CStaticFunctionDefinitions.cpp

/*****************************************************************************
 *
 *  PROJECT:     Multi Theft Auto
 *  LICENSE:     See LICENSE in the top level directory
 *  FILE:        mods/deathmatch/logic/CStaticFunctionDefinitions.cpp
 *  PURPOSE:     Scripting function processing
 *
 *  Multi Theft Auto is available from http://www.multitheftauto.com/
 *
 *****************************************************************************/

#include "StdInc.h"
#include <game/CAnimManager.h>
#include <game/CClock.h>
#include <game/CColPoint.h>
#include <game/CFireManager.h>
#include <game/CFx.h>
#include <game/CGarage.h>
#include <game/CGarages.h>
#include <game/CHandlingEntry.h>
#include <game/CHandlingManager.h>
#include <game/CPlayerInfo.h>
#include <game/CRopes.h>
#include <game/CSettings.h>
#include <game/CTaskManager.h>
#include <game/CWanted.h>
#include <game/CWeapon.h>
#include <game/CWeaponStat.h>
#include <game/CWeaponStatManager.h>
#include <game/Task.h>

using std::list;

static CLuaManager*              m_pLuaManager;
static CEvents*                  m_pEvents;
static CCoreInterface*           m_pCore;
static CGame*                    m_pGame;
static CClientGame*              m_pClientGame;
static CClientManager*           m_pManager;
static CClientEntity*            m_pRootEntity;
static CClientPlayerManager*     m_pPlayerManager;
static CClientVehicleManager*    m_pVehicleManager;
static CClientObjectManager*     m_pObjectManager;
static CClientColManager*        m_pColManager;
static CClientTeamManager*       m_pTeamManager;
static CGUI*                     m_pGUI;
static CClientGUIManager*        m_pGUIManager;
static CScriptKeyBinds*          m_pScriptKeyBinds;
static CClientMarkerManager*     m_pMarkerManager;
static CClientPickupManager*     m_pPickupManager;
static CMovingObjectsManager*    m_pMovingObjectsManager;
static CBlendedWeather*          m_pBlendedWeather;
static CRadarMap*                m_pRadarMap;
static CClientCamera*            m_pCamera;
static CClientExplosionManager*  m_pExplosionManager;
static CClientProjectileManager* m_pProjectileManager;
static CClientSoundManager*      m_pSoundManager;

// Used to run a function on all the children of the elements too
#define RUN_CHILDREN(func) \
    if (Entity.CountChildren() && Entity.IsCallPropagationEnabled()) \
    { \
        CElementListSnapshotRef pList = Entity.GetChildrenListSnapshot(); \
        for (CElementListSnapshot::const_iterator iter = pList->begin(); iter != pList->end(); iter++) \
            if (!(*iter)->IsBeingDeleted()) \
                func; \
    }
CStaticFunctionDefinitions::CStaticFunctionDefinitions(CLuaManager* pLuaManager, CEvents* pEvents, CCoreInterface* pCore, CGame* pGame,
                                                       CClientGame* pClientGame, CClientManager* pManager)
{
    m_pLuaManager = pLuaManager;
    m_pEvents = pEvents;
    m_pCore = pCore;
    m_pGame = pGame;
    m_pClientGame = pClientGame;
    m_pManager = pManager;
    m_pRootEntity = m_pClientGame->GetRootEntity();
    m_pPlayerManager = pManager->GetPlayerManager();
    m_pVehicleManager = pManager->GetVehicleManager();
    m_pObjectManager = pManager->GetObjectManager();
    m_pColManager = pManager->GetColManager();
    m_pTeamManager = pManager->GetTeamManager();
    m_pGUI = pCore->GetGUI();
    m_pGUIManager = pManager->GetGUIManager();
    m_pScriptKeyBinds = m_pClientGame->GetScriptKeyBinds();
    m_pMarkerManager = pManager->GetMarkerManager();
    m_pPickupManager = pManager->GetPickupManager();
    m_pMovingObjectsManager = m_pClientGame->GetMovingObjectsManager();
    m_pBlendedWeather = m_pClientGame->GetBlendedWeather();
    m_pRadarMap = m_pClientGame->GetRadarMap();
    m_pCamera = pManager->GetCamera();
    m_pExplosionManager = pManager->GetExplosionManager();
    m_pProjectileManager = pManager->GetProjectileManager();
    m_pSoundManager = pManager->GetSoundManager();
}

CStaticFunctionDefinitions::~CStaticFunctionDefinitions()
{
}

bool CStaticFunctionDefinitions::AddEvent(CLuaMain& LuaMain, const char* szName, bool bAllowRemoteTrigger)
{
    assert(szName);

    // Valid name?
    if (szName[0] != '\0')
    {
        // Add our event to CEvents
        return m_pEvents->AddEvent(szName, "", &LuaMain, bAllowRemoteTrigger);
    }

    return false;
}

bool CStaticFunctionDefinitions::AddEventHandler(CLuaMain& LuaMain, const char* szName, CClientEntity& Entity, const CLuaFunctionRef& iLuaFunction,
                                                 bool bPropagated, EEventPriorityType eventPriority, float fPriorityMod)
{
    assert(szName);

    // We got an event with that name?
    if (m_pEvents->Exists(szName))
    {
        // Add the event handler
        if (Entity.AddEvent(&LuaMain, szName, iLuaFunction, bPropagated, eventPriority, fPriorityMod))
            return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::RemoveEventHandler(CLuaMain& LuaMain, const char* szName, CClientEntity& Entity, const CLuaFunctionRef& iLuaFunction)
{
    assert(szName);

    // We got an event and handler with that name?
    if (m_pEvents->Exists(szName))
    {
        // ACHTUNG: CHECK WHETHER THE LUA FUNCTION REF IS CORRECTLY FOUND
        if (Entity.DeleteEvent(&LuaMain, szName, iLuaFunction))
        {
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::TriggerEvent(const char* szName, CClientEntity& Entity, const CLuaArguments& Arguments, bool& bWasCancelled)
{
    // There is such event?
    if (m_pEvents->Exists(szName))
    {
        // Call the event
        Entity.CallEvent(szName, Arguments, true);
        bWasCancelled = m_pEvents->WasEventCancelled();
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::TriggerServerEvent(const char* szName, CClientEntity& CallWithEntity, CLuaArguments& Arguments)
{
    assert(szName);

    if (CallWithEntity.IsLocalEntity())
        return false;

    NetBitStreamInterface* pBitStream = g_pNet->AllocateNetBitStream();
    if (pBitStream)
    {
        unsigned short usNameLength = static_cast<unsigned short>(strlen(szName));
        pBitStream->WriteCompressed(usNameLength);
        pBitStream->Write(szName, usNameLength);
        pBitStream->Write(CallWithEntity.GetID());
        if (!Arguments.WriteToBitStream(*pBitStream))
        {
            g_pNet->DeallocateNetBitStream(pBitStream);
            return false;
        }
        g_pNet->SendPacket(PACKET_ID_LUA_EVENT, pBitStream, PACKET_PRIORITY_HIGH, PACKET_RELIABILITY_RELIABLE_ORDERED);
        g_pNet->DeallocateNetBitStream(pBitStream);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::TriggerLatentServerEvent(const char* szName, CClientEntity& CallWithEntity, CLuaArguments& Arguments, int iBandwidth,
                                                          CLuaMain* pLuaMain, ushort usResourceNetId)
{
    assert(szName);

    if (CallWithEntity.IsLocalEntity())
        return false;

    NetBitStreamInterface* pBitStream = g_pNet->AllocateNetBitStream();
    if (pBitStream)
    {
        unsigned short usNameLength = static_cast<unsigned short>(strlen(szName));
        pBitStream->WriteCompressed(usNameLength);
        pBitStream->Write(szName, usNameLength);
        pBitStream->Write(CallWithEntity.GetID());
        if (!Arguments.WriteToBitStream(*pBitStream))
        {
            g_pNet->DeallocateNetBitStream(pBitStream);
            return false;
        }
        g_pClientGame->GetLatentTransferManager()->AddSendBatchBegin(PACKET_ID_LUA_EVENT, pBitStream);
        g_pClientGame->GetLatentTransferManager()->AddSend(0, pBitStream->Version(), iBandwidth, pLuaMain, usResourceNetId);
        g_pClientGame->GetLatentTransferManager()->AddSendBatchEnd();
        g_pNet->DeallocateNetBitStream(pBitStream);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::CancelEvent(bool bCancel)
{
    m_pEvents->CancelEvent(bCancel);
    return true;
}

bool CStaticFunctionDefinitions::WasEventCancelled()
{
    return m_pEvents->WasEventCancelled();
}

bool CStaticFunctionDefinitions::DownloadFile(CResource* pResource, const char* szFile, CResource* pRequestResource, CChecksum checksum)
{
    SString strHTTPDownloadURLFull("%s/%s/%s", g_pClientGame->GetHTTPURL().c_str(), pResource->GetName(), szFile);
    SString strPath("%s\\resources\\%s\\%s", g_pClientGame->GetFileCacheRoot(), pResource->GetName(), szFile);

    // Call SingularFileDownloadManager
    if (g_pClientGame->GetSingularFileDownloadManager())
    {
        g_pClientGame->GetSingularFileDownloadManager()->AddFile(pResource, strPath.c_str(), szFile, strHTTPDownloadURLFull, pRequestResource, checksum);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::OutputConsole(const char* szText)
{
    m_pCore->GetConsole()->Print(szText);
    return true;
}

bool CStaticFunctionDefinitions::ClearChatBox()
{
    m_pCore->ClearChat();
    return true;
}

bool CStaticFunctionDefinitions::OutputChatBox(const char* szText, unsigned char ucRed, unsigned char ucGreen, unsigned char ucBlue, bool bColorCoded)
{
    if (strlen(szText) <= MAX_OUTPUTCHATBOX_LENGTH)
    {
        CLuaArguments Arguments;
        Arguments.PushString(szText);
        Arguments.PushNumber(ucRed);
        Arguments.PushNumber(ucGreen);
        Arguments.PushNumber(ucBlue);

        bool bCancelled = !g_pClientGame->GetRootEntity()->CallEvent("onClientChatMessage", Arguments, false);
        if (!bCancelled)
        {
            m_pCore->ChatPrintfColor("%s", bColorCoded, ucRed, ucGreen, ucBlue, szText);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetClipboard(SString& strText)
{
    std::wstring strUTF = MbUTF8ToUTF16(strText);

    // Open and empty the clipboard
    OpenClipboard(NULL);
    EmptyClipboard();

    // Allocate the clipboard buffer and copy the data
    HGLOBAL  hBuf = GlobalAlloc(GMEM_DDESHARE, strUTF.length() * sizeof(wchar_t) + sizeof(wchar_t));
    wchar_t* buf = reinterpret_cast<wchar_t*>(GlobalLock(hBuf));
    wcscpy(buf, strUTF.c_str());
    GlobalUnlock(hBuf);

    // Copy the data into the clipboard
    SetClipboardData(CF_UNICODETEXT, hBuf);

    // Close the clipboard
    CloseClipboard();
    return true;
}

bool CStaticFunctionDefinitions::SetWindowFlashing(bool flash, uint count)
{
    // Don't flash if the window is active
    if (g_pCore->IsFocused() || !g_pCore->GetCVars()->GetValue<bool>("server_can_flash_window", true))
        return false;

    FLASHWINFO flashInfo;
    flashInfo.cbSize = sizeof(FLASHWINFO);
    flashInfo.hwnd = g_pCore->GetHookedWindow();
    flashInfo.dwTimeout = 0;
    flashInfo.uCount = count;
    flashInfo.dwFlags = flash ? (FLASHW_ALL | FLASHW_TIMERNOFG) : FLASHW_STOP;
    ::FlashWindowEx(&flashInfo);

    return true;
}

bool CStaticFunctionDefinitions::CreateTrayNotification(SString strText, eTrayIconType eType, bool useSound)
{
    // Don't create notifications if window is active
    if (g_pCore->IsFocused() || !IsTrayNotificationEnabled())
        return false;

    // Create tray notification
    return g_pCore->GetTrayIcon()->CreateTrayBallon(strText, eType, useSound);
}

bool CStaticFunctionDefinitions::IsTrayNotificationEnabled()
{
    return g_pCore->GetCVars()->GetValue<bool>("allow_tray_notifications", true);
}

CClientEntity* CStaticFunctionDefinitions::GetRootElement()
{
    return m_pRootEntity;
}

CClientEntity* CStaticFunctionDefinitions::GetElementByID(const char* szID, unsigned int uiIndex)
{
    assert(szID);

    // Search it from root and down
    return m_pRootEntity->FindChild(szID, uiIndex, true);
}

CClientEntity* CStaticFunctionDefinitions::GetElementByIndex(const char* szType, unsigned int uiIndex)
{
    assert(szType);

    // Search it from root and down
    // return m_pMapManager->GetRootElement ()->FindChildByType ( szType, uiIndex, true );
    return m_pRootEntity->FindChildByType(szType, uiIndex, true);
}

CClientEntity* CStaticFunctionDefinitions::GetElementChild(CClientEntity& Entity, unsigned int uiIndex)
{
    // Grab it
    unsigned int                    uiCurrent = 0;
    CChildListType ::const_iterator iter = Entity.IterBegin();
    for (; iter != Entity.IterEnd(); iter++)
    {
        if (uiIndex == uiCurrent++)
        {
            return *iter;
        }
    }

    // Doesn't exist
    return NULL;
}

bool CStaticFunctionDefinitions::GetElementMatrix(CClientEntity& Entity, CMatrix& matrix)
{
    return Entity.GetMatrix(matrix);
}

bool CStaticFunctionDefinitions::GetElementPosition(CClientEntity& Entity, CVector& vecPosition)
{
    Entity.GetPosition(vecPosition);
    return true;
}

bool CStaticFunctionDefinitions::GetElementRotation(CClientEntity& Entity, CVector& vecRotation, eEulerRotationOrder desiredRotOrder)
{
    int iType = Entity.GetType();
    switch (iType)
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            Ped.GetRotationDegrees(vecRotation);

            // Correct the rotation
            vecRotation.fZ = fmodf(-vecRotation.fZ, 360);
            if (vecRotation.fZ < 0)
                vecRotation.fZ = 360 + vecRotation.fZ;

            if (desiredRotOrder != EULER_DEFAULT)
            {
                // In get, ped is Z-Y-X wheras in set it's -Z-Y-Z
                // It's a bug in ped, but the goal here is not to fix it, so we hack
                vecRotation.fZ = -vecRotation.fZ;
                vecRotation = ConvertEulerRotationOrder(vecRotation, EULER_MINUS_ZYX, desiredRotOrder);
            }

            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            Vehicle.GetRotationDegrees(vecRotation);
            if (desiredRotOrder != EULER_DEFAULT && desiredRotOrder != EULER_ZYX)
            {
                vecRotation = ConvertEulerRotationOrder(vecRotation, EULER_ZYX, desiredRotOrder);
            }
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            Object.GetRotationDegrees(vecRotation);
            if (desiredRotOrder != EULER_DEFAULT && desiredRotOrder != EULER_ZXY)
            {
                vecRotation = ConvertEulerRotationOrder(vecRotation, EULER_ZXY, desiredRotOrder);
            }
            break;
        }
        case CCLIENTPROJECTILE:
        {
            CClientProjectile& Projectile = static_cast<CClientProjectile&>(Entity);
            Projectile.GetRotationDegrees(vecRotation);
            break;
        }
        case CCLIENTCAMERA:
        case CCLIENTEFFECT:
        {
            Entity.GetRotationDegrees(vecRotation);
            break;
        }
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::GetElementVelocity(CClientEntity& Entity, CVector& vecVelocity)
{
    int iType = Entity.GetType();
    switch (iType)
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            Ped.GetMoveSpeed(vecVelocity);
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            Vehicle.GetMoveSpeed(vecVelocity);
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            Object.GetMoveSpeed(vecVelocity);
            break;
        }
        case CCLIENTPROJECTILE:
        {
            CClientProjectile& Projectile = static_cast<CClientProjectile&>(Entity);
            Projectile.GetVelocity(vecVelocity);
            break;
        }
        case CCLIENTSOUND:
        {
            CClientSound& Sound = static_cast<CClientSound&>(Entity);
            Sound.GetVelocity(vecVelocity);
            break;
        }
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::GetElementTurnVelocity(CClientEntity& Entity, CVector& vecTurnVelocity)
{
    int iType = Entity.GetType();
    switch (iType)
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            Ped.GetTurnSpeed(vecTurnVelocity);
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            Vehicle.GetTurnSpeed(vecTurnVelocity);
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            Object.GetTurnSpeed(vecTurnVelocity);
            break;
        }
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::GetElementInterior(CClientEntity& Entity, unsigned char& ucInterior)
{
    ucInterior = Entity.GetInterior();
    return true;
}

bool CStaticFunctionDefinitions::GetElementBoundingBox(CClientEntity& Entity, CVector& vecMin, CVector& vecMax)
{
    CModelInfo* pModelInfo = NULL;
    switch (Entity.GetType())
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            pModelInfo = g_pGame->GetModelInfo(Ped.GetModel());
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            pModelInfo = g_pGame->GetModelInfo(Vehicle.GetModel());
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            pModelInfo = g_pGame->GetModelInfo(Object.GetModel());
            break;
        }
    }

    if (pModelInfo)
    {
        CBoundingBox* pBoundingBox = pModelInfo->GetBoundingBox();
        if (pBoundingBox)
        {
            vecMin = pBoundingBox->vecBoundMin;
            vecMin.fX += pBoundingBox->vecBoundOffset.fX;
            vecMin.fY += pBoundingBox->vecBoundOffset.fY;
            vecMin.fZ += pBoundingBox->vecBoundOffset.fZ;

            vecMax = pBoundingBox->vecBoundMax;
            vecMax.fX += pBoundingBox->vecBoundOffset.fX;
            vecMax.fY += pBoundingBox->vecBoundOffset.fY;
            vecMax.fZ += pBoundingBox->vecBoundOffset.fZ;

            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GetElementRadius(CClientEntity& Entity, float& fRadius)
{
    CModelInfo* pModelInfo = NULL;
    switch (Entity.GetType())
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            pModelInfo = g_pGame->GetModelInfo(Ped.GetModel());
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            pModelInfo = g_pGame->GetModelInfo(Vehicle.GetModel());
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            pModelInfo = g_pGame->GetModelInfo(Object.GetModel());
            break;
        }
    }
    if (pModelInfo)
    {
        CBoundingBox* pBoundingBox = pModelInfo->GetBoundingBox();
        if (pBoundingBox)
        {
            fRadius = pBoundingBox->fRadius;
            return true;
        }
    }

    return false;
}

CClientEntity* CStaticFunctionDefinitions::GetElementAttachedTo(CClientEntity& Entity)
{
    CClientEntity* pEntityAttachedTo = Entity.GetAttachedTo();
    if (pEntityAttachedTo)
    {
        assert(pEntityAttachedTo->IsEntityAttached(&Entity));
        return pEntityAttachedTo;
    }

    return NULL;
}

bool CStaticFunctionDefinitions::GetElementDistanceFromCentreOfMassToBaseOfModel(CClientEntity& Entity, float& fDistance)
{
    switch (Entity.GetType())
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            fDistance = static_cast<CClientPed&>(Entity).GetDistanceFromCentreOfMassToBaseOfModel();
            return true;
        }
        case CCLIENTVEHICLE:
        {
            fDistance = static_cast<CClientVehicle&>(Entity).GetDistanceFromCentreOfMassToBaseOfModel();
            return true;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            fDistance = static_cast<CClientObject&>(Entity).GetDistanceFromCentreOfMassToBaseOfModel();
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GetElementAttachedOffsets(CClientEntity& Entity, CVector& vecPosition, CVector& vecRotation)
{
    Entity.GetAttachedOffsets(vecPosition, vecRotation);
    ConvertRadiansToDegrees(vecRotation);
    return true;
}

bool CStaticFunctionDefinitions::GetElementAlpha(CClientEntity& Entity, unsigned char& ucAlpha)
{
    switch (Entity.GetType())
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            ucAlpha = Ped.GetAlpha();
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            ucAlpha = Vehicle.GetAlpha();
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            ucAlpha = Object.GetAlpha();
            break;
        }
        case CCLIENTMARKER:
        {
            CClientMarker& Marker = static_cast<CClientMarker&>(Entity);
            ucAlpha = Marker.GetColor().A;
            break;
        }
        default:
            return false;
    }
    return true;
}

bool CStaticFunctionDefinitions::IsElementOnScreen(CClientEntity& Entity, bool& bOnScreen)
{
    bOnScreen = Entity.IsOnScreen();
    return true;
}

bool CStaticFunctionDefinitions::GetElementHealth(CClientEntity& Entity, float& fHealth)
{
    switch (Entity.GetType())
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            fHealth = Ped.GetHealth();
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            fHealth = Vehicle.GetHealth();
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            fHealth = Object.GetHealth();
            break;
        }
        default:
            return false;
    }
    return true;
}

bool CStaticFunctionDefinitions::GetElementModel(CClientEntity& Entity, unsigned short& usModel)
{
    switch (Entity.GetType())
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            usModel = static_cast<unsigned short>(Ped.GetModel());
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            usModel = Vehicle.GetModel();
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            usModel = Object.GetModel();
            break;
        }
        case CCLIENTPICKUP:
        {
            CClientPickup& pPickup = static_cast<CClientPickup&>(Entity);
            usModel = pPickup.GetModel();
            break;
        }
        case CCLIENTPROJECTILE:
        {
            CClientProjectile& pProjectile = static_cast<CClientProjectile&>(Entity);
            usModel = pProjectile.GetModel();
            break;
        }
        default:
            return false;
    }
    return true;
}

bool CStaticFunctionDefinitions::IsElementInWater(CClientEntity& Entity, bool& bInWater)
{
    switch (Entity.GetType())
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            if (Ped.GetOccupiedVehicle())
            {
                bInWater = Ped.GetOccupiedVehicle()->IsInWater();
                break;
            }
            else
            {
                bInWater = Ped.IsInWater();
                break;
            }
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            bInWater = Vehicle.IsInWater();
            break;
        }
        default:
            return false;
    }
    return true;
}

bool CStaticFunctionDefinitions::IsElementSyncer(CClientEntity& Entity, bool& bIsSyncer)
{
    switch (Entity.GetType())
    {
        case CCLIENTPED:
        {
            CClientPed* Ped = static_cast<CClientPed*>(&Entity);
            if (Ped)
                bIsSyncer = m_pClientGame->GetPedSync()->Exists(Ped);
            break;
        }
        case CCLIENTVEHICLE:
        {
            CDeathmatchVehicle* Vehicle = static_cast<CDeathmatchVehicle*>(&Entity);
            if (Vehicle)
                bIsSyncer = m_pClientGame->GetUnoccupiedVehicleSync()->Exists(Vehicle);
            break;
        }
#ifdef WITH_OBJECT_SYNC
        case CCLIENTOBJECT:
        {
            CDeathmatchObject* pObject = static_cast<CDeathmatchObject*>(&Entity);
            if (pObject)
                bIsSyncer = m_pClientGame->GetObjectSync()->Exists(pObject);
            break;
        }
#endif
        default:
            return false;
    }
    return true;
}

bool CStaticFunctionDefinitions::IsElementCollidableWith(CClientEntity& Entity, CClientEntity& ThisEntity, bool& bCanCollide)
{
    switch (Entity.GetType())
    {
        case CCLIENTPLAYER:
        case CCLIENTPED:
        case CCLIENTOBJECT:
        case CCLIENTVEHICLE:
        {
            switch (ThisEntity.GetType())
            {
                case CCLIENTPLAYER:
                case CCLIENTPED:
                case CCLIENTOBJECT:
                case CCLIENTVEHICLE:
                {
                    bCanCollide = Entity.IsCollidableWith(&ThisEntity);
                    return true;
                }
                default:
                    break;
            }
            break;
        }
        default:
            break;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetElementCollisionsEnabled(CClientEntity& Entity)
{
    switch (Entity.GetType())
    {
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            return Vehicle.IsCollisionEnabled();
        }
        case CCLIENTOBJECT:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            return Object.IsCollisionEnabled();
        }
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            return Ped.GetUsesCollision();
        }
        default:
            return false;
    }

    return false;
}

bool CStaticFunctionDefinitions::IsElementFrozen(CClientEntity& Entity, bool& bFrozen)
{
    switch (Entity.GetType())
    {
        case CCLIENTPLAYER:
        case CCLIENTPED:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            bFrozen = Ped.IsFrozen();
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            bFrozen = Vehicle.IsFrozen();
            break;
        }
        case CCLIENTOBJECT:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            bFrozen = Object.IsFrozen();
            break;
        }
        default:
            return false;
    }

    return true;
}

CClientDummy* CStaticFunctionDefinitions::CreateElement(CResource& Resource, const char* szTypeName, const char* szID)
{
    assert(szTypeName);
    assert(szID);

    // Long enough typename and not an internal one?
    if (szTypeName[0] != '\0' && CClientEntity::GetTypeID(szTypeName) == CCLIENTUNKNOWN)
    {
        CClientDummy* pDummy = new CClientDummy(m_pManager, INVALID_ELEMENT_ID, szTypeName);
        pDummy->SetName(szID);

        pDummy->SetParent(Resource.GetResourceDynamicEntity());
        return pDummy;
    }

    return NULL;
}

bool CStaticFunctionDefinitions::DestroyElement(CClientEntity& Entity)
{
    if (!Entity.CanBeDestroyedByScript())
        return false;

    // Run us on all its children
    CChildListType ::const_iterator iter = Entity.IterBegin();
    while (iter != Entity.IterEnd())
    {
        if (DestroyElement(**iter))
            iter = Entity.IterBegin();
        else
            ++iter;
    }

    // Are we already being deleted?
    if (Entity.IsBeingDeleted())
        return false;

    // We can't delete our root
    if (&Entity == m_pRootEntity)
        return false;

    // Use the element deleter to delete it if it's local and not system
    if (Entity.IsLocalEntity() && !Entity.IsSystemEntity())
    {
        m_pClientGame->GetElementDeleter()->Delete(&Entity);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetElementID(CClientEntity& Entity, const char* szID)
{
    assert(szID);

    // Change ID only for client-created elements
    if (Entity.IsLocalEntity())
    {
        // Set the new ID
        Entity.SetName(szID);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetElementData(CClientEntity& Entity, const char* szName, CLuaArgument& Variable, bool bSynchronize)
{
    assert(szName);
    assert(strlen(szName) <= MAX_CUSTOMDATA_NAME_LENGTH);

    bool          bIsSynced;
    CLuaArgument* pCurrentVariable = Entity.GetCustomData(szName, false, &bIsSynced);
    if (!pCurrentVariable || Variable != *pCurrentVariable || bIsSynced != bSynchronize)
    {
        if (bSynchronize && !Entity.IsLocalEntity())
        {
            NetBitStreamInterface* pBitStream = g_pNet->AllocateNetBitStream();
            // Write element ID, name length and the name. Also write the variable.
            pBitStream->Write(Entity.GetID());
            unsigned short usNameLength = static_cast<unsigned short>(strlen(szName));
            pBitStream->WriteCompressed(usNameLength);
            pBitStream->Write(szName, usNameLength);
            Variable.WriteToBitStream(*pBitStream);

            // Send the packet and deallocate
            g_pNet->SendPacket(PACKET_ID_CUSTOM_DATA, pBitStream, PACKET_PRIORITY_HIGH, PACKET_RELIABILITY_RELIABLE_ORDERED);
            g_pNet->DeallocateNetBitStream(pBitStream);
        }

        // Set its custom data
        Entity.SetCustomData(szName, Variable, bSynchronize);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::RemoveElementData(CClientEntity& Entity, const char* szName)
{
    // TODO
    return false;
}

bool CStaticFunctionDefinitions::SetElementMatrix(CClientEntity& Entity, const CMatrix& matrix)
{
    RUN_CHILDREN(SetElementMatrix(**iter, matrix))

    Entity.SetMatrix(matrix);

    return true;
}

bool CStaticFunctionDefinitions::SetElementPosition(CClientEntity& Entity, const CVector& vecPosition, bool bWarp)
{
    RUN_CHILDREN(SetElementPosition(**iter, vecPosition))

    if (bWarp)
        Entity.Teleport(vecPosition);
    else
        Entity.SetPosition(vecPosition);

    return true;
}

bool CStaticFunctionDefinitions::SetElementRotation(CClientEntity& Entity, const CVector& vecRotation, eEulerRotationOrder argumentRotOrder, bool bNewWay)
{
    RUN_CHILDREN(SetElementRotation(**iter, vecRotation, argumentRotOrder, bNewWay))

    int iType = Entity.GetType();
    switch (iType)
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            if (argumentRotOrder == EULER_DEFAULT || argumentRotOrder == EULER_MINUS_ZYX)
            {
                if (bNewWay)
                    Ped.SetRotationDegreesNew(vecRotation);
                else
                    Ped.SetRotationDegrees(vecRotation);
            }
            else
            {
                if (bNewWay)
                    Ped.SetRotationDegreesNew(ConvertEulerRotationOrder(vecRotation, argumentRotOrder, EULER_MINUS_ZYX));
                else
                    Ped.SetRotationDegrees(ConvertEulerRotationOrder(vecRotation, argumentRotOrder, EULER_MINUS_ZYX));
            }
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            if (argumentRotOrder == EULER_DEFAULT || argumentRotOrder == EULER_ZYX)
            {
                Vehicle.SetRotationDegrees(vecRotation);
            }
            else
            {
                Vehicle.SetRotationDegrees(ConvertEulerRotationOrder(vecRotation, argumentRotOrder, EULER_ZYX));
            }
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            if (argumentRotOrder == EULER_DEFAULT || argumentRotOrder == EULER_ZXY)
            {
                Object.SetRotationDegrees(vecRotation);
            }
            else
            {
                Object.SetRotationDegrees(ConvertEulerRotationOrder(vecRotation, argumentRotOrder, EULER_ZXY));
            }

            break;
        }
        case CCLIENTPROJECTILE:
        {
            // Didn't implement anything for projectiles since I couldn't really test (only non crashing element was satchel and its rotation is ugly)
            CClientProjectile& Projectile = static_cast<CClientProjectile&>(Entity);
            Projectile.SetRotationDegrees(const_cast<CVector&>(vecRotation));
            break;
        }
        case CCLIENTCAMERA:
        case CCLIENTEFFECT:
        {
            Entity.SetRotationDegrees(vecRotation);
            break;
        }
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::SetElementVelocity(CClientEntity& Entity, const CVector& vecVelocity)
{
    RUN_CHILDREN(SetElementVelocity(**iter, vecVelocity))

    int iType = Entity.GetType();
    switch (iType)
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            Ped.SetMoveSpeed(vecVelocity);
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            Vehicle.SetMoveSpeed(vecVelocity);
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            Object.SetMoveSpeed(vecVelocity);
            break;
        }
        case CCLIENTPROJECTILE:
        {
            CClientProjectile& Projectile = static_cast<CClientProjectile&>(Entity);
            Projectile.SetVelocity(const_cast<CVector&>(vecVelocity));
            break;
        }
        case CCLIENTSOUND:
        {
            CClientSound& Sound = static_cast<CClientSound&>(Entity);
            Sound.SetVelocity(const_cast<CVector&>(vecVelocity));
            break;
        }

        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::SetElementAngularVelocity(CClientEntity& Entity, const CVector& vecTurnVelocity)
{
    RUN_CHILDREN(SetElementAngularVelocity(**iter, vecTurnVelocity))

    int iType = Entity.GetType();
    switch (iType)
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            Ped.SetTurnSpeed(vecTurnVelocity);
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            Vehicle.SetTurnSpeed(vecTurnVelocity);
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            Object.SetTurnSpeed(vecTurnVelocity);
            break;
        }
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::SetElementParent(CClientEntity& Entity, CClientEntity& Parent, CLuaMain* pLuaMain)
{
    if (&Entity != &Parent && !Entity.IsMyChild(&Parent, true))
    {
        if (Entity.GetType() == CCLIENTCAMERA || Parent.GetType() == CCLIENTCAMERA)
        {
            return false;
        }
        else if (Entity.GetType() == CCLIENTGUI)
        {
            if (Parent.GetType() == CCLIENTGUI || &Parent == pLuaMain->GetResource()->GetResourceGUIEntity())
            {
                CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

                GUIElement.SetParent(&Parent);
                return true;
            }
        }
        else
        {
            CClientEntity* pTemp = &Parent;
            CClientEntity* pRoot = m_pRootEntity;
            bool           bValidParent = false;
            while (pTemp != pRoot && pTemp != NULL)
            {
                const char* szTypeName = pTemp->GetTypeName();
                if (szTypeName && strcmp(szTypeName, "map") == 0)
                {
                    bValidParent = true;            // parents must be a map
                    break;
                }

                pTemp = pTemp->GetParent();
            }

            // Make sure the entity we move is a client entity or we get a problem
            if (bValidParent && Entity.IsLocalEntity())
            {
                // Set the new parent
                Entity.SetParent(&Parent);
                return true;
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetElementInterior(CClientEntity& Entity, unsigned char ucInterior, bool bSetPosition, CVector& vecPosition)
{
    RUN_CHILDREN(SetElementInterior(**iter, ucInterior, bSetPosition, vecPosition))

    Entity.SetInterior(ucInterior);
    if (bSetPosition)
        Entity.SetPosition(vecPosition);

    if (Entity.GetType() == CCLIENTPLAYER)
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        if (Ped.IsLocalPlayer())
        {
            // Update all of our streamers/managers to the local player's interior
            m_pClientGame->SetAllInteriors(ucInterior);
        }
    }

    return true;
}

bool CStaticFunctionDefinitions::SetElementDimension(CClientEntity& Entity, unsigned short usDimension)
{
    RUN_CHILDREN(SetElementDimension(**iter, usDimension))

    switch (Entity.GetType())
    {
        // Client side elements
        case CCLIENTTEAM:
        {
            CClientTeam&                         Team = static_cast<CClientTeam&>(Entity);
            list<CClientPlayer*>::const_iterator iter = Team.IterBegin();
            for (; iter != Team.IterEnd(); iter++)
            {
                (*iter)->SetDimension(usDimension);
            }
        }

        case CCLIENTCOLSHAPE:
        case CCLIENTDUMMY:
        case CCLIENTVEHICLE:
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        case CCLIENTMARKER:
        case CCLIENTRADARMARKER:
        case CCLIENTPED:
        case CCLIENTPICKUP:
        case CCLIENTPOINTLIGHTS:
        case CCLIENTRADARAREA:
        case CCLIENTWORLDMESH:
        case CCLIENTSOUND:
        case CCLIENTWATER:
        {
            Entity.SetDimension(usDimension);
            return true;
        }

