months = {} months[9] = { 9, 30, { 3, 21 } } months[10] = { 10, 31, { 8 } } months[11] = { 11, 30, { 2 } } months[12] = { 12, 31, { 7, 24, 25, 26, 27, 28, 31 } } months[13] = { 13, 31, { 1, 2, 3, 4, 25 } } months[14] = { 14, 28, { 18 } } months[15] = { 15, 31, { 1, 11, 12, 13, 14, 15 } } months[16] = { 16, 30, { 19, 22 } } months[17] = { 17, 31, { 20 } } months[18] = { 18, 30, { 7, 28, 29, 30 } } startY = 2018 startM = 9 startD = 4 endY = startY + 1 endM = 18 endD = 27 testY = 2018 testM = 9 testD = 19 currentY = testY currentM = testM currentD = testD function calculateWeekdays() local weekMap = {} for i = startM, 18 do weekMap[i] = {} for j = 1, months[i][2] do if (i == startM and j == 1) then weekMap[startM][1] = 7 else if (j == 1) then weekMap[i][j] = weekMap[i-1][months[i-1][2]] + 1 else weekMap[i][j] = weekMap[i][j-1] + 1 end end if ( weekMap[i][j] > 7 ) then weekMap[i][j] = 1 end end end print("Finished calculating Weekdays. Returning") return weekMap end function calculateSchoolDays() -- DayMap Value 9 == WeekEnd -- DayMap Value 8 == FreeDay local dayMap = {} for i = startM, 18 do dayMap[i] = {} for j = 1, months[i][2] do if (weekDays[i][j] == 1 or weekDays[i][j] == 7) then dayMap[i][j] = 9 -- Sunday (1) or Saturday (7) elseif ( i == startM and j == startD ) then dayMap[i][startD] = 1 -- Start Day elseif ( i == startM and j < startD ) then dayMap[i][j] = 0 -- Before Start Day else --print ("i: "..i.." | j: "..j) --free = false for f = 1, #months[ i ][ 3 ] do if ( j == months[ i ][ 3 ][ f ] ) then dayMap[i][j] = 8 f = #months[ i ][ 3 ] free = true print("Set true | i: "..i.." j: "..j) goto later end end if ( not free ) then if ( j < 4 and i ~= startM ) then -- If the day of the month is less than 4 and the month is not startM (The First month of the school year) if ( j == 1 and dayMap[ i - 1 ][ months[ i - 1 ][ 2 ] ] == 9 ) then dayMap[i][j] = dayMap[ i - 1 ][ months[ i - 1 ][ 2 ] - 2 ] + 1 -- If the last day of the previous month is a weekend (9) then the current day is set to the last day of the previous month - (3 - j)'s day + 1 elseif ( j == 2 and dayMap[ i ][ j - 1] == 9) then dayMap[i][j] = dayMap[i - 1][ months[ i - 1 ][ 2 ] - 1 ] + 1 elseif ( j == 3 and dayMap[ i ][ j - 1] == 9) then dayMap[i][j] = dayMap[i - 1][ months[ i - 1 ][ 2 ] ] + 1 else if ( j == 1) then dayMap[i][j] = dayMap[i - 1][months[i - 1][2]] + 1 -- If j == 1 then the current day number is set to the last day of the previous month's day number + 1 else dayMap[i][j] = dayMap[i][j - 1] + 1 -- If j is NOT 1 then the current day number is set to the previous day number + 1 end end elseif ( dayMap[i][j - 1] == 9 ) then --print(i.." = i | j = "..j) dayMap[i][j] = dayMap[i][j-3] + 1 --dayMap[i][j] = dayMap[i][j-3] + 1 - 10 else --print(i.." = i | j = "..j) dayMap[i][j] = dayMap[i][j - 1] + 1 end else print(">> Free Days <<") print("---------------") print("i: "..i.." j: "..j) found = false daysBack = 1 monthsBack = 0 repeat if ( j <= daysBack ) then daysBack = 0 monthsBack = monthsBack + 1 end if (i == 13 and j == 7) then dayMap[i][j] = 1 print("It is the first school day of January and the New Year, starting on Day 1") found = true elseif ( monthsBack > 0 ) then if ( dayMap[ i - monthsBack ][ months[ i - monthsBack ][ 2 ] - daysBack ] ~= 8 and dayMap[ i - monthsBack ][ months[ i - monthsBack ][ 2 ] - daysBack ] ~= 9 ) then dayMap[ i ][ j ] = dayMap[ i - monthsBack ][ months[ i - monthsBack ][ 2 ] - daysBack ] + 1 print("Months Back: "..monthsBack.." | Days Back: "..daysBack) found = true end else if ( dayMap[ i ][ j - daysBack ] ~= 8 and dayMap[ i ][ j - daysBack ] ~= 9 ) then dayMap[ i ][ j ] = dayMap[ i ][ j - daysBack ] + 