feat: CPlayerInfo, CVehicle & CPed (#58)

* Added get_position() helper to CNavigation
* Updated CPed class:
  * m_fatigued_health_threshold
  * m_injured_health_threshold
  * m_dying_health_threshold
  * m_hurt_health_threshold
* Updated CPlayerInfo class:
  * m_wanted_level_difficulty
  * m_wanted_level_multiplier
* Updated CVehicle class:
  * m_dirt_level
  * m_max_passengers
  * m_num_of_passengers
  * m_door_lock_status
This commit is contained in:
Aure7138 2022-11-09 05:02:11 +08:00 committed by GitHub
parent 5b1210b143
commit 12919a46ff
6 changed files with 57 additions and 317 deletions

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@ -11,6 +11,11 @@ public:
class rage::phArchetypeDamp* m_damp; //0x0010
char pad_0018[8]; //0x0018
rage::fmatrix44 m_transformation_matrix;
rage::fvector3* get_position()
{
return reinterpret_cast<rage::fvector3*>(&m_transformation_matrix.rows[3]);
}
}; //Size: 0x0060
static_assert(sizeof(CNavigation) == 0x60);
#pragma pack(pop)

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@ -6,6 +6,7 @@ namespace rage
{
class phArchetype
{
public:
char pad_0000[32]; //0x0000
class phBound* m_bound; //0x0020
char pad_0028[16]; //0x0028
@ -14,6 +15,7 @@ namespace rage
class phArchetypePhys : public phArchetype
{
public:
char pad_0038[28]; //0x0028
float m_water_collision; //0x0054
char pad_0058[40]; //0x0058

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@ -36,11 +36,18 @@ public:
char pad_143D[13]; //0x143D
uint8_t m_can_switch_weapon; //0x144A
uint8_t m_ped_task_flag; //0x144B
char pad_144C[192]; //0x144C
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
char pad_1510[260]; //0x1510
int m_cash; //0x1614
}; //Size: 0x1618
static_assert(sizeof(CPed) == 0x1618);
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[240]; //0x1524
uint16_t m_cash; //0x1614
}; //Size: 0x1616
static_assert(sizeof(CPed) == 0x1616);
#pragma pack(pop)

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@ -36,7 +36,11 @@ public:
uint32_t m_player_controls; //0x0250
char pad_0254[1256]; //0x0254
float m_wanted_can_change; //0x073C
char pad_0740[304]; //0x0740
char pad_0740[144]; //0x0740
float m_wanted_level_difficulty; //0x07D0 min:-1 max:1
char pad_07D4[52]; //0x07D4
float m_wanted_level_multiplier; //0x0808 min:0 max:1
char pad_080C[100]; //0x080C
uint32_t m_npc_ignore; //0x0870
char pad_0874[12]; //0x0874
bool m_is_wanted; //0x0880

View File

@ -33,7 +33,7 @@ namespace rage
template<typename T>
union matrix44
{
T data[3][4];
T data[4][4];
struct { struct {T x, y, z, w; } rows[4];};
};

