sin-2015/goliath.cpp

/*
================================================================
GOLIATH
================================================================

Copyright (C) 1998 by 2015, Inc.
All rights reserved.

This source is may not be distributed and/or modified without
expressly written permission by 2015, Inc.
*/

#include "goliath.h"
#include "object.h"
#include "player.h"

#define GOLIATH_MAX_OBJECTS 20

//===============================================================
// GOLIATH
//===============================================================

Event EV_Goliath_InitThrowTime("throwtime");
Event EV_Goliath_MeleeForce( "meleeforce" );
Event EV_Goliath_SetLeftHand("setlefthand");
Event EV_Goliath_SetRightHand("setrighthand");
Event EV_Goliath_SetBothHands("setbothhands");
Event EV_Goliath_SetAttackStage("attackstage");

Event EV_Goliath_IfThrowHigh("ifthrowhigh");
Event EV_Goliath_IfThrowLow("ifthrowlow");

CLASS_DECLARATION(Actor, Goliath, "monster_goliath");

ResponseDef Goliath::Responses[] =
{
	{&EV_Goliath_InitThrowTime, (Response)Goliath::InitThrowTime},
	{&EV_Goliath_MeleeForce, (Response)Goliath::SetMeleeForce},
	{&EV_Goliath_SetLeftHand, (Response)Goliath::SetLeftHand},
	{&EV_Goliath_SetRightHand, (Response)Goliath::SetRightHand},
	{&EV_Goliath_SetBothHands, (Response)Goliath::SetBothHands},
	{&EV_Goliath_SetAttackStage, (Response)Goliath::SetAttackStage},

	{&EV_Goliath_IfThrowHigh, (Response)Goliath::IfThrowHighEvent},
	{&EV_Goliath_IfThrowLow, (Response)Goliath::IfThrowLowEvent},

	{NULL, NULL}
};

Goliath::Goliath()
{
	randomthrowtime = 0;
	rubbletime = 0;
	throwhigh = false;
	leftdamage = 0;
	leftforce = 0;
	rightdamage = 0;
	rightforce = 0;
	hitsentient = false;
	if(attackstage < 1 || attackstage > 2)
	{
		attackstage = 1;
	}

	if ( actorthread )
	{
		actorthread->Vars()->SetVariable( "attackstage", attackstage );
	}

	flags |= FL_POSTTHINK;
}

void Goliath::Prethink(void)
{
	trace_t trace;
	Vector tmpvec;
	qboolean nowthrowing = false;
	Entity *ent;

	if(attackstage == 2)
	{
		if(randomthrowtime && (randomthrowtime < level.time))
		{
			// we want to throw something...
			
			Entity *bestent;
			float bestdist;
			float dist;
			float distance;
			Vector delta;
			
			distance = 300;
			bestent = NULL;
			bestdist = distance * distance;
			
			ent = NULL;
			while(ent = findradius(ent, worldorigin.vec3(), distance))
			{
				if(ent->isSubclassOf(ThrowObject))
				{
					delta = centroid - ent->centroid;
					dist = delta * delta;
					if(dist <= bestdist)
					{
						bestent = ent;
						bestdist = dist;
					}
				}
			}
			
			if(bestent)
			{
				bestent = CheckObjectsAbove(bestent);
				SetVariable("other", bestent);
				if(DoAction("throwthing", false))
				{
					randomthrowtime = 0;
					nowthrowing = true;

					// easy his rumbling tendancies a bit
					if(rubbletime)
						rubbletime += 4 + G_Random(2) - skill->value;
				}
			}
		}

		// rumble timmer for when he goes to long wanting to
		// throw something without anything around
		if(randomthrowtime && !nowthrowing)
		{
			if(!rubbletime)
			{
				rubbletime = level.time + 5 + G_Random(2) - (skill->value * 1.5);
			}
			else if(rubbletime < level.time)
			{
				ScriptVariable *var;
				int numobjects;

