RegisterNetEvent("polyzone:printPoly") AddEventHandler("polyzone:printPoly", function(zone) file = io.open('polyzone_created_zones.txt', "a") io.output(file) local output = parsePoly(zone) io.write(output) io.close(file) end) RegisterNetEvent("polyzone:printCircle") AddEventHandler("polyzone:printCircle", function(zone) file = io.open('polyzone_created_zones.txt', "a") io.output(file) local output = parseCircle(zone) io.write(output) io.close(file) end) RegisterNetEvent("polyzone:printBox") AddEventHandler("polyzone:printBox", function(zone) file = io.open('polyzone_created_zones.txt', "a") io.output(file) local output = parseBox(zone) io.write(output) io.close(file) end) function round(num, numDecimalPlaces) local mult = 10^(numDecimalPlaces or 0) return math.floor(num * mult + 0.5) / mult end function printoutHeader(name) return "--Navn: " .. name .. " | " .. os.date("!%Y-%m-%dT%H:%M:%SZ\n") end function parsePoly(zone) local printout = printoutHeader(zone.name) printout = printout .. "PolyZone:Create({\n" for i=1, #zone.points do if i ~= #zone.points then printout = printout .. " vector2(" .. tostring(zone.points[i].x) .. ", " .. tostring(zone.points[i].y) .."),\n" else printout = printout .. " vector2(" .. tostring(zone.points[i].x) .. ", " .. tostring(zone.points[i].y) ..")\n" end end printout = printout .. "}, {\n name=\"" .. zone.name .. "\",\n --minZ = " .. zone.minZ .. ",\n --maxZ = " .. zone.maxZ .. "\n})\n\n" return printout end function parseCircle(zone) local printout = printoutHeader(zone.name) printout = printout .. "CircleZone:Create(" printout = printout .. "vector3(" .. tostring(round(zone.center.x, 2)) .. ", " .. tostring(round(zone.center.y, 2)) .. ", " .. tostring(round(zone.center.z, 2)) .."), " printout = printout .. tostring(zone.radius) .. ", " printout = printout .. "{\n name=\"" .. zone.name .. "\",\n useZ=" .. tostring(zone.useZ) .. ",\n --debugPoly=true\n})\n\n" return printout end function parseBox(zone) local printout = printoutHeader(zone.name) printout = printout .. "BoxZone:Create(" printout = printout .. "vector3(" .. tostring(round(zone.center.x, 2)) .. ", " .. tostring(round(zone.center.y, 2)) .. ", " .. tostring(round(zone.center.z, 2)) .."), " printout = printout .. tostring(zone.length) .. ", " printout = printout .. tostring(zone.width) .. ", " printout = printout .. "{\n name=\"" .. zone.name .. "\",\n heading=" .. zone.heading .. ",\n --debugPoly=true" if zone.minZ then printout = printout .. ",\n minZ=" .. tostring(round(zone.minZ, 2)) end if zone.maxZ then printout = printout .. ",\n maxZ=" .. tostring(round(zone.maxZ, 2)) end printout = printout .. "\n})\n\n" return printout end