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#pragma once
class CObject;
enum eFishSlotState {
WATER_CREATURE_INIT = 0,
WATER_CREATURE_ACTIVE,
WATER_CREATURE_FADE_OUT,
WATER_CREATURE_REMOVE,
WATER_CREATURE_DISABLED
};
class CWaterCreature {
public:
CObject *m_pObj;
float m_fFwdSpeed;
float m_fZTurnSpeed;
int32 m_alpha;
float m_fWaterDepth;
int32 m_state;
CWaterCreature();
void Allocate(CObject *pObj, float fFwdSpeed, float fZTurnSpeed, float fWaterDepth, uint32 alpha, eFishSlotState state);
void Free();
void Initialise(CObject *pObj, float fFwdSpeed, float fZTurnSpeed, float fWaterDepth, uint32 alpha, eFishSlotState state);
};
class CWaterCreatures {
public:
static CWaterCreature aWaterCreatures[NUM_WATER_CREATURES];
static int32 nNumActiveSeaLifeForms;
static CObject *CreateSeaLifeForm(CVector const& pos, int16 modelID, int32 zRotAngle);
static void CreateOne(CVector const& pos, int32 modelID);
static void UpdateAll();
static void FreeFishStructSlot(CWaterCreature *wc);
static bool IsSpaceForMoreWaterCreatures();
static float CalculateFishHeading(CVector const& pos1, CVector const& pos2);
static void RemoveAll();
static CWaterCreature* GetFishStructSlot();
};
struct WaterCreatureProperties {
int16 *modelID;
float fFwdSpeed;
float fLevel;
float fUnknown; //unused
float fWaterDepth;
};
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