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@ -9,322 +9,44 @@
class CVehicle : public rage::CPhysical
{
public:
char gap2EC[4];
uint32_t dword2F0;
uint32_t dword2F4;
uint8_t m_boost_state; // 0x2F8
char gap2F9[2];
uint8_t m_boost_allow_recharge; // 0x2FB
uint16_t word2FC;
char gap2FE[2];
float m_boost; // 0x300
float m_rocket_recharge_speed; // 0x304
uint32_t dword308;
uint8_t byte30C;
char gap30D[3];
uint8_t byte310;
char gap311[3];
uint64_t qword314;
uint32_t dword31C;
uint8_t byte320;
char gap321[3];
uint32_t dword324;
uint8_t byte328;
char gap329[3];
uint64_t qword32C;
uint64_t qword334;
uint64_t qword33C;
uint64_t qword344;
uint32_t dword34C;
uint32_t dword350;
uint8_t byte354;
uint16_t word355;
uint8_t byte357;
uint64_t qword358;
uint64_t qword360;
uint64_t qword368;
uint32_t dword370;
uint32_t dword374;
uint8_t byte378;
char gap379[3];
uint64_t qword37C;
uint64_t qword384;
char gap38C[4];
float m_jump_boost_charge; // 0x390
uint8_t byte394;
char gap395[3];
uint64_t qword398;
uint32_t dword3A0;
uint32_t dword3A4;
char gap3A8[8];
uint16_t oword3B0;
char gap3B2[30];
uint16_t oword3D0;
char gap3D2[14];
uint32_t dword3E0;
uint64_t qword3E4;
char gap3EC[4];
uint32_t dword3F0;
uint64_t qword3F4;
char gap3FC[4];
uint64_t qword400;
uint32_t dword408;
uint32_t dword40C;
char gap410[1032];
uint64_t qword818;
float m_body_health; // 0x820
float m_petrol_tank_health; // 0x824
char gap828[12];
float float834;
char gap838[176];
float m_engine_health; // 0x8E8
char gap8EC[44];
CHandlingData* m_handling_data; // 0x918
char gap920[2];
char pad_02EC[0xC]; //0x02EC
uint8_t m_boost_state; //0x02F8
char pad_02F9[0x2]; //0x02F9
uint8_t m_boost_allow_recharge; //0x02FB
char pad_02FC[0x4]; //0x02FC
float m_boost; //0x0300
float m_rocket_recharge_speed; //0x304
char pad_0308[0x88]; //0x0308
float m_jump_boost_charge; //0x0390
char pad_0394[0x43C]; //0x0394
rage::fvector3 m_velocity; //0x07D0
char pad_07DC[0x44]; //0x07DC
float m_body_health; //0x0820
float m_petrol_tank_health; //0x0824
char pad_0x828[0xC0]; //0x0828
float m_engine_health; //0x08E8
char pad_08EC[0x2C]; //0x08EC
CHandlingData* m_handling_data; //0x0918
char pad_0920[0x2]; //0x0920
uint8_t m_is_drivable; //0x0922
uint8_t m_tyres_can_burst; //0x0923
uint8_t m_deform_god; //0x0924
char gap925[6];
uint8_t byte92B;
char gap92C;
uint8_t byte92D;
char gap92E;
uint8_t byte92F;
char gap930[3];
uint8_t byte933;
uint8_t byte934;
char gap935;
uint8_t byte936;
uint8_t byte937;
char gap938[2];
uint8_t byte93A;
char gap93B[9];
uint64_t qword944;
char gap94C[4];
uint64_t qword950;
uint64_t qword958;
char gap960[8];
uint64_t qword968;
uint16_t word970;
uint32_t dword972;
uint16_t word976;
uint64_t qword978;
uint64_t qword980;
uint32_t dword988;
uint64_t qword98C;
uint64_t qword994;
uint64_t qword99C;
uint16_t word9A4;
uint8_t byte9A6;
char gap9A7;
uint32_t dword9A8;
uint8_t byte9AC;
char gap9AD;
uint16_t word9AE;
uint16_t word9B0;
char gap9B2[2];
uint32_t dword9B4;
char gap9B8[8];
uint32_t dword9C0;
uint64_t qword9C4;
uint32_t dword9CC;
uint32_t dword9D0;
char gap9D4[4];
float m_dirt_level; // 0x9D8
uint32_t dword9DC;
uint64_t qword9E0;
uint64_t qword9E8;
uint32_t dword9F0;
uint32_t dword9F4;
uint8_t byte9F8;
uint16_t word9F9;
uint8_t byte9FB;
uint32_t dword9FC;
uint64_t qwordA00;
uint32_t dwordA08;
uint32_t dwordA0C;
uint64_t qwordA10;
uint64_t qwordA18;
uint64_t qwordA20;
uint64_t qwordA28;
uint8_t byteA30;
char gapA31[7];
uint64_t qwordA38;
uint64_t qwordA40;
uint32_t dwordA48;
uint32_t dwordA4C;
uint32_t dwordA50;
uint32_t dwordA54;
uint32_t dwordA58;
uint32_t dwordA5C;
uint64_t qwordA60;
uint8_t byteA68;
char gapA69;
uint16_t wordA6A;
uint64_t qwordA6C;
uint64_t qwordA74;
uint64_t qwordA7C;
