// GTA IV.cpp : Defines the exported functions for the DLL application.
//

#include "stdafx.h"

struct VECTOR
{
	float	x;	// 0x0 | 0
	float	y;	// 0x4 | 4
	float	z;	// 0x8 | 8
	float	unk;
};

struct CVector
{
	VECTOR	bodyHeading;		// 0x0 | 0
	VECTOR	visionHeading;		// 0x10 | 16
	VECTOR	unkVector;			// 0x20 | 32
	VECTOR	position;			// 0x30 | 48
};

class CVehicleInfo //Size=0x0110(272)
{
public:
	char sIdentifier[16]; //0x0000
	float fMass; //0x0010
	float centreOfMassX; //0x0020
	float centreOfMassY; //0x0024
	float centreOfMassZ; //0x0028
	__int32 nPercentSubmerged; //0x0030
	float m_fDriveInertia; //0x003C
	__int16 m_nDriveGears; //0x0040
	float m_fDriveForce; //0x0044
	float m_fBrakeForce; //0x0074
	float m_fTractionCurveMax; //0x008C
	float m_fTractionCurveMin; //0x0094
	float m_fSuspensionForce; //0x00B4
	float m_fSuspensionCompDamp; //0x00B8
	float m_fSuspensionReboundDamp; //0x00BC
	float m_fSuspensionUpperLimit; //0x00C0
	float m_fSuspensionLowerLimit; //0x00C4
	float m_fSuspensionRaise; //0x00C8
	float m_fCollisionDamageMult; //0x00D4
	float m_fWeaponDamageMult; //0x00D8
	float m_fDeformationDamageMult; //0x00DC
	float m_fEngineDamageMult; //0x00E0
	float m_fSeatOffsetDist; //0x00E4
	__int32 m_nMonetaryValue; //0x00E8
	DWORD mFlags; //0x00EC
};
CVehicleInfo *g_pVeh	= (CVehicleInfo*)0x11E3BF0;

class CWeaponInfo // size: 0x110 (1.0.7.0)
{
public:
        // weapontype (index of array element)
        int weapontype;            // 0x0 | 0

        // slottype (index of array element)
        int slot;                  // 0x4 | 4

        // firetype (index of array element)
        int firetype;              // 0x8 | 8

        // damagetype (index of array element)
        int damagetype;            // 0xC | 12

        // group (index of array element)
        int group;                 // 0x10 | 16

        float targetrange;         // 0x14 | 20
        float weaponrange;         // 0x18 | 24
        int stattype;              // 0x1C | 28

        // Weaponflags stored as bitflags. Refer to corresponding array. (if n-th bit is 1, array element n is true)
        DWORD weaponflags;         // 0x20 | 32
        DWORD modelhash;           // 0x24 | 36

        float aimaccuracy;         // 0x34 | 52
        float aimaccuracyfps;      // 0x38 | 52

        float offset_x;            // 0x40 | 64
        float offset_y;            // 0x44 | 68
        float offset_z;            // 0x48 | 72
        float crouchoffset_x;      // 0x50 | 80
        float crouchoffset_y;      // 0x54 | 84
        float crouchoffset_z;      // 0x58 | 88
        float reticule_standing;   // 0x64 | 100
        float reticule_ducked;     // 0x68 | 104
        float reticule_scale;      // 0x6C | 108
        int rumbleduration;        // 0x70 | 112
        float rumbleintensity;     // 0x74 | 116
        int pickup_regentime;      // 0x78 | 120
        short pickup_ammoonstreet; // 0x80 | 124

        // damage:
        short damage;              // 0x82 | 130
        short damagefps;           // 0x84 | 132

        short clipsize;             // 0x86 | 132
        short ammomax;             // 0x88 | 136
        int timebetweenshots;      // 0x8C | 140
        float physicsforce;        // 0x90 | 144
        int reloadtime_normal;     // 0x94 | 150
        int reloadtime_fast;       // 0x98 | 154
        int reloadtime_crouch;     // 0x9C | 160
        int projectiletype;        // 0xA0
        int projectilefusetime;    // 0xA4

        float projectilephysicsexplodeimpactthreshold; // 0xD0
        float projectilephysicsexplodeimpactwithvehiclethreshold ;// 0xD4
        float projectilephysicsvehiclevelocity; // 0xD8

        // damage, continued:
        float networkplayermod;    // 0xF0 | 240
        float networkpedmod;       // 0xF4 | 244
        float aimingaccuracytime;  // 0xF8
        int   aimingpellets;       // 0xFC
};
CWeaponInfo *g_pWeap	= (CWeaponInfo*)0x1540A20;



BOOL WINAPI Mozgato(VOID *lpArguments)
{
	while(TRUE)
	{
		if (GetAsyncKeyState(VK_LEFT)&1)
		{
			g_pVeh->centreOfMassX += 10;
		}
		if (GetAsyncKeyState(VK_RIGHT)&1)
		{
			g_pVeh->centreOfMassX -= 10;
		}
		if (GetAsyncKeyState(VK_UP)&1)
		{
			g_pVeh->centreOfMassY += 10;
		}
		if (GetAsyncKeyState(VK_DOWN)&1)
		{
			g_pVeh->centreOfMassY += 10;
		}
		return TRUE;
	}
}

BOOL WINAPI Fegyver(VOID *lpArguments)
{
	while(TRUE)
	{
		if (GetAsyncKeyState(VK_F1)&1)
		{
			g_pWeap->weaponflags = 4;
			g_pWeap->slot = 3;
			g_pWeap->modelhash = 10;
			g_pWeap->firetype = 1;
			g_pWeap->damagetype = 2;
			g_pWeap->projectiletype = 2;
			g_pWeap->weapontype = 9;
		}
	}
	return TRUE;
}

BOOL WINAPI DllMain( HMODULE hModule, DWORD Reason, VOID* Reserved )
{
    if( Reason == DLL_PROCESS_ATTACH )
		CreateThread( NULL, 0, ( LPTHREAD_START_ROUTINE )Mozgato, NULL,0,NULL );
	CreateThread(NULL,NULL,(LPTHREAD_START_ROUTINE)Fegyver,0,0,0);
    return TRUE;
}