Temp-Classes/ped/CPed.hpp

#pragma once

#include "../vehicle/CVehicle.hpp"
#include "../player/CPlayerInfo.hpp"
#include "CPedModelInfo.hpp"
#include "CPedWeaponManager.hpp"
#include "CPedInventory.hpp"
#include "../entities/fwEntity.hpp"
#include "../rage/vector.hpp"
#include "CPedIntelligence.hpp"
#include "CPedBoneInfo.hpp"

#include <cstdint>
#include <cmath>

#pragma pack(push, 1)
class CPed : public rage::CPhysical
{
public:
    char gap2EC[20];
    rage::fvector3 m_velocity; //0x0300
    char pad_030C[260]; //0x030C
    class CPedBoneInfo m_bone_info[9]; //0x0410
    char pad_04A0[2160]; //0x04A0
    class CVehicle* m_vehicle; //0x0D10
    char pad_0D18[896]; //0x0D18
    uint32_t m_ped_type; //0x1098
    char pad_109C[4]; //0x109C
    class CPedIntelligence* m_ped_intelligence; //0x10A0
    class CPlayerInfo* m_player_info; //0x10A8
    class CPedInventory* m_inventory; //0x10B0
    class CPedWeaponManager* m_weapon_manager; //0x10B8
    char pad_10C0[892]; //0x10C0
    uint8_t m_seatbelt; //0x143C
    char pad_143D[13]; //0x143D
    uint8_t m_can_switch_weapon; //0x144A
    uint8_t m_ped_task_flag; //0x144B
    char pad_144C[4]; //0x144C
    uint8_t m_forced_aim; //0x1450 m_forced_aim ^= (m_forced_aim ^ -(char)toggle) & 0x20;
    char pad_1451[187]; //0x1451
    float m_armor; //0x150C
    float unk_health_threshold; //0x1510
    float m_fatigued_health_threshold; //0x1514
    float m_injured_health_threshold; //0x1518
    float m_dying_health_threshold; //0x151C
    float m_hurt_health_threshold; //0x1520
    char pad_1524[12]; //0x1524
    void* m_seat_info; //0x1530
    char pad_1538[220]; //0x1538
    uint16_t m_cash; //0x1614
    char pad_1616[846]; //0x1616
    uint8_t fired_sticky_bombs; //0x1964 reverse from 1.69 3258 function E8 ? ? ? ? 48 8B F8 EB ? 48 8B 47 add(1).rip(), function string: WM_MAX_STICKY
    uint8_t fired_unk_0; //0x1965
    uint8_t fired_flares; //0x1966
    uint8_t fired_unk_1; //0x1967

    float get_speed() { return sqrt(m_velocity.x * m_velocity.x + m_velocity.y * m_velocity.y + m_velocity.z * m_velocity.z); }

    rage::fvector3 get_bone_coords(ePedBoneType type)
    {
        rage::fvector3 world_coords;
        model_to_world(m_bone_info[(uint32_t)type].model_coords, world_coords);
        return world_coords;
    }

    bool can_be_ragdolled() { return m_ped_type & 0x20; }

    uint32_t get_ped_type() { return m_ped_type << 11 >> 25; }

    bool has_seatbelt() { return m_seatbelt & 0x3; }

    void forced_aim(bool toggle) { m_forced_aim ^= (m_forced_aim ^ -(char)toggle) & 0x20; }
}; //Size: 0x1968
static_assert(sizeof(CPed) == 0x1968);
#pragma pack(pop)