        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            if (Ped.IsLocalPlayer())
            {
                // Update all of our streamers/managers to the local player's dimension
                m_pClientGame->SetAllDimensions(usDimension);
            }

            Ped.SetDimension(usDimension);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::AttachElements(CClientEntity& Entity, CClientEntity& AttachedToEntity, CVector& vecPosition, CVector& vecRotation)
{
    RUN_CHILDREN(AttachElements(**iter, AttachedToEntity, vecPosition, vecRotation))

    // Can these elements be attached?
    if (Entity.IsAttachToable() && AttachedToEntity.IsAttachable() && !AttachedToEntity.IsAttachedToElement(&Entity) &&
        Entity.GetDimension() == AttachedToEntity.GetDimension())
    {
        ConvertDegreesToRadians(vecRotation);

        Entity.SetAttachedOffsets(vecPosition, vecRotation);
        Entity.AttachTo(&AttachedToEntity);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::DetachElements(CClientEntity& Entity, CClientEntity* pAttachedToEntity)
{
    RUN_CHILDREN(DetachElements(**iter, pAttachedToEntity))

    CClientEntity* pActualAttachedToEntity = Entity.GetAttachedTo();
    if (pActualAttachedToEntity)
    {
        if (pAttachedToEntity == NULL || pActualAttachedToEntity == pAttachedToEntity)
        {
            Entity.AttachTo(NULL);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetElementAttachedOffsets(CClientEntity& Entity, CVector& vecPosition, CVector& vecRotation)
{
    RUN_CHILDREN(SetElementAttachedOffsets(**iter, vecPosition, vecRotation))

    ConvertDegreesToRadians(vecRotation);
    Entity.SetAttachedOffsets(vecPosition, vecRotation);
    return true;
}

bool CStaticFunctionDefinitions::SetElementAlpha(CClientEntity& Entity, unsigned char ucAlpha)
{
    RUN_CHILDREN(SetElementAlpha(**iter, ucAlpha))

    switch (Entity.GetType())
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            Ped.SetAlpha(ucAlpha);
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            Vehicle.SetAlpha(ucAlpha);
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            Object.SetAlpha(ucAlpha);
            break;
        }
        case CCLIENTMARKER:
        {
            CClientMarker& Marker = static_cast<CClientMarker&>(Entity);
            SColor         color = Marker.GetColor();
            color.A = ucAlpha;
            Marker.SetColor(color);
            break;
        }

        default:
            return false;
    }
    return true;
}

bool CStaticFunctionDefinitions::SetElementHealth(CClientEntity& Entity, float fHealth)
{
    RUN_CHILDREN(SetElementHealth(**iter, fHealth))

    switch (Entity.GetType())
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            // Grab the model
            CClientPed& Ped = static_cast<CClientPed&>(Entity);

            // Limit to max health
            float fMaxHealth = Ped.GetMaxHealth();
            if (fHealth > fMaxHealth)
                fHealth = fMaxHealth;

            // Set the new health
            Ped.SetHealth(fHealth);
            return true;
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            Vehicle.SetHealth(fHealth);
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            Object.SetHealth(fHealth);
            break;
        }
        default:
            return false;
    }
    return true;
}

bool CStaticFunctionDefinitions::SetElementModel(CClientEntity& Entity, unsigned short usModel)
{
    RUN_CHILDREN(SetElementModel(**iter, usModel))

    switch (Entity.GetType())
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            // Grab the model
            CClientPed&          Ped = static_cast<CClientPed&>(Entity);
            const unsigned short usCurrentModel = static_cast<ushort>(Ped.GetModel());

            if (usCurrentModel == usModel)
                return false;

            if (!Ped.SetModel(usModel))
                return false;

            CLuaArguments Arguments;
            Arguments.PushNumber(usCurrentModel);
            Arguments.PushNumber(usModel);
            bool bContinue = Ped.CallEvent("onClientElementModelChange", Arguments, true);

            // Check for another call to setElementModel
            if (usModel != Ped.GetModel())
                return false;

            if (!bContinue)
            {
                // Change canceled
                Ped.SetModel(usCurrentModel);
                return false;
            }

            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle&      Vehicle = static_cast<CClientVehicle&>(Entity);
            const unsigned short usCurrentModel = Vehicle.GetModel();

            if (usCurrentModel == usModel)
                return false;

            if (!CClientVehicleManager::IsValidModel(usModel))
                return false;

            Vehicle.SetModelBlocking(usModel, 255, 255);

            CLuaArguments Arguments;
            Arguments.PushNumber(usCurrentModel);
            Arguments.PushNumber(usModel);
            bool bContinue = Vehicle.CallEvent("onClientElementModelChange", Arguments, true);

            // Check for another call to setElementModel
            if (usModel != Vehicle.GetModel())
                return false;

            if (!bContinue)
            {
                // Change canceled
                Vehicle.SetModelBlocking(usCurrentModel, 255, 255);
                return false;
            }

            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject&       Object = static_cast<CClientObject&>(Entity);
            const unsigned short usCurrentModel = Object.GetModel();

            if (usCurrentModel == usModel)
                return false;

            if (!CClientObjectManager::IsValidModel(usModel))
                return false;

            Object.SetModel(usModel);

            CLuaArguments Arguments;
            Arguments.PushNumber(usCurrentModel);
            Arguments.PushNumber(usModel);
            bool bContinue = Object.CallEvent("onClientElementModelChange", Arguments, true);

            // Check for another call to setElementModel
            if (usModel != Object.GetModel())
                return false;

            if (!bContinue)
            {
                // Change canceled
                Object.SetModel(usCurrentModel);
                return false;
            }

            break;
        }
        case CCLIENTPROJECTILE:
        {
            CClientProjectile&   Projectile = static_cast<CClientProjectile&>(Entity);
            const unsigned short usCurrentModel = Projectile.GetModel();

            if (usCurrentModel == usModel)
                return false;

            if (!CClientObjectManager::IsValidModel(usModel))
                return false;

            Projectile.SetModel(usModel);

            CLuaArguments Arguments;
            Arguments.PushNumber(usCurrentModel);
            Arguments.PushNumber(usModel);
            Projectile.CallEvent("onClientElementModelChange", Arguments, true);
            break;
        }
        default:
            return false;
    }
    return true;
}

bool CStaticFunctionDefinitions::SetRadioChannel(unsigned char& ucChannel)
{
    return m_pPlayerManager->GetLocalPlayer()->SetCurrentRadioChannel(ucChannel);
}

bool CStaticFunctionDefinitions::GetRadioChannel(unsigned char& ucChannel)
{
    ucChannel = m_pPlayerManager->GetLocalPlayer()->GetCurrentRadioChannel();
    return true;
}

CClientPlayer* CStaticFunctionDefinitions::GetLocalPlayer()
{
    return m_pPlayerManager->GetLocalPlayer();
}

CClientEntity* CStaticFunctionDefinitions::GetPedTarget(CClientPed& Ped)
{
    CVector vecOrigin, vecTarget;
    Ped.GetShotData(&vecOrigin, &vecTarget);

    CColPoint* pCollision = NULL;
    CEntity*   pCollisionGameEntity = NULL;
    CVector    vecCollision = vecTarget;
    bool       bCollision = g_pGame->GetWorld()->ProcessLineOfSight(&vecOrigin, &vecTarget, &pCollision, &pCollisionGameEntity);
    if (bCollision && pCollision)
        vecCollision = pCollision->GetPosition();

    // Destroy the colpoint
    if (pCollision)
    {
        pCollision->Destroy();
    }

    CClientEntity* pCollisionEntity = NULL;
    if (pCollisionGameEntity)
    {
        CPools* pPools = g_pGame->GetPools();
        pCollisionEntity = pPools->GetClientEntity((DWORD*)pCollisionGameEntity->GetInterface());
        return pCollisionEntity;
    }

    return NULL;
}

bool CStaticFunctionDefinitions::GetPedTargetCollision(CClientPed& Ped, CVector& vecCollision)
{
    CVector vecOrigin, vecTarget;
    Ped.GetShotData(&vecOrigin, &vecTarget);

    CColPoint* pCollision = NULL;
    CEntity*   pCollisionGameEntity = NULL;
    bool       bCollision = g_pGame->GetWorld()->ProcessLineOfSight(&vecOrigin, &vecTarget, &pCollision, &pCollisionGameEntity);
    if (pCollision)
    {
        vecCollision = pCollision->GetPosition();

        // Destroy the collision
        pCollision->Destroy();
    }

    return bCollision;
}

bool CStaticFunctionDefinitions::GetPedTask(CClientPed& Ped, bool bPrimary, unsigned int uiTaskType, std::vector<SString>& outTaskHierarchy)
{
    CTaskManager* pTaskManager = Ped.GetTaskManager();
    if (pTaskManager)
    {
        CTask* pTask = NULL;
        if (bPrimary)
            pTask = pTaskManager->GetTask(uiTaskType);
        else
            pTask = pTaskManager->GetTaskSecondary(uiTaskType);

        while (pTask)
        {
            outTaskHierarchy.push_back(pTask->GetTaskName());
            pTask = pTask->GetSubTask();
        }

        return !outTaskHierarchy.empty();
    }

    return false;
}

bool CStaticFunctionDefinitions::GetPedClothes(CClientPed& Ped, unsigned char ucType, SString& strOutTexture, SString& strOutModel)
{
    const SPlayerClothing* pClothing = Ped.GetClothes()->GetClothing(ucType);
    if (pClothing)
    {
        strOutTexture = pClothing->szTexture;
        strOutModel = pClothing->szModel;
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetPedControlState(CClientPed& Ped, const char* szControl, bool& bState)
{
    if (&Ped == GetLocalPlayer())
    {
        return GetControlState(szControl, bState);
    }

    if (Ped.GetType() == CCLIENTPLAYER)
    {
        CControllerState cs;
        Ped.GetControllerState(cs);
        bool bOnFoot = (!Ped.GetRealOccupiedVehicle());
        bState = CClientPad::GetControlState(szControl, cs, bOnFoot);
        float        fState = 0;
        unsigned int uiIndex;
        // Check it's Analog
        if (CClientPad::GetAnalogControlIndex(szControl, uiIndex))
        {
            if (CClientPad::GetAnalogControlState(szControl, cs, bOnFoot, fState, false))
            {
                bState = fState > 0;
                return true;
            }
        }
        // or binary.
        else
        {
            bState = CClientPad::GetControlState(szControl, cs, bOnFoot);
            return true;
        }
    }

    if (Ped.m_Pad.GetControlState(szControl, bState))
    {
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetPedAnalogControlState(CClientPed& Ped, const char* szControl, float& fState, bool bRawInput)
{
    if (Ped.GetType() == CCLIENTPLAYER)
    {
        CControllerState cs;
        bool             bOnFoot = (!Ped.GetRealOccupiedVehicle());
        unsigned int     uiIndex;

        if (bRawInput)
            cs = Ped.m_rawControllerState;            // use the raw controller values without MTA glitch fixes modifying our raw inputs
        else
            Ped.GetControllerState(cs);

        // check it's analog or use binary.
        if (CClientPad::GetAnalogControlIndex(szControl, uiIndex))
            CClientPad::GetAnalogControlState(szControl, cs, bOnFoot, fState, bRawInput);
        else
            fState = CClientPad::GetControlState(szControl, cs, bOnFoot) == true ? 1.0f : 0.0f;

        return true;
    }
    if (Ped.m_Pad.GetControlState(szControl, fState))
    {
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedAnalogControlState(CClientEntity& Entity, const char* szControl, float fState)
{
    RUN_CHILDREN(SetPedAnalogControlState(**iter, szControl, fState))

    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        if (Ped.m_Pad.SetControlState(szControl, fState))
        {
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::IsPedDoingGangDriveby(CClientPed& Ped, bool& bDoingGangDriveby)
{
    bDoingGangDriveby = Ped.IsDoingGangDriveby();
    return true;
}

bool CStaticFunctionDefinitions::GetPedFightingStyle(CClientPed& Ped, unsigned char& ucStyle)
{
    ucStyle = Ped.GetFightingStyle();
    return true;
}

bool CStaticFunctionDefinitions::GetPedMoveAnim(CClientPed& Ped, unsigned int& iMoveAnim)
{
    iMoveAnim = (unsigned int)Ped.GetMoveAnim();
    return true;
}

bool CStaticFunctionDefinitions::GetPedMoveState(CClientPed& Ped, std::string& strMoveState)
{
    if (Ped.GetMovementState(strMoveState))
        return true;
    return false;
}

bool CStaticFunctionDefinitions::IsPedHeadless(CClientPed& Ped, bool& bHeadless)
{
    bHeadless = Ped.IsHeadless();
    return true;
}

bool CStaticFunctionDefinitions::IsPedFrozen(CClientPed& Ped, bool& bFrozen)
{
    bFrozen = Ped.IsFrozen();
    return true;
}

bool CStaticFunctionDefinitions::IsPedFootBloodEnabled(CClientPed& Ped, bool& bHasFootBlood)
{
    bHasFootBlood = Ped.IsFootBloodEnabled();
    return true;
}

bool CStaticFunctionDefinitions::GetPedCameraRotation(CClientPed& Ped, float& fRotation)
{
    fRotation = ConvertRadiansToDegrees(Ped.GetCameraRotation());
    return true;
}

bool CStaticFunctionDefinitions::GetPedWeaponMuzzlePosition(CClientPed& Ped, CVector& vecPosition)
{
    return Ped.GetShotData(NULL, NULL, &vecPosition);
}

bool CStaticFunctionDefinitions::IsPedOnFire(CClientPed& Ped, bool& bOnFire)
{
    bOnFire = Ped.IsOnFire();
    return true;
}

bool CStaticFunctionDefinitions::IsPedInVehicle(CClientPed& Ped, bool& bInVehicle)
{
    bInVehicle = (Ped.GetRealOccupiedVehicle() != NULL);
    return true;
}

bool CStaticFunctionDefinitions::GetPedOccupiedVehicleSeat(CClientPed& pPed, uint& uiSeat)
{
    if (pPed.IsInVehicle())
    {
        uiSeat = pPed.GetOccupiedVehicleSeat();
        return true;
    }
    return false;
}

const char* CStaticFunctionDefinitions::GetPedSimplestTask(CClientPed& Ped)
{
    CTaskManager* pTaskManager = Ped.GetTaskManager();
    if (pTaskManager)
    {
        CTask* pTask = pTaskManager->GetSimplestActiveTask();
        if (pTask == NULL)
        {
            for (unsigned int i = 0; i < TASK_PRIORITY_MAX; i++)
            {
                pTask = pTaskManager->GetSimplestTask(i);
                if (pTask)
                    break;
            }
        }
        if (pTask)
        {
            CTask* pTempTask = pTask->GetSubTask();
            while (pTempTask)
            {
                pTask = pTempTask;
                pTempTask = pTempTask->GetSubTask();
            }
            if (pTask)
            {
                return pTask->GetTaskName();
            }
        }
    }

    return NULL;
}

bool CStaticFunctionDefinitions::IsPedDoingTask(CClientPed& Ped, const char* szTaskName, bool& bIsDoingTask)
{
    assert(szTaskName);

    bIsDoingTask = false;

    CTaskManager* pTaskManager = Ped.GetTaskManager();
    if (pTaskManager)
    {
        CTask* pTask = NULL;
        for (int i = 0; i < TASK_PRIORITY_MAX; i++)
        {
            pTask = pTaskManager->GetTask(i);
            while (pTask)
            {
                if (stricmp(pTask->GetTaskName(), szTaskName) == 0)
                {
                    bIsDoingTask = true;
                    return true;
                }
                pTask = pTask->GetSubTask();
            }
        }
        for (int i = 0; i < TASK_SECONDARY_MAX; i++)
        {
            pTask = pTaskManager->GetTaskSecondary(i);
            while (pTask)
            {
                if (stricmp(pTask->GetTaskName(), szTaskName) == 0)
                {
                    bIsDoingTask = true;
                    return true;
                }
                pTask = pTask->GetSubTask();
            }
        }
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetPedBonePosition(CClientPed& Ped, eBone bone, CVector& vecPosition)
{
    Ped.GetBonePosition(bone, vecPosition);
    return true;
}

CClientPlayer* CStaticFunctionDefinitions::GetPlayerFromName(const char* szNick)
{
    assert(szNick);

    return m_pPlayerManager->Get(szNick);
}

bool CStaticFunctionDefinitions::GetPlayerMoney(long& lMoney)
{
    lMoney = g_pClientGame->GetMoney();
    return true;
}

bool CStaticFunctionDefinitions::GetPlayerWantedLevel(char& cWanted)
{
    cWanted = g_pGame->GetPlayerInfo()->GetWanted()->GetWantedLevel();
    return true;
}

bool CStaticFunctionDefinitions::GetPlayerNametagText(CClientPlayer& Player, SString& strOutText)
{
    strOutText = Player.GetNametagText();
    return true;
}

bool CStaticFunctionDefinitions::GetPlayerNametagColor(CClientPlayer& Player, unsigned char& ucR, unsigned char& ucG, unsigned char& ucB)
{
    Player.GetNametagColor(ucR, ucG, ucB);
    return true;
}

bool CStaticFunctionDefinitions::SetPedWeaponSlot(CClientEntity& Entity, int iSlot)
{
    RUN_CHILDREN(SetPedWeaponSlot(**iter, iSlot))

    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        return Ped.SetCurrentWeaponSlot((eWeaponSlot)iSlot);
    }

    return false;
}

bool CStaticFunctionDefinitions::GivePedWeapon(CClientEntity& Entity, uchar ucWeaponID, ushort usWeaponAmmo, bool bSetAsCurrent)
{
    RUN_CHILDREN(GivePedWeapon(**iter, ucWeaponID, usWeaponAmmo, bSetAsCurrent))

    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        // Make sure it's a ped and not a player
        if (Ped.GetType() == CCLIENTPED)
        {
            Ped.GiveWeapon(static_cast<eWeaponType>(ucWeaponID), usWeaponAmmo, bSetAsCurrent);

            // Store the ammo so it's not lost if a ped is streamed out
            uchar ucSlot = CWeaponNames::GetSlotFromWeapon(ucWeaponID);
            Ped.m_usWeaponAmmo[ucSlot] += usWeaponAmmo;
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::ShowPlayerHudComponent(eHudComponent component, bool bShow)
{
    g_pGame->GetHud()->SetComponentVisible(component, bShow);

    if (component == HUD_AREA_NAME || component == HUD_ALL)
        g_pClientGame->SetHudAreaNameDisabled(!bShow);

    return true;
}

bool CStaticFunctionDefinitions::IsPlayerHudComponentVisible(eHudComponent component, bool& bOutIsVisible)
{
    bOutIsVisible = g_pGame->GetHud()->IsComponentVisible(component);
    return true;
}

bool CStaticFunctionDefinitions::SetPlayerMoney(long lMoney, bool bInstant)
{
    g_pClientGame->SetMoney(lMoney, bInstant);
    return true;
}

bool CStaticFunctionDefinitions::GivePlayerMoney(long lMoney)
{
    g_pClientGame->SetMoney(g_pClientGame->GetMoney() + lMoney);
    return true;
}

bool CStaticFunctionDefinitions::TakePlayerMoney(long lMoney)
{
    g_pClientGame->SetMoney(g_pClientGame->GetMoney() - lMoney);
    return true;
}

bool CStaticFunctionDefinitions::SetPlayerNametagText(CClientEntity& Entity, const char* szText)
{
    assert(szText);
    RUN_CHILDREN(SetPlayerNametagText(**iter, szText))

    if (IS_PLAYER(&Entity) && g_pClientGame->IsNametagValid(szText))
    {
        CClientPlayer& Player = static_cast<CClientPlayer&>(Entity);

        Player.SetNametagText(szText);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPlayerNametagColor(CClientEntity& Entity, bool bRemoveOverride, unsigned char ucR, unsigned char ucG, unsigned char ucB)
{
    RUN_CHILDREN(SetPlayerNametagColor(**iter, bRemoveOverride, ucR, ucG, ucB))

    if (IS_PLAYER(&Entity))
    {
        CClientPlayer& Player = static_cast<CClientPlayer&>(Entity);

        if (bRemoveOverride)
            Player.RemoveNametagOverrideColor();
        else
            Player.SetNametagOverrideColor(ucR, ucG, ucB);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPlayerNametagShowing(CClientEntity& Entity, bool bShowing)
{
    RUN_CHILDREN(SetPlayerNametagShowing(**iter, bShowing))

    if (IS_PLAYER(&Entity))
    {
        CClientPlayer& Player = static_cast<CClientPlayer&>(Entity);

        Player.SetNametagShowing(bShowing);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::KillPed(CClientEntity& Entity, CClientEntity* pKiller = NULL, unsigned char ucKillerWeapon = 0xFF,
                                         unsigned char ucBodyPart = 0xFF, bool bStealth = false)
{
    RUN_CHILDREN(KillPed(**iter, pKiller, ucKillerWeapon, ucBodyPart))

    if (!IS_PED(&Entity))
    {
        return false;
    }

    CClientPed& pPed = static_cast<CClientPed&>(Entity);

    // Is the ped alive and a local entity?
    if (pPed.IsDead() || !pPed.IsLocalEntity())
    {
        return false;
    }

    // Remove him from any occupied vehicle
    pPed.SetVehicleInOutState(VEHICLE_INOUT_NONE);
    pPed.RemoveFromVehicle();

    // Is this a stealth kill? and do we have a killer ped?
    // TODO: Make things dry. Refer to CPacketHandler::Packet_PlayerWasted
    if (bStealth && pKiller && IS_PED(pKiller))
    {
        // Make our killer ped do the stealth kill animation
        CClientPed* pKillerPed = static_cast<CClientPed*>(pKiller);
        pKillerPed->StealthKill(&pPed);
    }

    // Kill the ped
    pPed.Kill((eWeaponType)ucKillerWeapon, ucBodyPart, bStealth, false, 0, 15);
    // magic numbers 0, 15 found from CPlayerWastedPacket

    // Tell our scripts the ped has died
    CLuaArguments Arguments;
    if (pKiller)
        Arguments.PushElement(pKiller);
    else
        Arguments.PushBoolean(false);
    if (ucKillerWeapon != 0xFF)
        Arguments.PushNumber(ucKillerWeapon);
    else
        Arguments.PushBoolean(false);
    if (ucBodyPart != 0xFF)
        Arguments.PushNumber(ucBodyPart);
    else
        Arguments.PushBoolean(false);
    Arguments.PushBoolean(bStealth);

    pPed.CallEvent("onClientPedWasted", Arguments, false);
    pPed.RemoveAllWeapons();

    return true;
}

bool CStaticFunctionDefinitions::SetPedRotation(CClientEntity& Entity, float fRotation, bool bNewWay)
{
    RUN_CHILDREN(SetPedRotation(**iter, fRotation, bNewWay))

    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);

        // Convert the rotation to radians and set the new rotation
        float fRadians = ConvertDegreesToRadians(fRotation);
        // Clamp it to -PI .. PI
        if (fRadians < -PI)
        {
            do
            {
                fRadians += PI * 2.0f;
            } while (fRadians < -PI);
        }
        else if (fRadians > PI)
        {
            do
            {
                fRadians -= PI * 2.0f;
            } while (fRadians > PI);
        }

        if (bNewWay)
            Ped.SetCurrentRotationNew(fRadians);
        else
            Ped.SetCurrentRotation(fRadians);

        if (!IS_PLAYER(&Entity))
            Ped.SetCameraRotation(-fRadians);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetPedCanBeKnockedOffBike(CClientEntity& Entity, bool bCanBeKnockedOffBike)
{
    RUN_CHILDREN(SetPedCanBeKnockedOffBike(**iter, bCanBeKnockedOffBike))

    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);

        if (IS_PLAYER(&Entity) && !Ped.IsLocalPlayer())
            return false;

        Ped.SetCanBeKnockedOffBike(bCanBeKnockedOffBike);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedAnimation(CClientEntity& Entity, const SString& strBlockName, const char* szAnimName, int iTime, int iBlend, bool bLoop,
                                                 bool bUpdatePosition, bool bInterruptable, bool bFreezeLastFrame)
{
    RUN_CHILDREN(SetPedAnimation(**iter, strBlockName, szAnimName, iTime, iBlend, bLoop, bUpdatePosition, bInterruptable, bFreezeLastFrame))

    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        if (strBlockName && szAnimName)
        {
            std::unique_ptr<CAnimBlock> pBlock = g_pGame->GetAnimManager()->GetAnimationBlock(strBlockName);
            if (pBlock)
            {
                Ped.SetCurrentAnimationCustom(false);
                Ped.SetNextAnimationNormal();
                Ped.RunNamedAnimation(pBlock, szAnimName, iTime, iBlend, bLoop, bUpdatePosition, bInterruptable, bFreezeLastFrame);
                return true;
            }
            else
            {
                std::shared_ptr<CClientIFP> pIFP = g_pClientGame->GetIFPPointerFromMap(HashString(strBlockName.ToLower()));

                // Is this a custom animation block?
                if (pIFP)
                {
                    // Play the gateway animation
                    const SString&              strGateWayBlockName = g_pGame->GetAnimManager()->GetGateWayBlockName();
                    std::unique_ptr<CAnimBlock> pBlock = g_pGame->GetAnimManager()->GetAnimationBlock(strGateWayBlockName);
                    auto                        pCustomAnimBlendHierarchy = pIFP->GetAnimationHierarchy(szAnimName);
                    if ((pBlock) && (pCustomAnimBlendHierarchy != nullptr))
                    {
                        Ped.SetNextAnimationCustom(pIFP, szAnimName);

                        const SString& strGateWayAnimationName = g_pGame->GetAnimManager()->GetGateWayAnimationName();
                        Ped.RunNamedAnimation(pBlock, strGateWayAnimationName, iTime, iBlend, bLoop, bUpdatePosition, bInterruptable, bFreezeLastFrame);
                        return true;
                    }
                }
            }
        }
        else
        {
            Ped.KillAnimation();
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetPedAnimationProgress(CClientEntity& Entity, const SString& strAnimName, float fProgress)
{
    RUN_CHILDREN(SetPedAnimationProgress(**iter, strAnimName, fProgress))

    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        if (!strAnimName.empty())
        {
            auto pAnimAssociation = g_pGame->GetAnimManager()->RpAnimBlendClumpGetAssociation(Ped.GetClump(), strAnimName);
            if (pAnimAssociation)
            {
                pAnimAssociation->SetCurrentProgress(fProgress);
                return true;
            }
        }
        else
        {
            Ped.KillAnimation();
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetPedAnimationSpeed(CClientEntity& Entity, const SString& strAnimName, float fSpeed)
{
    RUN_CHILDREN(SetPedAnimationSpeed(**iter, strAnimName, fSpeed))

    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        if (!strAnimName.empty())
        {
            auto pAnimAssociation = g_pGame->GetAnimManager()->RpAnimBlendClumpGetAssociation(Ped.GetClump(), strAnimName);
            if (pAnimAssociation)
            {
                pAnimAssociation->SetCurrentSpeed(fSpeed);
                return true;
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetPedMoveAnim(CClientEntity& Entity, unsigned int iMoveAnim)
{
    RUN_CHILDREN(SetPedMoveAnim(**iter, iMoveAnim))

    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        if (IsValidMoveAnim(iMoveAnim))
        {
            Ped.SetMoveAnim((eMoveAnim)iMoveAnim);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::AddPedClothes(CClientEntity& Entity, const char* szTexture, const char* szModel, unsigned char ucType)
{
    if (ucType < PLAYER_CLOTHING_SLOTS)
    {
        RUN_CHILDREN(AddPedClothes(**iter, szTexture, szModel, ucType))

        // Is he a player?
        if (IS_PED(&Entity))
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            Ped.GetClothes()->AddClothes(szTexture, szModel, ucType, false);
            Ped.RebuildModel(true);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::RemovePedClothes(CClientEntity& Entity, unsigned char ucType)
{
    if (ucType < PLAYER_CLOTHING_SLOTS)
    {
        RUN_CHILDREN(RemovePedClothes(**iter, ucType))

        // Is he a player?
        if (IS_PED(&Entity))
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            Ped.GetClothes()->RemoveClothes(ucType, false);
            Ped.RebuildModel(true);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetPedControlState(CClientEntity& Entity, const char* szControl, bool bState)
{
    RUN_CHILDREN(SetPedControlState(**iter, szControl, bState))
    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);

        if (&Ped == GetLocalPlayer())
        {
            return SetControlState(szControl, bState);
        }

        if (Ped.m_Pad.SetControlState(szControl, bState))
        {
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedDoingGangDriveby(CClientEntity& Entity, bool bGangDriveby)
{
    RUN_CHILDREN(SetPedDoingGangDriveby(**iter, bGangDriveby))
    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        Ped.SetDoingGangDriveby(bGangDriveby);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedFightingStyle(CClientEntity& Entity, unsigned char ucStyle)
{
    // Is valid style?
    if (ucStyle < 4 || ucStyle > 16)
        return false;

    RUN_CHILDREN(SetPedFightingStyle(**iter, ucStyle))
    if (IS_PED(&Entity) && Entity.IsLocalEntity())
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        if (Ped.GetFightingStyle() != ucStyle)
        {
            Ped.SetFightingStyle(static_cast<eFightingStyle>(ucStyle));
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedLookAt(CClientEntity& Entity, CVector& vecPosition, int iTime, int iBlend, CClientEntity* pTarget)
{
    RUN_CHILDREN(SetPedLookAt(**iter, vecPosition, iTime, iBlend, pTarget))
    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        Ped.LookAt(vecPosition, iTime, iBlend, pTarget);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedHeadless(CClientEntity& Entity, bool bHeadless)
{
    RUN_CHILDREN(SetPedHeadless(**iter, bHeadless))
    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        Ped.SetHeadless(bHeadless);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedFrozen(CClientEntity& Entity, bool bFrozen)
{
    RUN_CHILDREN(SetPedFrozen(**iter, bFrozen))
    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        Ped.SetFrozen(bFrozen);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedFootBloodEnabled(CClientEntity& Entity, bool bHasFootBlood)
{
    RUN_CHILDREN(SetPedFootBloodEnabled(**iter, bHasFootBlood))
    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        Ped.SetFootBloodEnabled(bHasFootBlood);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedCameraRotation(CClientEntity& Entity, float fRotation)
{
    RUN_CHILDREN(SetPedCameraRotation(**iter, fRotation))
    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        Ped.SetCameraRotation(ConvertDegreesToRadians(fRotation));
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedAimTarget(CClientEntity& Entity, CVector& vecTarget)
{
    RUN_CHILDREN(SetPedAimTarget(**iter, vecTarget))
    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);

        if (Ped.IsLocalPlayer())
            return false;

        // Grab the gun muzzle position
        CWeapon* pWeapon = Ped.GetWeapon(Ped.GetCurrentWeaponSlot());
        CVector  vecOrigin;
        if (!pWeapon)
        {
            Ped.GetPosition(vecOrigin);
        }
        else
        {
            CWeaponStat* pCurrentWeaponInfo = g_pGame->GetWeaponStatManager()->GetWeaponStatsFromSkillLevel(pWeapon->GetType(), 1000.0f);
            CVector      vecFireOffset = *pCurrentWeaponInfo->GetFireOffset();
            vecOrigin = vecFireOffset;
            Ped.GetTransformedBonePosition(BONE_RIGHTWRIST, vecOrigin);
        }

        // Arm direction
        float fArmX = -atan2(vecTarget.fX - vecOrigin.fX, vecTarget.fY - vecOrigin.fY),
              fArmY = -atan2(vecTarget.fZ - vecOrigin.fZ, DistanceBetweenPoints2D(vecTarget, vecOrigin));

        if (Ped.IsInVehicle())
        {
            // Driveby aim animation
            eVehicleAimDirection cInVehicleAimAnim = eVehicleAimDirection::FORWARDS;

            // Ped rotation
            CVector vecRot;
            Ped.GetRotationRadians(vecRot);
            float fRotZ = -vecRot.fZ;            // Counter-clockwise
            fRotZ = (fRotZ > PI) ? fRotZ - PI * 2 : fRotZ;

            // Rotation difference
            float fRotDiff = fArmX - fRotZ;
            if (fRotDiff > PI)
            {
                fRotDiff = -(PI - (fRotDiff - PI));
            }
            else if (fRotDiff < -PI)
            {
                fRotDiff = fRotDiff + PI * 2;
            }

            // Find the aim anim and correct fArmX/fArmY
            if (fRotDiff > PI * 0.25 && fRotDiff < PI * 0.75)
            {
                // Facing left
                cInVehicleAimAnim = eVehicleAimDirection::LEFT;
                fArmX = fArmX - PI / 2;
                fArmY = -fArmY;
            }
            else if (fRotDiff > PI * 0.75 || fRotDiff < -PI * 0.75)
            {
                // Facing backwards
                cInVehicleAimAnim = eVehicleAimDirection::BACKWARDS;
                fArmX = fArmX + PI;
                fArmY = -fArmY;
            }
            else if (fRotDiff < -PI * 0.25 && fRotDiff > -PI * 0.75)
            {
                // Facing right
                cInVehicleAimAnim = eVehicleAimDirection::RIGHT;
                fArmX = fArmX + PI / 2;
            }
            else
            {
                // Facing forwards
                // Do nothing, initial values are fine
            }

            // Set aim and target data without interpolation
            Ped.SetAimingData(TICK_RATE, vecTarget, fArmX, fArmY, cInVehicleAimAnim, &vecOrigin, false);
        }
        else
        {
            Ped.SetTargetTarget(TICK_RATE, vecOrigin, vecTarget);
            Ped.SetAim(fArmX, fArmY, eVehicleAimDirection::FORWARDS);
        }

        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedStat(CClientEntity& Entity, ushort usStat, float fValue)
{
    RUN_CHILDREN(SetPedStat(**iter, usStat, fValue))
    if (IS_PED(&Entity) && Entity.IsLocalEntity())
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        // Dont let them set visual stats if they don't have the CJ model
        if ((usStat == 21 /* FAT */ || usStat == 23 /* BODY_MUSCLE */) && Ped.GetModel() != 0)
            return false;

        Ped.SetStat(usStat, fValue);

        // Rebuild model if the stat is visual
        if (usStat == 21 || usStat == 23)
            Ped.RebuildModel();