				// check max objects at one time limit
				var = levelVars.GetVariable("goliathobject_count");
				if(var)
					numobjects = var->intValue();
				else 
					numobjects = 0;

				if(numobjects < GOLIATH_MAX_OBJECTS)
				{
					// time to make more stuff to throw >)
					if(DoAction("rumbleattack", false))
					{
						randomthrowtime = 0;
						nowthrowing = true;
					
						// ah, feel better now
						rubbletime = 0;
					}
				}
				else
				{
					// ease off his rubble making tendacies for a bit
					rubbletime = level.time + 1 + G_Random(2);
				}
			}
		}

	}
	// check for having a hissy hit and going into stage two
	else
	{
		if(health < (max_health*0.5))
		{
			if(DoAction("pissedoff", false))
			{
				// yup, he's pissed
				attackstage = 2;
				nowthrowing = true;

				// make sure rubble attack timmer is inited
				rubbletime = 0;
			}
		}

		// stage one throwing occures less often then stage two throwing
		if(!nowthrowing && randomthrowtime && ((randomthrowtime + 1) < level.time))
		{
			// we want to throw something...
			
			Entity *bestent;
			float bestdist;
			float dist;
			float distance;
			Vector delta;
			
			distance = 320;
			bestent = NULL;
			bestdist = distance * distance;
			
			ent = NULL;
			while(ent = findradius(ent, worldorigin.vec3(), distance))
			{
				if(ent->isSubclassOf(ThrowObject))
				{
					delta = centroid - ent->centroid;
					dist = delta * delta;
					if(dist <= bestdist)
					{
						bestent = ent;
						bestdist = dist;
					}
				}
			}
			
			if(bestent)
			{
				bestent = CheckObjectsAbove(bestent);
				if(bestent)
				{
					SetVariable("other", bestent);
					if(DoAction("throwthing", false))
					{
						randomthrowtime = 0;
						nowthrowing = true;
					}
				}
			}
		}
	}

	if(!nowthrowing && randomthrowtime)
	{
		// if there's ever a throwable thing in our
		// way, then get it out of our way.
		tmpvec = worldorigin + move;
		trace = G_Trace(worldorigin, mins, maxs, tmpvec, this, edict->clipmask, "Goliath::Prethink");
		if((trace.fraction != 1) && (trace.ent))
		{
			// check if we ran into something we can throw
			ent = trace.ent->entity;
			if(ent->isSubclassOf(ThrowObject))
			{
				ent = CheckObjectsAbove(ent);
				if(ent)
				{
					SetVariable("other", ent);
					// if in attackstage 2, there's a chance we'll just smash it
					if((attackstage == 2) && (G_Random() < 0.6))
					{
						DoAction("destroyobstruction", false);
					}
					else
					{
						DoAction("throwobstruction", false);
					}
				}
			}
		}
	}

	//
	// call our superclass
	//
	Actor::Prethink();
}

#define HAND_SIZE 40

// here's where the hand collision detection is done
void Goliath::Postthink(void)
{
	vec3_t trans[3];
	vec3_t orient;
	int groupindex;
	int tri_num;
	Vector pos, forward;
	Vector offset;
	Vector tmpvec;
	Vector handmins, handmaxs;
	Vector min, max;
	float handdiff;
	int num;
	edict_t	*touch[MAX_EDICTS];

	handmins = Vector(-HAND_SIZE, -HAND_SIZE, -HAND_SIZE);
	handmaxs = Vector(HAND_SIZE, HAND_SIZE, HAND_SIZE);

	if(rightdamage || rightforce)
	{
		if(!gi.GetBoneInfo(edict->s.modelindex, "gun", &groupindex, &tri_num, orient))
		{
			// couldn't get proper bone info
			gi.dprintf("Couldn't find Goliath's gun bone\n");
			return;
		}

		AngleVectors(orient, forward.vec3(), NULL, NULL);

		// get hand position
		offset = vec_zero;
		gi.GetBoneTransform(edict->s.modelindex, groupindex, tri_num, orient, edict->s.anim,
			edict->s.frame, edict->s.scale, trans, offset.vec3());
		MatrixTransformVector(offset.vec3(), orientation, pos.vec3());
		pos += worldorigin;

