayerranged();
	qboolean checkForwardDirectionClear(Conditional& condition);
	qboolean checkRearDirectionClear(Conditional& condition);
	qboolean checkLeftDirectionClear(Conditional& condition);
	qboolean checkRightDirectionClear(Conditional& condition);
	qboolean checkForwardDirectionClear(float dist);
	qboolean checkRearDirectionClear(float dist);
	qboolean checkLeftDirectionClear(float dist);
	qboolean checkRightDirectionClear(float dist);
	qboolean checkLastState(Conditional& condition);
	qboolean checkGroupMememberRange(Conditional& condition);
	qboolean checkActorType(Conditional& condition);
	qboolean checkIsTeammate(Conditional& condition);
	qboolean checkWeaponIsMelee(Conditional& condition);
	qboolean checkWeaponChanged(Conditional& condition);
	qboolean checkVarTimeDifference(Conditional& condition);
	qboolean checkRequestedPosture(Conditional& condition);
	qboolean checkPostureAnimDone(Conditional& condition);

	qboolean checkGroupAttackerCount(Conditional& condition);
	qboolean checkCurrentEnemyGroupAttackerCount(Conditional& condition);
	qboolean checkGroupAttackerCountForEntity(Conditional& condition, Entity* attackTarget);
	qboolean checkGroupAttackerCountForEntity(int checkValue, Entity* attackTarget);


	qboolean checkCountOfIdenticalNamesInGroup(Conditional& condition);
	qboolean checkCountOfIdenticalNamesInGroup(const str& checkName, int checkValue);

	qboolean checkCanAttackEnemy(Conditional& condition);
	qboolean checkCanAttackEnemy();

	qboolean checkDamageThresholdExceeded(Conditional& condition);
	qboolean checkDamageThresholdExceeded();

	qboolean checkAttacked(Conditional& condition);
	qboolean checkAttacked();

	qboolean checkAttackedByPlayer(Conditional& condition);
	qboolean checkAttackedByPlayer();

	qboolean checkHelperNodeWithFlagInRange(Conditional& condition);
	qboolean checkHelperNodeWithFlagInRange(const str& flag, float range);

	qboolean checkEnemyWeaponNamed(Conditional& condition);
	qboolean checkEnemyWeaponNamed(const str& name);

	qboolean checkPlayerWeaponNamed(Conditional& condition);
	qboolean checkPlayerWeaponNamed(const str& name);

	qboolean checkEnemyWithinRange(Conditional& condition);
	qboolean checkEnemyWithinRange(float min, float max);

	qboolean checkPropChance(Conditional& condition);
	qboolean checkPropExists(Conditional& condition);

	qboolean checkShowPain(Conditional& condition);
	qboolean checkShowPain();

	qboolean checkPropEnemyRange(Conditional& condition);
	qboolean checkPropEnemyRange(const str& objname, const str& propname);

	qboolean checkHaveBestWeapon(Conditional& condition);
	qboolean checkHaveBestWeapon();

	qboolean checkPosture(Conditional& condition);
	qboolean checkPosture(const str& postureName);

	qboolean checkAnyEnemyInRange(Conditional& condition);
	qboolean checkAnyEnemyInRange(float range);

	qboolean checkValidCoverNodeInRange(Conditional& condition);
	qboolean checkValidCoverNodeInRange(float maxDistanceFromSelf, float minDistanceFromCurrentEnemy, float minDistanceFromPlayer);

	qboolean checkValidCombatNodeInRange(Conditional& condition);
	qboolean checkValidCombatNodeInRange(float maxDistanceFromSelf, float minDistanceFromPlayer, bool unreserveCurrentNode = true);

	qboolean checkValidWorkNodeInRange(Conditional& condition);
	qboolean checkValidWorkNodeInRange(float maxDistanceFromSelf, bool unreserveCurrentNode = true);

	qboolean checkValidHibernateNodeInRange(Conditional& condition);
	qboolean checkValidHibernateNodeInRange(float maxDistanceFromSelf);

	qboolean checkValidPatrolNodeInRange(Conditional& condition);
	qboolean checkValidPatrolNodeInRange(float maxDistanceFromSelf);

	qboolean checkValidSniperNodeInRange(Conditional& condition);
	qboolean checkValidSniperNodeInRange(float maxDistanceFromSelf);

	qboolean checkValidCustomNodeInRange(Conditional& condition);
	qboolean checkValidCustomNodeInRange(const str& customType, float maxDistanceFromSelf);

	qboolean checkEnemyCanSeeCurrentNode(Conditional& condition);
	qboolean checkEnemyCanSeeCurrentNode();

	qboolean checkSpecifiedFollowTargetOutOfRange(Conditional& condition);
	qboolean checkSpecifiedFollowTargetOutOfRange();

	qboolean checkCurrentNodeHasThisCoverType(Conditional& condition);
	qboolean checkCurrentNodeHasThisCoverType(const str& coverType);

	qboolean checkShouldDoAction(Conditional& condition);
	qboolean checkShouldDoAction(const str& tendencyName);

	qboolean checkInTheWay(Conditional& condition);
	qboolean checkInTheWay();

	qboolean checkHaveArmor(Conditional& condition);
	qboolean checkHaveArmor();

	qboolean checkWithinFollowRangeMin(Conditional& condition);
	qboolean checkWithinFollowRangeMin();

	qboolean checkAllowedToMeleeEnemy(Conditional& condition);
	qboolean checkAllowedToMeleeEnemy();

	qboolean checkHavePathToEnemy(Conditional& condition);
	qboolean checkHavePathToEnemy();

	qboolean checkEnemyProjectileClose(Conditional& condition);
	qboolean checkEnemyProjectileClose();

	qboolean checkActivationDelayTime(Conditional& condition);
	qboolean checkActivationDelayTime();

	qboolean checkTalking(Conditional& condition);
	qboolean checkTalking();

	qboolean checkEnemiesNearby(Conditional& condition);
	qboolean checkEnemiesNearby(float distance);

	//-----------------------------------------------------------------
	// Tendency Checks
	//-----------------------------------------------------------------
	qboolean checkIsAggressive(Conditional& condition);
	qboolean checkWantsToExecutePackage(Conditional& condition);
	qboolean checkExecutedPackageInLastTimeFrame(Conditional& condition);


	//-----------------------------------------------------------------
	// Temporary
	//-----------------------------------------------------------------
	qboolean checkInAIMode(Conditional& condition);


	virtual void Archive(Archiver& arc) override;


	protected:
	void _dropActorToGround();
	void _printDebugInfo(const str& laststate, const str& currentState, const str& legAnim, const str& torsoAnim);
	void _notifyGroupOfDamage();
	void _notifyGroupSpottedEnemy();
	void _notifyGroupOfKilled();
	void _notifyGroupOfEnemy();
	qboolean _isWorkNodeValid(PathNode* node);

	qboolean _WorkNodeInDistance(float dist);
	qboolean _FleeNodeInDistance(float dist);

  void Init();
};

typedef PathFinder<FindMovement> FindMovementPath;
typedef PathFinder<FindCoverMovement> FindCoverPath;
typedef PathFinder<FindFleeMovement> FindFleePath;
typedef PathFinder<FindEnemyMovement> FindEnemyPath;



#endif /* actor.h */