Main/resources/[carscripts]/mh_garage/client/main.lua

QBCore = exports['qb-core']:GetCoreObject()

Player = nil
local npcHandle = nil
local isNPCSpawned = false

Citizen.CreateThread(function()
    while Player == nil do
        Player = exports['qb-core']:GetPlayerData()
        Wait(0)
    end
end)

Citizen.CreateThread(function()
    while true do
        Wait(15000)
        local ped = PlayerPedId()

        if IsPedInAnyVehicle(ped, false) then
            local veh = GetVehiclePedIsUsing(ped)
            local mods = QBCore.Functions.GetVehicleProperties(vehicle)

            TriggerServerEvent('mh_garage:setMods', mods)
        end
    end
end)

-- Funktion zum Spawnen des NPCs
function SpawnGuardNPC(npc)
    -- Ped Model laden
    RequestModel(npc.model)
    local timeout = 0
    while not HasModelLoaded(npc.model) and timeout < 100 do
        timeout = timeout + 1
        Wait(100)
    end

    if not HasModelLoaded(npc.model) then
        return
    end

    -- NPC erstellen
    npcHandle = CreatePed(4, npc.model, npc.spawn.x, npc.spawn.y, npc.spawn.z, npc.spawn.w, false, true)
    if not DoesEntityExist(npcHandle) then
        return
    end

    -- NPC Eigenschaften setzen
    SetEntityAsMissionEntity(npcHandle, true, true)
    SetBlockingOfNonTemporaryEvents(npcHandle, true)
    SetPedDiesWhenInjured(npcHandle, false)
    SetPedCanPlayAmbientAnims(npcHandle, true)
    SetPedCanRagdollFromPlayerImpact(npcHandle, false)
    SetEntityInvincible(npcHandle, true)
    FreezeEntityPosition(npcHandle, true)
    
    -- Optional: Animation für den NPC
    TaskStartScenarioInPlace(npcHandle, "WORLD_HUMAN_GUARD_STAND", 0, true)
    
    isNPCSpawned = true
end

-- Funktion zum Entfernen des NPCs
function RemoveGuardNPC()
    if DoesEntityExist(npcHandle) then
        DeleteEntity(npcHandle)
        isNPCSpawned = false
    end
end

-- Hauptthread zum Überprüfen der Spieler-Position
CreateThread(function()
    while true do
        local playerPed = PlayerPedId()
        local playerCoords = GetEntityCoords(playerPed)

        for k, v in pairs(Config.Zonen) do
            local dist = #(playerCoords - vector3(v.NPC.spawn.x, v.NPC.spawn.y, v.NPC.spawn.z))
            local spawnDistance = v.NPC.distance
        
            if dist < spawnDistance and not isNPCSpawned then
                SpawnGuardNPC(v.NPC)
                Wait(300)
                AddTargetOptions(v)
            elseif dist > spawnDistance and isNPCSpawned then
                exports['qb-target']:RemoveTargetEntity(npcHandle)
                RemoveGuardNPC()
            end
        end
        
        Wait(0) -- Überprüfung jede Sekunde
    end
end)

function AddTargetOptions(zone)

    local opt = {
        {
            type = "client",
            event = "mh_garage:storeVehicle",
            icon = "fas fa-parking",
            label = "Fahrzeug einparken",
            args = zone
        },
        {
            type = "client",
            event = "mh_garage:retrieveVehicle",
            icon = "fas fa-car",
            label = "Fahrzeug ausparken",
            args = zone
        }
    }

    if Config.Verwaltung.garage then
        table.insert(opt, {
            type = "client",
            event = "mh_garage:verwaltungVeh",
            icon = "hand",
            label = "Fahrzeuge Verwalten",
        })
    end

    exports['qb-target']:AddTargetEntity(npcHandle, {
        options = opt,
        distance = 2.5
    })
end

function Notification(text, type, zone)
	lib.notify({
		title = "Garage - "..zone,
		description = text,
		type = type,
		position = 'top',
	})
end

---------------------------- NetEvents
RegisterNetEvent('mh_jobgarage:notify')
AddEventHandler('mh_jobgarage:notify', function(title, text, type)
	Notification(text, type)
end)

function GetVehicleDamagePercentage(vehicle)
    if not vehicle then return 0 end
    
    -- Hole die verschiedenen Gesundheitswerte
    local engineHealth = GetVehicleEngineHealth(vehicle)
    local bodyHealth = GetVehicleBodyHealth(vehicle)
    local tankHealth = GetVehiclePetrolTankHealth(vehicle)
    
    -- Normalisiere die Werte (Standard-Maximalwerte: 1000.0)
    local enginePercent = (engineHealth / 1000.0) * 100
    local bodyPercent = (bodyHealth / 1000.0) * 100
    local tankPercent = (tankHealth / 1000.0) * 100
    
    -- Berechne Durchschnitt als Gesamtzustand
    local totalHealth = (enginePercent + bodyPercent + tankPercent) / 3
    
    -- Runde auf ganze Zahlen
    return math.floor(totalHealth)
end