		// check at an interpolated position if hand moved enough from last frame
		if(lastrightpos != vec_zero)
		{
			tmpvec = lastrightpos - pos;
			handdiff = tmpvec.length();
			if(handdiff > (HAND_SIZE*3))
			{
				tmpvec = (lastrightpos + pos)*0.5;
				
				min = tmpvec + handmins;
				max = tmpvec + handmaxs;

				num = gi.BoxEdicts(min.vec3(), max.vec3(), touch, MAX_EDICTS, AREA_TRIGGERS);
				if(num)
					DoHandHits(tmpvec, forward, rightdamage, rightforce, touch, num);

				num = gi.BoxEdicts(min.vec3(), max.vec3(), touch, MAX_EDICTS, AREA_SOLID);
				if(num)
					DoHandHits(tmpvec, forward, rightdamage, rightforce, touch, num);
			}
		}

		// check current hand position
		min = pos + handmins;
		max = pos + handmaxs;

		num = gi.BoxEdicts(min.vec3(), max.vec3(), touch, MAX_EDICTS, AREA_TRIGGERS);
		if(num)
			DoHandHits(pos, forward, rightdamage, rightforce, touch, num);
		
		num = gi.BoxEdicts(min.vec3(), max.vec3(), touch, MAX_EDICTS, AREA_SOLID);
		if(num)
			DoHandHits(pos, forward, rightdamage, rightforce, touch, num);

		// save current hand position
		lastrightpos = pos;
	}
	else
	{
		// clear out last hand position
		lastrightpos = vec_zero;
	}


	if(leftdamage || leftforce)
	{
		if(!gi.GetBoneInfo(edict->s.modelindex, "leftgun", &groupindex, &tri_num, orient))
		{
			// couldn't get proper bone info
			gi.dprintf("Couldn't find Goliath's leftgun bone\n");
			return;
		}

		AngleVectors(orient, forward.vec3(), NULL, NULL);

		// get hand position
		offset = vec_zero;
		gi.GetBoneTransform(edict->s.modelindex, groupindex, tri_num, orient, edict->s.anim,
			edict->s.frame, edict->s.scale, trans, offset.vec3());
		MatrixTransformVector(offset.vec3(), orientation, pos.vec3());
		pos += worldorigin;

		// check at an interpolated position if hand moved enough from last frame
		if(lastleftpos != vec_zero)
		{
			tmpvec = lastleftpos - pos;
			handdiff = tmpvec.length();
			if(handdiff > (HAND_SIZE*3))
			{
				tmpvec = (lastleftpos + pos)*0.5;
				
				min = tmpvec + handmins;
				max = tmpvec + handmaxs;

				num = gi.BoxEdicts(min.vec3(), max.vec3(), touch, MAX_EDICTS, AREA_TRIGGERS);
				if(num)
					DoHandHits(tmpvec, forward, leftdamage, leftforce, touch, num);

				num = gi.BoxEdicts(min.vec3(), max.vec3(), touch, MAX_EDICTS, AREA_SOLID);
				if(num)
					DoHandHits(tmpvec, forward, leftdamage, leftforce, touch, num);
			}
		}

		// check current hand position
		min = pos + handmins;
		max = pos + handmaxs;

		num = gi.BoxEdicts(min.vec3(), max.vec3(), touch, MAX_EDICTS, AREA_TRIGGERS);
		if(num)
			DoHandHits(pos, forward, leftdamage, leftforce, touch, num);

		num = gi.BoxEdicts(min.vec3(), max.vec3(), touch, MAX_EDICTS, AREA_SOLID);
		if(num)
			DoHandHits(pos, forward, leftdamage, leftforce, touch, num);

		// save current hand position
		lastleftpos = pos;
	}
	else
	{
		// clear out last hand position
		lastleftpos = vec_zero;
	}
}

void Goliath::InitThrowTime(Event *ev)
{
	float mintime, maxtime, timediff;