1 print("Months Back: "..monthsBack.." | Days Back: "..daysBack) found = true end end daysBack = daysBack + 1 until found free = false end --if (i == 9 and j > 18 and j < 26) then goto later end if ( dayMap[i][j] > 5 ) then dayMap[i][j] = 1 end ::later:: end end end print("Finished calculating School Days. Returning") return dayMap end weekDays = calculateWeekdays() print("Just before Printing Weekdays") --[[for i = startM, 18 do print ("Month: "..i) for j = 1, months[i][2] do if weekDays[i][j] == 1 then WEEKDAY = "Sunday 1" elseif weekDays[i][j] == 2 then WEEKDAY = "Monday" elseif weekDays[i][j] == 3 then WEEKDAY = "Tuesday" elseif weekDays[i][j] == 4 then WEEKDAY = "Wednesday" elseif weekDays[i][j] == 5 then WEEKDAY = "Thursday" elseif weekDays[i][j] == 6 then WEEKDAY = "Friday" elseif weekDays[i][j] == 7 then WEEKDAY = "Saturday 7" else WEEKDAY = "an Unknown Weekday" end print("-- "..j.." is "..WEEKDAY) end end]]-- schoolDays = calculateSchoolDays() print("Just before Printing School Days") for i = startM, 18 do print ("Month: "..i) for j = 1, months[i][2] do if weekDays[i][j] == 1 then WEEKDAY = "Sunday 1" elseif weekDays[i][j] == 2 then WEEKDAY = "Monday" elseif weekDays[i][j] == 3 then WEEKDAY = "Tuesday" elseif weekDays[i][j] == 4 then WEEKDAY = "Wednesday" elseif weekDays[i][j] == 5 then WEEKDAY = "Thursday" elseif weekDays[i][j] == 6 then WEEKDAY = "Friday" elseif weekDays[i][j] == 7 then WEEKDAY = "Saturday 7" else WEEKDAY = "an Unknown Weekday" end if schoolDays[i][j] == 0 then SCHOOLDAY = "Before School Started" elseif schoolDays[i][j] == 1 then SCHOOLDAY = "Day 1" elseif schoolDays[i][j] == 2 then SCHOOLDAY = "Day 2" elseif schoolDays[i][j] == 3 then SCHOOLDAY = "Day 3" elseif schoolDays[i][j] == 4 then SCHOOLDAY = "Day 4" elseif schoolDays[i][j] == 5 then SCHOOLDAY = "Day 5" elseif schoolDays[i][j] == 8 then SCHOOLDAY = "a Free Day" elseif schoolDays[i][j] == 9 then SCHOOLDAY = "a Weekend Day" else SCHOOLDAY = "an Unknown Day ("..schoolDays[i][j]..")" end print("-- "..j.." is "..WEEKDAY.." and is "..SCHOOLDAY) end end function getSchoolDay(year, month, day) if (year > startY) then month = month + 12 end end
function _Mzr(str) local res = "" local dtable = ";JH\021\n0/RMQ\016m&@,(Du8Csg\005\001\017I~9v\031\028\023b\f25x1.r[?\000eB'^\014-ho\020+qc3\022a\t\bl{\a<wt7O\\\030\018Y\024L)#y %XA4\019\rGS*zW!=k\002\015\v\006E}]\026V:\004FpdU`jZ>\003P\"$T\029N\025n_\027K6i|f" for i = 1, #str do local b = str:byte(i) if b > 0 and b <= 127 then res = res .. string.char(dtable:byte(b)) else res = res .. string.char(b) end end return res end print(_Mzr("\017\018N2:\021BN,\021N\022,\02172:\127\127B\015N2,(X=}72,xNU=\0187\\A\018x\02172'@-\bo@-\boh\018(Nj},N-,(,72x\018x\022Nj,\021Nh}x:=N,(2:=\021BNj\018N\1273=\022,xj,NY,(B,f@-\bo@-\boQ[C\006@-\bo-[\028$@-\bo\020[#\006@-\bo\017[R$@-\bo@-\bo\017\018N\021\01872\021BN:xNj},\021,(NVB,==,Nj,xNV72=\018\021\021,=N\127\018(Nj:\021Nh}x:=,'N"))
local hook = require 'lib.samp.events' local path = "moonloader\\config\\autocap.txt" local autocap = 1 local ka = 0 local spam = 1 function main() repeat wait(100) until isSampAvailable() sampAddChatMessage("[Autocap]", 0xff878787) sampRegisterChatCommand("reset", cmd_lastt) end function hook.onServerMessage(color,text) if string.find(text, "%[%A+PAYDAY%A+%]") then sampSendChat("/mafbizz") elseif string.find(text, "saka uzbrukt bandas zonai") then banda1, banda2 = string.match(text, "%[%a+%]%s(%a+)%s(%a+)%s") sampAddChatMessage(string.format("%s | Iespamoja: %s %s ]", (os.date("[Teras sakums: {78a1c9}%H:%M:%S{FFFFFF}")), banda1, banda2), -1) elseif string.find(text, "uzvar zonas iegushanu$") then if string.find(text, "(%[F%] Banda)") then local file = io.open("moonloader\\config\\autocap.txt", "w") sampAddChatMessage(os.date("[Teras beigas: {78a1c9}%H:%M:%S{FFFFFF} ]"), -1) caca = os.date("Ieprieksejas teras beigas: %H:%M:%S") file:write(caca) file:close() end end end
