Crossout Info 8/29/2017


enum eFlags
{
	SHOOTING = 2
};

enum eState
{
	IDLE = 5
};


#define MEMBER( x ) public: x; private:


class CBaseEntity;
class CEntityList
{
public:
	bool InUpdate ()
	{
		return *( bool* )( ( DWORD )this + 0x50 );
	}

	int GetEntityCount ()
	{
		return *( DWORD* )( ( DWORD )this + 0x1000C );
	}

	/*
	 * 55 8B EC 56 FF 75 08 8B F1 FF 86
	 */
	const char* FindEntityByName ( const char* pszName );

	CBaseEntity* GetEntityFromIdx ( unsigned int idx )
	{
		++*( DWORD* )( ( DWORD )this + 0x3404C );

		auto v4 = ( reinterpret_cast< DWORD >( this + 12 * ( ( idx & 0xFFF ) + 1 ) ) );
		auto result = idx == *reinterpret_cast< DWORD* >( v4 + 8 );
		auto v5 = *reinterpret_cast< DWORD* >( v4 ) & ( ( ( result ) | -result ) >> 31 );

		return ( CBaseEntity* )v5 != NULL ? ( CBaseEntity* )v5 : NULL;
	}
	CBaseEntity* GetNetworkedEntityFromIdx ( unsigned int idx )
	{
		auto v4 = ( reinterpret_cast< DWORD >( this + 12 * ( ( idx & 0xFFF ) + 0x2AAD ) ) );
		auto result = idx == *reinterpret_cast< DWORD* >( v4 + 8 );
		auto v5 = *reinterpret_cast< DWORD* >( v4 ) & ( ( ( result ) | -result ) >> 31 );

		return ( CBaseEntity* )v5 != nullptr ? ( CBaseEntity* )v5 : nullptr;
	}
};


//////////////////////////////////////////

class CModelInfo;
class CBaseEntity_VTABLE;
class CTransform;
class CModel;
class CPlayerCoordinates;
class CGameLogic;
class CD3DDevice;
class CD3DDevice_VTABLE;
class CBone;
class CCarInfo;
class CBaseEntityTypeInfo;
class CVelocity;
class CGameLogic_VTABLE;
class CBaseCamera;
class CEntityDef;
class CEntityDefInfo;
class CCarPhysics;
class CEntityChildren;


class CTransform
{
public:
	D3DXMATRIX m_Matrix; //0x0000
	D3DXMATRIX m_Frame2; //0x0040
	char pad_0x0080[ 0x20 ]; //0x0080
	CVector m_vec; //0x00A0
	char pad_0x00AC[ 0x4 ]; //0x00AC
	CVector m_vec2; //0x00B0
	char pad_0x00BC[ 0xB48 ]; //0x00BC
}; //Size=0x0C04


class CBaseEntityTypeInfo
{
public:
	char pad_0x0000[ 0x18 ]; //0x0000
	__int32 m_flag; //0x0018
	char pad_0x001C[ 0xBE8 ]; //0x001C

}; //Size=0x0C04

class CEntityInfo
{
public:
	CVector m_vecUnk; //0x0000
	char pad_0x000C[ 0x10 ]; //0x000C
	__int32 m_playerIdx; //0x001C
	char pad_0x0020[ 0x30 ]; //0x0020
	CVector m_vecPosition; //0x0050
	char pad_0x005C[ 0x18 ]; //0x005C
	float m_fUnk; //0x0074
	char pad_0x0078[ 0x38C ]; //0x0078