	// if fewer than 2 numbers are given, clear timmer
	if(ev->NumArgs() < 2)
	{
		randomthrowtime = 0;
		return;
	}

	mintime = ev->GetFloat(1);
	maxtime = ev->GetFloat(2);
	timediff = maxtime - mintime;

	randomthrowtime = level.time + mintime + G_Random(timediff);
	randomthrowtime = level.time + G_Random(timediff);
}

Entity *Goliath::CheckObjectsAbove(Entity *ent)
{
	Vector tmpvec, tmpvec2;
	trace_t trace;
	int mask, i;
	Entity *newent;
	float tmpflt;

	// make sure we're passed a good thing

	if(!ent)
		return NULL;

	if((ent->health <= 0) || (!ent->isSubclassOf(ThrowObject)))
		return NULL;

	// check for a better thing on the thing

	mask = MASK_PROJECTILE;

	// first try a full size trace
	tmpvec = ent->worldorigin + Vector(0, 0, 16);
	trace = G_Trace(ent->worldorigin, ent->mins, ent->maxs, tmpvec, ent, mask, "Goliath::CheckObjectsAbove");

	// check for something good
	if(trace.ent)
	{
		newent = trace.ent->entity;

		// check for a stackable object that's above us
		if((newent->spawnflags & 8) && (newent->worldorigin.z > ent->worldorigin.z))
		{
			throwhigh = true;
			return newent;
		}
	}

	// try several different spots
	for(i = 0; i < 13; i++)
	{
		tmpvec = ent->worldorigin;
		switch(i)
		{
		// corners
		case 1:
			tmpvec.x += ent->mins.x + 8;
			tmpvec.y += ent->mins.y + 8;
			break;
		case 2:
			tmpvec.x += ent->mins.x + 8;
			tmpvec.y += ent->maxs.y - 8;
			break;
		case 3:
			tmpvec.x += ent->maxs.x - 8;
			tmpvec.y += ent->mins.y + 8;
			break;
		case 4:
			tmpvec.x += ent->maxs.x - 8;
			tmpvec.y += ent->maxs.y - 8;
			break;
		// edge middles
		case 5:
			tmpvec.x += ent->mins.x + 8;
			break;
		case 6:
			tmpvec.x += ent->maxs.x - 8;
			break;
		case 7:
			tmpvec.y += ent->mins.y + 8;
			break;
		case 8:
			tmpvec.y += ent->maxs.y - 8;
			break;
		}

		tmpvec2 = tmpvec + Vector(0, 0, 16);
		trace = G_Trace(tmpvec, Vector(-4, -4, 0), Vector(4, 4, ent->maxs.z - 1), tmpvec2, ent, mask, "Goliath::CheckObjectsAbove");

		// check for something good
		if(trace.ent)
		{
			newent = trace.ent->entity;

			// check for a stackable object that's above us
			if(newent->worldorigin.z > ent->worldorigin.z)
			{
				throwhigh = true;
				return newent;
			}
		}
	}

	// couldn't find anything, so stick with that we've got
	// check our object's pichup height
	tmpflt = ent->worldorigin.z - worldorigin.z;
	if(tmpflt > 32)
		throwhigh = true;
	else
		throwhigh = false;
	return ent;
}

//===============================================================
// melee attack stuff

void Goliath::SetMeleeForce (Event *ev)
{
	melee_force = ev->GetFloat(1);
	melee_force *= edict->s.scale;
}

void Goliath::SetLeftHand(Event *ev)
{
	leftdamage = ev->GetFloat(1);
	leftforce = ev->GetFloat(2);
}

void Goliath::SetRightHand(Event *ev)
{
	rightdamage = ev->GetFloat(1);
	rightforce = ev->GetFloat(2);
}

void Goliath::SetBothHands(Event *ev)
{
	rightdamage = ev->GetFloat(1);
	rightforce = ev->GetFloat(2);

	leftdamage = rightdamage;
	leftforce = rightforce;
}

void Goliath::DoHandHits(Vector pos, Vector dir, float handdamage, float handforce, edict_t *touch[MAX_EDICTS], int num)
{
	edict_t *hit;
	Entity *ent;
	int i;
	float damage;