        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedOnFire(CClientEntity& Entity, bool bOnFire)
{
    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        Ped.SetOnFire(bOnFire);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetPedOxygenLevel(CClientEntity& Entity, float fOxygen)
{
    if (IS_PED(&Entity))
    {
        CClientPed& Ped = static_cast<CClientPed&>(Entity);
        Ped.SetOxygenLevel(fOxygen);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetBodyPartName(unsigned char ucID, SString& strOutName)
{
    if (ucID <= 10)
    {
        // Grab the name and check it's length
        strOutName = CClientPed::GetBodyPartName(ucID);
        if (!strOutName.empty())
        {
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GetClothesByTypeIndex(unsigned char ucType, unsigned char ucIndex, SString& strOutTexture, SString& strOutModel)
{
    const SPlayerClothing* pPlayerClothing = CClientPlayerClothes::GetClothingGroup(ucType);
    if (pPlayerClothing)
    {
        if (ucIndex < CClientPlayerClothes::GetClothingGroupMax(ucType))
        {
            strOutTexture = pPlayerClothing[ucIndex].szTexture;
            strOutModel = pPlayerClothing[ucIndex].szModel;
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GetTypeIndexFromClothes(const char* szTexture, const char* szModel, unsigned char& ucTypeReturn, unsigned char& ucIndexReturn)
{
    if (szTexture == NULL && szModel == NULL)
        return false;

    for (unsigned char ucType = 0; ucType < PLAYER_CLOTHING_SLOTS; ucType++)
    {
        const SPlayerClothing* pPlayerClothing = CClientPlayerClothes::GetClothingGroup(ucType);
        if (pPlayerClothing)
        {
            for (unsigned char ucIter = 0; pPlayerClothing[ucIter].szTexture != NULL; ucIter++)
            {
                if ((szTexture == NULL || strcmp(szTexture, pPlayerClothing[ucIter].szTexture) == 0) &&
                    (szModel == NULL || strcmp(szModel, pPlayerClothing[ucIter].szModel) == 0))
                {
                    ucTypeReturn = ucType;
                    ucIndexReturn = ucIter;

                    return true;
                }
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GetClothesTypeName(unsigned char ucType, SString& strOutName)
{
    const char* szName = CClientPlayerClothes::GetClothingName(ucType);
    if (szName)
    {
        strOutName = szName;
        return true;
    }

    return false;
}

CClientPed* CStaticFunctionDefinitions::CreatePed(CResource& Resource, unsigned long ulModel, const CVector& vecPosition, float fRotation)
{
    // Valid model?
    if (CClientPlayerManager::IsValidModel(ulModel))
    {
        // Convert the rotation to radians
        float fRotationRadians = ConvertDegreesToRadians(fRotation);
        // Clamp it to -PI .. PI
        if (fRotationRadians < -PI)
        {
            do
            {
                fRotationRadians += PI * 2.0f;
            } while (fRotationRadians < -PI);
        }
        else if (fRotationRadians > PI)
        {
            do
            {
                fRotationRadians -= PI * 2.0f;
            } while (fRotationRadians > PI);
        }

        // Create it
        CClientPed* pPed = new CClientPed(m_pManager, ulModel, INVALID_ELEMENT_ID);
        pPed->SetParent(Resource.GetResourceDynamicEntity());
        Resource.AddToElementGroup(pPed);
        pPed->SetPosition(vecPosition);
        pPed->SetCurrentRotationNew(fRotationRadians);
        return pPed;
    }

    // Failed
    return NULL;
}

bool CStaticFunctionDefinitions::GetVehicleModelFromName(const char* szName, unsigned short& usID)
{
    assert(szName);

    unsigned long ulID = CVehicleNames::GetVehicleModel(szName);
    if (ulID != 0)
    {
        usID = static_cast<unsigned short>(ulID);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetVehicleUpgradeSlotName(unsigned char ucSlot, SString& strOutName)
{
    strOutName = CVehicleUpgrades::GetSlotName(ucSlot);
    return true;
}

bool CStaticFunctionDefinitions::GetVehicleUpgradeSlotName(unsigned short usUpgrade, SString& strOutName)
{
    unsigned char ucSlot;
    if (CVehicleUpgrades::GetSlotFromUpgrade(usUpgrade, ucSlot))
    {
        strOutName = CVehicleUpgrades::GetSlotName(ucSlot);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetVehicleNameFromModel(unsigned short usModel, SString& strOutName)
{
    strOutName = CVehicleNames::GetVehicleName(usModel);
    return !strOutName.empty();
}

bool CStaticFunctionDefinitions::GetHelicopterRotorSpeed(CClientVehicle& Vehicle, float& fSpeed)
{
    // It's a heli?
    if (Vehicle.GetVehicleType() == CLIENTVEHICLE_HELI)
    {
        fSpeed = Vehicle.GetHeliRotorSpeed();
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::IsVehicleDamageProof(CClientVehicle& Vehicle, bool& bDamageProof)
{
    bDamageProof = !Vehicle.GetScriptCanBeDamaged();
    return true;
}

bool CStaticFunctionDefinitions::IsTrainDerailed(CClientVehicle& Vehicle, bool& bDerailed)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
        return false;

    bDerailed = Vehicle.IsDerailed();
    return true;
}

bool CStaticFunctionDefinitions::IsTrainDerailable(CClientVehicle& Vehicle, bool& bIsDerailable)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
        return false;

    bIsDerailable = Vehicle.IsDerailable();
    return true;
}

bool CStaticFunctionDefinitions::GetTrainDirection(CClientVehicle& Vehicle, bool& bDirection)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
        return false;

    bDirection = Vehicle.GetTrainDirection();
    return true;
}

bool CStaticFunctionDefinitions::GetTrainSpeed(CClientVehicle& Vehicle, float& fSpeed)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
        return false;

    fSpeed = Vehicle.GetTrainSpeed();
    return true;
}

bool CStaticFunctionDefinitions::GetTrainPosition(CClientVehicle& Vehicle, float& fPosition)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
        return false;
    else if (Vehicle.IsDerailed())
        return false;

    fPosition = Vehicle.GetTrainPosition();
    return true;
}

bool CStaticFunctionDefinitions::IsTrainChainEngine(CClientVehicle& Vehicle, bool& bChainEngine)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
        return false;

    bChainEngine = Vehicle.IsChainEngine();
    return true;
}

CClientVehicle* CStaticFunctionDefinitions::CreateVehicle(CResource& Resource, unsigned short usModel, const CVector& vecPosition, const CVector& vecRotation,
                                                          const char* szRegPlate, unsigned char ucVariant, unsigned char ucVariant2)
{
    if (CClientVehicleManager::IsValidModel(usModel) && (ucVariant <= 5 || ucVariant == 255) && (ucVariant2 <= 5 || ucVariant2 == 255))
    {
        unsigned char ucVariation = ucVariant;
        unsigned char ucVariation2 = ucVariant2;
        if (ucVariant2 == 255 && ucVariant == 255)
            CClientVehicleManager::GetRandomVariation(usModel, ucVariation, ucVariation2);

        CClientVehicle* pVehicle = new CDeathmatchVehicle(m_pManager, NULL, INVALID_ELEMENT_ID, usModel, ucVariation, ucVariation2);

        pVehicle->SetParent(Resource.GetResourceDynamicEntity());
        pVehicle->SetPosition(vecPosition);

        pVehicle->SetRotationDegrees(vecRotation);
        if (szRegPlate)
            pVehicle->SetRegPlate(szRegPlate);

        return pVehicle;
    }

    return nullptr;
}

bool CStaticFunctionDefinitions::FixVehicle(CClientEntity& Entity)
{
    RUN_CHILDREN(FixVehicle(**iter))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        // Repair it
        Vehicle.Fix();
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::BlowVehicle(CClientEntity& Entity, std::optional<bool> withExplosion)
{
    RUN_CHILDREN(BlowVehicle(**iter, withExplosion))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& vehicle = static_cast<CClientVehicle&>(Entity);

        VehicleBlowFlags blow;
        blow.withExplosion = withExplosion.value_or(true);
        vehicle.Blow(blow);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetVehicleVariant(CClientVehicle* pVehicle, unsigned char& ucVariant, unsigned char& ucVariant2)
{
    assert(pVehicle);
    ucVariant = pVehicle->GetVariant();
    ucVariant2 = pVehicle->GetVariant2();
    return true;
}

bool CStaticFunctionDefinitions::GetVehicleHeadLightColor(CClientVehicle& Vehicle, SColor& outColor)
{
    outColor = Vehicle.GetHeadLightColor();
    return true;
}

bool CStaticFunctionDefinitions::GetVehicleCurrentGear(CClientVehicle& Vehicle, unsigned short& currentGear)
{
    currentGear = Vehicle.GetCurrentGear();
    return true;
}

bool CStaticFunctionDefinitions::SetVehicleColor(CClientEntity& Entity, const CVehicleColor& color)
{
    RUN_CHILDREN(SetVehicleColor(**iter, color))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
        Vehicle.SetColor(color);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleLandingGearDown(CClientEntity& Entity, bool bLandingGearDown)
{
    RUN_CHILDREN(SetVehicleLandingGearDown(**iter, bLandingGearDown))

    // Is this a vehicle?
    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        // Has landing gear and different than before?
        if (Vehicle.HasLandingGear() && bLandingGearDown != Vehicle.IsLandingGearDown())
        {
            // Set the new state
            Vehicle.SetLandingGearDown(bLandingGearDown);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleLocked(CClientEntity& Entity, bool bLocked)
{
    RUN_CHILDREN(SetVehicleLocked(**iter, bLocked))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        // Set the new locked state
        Vehicle.SetDoorsLocked(bLocked);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleDoorsUndamageable(CClientEntity& Entity, bool bDoorsUndamageable)
{
    RUN_CHILDREN(SetVehicleDoorsUndamageable(**iter, bDoorsUndamageable))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
        if (bDoorsUndamageable != Vehicle.AreDoorsUndamageable())
        {
            // Set the new doors undamageable state
            Vehicle.SetDoorsUndamageable(bDoorsUndamageable);

            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleRotation(CClientEntity& Entity, const CVector& vecRotation)
{
    RUN_CHILDREN(SetVehicleRotation(**iter, vecRotation))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        Vehicle.SetRotationDegrees(vecRotation);
    }

    return true;
}

bool CStaticFunctionDefinitions::SetVehicleSirensOn(CClientEntity& Entity, bool bSirensOn)
{
    RUN_CHILDREN(SetVehicleSirensOn(**iter, bSirensOn))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        // Has Sirens and different state than before?
        if (CClientVehicleManager::HasSirens(Vehicle.GetModel()) || Vehicle.DoesVehicleHaveSirens())
        {
            if (bSirensOn != Vehicle.IsSirenOrAlarmActive())
            {
                // Set the new state
                Vehicle.SetSirenOrAlarmActive(bSirensOn);
                return true;
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleTurnVelocity(CClientEntity& Entity, const CVector& vecTurnVelocity)
{
    RUN_CHILDREN(SetVehicleTurnVelocity(**iter, vecTurnVelocity))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
        Vehicle.SetTurnSpeed(vecTurnVelocity);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::AddVehicleUpgrade(CClientEntity& Entity, unsigned short usUpgrade)
{
    RUN_CHILDREN(AddVehicleUpgrade(**iter, usUpgrade))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        CVehicleUpgrades* pUpgrades = Vehicle.GetUpgrades();
        if (pUpgrades)
        {
            if (pUpgrades->IsUpgradeCompatible(usUpgrade))
            {
                // Add to our upgrade list
                pUpgrades->AddUpgrade(usUpgrade, true);
                return true;
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::AddAllVehicleUpgrades(CClientEntity& Entity)
{
    RUN_CHILDREN(AddAllVehicleUpgrades(**iter))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        CVehicleUpgrades* pUpgrades = Vehicle.GetUpgrades();
        if (pUpgrades)
        {
            pUpgrades->AddAllUpgrades();
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::RemoveVehicleUpgrade(CClientEntity& Entity, unsigned short usUpgrade)
{
    RUN_CHILDREN(RemoveVehicleUpgrade(**iter, usUpgrade))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        CVehicleUpgrades* pUpgrades = Vehicle.GetUpgrades();
        if (pUpgrades)
        {
            if (pUpgrades->HasUpgrade(usUpgrade))
            {
                unsigned char ucSlot;
                if (pUpgrades->GetSlotFromUpgrade(usUpgrade, ucSlot))
                {
                    pUpgrades->RemoveUpgrade(usUpgrade);

                    return true;
                }
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleDoorState(CClientEntity& Entity, unsigned char ucDoor, unsigned char ucState, bool spawnFlyingComponent)
{
    RUN_CHILDREN(SetVehicleDoorState(**iter, ucDoor, ucState, spawnFlyingComponent))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        if (ucDoor < MAX_DOORS)
        {
            switch (Vehicle.GetModel())
            {
                case VT_BFINJECT:
                case VT_RCBANDIT:
                case VT_CADDY:
                case VT_RCRAIDER:
                case VT_BAGGAGE:
                case VT_DOZER:
                case VT_FORKLIFT:
                case VT_TRACTOR:
                case VT_RCTIGER:
                case VT_BANDITO:
                case VT_KART:
                case VT_MOWER:
                case VT_RCCAM:
                case VT_RCGOBLIN:
                    return false;
                    break;
                default:
                    break;
            }

            Vehicle.SetDoorStatus(ucDoor, ucState, spawnFlyingComponent);

            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleWheelStates(CClientEntity& Entity, int iFrontLeft, int iRearLeft, int iFrontRight, int iRearRight)
{
    RUN_CHILDREN(SetVehicleWheelStates(**iter, iFrontLeft, iRearLeft, iFrontRight, iRearRight))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        // Store the current and new states
        unsigned char ucFrontLeft, ucNewFrontLeft = ucFrontLeft = Vehicle.GetWheelStatus(FRONT_LEFT_WHEEL);
        unsigned char ucRearLeft, ucNewRearLeft = ucRearLeft = Vehicle.GetWheelStatus(REAR_LEFT_WHEEL);
        unsigned char ucFrontRight, ucNewFrontRight = ucFrontRight = Vehicle.GetWheelStatus(FRONT_RIGHT_WHEEL);
        unsigned char ucRearRight, ucNewRearRight = ucRearRight = Vehicle.GetWheelStatus(REAR_RIGHT_WHEEL);

        // If we have a new state for them, change it
        if (iFrontLeft >= 0 && iFrontLeft <= DT_WHEEL_INTACT_COLLISIONLESS)
            ucNewFrontLeft = static_cast<unsigned char>(iFrontLeft);
        if (iRearLeft >= 0 && iRearLeft <= DT_WHEEL_INTACT_COLLISIONLESS)
            ucNewRearLeft = static_cast<unsigned char>(iRearLeft);
        if (iFrontRight >= 0 && iFrontRight <= DT_WHEEL_INTACT_COLLISIONLESS)
            ucNewFrontRight = static_cast<unsigned char>(iFrontRight);
        if (iRearRight >= 0 && iRearRight <= DT_WHEEL_INTACT_COLLISIONLESS)
            ucNewRearRight = static_cast<unsigned char>(iRearRight);

        // If atleast 1 wheel state is different
        if (ucNewFrontLeft != ucFrontLeft || ucNewRearLeft != ucRearLeft || ucNewFrontRight != ucFrontRight || ucNewRearRight != ucRearRight)
        {
            Vehicle.SetWheelStatus(FRONT_LEFT_WHEEL, ucNewFrontLeft, false);
            Vehicle.SetWheelStatus(REAR_LEFT_WHEEL, ucNewRearLeft, false);
            Vehicle.SetWheelStatus(FRONT_RIGHT_WHEEL, ucNewFrontRight, false);
            Vehicle.SetWheelStatus(REAR_RIGHT_WHEEL, ucNewRearRight, false);

            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleLightState(CClientEntity& Entity, unsigned char ucLight, unsigned char ucState)
{
    RUN_CHILDREN(SetVehicleLightState(**iter, ucLight, ucState))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        if (ucLight < 4)
        {
            Vehicle.SetLightStatus(ucLight, ucState);

            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehiclePanelState(CClientEntity& Entity, unsigned char ucPanel, unsigned char ucState)
{
    RUN_CHILDREN(SetVehiclePanelState(**iter, ucPanel, ucState))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        if (ucPanel < 7)
        {
            Vehicle.SetPanelStatus(ucPanel, ucState);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleOverrideLights(CClientEntity& Entity, unsigned char ucLights)
{
    RUN_CHILDREN(SetVehicleOverrideLights(**iter, ucLights))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        if (Vehicle.GetOverrideLights() != ucLights)
        {
            Vehicle.SetOverrideLights(ucLights);

            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::AttachTrailerToVehicle(CClientVehicle& Vehicle, CClientVehicle& Trailer, const CVector& vecRotationOffsetDegrees)
{
    // Are they both free to be attached?
    if (!Vehicle.GetTowedVehicle() && !Trailer.GetTowedByVehicle())
    {
        // trains don't set the "towed" or "towed by" variables so check them properly
        if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN || !Vehicle.IsTrainConnectedTo(&Trailer))
        {
            CVector vecRotationDegrees;
            Vehicle.GetRotationDegrees(vecRotationDegrees);
            vecRotationDegrees += vecRotationOffsetDegrees;

            // Attach them
            return Vehicle.SetTowedVehicle(&Trailer, &vecRotationDegrees);
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::DetachTrailerFromVehicle(CClientVehicle& Vehicle, CClientVehicle* pTrailer)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
    {
        // Is there a trailer attached, and does it match this one
        CClientVehicle* pTempTrailer = Vehicle.GetTowedVehicle();
        if (pTempTrailer && (!pTrailer || pTempTrailer == pTrailer))
        {
            // Detach them
            Vehicle.SetTowedVehicle(NULL);
            return true;
        }
    }
    else
    {
        CClientVehicle* pTempCarriage = Vehicle.GetNextTrainCarriage();
        if (pTempCarriage && (!pTrailer || pTempCarriage == pTrailer))
        {
            Vehicle.SetTowedVehicle(NULL);

            if (pTrailer != NULL)
            {
                pTrailer->SetPreviousTrainCarriage(NULL);
            }
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleEngineState(CClientEntity& Entity, bool bState)
{
    RUN_CHILDREN(SetVehicleEngineState(**iter, bState))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        Vehicle.SetEngineOn(bState);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleDirtLevel(CClientEntity& Entity, float fDirtLevel)
{
    RUN_CHILDREN(SetVehicleDirtLevel(**iter, fDirtLevel))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        Vehicle.SetDirtLevel(fDirtLevel);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleDamageProof(CClientEntity& Entity, bool bDamageProof)
{
    RUN_CHILDREN(SetVehicleDamageProof(**iter, bDamageProof))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        Vehicle.SetScriptCanBeDamaged(!bDamageProof);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehiclePaintjob(CClientEntity& Entity, unsigned char ucPaintjob)
{
    RUN_CHILDREN(SetVehiclePaintjob(**iter, ucPaintjob))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        if (ucPaintjob != Vehicle.GetPaintjob() && ucPaintjob <= 3)
        {
            Vehicle.SetPaintjob(ucPaintjob);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleFuelTankExplodable(CClientEntity& Entity, bool bExplodable)
{
    RUN_CHILDREN(SetVehicleFuelTankExplodable(**iter, bExplodable))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        Vehicle.SetCanShootPetrolTank(bExplodable);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleFrozen(CClientEntity& Entity, bool bFrozen)
{
    RUN_CHILDREN(SetVehicleFrozen(**iter, bFrozen))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        Vehicle.SetScriptFrozen(bFrozen);
        Vehicle.SetFrozen(bFrozen);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleAdjustableProperty(CClientEntity& Entity, unsigned short usAdjustableProperty)
{
    RUN_CHILDREN(SetVehicleAdjustableProperty(**iter, usAdjustableProperty))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);

        Vehicle.SetAdjustablePropertyValue(usAdjustableProperty);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetHelicopterRotorSpeed(CClientVehicle& Vehicle, float fSpeed)
{
    // It's a heli?
    if (Vehicle.GetVehicleType() == CLIENTVEHICLE_HELI)
    {
        Vehicle.SetHeliRotorSpeed(fSpeed);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetTrainDerailed(CClientVehicle& Vehicle, bool bDerailed)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
        return false;

    Vehicle.SetDerailed(bDerailed);
    return true;
}

bool CStaticFunctionDefinitions::SetTrainDerailable(CClientVehicle& Vehicle, bool bDerailable)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
        return false;

    Vehicle.SetDerailable(bDerailable);
    return true;
}

bool CStaticFunctionDefinitions::SetTrainDirection(CClientVehicle& Vehicle, bool bDirection)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
        return false;

    Vehicle.SetTrainDirection(bDirection);
    return true;
}

bool CStaticFunctionDefinitions::SetTrainSpeed(CClientVehicle& Vehicle, float fSpeed)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
        return false;

    Vehicle.SetTrainSpeed(fSpeed);
    return true;
}

bool CStaticFunctionDefinitions::SetTrainPosition(CClientVehicle& Vehicle, float fPosition)
{
    if (Vehicle.GetVehicleType() != CLIENTVEHICLE_TRAIN)
        return false;
    else if (Vehicle.IsDerailed())
        return false;

    Vehicle.SetTrainPosition(fPosition, false);
    return true;
}

bool CStaticFunctionDefinitions::SetVehicleHeadLightColor(CClientEntity& Entity, const SColor color)
{
    RUN_CHILDREN(SetVehicleHeadLightColor(**iter, color))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
        Vehicle.SetHeadLightColor(color);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetVehicleEngineState(CClientVehicle& Vehicle, bool& bState)
{
    bState = Vehicle.IsEngineOn();
    return true;
}

bool CStaticFunctionDefinitions::SetVehicleDoorOpenRatio(CClientEntity& Entity, unsigned char ucDoor, float fRatio, unsigned long ulTime)
{
    if (ucDoor <= 5)
    {
        RUN_CHILDREN(SetVehicleDoorOpenRatio(**iter, ucDoor, fRatio, ulTime))

        if (IS_VEHICLE(&Entity))
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            Vehicle.SetDoorOpenRatio(ucDoor, fRatio, ulTime, true);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleSirens(CClientVehicle& Vehicle, unsigned char ucSirenID, SSirenInfo tSirenInfo)
{
    eClientVehicleType vehicleType = CClientVehicleManager::GetVehicleType(Vehicle.GetModel());
    // Won't work with below.
    if (vehicleType != CLIENTVEHICLE_PLANE && vehicleType != CLIENTVEHICLE_BOAT && vehicleType != CLIENTVEHICLE_TRAILER && vehicleType != CLIENTVEHICLE_HELI &&
        vehicleType != CLIENTVEHICLE_BIKE && vehicleType != CLIENTVEHICLE_BMX)
    {
        if (ucSirenID >= 0 && ucSirenID <= 7)
        {
            Vehicle.SetVehicleSirenPosition(ucSirenID, tSirenInfo.m_tSirenInfo[ucSirenID].m_vecSirenPositions);
            Vehicle.SetVehicleSirenColour(ucSirenID, tSirenInfo.m_tSirenInfo[ucSirenID].m_RGBBeaconColour);
            Vehicle.SetVehicleSirenMinimumAlpha(ucSirenID, tSirenInfo.m_tSirenInfo[ucSirenID].m_dwMinSirenAlpha);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::IsVehicleNitroRecharging(CClientVehicle& Vehicle, bool& bRecharging)
{
    if (Vehicle.IsNitroInstalled())
    {
        float fNitroLevel = Vehicle.GetNitroLevel();

        // If nitro level > 0 and < 1, Nitro is recharging and can't be activated by the player
        bRecharging = (fNitroLevel > 0 && fNitroLevel < 1);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::IsVehicleNitroActivated(CClientVehicle& Vehicle, bool& bActivated)
{
    if (Vehicle.IsNitroInstalled())
    {
        // If nitro level < 0, nitro is activated. (until nitro level reaches -1, at that point it will become 0 and increase instead of decrease)
        bActivated = (Vehicle.GetNitroLevel() < 0);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleNitroActivated(CClientEntity& Entity, bool bActivated)
{
    RUN_CHILDREN(SetVehicleNitroActivated(**iter, bActivated))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& pVehicle = static_cast<CClientVehicle&>(Entity);
        if (pVehicle.IsNitroInstalled())
        {
            bool bAlreadyActivated;
            IsVehicleNitroActivated(pVehicle, bAlreadyActivated);

            if (bAlreadyActivated != bActivated)
            {
                if (bActivated)
                    pVehicle.SetNitroLevel(pVehicle.GetNitroLevel() - 1.0001f);
                else
                    pVehicle.SetNitroLevel(pVehicle.GetNitroLevel() + 1.0001f);
            }

            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GetVehicleNitroCount(CClientVehicle& Vehicle, char& cCount)
{
    if (Vehicle.IsNitroInstalled())
    {
        cCount = Vehicle.GetNitroCount();
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleNitroCount(CClientEntity& Entity, char cCount)
{
    if (cCount >= 0)
    {
        RUN_CHILDREN(SetVehicleNitroCount(**iter, cCount))

        if (IS_VEHICLE(&Entity))
        {
            CClientVehicle& pVehicle = static_cast<CClientVehicle&>(Entity);
            if (pVehicle.IsNitroInstalled())
            {
                pVehicle.SetNitroCount(cCount);
                return true;
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GetVehicleNitroLevel(CClientVehicle& Vehicle, float& fLevel)
{
    if (Vehicle.IsNitroInstalled())
    {
        fLevel = Vehicle.GetNitroLevel();

        if (fLevel < 0)
            fLevel = 1 + fLevel;

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleNitroLevel(CClientEntity& Entity, float fLevel)
{
    if (fLevel > 0 && fLevel <= 1)
    {
        RUN_CHILDREN(SetVehicleNitroLevel(**iter, fLevel))

        if (IS_VEHICLE(&Entity))
        {
            CClientVehicle& pVehicle = static_cast<CClientVehicle&>(Entity);
            if (pVehicle.IsNitroInstalled())
            {
                bool bActivated;
                IsVehicleNitroActivated(pVehicle, bActivated);
                if (bActivated)
                    pVehicle.SetNitroLevel(fLevel - 1.0001f);
                else
                    pVehicle.SetNitroLevel(fLevel);

                return true;
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehiclePlateText(CClientEntity& Entity, const SString& strText)
{
    RUN_CHILDREN(SetVehiclePlateText(**iter, strText))

    if (IS_VEHICLE(&Entity))
    {
        CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
        return Vehicle.SetRegPlate(strText);
    }

    return false;
}

bool CStaticFunctionDefinitions::SetHeliBladeCollisionsEnabled(CClientVehicle& Vehicle, bool bEnabled)
{
    Vehicle.SetHeliBladeCollisionsEnabled(bEnabled);
    return true;
}

bool CStaticFunctionDefinitions::GetHeliBladeCollisionsEnabled(CClientVehicle& Vehicle)
{
    return Vehicle.AreHeliBladeCollisionsEnabled();
}

bool CStaticFunctionDefinitions::SetVehicleWindowOpen(CClientVehicle& Vehicle, uchar ucWindow, bool bOpen)
{
    return Vehicle.SetWindowOpen(ucWindow, bOpen);
}

bool CStaticFunctionDefinitions::IsVehicleWindowOpen(CClientVehicle& Vehicle, uchar ucWindow)
{
    return Vehicle.IsWindowOpen(ucWindow);
}

bool CStaticFunctionDefinitions::SetVehicleModelDummyPosition(unsigned short usModel, eVehicleDummies eDummies, CVector& vecPosition)
{
    if (CClientVehicleManager::IsValidModel(usModel))
    {
        auto pModelInfo = g_pGame->GetModelInfo(usModel);
        if (pModelInfo)
        {
            pModelInfo->SetVehicleDummyPosition(eDummies, vecPosition);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::GetVehicleModelDummyPosition(unsigned short usModel, eVehicleDummies eDummies, CVector& vecPosition)
{
    if (CClientVehicleManager::IsValidModel(usModel))
    {
        auto pModelInfo = g_pGame->GetModelInfo(usModel);
        if (pModelInfo)
        {
            vecPosition = pModelInfo->GetVehicleDummyPosition(eDummies);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::GetVehicleModelDummyDefaultPosition(unsigned short usModel, eVehicleDummies eDummy, CVector& vecPosition)
{
    CModelInfo* modelInfo = g_pGame->GetModelInfo(usModel);

    if (modelInfo == nullptr || !modelInfo->IsVehicle())
        return false;

    vecPosition = modelInfo->GetVehicleDummyDefaultPosition(eDummy);
    return true;
}

bool CStaticFunctionDefinitions::SetVehicleModelExhaustFumesPosition(unsigned short usModel, CVector& vecPosition)
{
    if (CClientVehicleManager::IsValidModel(usModel))
    {
        auto pModelInfo = g_pGame->GetModelInfo(usModel);
        if (pModelInfo)
        {
            pModelInfo->SetVehicleExhaustFumesPosition(vecPosition);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::GetVehicleModelExhaustFumesPosition(unsigned short usModel, CVector& vecPosition)
{
    if (CClientVehicleManager::IsValidModel(usModel))
    {
        auto pModelInfo = g_pGame->GetModelInfo(usModel);
        if (pModelInfo)
        {
            vecPosition = pModelInfo->GetVehicleExhaustFumesPosition();
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetElementCollisionsEnabled(CClientEntity& Entity, bool bEnabled)
{
    switch (Entity.GetType())
    {
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            Vehicle.SetCollisionEnabled(bEnabled);
            break;
        }
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            Object.SetCollisionEnabled(bEnabled);
            break;
        }
        case CCLIENTPED:
        case CCLIENTPLAYER:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            Ped.SetUsesCollision(bEnabled);
            break;
        }
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::SetElementCollidableWith(CClientEntity& Entity, CClientEntity& ThisEntity, bool bCanCollide)
{
    switch (Entity.GetType())
    {
        case CCLIENTPLAYER:
        case CCLIENTPED:
        case CCLIENTOBJECT:
        case CCLIENTWEAPON:
        case CCLIENTVEHICLE:
        {
            switch (ThisEntity.GetType())
            {
                case CCLIENTPLAYER:
                case CCLIENTPED:
                case CCLIENTOBJECT:
                case CCLIENTWEAPON:
                case CCLIENTVEHICLE:
                {
                    Entity.SetCollidableWith(&ThisEntity, bCanCollide);
                    return true;
                }
                default:
                    break;
            }
            break;
        }
        default:
            break;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetElementFrozen(CClientEntity& Entity, bool bFrozen)
{
    switch (Entity.GetType())
    {
        case CCLIENTPLAYER:
        case CCLIENTPED:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            Ped.SetFrozen(bFrozen);
            break;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            Vehicle.SetFrozen(bFrozen);
            break;
        }
        case CCLIENTOBJECT:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            Object.SetFrozen(bFrozen);
            break;
        }
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::SetLowLodElement(CClientEntity& Entity, CClientEntity* pLowLodEntity)
{
    RUN_CHILDREN(SetLowLodElement(**iter, pLowLodEntity))

    switch (Entity.GetType())
    {
        case CCLIENTOBJECT:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            CClientObject* pLowLodObject = static_cast<CClientObject*>(pLowLodEntity);
            if (!Object.SetLowLodObject(pLowLodObject))
                return false;
            break;
        }
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::GetLowLodElement(CClientEntity& Entity, CClientEntity*& pOutLowLodEntity)
{
    pOutLowLodEntity = NULL;

    switch (Entity.GetType())
    {
        case CCLIENTOBJECT:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            pOutLowLodEntity = Object.GetLowLodObject();
            break;
        }
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::IsElementLowLod(CClientEntity& Entity, bool& bOutIsLowLod)
{
    bOutIsLowLod = false;

    switch (Entity.GetType())
    {
        case CCLIENTOBJECT:
        {
            CClientObject& Object = static_cast<CClientObject&>(Entity);
            bOutIsLowLod = Object.IsLowLod();
            break;
        }
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::IsElementCallPropagationEnabled(CClientEntity& Entity, bool& bOutEnabled)
{
    bOutEnabled = Entity.IsCallPropagationEnabled();
    return true;
}

bool CStaticFunctionDefinitions::SetElementCallPropagationEnabled(CClientEntity& Entity, bool bEnabled)
{
    if (Entity.IsCallPropagationEnabled() != bEnabled && Entity.IsLocalEntity())
    {
        // Disallow being set on root
        if (&Entity != GetRootElement())
        {
            Entity.SetCallPropagationEnabled(bEnabled);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::IsElementFrozenWaitingForGroundToLoad(CClientEntity& Entity, bool& bWaitingForGroundToLoad)
{
    switch (Entity.GetType())
    {
        case CCLIENTPLAYER:
        case CCLIENTPED:
        {
            CClientPed& Ped = static_cast<CClientPed&>(Entity);
            bWaitingForGroundToLoad = Ped.IsFrozenWaitingForGroundToLoad();
            return true;
        }
        case CCLIENTVEHICLE:
        {
            CClientVehicle& Vehicle = static_cast<CClientVehicle&>(Entity);
            bWaitingForGroundToLoad = Vehicle.IsFrozenWaitingForGroundToLoad();
            return true;
        }
        default:
            return false;
    }
    return false;
}

CClientObject* CStaticFunctionDefinitions::CreateObject(CResource& Resource, unsigned short usModelID, const CVector& vecPosition, const CVector& vecRotation,
                                                        bool bLowLod)
{
    if (CClientObjectManager::IsValidModel(usModelID))
    {
#ifdef WITH_OBJECT_SYNC
        CClientObject* pObject = new CDeathmatchObject(m_pManager, m_pMovingObjectsManager, m_pClientGame->GetObjectSync(), INVALID_ELEMENT_ID, usModelID);
#else
        CClientObject* pObject = new CDeathmatchObject(m_pManager, m_pMovingObjectsManager, INVALID_ELEMENT_ID, usModelID, bLowLod);
#endif

        pObject->SetParent(Resource.GetResourceDynamicEntity());
        pObject->SetPosition(vecPosition);
        pObject->SetRotationDegrees(vecRotation);

        return pObject;
    }

    return nullptr;
}

bool CStaticFunctionDefinitions::GetObjectScale(CClientObject& Object, CVector& vecScale)
{
    Object.GetScale(vecScale);
    return true;
}

bool CStaticFunctionDefinitions::IsObjectBreakable(CClientObject& Object, bool& bBreakable)
{
    bBreakable = Object.IsBreakable();
    return true;
}

bool CStaticFunctionDefinitions::IsObjectMoving(CClientEntity& Entity)
{
    CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
    return Object.IsMoving();
}

bool CStaticFunctionDefinitions::GetObjectMass(CClientObject& Object, float& fMass)
{
    fMass = Object.GetMass();
    return true;
}

bool CStaticFunctionDefinitions::GetObjectTurnMass(CClientObject& Object, float& fTurnMass)
{
    fTurnMass = Object.GetTurnMass();
    return true;
}

bool CStaticFunctionDefinitions::GetObjectAirResistance(CClientObject& Object, float& fAirResistance)
{
    fAirResistance = Object.GetAirResistance();
    return true;
}

bool CStaticFunctionDefinitions::GetObjectElasticity(CClientObject& Object, float& fElasticity)
{
    fElasticity = Object.GetElasticity();
    return true;
}

bool CStaticFunctionDefinitions::GetObjectBuoyancyConstant(CClientObject& Object, float& fBuoyancyConstant)
{
    fBuoyancyConstant = Object.GetBuoyancyConstant();
    return true;
}

bool CStaticFunctionDefinitions::GetObjectCenterOfMass(CClientObject& Object, CVector& vecCenterOfMass)
{
    Object.GetCenterOfMass(vecCenterOfMass);
    return true;
}

bool CStaticFunctionDefinitions::SetObjectRotation(CClientEntity& Entity, const CVector& vecRotation)
{
    RUN_CHILDREN(SetObjectRotation(**iter, vecRotation))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);