}; //Size=0x0404



class CBaseEntity
{
public:
	class CBaseEntity_VTABLE* vfptr; //0x0000
	class CBaseEntityTypeInfo* m_pEntityTypeInfo; //0x0004
	char pad_0008[ 4 ]; //0x0008
	int32_t m_Flags; //0x000C
	char pad_0010[ 32 ]; //0x0010
	int32_t m_ID; //0x0030
	int32_t m_NetworkID; //0x0034
	int32_t m_unk_; //0x0038
	int32_t m_parent; //0x003C
	char pad_0040[ 16 ]; //0x0040
	int32_t m_unk_2; //0x0050
	int32_t m_MovementFlags; //0x0054
	class CEntityDef* m_pEntityDef; //0x0058
	char pad_005C[ 4 ]; //0x005C
	char m_szName[ 16 ]; //0x0060
	char pad_0070[ 64 ]; //0x0070
	class CModel* m_pModel; //0x00B0
	char pad_00B4[ 4 ]; //0x00B4
	float m_flHealth; //0x00B8
	float m_flMaxHealth; //0x00BC
	class CCarInfo* m_pCarInfo; //0x00C0
	char pad_00C4[ 36 ]; //0x00C4
	uint32_t m_dwRelationshipGroup; //0x00E8
	char pad_00EC[ 36 ]; //0x00EC
	CVector m_vecMins; //0x0110
	char pad_011C[ 4 ]; //0x011C
	CVector m_vecMaxes; //0x0120
	char pad_012C[ 4 ]; //0x012C
	class CTransform* m_pTransform; //0x0130
	char pad_0134[ 68 ]; //0x0134
	int32_t m_NumBones; //0x0178
	char pad_017C[ 148 ]; //0x017C
	float m_flMaxViewDist; //0x0210
	char pad_0214[ 172 ]; //0x0214
	class CEntityDef* m_pEntityDef2; //0x02C0
	char pad_02C4[ 4 ]; //0x02C4
	int32_t m_PlayerIdx; //0x02C8
	char pad_02CC[ 568 ]; //0x02CC
	float m_flWeaponDmgScale; //0x0504
	float m_flHealthScale; //0x0508
	float m_flInitialHealth; //0x050C
	char pad_0510[ 628 ]; //0x0510
	class CCarPhysics* m_pCarPhysics; //0x0784
	char pad_0788[ 20 ]; //0x0788
	uint32_t m_NumChildren; //0x079C
	class CEntityChildren* m_children; //0x07A0
	char pad_07A4[ 76 ]; //0x07A4
	CVector m_vecViewDirection; //0x07F0
	char pad_07FC[ 4 ]; //0x07FC
	float m_flAccelerating; //0x0800
	int32_t m_nTargetEntity; //0x0804 -> Crosshair target
	char pad_0808[ 4 ]; //0x0808
	int32_t m_FlagsEx; //0x080C
	CVector m_vecCrossOnTarget; //0x0810
	char pad_081C[ 28 ]; //0x081C
	float m_flPitch; //0x0838
	char pad_083C[ 188 ]; //0x083C
	uint32_t m_nWeaponType; //0x08F8
	char pad_08FC[ 5904 ]; //0x08FC




public:

	inline bool IsDead () const
	{
		return ( m_Flags & 1 );
	}

	CVector		GetCenterPos		( void );
	const char* GetName				(  );
	void		Suicide				( void );
	void		Revive				( void );
	void		MovePos				( float vecNewPos );
	CBone*		GetBone				( unsigned int boneIdx );
	signed int	GetBoneIdxFromName	( const char* szBoneName );
	CVector		GetLinearVelocity	( void );
	void		SetLinearVelocity	( CVector vecVelocity );
	void		SetTransparency		( float flTransparency );
	CBaseEntity* GetParent			( void );
	CEntityInfo* Info				( void );
	bool		IsHostile			( CBaseEntity* pPlayer );
	bool		IsFriendly			( CBaseEntity* pPlayer );
	bool		IsVisibleForPlayers ( void );
	bool		IsCar				( void );
	bool		IsCarPart			( void );
	bool		IsEffectEntity		( void );
	bool		IsBaseEntity		( void );
	bool		IsWeapon			( void );
	bool		IsProjectile		( void );
	bool		IsLandMine			( void );
	bool		IsTurret			( void ) ;
	bool		IsHomingMissle		( void );
	bool		IsServerObject		( void );
	bool		IsRelatedToMe		( CBaseEntity* pEntity );
	CBaseEntity* GetChild			( unsigned int idx );
	int			GetChildId			( unsigned int idx );
	bool		CanHaveChildren		( void );
	int			GetNumWeapons		( void );
	bool		EntityDefContains	( const char* szText, bool bCaseSensitive = true );

	void*		GetEntityInfo		( void* a2, const char* pszInfoName );

	const char* GetClassName		( void );