uint64_t qwordA84;
uint32_t dwordA8C;
uint16_t wordA90;
uint16_t wordA92;
uint8_t byteA94;
uint16_t wordA95;
uint16_t wordA97;
char gapA99[2];
char gapA9B[3]; // start of some kind of flag, default value 0x1000000i64
uint8_t m_is_targetable; // 0xA9E
char gapA9F[4]; // end of some kind of flag
uint32_t dwordAA3;
uint32_t dwordAA7;
uint16_t wordAAB;
uint8_t byteAAD;
uint8_t byteAAE;
char gapAAF;
uint64_t qwordAB0;
uint64_t qwordAB8;
uint8_t byteAC0;
char gapAC1[3];
uint32_t dwordAC4;
uint32_t dwordAC8;
uint32_t dwordACC;
uint32_t dwordAD0;
char gapAD4[4];
uint32_t dwordAD8;
char gapADC[20];
uint32_t dwordAF0;
uint32_t dwordAF4;
char gapAF8[24];
uint32_t dwordB10;
uint64_t qwordB14;
char gapB1C[4];
uint32_t dwordB20;
uint64_t qwordB24;
char gapB2C[4];
uint16_t owordB30;
char gapB32[14];
uint16_t owordB40;
char gapB42[14];
uint32_t dwordB50;
uint32_t dwordB54;
uint64_t qwordB58;
uint32_t dwordB60;
uint32_t dwordB64;
uint32_t dwordB68;
uint32_t dwordB6C;
uint32_t dwordB70;
uint32_t dwordB74;
uint32_t dwordB78;
uint32_t dwordB7C;
uint32_t dwordB80;
uint64_t qwordB84;
char gapB8C[4];
uint32_t dwordB90;
uint64_t qwordB94;
char gapB9C[20];
uint64_t qwordBB0;
char gapBB8[16];
uint32_t dwordBC8;
char gapBCC[4];
uint64_t qwordBD0;
uint32_t dwordBD8;
uint64_t qwordBDC;
uint16_t wordBE4;
uint8_t byteBE6;
char gapBE7;
uint64_t qwordBE8;
uint32_t dwordBF0;
uint32_t dwordBF4;
uint16_t wordBF8;
char gapBFA[2];
uint64_t qwordBFC;
uint64_t qwordC04;
uint64_t qwordC0C;
uint64_t qwordC14;
char gapC1C[4];
uint64_t qwordC20;
uint64_t qwordC28;
uint32_t dwordC30;
char gapC34[4];
uint32_t dwordC38;
float m_gravity; // 0xC3C - might be start of some sub-class
char gapC40[8];
char pad_0925[0xB3]; //0x0925
float m_dirt_level; //0x09D8
char pad_09DC[0xC2]; //0x09DC
uint8_t m_is_targetable; //0x0A9E
char pad_0A9F[0x19D]; //0x0A9F
float m_gravity; //0x0C3C - might be start of some sub-class
uint8_t m_max_passengers; //0x0C40
char pad_0C41; //0x0C41
uint8_t m_num_of_passengers; //0x0C42
char pad_0C43[5]; //0x0C43
class CPed* m_driver; //0x0C48
class CPed* m_passengers[15]; //0x0C50
class CPed* m_last_driver; //0x0CC8
char gapCD0[1424]; // end of sub-class
uint32_t dword1260;
char gap1264[4];
uint32_t dword1268;
char gap126C[12];
uint16_t word1278;
uint8_t byte127A;
char gap127B;
uint64_t qword127C;
uint64_t qword1284;
uint64_t qword128C;
uint64_t qword1294;
char gap129C[4];
uint64_t qword12A0;
uint64_t qword12A8;
uint16_t word12B0;
char gap12B2[14];
uint32_t dword12C0;
uint32_t dword12C4;
uint64_t qword12C8;
uint32_t dword12D0;
char gap12D4[4];
uint64_t qword12D8;
char gap12E0[56];
uint64_t qword1318;
uint64_t qword1320;
uint32_t dword1328;
uint32_t dword132C;
uint32_t dword1330;
uint64_t qword1334;
uint32_t dword133C;
uint32_t dword1340;
uint32_t dword1344;
uint32_t dword1348;
char gap134C[4];
float float1350;
float float1354;
char gap1358[8];
uint64_t qword1360;
uint64_t qword1368;
uint32_t m_door_lock_status;
uint64_t qword1374;
uint16_t word137C;
uint16_t word137E;
uint8_t byte1380;
uint16_t word1381;
char gap1383[2];
uint8_t byte1385;
uint16_t word1386;
uint8_t byte1388;
char gap1389[3];
uint32_t dword138C;
uint8_t byte1390;
char gap1391[3];
uint64_t qword1394;
uint32_t dword139C;
uint32_t dword13A0;
uint32_t dword13A4;
uint32_t dword13A8;
uint8_t byte13AC;
char gap13AD[3];
uint64_t qword13B0;
uint8_t byte13B8;
char gap13B9[3];
uint32_t dword13BC;
char gap13C0[8];
uint32_t dword13C8;
char gap13CC[116];
uint32_t dword1440;
uint16_t word1444;
uint8_t byte1446;
char gap1447;
uint64_t qword1448;
char pad_0CD0[0x6A0]; //0x0CD0
uint32_t m_door_lock_status; //0x1370
char pad_1374[0xDC]; //0x1374
};
static_assert(sizeof(CVehicle) == 0x1450);
#pragma pack(pop)