	// horizontalize the direction
	dir.z = 0;
	dir.normalize();

	for(i = 0; i < num; i++)
	{
		hit = touch[i];
		if(!hit->inuse)
			continue;
		
		assert(hit->entity);
		
		ent = hit->entity;
		
		if(ent == this)
			continue;
		
		if(ent->getSolidType() == SOLID_BSP)
			continue;

		// so goliaths don't hurt each other
		if(ent->isSubclassOf(Goliath))
			continue;

		if(ent->isSubclassOf(Sentient) && hitsentient)
			continue;
		
		if(ent->takedamage)
		{
			if(ent->isSubclassOf(Sentient))
			{
				damage = melee_damage*handdamage;
				hitsentient = true;
			}
			else
			{
				damage = ent->max_health * 10;

				// make a hit sound
				ent->RandomGlobalSound("impact_smallexplosion", 0.5, CHAN_BODY);
			}

			ent->Damage( this, this, (int)damage, pos,
				vec_zero, vec_zero, 0, DAMAGE_NO_KNOCKBACK, MOD_MUTANTHANDS, -1, -1, 1.0f );
			
			ent->velocity -= dir * (melee_force * handforce);
			if(ent->velocity.z < 50)
				ent->velocity.z = 50;
			ent->groundentity = NULL;
		}
	}
}

//===============================================================

void Goliath::SetAttackStage(Event *ev)
{
	attackstage = ev->GetInteger(1);

	if(attackstage < 1)
		attackstage = 1;
	else if(attackstage > 2)
		attackstage = 2;

	if ( actorthread )
	{
		actorthread->Vars()->SetVariable( "attackstage", attackstage );
	}
}

void Goliath::IfThrowHighEvent(Event *ev)
{
	ScriptThread *thread;
	
	thread = ev->GetThread();
	assert(thread);
	if(!thread)
	{
		return;
	}
	
	if(throwhigh)
	{
		thread->ProcessCommandFromEvent(ev, 1);
	}
}

void Goliath::IfThrowLowEvent(Event *ev)
{
	ScriptThread *thread;
	
	thread = ev->GetThread();
	assert(thread);
	if(!thread)
	{
		return;
	}
	
	if(!throwhigh)
	{
		thread->ProcessCommandFromEvent(ev, 1);
	}
}

//===============================================================

/****************************************************************************

  RumbleAttack Class Definition

  Goliath does an attack that causes the player to get jittered around
  and also causes rubble to fall from the ceiling

****************************************************************************/

CLASS_DECLARATION( Behavior, RumbleAttack, NULL );

Event EV_RumbleAttack_DoRumble("dorumble");

ResponseDef RumbleAttack::Responses[] =
{
	{&EV_Behavior_Args, (Response)RumbleAttack::SetArgs},
	{&EV_Behavior_AnimDone, (Response)RumbleAttack::AnimDone},
	{&EV_RumbleAttack_DoRumble,(Response)RumbleAttack::DoRumble},
	{NULL, NULL}
};

void RumbleAttack::ShowInfo (Actor &self)	
{
	Behavior::ShowInfo(self);
	
	gi.printf("\nanim: %s\n", anim.c_str());
	gi.printf("animdone: %d\n", animdone);
	gi.printf("\nrubbletarget: %s\n", rubbletarget.c_str());
	gi.printf("rubblenums: %d\n", rubblenums);
}

void RumbleAttack::Begin (Actor &self)	
{
	if(!anim.length())
	{
		anim = "rumble";
	}
	animdone = false;