	CVector		GetDirection		( void );
private:

	bool		IsType ( char* szType );
	bool		IsTypeEx ( char* szType );
}; //Size=0x1C04

class CModelInfo
{
public:
	char pad_0x0000[ 0x16C ]; //0x0000
	char m_szDefName[ 16 ]; //0x10E7888
	char pad_0x017C[ 0x688 ]; //0x017C

}; //Size=0x0804

class CBaseEntity_VTABLE
{
public:
	char pad_0x0000[ 0x4 ]; //0x0000
	char pad_0x0008[ 0x28A ]; //0x0008

}; //Size=0x0292


class CModel
{
public:
	char pad_0x0000[ 0x18 ]; //0x0000
	__int32 m_SkinIdx; //0x0018
	char pad_0x001C[ 0x128 ]; //0x001C
	__int32 m_NumSkins; //0x0144
	char pad_0x0148[ 0x2BC ]; //0x0148

}; //Size=0x0404

class CPlayerCoordinates
{
public:
	char pad_0x0000[ 0x10 ]; //0x0000
	CVector m_vecPosition; //0x0010
	char pad_0x001C[ 0x3E8 ]; //0x001C

}; //Size=0x0404

class CGameLogic
{
public:
	CGameLogic_VTABLE* vfptr; //0x0000
	char pad_0x0004[ 0x14 ]; //0x0004
	__int32 localClientNum; //0x0018
	char pad_0x001C[ 0x464 ]; //0x001C

}; //Size=0x0480

class CD3DDevice
{
public:
	CD3DDevice_VTABLE* vfptr; //0x0000
	char pad_0x0004[ 0x54 ]; //0x0004
	__int32 m_ResolutionX; //0x0058
	__int32 m_ResolutionY; //0x005C
	char pad_0x0060[ 0x3E0 ]; //0x0060

}; //Size=0x0440

class CD3DDevice_VTABLE
{
public:
	char pad_0x0000[ 0x4 ]; //0x0000

}; //Size=0x0004

class CBone
{
public:
	char pad_0x0000[ 0x10 ]; //0x0000
	CVector m_vecMax; //0x0010
	char pad_0x001C[ 0x4 ]; //0x001C
	CVector m_vecMin; //0x0020
	char pad_0x002C[ 0x4 ]; //0x002C
	CVector m_vecPosition; //0x0030
	char pad_0x003C[ 0x7C8 ]; //0x003C
}; //Size=0x0804


class CCarInfo
{
public:
	char pad_0x0000[ 0x14 ]; //0x0000
	CVelocity* m_pVelocityInfo; //0x0014
	char pad_0x0018[ 0x18 ]; //0x0018
	D3DXMATRIX m_trans; //0x0030
	char pad_0x0070[ 0x40 ]; //0x0070
	D3DXMATRIX N00001468; //0x00B0
	D3DXMATRIX m_Frame; //0x00F0
	D3DXMATRIX  N00001488; //0x0130
	char pad_0x0170[ 0x120 ]; //0x0170
	D3DXMATRIX  N000014E0; //0x0290
	char pad_0x02D0[ 0xD34 ]; //0x02D0

}; //Size=0x1004

class CVelocity
{
public:
	char pad_0x0000[ 0x10 ]; //0x0000
	D3DXMATRIX m1; //0x0010
	D3DXMATRIX m2; //0x0050
	char pad_0x0090[ 0xD0 ]; //0x0090
	CVector m_vecSpeed; //0x0160
	char pad_0x016C[ 0x4 ]; //0x016C
	CVector m_vecSpeed2; //0x0170
	char pad_0x017C[ 0x288 ]; //0x017C