        Object.SetRotationDegrees(vecRotation);

        // Kayl: removed setTargetRotation, if we want consistency target WAS a delta not an absolute value and serverside doesn't allow rotation
        // change while moving so in theory it shouldn't have been used
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::MoveObject(CClientEntity& Entity, unsigned long ulTime, const CVector& vecPosition, const CVector& vecDeltaRotation,
                                            CEasingCurve::eType a_eEasingType, double a_fEasingPeriod, double a_fEasingAmplitude, double a_fEasingOvershoot)
{
    RUN_CHILDREN(MoveObject(**iter, ulTime, vecPosition, vecDeltaRotation, a_eEasingType, a_fEasingPeriod, a_fEasingAmplitude, a_fEasingOvershoot))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);

        // Grab the source position and rotation
        CVector vecSourcePosition, vecSourceRotation;
        Object.GetPosition(vecSourcePosition);
        Object.GetRotationRadians(vecSourceRotation);

        // Convert the target rotation given to radians (don't wrap around as these can be rotated more than 360)
        CVector vecDeltaRadians = vecDeltaRotation;
        ConvertDegreesToRadiansNoWrap(vecDeltaRadians);

        if (a_eEasingType == CEasingCurve::EASING_INVALID)
        {
            return false;
        }

        CPositionRotationAnimation animation;
        animation.SetSourceValue(SPositionRotation(vecSourcePosition, vecSourceRotation));
        animation.SetTargetValue(SPositionRotation(vecPosition, vecDeltaRadians), true);
        animation.SetEasing(a_eEasingType, a_fEasingPeriod, a_fEasingAmplitude, a_fEasingOvershoot);
        animation.SetDuration(ulTime);

        Object.StartMovement(animation);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::StopObject(CClientEntity& Entity)
{
    RUN_CHILDREN(StopObject(**iter))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);

        // Stop the movement
        Object.StopMovement();
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetObjectScale(CClientEntity& Entity, const CVector& vecScale)
{
    RUN_CHILDREN(SetObjectScale(**iter, vecScale))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
        Object.SetScale(vecScale);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetObjectStatic(CClientEntity& Entity, bool bStatic)
{
    RUN_CHILDREN(SetObjectStatic(**iter, bStatic))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
        Object.SetFrozen(bStatic);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetObjectBreakable(CClientEntity& Entity, bool bBreakable)
{
    RUN_CHILDREN(SetObjectBreakable(**iter, bBreakable))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
        Object.SetBreakable(bBreakable);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::BreakObject(CClientEntity& Entity)
{
    RUN_CHILDREN(BreakObject(**iter))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
        return Object.Break();
    }
    return false;
}

bool CStaticFunctionDefinitions::RespawnObject(CClientEntity& Entity)
{
    RUN_CHILDREN(RespawnObject(**iter))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);

        // Are we already being respawned?
        if (Object.IsBeingRespawned())
            return false;

        m_pClientGame->GetObjectRespawner()->Respawn(&Object);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::ToggleObjectRespawn(CClientEntity& Entity, bool bRespawn)
{
    RUN_CHILDREN(ToggleObjectRespawn(**iter, bRespawn))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
        Object.SetRespawnEnabled(bRespawn);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetObjectMass(CClientEntity& Entity, float fMass)
{
    if (fMass >= 0.0f)
    {
        RUN_CHILDREN(SetObjectMass(**iter, fMass))

        if (IS_OBJECT(&Entity))
        {
            CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
            Object.SetMass(fMass);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetObjectTurnMass(CClientEntity& Entity, float fTurnMass)
{
    if (fTurnMass >= 0.0f)
    {
        RUN_CHILDREN(SetObjectTurnMass(**iter, fTurnMass))

        if (IS_OBJECT(&Entity))
        {
            CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
            Object.SetTurnMass(fTurnMass);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetObjectAirResistance(CClientEntity& Entity, float fAirResistance)
{
    RUN_CHILDREN(SetObjectAirResistance(**iter, fAirResistance))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
        Object.SetAirResistance(fAirResistance);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetObjectElasticity(CClientEntity& Entity, float fElasticity)
{
    RUN_CHILDREN(SetObjectElasticity(**iter, fElasticity))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
        Object.SetElasticity(fElasticity);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetObjectBuoyancyConstant(CClientEntity& Entity, float fBuoyancyConstant)
{
    RUN_CHILDREN(SetObjectBuoyancyConstant(**iter, fBuoyancyConstant))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
        Object.SetBuoyancyConstant(fBuoyancyConstant);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetObjectCenterOfMass(CClientEntity& Entity, const CVector& vecCenterOfMass)
{
    RUN_CHILDREN(SetObjectCenterOfMass(**iter, vecCenterOfMass))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
        Object.SetCenterOfMass(vecCenterOfMass);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetObjectVisibleInAllDimensions(CClientEntity& Entity, bool bVisible, unsigned short usNewDimension)
{
    RUN_CHILDREN(SetObjectVisibleInAllDimensions(**iter, bVisible, usNewDimension))

    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);
        Object.SetVisibleInAllDimensions(bVisible, usNewDimension);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::IsObjectVisibleInAllDimensions(CClientEntity& Entity)
{
    if (IS_OBJECT(&Entity))
    {
        CDeathmatchObject& Object = static_cast<CDeathmatchObject&>(Entity);

        return Object.IsVisibleInAllDimensions();
    }

    return false;
}

CClientRadarArea* CStaticFunctionDefinitions::CreateRadarArea(CResource& Resource, const CVector2D& vecPosition2D, const CVector2D& vecSize, const SColor color)
{
    // Create it
    CClientRadarArea* pRadarArea = new CClientRadarArea(m_pManager, INVALID_ELEMENT_ID);

    pRadarArea->SetParent(Resource.GetResourceDynamicEntity());
    pRadarArea->SetPosition(vecPosition2D);
    pRadarArea->SetSize(vecSize);
    pRadarArea->SetColor(color);

    return pRadarArea;
}

bool CStaticFunctionDefinitions::GetRadarAreaColor(CClientRadarArea* RadarArea, SColor& outColor)
{
    if (RadarArea)
    {
        outColor = RadarArea->GetColor();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetRadarAreaSize(CClientRadarArea* RadarArea, CVector2D& vecSize)
{
    if (RadarArea)
    {
        vecSize = RadarArea->GetSize();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::IsRadarAreaFlashing(CClientRadarArea* RadarArea, bool& flashing)
{
    if (RadarArea)
    {
        flashing = RadarArea->IsFlashing();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetRadarAreaColor(CClientRadarArea* RadarArea, const SColor color)
{
    if (RadarArea)
    {
        RadarArea->SetColor(color);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetRadarAreaSize(CClientRadarArea* RadarArea, CVector2D vecSize)
{
    if (RadarArea)
    {
        RadarArea->SetSize(vecSize);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetRadarAreaFlashing(CClientRadarArea* RadarArea, bool flashing)
{
    if (RadarArea)
    {
        RadarArea->SetFlashing(flashing);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::IsInsideRadarArea(CClientRadarArea* RadarArea, CVector2D vecPosition, bool& inside)
{
    assert(RadarArea);

    CVector2D vecAreaPosition = RadarArea->GetPosition();
    CVector2D vecAreaSize = RadarArea->GetSize();

    inside = false;

    // Calculate boundaries and make sure they're in ascending order,
    // so it is always safe to start checking from the bottom-left corner
    std::pair<float, float> fHorizontalBounds = std::minmax(vecAreaPosition.fX, vecAreaPosition.fX + vecAreaSize.fX);
    std::pair<float, float> fVerticalBounds = std::minmax(vecAreaPosition.fY, vecAreaPosition.fY + vecAreaSize.fY);

    // Do the calc from the bottom-left corner
    if (vecPosition.fX >= fHorizontalBounds.first && vecPosition.fX <= fHorizontalBounds.second)
    {
        if (vecPosition.fY >= fVerticalBounds.first && vecPosition.fY <= fVerticalBounds.second)
        {
            inside = true;
        }
    }

    return true;
}

CClientPickup* CStaticFunctionDefinitions::CreatePickup(CResource& Resource, const CVector& vecPosition, unsigned char ucType, double dFive,
                                                        unsigned long ulRespawnInterval, double dSix)
{
    CClientPickup* pPickup = NULL;
    unsigned short usModel = 0;
    switch (ucType)
    {
        case CClientPickup::ARMOR:
        case CClientPickup::HEALTH:
        {
            if (ucType == CClientPickup::ARMOR)
                usModel = CClientPickupManager::GetArmorModel();
            else
                usModel = CClientPickupManager::GetHealthModel();

            if (dFive >= 0 && dFive <= 100)
            {
                pPickup = new CClientPickup(m_pManager, INVALID_ELEMENT_ID, usModel, vecPosition);
                pPickup->m_fAmount = static_cast<float>(dFive);
            }
            break;
        }
        case CClientPickup::WEAPON:
        {
            // Get the weapon id
            unsigned char ucWeaponID = static_cast<unsigned char>(dFive);
            if (CClientPickupManager::IsValidWeaponID(ucWeaponID))
            {
                usModel = CClientPickupManager::GetWeaponModel(ucWeaponID);
                // Limit ammo to 9999
                unsigned short usAmmo = static_cast<unsigned short>(dSix);
                if (dSix > 9999)
                {
                    usAmmo = 9999;
                }

                pPickup = new CClientPickup(m_pManager, INVALID_ELEMENT_ID, usModel, vecPosition);
                pPickup->m_ucWeaponType = ucWeaponID;
                pPickup->m_usAmmo = usAmmo;
            }
            break;
        }
        case CClientPickup::CUSTOM:
        {
            // Get the model id
            usModel = static_cast<unsigned short>(dFive);
            if (CClientObjectManager::IsValidModel(usModel))
            {
                pPickup = new CClientPickup(m_pManager, INVALID_ELEMENT_ID, usModel, vecPosition);
            }
            break;
        }
        default:
            break;
    }

    if (pPickup)
    {
        pPickup->SetParent(Resource.GetResourceDynamicEntity());
        pPickup->m_ucType = ucType;
    }

    return pPickup;
}

bool CStaticFunctionDefinitions::SetPickupType(CClientEntity& Entity, unsigned char ucType, double dThree, double dFour)
{
    RUN_CHILDREN(SetPickupType(**iter, ucType, dThree, dFour))

    if (IS_PICKUP(&Entity))
    {
        CClientPickup& Pickup = static_cast<CClientPickup&>(Entity);

        if (ucType == CClientPickup::ARMOR || ucType == CClientPickup::HEALTH)
        {
            // Is the third argument (health) a number between 0 and 100?
            if (dThree >= 0 && dThree <= 100)
            {
                if (ucType == CClientPickup::ARMOR)
                    Pickup.SetModel(CClientPickupManager::GetArmorModel());
                else
                    Pickup.SetModel(CClientPickupManager::GetHealthModel());
                Pickup.m_ucType = ucType;
                Pickup.m_fAmount = static_cast<float>(dThree);

                return true;
            }
        }
        else if (ucType == CClientPickup::WEAPON)
        {
            // Get the weapon id
            unsigned char ucWeaponID = static_cast<unsigned char>(dThree);
            if (CClientPickupManager::IsValidWeaponID(ucWeaponID))
            {
                // Limit ammo to 9999
                unsigned short usAmmo = static_cast<unsigned short>(dFour);
                if (dFour > 9999)
                {
                    usAmmo = 9999;
                }

                Pickup.SetModel(CClientPickupManager::GetWeaponModel(ucWeaponID));
                Pickup.m_ucType = ucType;
                Pickup.m_ucWeaponType = ucWeaponID;
                Pickup.m_usAmmo = usAmmo;

                return true;
            }
        }
        else if (ucType == CClientPickup::CUSTOM)
        {
            // Get the weapon id
            unsigned short usModel = static_cast<unsigned short>(dThree);
            if (CClientObjectManager::IsValidModel(usModel))
            {
                Pickup.SetModel(usModel);
                Pickup.m_ucType = ucType;
                Pickup.SetModel(usModel);

                return true;
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::CreateExplosion(CVector& vecPosition, unsigned char ucType, bool bMakeSound, float fCamShake, bool bDamaging)
{
    // TODO: add creators for kill credit
    eExplosionType explosionType = (eExplosionType)ucType;
    m_pExplosionManager->Create(explosionType, vecPosition, NULL, bMakeSound, fCamShake, !bDamaging);

    return true;
}

bool CStaticFunctionDefinitions::DetonateSatchels()
{
    CClientPlayer* pLocalPlayer = GetLocalPlayer();
    // does the local player exist and if so does he have any projectiles to destroy?
    if (pLocalPlayer && pLocalPlayer->CountProjectiles(WEAPONTYPE_REMOTE_SATCHEL_CHARGE) > 0)
    {
        NetBitStreamInterface* pBitStream = g_pNet->AllocateNetBitStream();
        if (pBitStream)
        {
            g_pNet->SendPacket(PACKET_ID_DETONATE_SATCHELS, pBitStream, PACKET_PRIORITY_HIGH, PACKET_RELIABILITY_RELIABLE_ORDERED);
            g_pNet->DeallocateNetBitStream(pBitStream);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::CreateFire(CVector& vecPosition, float fSize)
{
    return g_pGame->GetFireManager()->StartFire(vecPosition, fSize) != NULL;
}

bool CStaticFunctionDefinitions::ExtinguishFireInRadius(CVector& vecPosition, float fRadius)
{
    g_pGame->GetFireManager()->ExtinguishPoint(vecPosition, fRadius);
    return true;
}

bool CStaticFunctionDefinitions::ExtinguishAllFires()
{
    g_pGame->GetFireManager()->ExtinguishAllFires();
    return true;
}

bool CStaticFunctionDefinitions::PlaySoundFrontEnd(unsigned char ucSound)
{
    g_pGame->GetAudioEngine()->PlayFrontEndSound(ucSound);
    return true;
}

bool CStaticFunctionDefinitions::SetAmbientSoundEnabled(eAmbientSoundType eType, bool bMute)
{
    g_pGame->GetAudioEngine()->SetAmbientSoundEnabled(eType, bMute);
    return true;
}

bool CStaticFunctionDefinitions::IsAmbientSoundEnabled(eAmbientSoundType eType, bool& bOutMute)
{
    bOutMute = g_pGame->GetAudioEngine()->IsAmbientSoundEnabled(eType);
    return true;
}

bool CStaticFunctionDefinitions::ResetAmbientSounds()
{
    g_pGame->GetAudioEngine()->ResetAmbientSounds();
    return true;
}

bool CStaticFunctionDefinitions::SetWorldSoundEnabled(uint uiGroup, uint uiIndex, bool bMute, bool bImmediate)
{
    g_pGame->GetAudioEngine()->SetWorldSoundEnabled(uiGroup, uiIndex, bMute, bImmediate);
    return true;
}

bool CStaticFunctionDefinitions::IsWorldSoundEnabled(uint uiGroup, uint uiIndex, bool& bOutMute)
{
    bOutMute = g_pGame->GetAudioEngine()->IsWorldSoundEnabled(uiGroup, uiIndex);
    return true;
}

bool CStaticFunctionDefinitions::ResetWorldSounds()
{
    g_pGame->GetAudioEngine()->ResetWorldSounds();
    return true;
}

bool CStaticFunctionDefinitions::PlaySFX(CResource* pResource, eAudioLookupIndex containerIndex, int iBankIndex, int iAudioIndex, bool bLoop,
                                         CClientSound*& outSound)
{
    CClientSound* pSound = m_pSoundManager->PlayGTASFX(containerIndex, iBankIndex, iAudioIndex, bLoop);
    if (pSound)
    {
        pSound->SetParent(pResource->GetResourceDynamicEntity());

        outSound = pSound;
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::PlaySFX3D(CResource* pResource, eAudioLookupIndex containerIndex, int iBankIndex, int iAudioIndex, const CVector& vecPosition,
                                           bool bLoop, CClientSound*& outSound)
{
    CClientSound* pSound = m_pSoundManager->PlayGTASFX3D(containerIndex, iBankIndex, iAudioIndex, vecPosition, bLoop);
    if (pSound)
    {
        pSound->SetParent(pResource->GetResourceDynamicEntity());

        outSound = pSound;
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetSFXStatus(eAudioLookupIndex containerIndex, bool& bOutNotCut)
{
    bOutNotCut = m_pSoundManager->GetSFXStatus(containerIndex);
    return true;
}

CClientRadarMarker* CStaticFunctionDefinitions::CreateBlip(CResource& Resource, const CVector& vecPosition, unsigned char ucIcon, unsigned char ucSize,
                                                           const SColor color, short sOrdering, unsigned short usVisibleDistance)
{
    // Valid icon and size?
    if (CClientRadarMarkerManager::IsValidIcon(ucIcon) && ucSize <= 25)
    {
        CClientRadarMarker* pBlip = new CClientRadarMarker(m_pManager, INVALID_ELEMENT_ID, sOrdering, usVisibleDistance);

        pBlip->SetParent(Resource.GetResourceDynamicEntity());
        pBlip->SetPosition(vecPosition);
        pBlip->SetSprite(ucIcon);
        pBlip->SetScale(ucSize);
        pBlip->SetColor(color);

        return pBlip;
    }

    return nullptr;
}

CClientRadarMarker* CStaticFunctionDefinitions::CreateBlipAttachedTo(CResource& Resource, CClientEntity& Entity, unsigned char ucIcon, unsigned char ucSize,
                                                                     const SColor color, short sOrdering, unsigned short usVisibleDistance)
{
    assert(&Entity);
    // Valid icon and size?
    if (CClientRadarMarkerManager::IsValidIcon(ucIcon) && ucSize <= 25)
    {
        CClientRadarMarker* pBlip = new CClientRadarMarker(m_pManager, INVALID_ELEMENT_ID, sOrdering, usVisibleDistance);

        pBlip->SetParent(Resource.GetResourceDynamicEntity());
        pBlip->AttachTo(&Entity);
        pBlip->SetSprite(ucIcon);
        pBlip->SetScale(ucSize);
        pBlip->SetColor(color);

        return pBlip;
    }

    return nullptr;
}

bool CStaticFunctionDefinitions::SetBlipIcon(CClientEntity& Entity, unsigned char ucIcon)
{
    if (CClientRadarMarkerManager::IsValidIcon(ucIcon))
    {
        RUN_CHILDREN(SetBlipIcon(**iter, ucIcon))

        if (IS_RADARMARKER(&Entity))
        {
            CClientRadarMarker& Marker = static_cast<CClientRadarMarker&>(Entity);

            Marker.SetSprite(ucIcon);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetBlipSize(CClientEntity& Entity, unsigned char ucSize)
{
    if (ucSize <= 25)
    {
        RUN_CHILDREN(SetBlipSize(**iter, ucSize))

        if (IS_RADARMARKER(&Entity))
        {
            CClientRadarMarker& Marker = static_cast<CClientRadarMarker&>(Entity);

            Marker.SetScale(ucSize);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetBlipColor(CClientEntity& Entity, const SColor color)
{
    RUN_CHILDREN(SetBlipColor(**iter, color))

    if (IS_RADARMARKER(&Entity))
    {
        CClientRadarMarker& Marker = static_cast<CClientRadarMarker&>(Entity);

        Marker.SetColor(color);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetBlipOrdering(CClientEntity& Entity, short sOrdering)
{
    RUN_CHILDREN(SetBlipOrdering(**iter, sOrdering))

    if (IS_RADARMARKER(&Entity))
    {
        CClientRadarMarker& Marker = static_cast<CClientRadarMarker&>(Entity);

        Marker.SetOrdering(sOrdering);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetBlipVisibleDistance(CClientEntity& Entity, unsigned short usVisibleDistance)
{
    RUN_CHILDREN(SetBlipVisibleDistance(**iter, usVisibleDistance))

    if (IS_RADARMARKER(&Entity))
    {
        CClientRadarMarker& Marker = static_cast<CClientRadarMarker&>(Entity);

        Marker.SetVisibleDistance(usVisibleDistance);
        return true;
    }

    return false;
}

CClientMarker* CStaticFunctionDefinitions::CreateMarker(CResource& Resource, const CVector& vecPosition, const char* szType, float fSize, const SColor color)
{
    assert(szType);

    // Grab the type id
    unsigned char ucType = CClientMarker::StringToType(szType);
    if (ucType != CClientMarker::MARKER_INVALID)
    {
        // Create the marker
        CClientMarker* pMarker = new CClientMarker(m_pManager, INVALID_ELEMENT_ID, ucType);

        // Set its parent and its properties
        pMarker->SetParent(Resource.GetResourceDynamicEntity());
        pMarker->SetPosition(vecPosition);
        pMarker->SetColor(color);
        pMarker->SetSize(fSize);

        // Return it
        return pMarker;
    }

    // Bad type id
    return NULL;
}

bool CStaticFunctionDefinitions::GetMarkerTarget(CClientMarker& Marker, CVector& vecTarget)
{
    CClientCheckpoint* pCheckpoint = Marker.GetCheckpoint();
    if (pCheckpoint)
    {
        if (pCheckpoint->HasTarget())
        {
            pCheckpoint->GetTarget(vecTarget);
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetMarkerType(CClientEntity& Entity, const char* szType)
{
    assert(szType);
    RUN_CHILDREN(SetMarkerType(**iter, szType))

    // Grab the new type ID
    unsigned char ucType = CClientMarker::StringToType(szType);
    if (ucType != CClientMarker::MARKER_INVALID)
    {
        // Is this a marker?
        if (IS_MARKER(&Entity))
        {
            // Set the new type
            CClientMarker& Marker = static_cast<CClientMarker&>(Entity);
            Marker.SetMarkerType(static_cast<CClientMarker::eMarkerType>(ucType));
        }

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetMarkerSize(CClientEntity& Entity, float fSize)
{
    RUN_CHILDREN(SetMarkerSize(**iter, fSize))

    // Is this a marker?
    if (IS_MARKER(&Entity))
    {
        // Set the new size
        CClientMarker& Marker = static_cast<CClientMarker&>(Entity);
        Marker.SetSize(fSize);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetMarkerColor(CClientEntity& Entity, const SColor color)
{
    RUN_CHILDREN(SetMarkerColor(**iter, color))

    // Is this a marker?
    if (IS_MARKER(&Entity))
    {
        // Set the new color
        CClientMarker& Marker = static_cast<CClientMarker&>(Entity);
        Marker.SetColor(color);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetMarkerTarget(CClientEntity& Entity, const CVector* pTarget)
{
    RUN_CHILDREN(SetMarkerTarget(**iter, pTarget))

    // Is this a marker?
    if (IS_MARKER(&Entity))
    {
        CClientMarker&     Marker = static_cast<CClientMarker&>(Entity);
        CClientCheckpoint* pCheckpoint = Marker.GetCheckpoint();
        if (pCheckpoint)
        {
            if (pTarget)
            {
                pCheckpoint->SetNextPosition(*pTarget);
                pCheckpoint->SetIcon(CClientCheckpoint::ICON_ARROW);
                pCheckpoint->SetHasTarget(true);
                pCheckpoint->SetTarget(*pTarget);
            }
            else
            {
                pCheckpoint->SetIcon(CClientCheckpoint::ICON_NONE);
                pCheckpoint->SetDirection(CVector(1.0f, 0.0f, 0.0f));
                pCheckpoint->SetHasTarget(false);
            }
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetMarkerIcon(CClientEntity& Entity, const char* szIcon)
{
    assert(szIcon);
    RUN_CHILDREN(SetMarkerIcon(**iter, szIcon))

    unsigned char ucIcon = CClientCheckpoint::StringToIcon(szIcon);
    if (ucIcon != CClientCheckpoint::ICON_INVALID)
    {
        // Is this a marker?
        if (IS_MARKER(&Entity))
        {
            // Grab the checkpoint
            CClientMarker&     Marker = static_cast<CClientMarker&>(Entity);
            CClientCheckpoint* pCheckpoint = Marker.GetCheckpoint();
            if (pCheckpoint)
            {
                pCheckpoint->SetIcon(static_cast<unsigned int>(ucIcon));

                return true;
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GetCameraMatrix(CVector& vecPosition, CVector& vecLookAt, float& fRoll, float& fFOV)
{
    m_pCamera->GetPosition(vecPosition);
    m_pCamera->GetFixedTarget(vecLookAt, &fRoll);
    fFOV = m_pCamera->GetFOV();
    return true;
}

CClientEntity* CStaticFunctionDefinitions::GetCameraTarget()
{
    if (!m_pCamera->IsInFixedMode())
        return m_pCamera->GetTargetEntity();
    return NULL;
}

bool CStaticFunctionDefinitions::GetCameraInterior(unsigned char& ucInterior)
{
    ucInterior = static_cast<unsigned char>(g_pGame->GetWorld()->GetCurrentArea());
    return true;
}

bool CStaticFunctionDefinitions::SetCameraMatrix(const CVector& vecPosition, CVector* pvecLookAt, float fRoll, float fFOV)
{
    if (!m_pCamera->IsInFixedMode())
    {
        m_pCamera->ToggleCameraFixedMode(true);
    }

    // Put the camera there
    m_pCamera->SetPosition(vecPosition);
    if (pvecLookAt)
        m_pCamera->SetFixedTarget(*pvecLookAt, fRoll);
    else
    {
        CVector vecPrevLookAt;
        m_pCamera->GetFixedTarget(vecPrevLookAt);
        m_pCamera->SetFixedTarget(vecPrevLookAt, fRoll);
    }
    m_pCamera->SetFOV(fFOV);
    return true;
}

bool CStaticFunctionDefinitions::SetCameraTarget(CClientEntity* pEntity)
{
    assert(pEntity);

    switch (pEntity->GetType())
    {
        case CCLIENTPLAYER:
        {
            CClientPlayer* pPlayer = static_cast<CClientPlayer*>(pEntity);
            if (pPlayer->IsLocalPlayer())
            {
                // Return the focus to the local player
                m_pCamera->SetFocusToLocalPlayer();
            }
            else
            {
                // TODO: stream in the player here (needs to be done through the streamer)

                // Put the focus on that player
                m_pCamera->SetFocus(pPlayer, MODE_CAM_ON_A_STRING, false);
            }
            break;
        }
        case CCLIENTPED:
        case CCLIENTVEHICLE:
        {
            // Reset camera focus and remove all references
            m_pCamera->Reset();
            // Put the focus on entity
            m_pCamera->SetFocus(pEntity, MODE_CAM_ON_A_STRING, false);
            break;
        }
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::SetCameraTarget(const CVector& vecTarget)
{
    m_pCamera->SetOrbitTarget(vecTarget);
    return true;
}

bool CStaticFunctionDefinitions::SetCameraInterior(unsigned char ucInterior)
{
    g_pGame->GetWorld()->SetCurrentArea(ucInterior);
    return true;
}

bool CStaticFunctionDefinitions::FadeCamera(bool bFadeIn, float fFadeTime, unsigned char ucRed, unsigned char ucGreen, unsigned char ucBlue)
{
    CClientCamera* pCamera = m_pManager->GetCamera();
    g_pClientGame->SetInitiallyFadedOut(false);

    if (bFadeIn)
    {
        pCamera->FadeIn(fFadeTime);
        g_pGame->GetHud()->SetComponentVisible(HUD_AREA_NAME, !g_pClientGame->GetHudAreaNameDisabled());
    }
    else
    {
        pCamera->FadeOut(fFadeTime, ucRed, ucGreen, ucBlue);
        g_pGame->GetHud()->SetComponentVisible(HUD_AREA_NAME, false);
    }

    return true;
}

bool CStaticFunctionDefinitions::GetCursorPosition(CVector2D& vecCursor, CVector& vecWorld)
{
    if (m_pClientGame->AreCursorEventsEnabled() || GUIGetInputEnabled() || g_pCore->GetConsole()->IsVisible() || g_pCore->IsChatInputEnabled())
    {
        tagPOINT point;
        GetCursorPos(&point);

        HWND hookedWindow = g_pCore->GetHookedWindow();

        tagPOINT windowPos = {0};
        ClientToScreen(hookedWindow, &windowPos);

        CVector2D vecResolution = g_pCore->GetGUI()->GetResolution();
        point.x -= windowPos.x;
        point.y -= windowPos.y;
        if (point.x < 0)
            point.x = 0;
        else if (point.x > (long)vecResolution.fX)
            point.x = (long)vecResolution.fX;
        if (point.y < 0)
            point.y = 0;
        else if (point.y > (long)vecResolution.fY)
            point.y = (long)vecResolution.fY;

        vecCursor = CVector2D(((float)point.x) / vecResolution.fX, ((float)point.y) / vecResolution.fY);

        CVector vecScreen((float)((int)point.x), (float)((int)point.y), 300.0f);
        g_pCore->GetGraphics()->CalcWorldCoors(&vecScreen, &vecWorld);

        return true;
    }
    return false;
}

// Find custom font from an element, or a standard font from a name.
ID3DXFont* CStaticFunctionDefinitions::ResolveD3DXFont(eFontType fontType, CClientDxFont* pDxFontElement)
{
    if (pDxFontElement)
        return pDxFontElement->GetD3DXFont();

    return g_pCore->GetGraphics()->GetFont(fontType);
}

bool CStaticFunctionDefinitions::IsCursorShowing(bool& bShowing)
{
    bShowing = m_pClientGame->AreCursorEventsEnabled() || m_pCore->IsCursorForcedVisible();
    return true;
}

bool CStaticFunctionDefinitions::GetCursorAlpha(float& fAlpha)
{
    fAlpha = m_pGUI->GetCurrentServerCursorAlpha();
    return true;
}

bool CStaticFunctionDefinitions::SetCursorAlpha(float fAlpha)
{
    if (fAlpha >= 0.0f && fAlpha <= 1.0f)
    {
        if (!m_pCore->IsMenuVisible() && !m_pCore->GetConsole()->IsVisible())
            m_pGUI->SetCursorAlpha(fAlpha, true);
        else
            m_pGUI->SetCurrentServerCursorAlpha(fAlpha);

        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GUIGetInputEnabled()
{            // can't inline because statics are defined in .cpp not .h
    return m_pGUI->GetGUIInputEnabled();
}

void CStaticFunctionDefinitions::GUISetInputMode(eInputMode inputMode)
{
    m_pGUI->SetGUIInputMode(inputMode);
}

eInputMode CStaticFunctionDefinitions::GUIGetInputMode()
{
    return m_pGUI->GetGUIInputMode();
}

eCursorType CStaticFunctionDefinitions::GUIGetCursorType()
{
    return m_pGUI->GetCursorType();
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateWindow(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, const char* szCaption,
                                                               bool bRelative)
{
    CGUIElement* pElement = m_pGUI->CreateWnd(NULL, szCaption);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(LuaMain.GetResource()->GetResourceGUIEntity());

    // set events
    pGUIElement->SetEvents("onClientGUIClose", "onClientGUIKeyDown");
    static_cast<CGUIWindow*>(pElement)->SetCloseClickHandler(pGUIElement->GetCallback1());
    static_cast<CGUIWindow*>(pElement)->SetKeyDownHandler(pGUIElement->GetCallback2());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateStaticImage(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, const SString& strPath,
                                                                    bool bRelative, CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateStaticImage(pParent ? pParent->GetCGUIElement() : NULL);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // Register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    // Check for a valid (and sane) file path
    if (strPath)
    {
        // Load the image
        if (!static_cast<CGUIStaticImage*>(pElement)->LoadFromFile(strPath))
        {
            // If this fails, there's no reason to keep the widget (we don't have any IE-style "not found" icons yet)
            // So delete it and reset the pointer, so we return NULL
            delete pGUIElement;
            pGUIElement = NULL;
        }
    }

    if (pGUIElement && pParent && !pParent->IsCallPropagationEnabled())
    {
        pElement->SetInheritsAlpha(false);
    }

    return pGUIElement;
}

bool CStaticFunctionDefinitions::GUIStaticImageLoadImage(CClientEntity& Entity, const SString& strDir)
{
    RUN_CHILDREN(GUIStaticImageLoadImage(**iter, strDir))

    // Is this a gui element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a static image?
        if (IS_CGUIELEMENT_STATICIMAGE(&GUIElement))
        {
            CGUIElement* pCGUIElement = GUIElement.GetCGUIElement();

            if (strDir)
            {
                // load the image, if any
                return static_cast<CGUIStaticImage*>(pCGUIElement)->LoadFromFile(strDir);
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GUIStaticImageGetNativeSize(CClientEntity& Entity, CVector2D& vecSize)
{
    // Is this a gui element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a static image?
        if (IS_CGUIELEMENT_STATICIMAGE(&GUIElement))
        {
            CGUIElement* pCGUIElement = GUIElement.GetCGUIElement();
            return static_cast<CGUIStaticImage*>(pCGUIElement)->GetNativeSize(vecSize);
        }
    }

    return false;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateLabel(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, const char* szCaption,
                                                              bool bRelative, CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateLabel(pParent ? pParent->GetCGUIElement() : NULL, szCaption);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateButton(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, const char* szCaption,
                                                               bool bRelative, CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateButton(pParent ? pParent->GetCGUIElement() : NULL, szCaption);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    // set events
    pGUIElement->SetEvents("onClientGUIClicked");
    static_cast<CGUIButton*>(pElement)->SetClickHandler(pGUIElement->GetCallback1());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateProgressBar(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, bool bRelative,
                                                                    CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateProgressBar(pParent ? pParent->GetCGUIElement() : NULL);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateScrollBar(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, bool bHorizontal,
                                                                  bool bRelative, CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateScrollBar(bHorizontal, pParent ? pParent->GetCGUIElement() : NULL);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    // set events
    pGUIElement->SetEvents("onClientGUIScroll");
    static_cast<CGUIScrollBar*>(pElement)->SetOnScrollHandler(pGUIElement->GetCallback1());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateCheckBox(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, const char* szCaption,
                                                                 bool bChecked, bool bRelative, CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateCheckBox(pParent ? pParent->GetCGUIElement() : NULL, szCaption, bChecked);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    // set events
    pGUIElement->SetEvents("onClientGUIStateChanged");
    static_cast<CGUICheckBox*>(pElement)->SetClickHandler(pGUIElement->GetCallback1());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateRadioButton(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, const char* szCaption,
                                                                    bool bRelative, CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateRadioButton(pParent ? pParent->GetCGUIElement() : NULL, szCaption);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    // set events
    pGUIElement->SetEvents("onClientGUIStateChanged");
    static_cast<CGUIRadioButton*>(pElement)->SetClickHandler(pGUIElement->GetCallback1());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateEdit(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, const char* szCaption,
                                                             bool bRelative, CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateEdit(pParent ? pParent->GetCGUIElement() : NULL, szCaption);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);
    pElement->SetText(szCaption);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    // set events
    pGUIElement->SetEvents("onClientGUIAccepted", "onClientGUIChanged");
    static_cast<CGUIEdit*>(pElement)->SetTextAcceptedHandler(pGUIElement->GetCallback1());
    static_cast<CGUIEdit*>(pElement)->SetTextChangedHandler(pGUIElement->GetCallback2());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateMemo(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, const char* szCaption,
                                                             bool bRelative, CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateMemo(pParent ? pParent->GetCGUIElement() : NULL, szCaption);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);
    pElement->SetText(szCaption);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    // set events
    pGUIElement->SetEvents("onClientGUIAccepted", "onClientGUIChanged");
    static_cast<CGUIMemo*>(pElement)->SetTextChangedHandler(pGUIElement->GetCallback2());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateGridList(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, bool bRelative,
                                                                 CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateGridList(pParent ? pParent->GetCGUIElement() : NULL, true);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateTabPanel(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, bool bRelative,
                                                                 CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateTabPanel(pParent ? pParent->GetCGUIElement() : NULL);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    // set events
    pGUIElement->SetEvents("onClientGUITabSwitched");
    static_cast<CGUITabPanel*>(pElement)->SetSelectionHandler(pGUIElement->GetCallback1());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateScrollPane(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, bool bRelative,
                                                                   CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateScrollPane(pParent ? pParent->GetCGUIElement() : NULL);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateTab(CLuaMain& LuaMain, const char* szCaption, CClientGUIElement* pParent)
{
    if (!pParent)
        return NULL;

