DTZ — различия между версиями

typedef struct Weapon_lcs_header
{
    offset         CWeaponModelInfo1;
    offset         CWeaponModelInfo2;
};

typedef struct vFireOffset{
    float       x;
    float       y;  
    float       z;        
};
 
typedef struct vTimeStrc{
    float       a;
    float       b;  
    float       c;        
};
 
typedef struct weapondata{
    int		iFireType;
    float	fRange;
    int		iFiringRate;
    int		iReload;
    int		iAmountOfAmmunition;
    int		iDamage;
    float	fSpeed;
    float	fRadius;
    float	fLifeSpan;
    float	fSpread;
    DWORD	dwPadding1;
    DWORD	dwPadding2;
    vFireOffset	FireOffset;
    DWORD	dwZero;
    DWORD	dwAnim_id;
    vTimeStrc	time1;
    vTimeStrc	time2;
    float	unk;
    DWORD	dwModelID;
    DWORD	dwModelID2;
    DWORD	dwweapon_slot;
    DWORD	dwFlags <format=hex>;
};

typedef struct vFireOffset{
    float       x;
    float       y;  
    float       z;        
};
 
typedef struct vTimeStrc{
    float       a;
    float       b;  
    float       c;        
};
 
typedef struct weapondata{
    DWORD       dwType; 
    int         iFireType;
    float       fRange;
    int         iFiringRate;
    int         iReload;
    int         iAmountOfAmmunition;
    int         iDamage;
    float       fSpeed;
    float       fRadius;
    float       fLifeSpan;
    float       fSpread;
    DWORD       dwPadding;   //padding (0xAA)
    vFireOffset m_vFireOffset;  //вектор   
    DWORD       _f3C;   //всегда нуль
    DWORD       _f40;   //целочисленное значение
    DWORD       _f44;   //DWORD ? unknown
    vTimeStrc	m_vTimeStrc;
    vTimeStrc	m_vTimeStrc;
    float	unk;
    DWORD       dwModelID; 
    DWORD       dwModel2ID;
    DWORD       dwWeaponSlot
    DWORD       _f6C;   //padding (0xAA)      
};

typedef struct pedstat_lcs_header
{
    offset         Pedstat_offset;   
};

typedef struct pedstat_lcs{
    int         iNumber;
    char        name[24];
    float       fFleeDistance;
    float       fHeadingChangeRate;
    byte        btFear;
    byte        btTemper;
    byte        btLawfullness;
    byte        btView;
    float       fAttackStrength;
    float       fDefendWeakness;
    WORD        btStatFlags;
    byte        padding[2];    
};

typedef struct pedstat_vcs{
    int         iNumber;
    float       fFleeDistance;
    float       fHeadingChangeRate;
    float       fAttackStrength;
    float       fDefendWeakness;
    byte        btStatFlags;
    byte        btZero;
    byte        btFear;
    byte        btTemper;
    byte        btLawfullness;
    byte        btView;
    char        name[26];
};

typedef struct lcs_handling_header
  {
    float       unknow;
    float       unknow;
    float       unknow;
    float       unknow;
    float       unknow;
    float       null;
    float       null;
    float       null;
  };

typedef struct lcs_handling_item
  {
    float       fMass;
    float       fTurnMass;
    float       fTractionMultiplier;
    float       _fC;
    DWORD       dwId;
    float       _f14;
    float       fDragMult;
    float       _f1C;
    float       CentreOfMassX;
    float       CentreOfMassY;
    float       CentreOfMassZ;
    float       _f2C;
    int         nPercentSubmerged
    float       _f34;
    float       _f38;
    float       _f3C;
    float       _f40;
    float       _f44;
    float       _f48;
    float       _f4C;
    float       _f50;
    float       _f54;
    float       _f58;
    float       _f5C;
    float       _f60;
    float       _f64;
    float       _f68;
    float       _f6C;
    float       _f70;
    float       _f74;
    float       _f78;
    float       _f7C;
    char        cDriveType_TransmissionData;
    char        cEngineType_TransmissionData;
    byte        nNumberOfGears_TransmissionData;
    byte        _f83; //bABS?
    float       _f84;
    float       fEngineInertia;
    float       _f8C;
    float       _f90;
    float       _f94;
    float       _f98;
    float       _f9C;
    float       fBrakeBias;
    float       _fA4;
    float       fSteeringLock;
    float       fTractionLoss;
    float       fTractionBias;
    float       _fB4; //fSuspensionHighSpdComDamp? (всегда ноль)
    float       fSuspensionForceLevel;
    float       fSuspensionDampingLevel;
    float       fSuspensionUpperLimit;
    float       fSuspensionLowerLimit;
    float       fSuspensionBias;
    float       fSuspensionAntiDive;
    DWORD       dwflags <format=hex>;
    float       fSeatOffsetDistance;
    DWORD       dwMonetaryValue;
    byte        bFrontLights;   //(0 = long, 1 = small, 2 = big, 3 = tall)
    byte        bRearLights;    //(0 = long, 1 = small, 2 = big, 3 = tall)
    byte        padding[18];
  };

typedef struct particle
  {
  DWORD		dwID;
  char		Name[20];		//A;
  float		CreateRange;		//CR;
  float		DefInitRadius;		//E;
  float		ExpRate;		//F;
  word		InitAngle;		//GZA;
  word		ChangeTimeA;		//IZA;
  word		AngleChangeAmount;	//HZA;
  word		InitZRadius;		//HZR;
  float		ChangeTimeZ;		//GZR;
  float		ZRadiusChangeAmount;	//IZR;
  word		FadeTime;		//H;
  word		InitInten;		//G;
  word		FadeAmount;		//I;
  word		InitIntenA;		//GA;
  word		FadeTimeA;		//HA;
  word		FadeAmountA;		//IA;
  byte		StartAnimFr;		//K;
  byte		FinalAnimFr;		//L;
  word		AnimSpeed;		//J;
  int		RotSpeed;		//M;
  float		GravitAccel;		//N;
  int		DragFrictDeccel;	//O;
  int		DefLifeSpan;		//P;
  float		PosRandomError;		//Q;
  float		VelRandomError;		//R;
  float		ExpRateError;		//S;
  int		RotRateError;		//T;
  int		LSErrorShape;		//U;
  float		TrailLengthMult;	//V;
  int		Flags <format=hex>;	//Z;
  byte		ColourR;		//B;
  byte		ColourG;		//C;
  word		ColourB;		//D;
  byte		InitColourVar;		//CV;
  byte		FadeColourR;		//B2;
  byte		FadeColourG;		//C2;
  byte		FadeColourB;		//D2;
  DWORD		unk1;
  int		ColourFadeTime;		//FT;
  float		StretchTexX;		//WX;
  float		StretchTexY;		//WY;
  float		WindFactor;		//WI;
  DWORD		unk2;
};

typedef struct colors
  {
  byte		Red;		//Kрасный цвет;
  byte		Grey;		//Зелёный цвет;
  byte		Blue;		//Синий цвет;
  byte		Alpha;		//Альфа канал цвета;
};

typedef struct carcols
  {
  byte		ColorID1;		//Номер первого цвета;
  byte		ColorID2;		//Номер второго цвета;
};