BT411/engine/MUNGA/DAMAGE.h

#pragma once

#include "point3d.h"
#include "node.h"
#include "normal.h"
#include "cstr.h"
#include "table.h"
#include "schain.h"
#include "simulate.h"

class MaterialList;
class EntitySegment;
class ExplosionTable;
class Simulation;
class MemoryStream;
class NotationFile;
struct ResourceDirectories;
class Entity;

//##########################################################################
//###########################    Damage    #################################
//##########################################################################

class Damage
{
public:
	enum {
		CollisionDamageType,
		BallisticDamageType,
		ExplosiveDamageType,
		LaserDamageType,
		EnergyDamageType,
		DamageTypeCount
	};
  Enumeration
		damageType;
	Scalar
		damageAmount;

	Vector3D
		damageForce;
	Normal
		surfaceNormal;

	// impact point should be in the global coordinate space.
	Point3D
		impactPoint;
	//
	// burst count should be thought of as number of times
	// to apply the damage.  
	//

	int
		burstCount;


	Damage();
};

//##########################################################################
//#########################    MaterialList    #############################
//##########################################################################

class MaterialList :
	public Plug
{
	public:

		typedef PlugOf<CString> CStringPlug;

		typedef SChainOf<CStringPlug*>
			CStringSocket;

		typedef SChainIteratorOf<CStringPlug*>
			CStringSocketIterator;

protected:

		CStringSocketIterator*
			listIterator;

		CStringSocket
			materialList;

	public:

		MaterialList();
		~MaterialList();

		void
			DeletePlugs()
		{Check(this); listIterator->DeletePlugs();}

		void
			Add(CStringPlug *new_plug)
		{Check(this); materialList.Add(new_plug);}

		void
			First()
		{	Check(this);listIterator->First();}

		void
			Last()
		{Check(this); listIterator->Last(); }

		CString*
			ReadAndNext()
		{
			Check(this);
			if (!listIterator->GetCurrent())
				return NULL;
			else
				return listIterator->ReadAndNext()->GetPointer();
		}

		CString*
			GetCurrent()
		{
			Check(this);
			if (!listIterator->GetCurrent())
				return NULL;
			else
				return listIterator->GetCurrent()->GetPointer();
		}

		void
			Next()
		{Check(this); if(listIterator->GetCurrent()) listIterator->Next();}
};
//##########################################################################
//#################    DamageZone::UpdateRecord    #########################
//##########################################################################

struct DamageZone__UpdateRecord
{
	public:
		size_t recordLength;
     int	damageZoneIndex;
     Scalar damageLevel;
		Enumeration damageZoneState;
		Enumeration damageZoneGraphicState;
     LWord	changedFlags;
};

//##########################################################################
//#########################    DamageZone    ###############################
//##########################################################################

class DamageZone:
	public Node
{
protected:

	Simulation*
		owningSimulation;

//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// State Support
//
private:

	StateIndicator
			damageZoneState;

  StateIndicator
			damageZoneGraphicState;

public:

	enum{
			ExistsGraphicState = 0,
			DestroyedGraphicState,
			GoneGraphicState,
        GraphicStateCount
		};

		enum{
			DefaultState = 0,
			BurningState,
			DamageStateCount
		};

  StateIndicator*
			GetGraphicStatePointer()
		{Check(this); return &damageZoneGraphicState;}

	Enumeration
			GetDamageZoneState()
			{Check(this); return damageZoneState.GetState();}

	void
			SetDamageZoneState(Enumeration new_state)
			{Check(this); damageZoneState.SetState(new_state); }

  Enumeration
			GetGraphicState()
			{Check(this); return damageZoneGraphicState.GetState();}

	virtual void
			SetGraphicState(Enumeration new_state)
       {
				Check(this);
				damageZoneGraphicState.SetState(new_state);
				SetGraphicStateChangedFlag();
		  }

//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Flag Support
//

public:

	enum {
		DamageLevelChangedBit = 2,
		GraphicStateChangedBit,
		NextBit
	};

	enum {
		DamageLevelChangedFlag = 1 << DamageLevelChangedBit,
		GraphicStateChangedFlag = 1 << GraphicStateChangedBit
	};

	Logical
		DamageLevelChanged() const
	{Check(this); return ((changedFlags & DamageLevelChangedFlag) != 0); }

  Logical
		GraphicStateChanged() const
	{Check(this); return ((changedFlags & GraphicStateChangedFlag) != 0); }

	void
		SetDamageLevelChangedFlag()
	{Check(this); changedFlags |= DamageLevelChangedFlag; }

	void
		SetGraphicStateChangedFlag()
	{Check(this); changedFlags |= GraphicStateChangedFlag; }

	void
		ResetChangedFlags()
	{Check(this); changedFlags = 0; }

	LWord
		changedFlags;

//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Update Support
//
public:
	typedef DamageZone__UpdateRecord UpdateRecord;

	virtual void
		ReadUpdateRecord(UpdateRecord *message);

	virtual void
		WriteUpdateRecord(UpdateRecord *message);

//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Material Support
//

public:
	typedef TableOf<MaterialList*, Enumeration>
		MaterialTable;

	typedef TableIteratorOf<MaterialList*, Enumeration>
		MaterialTableIterator;

	MaterialList*
		GetMaterialList(Enumeration skl_type)
		{
			Check(this);
			return materialTable.Find(skl_type);
		}

 protected:

	MaterialTable
		materialTable;


//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Explosion Support
//

protected:

	ExplosionTable
		*explosionTable;

public:

	ExplosionTable*
		CreateExplosionTable(MemoryStream *explosion_stream);

	ExplosionTable*
		GetExplosionTable()
	{Check(this); return explosionTable; }

//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Effect Support
//
public:
	SChainOf<EntitySegment*>
		defaultEffectSiteChain,
		internalVideoEffectSiteChain,
		externalVideoEffectSiteChain,
		internalAudioEffectSiteChain,
		externalAudioEffectSiteChain;

	enum {
		DefaultEffectSite,
		ExternalVideoEffectSite,
		InternalVideoEffectSite,
		ExternalAudioEffectSite,
		InternalAudioEffectSite,
		EffectSiteCount
	};

	EntitySegment*
		GetCurrentEffectSite(Enumeration	effect_site_type = DefaultEffectSite);

	static int WriteEffectSegmentIndicies(MemoryStream *damage_zone_stream, const char *damage_zone_name, NotationFile *dmg_file, NotationFile *skl_file, const char *effect_type);

//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Local Support
//
public:

Simulation*
		GetOwningSimulation()
			{return owningSimulation;}

	int
		damageZoneIndex;

	Scalar
		defaultArmorPoints;

	Scalar
		damageScale[Damage::DamageTypeCount];

	Scalar
		damageLevel;

	CString damageZoneName;

	virtual void
		TakeDamage(Damage &damage);

	void
		Reset(Logical full_reset=True);

//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Construction / Destruction Support
//
	DamageZone(
		Simulation		*owner,
		int				damage_zone_index,
		MemoryStream	*dzone_res
	);

	DamageZone(Simulation *owner, int damage_zone_index);

	virtual ~DamageZone();

	Logical
		TestInstance() const;

//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Resource Support
//
	static Logical
		CreateStreamedDamageZone(
			NotationFile					*model_file,
			const char 						*model_name,
        NotationFile					*skl_file,
			CString							damage_zone_name,
			MemoryStream					*damage_zone_stream,
			NotationFile					*dmg_file,
			const ResourceDirectories	*directories
		);
};