}; //Size=0x0404

class CGameLogic_VTABLE
{
public:
	char pad_0x0000[ 0x404 ]; //0x0000

}; //Size=0x0404


class CBaseCamera
{
public:
	char pad_0x0000[ 0x10 ]; //0x0000
	float m_flFovX; //0x0010
	float m_flFovY; //0x0014
	float m_flFovZ; //0x0018
	char pad_0x001C[ 0x14 ]; //0x001C
	CVector m_vecCameraPosition; //0x0030
	char pad_0x003C[ 0x4 ]; //0x003C
	CVector m_vecCameraAimPosition; //0x0040
	char pad_0x004C[ 0x4 ]; //0x004C
	CVector m_vecDirection; //0x0050
	char pad_0x005C[ 0x4 ]; //0x005C
	float m_flResolutionX; //0x0060
	float m_flResolutionY; //0x0064
	char pad_0x0068[ 0x18 ]; //0x0068
	D3DXMATRIX m_ViewMatrix; //0x0080
	D3DXMATRIX m2; //0x00C0
	D3DXMATRIX m_Projection; //0x0100
	D3DXMATRIX m4; //0x0140
	CVector m_vecUnk; //0x0180
	char pad_0x018C[ 0x518 ]; //0x018C
	float m_flYaw; //0x06A4
	float m_flPitch; //0x06A8
	char pad_0x06AC[ 0x558 ]; //0x06AC
public:

	//CVector2D			GetCameraProjScales			( void );
	bool				ProjectToScreen				( CVector& vecWorld, CVector* vecScreen );
	CVector				GetCameraPos				( void );
	CVector				GetCameraDirection			( void );
	bool				SetAimPosition				( CVector vecPosition );
	bool				SetCameraPosition			( CVector vecPosition );
	void				SetUpPosition				( CVector vecPosition );
	void				AimAt						( const CVector& vecPosition );
	bool				IsRayIntersectEntity		( const CVector& vecStart, const CVector& vecDirection, float flDistance, CBaseEntity* pEntity, CVector* pvecReturn = nullptr );


	inline float				GetYaw				( void ) const
	{ return m_flYaw; }
	inline float				GetPitch			( void ) const
	{ return m_flPitch; }
	inline void					SetYaw				( float flYaw )
	{ m_flYaw = flYaw; }
	inline void					SetPitch			( float flPitch )
	{ m_flPitch = flPitch; }
};

class CEntityDef
{
public:
	CEntityDefInfo* m_pEntityInfo; //0x0000
	char m_szModelInfo[ 59 ]; //0x10E7888
	char pad_0x003F[ 0x131 ]; //0x003F
	char m_szEntityDefName[ 59 ]; //0x10E7888
	char pad_0x01AB[ 0x19 ]; //0x01AB
	char N000015E5[ 59 ]; //0x10E7888
	char pad_0x01FF[ 0x131 ]; //0x01FF
	char N00001640[ 20 ]; //0x10E7888
	char pad_0x0344[ 0x40 ]; //0x0344
	char N00001655[ 59 ]; //0x10E7888
	char pad_0x03BF[ 0x481 ]; //0x03BF
}; //Size=0x0840

class CEntityDefInfo
{
public:
	char pad_0x0000[ 0x404 ]; //0x0000

}; //Size=0x0404


class CCarPhysics
{
public:
	char pad_0x0000[ 0xAC ]; //0x0000
	CVector m_vecAcceleration; //0x00AC
	char pad_0x00B8[ 0x34C ]; //0x00B8

}; //Size=0x0404

template < typename T = int >
class CVar
{
public:
	T Value; //0x0000
	char *String_Value; //0x0004
	int SizeOfString; //0x0008
	int SizeOfStringInCvarClass; //0x000C always 14h
	char string[ 20 ]; //0x0010
	CVar* Next; //0x0024
	int Type; //0x0028   0 - int ,1 - float,2 - string ,3 - unsigned char [4]
	char *Name; //0x002C
	char *StringValue2; //0x0030
	char _0x0034[ 4 ];
	int Min; //0x0038
	int Max; //0x003C
	int Protect; //0x0040
	char _0x0044[ 12 ];// idk

};