namespace mcPlayer
{
	typedef struct _smWeaponInfo
	{
		char pad_0000[0x24];
		int32_t StartingAmmo; // 0x24
		int32_t LimitAmmo;// 0x28
		int32_t LowAmmoWarning; // 0x2C
		int32_t BulletsPerMinute1; // 0x30
		int32_t BulletsPerMinute2; // 0x34
		int32_t BulletsPerMinute3; // 0x38
		int32_t BulletsPerMinute4; // 0x3C
		int32_t BulletFireCount; // 0x40
		char pad_0001[0x4];
		float BulletCaliber; // 0x48
	};

	typedef struct _smWeaponInfoObject
	{
		uint64_t _smWeaponInfo; //0x0
	};

	typedef struct _smWeaponManagedObject
	{
		char pad_0000[0xA0];
		uint64_t Name; // 0xA0
		char pad_0001[0x78];
		uint64_t _smWeaponInfo; // 0x120
	};

	typedef struct _smWeaponObject
	{
		uint64_t _smWeaponManagedObject; // 0x0
	};

	typedef struct _smHealthController
	{
		char pad_0000[0x18];
		uint64_t ActorDescriptor; // 0x18
		char pad_0001[0x20];
		int32_t HealthState; // 0x120
		int32_t OldHealthState; // 0x124
		char pad_0002[0xC];
		float LastShotDistance; // 0x130
		char pad_0003[0x8];
		int32_t Health; // 0x140
	};

	typedef struct _smHandsController
	{
		char pad_0000[0x290];
		uint64_t _smWeaponObject_Primary; // 0x290
		uint64_t _smWeaponObject_Secondary; // 0x298
		char pad_0001[0x28];
		uint64_t CurrentDefuserObject; // 0x2C8
		char pad_0001[0x48];
		uint64_t _smWeaponObject_Current; // 0x318
		char pad_0002[0x308];
		uint64_t CurrentBombsite; // 0x628
	};

	typedef struct _smDescriptorComponents
	{
		char pad_0000[0x8];
		uint64_t _smHealthController; //0x8
		char pad_0001[0x28];
		uint64_t HandsController; // 0x38
		char pad_0002[0x58];
		uint64_t PlayerMarker; // 0x98
		char pad_0003[0x58];
		uint64_t EntityCollision; // 0xF8
	};

	typedef struct _smPlayerActorDescriptor
	{
		char pad_0000[0x50];
		math::vec3f RootPosition; // 0x50
		char pad_0001[0x34];
		math::vec3f HeadPosition; // 0x90
		char pad_0002[0x1C];
		uint64_t _smDescriptorComponents; //0xB8
		uint32_t _smDescriptorComponentsSize; // 0xC0
		char pad_0003[0x2C];
		float ModelSize; // 0xF0
	};

	typedef struct _smAnglesManager
	{
		char pad_0000[0x98];
		math::vec3f EulerAngles; // 0x98
		char pad_0001[0x1C];
		math::vec4f Quaternions; // 0xC0
	};

	typedef struct _smPlayerPawn
	{
		char pad_0000[0x18];
		uint64_t Actor;  // 0x18
		char pad_0001[0x8];
		uint64_t Player; // 0x28
		char pad_0002[0x18];
		float PlayerSpeed; // 0x48
		char pad_0003[0x1168];
		uint64_t _smAnglesManager; // 0x11B8
	};

	typedef struct _smSpectating
	{
		char pad_0000[0x28];
		uint64_t Entity; // 0x28
	};

	typedef struct _smSpectatingObject
	{
		uint64_t _smSpectating;
	};

	typedef struct _smPlayerReplicationInfo
	{
		char pad_0000[0x60];
		uint64_t _smPlayerController; //0x60
		uint64_t _smActiveTeam; //0x68
		char pad_0001[0x88];
		int32_t MenuSelectionIndex; // 0xF8
		int32_t Team; // 0xFC
		int32_t EnemyTeam; // 0x100
		int32_t TemporaryPoints; // 0x104
		int32_t TemporaryKills; // 0x108
		char pad_0002[0x8];
		uint32_t Kills; // 0x114
		uint32_t Deaths; // 0x118
		uint32_t Assists; // 0x11C
		char pad_0003[0x14];
		uint32_t Ping;  // 0x134
		char pad_0004[0x28];
		uint8_t OperatorUnit; // 0x160
		uint8_t OperatorIndex; // 0x161
		char pad_0005[0x2E];
		uint8_t TeamIndex; // 0x190
		char pad_0006[0x1];
		uint8_t IsSpectator; // 0x192
		char pad_0007[0x35];
		uint64_t PlayerName; // 0x1C8
		uint64_t Language; // 0x1D0
	};

	typedef class _mPlayer
	{
	public:
		char pad_0000[0x20];
		uint64_t _smPlayerPawn; // 0x20
		uint64_t _smPlayerActorDescriptor; // 0x28
		uint64_t Unk_MiscManager; // 0x30
		char pad_0001[0x70];
		uint64_t ManagedObject; // 0xA8
		uint64_t _smSpectatingObject; // 0xB0
		char pad_0003[0x10];
		uint64_t _smPlayerReplicationInfo; // 0xC8
	};
}