    CGUIElement* pGUIParent = pParent->GetCGUIElement();

    // Make sure the parent element is a TabPanel
    if (pGUIParent->GetType() != CGUI_TABPANEL)
        return NULL;

    CGUIElement*       pTab = static_cast<CGUITabPanel*>(pGUIParent)->CreateTab(szCaption);
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pTab);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    return pGUIElement;
}

CClientGUIElement* CStaticFunctionDefinitions::GUIGetSelectedTab(CClientEntity& Element)
{
    if (IS_GUI(&Element))
    {
        CClientGUIElement& GUIPanel = static_cast<CClientGUIElement&>(Element);
        if (IS_CGUIELEMENT_TABPANEL(&GUIPanel))
        {
            CGUITab* pTab = static_cast<CGUITabPanel*>(GUIPanel.GetCGUIElement())->GetSelectedTab();
            if (pTab)
            {
                return m_pGUIManager->Get(static_cast<CGUIElement*>(pTab));
            }
        }
    }

    return NULL;
}

bool CStaticFunctionDefinitions::GUISetSelectedTab(CClientEntity& Element, CClientEntity& Tab)
{
    if (IS_GUI(&Element) && IS_GUI(&Tab))
    {
        CClientGUIElement& GUIPanel = static_cast<CClientGUIElement&>(Element);
        CClientGUIElement& GUITab = static_cast<CClientGUIElement&>(Tab);
        if (IS_CGUIELEMENT_TABPANEL(&GUIPanel) && IS_CGUIELEMENT_TAB(&GUITab))
        {
            static_cast<CGUITabPanel*>(GUIPanel.GetCGUIElement())->SetSelectedTab(static_cast<CGUITab*>(GUITab.GetCGUIElement()));
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GUIDeleteTab(CLuaMain& LuaMain, CClientGUIElement* pTab, CClientGUIElement* pParent)
{
    if (!pParent || !pTab)
        return false;

    CGUIElement* pGUIParent = pParent->GetCGUIElement();
    static_cast<CGUITabPanel*>(pGUIParent)->DeleteTab(reinterpret_cast<CGUITab*>(pTab->GetCGUIElement()));
    g_pClientGame->GetElementDeleter()->Delete(pTab);

    return true;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateComboBox(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, const char* szCaption,
                                                                 bool bRelative, CClientGUIElement* pParent)
{
    CGUIElement* pElement = m_pGUI->CreateComboBox(pParent ? pParent->GetCGUIElement() : NULL, szCaption);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // Disable editing of the box...
    // CClientGUIElement& GUIElement = static_cast < CClientGUIElement& > ( pElement );
    static_cast<CGUIComboBox*>(pElement)->SetReadOnly(true);

    // register to the gui manager
    CClientGUIElement* pGUIElement = new CClientGUIElement(m_pManager, &LuaMain, pElement);
    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    // set events
    pGUIElement->SetEvents("onClientGUIComboBoxAccepted");
    static_cast<CGUIComboBox*>(pElement)->SetSelectionHandler(pGUIElement->GetCallback1());

    return pGUIElement;
}

int CStaticFunctionDefinitions::GUIComboBoxAddItem(CClientEntity& Entity, const char* szText)
{
    RUN_CHILDREN(GUIComboBoxAddItem(**iter, szText))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a combobox?
        if (IS_CGUIELEMENT_COMBOBOX(&GUIElement))
        {
            // Add a new item.
            CGUIListItem* item = static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->AddItem(szText);
            // Return it's id + 1 so indexes start at 1.
            return static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->GetItemIndex(item);
        }
    }

    return 0;
}

bool CStaticFunctionDefinitions::GUIComboBoxRemoveItem(CClientEntity& Entity, int index)
{
    RUN_CHILDREN(GUIComboBoxRemoveItem(**iter, index))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a combobox?
        if (IS_CGUIELEMENT_COMBOBOX(&GUIElement))
        {
            // Call RemoveItem with index - 1 so indexes are compatible internally ...
            return static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->RemoveItem(index);
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GUIComboBoxClear(CClientEntity& Entity)
{
    RUN_CHILDREN(GUIComboBoxClear(**iter))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a combobox?
        if (IS_CGUIELEMENT_COMBOBOX(&GUIElement))
        {
            // Clear the combobox
            static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->Clear();
            return true;
        }
    }

    return false;
}

int CStaticFunctionDefinitions::GUIComboBoxGetSelected(CClientEntity& Entity)
{
    RUN_CHILDREN(GUIComboBoxGetSelected(**iter))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a combobox?
        if (IS_CGUIELEMENT_COMBOBOX(&GUIElement))
        {
            // return the selected + 1 so indexes start at 1...
            return static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->GetSelectedItemIndex();
        }
    }

    return 0;
}

bool CStaticFunctionDefinitions::GUIComboBoxSetSelected(CClientEntity& Entity, int index)
{
    RUN_CHILDREN(GUIComboBoxSetSelected(**iter, index))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a combobox?
        if (IS_CGUIELEMENT_COMBOBOX(&GUIElement))
        {
            // Call SetSelectedItem with index - 1 so indexes are compatible internally ...
            return static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->SetSelectedItemByIndex(index);
        }
    }

    return false;
}

std::string CStaticFunctionDefinitions::GUIComboBoxGetItemText(CClientEntity& Entity, int index)
{
    RUN_CHILDREN(GUIComboBoxGetItemText(**iter, index))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a combobox?
        if (IS_CGUIELEMENT_COMBOBOX(&GUIElement))
        {
            // Call GetItemText with index - 1 so indexes are compatible internally ...
            return static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->GetItemText(index);
        }
    }

    return "";
}

bool CStaticFunctionDefinitions::GUIComboBoxSetItemText(CClientEntity& Entity, int index, const char* szText)
{
    RUN_CHILDREN(GUIComboBoxSetItemText(**iter, index, szText))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a combobox?
        if (IS_CGUIELEMENT_COMBOBOX(&GUIElement))
        {
            // Call SetItemText with index - 1 so indexes are compatible internally ...
            return static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->SetItemText(index, szText);
        }
    }

    return false;
}

int CStaticFunctionDefinitions::GUIComboBoxGetItemCount(CClientEntity& Entity)
{
    // Are we a CGUI Element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a combobox?
        if (IS_CGUIELEMENT_COMBOBOX(&GUIElement))
        {
            // Call getItemCount
            return static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->GetItemCount();
        }
    }

    return 0;
}

bool CStaticFunctionDefinitions::GUIComboBoxSetOpen(CClientEntity& Entity, bool state)
{
    RUN_CHILDREN(GUIComboBoxSetOpen(**iter, state))

    // Are we a CGUI Element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a combobox?
        if (IS_CGUIELEMENT_COMBOBOX(&GUIElement))
        {
            if (state)
            {
                static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->ShowDropList();
            }
            else if (!state)
            {
                static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->HideDropList();
            }
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GUIComboBoxIsOpen(CClientEntity& Entity)
{
    // Are we a CGUI Element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a combobox?
        if (IS_CGUIELEMENT_COMBOBOX(&GUIElement))
        {
            return static_cast<CGUIComboBox*>(GUIElement.GetCGUIElement())->IsOpen();
        }
    }

    return false;
}

CClientGUIElement* CStaticFunctionDefinitions::GUICreateBrowser(CLuaMain& LuaMain, const CVector2D& position, const CVector2D& size, bool bIsLocal,
                                                                bool bIsTransparent, bool bRelative, CClientGUIElement* pParent)
{
    CGUIWebBrowser* pElement = m_pGUI->CreateWebBrowser(pParent ? pParent->GetCGUIElement() : nullptr);
    pElement->SetPosition(position, bRelative);
    pElement->SetSize(size, bRelative);

    // Register to the gui manager
    CVector2D absoluteSize;
    pElement->GetSize(absoluteSize, false);
    auto pGUIElement = new CClientGUIWebBrowser(bIsLocal, bIsTransparent, (uint)absoluteSize.fX, (uint)absoluteSize.fY, m_pManager, &LuaMain, pElement);

    if (!pGUIElement->GetBrowser())
    {
        delete pGUIElement;
        return nullptr;
    }

    pGUIElement->SetParent(pParent ? pParent : LuaMain.GetResource()->GetResourceGUIEntity());

    // Load CEGUI element texture from webview
    pElement->LoadFromWebView(pGUIElement->GetBrowser()->GetWebView());

    if (pParent && !pParent->IsCallPropagationEnabled())
    {
        pGUIElement->GetCGUIElement()->SetInheritsAlpha(false);
    }

    return pGUIElement;
}

void CStaticFunctionDefinitions::GUISetText(CClientEntity& Entity, const char* szText)
{
    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Set the text
        GUIElement.GetCGUIElement()->SetText(szText);
    }
}

void CStaticFunctionDefinitions::GUISetSize(CClientEntity& Entity, const CVector2D& vecSize, bool bRelative)
{
    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Set the size
        GUIElement.GetCGUIElement()->SetSize(vecSize, bRelative);
    }
}

void CStaticFunctionDefinitions::GUISetPosition(CClientEntity& Entity, const CVector2D& vecPosition, bool bRelative)
{
    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Set the positin
        GUIElement.GetCGUIElement()->SetPosition(vecPosition, bRelative);

        // Adjust for aspect ratio if needed
        if (g_pCore->GetGraphics()->IsAspectRatioAdjustmentEnabled())
        {
            CVector2D vecNewPosition = GUIElement.GetCGUIElement()->GetPosition(false);
            CVector2D vecSize = GUIElement.GetCGUIElement()->GetSize(false);
            float     fY = vecNewPosition.fY + vecSize.fY * 0.5f;
            fY = g_pCore->GetGraphics()->ConvertPositionForAspectRatio(fY);
            vecNewPosition.fY = fY - vecSize.fY * 0.5f;
            GUIElement.GetCGUIElement()->SetPosition(vecNewPosition, false);
        }
    }
}

void CStaticFunctionDefinitions::GUISetVisible(CClientEntity& Entity, bool bFlag)
{
    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Set the visibility
        GUIElement.GetCGUIElement()->SetVisible(bFlag);
    }
}

void CStaticFunctionDefinitions::GUISetEnabled(CClientEntity& Entity, bool bFlag)
{
    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Set the visibility
        GUIElement.GetCGUIElement()->SetEnabled(bFlag);
    }
}

void CStaticFunctionDefinitions::GUISetProperty(CClientEntity& Entity, const char* szProperty, const char* szValue)
{
    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        bool bConsoleHadInputFocus = g_pCore->GetConsole()->IsInputActive();

        // Set the property
        GUIElement.GetCGUIElement()->SetProperty(szProperty, szValue);

        // HACK: If the property being set is AlwaysOnTop, move it to the back so it's not in front of the main menu
        if ((stricmp(szProperty, "AlwaysOnTop") == 0) && (stricmp(szValue, "True") == 0))
        {
            GUIElement.GetCGUIElement()->MoveToBack();

            // Restore input focus to the console if required
            if (bConsoleHadInputFocus)
                g_pCore->GetConsole()->ActivateInput();
        }
    }
}

void CStaticFunctionDefinitions::GUISetAlpha(CClientEntity& Entity, float fAlpha)
{
    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Set the alpha level
        GUIElement.GetCGUIElement()->SetAlpha(fAlpha);
    }
}

bool CStaticFunctionDefinitions::GUIBringToFront(CClientEntity& Entity)
{
    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);
        // We don't allow AlwaysOnTop GUI to be brought to the front (so it doesn't appear on top of the main menu)
        std::string strValue = GUIElement.GetCGUIElement()->GetProperty("AlwaysOnTop");
        if (strValue.compare("True") != 0)
        {
            bool bConsoleHadInputFocus = g_pCore->GetConsole()->IsInputActive();

            // Bring it to the front
            GUIElement.GetCGUIElement()->BringToFront();

            // Restore input focus to the console if required
            if (bConsoleHadInputFocus)
                g_pCore->GetConsole()->ActivateInput();
            return true;
        }
    }
    return false;
}

void CStaticFunctionDefinitions::GUIMoveToBack(CClientEntity& Entity)
{
    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        bool bConsoleHadInputFocus = g_pCore->GetConsole()->IsInputActive();

        // Move it to the back
        GUIElement.GetCGUIElement()->MoveToBack();

        // Restore input focus to the console if required
        if (bConsoleHadInputFocus)
            g_pCore->GetConsole()->ActivateInput();
    }
}

bool CStaticFunctionDefinitions::GUIBlur(CClientEntity& Entity)
{
    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);
        GUIElement.GetCGUIElement()->Deactivate();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GUIFocus(CClientEntity& Entity)
{
    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);
        GUIElement.GetCGUIElement()->Activate();
        return true;
    }
    return false;
}

void CStaticFunctionDefinitions::GUICheckBoxSetSelected(CClientEntity& Entity, bool bFlag)
{
    RUN_CHILDREN(GUICheckBoxSetSelected(**iter, bFlag))

    // Are we a CGUI element and checkpox?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a checkbox?
        if (IS_CGUIELEMENT_CHECKBOX(&GUIElement))
        {
            // Set its selected state
            static_cast<CGUICheckBox*>(GUIElement.GetCGUIElement())->SetSelected(bFlag);
        }
    }
}

void CStaticFunctionDefinitions::GUIRadioButtonSetSelected(CClientEntity& Entity, bool bFlag)
{
    RUN_CHILDREN(GUIRadioButtonSetSelected(**iter, bFlag))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a radiobutton?
        if (IS_CGUIELEMENT_RADIOBUTTON(&GUIElement))
        {
            // Set its selected state
            static_cast<CGUIRadioButton*>(GUIElement.GetCGUIElement())->SetSelected(bFlag);
        }
    }
}

void CStaticFunctionDefinitions::GUIProgressBarSetProgress(CClientEntity& Entity, int iProgress)
{
    RUN_CHILDREN(GUIProgressBarSetProgress(**iter, iProgress))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a progressbar?
        if (IS_CGUIELEMENT_PROGRESSBAR(&GUIElement))
        {
            // Set the progress
            static_cast<CGUIProgressBar*>(GUIElement.GetCGUIElement())->SetProgress((float)(iProgress / 100.0f));
        }
    }
}

void CStaticFunctionDefinitions::GUIScrollBarSetScrollPosition(CClientEntity& Entity, int iProgress)
{
    RUN_CHILDREN(GUIScrollBarSetScrollPosition(**iter, iProgress))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a progressbar?
        if (IS_CGUIELEMENT_SCROLLBAR(&GUIElement))
        {
            // Set the progress
            static_cast<CGUIScrollBar*>(GUIElement.GetCGUIElement())->SetScrollPosition((float)(iProgress / 100.0f));
        }
    }
}

void CStaticFunctionDefinitions::GUIScrollPaneSetHorizontalScrollPosition(CClientEntity& Entity, float fProgress)
{
    RUN_CHILDREN(GUIScrollPaneSetHorizontalScrollPosition(**iter, fProgress))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a progressbar?
        if (IS_CGUIELEMENT_SCROLLPANE(&GUIElement))
        {
            // Set the progress
            static_cast<CGUIScrollPane*>(GUIElement.GetCGUIElement())->SetHorizontalScrollPosition(fProgress / 100.0f);
        }
    }
}

void CStaticFunctionDefinitions::GUIScrollPaneSetScrollBars(CClientEntity& Entity, bool bH, bool bV)
{
    RUN_CHILDREN(GUIScrollPaneSetScrollBars(**iter, bH, bV))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a gridlist?
        if (IS_CGUIELEMENT_SCROLLPANE(&GUIElement))
        {
            // Set the scrollbars
            static_cast<CGUIScrollPane*>(GUIElement.GetCGUIElement())->SetHorizontalScrollBar(bH);
            static_cast<CGUIScrollPane*>(GUIElement.GetCGUIElement())->SetVerticalScrollBar(bV);
        }
    }
}

void CStaticFunctionDefinitions::GUIScrollPaneSetVerticalScrollPosition(CClientEntity& Entity, float fProgress)
{
    RUN_CHILDREN(GUIScrollPaneSetVerticalScrollPosition(**iter, fProgress))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a progressbar?
        if (IS_CGUIELEMENT_SCROLLPANE(&GUIElement))
        {
            // Set the progress
            static_cast<CGUIScrollPane*>(GUIElement.GetCGUIElement())->SetVerticalScrollPosition(fProgress / 100.0f);
        }
    }
}

void CStaticFunctionDefinitions::GUIEditSetReadOnly(CClientEntity& Entity, bool bFlag)
{
    RUN_CHILDREN(GUIEditSetReadOnly(**iter, bFlag))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a editbox?
        if (IS_CGUIELEMENT_EDIT(&GUIElement))
        {
            // Set its read only state
            static_cast<CGUIEdit*>(GUIElement.GetCGUIElement())->SetReadOnly(bFlag);
        }
    }
}

void CStaticFunctionDefinitions::GUIMemoSetReadOnly(CClientEntity& Entity, bool bFlag)
{
    RUN_CHILDREN(GUIMemoSetReadOnly(**iter, bFlag))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a editbox?
        if (IS_CGUIELEMENT_MEMO(&GUIElement))
        {
            // Set its read only state
            static_cast<CGUIMemo*>(GUIElement.GetCGUIElement())->SetReadOnly(bFlag);
        }
    }
}

void CStaticFunctionDefinitions::GUIEditSetMasked(CClientEntity& Entity, bool bFlag)
{
    RUN_CHILDREN(GUIEditSetMasked(**iter, bFlag))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Is this an edit?
        if (IS_CGUIELEMENT_EDIT(&GUIElement))
        {
            // Set its masked flag
            static_cast<CGUIEdit*>(GUIElement.GetCGUIElement())->SetMasked(bFlag);
        }
    }
}

void CStaticFunctionDefinitions::GUIEditSetMaxLength(CClientEntity& Entity, unsigned int iLength)
{
    RUN_CHILDREN(GUIEditSetMaxLength(**iter, iLength))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we an editbox element?
        if (IS_CGUIELEMENT_EDIT(&GUIElement))
        {
            // Set its max length
            static_cast<CGUIEdit*>(GUIElement.GetCGUIElement())->SetMaxLength(iLength);
        }
    }
}

void CStaticFunctionDefinitions::GUIEditSetCaretIndex(CClientEntity& Entity, unsigned int iCaret)
{
    RUN_CHILDREN(GUIEditSetCaretIndex(**iter, iCaret))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we an edit?
        if (IS_CGUIELEMENT_EDIT(&GUIElement))
        {
            // Set its carat index
            static_cast<CGUIEdit*>(GUIElement.GetCGUIElement())->SetCaretIndex(iCaret);
        }
    }
}

void CStaticFunctionDefinitions::GUIMemoSetCaretIndex(CClientEntity& Entity, unsigned int iCaret)
{
    RUN_CHILDREN(GUIMemoSetCaretIndex(**iter, iCaret))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we an edit?
        if (IS_CGUIELEMENT_MEMO(&GUIElement))
        {
            // Set its carat index
            static_cast<CGUIMemo*>(GUIElement.GetCGUIElement())->SetCaretIndex(iCaret);
        }
    }
}

void CStaticFunctionDefinitions::GUIMemoSetVerticalScrollPosition(CClientEntity& Entity, float fPosition)
{
    RUN_CHILDREN(GUIMemoSetVerticalScrollPosition(**iter, fPosition))

    // Are we a GUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a memo?
        if (IS_CGUIELEMENT_MEMO(&GUIElement))
        {
            CGUIMemo* guiMemo = static_cast<CGUIMemo*>(GUIElement.GetCGUIElement());
            guiMemo->SetVerticalScrollPosition(fPosition / 100.0f * guiMemo->GetMaxVerticalScrollPosition());
        }
    }
}

void CStaticFunctionDefinitions::GUIGridListSetSortingEnabled(CClientEntity& Entity, bool bEnabled)
{
    RUN_CHILDREN(GUIGridListSetSortingEnabled(**iter, bEnabled))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a gridlist?
        if (IS_CGUIELEMENT_GRIDLIST(&GUIElement))
        {
            // Set sorting is enabled
            static_cast<CGUIGridList*>(GUIElement.GetCGUIElement())->SetSortingEnabled(bEnabled);
        }
    }
}

void CStaticFunctionDefinitions::GUIGridListSetScrollBars(CClientEntity& Entity, bool bH, bool bV)
{
    RUN_CHILDREN(GUIGridListSetScrollBars(**iter, bH, bV))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a gridlist?
        if (IS_CGUIELEMENT_GRIDLIST(&GUIElement))
        {
            // Set the scrollbars
            static_cast<CGUIGridList*>(GUIElement.GetCGUIElement())->SetHorizontalScrollBar(bH);
            static_cast<CGUIGridList*>(GUIElement.GetCGUIElement())->SetVerticalScrollBar(bV);
        }
    }
}

void CStaticFunctionDefinitions::GUIGridListClear(CClientEntity& Entity)
{
    RUN_CHILDREN(GUIGridListClear(**iter))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a gridlist?
        if (IS_CGUIELEMENT_GRIDLIST(&GUIElement))
        {
            // Clear the gridlist
            static_cast<CGUIGridList*>(GUIElement.GetCGUIElement())->Clear();
        }
    }
}

void CStaticFunctionDefinitions::GUIGridListSetItemData(CClientGUIElement& GUIElement, int iRow, int iColumn, CLuaArgument* Variable)
{
    // Delete any old data we might have
    CLuaArgument* pVariable = reinterpret_cast<CLuaArgument*>(static_cast<CGUIGridList*>(GUIElement.GetCGUIElement())->GetItemData(iRow, iColumn));
    if (pVariable)
        delete pVariable;

    static_cast<CGUIGridList*>(GUIElement.GetCGUIElement())
        ->SetItemData(iRow, iColumn, (void*)Variable, CGUICallback<void, void*>(&CStaticFunctionDefinitions::GUIItemDataDestroyCallback));
}

void CStaticFunctionDefinitions::GUIItemDataDestroyCallback(void* data)
{
    delete (CLuaArgument*)(data);
}

void CStaticFunctionDefinitions::GUIGridListSetSelectionMode(CClientEntity& Entity, unsigned int uiMode)
{
    RUN_CHILDREN(GUIGridListSetSelectionMode(**iter, uiMode))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a gridlist?
        if (IS_CGUIELEMENT_GRIDLIST(&GUIElement))
        {
            // Set the selection mode
            static_cast<CGUIGridList*>(GUIElement.GetCGUIElement())->SetSelectionMode((SelectionMode)uiMode);
        }
    }
}

void CStaticFunctionDefinitions::GUIGridListSetHorizontalScrollPosition(CClientEntity& Entity, float fPosition)
{
    RUN_CHILDREN(GUIGridListSetHorizontalScrollPosition(**iter, fPosition))

    // Are we a GUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a gridlist?
        if (IS_CGUIELEMENT_GRIDLIST(&GUIElement))
        {
            static_cast<CGUIGridList*>(GUIElement.GetCGUIElement())->SetHorizontalScrollPosition(fPosition / 100.0f);
        }
    }
}

void CStaticFunctionDefinitions::GUIGridListSetVerticalScrollPosition(CClientEntity& Entity, float fPosition)
{
    RUN_CHILDREN(GUIGridListSetHorizontalScrollPosition(**iter, fPosition))

    // Are we a GUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a gridlist?
        if (IS_CGUIELEMENT_GRIDLIST(&GUIElement))
        {
            static_cast<CGUIGridList*>(GUIElement.GetCGUIElement())->SetVerticalScrollPosition(fPosition / 100.0f);
        }
    }
}

void CStaticFunctionDefinitions::GUIWindowSetMovable(CClientEntity& Entity, bool bFlag)
{
    RUN_CHILDREN(GUIWindowSetMovable(**iter, bFlag))

    // Are we a GUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a window?
        if (IS_CGUIELEMENT_WINDOW(&GUIElement))
        {
            // Set the windows movability
            static_cast<CGUIWindow*>(GUIElement.GetCGUIElement())->SetMovable(bFlag);
        }
    }
}

void CStaticFunctionDefinitions::GUIWindowSetSizable(CClientEntity& Entity, bool bFlag)
{
    RUN_CHILDREN(GUIWindowSetSizable(**iter, bFlag))

    // Are we a GUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a window?
        if (IS_CGUIELEMENT_WINDOW(&GUIElement))
        {
            // Set the windows sizability
            static_cast<CGUIWindow*>(GUIElement.GetCGUIElement())->SetSizingEnabled(bFlag);
        }
    }
}

void CStaticFunctionDefinitions::GUILabelSetColor(CClientEntity& Entity, int iR, int iG, int iB)
{
    RUN_CHILDREN(GUILabelSetColor(**iter, iR, iG, iB))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a CGUI label?
        if (IS_CGUIELEMENT_LABEL(&GUIElement))
        {
            // Set the label color
            static_cast<CGUILabel*>(GUIElement.GetCGUIElement())->SetTextColor(iR, iG, iB);
        }
    }
}

void CStaticFunctionDefinitions::GUILabelSetVerticalAlign(CClientEntity& Entity, CGUIVerticalAlign eAlign)
{
    RUN_CHILDREN(GUILabelSetVerticalAlign(**iter, eAlign))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a CGUI label?
        if (IS_CGUIELEMENT_LABEL(&GUIElement))
        {
            // Set the vertical align
            static_cast<CGUILabel*>(GUIElement.GetCGUIElement())->SetVerticalAlign(eAlign);
        }
    }
}

void CStaticFunctionDefinitions::GUILabelSetHorizontalAlign(CClientEntity& Entity, CGUIHorizontalAlign eAlign)
{
    RUN_CHILDREN(GUILabelSetHorizontalAlign(**iter, eAlign))

    // Are we a CGUI element?
    if (IS_GUI(&Entity))
    {
        CClientGUIElement& GUIElement = static_cast<CClientGUIElement&>(Entity);

        // Are we a CGUI label?
        if (IS_CGUIELEMENT_LABEL(&GUIElement))
        {
            // Set the horizontal align
            static_cast<CGUILabel*>(GUIElement.GetCGUIElement())->SetHorizontalAlign(eAlign);
        }
    }
}

bool CStaticFunctionDefinitions::GetTime(unsigned char& ucHour, unsigned char& ucMin)
{
    g_pGame->GetClock()->Get(&ucHour, &ucMin);

    return true;
}

bool CStaticFunctionDefinitions::SetTime(unsigned char ucHour, unsigned char ucMin)
{
    g_pGame->GetClock()->Set(ucHour, ucMin);

    return true;
}

bool CStaticFunctionDefinitions::ProcessLineOfSight(const CVector& vecStart, const CVector& vecEnd, bool& bCollision, CColPoint** pColPoint,
                                                    CClientEntity** pColEntity, const SLineOfSightFlags& flags, CEntity* pIgnoredEntity,
                                                    SLineOfSightBuildingResult* pBuildingResult, SProcessLineOfSightMaterialInfoResult* outMatInfo)
{
    assert(pColPoint);
    assert(pColEntity);

    if (pIgnoredEntity)
        g_pGame->GetWorld()->IgnoreEntity(pIgnoredEntity);

    CEntity* pColGameEntity = 0;
    bCollision = g_pGame->GetWorld()->ProcessLineOfSight(&vecStart, &vecEnd, pColPoint, &pColGameEntity, flags, pBuildingResult, outMatInfo);

    if (pIgnoredEntity)
        g_pGame->GetWorld()->IgnoreEntity(NULL);

    CPools* pPools = g_pGame->GetPools();
    *pColEntity = pColGameEntity ? pPools->GetClientEntity((DWORD*)pColGameEntity->GetInterface()) : nullptr;
    return true;
}

bool CStaticFunctionDefinitions::IsLineOfSightClear(const CVector& vecStart, const CVector& vecEnd, bool& bIsClear, const SLineOfSightFlags& flags,
                                                    CEntity* pIgnoredEntity)
{
    if (pIgnoredEntity)
        g_pGame->GetWorld()->IgnoreEntity(pIgnoredEntity);

    bIsClear = g_pGame->GetWorld()->IsLineOfSightClear(&vecStart, &vecEnd, flags);

    if (pIgnoredEntity)
        g_pGame->GetWorld()->IgnoreEntity(NULL);

    return true;
}

bool CStaticFunctionDefinitions::TestLineAgainstWater(CVector& vecStart, CVector& vecEnd, CVector& vecCollision)
{
    return g_pGame->GetWaterManager()->TestLineAgainstWater(vecStart, vecEnd, &vecCollision);
}

CClientWater* CStaticFunctionDefinitions::CreateWater(CResource& resource, CVector* pV1, CVector* pV2, CVector* pV3, CVector* pV4, bool bShallow)
{
    CClientWater* pWater;
    if (pV4)
        pWater = new CClientWater(g_pClientGame->GetManager(), INVALID_ELEMENT_ID, *pV1, *pV2, *pV3, *pV4, bShallow);
    else
        pWater = new CClientWater(g_pClientGame->GetManager(), INVALID_ELEMENT_ID, *pV1, *pV2, *pV3, bShallow);

    pWater->SetParent(resource.GetResourceDynamicEntity());
    resource.AddToElementGroup(pWater);
    return pWater;
}

bool CStaticFunctionDefinitions::GetWaterLevel(CVector& vecPosition, float& fWaterLevel, bool ignoreDistanceToWaterThreshold, CVector& vecUnknown)
{
    return g_pGame->GetWaterManager()->GetWaterLevel(vecPosition, &fWaterLevel, ignoreDistanceToWaterThreshold, &vecUnknown);
}

bool CStaticFunctionDefinitions::GetWaterLevel(CClientWater* pWater, float& fLevel)
{
    CVector vecPosition;
    pWater->GetPosition(vecPosition);
    fLevel = vecPosition.fZ;
    return true;
}

bool CStaticFunctionDefinitions::GetWaterVertexPosition(CClientWater* pWater, int iVertexIndex, CVector& vecPosition)
{
    return pWater->GetVertexPosition(iVertexIndex - 1, vecPosition);
}

bool CStaticFunctionDefinitions::SetWorldWaterLevel(float fLevel, void* pChangeSource, bool bIncludeWorldNonSeaLevel, bool bIncludeWorldSeaLevel,
                                                    bool bIncludeOutsideWorldLevel)
{
    return g_pClientGame->GetManager()->GetWaterManager()->SetWorldWaterLevel(fLevel, pChangeSource, bIncludeWorldNonSeaLevel, bIncludeWorldSeaLevel,
                                                                              bIncludeOutsideWorldLevel);
}

bool CStaticFunctionDefinitions::SetPositionWaterLevel(const CVector& vecPosition, float fLevel, void* pChangeSource)
{
    return g_pClientGame->GetManager()->GetWaterManager()->SetPositionWaterLevel(vecPosition, fLevel, pChangeSource);
}

bool CStaticFunctionDefinitions::SetAllElementWaterLevel(float fLevel, void* pChangeSource)
{
    return g_pClientGame->GetManager()->GetWaterManager()->SetAllElementWaterLevel(fLevel, pChangeSource);
}

bool CStaticFunctionDefinitions::ResetWorldWaterLevel()
{
    g_pClientGame->GetManager()->GetWaterManager()->ResetWorldWaterLevel();
    return true;
}

bool CStaticFunctionDefinitions::SetWaterVertexPosition(CClientWater* pWater, int iVertexIndex, CVector& vecPosition)
{
    return pWater->SetVertexPosition(iVertexIndex - 1, vecPosition);
}

bool CStaticFunctionDefinitions::SetWaterDrawnLast(bool bEnabled)
{
    g_pGame->GetWaterManager()->SetWaterDrawnLast(bEnabled);
    return true;
}

bool CStaticFunctionDefinitions::IsWaterDrawnLast(bool& bOutEnabled)
{
    bOutEnabled = g_pGame->GetWaterManager()->IsWaterDrawnLast();
    return true;
}

bool CStaticFunctionDefinitions::GetWorldFromScreenPosition(CVector& vecScreen, CVector& vecWorld)
{
    g_pCore->GetGraphics()->CalcWorldCoors(&vecScreen, &vecWorld);

    return true;
}

bool CStaticFunctionDefinitions::GetScreenFromWorldPosition(CVector& vecWorld, CVector& vecScreen, float fEdgeTolerance, bool bRelative)
{
    g_pCore->GetGraphics()->CalcScreenCoors(&vecWorld, &vecScreen);

    float fResWidth = static_cast<float>(g_pCore->GetGraphics()->GetViewportWidth());
    float fResHeight = static_cast<float>(g_pCore->GetGraphics()->GetViewportHeight());

    // Calc relative values if required
    float fToleranceX = bRelative ? fEdgeTolerance * fResWidth : fEdgeTolerance;
    float fToleranceY = bRelative ? fEdgeTolerance * fResHeight : fEdgeTolerance;