	// start off the rumbling animation
	if(self.HasAnim(anim.c_str()))
	{
		self.SetAnim(anim.c_str(), EV_Actor_NotifyBehavior);
	}
	else
	{
		// no animation, so don't do it
		self.SetAnim("idle");
		animdone = true;
	}
}

void RumbleAttack::SetArgs (Event *ev)	
{
	anim = ev->GetString(2);
	rubbletarget = ev->GetString(3);
}

void RumbleAttack::AnimDone (Event *ev)	
{
	animdone = true;
}

qboolean RumbleAttack::Evaluate (Actor &self)	
{
	// when the animation is finished, the behaivior is finished
	if(animdone)
		return false;

	return true;
}

void RumbleAttack::End (Actor &self)	
{
	self.SetAnim("idle");
}

void RumbleAttack::DoRumble(Event *ev)
{
	str targ;
	int num, i;
	Entity *ent;
	Player *player;
	Event *event;

	targ = rubbletarget;

	if(targ.length())
	{
		num = 0;
		do
		{
			num = G_FindTarget(num, targ.c_str());
			if(!num)
			{
				break;
			}
			
			ent = G_GetEntity(num);
			
			event = new Event(EV_Activate);
			event->AddEntity(ev->GetEntity(1));
			ent->PostEvent(event, 0);
		}
		while(1);
	}

	// jitter the player around
	for(i = 1; i <= maxclients->value; i++)
	{
		if(!g_edicts[i].inuse || !g_edicts[i].entity)
		{
			continue;
		}

		player = (Player *)(g_edicts[i].entity);

		player->SetAngleJitter(12, 5, 1);
		player->SetOffsetJitter(10, 2.5, 1);
	}
}

/****************************************************************************

  GoliathMelee Class Definition

****************************************************************************/

CLASS_DECLARATION( Behavior, GoliathMelee, NULL );

ResponseDef GoliathMelee::Responses[] =
{
	{&EV_Behavior_AnimDone, (Response)GoliathMelee::AnimDone},
	{NULL, NULL}
};

GoliathMelee::GoliathMelee()
{
}

void GoliathMelee::ShowInfo (Actor &self)	
{
	Behavior::ShowInfo( self );
	
	gi.printf("\naim:\n");
	turnto.ShowInfo(self);
	
	gi.printf( "animdone: %d\n", animdone );
}

void GoliathMelee::Begin (Actor &self)	
{
	mode = 0;
	animdone = false;

	// clear Goliaths hitsentient value
	((Goliath *)&self)->hitsentient = false;
}

void GoliathMelee::SetArgs (Event *ev)	
{
}

void GoliathMelee::AnimDone (Event *ev)	
{
	animdone = true;
}

qboolean GoliathMelee::Evaluate (Actor &self)	
{
	if(animdone)
	{
		return false;
	}

	if(!self.has_melee || !self.currentEnemy)
	{
		return false;
	}

	if(mode == 0)
	{
		float r;
		Vector delta;

		delta = self.currentEnemy->centroid - self.centroid;
		r = delta.length();
		if(r > self.melee_range)
		{
			return false;
		}

		r = delta.toYaw();
		turnto.SetDirection(r);
		turnto.SetTolerance(10);

		if(turnto.Evaluate(self))
		{
			return true;
		}

		// melee
		self.SetAnim("melee", EV_Actor_NotifyBehavior);
		self.Chatter("snd_attacktaunt", 5);

		mode = 1;
	}

	return true;
}

void GoliathMelee::End (Actor &self)	
{
	turnto.End(self);
	self.SetAnim("idle");
}

/****************************************************************************

  Goliath Pickup Behavior Class Definition

****************************************************************************/

CLASS_DECLARATION( Behavior, GoliathPickupAndThrow, NULL );

extern Event EV_PickupAndThrow_Pickup;
extern Event EV_PickupAndThrow_Throw;

ResponseDef GoliathPickupAndThrow::Responses[] =
{
	{&EV_Behavior_Args, (Response)GoliathPickupAndThrow::SetArgs},
	{&EV_Behavior_AnimDone, (Response)GoliathPickupAndThrow::AnimDone},
	{&EV_PickupAndThrow_Pickup, (Response)GoliathPickupAndThrow::Pickup},
	{&EV_PickupAndThrow_Throw, (Response)GoliathPickupAndThrow::Throw},
	{NULL, NULL}
};