    // Keep within a reasonable range
    fToleranceX = Clamp(0.f, fToleranceX, fResWidth * 10);
    fToleranceY = Clamp(0.f, fToleranceY, fResHeight * 10);

    if (vecScreen.fX >= -fToleranceX && vecScreen.fX <= fResWidth + fToleranceX && vecScreen.fY >= -fToleranceY && vecScreen.fY <= fResHeight + fToleranceY &&
        vecScreen.fZ > 0.1f)
    {
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetWeather(unsigned char& ucWeather, unsigned char& ucWeatherBlendingTo)
{
    // Grab the current weather
    CBlendedWeather* pWeather = g_pClientGame->GetBlendedWeather();
    ucWeather = pWeather->GetWeather();

    // If we're blending to some weather, also return which. Otherwize just return 0xFF which will return false
    if (pWeather->GetBlendedStopHour() != 0xFF)
        ucWeatherBlendingTo = pWeather->GetWeatherBlendingTo();
    else
        ucWeatherBlendingTo = 0xFF;

    return true;
}

bool CStaticFunctionDefinitions::GetZoneName(CVector& vecPosition, SString& strOutBuffer, bool bCitiesOnly)
{
    if (bCitiesOnly)
        strOutBuffer = m_pClientGame->GetZoneNames()->GetCityName(vecPosition);
    else
        strOutBuffer = m_pClientGame->GetZoneNames()->GetZoneName(vecPosition);

    return true;
}

bool CStaticFunctionDefinitions::GetGravity(float& fGravity)
{
    fGravity = g_pGame->GetGravity();
    return true;
}

bool CStaticFunctionDefinitions::GetGameSpeed(float& fSpeed)
{
    fSpeed = g_pGame->GetGameSpeed();
    return true;
}

bool CStaticFunctionDefinitions::GetMinuteDuration(unsigned long& ulDelay)
{
    ulDelay = g_pGame->GetMinuteDuration();
    return true;
}

bool CStaticFunctionDefinitions::GetWaveHeight(float& fHeight)
{
    fHeight = g_pGame->GetWaterManager()->GetWaveLevel();
    return true;
}

bool CStaticFunctionDefinitions::IsGarageOpen(unsigned char ucGarageID, bool& bIsOpen)
{
    CGarage* pGarage = g_pCore->GetGame()->GetGarages()->GetGarage(ucGarageID);

    if (pGarage)
    {
        bIsOpen = pGarage->IsOpen();
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetGaragePosition(unsigned char ucGarageID, CVector& vecPosition)
{
    CGarage* pGarage = g_pCore->GetGame()->GetGarages()->GetGarage(ucGarageID);

    if (pGarage)
    {
        pGarage->GetPosition(vecPosition);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetGarageSize(unsigned char ucGarageID, float& fHeight, float& fWidth, float& fDepth)
{
    CGarage* pGarage = g_pCore->GetGame()->GetGarages()->GetGarage(ucGarageID);

    if (pGarage)
    {
        pGarage->GetSize(fHeight, fWidth, fDepth);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetGarageBoundingBox(unsigned char ucGarageID, float& fLeft, float& fRight, float& fFront, float& fBack)
{
    CGarage* pGarage = g_pCore->GetGame()->GetGarages()->GetGarage(ucGarageID);

    if (pGarage)
    {
        pGarage->GetBoundingBox(fLeft, fRight, fFront, fBack);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetBlurLevel(unsigned char ucLevel)
{
    g_pGame->GetSettings()->SetBlurControlledByScript(true);
    g_pGame->SetBlurLevel(ucLevel);
    return true;
}

bool CStaticFunctionDefinitions::SetJetpackMaxHeight(float fHeight)
{
    if (fHeight >= -20)
    {
        g_pGame->GetWorld()->SetJetpackMaxHeight(fHeight);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetAircraftMaxHeight(float fHeight)
{
    if (fHeight >= 0 /*&& fHeight <= 9001*/)
    {
        g_pGame->GetWorld()->SetAircraftMaxHeight(fHeight);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetAircraftMaxVelocity(float fVelocity)
{
    if (fVelocity >= 0)
    {
        g_pGame->GetWorld()->SetAircraftMaxVelocity(fVelocity);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetOcclusionsEnabled(bool bEnabled)
{
    g_pGame->GetWorld()->SetOcclusionsEnabled(bEnabled);
    return true;
}

bool CStaticFunctionDefinitions::SetTrafficLightState(unsigned char ucState)
{
    if (ucState >= 0 && ucState < 10)
    {
        g_pMultiplayer->SetTrafficLightState(ucState);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetTrafficLightsLocked(bool bLocked)
{
    g_pMultiplayer->SetTrafficLightsLocked(bLocked);
    return true;
}

bool CStaticFunctionDefinitions::SetWindVelocity(float fX, float fY, float fZ)
{
    g_pMultiplayer->SetWindVelocity(fX, fY, fZ);
    return true;
}

bool CStaticFunctionDefinitions::RestoreWindVelocity()
{
    g_pMultiplayer->RestoreWindVelocity();
    return true;
}

bool CStaticFunctionDefinitions::GetWindVelocity(float& fX, float& fY, float& fZ)
{
    g_pMultiplayer->GetWindVelocity(fX, fY, fZ);
    return true;
}

bool CStaticFunctionDefinitions::IsWorldSpecialPropertyEnabled(const char* szPropName)
{
    return g_pGame->IsCheatEnabled(szPropName);
}

bool CStaticFunctionDefinitions::GetTrafficLightState(unsigned char& ucState)
{
    ucState = g_pMultiplayer->GetTrafficLightState();
    return true;
}

bool CStaticFunctionDefinitions::AreTrafficLightsLocked(bool& bLocked)
{
    bLocked = g_pMultiplayer->GetTrafficLightsLocked();
    return true;
}

bool CStaticFunctionDefinitions::RemoveWorldBuilding(unsigned short usModelToRemove, float fRadius, float fX, float fY, float fZ, char cInterior,
                                                     uint& uiOutAmount)
{
    g_pGame->GetWorld()->RemoveBuilding(usModelToRemove, fRadius, fX, fY, fZ, cInterior, &uiOutAmount);
    return true;
}

bool CStaticFunctionDefinitions::RestoreWorldBuildings(uint& uiOutAmount)
{
    g_pGame->GetWorld()->ClearRemovedBuildingLists(&uiOutAmount);
    return true;
}

bool CStaticFunctionDefinitions::RestoreWorldBuilding(unsigned short usModelToRestore, float fRadius, float fX, float fY, float fZ, char cInterior,
                                                      uint& uiOutAmount)
{
    return g_pGame->GetWorld()->RestoreBuilding(usModelToRestore, fRadius, fX, fY, fZ, cInterior, &uiOutAmount);
}

bool CStaticFunctionDefinitions::GetSkyGradient(unsigned char& ucTopRed, unsigned char& ucTopGreen, unsigned char& ucTopBlue, unsigned char& ucBottomRed,
                                                unsigned char& ucBottomGreen, unsigned char& ucBottomBlue)
{
    g_pMultiplayer->GetSkyColor(ucTopRed, ucTopGreen, ucTopBlue, ucBottomRed, ucBottomGreen, ucBottomBlue);
    return true;
}

bool CStaticFunctionDefinitions::SetSkyGradient(unsigned char ucTopRed, unsigned char ucTopGreen, unsigned char ucTopBlue, unsigned char ucBottomRed,
                                                unsigned char ucBottomGreen, unsigned char ucBottomBlue)
{
    g_pMultiplayer->SetSkyColor(ucTopRed, ucTopGreen, ucTopBlue, ucBottomRed, ucBottomGreen, ucBottomBlue);

    return true;
}

bool CStaticFunctionDefinitions::ResetSkyGradient()
{
    g_pMultiplayer->ResetSky();
    return true;
}

bool CStaticFunctionDefinitions::GetHeatHaze(SHeatHazeSettings& settings)
{
    g_pMultiplayer->GetHeatHaze(settings);
    return true;
}

bool CStaticFunctionDefinitions::SetHeatHaze(const SHeatHazeSettings& settings)
{
    g_pMultiplayer->SetHeatHaze(settings);
    return true;
}

bool CStaticFunctionDefinitions::ResetHeatHaze()
{
    g_pMultiplayer->ResetHeatHaze();
    return true;
}

bool CStaticFunctionDefinitions::GetWaterColor(float& fWaterRed, float& fWaterGreen, float& fWaterBlue, float& fWaterAlpha)
{
    g_pMultiplayer->GetWaterColor(fWaterRed, fWaterGreen, fWaterBlue, fWaterAlpha);
    return true;
}

bool CStaticFunctionDefinitions::SetWaterColor(float fWaterRed, float fWaterGreen, float fWaterBlue, float fWaterAlpha)
{
    g_pMultiplayer->SetWaterColor(fWaterRed, fWaterGreen, fWaterBlue, fWaterAlpha);

    return true;
}

bool CStaticFunctionDefinitions::ResetWaterColor()
{
    g_pMultiplayer->ResetWater();
    return true;
}

bool CStaticFunctionDefinitions::SetWeather(unsigned char ucWeather)
{
    // Verify it's within the max valid weather id
    if (ucWeather <= MAX_VALID_WEATHER)
    {
        // Set the weather
        m_pBlendedWeather->SetWeather(ucWeather);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetWeatherBlended(unsigned char ucWeather)
{
    // Verify it's within the max valid weather id
    if (ucWeather <= MAX_VALID_WEATHER)
    {
        // Get the next hour
        unsigned char ucHour, ucMin;
        m_pGame->GetClock()->Get(&ucHour, &ucMin);
        ++ucHour;
        if (ucHour > 23)
            ucHour = 0;

        // Set the weather
        m_pBlendedWeather->SetWeatherBlended(ucWeather, ucHour);
        return true;
    }

    return false;
}

#define MAX_GRAVITY 1.0f
#define MIN_GRAVITY -1.0f

bool CStaticFunctionDefinitions::SetGravity(float fGravity)
{
    if (fGravity >= MIN_GRAVITY && fGravity <= MAX_GRAVITY)
    {
        g_pMultiplayer->SetGlobalGravity(fGravity);
        g_pCore->GetMultiplayer()->SetLocalPlayerGravity(fGravity);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetGameSpeed(float fSpeed)
{
    if (fSpeed >= 0.0f && fSpeed <= 10.0f)
    {
        m_pClientGame->SetGameSpeed(fSpeed);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetMinuteDuration(unsigned long ulDelay)
{
    if (ulDelay > 0 && ulDelay <= 4294967296)
    {
        m_pClientGame->SetMinuteDuration(ulDelay);

        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWaveHeight(float fHeight)
{
    if (fHeight >= -1.0f && fHeight <= 100.0f)
    {
        g_pGame->GetWaterManager()->SetWaveLevel(fHeight);

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetGarageOpen(unsigned char ucGarageID, bool bIsOpen)
{
    CGarage* pGarage = g_pCore->GetGame()->GetGarages()->GetGarage(ucGarageID);

    if (pGarage)
    {
        pGarage->SetOpen(bIsOpen);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetWorldSpecialPropertyEnabled(const char* szPropName, bool bEnabled)
{
    return g_pGame->SetCheatEnabled(szPropName, bEnabled);
}

bool CStaticFunctionDefinitions::SetCloudsEnabled(bool bEnabled)
{
    g_pMultiplayer->SetCloudsEnabled(bEnabled);
    g_pClientGame->SetCloudsEnabled(bEnabled);
    return true;
}

bool CStaticFunctionDefinitions::GetCloudsEnabled()
{
    return g_pClientGame->GetCloudsEnabled();
}

bool CStaticFunctionDefinitions::CreateSWATRope(CVector vecPosition, DWORD dwDuration)
{
    g_pGame->GetRopes()->CreateRopeForSwatPed(vecPosition, dwDuration);
    return true;
}

bool CStaticFunctionDefinitions::SetBirdsEnabled(bool bEnabled)
{
    g_pMultiplayer->DisableBirds(!bEnabled);
    g_pClientGame->SetBirdsEnabled(bEnabled);
    return true;
}

bool CStaticFunctionDefinitions::GetBirdsEnabled()
{
    return g_pClientGame->GetBirdsEnabled();
}

bool CStaticFunctionDefinitions::SetMoonSize(int iSize)
{
    if (iSize >= 0)
    {
        g_pMultiplayer->SetMoonSize(iSize);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetFPSLimit(int iLimit)
{
    if (iLimit == 0 || (iLimit >= 25 && iLimit <= std::numeric_limits<short>::max()))
    {
        g_pCore->SetClientScriptFrameRateLimit(iLimit);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetFPSLimit(int& iLimit)
{
    iLimit = g_pCore->GetFrameRateLimit();
    return true;
}

bool CStaticFunctionDefinitions::BindKey(const char* szKey, const char* szHitState, CLuaMain* pLuaMain, const CLuaFunctionRef& iLuaFunction,
                                         CLuaArguments& Arguments)
{
    assert(szKey);
    assert(szHitState);
    assert(pLuaMain);

    bool bSuccess = false;

    CKeyBindsInterface*       pKeyBinds = g_pCore->GetKeyBinds();
    const SBindableKey*       pKey = pKeyBinds->GetBindableFromKey(szKey);
    const SScriptBindableKey* pScriptKey = NULL;
    if (pKey)
        pScriptKey = m_pScriptKeyBinds->GetBindableFromKey(szKey);
    SBindableGTAControl*             pControl = pKeyBinds->GetBindableFromControl(szKey);
    const SScriptBindableGTAControl* pScriptControl = NULL;
    if (pControl)
        pScriptControl = m_pScriptKeyBinds->GetBindableFromControl(szKey);

    bool bHitState = true;
    if (!stricmp(szHitState, "down") || !stricmp(szHitState, "both"))
    {
        if ((pKey && m_pScriptKeyBinds->AddKeyFunction(pScriptKey, bHitState, pLuaMain, iLuaFunction, Arguments) &&
             (pKeyBinds->FunctionExists(pKey, CClientGame::StaticProcessClientKeyBind, true, bHitState) ||
              pKeyBinds->AddFunction(pKey, CClientGame::StaticProcessClientKeyBind, bHitState, false))) ||
            (pControl && m_pScriptKeyBinds->AddControlFunction(pScriptControl, bHitState, pLuaMain, iLuaFunction, Arguments) &&
             (pKeyBinds->ControlFunctionExists(pControl, CClientGame::StaticProcessClientControlBind, true, bHitState) ||
              pKeyBinds->AddControlFunction(pControl, CClientGame::StaticProcessClientControlBind, bHitState))))
        {
            bSuccess = true;
        }
    }
    bHitState = false;
    if (!stricmp(szHitState, "up") || !stricmp(szHitState, "both"))
    {
        if ((pKey && m_pScriptKeyBinds->AddKeyFunction(pScriptKey, bHitState, pLuaMain, iLuaFunction, Arguments) &&
             (pKeyBinds->FunctionExists(pKey, CClientGame::StaticProcessClientKeyBind, true, bHitState) ||
              pKeyBinds->AddFunction(pKey, CClientGame::StaticProcessClientKeyBind, bHitState, false))) ||
            (pControl && m_pScriptKeyBinds->AddControlFunction(pScriptControl, bHitState, pLuaMain, iLuaFunction, Arguments) &&
             (pKeyBinds->ControlFunctionExists(pControl, CClientGame::StaticProcessClientControlBind, true, bHitState) ||
              pKeyBinds->AddControlFunction(pControl, CClientGame::StaticProcessClientControlBind, bHitState))))
        {
            bSuccess = true;
        }
    }

    return bSuccess;
}

bool CStaticFunctionDefinitions::BindKey(const char* szKey, const char* szHitState, const char* szCommandName, const char* szArguments, const char* szResource)
{
    assert(szKey);
    assert(szHitState);

    bool bSuccess = false;

    CKeyBindsInterface* pKeyBinds = g_pCore->GetKeyBinds();
    bool                bKey = pKeyBinds->IsKey(szKey);
    if (bKey)
    {
        bool bHitState = true;
        // Check if its binded already (dont rebind)
        if (pKeyBinds->CommandExists(szKey, szCommandName, true, bHitState, szArguments, szResource, true, true))
        {
            // Activate all keys for this command
            pKeyBinds->SetAllCommandsActive(szResource, true, szCommandName, bHitState, szArguments, true, szKey);
            return true;
        }

        if ((!stricmp(szHitState, "down") || !stricmp(szHitState, "both")) &&
            pKeyBinds->AddCommand(szKey, szCommandName, szArguments, bHitState, szResource, true))
        {
            pKeyBinds->SetAllCommandsActive(szResource, true, szCommandName, bHitState, szArguments, true, szKey);
            bSuccess = true;
        }

        bHitState = false;
        if (pKeyBinds->CommandExists(szKey, szCommandName, true, bHitState, szArguments, szResource, true, true))
        {
            pKeyBinds->SetAllCommandsActive(szResource, true, szCommandName, bHitState, szArguments, true, szKey);
            return true;
        }

        if ((!stricmp(szHitState, "up") || !stricmp(szHitState, "both")) &&
            pKeyBinds->AddCommand(szKey, szCommandName, szArguments, bHitState, szResource, true))
        {
            pKeyBinds->SetAllCommandsActive(szResource, true, szCommandName, bHitState, szArguments, true, szKey);
            bSuccess = true;
        }
    }
    return bSuccess;
}

bool CStaticFunctionDefinitions::UnbindKey(const char* szKey, CLuaMain* pLuaMain, const char* szHitState, const CLuaFunctionRef& iLuaFunction)
{
    assert(szKey);
    assert(pLuaMain);

    CKeyBindsInterface*       pKeyBinds = g_pCore->GetKeyBinds();
    const SBindableKey*       pKey = pKeyBinds->GetBindableFromKey(szKey);
    const SScriptBindableKey* pScriptKey = NULL;
    if (pKey)
        pScriptKey = m_pScriptKeyBinds->GetBindableFromKey(szKey);
    SBindableGTAControl*             pControl = pKeyBinds->GetBindableFromControl(szKey);
    const SScriptBindableGTAControl* pScriptControl = NULL;
    if (pControl)
        pScriptControl = m_pScriptKeyBinds->GetBindableFromControl(szKey);

    bool bCheckHitState = false, bHitState = true;
    if (szHitState)
    {
        if (stricmp(szHitState, "down") == 0)
        {
            bCheckHitState = true, bHitState = true;
        }
        else if (stricmp(szHitState, "up") == 0)
        {
            bCheckHitState = true, bHitState = false;
        }
    }

    if ((pKey && (m_pScriptKeyBinds->RemoveKeyFunction(pScriptKey, pLuaMain, bCheckHitState, bHitState, iLuaFunction) ||
                  pKeyBinds->RemoveFunction(pKey, CClientGame::StaticProcessClientKeyBind, bCheckHitState, bHitState))) ||
        (pControl && (m_pScriptKeyBinds->RemoveControlFunction(pScriptControl, pLuaMain, bCheckHitState, bHitState, iLuaFunction) ||
                      pKeyBinds->RemoveControlFunction(pControl, CClientGame::StaticProcessClientControlBind, true, bHitState))))
    {
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::UnbindKey(const char* szKey, const char* szHitState, const char* szCommandName, const char* szResource)
{
    assert(szKey);
    assert(szHitState);

    bool bSuccess = false;

    CKeyBindsInterface* pKeyBinds = g_pCore->GetKeyBinds();
    bool                bKey = pKeyBinds->IsKey(szKey);
    CCommandBind*       pBind;

    if (bKey)
    {
        bool bCheckHitState = false, bHitState = true;

        if (szHitState)
        {
            if (stricmp(szHitState, "down") == 0)
            {
                bCheckHitState = true, bHitState = true;
            }
            else if (stricmp(szHitState, "up") == 0)
            {
                bCheckHitState = true, bHitState = false;
            }
        }

        pBind = g_pCore->GetKeyBinds()->GetBindFromCommand(szCommandName, NULL, false, szKey, bCheckHitState, bHitState);

        if ((!stricmp(szHitState, "down") || !stricmp(szHitState, "both")) &&
            pKeyBinds->SetCommandActive(szKey, szCommandName, bHitState, NULL, szResource, false, true, true))
        {
            pKeyBinds->SetAllCommandsActive(szResource, false, szCommandName, bHitState, NULL, true, szKey);

            if (pBind)
                pKeyBinds->Remove(pBind);

            bSuccess = true;
        }
        bHitState = false;
        if ((!stricmp(szHitState, "up") || !stricmp(szHitState, "both")) &&
            pKeyBinds->SetCommandActive(szKey, szCommandName, bHitState, NULL, szResource, false, true, true))
        {
            pKeyBinds->SetAllCommandsActive(szResource, false, szCommandName, bHitState, NULL, true, szKey);

            if (pBind)
                pKeyBinds->Remove(pBind);

            bSuccess = true;
        }
    }
    return bSuccess;
}

bool CStaticFunctionDefinitions::GetKeyState(const char* szKey, bool& bState)
{
    if (szKey == nullptr || !g_pCore->IsFocused())
        return false;

    return g_pCore->GetKeyBinds()->GetKeyStateByName(szKey, bState);
}

bool CStaticFunctionDefinitions::GetControlState(const char* szControl, bool& bState)
{
    assert(szControl);

    float fState;
    // Analog
    if (CStaticFunctionDefinitions::GetAnalogControlState(szControl, fState, false))
    {
        bState = fState > 0;
        return true;
    }
    // Binary
    else
    {
        CControllerState cs;
        CClientPlayer*   pLocalPlayer = m_pPlayerManager->GetLocalPlayer();
        pLocalPlayer->GetControllerState(cs);
        bool bOnFoot = (!pLocalPlayer->GetRealOccupiedVehicle());
        bState = CClientPad::GetControlState(szControl, cs, bOnFoot);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetAnalogControlState(const char* szControl, float& fState, bool bRawInput)
{
    CControllerState cs;
    CClientPlayer*   pLocalPlayer = m_pPlayerManager->GetLocalPlayer();
    bool             bOnFoot = (!pLocalPlayer->GetRealOccupiedVehicle());

    if (bRawInput)
        cs = pLocalPlayer->m_rawControllerState;            // use the raw controller values without MTA glitch fixes modifying our raw inputs
    else
        pLocalPlayer->GetControllerState(cs);

    if (CClientPad::GetAnalogControlState(szControl, cs, bOnFoot, fState, bRawInput))
    {
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::IsControlEnabled(const char* szControl, bool& bEnabled)
{
    assert(szControl);

    CKeyBindsInterface*  pKeyBinds = g_pCore->GetKeyBinds();
    SBindableGTAControl* pControl = pKeyBinds->GetBindableFromControl(szControl);
    if (pControl)
    {
        bEnabled = pControl->bEnabled;

        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetControlState(const char* szControl, bool bState)
{
    assert(szControl);
    unsigned int uiIndex;

    if (bState)
    {
        if (CClientPad::GetAnalogControlIndex(szControl, uiIndex))
        {
            if (CClientPad::SetAnalogControlState(szControl, 1.0, false))
            {
                return true;
            }
        }
        else
        {
            CKeyBindsInterface*  pKeyBinds = g_pCore->GetKeyBinds();
            SBindableGTAControl* pControl = pKeyBinds->GetBindableFromControl(szControl);
            if (pControl)
            {
                pControl->bState = bState;
                return true;
            }
        }
    }
    else
    {
        if (CClientPad::GetAnalogControlIndex(szControl, uiIndex))
        {
            CClientPad::RemoveSetAnalogControlState(szControl);
            return true;
        }
        else
        {
            CKeyBindsInterface*  pKeyBinds = g_pCore->GetKeyBinds();
            SBindableGTAControl* pControl = pKeyBinds->GetBindableFromControl(szControl);
            if (pControl)
            {
                pControl->bState = bState;
                return true;
            }
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::ToggleControl(const char* szControl, bool bEnabled)
{
    assert(szControl);

    if (g_pCore->GetKeyBinds()->SetControlEnabled(szControl, bEnabled))
    {
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::ToggleAllControls(bool bGTAControls, bool bMTAControls, bool bEnabled)
{
    CKeyBindsInterface* pKeyBinds = g_pCore->GetKeyBinds();
    pKeyBinds->SetAllControlsEnabled(bGTAControls, bMTAControls, bEnabled);

    return true;
}

CClientProjectile* CStaticFunctionDefinitions::CreateProjectile(CResource& Resource, CClientEntity& Creator, unsigned char ucWeaponType, CVector& vecOrigin,
                                                                float fForce, CClientEntity* pTarget, CVector& vecRotation, CVector& vecVelocity,
                                                                unsigned short usModel)
{
    ConvertDegreesToRadians(vecRotation);

    // Valid creator type?
    switch (Creator.GetType())
    {
        case CCLIENTPED:
        case CCLIENTPLAYER:
        case CCLIENTVEHICLE:
        {
            eWeaponType weaponType = (eWeaponType)ucWeaponType;

            // Valid weapon type?
            switch (weaponType)
            {
                case WEAPONTYPE_GRENADE:
                case WEAPONTYPE_TEARGAS:
                case WEAPONTYPE_MOLOTOV:
                case WEAPONTYPE_ROCKET:
                case WEAPONTYPE_ROCKET_HS:
                case WEAPONTYPE_FREEFALL_BOMB:
                case WEAPONTYPE_REMOTE_SATCHEL_CHARGE:
                {
                    // Valid model ID? (0 means projectile will use default model)
                    if (usModel == 0 || CClientObjectManager::IsValidModel(usModel))
                    {
                        CClientProjectile* pProjectile = m_pProjectileManager->Create(&Creator, weaponType, vecOrigin, fForce, NULL, pTarget);
                        if (pProjectile)
                        {
                            // Set our intiation data, which will be used on the next frame
                            pProjectile->Initiate(vecOrigin, vecRotation, vecVelocity, usModel);
                            pProjectile->SetParent(Resource.GetResourceDynamicEntity());
                            return pProjectile;
                        }
                    }
                    break;
                }
                default:
                    break;
            }

            break;
        }
        default:
            break;
    }

    return NULL;
}

CClientColCircle* CStaticFunctionDefinitions::CreateColCircle(CResource& Resource, const CVector2D& vecPosition, float fRadius)
{
    CClientColCircle* pShape = new CClientColCircle(m_pManager, INVALID_ELEMENT_ID, vecPosition, fRadius);
    pShape->SetParent(Resource.GetResourceDynamicEntity());
    // CStaticFunctionDefinitions::RefreshColShapeColliders ( pShape );   ** Not applied to maintain compatibility with existing scrips **
    return pShape;
}

CClientColCuboid* CStaticFunctionDefinitions::CreateColCuboid(CResource& Resource, const CVector& vecPosition, const CVector& vecSize)
{
    CClientColCuboid* pShape = new CClientColCuboid(m_pManager, INVALID_ELEMENT_ID, vecPosition, vecSize);
    pShape->SetParent(Resource.GetResourceDynamicEntity());
    // CStaticFunctionDefinitions::RefreshColShapeColliders ( pShape );   ** Not applied to maintain compatibility with existing scrips **
    return pShape;
}

CClientColSphere* CStaticFunctionDefinitions::CreateColSphere(CResource& Resource, const CVector& vecPosition, float fRadius)
{
    CClientColSphere* pShape = new CClientColSphere(m_pManager, INVALID_ELEMENT_ID, vecPosition, fRadius);
    pShape->SetParent(Resource.GetResourceDynamicEntity());
    // CStaticFunctionDefinitions::RefreshColShapeColliders ( pShape );   ** Not applied to maintain compatibility with existing scrips **
    return pShape;
}

CClientColRectangle* CStaticFunctionDefinitions::CreateColRectangle(CResource& Resource, const CVector2D& vecPosition, const CVector2D& vecSize)
{
    CClientColRectangle* pShape = new CClientColRectangle(m_pManager, INVALID_ELEMENT_ID, vecPosition, vecSize);
    pShape->SetParent(Resource.GetResourceDynamicEntity());
    // CStaticFunctionDefinitions::RefreshColShapeColliders ( pShape );   ** Not applied to maintain compatibility with existing scrips **
    return pShape;
}

CClientColPolygon* CStaticFunctionDefinitions::CreateColPolygon(CResource& Resource, const CVector2D& vecPosition)
{
    CClientColPolygon* pShape = new CClientColPolygon(m_pManager, INVALID_ELEMENT_ID, vecPosition);
    pShape->SetParent(Resource.GetResourceDynamicEntity());
    // CStaticFunctionDefinitions::RefreshColShapeColliders ( pShape );   ** Not applied to maintain compatibility with existing scrips **
    return pShape;
}

CClientColTube* CStaticFunctionDefinitions::CreateColTube(CResource& Resource, const CVector& vecPosition, float fRadius, float fHeight)
{
    CClientColTube* pShape = new CClientColTube(m_pManager, INVALID_ELEMENT_ID, vecPosition, fRadius, fHeight);
    pShape->SetParent(Resource.GetResourceDynamicEntity());
    // CStaticFunctionDefinitions::RefreshColShapeColliders ( pShape );   ** Not applied to maintain compatibility with existing scrips **
    return pShape;
}

bool CStaticFunctionDefinitions::GetColShapeRadius(CClientColShape* pColShape, float& fRadius)
{
    switch (pColShape->GetShapeType())
    {
        case COLSHAPE_CIRCLE:
            fRadius = static_cast<CClientColCircle*>(pColShape)->GetRadius();
            break;
        case COLSHAPE_SPHERE:
            fRadius = static_cast<CClientColSphere*>(pColShape)->GetRadius();
            break;
        case COLSHAPE_TUBE:
            fRadius = static_cast<CClientColTube*>(pColShape)->GetRadius();
            break;
        default:
            return false;
    }

    return true;
}

bool CStaticFunctionDefinitions::SetColShapeRadius(CClientColShape* pColShape, float fRadius)
{
    if (fRadius < 0.0f)
        fRadius = 0.0f;

    switch (pColShape->GetShapeType())
    {
        case COLSHAPE_CIRCLE:
            static_cast<CClientColCircle*>(pColShape)->SetRadius(fRadius);
            break;
        case COLSHAPE_SPHERE:
            static_cast<CClientColSphere*>(pColShape)->SetRadius(fRadius);
            break;
        case COLSHAPE_TUBE:
            static_cast<CClientColTube*>(pColShape)->SetRadius(fRadius);
            break;
        default:
            return false;
    }

    RefreshColShapeColliders(pColShape);

    return true;
}

bool CStaticFunctionDefinitions::SetColShapeSize(CClientColShape* pColShape, CVector& vecSize)
{
    if (vecSize.fX < 0.0f)
        vecSize.fX = 0.0f;
    if (vecSize.fY < 0.0f)
        vecSize.fY = 0.0f;
    if (vecSize.fZ < 0.0f)
        vecSize.fZ = 0.0f;

    switch (pColShape->GetShapeType())
    {
        case COLSHAPE_RECTANGLE:
        {
            static_cast<CClientColRectangle*>(pColShape)->SetSize(vecSize);
            break;
        }
        case COLSHAPE_CUBOID:
        {
            static_cast<CClientColCuboid*>(pColShape)->SetSize(vecSize);
            break;
        }
        case COLSHAPE_TUBE:
        {
            static_cast<CClientColTube*>(pColShape)->SetHeight(vecSize.fX);
            break;
        }
        default:
            return false;
    }

    RefreshColShapeColliders(pColShape);

    return true;
}

bool CStaticFunctionDefinitions::GetColPolygonPointPosition(CClientColPolygon* pColPolygon, uint uiPointIndex, CVector2D& vecPoint)
{
    if (uiPointIndex < pColPolygon->CountPoints())
    {
        vecPoint = *(pColPolygon->IterBegin() + uiPointIndex);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetColPolygonPointPosition(CClientColPolygon* pColPolygon, uint uiPointIndex, const CVector2D& vecPoint)
{
    if (pColPolygon->SetPointPosition(uiPointIndex, vecPoint))
    {
        RefreshColShapeColliders(pColPolygon);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::AddColPolygonPoint(CClientColPolygon* pColPolygon, const CVector2D& vecPoint)
{
    if (pColPolygon->AddPoint(vecPoint))
    {
        RefreshColShapeColliders(pColPolygon);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::AddColPolygonPoint(CClientColPolygon* pColPolygon, uint uiPointIndex, const CVector2D& vecPoint)
{
    if (pColPolygon->AddPoint(vecPoint, uiPointIndex))
    {
        RefreshColShapeColliders(pColPolygon);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::RemoveColPolygonPoint(CClientColPolygon* pColPolygon, uint uiPointIndex)
{
    if (pColPolygon->RemovePoint(uiPointIndex))
    {
        RefreshColShapeColliders(pColPolygon);
        return true;
    }

    return false;
}

// Make sure all colliders for a colshape are up to date
void CStaticFunctionDefinitions::RefreshColShapeColliders(CClientColShape* pColShape)
{
    CVector vecRootPosition;
    m_pRootEntity->GetPosition(vecRootPosition);
    m_pColManager->DoHitDetection(vecRootPosition, 0.0f, m_pRootEntity, pColShape, true);
}

CClientColShape* CStaticFunctionDefinitions::GetElementColShape(CClientEntity* pEntity)
{
    assert(pEntity);

    CClientColShape* pColShape = NULL;
    switch (pEntity->GetType())
    {
        case CCLIENTMARKER:
            pColShape = static_cast<CClientMarker*>(pEntity)->GetColShape();
            break;
        case CCLIENTPICKUP:
            pColShape = static_cast<CClientPickup*>(pEntity)->GetColShape();
            break;
    }
    return pColShape;
}

bool CStaticFunctionDefinitions::IsInsideColShape(CClientColShape* pColShape, const CVector& vecPosition, bool& inside)
{
    inside = pColShape->DoHitDetection(vecPosition, 0);

    return true;
}

bool CStaticFunctionDefinitions::GetWeaponNameFromID(unsigned char ucID, SString& strOutName)
{
    if (ucID <= 59)
    {
        // Grab the name and check it's length
        strOutName = CWeaponNames::GetWeaponName(ucID);
        if (!strOutName.empty())
        {
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::GetWeaponIDFromName(const char* szName, unsigned char& ucID)
{
    // Grab the weapon id
    ucID = CWeaponNames::GetWeaponID(szName);
    return ucID != 0xFF;
}