GoliathPickupAndThrow::GoliathPickupAndThrow()
{
}

void GoliathPickupAndThrow::ShowInfo (Actor &self)	
{
	Behavior::ShowInfo( self );
	
	gi.printf( "\naim:\n" );
	aim.ShowInfo( self );
	
	gi.printf( "\nmode: %d\n", mode );
	gi.printf( "\nanim: %s\n", anim.c_str() );
	gi.printf( "animdone: %d\n", animdone );
	
	if ( pickup_target )
	{
		gi.printf( "\npickup_target: #%d '%s'\n", pickup_target->entnum, pickup_target->targetname.c_str() );
	}
	else
	{
		gi.printf( "\npickup_target: NULL\n" );
	}
}

void GoliathPickupAndThrow::Begin (Actor &self)	
{
	mode = 0;
	animdone = false;

	if(!anim.length())
	{
		anim = "pickup";
	}
	
	// turn towards the object
	if(pickup_target)
	{
		turnto.SetTarget(pickup_target);
		turnto.SetTolerance(20);
		turnto.Begin(self);
	}
}

void GoliathPickupAndThrow::SetArgs (Event *ev)	
{
	pickup_target = ev->GetEntity( 2 );
	
	if(ev->NumArgs() > 2)
	{
		anim = ev->GetString(3);
	}
}

void GoliathPickupAndThrow::AnimDone (Event *ev)	
{
	animdone = true;
}

void GoliathPickupAndThrow::Pickup (Event *ev)	
{
	Entity * ent;
	Event * e;
	
	ent = ev->GetEntity( 1 );
	if ( pickup_target )
	{
		e = new Event( EV_ThrowObject_Pickup );
		e->AddEntity( ent );
		e->AddString( ev->GetString( 2 ) );
		pickup_target->ProcessEvent( e );
		turnto.End(*((Actor *)ent));
	}
}

void GoliathPickupAndThrow::Throw (Event *ev)	
{
	Actor * act;
	Event * e;
	
	act = (Actor *)ev->GetEntity( 1 );
	if ( pickup_target )
	{
		if ( !act->currentEnemy )
			return;
		e = new Event( EV_ThrowObject_Throw );
		e->AddEntity( act );
		e->AddFloat( 800 );
		e->AddEntity( act->currentEnemy );
		e->AddFloat( 1 );
		pickup_target->ProcessEvent( e );
	}
}

qboolean GoliathPickupAndThrow::Evaluate (Actor &self)	
{
	Event * ev;
	
	if ( !self.currentEnemy || !pickup_target )
		return false;
	
	switch( mode )
	{
	case 0 :
		if ( self.HasAnim( anim.c_str() ) )
		{
			animdone = false;
			self.SetAnim( anim.c_str(), EV_Actor_NotifyBehavior );
			mode = 1;
		}
		else
		{
			// skip the pickup animation
			ev = new Event( EV_PickupAndThrow_Pickup );
            ev->AddEntity( &self );
            ev->AddString( "gun" );
            ProcessEvent( ev );
			animdone = true;
		}
		
	case 1 :
		if ( !animdone )
            break;
		aim.Begin( self );
		mode = 2;
		if ( self.HasAnim( "throw_aim" ) )
		{
			self.SetAnim( "throw_aim", EV_Actor_NotifyBehavior );
		}
		else
		{
			self.SetAnim( "idle" );
		}
		
	case 2 :
		// aim towards our target
		aim.SetTarget( self.currentEnemy );
		if ( aim.Evaluate( self ) )
		{
            break;
		}
		mode = 3;
		
	case 3 :
		// Throwing
		mode = 4;
		if ( self.HasAnim( "throw" ) )
		{
			animdone = false;
			self.SetAnim( "throw", EV_Actor_NotifyBehavior );
			mode = 4;
		}
		else
		{
			// skip the pickup animation
			ev = new Event( EV_PickupAndThrow_Throw );
            ev->AddEntity( &self );
            ProcessEvent( ev );
			animdone = true;
		}
		break;
		
	case 4 :
		if ( !animdone )
            break;
		return false;
		break;
	}
	
	return true;
}

void GoliathPickupAndThrow::End (Actor &self)	
{
	aim.End( self );
	turnto.End(self);
	self.SetAnim( "idle" );
}