CClientWeapon* CStaticFunctionDefinitions::CreateWeapon(CResource& Resource, eWeaponType weaponType, CVector vecPosition)
{
    CClientWeapon* pWeapon = new CClientWeapon(m_pManager, INVALID_ELEMENT_ID, weaponType);
    pWeapon->SetPosition(vecPosition);
    pWeapon->SetParent(Resource.GetResourceDynamicEntity());
    return pWeapon;
}

bool CStaticFunctionDefinitions::FireWeapon(CClientWeapon* pWeapon)
{
    if (pWeapon)
    {
        pWeapon->Fire();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetWeaponProperty(CClientWeapon* pWeapon, eWeaponProperty eProperty, short& sData)
{
    if (pWeapon)
    {
        if (eProperty == WEAPON_DAMAGE)
        {
            sData = pWeapon->GetWeaponStat()->GetDamagePerHit();
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::GetWeaponProperty(CClientWeapon* pWeapon, eWeaponProperty eProperty, CVector& vecData)
{
    if (pWeapon)
    {
        if (eProperty == WEAPON_FIRE_ROTATION)
        {
            vecData = pWeapon->GetFireRotationNoTarget();
            ConvertRadiansToDegrees(vecData);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::GetWeaponProperty(CClientWeapon* pWeapon, eWeaponProperty eProperty, float& fData)
{
    if (pWeapon)
    {
        if (eProperty == WEAPON_ACCURACY)
        {
            fData = pWeapon->GetWeaponStat()->GetAccuracy();
            return true;
        }
        if (eProperty == WEAPON_TARGET_RANGE)
        {
            fData = pWeapon->GetWeaponStat()->GetTargetRange();
            return true;
        }
        if (eProperty == WEAPON_WEAPON_RANGE)
        {
            fData = pWeapon->GetWeaponStat()->GetWeaponRange();
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWeaponProperty(CClientWeapon* pWeapon, eWeaponProperty eProperty, short sData)
{
    if (pWeapon)
    {
        if (eProperty == WEAPON_DAMAGE)
        {
            pWeapon->GetWeaponStat()->SetDamagePerHit(sData);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWeaponProperty(CClientWeapon* pWeapon, eWeaponProperty eProperty, const CVector& vecData)
{
    if (pWeapon)
    {
        if (eProperty == WEAPON_FIRE_ROTATION)
        {
            CVector vecRotationRadians = vecData;
            ConvertDegreesToRadians(vecRotationRadians);
            pWeapon->SetFireRotationNoTarget(vecRotationRadians);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWeaponProperty(CClientWeapon* pWeapon, eWeaponProperty eProperty, float fData)
{
    if (pWeapon)
    {
        if (eProperty == WEAPON_ACCURACY)
        {
            pWeapon->GetWeaponStat()->SetAccuracy(fData);
            return true;
        }
        if (eProperty == WEAPON_TARGET_RANGE)
        {
            pWeapon->GetWeaponStat()->SetTargetRange(fData);
            return true;
        }
        if (eProperty == WEAPON_WEAPON_RANGE)
        {
            pWeapon->GetWeaponStat()->SetWeaponRange(fData);
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWeaponState(CClientWeapon* pWeapon, eWeaponState weaponState)
{
    if (pWeapon)
    {
        pWeapon->SetWeaponState(weaponState);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWeaponTarget(CClientWeapon* pWeapon, CClientEntity* pTarget, int targetBone)
{
    if (pWeapon)
    {
        pWeapon->SetWeaponTarget(pTarget, targetBone);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWeaponTarget(CClientWeapon* pWeapon, CVector vecTarget)
{
    if (pWeapon)
    {
        pWeapon->SetWeaponTarget(vecTarget);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::ClearWeaponTarget(CClientWeapon* pWeapon)
{
    if (pWeapon)
    {
        pWeapon->ResetWeaponTarget();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWeaponFlags(CClientWeapon* pWeapon, eWeaponFlags flags, bool bData)
{
    if (pWeapon)
    {
        return pWeapon->SetFlags(flags, bData);
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWeaponFlags(CClientWeapon* pWeapon, const SLineOfSightFlags& flags)
{
    if (pWeapon)
    {
        return pWeapon->SetFlags(flags);
    }
    return false;
}

bool CStaticFunctionDefinitions::GetWeaponFlags(CClientWeapon* pWeapon, eWeaponFlags flags, bool& bData)
{
    if (pWeapon)
    {
        return pWeapon->GetFlags(flags, bData);
    }
    return false;
}

bool CStaticFunctionDefinitions::GetWeaponFlags(CClientWeapon* pWeapon, SLineOfSightFlags& flags)
{
    if (pWeapon)
    {
        return pWeapon->GetFlags(flags);
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWeaponFiringRate(CClientWeapon* pWeapon, int iFiringRate)
{
    if (pWeapon)
    {
        pWeapon->SetWeaponFireTime(iFiringRate);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::ResetWeaponFiringRate(CClientWeapon* pWeapon)
{
    if (pWeapon)
    {
        pWeapon->ResetWeaponFireTime();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetWeaponFiringRate(CClientWeapon* pWeapon, int& iFiringRate)
{
    if (pWeapon)
    {
        iFiringRate = pWeapon->GetWeaponFireTime();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetWeaponAmmo(CClientWeapon* pWeapon, int& iAmmo)
{
    if (pWeapon)
    {
        iAmmo = pWeapon->GetAmmo();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetWeaponClipAmmo(CClientWeapon* pWeapon, int& iAmmo)
{
    if (pWeapon)
    {
        iAmmo = pWeapon->GetClipAmmo();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWeaponAmmo(CClientWeapon* pWeapon, int iAmmo)
{
    if (pWeapon)
    {
        pWeapon->SetAmmo(iAmmo);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetWeaponClipAmmo(CClientWeapon* pWeapon, int iAmmo)
{
    if (pWeapon)
    {
        pWeapon->SetClipAmmo(iAmmo);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::ForcePlayerMap(bool& bForced)
{
    m_pClientGame->GetRadarMap()->SetForcedState(bForced);
    return true;
}

bool CStaticFunctionDefinitions::IsPlayerMapForced(bool& bForced)
{
    bForced = m_pRadarMap->GetForcedState();
    return true;
}

bool CStaticFunctionDefinitions::IsPlayerMapVisible(bool& bVisible)
{
    bVisible = m_pRadarMap->IsRadarShowing();
    return true;
}

bool CStaticFunctionDefinitions::GetPlayerMapBoundingBox(CVector& vecMin, CVector& vecMax)
{
    if (m_pRadarMap->GetBoundingBox(vecMin, vecMax))
    {
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::FxAddBlood(CVector& vecPosition, CVector& vecDirection, int iCount, float fBrightness)
{
    g_pGame->GetFx()->AddBlood(vecPosition, vecDirection, iCount, fBrightness);
    return true;
}

bool CStaticFunctionDefinitions::FxAddWood(CVector& vecPosition, CVector& vecDirection, int iCount, float fBrightness)
{
    g_pGame->GetFx()->AddWood(vecPosition, vecDirection, iCount, fBrightness);
    return true;
}

bool CStaticFunctionDefinitions::FxAddSparks(CVector& vecPosition, CVector& vecDirection, float fForce, int iCount, CVector vecAcrossLine, bool bBlur,
                                             float fSpread, float fLife)
{
    g_pGame->GetFx()->AddSparks(vecPosition, vecDirection, fForce, iCount, vecAcrossLine, (bBlur) ? 0 : 1, fSpread, fLife);
    return true;
}

bool CStaticFunctionDefinitions::FxAddTyreBurst(CVector& vecPosition, CVector& vecDirection)
{
    g_pGame->GetFx()->AddTyreBurst(vecPosition, vecDirection);
    return true;
}

bool CStaticFunctionDefinitions::FxAddBulletImpact(CVector& vecPosition, CVector& vecDirection, int iSmokeSize, int iSparkCount, float fSmokeIntensity)
{
    g_pGame->GetFx()->AddBulletImpact(vecPosition, vecDirection, iSmokeSize, iSparkCount, fSmokeIntensity);
    return true;
}

bool CStaticFunctionDefinitions::FxAddPunchImpact(CVector& vecPosition, CVector& vecDirection)
{
    g_pGame->GetFx()->AddPunchImpact(vecPosition, vecDirection, 1);
    return true;
}

bool CStaticFunctionDefinitions::FxAddDebris(CVector& vecPosition, RwColor& rwColor, float fScale, int iCount)
{
    g_pGame->GetFx()->AddDebris(vecPosition, rwColor, fScale, iCount);
    return true;
}

bool CStaticFunctionDefinitions::FxAddGlass(CVector& vecPosition, RwColor& rwColor, float fScale, int iCount)
{
    g_pGame->GetFx()->AddGlass(vecPosition, rwColor, fScale, iCount);
    return true;
}

bool CStaticFunctionDefinitions::FxAddWaterHydrant(CVector& vecPosition)
{
    g_pGame->GetFx()->TriggerWaterHydrant(vecPosition);
    return true;
}

bool CStaticFunctionDefinitions::FxAddGunshot(CVector& vecPosition, CVector& vecDirection, bool bIncludeSparks)
{
    g_pGame->GetFx()->TriggerGunshot(NULL, vecPosition, vecDirection, bIncludeSparks);
    return true;
}

bool CStaticFunctionDefinitions::FxAddTankFire(CVector& vecPosition, CVector& vecDirection)
{
    g_pGame->GetFx()->TriggerTankFire(vecPosition, vecDirection);
    return true;
}

bool CStaticFunctionDefinitions::FxAddWaterSplash(CVector& vecPosition)
{
    g_pGame->GetFx()->TriggerWaterSplash(vecPosition);
    return true;
}

bool CStaticFunctionDefinitions::FxAddBulletSplash(CVector& vecPosition)
{
    g_pGame->GetFx()->TriggerBulletSplash(vecPosition);
    return true;
}

bool CStaticFunctionDefinitions::FxAddFootSplash(CVector& vecPosition)
{
    g_pGame->GetFx()->TriggerFootSplash(vecPosition);
    return true;
}

CClientEffect* CStaticFunctionDefinitions::CreateEffect(CResource& Resource, const SString& strFxName, const CVector& vecPosition, bool bSoundEnable)
{
    CClientEffect* pFx = m_pManager->GetEffectManager()->Create(strFxName, vecPosition, INVALID_ELEMENT_ID, bSoundEnable);
    if (pFx)
        pFx->SetParent(Resource.GetResourceDynamicEntity());
    return pFx;
}

CClientSound* CStaticFunctionDefinitions::PlaySound(CResource* pResource, const SString& strSound, bool bIsURL, bool bIsRawData, bool bLoop, bool bThrottle)
{
    CClientSound* pSound = m_pSoundManager->PlaySound2D(strSound, bIsURL, bIsRawData, bLoop, bThrottle);
    if (pSound)
        pSound->SetParent(pResource->GetResourceDynamicEntity());
    return pSound;
}

CClientSound* CStaticFunctionDefinitions::PlaySound3D(CResource* pResource, const SString& strSound, bool bIsURL, bool bIsRawData, const CVector& vecPosition,
                                                      bool bLoop, bool bThrottle)
{
    CClientSound* pSound = m_pSoundManager->PlaySound3D(strSound, bIsURL, bIsRawData, vecPosition, bLoop, bThrottle);
    if (pSound)
        pSound->SetParent(pResource->GetResourceDynamicEntity());
    return pSound;
}

bool CStaticFunctionDefinitions::StopSound(CClientSound& Sound)
{
    // call onClientSoundStopped
    CLuaArguments Arguments;
    Arguments.PushString("destroyed");            // Reason
    Sound.CallEvent("onClientSoundStopped", Arguments, false);
    g_pClientGame->GetElementDeleter()->Delete(&Sound);
    return true;
}

bool CStaticFunctionDefinitions::SetSoundPosition(CClientSound& Sound, double dPosition)
{
    return Sound.SetPlayPosition(dPosition);
}

bool CStaticFunctionDefinitions::SetSoundPosition(CClientPlayer& Player, double dPosition)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL)
    {
        pVoice->SetPlayPosition(dPosition);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetSoundPosition(CClientSound& Sound, double& dPosition)
{
    dPosition = Sound.GetPlayPosition();
    return true;
}

bool CStaticFunctionDefinitions::GetSoundPosition(CClientPlayer& Player, double& dPosition)
{
    dPosition = 0.0;
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL)
    {
        dPosition = pVoice->GetPlayPosition();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetSoundLength(CClientSound& Sound, double& dLength)
{
    dLength = Sound.GetLength();
    return true;
}

bool CStaticFunctionDefinitions::GetSoundLength(CClientPlayer& Player, double& dLength)
{
    dLength = 0.0;
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL)
    {
        dLength = pVoice->GetLength();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetSoundBufferLength(CClientSound& Sound, double& dBufferLength)
{
    if (Sound.IsSoundStream())
    {
        dBufferLength = Sound.GetBufferLength();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetSoundPaused(CClientSound& Sound, bool bPaused)
{
    Sound.SetPaused(bPaused);
    return true;
}

bool CStaticFunctionDefinitions::SetSoundPaused(CClientPlayer& Player, bool bPaused)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL)
    {
        pVoice->SetPaused(bPaused);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::IsSoundPaused(CClientSound& Sound, bool& bPaused)
{
    bPaused = Sound.IsPaused();
    return true;
}

bool CStaticFunctionDefinitions::IsSoundPaused(CClientPlayer& Player, bool& bPaused)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL)
    {
        bPaused = pVoice->IsPaused();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetSoundVolume(CClientSound& Sound, float fVolume)
{
    Sound.SetVolume(fVolume);
    return true;
}

bool CStaticFunctionDefinitions::SetSoundVolume(CClientPlayer& Player, float fVolume)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL)
    {
        pVoice->SetVolume(fVolume);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetSoundVolume(CClientSound& Sound, float& fVolume)
{
    fVolume = Sound.GetVolume();
    return true;
}

bool CStaticFunctionDefinitions::GetSoundVolume(CClientPlayer& Player, float& fVolume)
{
    fVolume = 0.0f;
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL)
    {
        fVolume = pVoice->GetVolume();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetSoundSpeed(CClientSound& Sound, float fSpeed)
{
    Sound.SetPlaybackSpeed(fSpeed);
    return true;
}

bool CStaticFunctionDefinitions::SetSoundSpeed(CClientPlayer& Player, float fSpeed)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL)
    {
        pVoice->SetPlaybackSpeed(fSpeed);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetSoundProperties(CClientSound& Sound, float fSampleRate, float fTempo, float fPitch, bool bReversed)
{
    if (Sound.IsSoundStream() == false)
    {
        Sound.ApplyFXModifications(fSampleRate, fTempo, fPitch, bReversed);
        return true;
    }
    // Streams not supported.
    return false;
}

bool CStaticFunctionDefinitions::GetSoundProperties(CClientSound& Sound, float& fSampleRate, float& fTempo, float& fPitch, bool& bReversed)
{
    Sound.GetFXModifications(fSampleRate, fTempo, fPitch, bReversed);
    return true;
}

float* CStaticFunctionDefinitions::GetSoundFFTData(CClientSound& Sound, int iLength, int iBands)
{
    // Get our FFT Data
    float* fData = Sound.GetFFTData(iLength);
    if (iBands != 0 && fData != NULL)
    {
        // Post Processing option
        // i.e. Cram it all into iBands
        // allocate our floats with room for bands
        float* fDataNew = new float[iBands];
        // Set our count
        int bC = 0;
        // Minus one from bands save us doing it every time iBands is used.
        iBands--;
        // while we are less than iBands
        for (int x = 0; x <= iBands; x++)
        {
            // Peak = 0
            float fPeak = 0.0;

            // Pick a range based on our counter
            double bB = pow(2, x * 10.0 / iBands);

            // if our range is greater than the # of data we have cap it
            if (bB > (iLength / 2) - 1)
                bB = (iLength / 2) - 1;

            // if our range is less than or equal to our count make sure we have at least one thing to read
            if (bB <= bC)
                bB = bC + 1;

            // While our counter is less than the number of samples to read
            while (bC < bB)
            {
                // if our peak is lower than the data value
                if (fPeak < fData[1 + bC])
                {
                    // Set our peak and fDataNew variables accordingly
                    fDataNew[x] = fData[1 + bC];
                    fPeak = fData[1 + bC];
                }
                // Increment our counter
                bC = bC + 1;
            }
        }
        // Delte fData as it's not needed and return fDataNew
        delete[] fData;
        return fDataNew;
    }
    else
    {
        return fData;
    }
}

float* CStaticFunctionDefinitions::GetSoundFFTData(CClientPlayer& Player, int iLength, int iBands)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL && Player.GetVoice()->IsActive())
    {
        // Get our FFT Data
        float* fData = pVoice->GetFFTData(iLength);
        if (iBands != 0 && fData != NULL)
        {
            // Post Processing option
            // i.e. Cram it all into iBands
            // allocate our floats with room for bands
            float* fDataNew = new float[iBands];
            // Set our count
            int bC = 0;
            // Minus one from bands save us doing it every time iBands is used.
            iBands--;
            // while we are less than iBands
            for (int x = 0; x <= iBands; x++)
            {
                // Peak = 0
                float fPeak = 0.0;

                // Pick a range based on our counter
                double bB = pow(2, x * 10.0 / iBands);

                // if our range is greater than the # of data we have cap it
                if (bB > (iLength / 2) - 1)
                    bB = (iLength / 2) - 1;

                // if our range is less than or equal to our count make sure we have at least one thing to read
                if (bB <= bC)
                    bB = bC + 1;

                // While our counter is less than the number of samples to read
                while (bC < bB)
                {
                    // if our peak is lower than the data value
                    if (fPeak < fData[1 + bC])
                    {
                        // Set our peak and fDataNew variables accordingly
                        fDataNew[x] = fData[1 + bC];
                        fPeak = fData[1 + bC];
                    }
                    // Increment our counter
                    bC = bC + 1;
                }
            }
            // Delte fData as it's not needed and return fDataNew
            delete[] fData;
            return fDataNew;
        }
        else
        {
            return fData;
        }
    }
    return NULL;
}
float* CStaticFunctionDefinitions::GetSoundWaveData(CClientSound& Sound, int iLength)
{
    return Sound.GetWaveData(iLength);
}

float* CStaticFunctionDefinitions::GetSoundWaveData(CClientPlayer& Player, int iLength)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL && pVoice->IsActive())
    {
        return pVoice->GetWaveData(iLength);
    }
    return NULL;
}

bool CStaticFunctionDefinitions::IsSoundPanEnabled(CClientSound& Sound)
{
    return Sound.IsPanEnabled();
}

bool CStaticFunctionDefinitions::SetSoundPanEnabled(CClientSound& Sound, bool bEnabled)
{
    return Sound.SetPanEnabled(bEnabled);
}

bool CStaticFunctionDefinitions::GetSoundLevelData(CClientSound& Sound, DWORD& dwLeft, DWORD& dwRight)
{
    DWORD dwData = Sound.GetLevelData();
    dwLeft = LOWORD(dwData);
    dwRight = HIWORD(dwData);
    return dwData != 0;
}

bool CStaticFunctionDefinitions::GetSoundLevelData(CClientPlayer& Player, DWORD& dwLeft, DWORD& dwRight)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL && pVoice->IsActive())
    {
        DWORD dwData = pVoice->GetLevelData();
        dwLeft = LOWORD(dwData);
        dwRight = HIWORD(dwData);
        return dwData != 0;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetSoundBPM(CClientSound& Sound, float& fBPM)
{
    fBPM = Sound.GetSoundBPM();
    return fBPM != 0.0f;
}

bool CStaticFunctionDefinitions::GetSoundSpeed(CClientSound& Sound, float& fSpeed)
{
    fSpeed = Sound.GetPlaybackSpeed();
    return true;
}

bool CStaticFunctionDefinitions::GetSoundSpeed(CClientPlayer& Player, float& fSpeed)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL)
    {
        fSpeed = pVoice->GetPlaybackSpeed();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetSoundMinDistance(CClientSound& Sound, float fDistance)
{
    Sound.SetMinDistance(fDistance);
    return true;
}

bool CStaticFunctionDefinitions::GetSoundMinDistance(CClientSound& Sound, float& fDistance)
{
    fDistance = Sound.GetMinDistance();
    return true;
}

bool CStaticFunctionDefinitions::SetSoundMaxDistance(CClientSound& Sound, float fDistance)
{
    Sound.SetMaxDistance(fDistance);
    return true;
}

bool CStaticFunctionDefinitions::GetSoundMaxDistance(CClientSound& Sound, float& fDistance)
{
    fDistance = Sound.GetMaxDistance();
    return true;
}

bool CStaticFunctionDefinitions::GetSoundMetaTags(CClientSound& Sound, const SString& strFormat, SString& strMetaTags)
{
    strMetaTags = Sound.GetMetaTags(strFormat);
    return true;
}

bool CStaticFunctionDefinitions::SetSoundEffectEnabled(CClientSound& Sound, const SString& strEffectName, bool bEnable)
{
    int iFxEffect = m_pSoundManager->GetFxEffectFromName(strEffectName);

    if (iFxEffect >= 0)
        if (Sound.SetFxEffect(iFxEffect, bEnable))
            return true;

    return false;
}

bool CStaticFunctionDefinitions::SetSoundEffectEnabled(CClientPlayer& Player, const SString& strEffectName, bool bEnable)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice != NULL)
    {
        int iFxEffect = m_pSoundManager->GetFxEffectFromName(strEffectName);

        if (iFxEffect >= 0)
            if (pVoice->SetFxEffect(iFxEffect, bEnable))
                return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetSoundPan(CClientPlayer& Player, float fPan)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice)
        return pVoice->SetPan(fPan);

    return false;
}

bool CStaticFunctionDefinitions::GetSoundPan(CClientPlayer& Player, float& fPan)
{
    CClientPlayerVoice* pVoice = Player.GetVoice();
    if (pVoice)
        return pVoice->GetPan(fPan);

    return false;
}

/** Version functions **/
unsigned long CStaticFunctionDefinitions::GetVersion()
{
    return MTA_DM_VERSION;
}

const char* CStaticFunctionDefinitions::GetVersionString()
{
    return MTA_DM_VERSIONSTRING;
}

const char* CStaticFunctionDefinitions::GetVersionName()
{
    return MTA_DM_FULL_STRING;
}

SString CStaticFunctionDefinitions::GetVersionBuildType()
{
    SString strResult = MTA_DM_BUILDTYPE;
    strResult[0] = toupper(strResult[0]);
    return strResult;
}

unsigned long CStaticFunctionDefinitions::GetNetcodeVersion()
{
    return MTA_DM_NETCODE_VERSION;
}

const char* CStaticFunctionDefinitions::GetOperatingSystemName()
{
    return MTA_OS_STRING;
}

const char* CStaticFunctionDefinitions::GetVersionBuildTag()
{
    return MTA_DM_BUILDTAG_LONG;
}

SString CStaticFunctionDefinitions::GetVersionSortable()
{
    unsigned short usNetRev = g_pCore->GetNetwork()->GetNetRev();
    return SString("%d.%d.%d-%d.%05d.%d", MTASA_VERSION_MAJOR, MTASA_VERSION_MINOR, MTASA_VERSION_MAINTENANCE, MTASA_VERSION_TYPE, MTASA_VERSION_BUILD,
                   usNetRev);
}

/* Handling functions */
bool CStaticFunctionDefinitions::SetEntryHandling(CHandlingEntry* pEntry, eHandlingProperty eProperty, unsigned int uiValue)
{
    if (pEntry)
    {
        switch (eProperty)
        {
            case HANDLING_PERCENTSUBMERGED:
            {
                if (uiValue > 0 && uiValue <= 200)
                {
                    pEntry->SetPercentSubmerged(uiValue);
                    return true;
                }
                break;
            }
            /*case HANDLING_MONETARY:
            pEntry->SetMonetary ( uiValue );
            break;*/
            case HANDLING_HANDLINGFLAGS:
            {
                // Disable NOS and Hydraulic installed properties.
                if (uiValue & 0x00080000)
                    uiValue &= ~0x00080000;
                if (uiValue & 0x00020000)
                    uiValue &= ~0x00020000;

                pEntry->SetHandlingFlags(uiValue);
                return true;
            }
            case HANDLING_MODELFLAGS:
            {
                pEntry->SetModelFlags(uiValue);
                return true;
            }
            default:
            {
                return false;
            }
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetEntryHandling(CHandlingEntry* pEntry, eHandlingProperty eProperty, unsigned char ucValue)
{
    if (pEntry)
    {
        switch (eProperty)
        {
            case HANDLING_NUMOFGEARS:
            {
                if (ucValue > 0 && ucValue <= 5)
                {
                    pEntry->SetNumberOfGears(ucValue);
                    return true;
                }
                break;
            }
            case HANDLING_ANIMGROUP:
            {
                if (ucValue >= 0 && ucValue <= 29)
                {
                    if (ucValue != 3 && ucValue != 8 && ucValue != 17 && ucValue != 23)
                        return true;            // Pretend it worked to avoid script warnings

                    pEntry->SetAnimGroup(ucValue);
                    return true;
                }
                break;
            }
            default:
            {
                return false;
            }
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetEntryHandling(CHandlingEntry* pEntry, eHandlingProperty eProperty, float fValue)
{
    if (pEntry)
    {
        switch (eProperty)
        {
            case HANDLING_MASS:
            {
                if (fValue > 0 && fValue <= 100000)
                {
                    pEntry->SetMass(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_TURNMASS:
            {
                if (fValue > 0 && fValue <= 10000000)
                {
                    pEntry->SetTurnMass(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_DRAGCOEFF:
            {
                if (fValue >= -200 && fValue <= 200)
                {
                    pEntry->SetDragCoeff(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_TRACTIONMULTIPLIER:
            {
                if (fValue >= -100000 && fValue <= 100000)
                {
                    pEntry->SetTractionMultiplier(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_ENGINEACCELERATION:
            {
                if (fValue >= 0 && fValue <= 100000)
                {
                    pEntry->SetEngineAcceleration(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_ENGINEINERTIA:
            {
                if (fValue >= -1000 && fValue <= 1000 && fValue != 0.0)
                {
                    pEntry->SetEngineInertia(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_MAXVELOCITY:
            {
                if (fValue >= 0.0 && fValue <= 200000)
                {
                    pEntry->SetMaxVelocity(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_BRAKEDECELERATION:
            {
                if (fValue >= 0.0 && fValue <= 100000)
                {
                    pEntry->SetBrakeDeceleration(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_BRAKEBIAS:
            {
                if (fValue >= 0.0 && fValue <= 1.0)
                {
                    pEntry->SetBrakeBias(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_STEERINGLOCK:
            {
                if (fValue >= 0.0 && fValue <= 360)
                {
                    pEntry->SetSteeringLock(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_TRACTIONLOSS:
            {
                if (fValue >= 0.0 && fValue <= 100)
                {
                    pEntry->SetTractionLoss(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_TRACTIONBIAS:
            {
                if (fValue >= 0.0 && fValue <= 1.0)
                {
                    pEntry->SetTractionBias(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_SUSPENSION_FORCELEVEL:
            {
                if (fValue > 0.0 && fValue <= 100)
                {
                    pEntry->SetSuspensionForceLevel(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_SUSPENSION_DAMPING:
            {
                if (fValue > 0.0 && fValue <= 100)
                {
                    pEntry->SetSuspensionDamping(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_SUSPENSION_HIGHSPEEDDAMPING:
            {
                if (fValue >= 0.0 && fValue <= 600)
                {
                    pEntry->SetSuspensionHighSpeedDamping(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_SUSPENSION_UPPER_LIMIT:
            {
                if (fValue >= -50 && fValue <= 50 && fValue > pEntry->GetSuspensionLowerLimit() + 0.01)
                {
                    if (fValue >= 0.0001 || fValue <= -0.0001)
                    {
                        pEntry->SetSuspensionUpperLimit(fValue);
                        return true;
                    }
                }
                break;
            }
            case HANDLING_SUSPENSION_LOWER_LIMIT:
            {
                if (fValue >= -50 && fValue <= 50 && fValue < pEntry->GetSuspensionUpperLimit() - 0.01)
                {
                    if (fValue >= 0.0001 || fValue <= -0.0001)
                    {
                        pEntry->SetSuspensionLowerLimit(fValue);
                        return true;
                    }
                }
                break;
            }
            case HANDLING_SUSPENSION_FRONTREARBIAS:
            {
                if (fValue >= 0.0 && fValue <= 3.0)
                {
                    pEntry->SetSuspensionFrontRearBias(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_SUSPENSION_ANTIDIVEMULTIPLIER:
            {
                if (fValue >= 0.0 && fValue <= 30)
                {
                    pEntry->SetSuspensionAntiDiveMultiplier(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_COLLISIONDAMAGEMULTIPLIER:
            {
                if (fValue >= 0.0 && fValue <= 100)
                {
                    pEntry->SetCollisionDamageMultiplier(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_SEATOFFSETDISTANCE:
            {
                if (fValue >= -20 && fValue <= 20)
                {
                    pEntry->SetSeatOffsetDistance(fValue);
                    return true;
                }
                break;
            }
            case HANDLING_ABS:
            {
                pEntry->SetABS((fValue > 0.0f) ? true : false);
                return true;
            }
            default:
            {
                return false;
            }
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetEntryHandling(CHandlingEntry* pEntry, eHandlingProperty eProperty, CVector vecValue)
{
    if (pEntry)
    {
        if (eProperty == HANDLING_CENTEROFMASS)
        {
            if (vecValue.fX >= -10.0 && vecValue.fX <= 10.0 && vecValue.fY >= -10.0 && vecValue.fY <= 10.0 && vecValue.fZ >= -10.0 && vecValue.fZ <= 10.0)
            {
                pEntry->SetCenterOfMass(vecValue);
                return true;
            }
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetEntryHandling(CHandlingEntry* pEntry, eHandlingProperty eProperty, std::string strValue)
{
    if (pEntry)
    {
        switch (eProperty)
        {
            case HANDLING_DRIVETYPE:
            {
                if (strValue == "fwd")
                {
                    pEntry->SetCarDriveType(CHandlingEntry::FWD);
                    return true;
                }
                else if (strValue == "rwd")
                {
                    pEntry->SetCarDriveType(CHandlingEntry::RWD);
                    return true;
                }
                else if (strValue == "awd")
                {
                    pEntry->SetCarDriveType(CHandlingEntry::FOURWHEEL);
                    return true;
                }
                else
                    return false;
                break;
            }
            case HANDLING_ENGINETYPE:
            {
                if (strValue == "petrol")
                {
                    pEntry->SetCarEngineType(CHandlingEntry::PETROL);
                    return true;
                }
                else if (strValue == "diesel")
                {
                    pEntry->SetCarEngineType(CHandlingEntry::DIESEL);
                    return true;
                }
                else if (strValue == "electric")
                {
                    pEntry->SetCarEngineType(CHandlingEntry::ELECTRIC);
                    return true;
                }
                else
                    return false;
                break;
            }
            /*case HANDLING_HEADLIGHT:
            {
            if ( strValue == "small" )
            {
            pEntry->SetHeadLight ( CHandlingEntry::SMALL );
            ucChar = CHandlingEntry::SMALL;
            return true;
            }
            else if ( strValue == "long" )
            {
            pEntry->SetHeadLight ( CHandlingEntry::LONG );
            ucChar = CHandlingEntry::LONG;
            return true;
            }
            else if ( strValue == "big" )
            {
            pEntry->SetHeadLight ( CHandlingEntry::BIG );
            ucChar = CHandlingEntry::BIG;
            return true;
            }
            else if ( strValue == "tall" )
            {
            pEntry->SetHeadLight ( CHandlingEntry::TALL );
            ucChar = CHandlingEntry::TALL;
            return true;
            }
            else
            return false;
            break;
            }
            case HANDLING_TAILLIGHT:
            {
            if ( strValue == "small" )
            {
            pEntry->SetTailLight ( CHandlingEntry::SMALL );
            ucChar = CHandlingEntry::SMALL;
            return true;
            }
            else if ( strValue == "long" )
            {
            pEntry->SetTailLight ( CHandlingEntry::LONG );
            ucChar = CHandlingEntry::LONG;
            return true;
            }
            else if ( strValue == "big" )
            {
            pEntry->SetTailLight ( CHandlingEntry::BIG );
            ucChar = CHandlingEntry::BIG;
            return true;
            }
            else if ( strValue == "tall" )
            {
            pEntry->SetTailLight ( CHandlingEntry::TALL );
            ucChar = CHandlingEntry::TALL;
            return true;
            }
            else
            return false;
            break;
            }*/
            default:
                return false;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::SetVehicleHandling(CClientVehicle* pVehicle, eHandlingProperty eProperty, unsigned char ucValue)
{
    assert(pVehicle);

    if (!pVehicle->IsLocalEntity())
        return false;

    CHandlingEntry* pEntry = pVehicle->GetHandlingData();

    if (pEntry)
    {
        if (SetEntryHandling(pEntry, eProperty, ucValue))
        {
            pVehicle->ApplyHandling();
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetVehicleHandling(CClientVehicle* pVehicle, eHandlingProperty eProperty, unsigned int uiValue)
{
    assert(pVehicle);

    if (!pVehicle->IsLocalEntity())
        return false;

    CHandlingEntry* pEntry = pVehicle->GetHandlingData();

    if (pEntry)
    {
        if (SetEntryHandling(pEntry, eProperty, uiValue))
        {
            pVehicle->ApplyHandling();
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetVehicleHandling(CClientVehicle* pVehicle, eHandlingProperty eProperty, float fValue)
{
    assert(pVehicle);

    if (!pVehicle->IsLocalEntity())
        return false;

    CHandlingEntry* pEntry = pVehicle->GetHandlingData();

    if (pEntry)
    {
        if (SetEntryHandling(pEntry, eProperty, fValue))
        {
            pVehicle->ApplyHandling();
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetVehicleHandling(CClientVehicle* pVehicle, eHandlingProperty eProperty, std::string strValue)
{
    assert(pVehicle);

    if (!pVehicle->IsLocalEntity())
        return false;

    CHandlingEntry* pEntry = pVehicle->GetHandlingData();

    if (pEntry)
    {
        if (SetEntryHandling(pEntry, eProperty, strValue))
        {
            pVehicle->ApplyHandling();
            return true;
        }
    }
    return false;
}

bool CStaticFunctionDefinitions::SetVehicleHandling(CClientVehicle* pVehicle, eHandlingProperty eProperty, CVector vecValue)
{
    assert(pVehicle);

    if (!pVehicle->IsLocalEntity())
        return false;

    CHandlingEntry* pEntry = pVehicle->GetHandlingData();

    if (pEntry)
    {
        if (SetEntryHandling(pEntry, eProperty, vecValue))
        {
            pVehicle->ApplyHandling();
            return true;
        }
    }

    return false;
}

bool CStaticFunctionDefinitions::ResetVehicleHandling(CClientVehicle* pVehicle)
{
    assert(pVehicle);

    if (!pVehicle->IsLocalEntity())
        return false;

    eVehicleTypes         eModel = (eVehicleTypes)pVehicle->GetModel();
    CHandlingEntry*       pEntry = pVehicle->GetHandlingData();
    const CHandlingEntry* pNewEntry;

    pNewEntry = pVehicle->GetOriginalHandlingData();

    pEntry->SetMass(pNewEntry->GetMass());
    pEntry->SetTurnMass(pNewEntry->GetTurnMass());
    pEntry->SetDragCoeff(pNewEntry->GetDragCoeff());
    pEntry->SetCenterOfMass(pNewEntry->GetCenterOfMass());
    pEntry->SetPercentSubmerged(pNewEntry->GetPercentSubmerged());
    pEntry->SetTractionMultiplier(pNewEntry->GetTractionMultiplier());
    pEntry->SetCarDriveType(pNewEntry->GetCarDriveType());
    pEntry->SetCarEngineType(pNewEntry->GetCarEngineType());
    pEntry->SetNumberOfGears(pNewEntry->GetNumberOfGears());
    pEntry->SetEngineAcceleration(pNewEntry->GetEngineAcceleration());
    pEntry->SetEngineInertia(pNewEntry->GetEngineInertia());
    pEntry->SetMaxVelocity(pNewEntry->GetMaxVelocity());
    pEntry->SetBrakeDeceleration(pNewEntry->GetBrakeDeceleration());
    pEntry->SetBrakeBias(pNewEntry->GetBrakeBias());
    pEntry->SetABS(pNewEntry->GetABS());
    pEntry->SetSteeringLock(pNewEntry->GetSteeringLock());
    pEntry->SetTractionLoss(pNewEntry->GetTractionLoss());
    pEntry->SetTractionBias(pNewEntry->GetTractionBias());
    pEntry->SetSuspensionForceLevel(pNewEntry->GetSuspensionForceLevel());
    pEntry->SetSuspensionDamping(pNewEntry->GetSuspensionDamping());
    pEntry->SetSuspensionHighSpeedDamping(pNewEntry->GetSuspensionHighSpeedDamping());
    pEntry->SetSuspensionUpperLimit(pNewEntry->GetSuspensionUpperLimit());
    pEntry->SetSuspensionLowerLimit(pNewEntry->GetSuspensionLowerLimit());
    pEntry->SetSuspensionFrontRearBias(pNewEntry->GetSuspensionFrontRearBias());
    pEntry->SetSuspensionAntiDiveMultiplier(pNewEntry->GetSuspensionAntiDiveMultiplier());
    pEntry->SetCollisionDamageMultiplier(pNewEntry->GetCollisionDamageMultiplier());
    pEntry->SetModelFlags(pNewEntry->GetModelFlags());
    pEntry->SetHandlingFlags(pNewEntry->GetHandlingFlags());
    pEntry->SetSeatOffsetDistance(pNewEntry->GetSeatOffsetDistance());
    // pEntry->SetMonetary(pNewEntry->GetMonetary ());
    // pEntry->SetHeadLight(pNewEntry->GetHeadLight ());
    // pEntry->SetTailLight(pNewEntry->GetTailLight ());
    pEntry->SetAnimGroup(pNewEntry->GetAnimGroup());

    // Lower and Upper limits cannot match or LSOD (unless boat)
    // if ( eModel != VEHICLE_BOAT )     // Commented until fully tested
    {
        float fSuspensionLimitSize = pEntry->GetSuspensionUpperLimit() - pEntry->GetSuspensionLowerLimit();
        if (fSuspensionLimitSize > -0.1f && fSuspensionLimitSize < 0.1f)
        {
            if (fSuspensionLimitSize >= 0.f)
                pEntry->SetSuspensionUpperLimit(pEntry->GetSuspensionLowerLimit() + 0.1f);
            else
                pEntry->SetSuspensionUpperLimit(pEntry->GetSuspensionLowerLimit() - 0.1f);
        }
    }

    pVehicle->ApplyHandling();

    return true;
}

bool CStaticFunctionDefinitions::ResetVehicleHandlingProperty(CClientVehicle* pVehicle, eHandlingProperty eProperty)
{
    assert(pVehicle);

    if (!pVehicle->IsLocalEntity())
        return false;

    CHandlingEntry*       pEntry = pVehicle->GetHandlingData();
    const CHandlingEntry* pOrigEntry = pVehicle->GetOriginalHandlingData();

    if (pEntry)
    {
        float        fValue = 0.0f;
        CVector      vecValue = CVector(0.0f, 0.0f, 0.0f);
        SString      strValue = "";
        unsigned int uiValue = 0;
        unsigned int ucValue = 0;
        if (GetVehicleHandling(pVehicle, eProperty, fValue))
        {
            GetEntryHandling(const_cast<CHandlingEntry*>(pOrigEntry), eProperty, fValue);
            SetEntryHandling(pEntry, eProperty, fValue);
        }
        else if (GetVehicleHandling(pVehicle, eProperty, uiValue))
        {
            GetEntryHandling(const_cast<CHandlingEntry*>(pOrigEntry), eProperty, uiValue);
            SetEntryHandling(pEntry, eProperty, uiValue);
        }
        else if (GetVehicleHandling(pVehicle, eProperty, ucValue))
        {
            GetEntryHandling(const_cast<CHandlingEntry*>(pOrigEntry), eProperty, ucValue);
            SetEntryHandling(pEntry, eProperty, ucValue);
        }
        else if (GetVehicleHandling(pVehicle, eProperty, strValue))
        {
            GetEntryHandling(const_cast<CHandlingEntry*>(pOrigEntry), eProperty, strValue);
            SetEntryHandling(pEntry, eProperty, strValue);
        }
        else if (GetVehicleHandling(pVehicle, eProperty, vecValue))
        {
            GetEntryHandling(const_cast<CHandlingEntry*>(pOrigEntry), eProperty, vecValue);
            SetEntryHandling(pEntry, eProperty, vecValue);
        }
        else
        {
            return false;
        }

        pVehicle->ApplyHandling();

        return true;
    }

    return false;
}

eHandlingProperty CStaticFunctionDefinitions::GetVehicleHandlingEnum(std::string strProperty)
{
    eHandlingProperty eProperty = g_pGame->GetHandlingManager()->GetPropertyEnumFromName(strProperty);
    if (eProperty)
    {
        return eProperty;
    }
    return HANDLING_MAX;
}

bool CStaticFunctionDefinitions::GetVehicleHandling(CClientVehicle* pVehicle, eHandlingProperty eProperty, CVector& vecValue)
{
    assert(pVehicle);

    CHandlingEntry* pEntry = pVehicle->GetHandlingData();
    if (eProperty == HANDLING_CENTEROFMASS)
    {
        vecValue = pEntry->GetCenterOfMass();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetVehicleHandling(CClientVehicle* pVehicle, eHandlingProperty eProperty, float& fValue)
{
    assert(pVehicle);

    CHandlingEntry* pEntry = pVehicle->GetHandlingData();
    if (GetEntryHandling(pEntry, eProperty, fValue))
    {
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetVehicleHandling(CClientVehicle* pVehicle, eHandlingProperty eProperty, std::string& strValue)
{
    assert(pVehicle);

    CHandlingEntry* pEntry = pVehicle->GetHandlingData();
    if (GetEntryHandling(pEntry, eProperty, strValue))
    {
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::GetVehicleHandling(CClientVehicle* pVehicle, eHandlingProperty eProperty, unsigned int& uiValue)
{
    assert(pVehicle);

    CHandlingEntry* pEntry = pVehicle->GetHandlingData();
    if (GetEntryHandling(pEntry, eProperty, uiValue))
    {
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetVehicleHandling(CClientVehicle* pVehicle, eHandlingProperty eProperty, unsigned char& ucValue)
{
    assert(pVehicle);

    CHandlingEntry* pEntry = pVehicle->GetHandlingData();
    if (GetEntryHandling(pEntry, eProperty, ucValue))
    {
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetEntryHandling(CHandlingEntry* pEntry, eHandlingProperty eProperty, float& fValue)
{
    if (pEntry)
    {
        switch (eProperty)
        {
            case HANDLING_MASS:
                fValue = pEntry->GetMass();
                break;
            case HANDLING_TURNMASS:
                fValue = pEntry->GetTurnMass();
                break;
            case HANDLING_DRAGCOEFF:
                fValue = pEntry->GetDragCoeff();
                break;
            case HANDLING_TRACTIONMULTIPLIER:
                fValue = pEntry->GetTractionMultiplier();
                break;
            case HANDLING_ENGINEACCELERATION:
                fValue = pEntry->GetEngineAcceleration();
                break;
            case HANDLING_ENGINEINERTIA:
                fValue = pEntry->GetEngineInertia();
                break;
            case HANDLING_MAXVELOCITY:
                fValue = pEntry->GetMaxVelocity();
                break;
            case HANDLING_BRAKEDECELERATION:
                fValue = pEntry->GetBrakeDeceleration();
                break;
            case HANDLING_BRAKEBIAS:
                fValue = pEntry->GetBrakeBias();
                break;
            case HANDLING_STEERINGLOCK:
                fValue = pEntry->GetSteeringLock();
                break;
            case HANDLING_TRACTIONLOSS:
                fValue = pEntry->GetTractionLoss();
                break;
            case HANDLING_TRACTIONBIAS:
                fValue = pEntry->GetTractionBias();
                break;
            case HANDLING_SUSPENSION_FORCELEVEL:
                fValue = pEntry->GetSuspensionForceLevel();
                break;
            case HANDLING_SUSPENSION_DAMPING:
                fValue = pEntry->GetSuspensionDamping();
                break;
            case HANDLING_SUSPENSION_HIGHSPEEDDAMPING:
                fValue = pEntry->GetSuspensionHighSpeedDamping();
                break;
            case HANDLING_SUSPENSION_UPPER_LIMIT:
                fValue = pEntry->GetSuspensionUpperLimit();
                break;
            case HANDLING_SUSPENSION_LOWER_LIMIT:
                fValue = pEntry->GetSuspensionLowerLimit();
                break;
            case HANDLING_SUSPENSION_FRONTREARBIAS:
                fValue = pEntry->GetSuspensionFrontRearBias();
                break;
            case HANDLING_SUSPENSION_ANTIDIVEMULTIPLIER:
                fValue = pEntry->GetSuspensionAntiDiveMultiplier();
                break;
            case HANDLING_COLLISIONDAMAGEMULTIPLIER:
                fValue = pEntry->GetCollisionDamageMultiplier();
                break;
            case HANDLING_SEATOFFSETDISTANCE:
                fValue = pEntry->GetSeatOffsetDistance();
                break;
            case HANDLING_ABS:            // bool
                fValue = (float)(pEntry->GetABS() ? 1 : 0);
                break;
            default:
                return false;
        }
    }
    return true;
}

bool CStaticFunctionDefinitions::GetEntryHandling(CHandlingEntry* pEntry, eHandlingProperty eProperty, unsigned int& uiValue)
{
    if (pEntry)
    {
        switch (eProperty)
        {
            case HANDLING_PERCENTSUBMERGED:            // unsigned int
                uiValue = pEntry->GetPercentSubmerged();
                break;
            case HANDLING_MONETARY:
                uiValue = pEntry->GetMonetary();
                break;
            case HANDLING_HANDLINGFLAGS:
                uiValue = pEntry->GetHandlingFlags();
                break;
            case HANDLING_MODELFLAGS:
                uiValue = pEntry->GetModelFlags();
                break;
            default:
                return false;
        }
    }
    return true;
}

bool CStaticFunctionDefinitions::GetEntryHandling(CHandlingEntry* pEntry, eHandlingProperty eProperty, unsigned char& ucValue)
{
    if (pEntry)
    {
        switch (eProperty)
        {
            case HANDLING_NUMOFGEARS:
                ucValue = pEntry->GetNumberOfGears();
                break;
            case HANDLING_ANIMGROUP:
                ucValue = pEntry->GetAnimGroup();
                break;
            default:
                return false;
        }
    }
    return true;
}

bool CStaticFunctionDefinitions::GetEntryHandling(CHandlingEntry* pEntry, eHandlingProperty eProperty, CVector& vecValue)
{
    if (pEntry)
    {
        switch (eProperty)
        {
            case HANDLING_CENTEROFMASS:
            {
                vecValue = pEntry->GetCenterOfMass();
                break;
            }
        }
    }
    else
        return false;

    return true;
}

bool CStaticFunctionDefinitions::GetEntryHandling(CHandlingEntry* pEntry, eHandlingProperty eProperty, std::string& strValue)
{
    if (pEntry)
    {
        switch (eProperty)
        {
            case HANDLING_DRIVETYPE:
            {
                CHandlingEntry::eDriveType eDriveType = pEntry->GetCarDriveType();
                if (eDriveType == CHandlingEntry::FWD)
                    strValue = "fwd";
                else if (eDriveType == CHandlingEntry::RWD)
                    strValue = "rwd";
                else if (eDriveType == CHandlingEntry::FOURWHEEL)
                    strValue = "awd";
                else
                    return false;
                break;
            }
            case HANDLING_ENGINETYPE:
            {
                CHandlingEntry::eEngineType eEngineType = pEntry->GetCarEngineType();
                if (eEngineType == CHandlingEntry::PETROL)
                    strValue = "petrol";
                else if (eEngineType == CHandlingEntry::DIESEL)
                    strValue = "diesel";
                else if (eEngineType == CHandlingEntry::ELECTRIC)
                    strValue = "electric";
                else
                    return false;
                break;
            }
            case HANDLING_HEADLIGHT:
            {
                CHandlingEntry::eLightType eHeadType = pEntry->GetHeadLight();
                if (eHeadType == CHandlingEntry::SMALL)
                    strValue = "small";
                else if (eHeadType == CHandlingEntry::LONG)
                    strValue = "long";
                else if (eHeadType == CHandlingEntry::BIG)
                    strValue = "big";
                else if (eHeadType == CHandlingEntry::TALL)
                    strValue = "tall";
                else
                    return false;
                break;
            }
            case HANDLING_TAILLIGHT:
            {
                CHandlingEntry::eLightType eTailType = pEntry->GetTailLight();
                if (eTailType == CHandlingEntry::SMALL)
                    strValue = "small";
                else if (eTailType == CHandlingEntry::LONG)
                    strValue = "long";
                else if (eTailType == CHandlingEntry::BIG)
                    strValue = "big";
                else if (eTailType == CHandlingEntry::TALL)
                    strValue = "tall";
                else
                    return false;
                break;
            }
            default:
                return false;
        }
    }
    else
        return false;

    return true;
}

bool CStaticFunctionDefinitions::GetWeaponProperty(eWeaponProperty eProperty, eWeaponType eWeapon, eWeaponSkill eSkillLevel, float& fData)
{
    if (eProperty == WEAPON_INVALID_PROPERTY)
        return false;

    CWeaponStat* pWeaponInfo = g_pGame->GetWeaponStatManager()->GetWeaponStats(eWeapon, eSkillLevel);
    if (pWeaponInfo)
    {
        switch (eProperty)
        {
            case WEAPON_WEAPON_RANGE:
            {
                fData = pWeaponInfo->GetWeaponRange();
                break;
            }
            case WEAPON_TARGET_RANGE:
            {
                fData = pWeaponInfo->GetTargetRange();
                break;
            }
            case WEAPON_ACCURACY:
            {
                fData = pWeaponInfo->GetAccuracy();
                break;
            }
            case WEAPON_DAMAGE:
            {
                fData = pWeaponInfo->GetDamagePerHit();
                break;
            }
            case WEAPON_LIFE_SPAN:
            {
                fData = pWeaponInfo->GetLifeSpan();
                break;
            }
            case WEAPON_FIRING_SPEED:
            {
                fData = pWeaponInfo->GetFiringSpeed();
                break;
            }
            case WEAPON_MOVE_SPEED:
            {
                fData = pWeaponInfo->GetMoveSpeed();
                break;
            }
            case WEAPON_SPREAD:
            {
                fData = pWeaponInfo->GetSpread();
                break;
            }
            case WEAPON_REQ_SKILL_LEVEL:
            {
                fData = pWeaponInfo->GetRequiredStatLevel();
                break;
            }
            case WEAPON_ANIM_LOOP_START:
            {
                fData = pWeaponInfo->GetWeaponAnimLoopStart();
                break;
            }
            case WEAPON_ANIM_LOOP_STOP:
            {
                fData = pWeaponInfo->GetWeaponAnimLoopStop();
                break;
            }
            case WEAPON_ANIM_LOOP_RELEASE_BULLET_TIME:
            {
                fData = pWeaponInfo->GetWeaponAnimLoopFireTime();
                break;
            }
            case WEAPON_ANIM2_LOOP_START:
            {
                fData = pWeaponInfo->GetWeaponAnim2LoopStart();
                break;
            }
            case WEAPON_ANIM2_LOOP_STOP:
            {
                fData = pWeaponInfo->GetWeaponAnim2LoopStop();
                break;
            }
            case WEAPON_ANIM2_LOOP_RELEASE_BULLET_TIME:
            {
                fData = pWeaponInfo->GetWeaponAnim2LoopFireTime();
                break;
            }
            case WEAPON_ANIM_BREAKOUT_TIME:
            {
                fData = pWeaponInfo->GetWeaponAnimBreakoutTime();
                break;
            }
            case WEAPON_RADIUS:
            {
                fData = pWeaponInfo->GetWeaponRadius();
                break;
            }
            default:
                return false;
        }
    }
    else
        return false;

    return true;
}

bool CStaticFunctionDefinitions::GetWeaponProperty(eWeaponProperty eProperty, eWeaponType eWeapon, eWeaponSkill eSkillLevel, int& sData)
{
    if (eProperty == WEAPON_INVALID_PROPERTY)
        return false;

    CWeaponStat* pWeaponInfo = g_pGame->GetWeaponStatManager()->GetWeaponStats(eWeapon, eSkillLevel);
    if (pWeaponInfo)
    {
        switch (eProperty)
        {
            case WEAPON_DAMAGE:
            {
                sData = pWeaponInfo->GetDamagePerHit();
                break;
            }
            case WEAPON_MAX_CLIP_AMMO:
            {
                sData = pWeaponInfo->GetMaximumClipAmmo();
                break;
            }
            case WEAPON_ANIM_GROUP:
            {
                sData = (short)pWeaponInfo->GetAnimGroup();
                break;
            }
            case WEAPON_FLAGS:
            {
                sData = pWeaponInfo->GetFlags();
                break;
            }
            case WEAPON_FIRETYPE:
            {
                sData = pWeaponInfo->GetFireType();
                break;
            }
            case WEAPON_MODEL:
            {
                sData = pWeaponInfo->GetModel();
                break;
            }
            case WEAPON_MODEL2:
            {
                sData = pWeaponInfo->GetModel2();
                break;
            }
            case WEAPON_SLOT:
            {
                sData = pWeaponInfo->GetSlot();
                break;
            }
            case WEAPON_AIM_OFFSET:
            {
                sData = pWeaponInfo->GetAimOffsetIndex();
                break;
            }
            case WEAPON_SKILL_LEVEL:
            {
                sData = pWeaponInfo->GetSkill();
                break;
            }
            case WEAPON_DEFAULT_COMBO:
            {
                sData = pWeaponInfo->GetDefaultCombo();
                break;
            }
            case WEAPON_COMBOS_AVAILABLE:
            {
                sData = pWeaponInfo->GetCombosAvailable();
                break;
            }

            default:
                return false;
        }
    }
    else
        return false;

    return true;
}

bool CStaticFunctionDefinitions::GetWeaponProperty(eWeaponProperty eProperty, eWeaponType eWeapon, eWeaponSkill eSkillLevel, CVector& vecData)
{
    if (eProperty == WEAPON_INVALID_PROPERTY)
        return false;

    CWeaponStat* pWeaponInfo = g_pGame->GetWeaponStatManager()->GetWeaponStats(eWeapon, eSkillLevel);
    if (pWeaponInfo)
    {
        switch (eProperty)
        {
            case WEAPON_FIRE_OFFSET:
            {
                vecData = *pWeaponInfo->GetFireOffset();
                break;
            }
            default:
                return false;
        }
    }
    else
        return false;

    return true;
}

bool CStaticFunctionDefinitions::GetWeaponPropertyFlag(eWeaponProperty eProperty, eWeaponType eWeapon, eWeaponSkill eSkillLevel, bool& bEnable)
{
    CWeaponStat* pWeaponInfo = g_pGame->GetWeaponStatManager()->GetWeaponStats(eWeapon, eSkillLevel);
    if (!pWeaponInfo)
        return false;

    if (!IsWeaponPropertyFlag(eProperty))
        return false;

    // Get bit
    uint uiFlagBit = GetWeaponPropertyFlagBit(eProperty);
    bEnable = pWeaponInfo->IsFlagSet(uiFlagBit);

    return true;
}

bool CStaticFunctionDefinitions::GetOriginalWeaponProperty(eWeaponProperty eProperty, eWeaponType eWeapon, eWeaponSkill eSkillLevel, float& fData)
{
    if (eProperty == WEAPON_INVALID_PROPERTY)
        return false;

    CWeaponStat* pWeaponInfo = g_pGame->GetWeaponStatManager()->GetOriginalWeaponStats(eWeapon, eSkillLevel);
    if (pWeaponInfo)
    {
        switch (eProperty)
        {
            case WEAPON_WEAPON_RANGE:
            {
                fData = pWeaponInfo->GetWeaponRange();
                break;
            }
            case WEAPON_TARGET_RANGE:
            {
                fData = pWeaponInfo->GetTargetRange();
                break;
            }
            case WEAPON_ACCURACY:
            {
                fData = pWeaponInfo->GetAccuracy();
                break;
            }
            case WEAPON_DAMAGE:
            {
                fData = pWeaponInfo->GetDamagePerHit();
                break;
            }
            case WEAPON_LIFE_SPAN:
            {
                fData = pWeaponInfo->GetLifeSpan();
                break;
            }
            case WEAPON_FIRING_SPEED:
            {
                fData = pWeaponInfo->GetFiringSpeed();
                break;
            }
            case WEAPON_MOVE_SPEED:
            {
                fData = pWeaponInfo->GetMoveSpeed();
                break;
            }
            case WEAPON_SPREAD:
            {
                fData = pWeaponInfo->GetSpread();
                break;
            }

            case WEAPON_REQ_SKILL_LEVEL:
            {
                fData = pWeaponInfo->GetRequiredStatLevel();
                break;
            }
            case WEAPON_ANIM_LOOP_START:
            {
                fData = pWeaponInfo->GetWeaponAnimLoopStart();
                break;
            }
            case WEAPON_ANIM_LOOP_STOP:
            {
                fData = pWeaponInfo->GetWeaponAnimLoopStop();
                break;
            }
            case WEAPON_ANIM_LOOP_RELEASE_BULLET_TIME:
            {
                fData = pWeaponInfo->GetWeaponAnimLoopFireTime();
                break;
            }
            case WEAPON_ANIM2_LOOP_START:
            {
                fData = pWeaponInfo->GetWeaponAnim2LoopStart();
                break;
            }
            case WEAPON_ANIM2_LOOP_STOP:
            {
                fData = pWeaponInfo->GetWeaponAnim2LoopStop();
                break;
            }
            case WEAPON_ANIM2_LOOP_RELEASE_BULLET_TIME:
            {
                fData = pWeaponInfo->GetWeaponAnim2LoopFireTime();
                break;
            }
            case WEAPON_ANIM_BREAKOUT_TIME:
            {
                fData = pWeaponInfo->GetWeaponAnimBreakoutTime();
                break;
            }
            case WEAPON_RADIUS:
            {
                fData = pWeaponInfo->GetWeaponRadius();
                break;
            }
            default:
                return false;
        }
    }
    else
        return false;

    return true;
}

bool CStaticFunctionDefinitions::GetOriginalWeaponProperty(eWeaponProperty eProperty, eWeaponType eWeapon, eWeaponSkill eSkillLevel, int& sData)
{
    if (eProperty == WEAPON_INVALID_PROPERTY)
        return false;

    CWeaponStat* pWeaponInfo = g_pGame->GetWeaponStatManager()->GetOriginalWeaponStats(eWeapon, eSkillLevel);
    if (pWeaponInfo)
    {
        switch (eProperty)
        {
            case WEAPON_DAMAGE:
            {
                sData = pWeaponInfo->GetDamagePerHit();
                break;
            }
            case WEAPON_MAX_CLIP_AMMO:
            {
                sData = pWeaponInfo->GetMaximumClipAmmo();
                break;
            }
            case WEAPON_ANIM_GROUP:
            {
                sData = (short)pWeaponInfo->GetAnimGroup();
                break;
            }
            case WEAPON_FLAGS:
            {
                sData = pWeaponInfo->GetFlags();
                break;
            }
            case WEAPON_FIRETYPE:
            {
                sData = pWeaponInfo->GetFireType();
                break;
            }
            case WEAPON_MODEL:
            {
                sData = pWeaponInfo->GetModel();
                break;
            }
            case WEAPON_MODEL2:
            {
                sData = pWeaponInfo->GetModel2();
                break;
            }
            case WEAPON_SLOT:
            {
                sData = pWeaponInfo->GetSlot();
                break;
            }
            case WEAPON_AIM_OFFSET:
            {
                sData = pWeaponInfo->GetAimOffsetIndex();
                break;
            }
            case WEAPON_SKILL_LEVEL:
            {
                sData = pWeaponInfo->GetSkill();
                break;
            }
            case WEAPON_DEFAULT_COMBO:
            {
                sData = pWeaponInfo->GetDefaultCombo();
                break;
            }
            case WEAPON_COMBOS_AVAILABLE:
            {
                sData = pWeaponInfo->GetCombosAvailable();
                break;
            }

            default:
                return false;
        }
    }
    else
        return false;

    return true;
}

bool CStaticFunctionDefinitions::GetOriginalWeaponProperty(eWeaponProperty eProperty, eWeaponType eWeapon, eWeaponSkill eSkillLevel, CVector& vecData)
{
    if (eProperty == WEAPON_INVALID_PROPERTY)
        return false;

    CWeaponStat* pWeaponInfo = g_pGame->GetWeaponStatManager()->GetOriginalWeaponStats(eWeapon, eSkillLevel);
    if (pWeaponInfo)
    {
        switch (eProperty)
        {
            case WEAPON_FIRE_OFFSET:
            {
                vecData = *pWeaponInfo->GetFireOffset();
                break;
            }
            default:
                return false;
        }
    }
    else
        return false;

    return true;
}

bool CStaticFunctionDefinitions::GetOriginalWeaponPropertyFlag(eWeaponProperty eProperty, eWeaponType eWeapon, eWeaponSkill eSkillLevel, bool& bEnable)
{
    CWeaponStat* pWeaponInfo = g_pGame->GetWeaponStatManager()->GetOriginalWeaponStats(eWeapon, eSkillLevel);
    if (!pWeaponInfo)
        return false;

    if (!IsWeaponPropertyFlag(eProperty))
        return false;

    // Get bit
    uint uiFlagBit = GetWeaponPropertyFlagBit(eProperty);
    bEnable = pWeaponInfo->IsFlagSet(uiFlagBit);

    return true;
}

bool CStaticFunctionDefinitions::GetPedOxygenLevel(CClientPed& Ped, float& fOxygen)
{
    fOxygen = Ped.GetOxygenLevel();
    return (fOxygen != -1.0f ? true : false);
}

bool CStaticFunctionDefinitions::WarpPedIntoVehicle(CClientPed* pPed, CClientVehicle* pVehicle, unsigned int uiSeat)
{
    if (pPed->IsLocalEntity() != pVehicle->IsLocalEntity())
        return false;

    if (pPed->IsLocalEntity())
    {
        //
        // Client side ped & vehicle
        //

        // Ped and vehicle alive?
        if (pPed->IsDead() || pVehicle->GetHealth() <= 0.0f)
            return false;

        // Valid seat id for that vehicle?
        uchar ucMaxPassengers = CClientVehicleManager::GetMaxPassengerCount(pVehicle->GetModel());
        if (uiSeat > ucMaxPassengers)
            return false;

        if (uiSeat > 0 && ucMaxPassengers == 255)
            return false;

        // Toss the previous player out of it if neccessary
        if (CClientPed* pPreviousOccupant = pVehicle->GetOccupant(uiSeat))
            RemovePedFromVehicle(pPreviousOccupant);

        // Is he already in a vehicle? Remove him from it
        if (pPed->IsInVehicle())
            pPed->RemoveFromVehicle();
    }

    //
    // Server or client side ped & vehicle
    //
    if (pPed->IsLocalPlayer() || pPed->IsSyncing())
    {
        // Reset the vehicle in/out checks
        pPed->ResetVehicleInOut();

        /*
        // Make sure it can be damaged again (doesn't get changed back when we force the player in)
        pVehicle->SetCanBeDamaged ( true );
        pVehicle->SetTyresCanBurst ( true );
        */
    }

    // Warp the player into the vehicle
    pPed->WarpIntoVehicle(pVehicle, uiSeat);
    pPed->SetVehicleInOutState(VEHICLE_INOUT_NONE);

    pVehicle->CalcAndUpdateCanBeDamagedFlag();
    pVehicle->CalcAndUpdateTyresCanBurstFlag();

    // Call the onClientPlayerEnterVehicle event
    CLuaArguments Arguments;
    Arguments.PushElement(pVehicle);            // vehicle
    Arguments.PushNumber(uiSeat);               // seat
    if (IS_PLAYER(pPed))
        pPed->CallEvent("onClientPlayerVehicleEnter", Arguments, true);
    else
        pPed->CallEvent("onClientPedVehicleEnter", Arguments, true);

    // Call the onClientVehicleEnter event
    CLuaArguments Arguments2;
    Arguments2.PushElement(pPed);             // player / ped
    Arguments2.PushNumber(uiSeat);            // seat
    pVehicle->CallEvent("onClientVehicleEnter", Arguments2, true);

    return true;
}

bool CStaticFunctionDefinitions::RemovePedFromVehicle(CClientPed* pPed)
{
    // Get the ped / player's occupied vehicle data before pulling it out
    CClientVehicle* pVehicle = pPed->GetOccupiedVehicle();
    unsigned int    uiSeat = pPed->GetOccupiedVehicleSeat();
    bool            bCancellingWhileEntering = pPed->IsEnteringVehicle();            // Special case here that could cause network trouble.

    // Occupied vehicle can be NULL here while entering (Walking up to a vehicle in preparation to getting in/opening the doors)
    if (pVehicle || bCancellingWhileEntering)
    {
        if (bCancellingWhileEntering)
        {
            // Cancel vehicle entry
            pPed->GetTaskManager()->RemoveTask(TASK_PRIORITY_PRIMARY);
            // pVehicle is *MORE than likely* NULL here because there is no occupied vehicle yet, only the occupying vehicle is right but check it anyway
            if (pVehicle == NULL)
                pVehicle = pPed->GetOccupyingVehicle();

            if (pVehicle == NULL)            // Every time I've tested this the occupying Vehicle has been correct, but if it doesn't exist let's not try and
                                             // call an event on it!
                return false;
        }

        // if ( !pPed->IsLocalEntity () )
        //    pPed->SetSyncTimeContext ( ucTimeContext );   ** Done by caller now **

        // Remove the player from his vehicle
        pPed->RemoveFromVehicle();
        pPed->SetVehicleInOutState(VEHICLE_INOUT_NONE);
        if (pPed->m_bIsLocalPlayer || pPed->IsSyncing())
        {
            // Reset expectation of vehicle enter completion, in case we were removed while entering
            pPed->ResetVehicleInOut();
        }

        // Call onClientPlayerVehicleExit
        CLuaArguments Arguments;
        Arguments.PushElement(pVehicle);            // vehicle
        Arguments.PushNumber(uiSeat);               // seat
        Arguments.PushBoolean(false);               // jacker
        if (IS_PLAYER(pPed))
            pPed->CallEvent("onClientPlayerVehicleExit", Arguments, true);
        else
            pPed->CallEvent("onClientPedVehicleExit", Arguments, true);

        // Call onClientVehicleExit
        CLuaArguments Arguments2;
        Arguments2.PushElement(pPed);             // player / ped
        Arguments2.PushNumber(uiSeat);            // seat
        pVehicle->CallEvent("onClientVehicleExit", Arguments2, true);
        return true;
    }

    return false;
}

bool CStaticFunctionDefinitions::SetSoundPan(CClientSound& pSound, float fPan)
{
    return pSound.SetPan(fPan);
}

bool CStaticFunctionDefinitions::GetSoundPan(CClientSound& pSound, float& fPan)
{
    return pSound.GetPan(fPan);
}

CClientPointLights* CStaticFunctionDefinitions::CreateLight(CResource& Resource, int iMode, const CVector& vecPosition, float fRadius, SColor color,
                                                            CVector& vecDirection)
{
    // Create it
    CClientPointLights* pLight = new CClientPointLights(m_pManager, INVALID_ELEMENT_ID);

    pLight->SetParent(Resource.GetResourceDynamicEntity());
    pLight->SetMode(iMode);
    pLight->SetPosition(vecPosition);
    pLight->SetRadius(fRadius);
    pLight->SetColor(color);
    pLight->SetDirection(vecDirection);

    return pLight;
}

bool CStaticFunctionDefinitions::GetLightType(CClientPointLights* pLight, int& iMode)
{
    if (pLight)
    {
        iMode = pLight->GetMode();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetLightRadius(CClientPointLights* pLight, float& fRadius)
{
    if (pLight)
    {
        fRadius = pLight->GetRadius();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetLightColor(CClientPointLights* pLight, SColor& outColor)
{
    if (pLight)
    {
        outColor = pLight->GetColor();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::GetLightDirection(CClientPointLights* pLight, CVector& vecDirection)
{
    if (pLight)
    {
        vecDirection = pLight->GetDirection();
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetLightRadius(CClientPointLights* pLight, float fRadius)
{
    if (pLight)
    {
        pLight->SetRadius(fRadius);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetLightColor(CClientPointLights* pLight, SColor color)
{
    if (pLight)
    {
        pLight->SetColor(color);
        return true;
    }
    return false;
}

bool CStaticFunctionDefinitions::SetLightDirection(CClientPointLights* pLight, CVector vecDirection)
{
    if (pLight)
    {
        pLight->SetDirection(vecDirection);
        return true;
    }
    return false;
}

CClientSearchLight* CStaticFunctionDefinitions::CreateSearchLight(CResource& Resource, const CVector& vecStart, const CVector& vecEnd, float startRadius,
                                                                  float endRadius, bool renderSpot)
{
    auto pLight = new CClientSearchLight(m_pManager, INVALID_ELEMENT_ID);
    if (pLight)
    {
        pLight->SetParent(Resource.GetResourceDynamicEntity());
        pLight->SetStartPosition(vecStart);
        pLight->SetEndPosition(vecEnd);
        pLight->SetStartRadius(startRadius);
        pLight->SetEndRadius(endRadius);
        pLight->SetRenderSpot(renderSpot);
        return pLight;
    }

    return nullptr;
}

bool CStaticFunctionDefinitions::ResetAllSurfaceInfo()
{
    g_pGame->GetWorld()->ResetAllSurfaceInfo();
    return true;
}
bool CStaticFunctionDefinitions::ResetSurfaceInfo(short sSurfaceID)
{
    if (sSurfaceID >= EColSurfaceValue::DEFAULT && sSurfaceID <= EColSurfaceValue::SIZE)
    {
        g_pGame->GetWorld()->ResetSurfaceInfo(sSurfaceID);
        return true;
    }
    return false;
}