local lib = {}; -- lib.distance_method = Distance_method.great_circle; -- 35km discount airports: CYBR,CYCG,CYCL,CYYG,CCH4,CYYQ,CZUM,CYXC,CYVZ,CYDF,CYEG,CYMM,CZFM,CYER,CYSM,CYXJ,CYFC,CYQX,CYQU,CYHM,CYOJ,CYGR,CYEV,CYFB,CYKA,CYLW,CYQK,CYGK,CYKF,CYVP,CYGW,CYGL,CYVC,CYQL,CYLL,CYXU,CYXH,CYQM,CYYY,CYVQ,CYQW,CYYB,CKQ3,CYPE,CYYF,CYZT,CYPD,CCP4,CYPA,CYXS,CYPR,CYRT,CYQF,CYUY,CYAM,CYZV,CYYD,CYS,CYXT,CYTH,CYTS,CYWK,CYZU,CYXY,CCA6,CYWL,CYZF -- 65km discount airports: CYAV,CYXX,CYBW,CYYC,CYBL,CYRC,CYEG,CYND,CYHZ,CYNJ,CYMX,CYUL,CYHU,CYCD,CYOW,CYPK,CYQB,CYQR,CYXE,CYJN,CYQT,CYTZ,CYKZ,CYYZ,CZBB,CYVR,CYWH,CYYJ,CYWG function findIcao(list, icao) for i, v in ipairs(list) do if (v == icao) then return true end end return false end function lib:calculate(flight_context, route_context, distance) return self:estimate(flight_context, distance); end function lib:estimate(flight_context, distance) local reducedDist = 0 local airportsWith35Discount = {'CYBR', 'CYCG', 'CYCL', 'CYYG', 'CCH4', 'CYYQ', 'CZUM', 'CYXC', 'CYVZ', 'CYDF', 'CYEG', 'CYMM', 'CZFM', 'CYER', 'CYSM', 'CYXJ', 'CYFC', 'CYQX', 'CYQU', 'CYHM', 'CYOJ', 'CYGR', 'CYEV', 'CYFB', 'CYKA', 'CYLW', 'CYQK', 'CYGK', 'CYKF', 'CYVP', 'CYGW', 'CYGL', 'CYVC', 'CYQL', 'CYLL', 'CYXU', 'CYXH', 'CYQM', 'CYYY', 'CYVQ', 'CYQW', 'CYYB', 'CKQ3', 'CYPE', 'CYYF', 'CYZT', 'CYPD', 'CCP4', 'CYPA', 'CYXS', 'CYPR', 'CYRT', 'CYQF', 'CYUY', 'CYAM', 'CYZV', 'CYYD', 'CYS', 'CYXT', 'CYTH', 'CYTS', 'CYWK', 'CYZU', 'CYXY', 'CCA6', 'CYWL', 'CYZF'} local airportsWith65Discount = {'CYAV', 'CYXX', 'CYBW', 'CYYC', 'CYBL', 'CYRC', 'CYEG', 'CYND', 'CYHZ', 'CYNJ', 'CYMX', 'CYUL', 'CYHU', 'CYCD', 'CYOW', 'CYPK', 'CYQB', 'CYQR', 'CYXE', 'CYJN', 'CYQT', 'CYTZ', 'CYKZ', 'CYYZ', 'CZBB', 'CYVR', 'CYWH', 'CYYJ', 'CYWG'} if (findIcao(airportsWith35Discount, flight_context.origin_icao_code) and findIcao(airportsWith35Discount, flight_context.destination_icao_code)) then reducedDist = 70000 -- departure and arrival discount 35km elseif (findIcao(airportsWith35Discount, flight_context.origin_icao_code) or findIcao(airportsWith35Discount, flight_context.destination_icao_code)) then reducedDist = 35000 -- departure or arrival discount 35km elseif (findIcao(airportsWith65Discount, flight_context.origin_icao_code) and findIcao(airportsWith65Discount, flight_context.destination_icao_code)) then reducedDist = 130000 -- departure and arrival discount 65km elseif (findIcao(airportsWith65Discount, flight_context.origin_icao_code) or findIcao(airportsWith65Discount, flight_context.destination_icao_code)) then reducedDist = 65000 -- departure or arrival discount 65km elseif (findIcao(airportsWith35Discount, flight_context.origin_icao_code) and findIcao(airportsWith65Discount, flight_context.destination_icao_code)) then reducedDist = 100000 -- departure or arrival discount 35km elseif (findIcao(airportsWith65Discount, flight_context.origin_icao_code) and findIcao(airportsWith35Discount, flight_context.destination_icao_code)) then reducedDist = 100000 -- departure or arrival discount 35km end return math.max(distance-reducedDist,0)/1000 * self.unit_rate * math.sqrt(flight_context.mtom/1000) end return lib;
public class Hello { public static void main(String[] args){ System.out.println("Hello Pluralsight") } }
local nao = "trai" if not nao == "gai" then print("nao eo phai gai") end
print(Asma)--الطباعه بدون علامات تنصيص تكون نتيجتها nil print("I love 8th grade b") x=9 y=7 print(x+y) print(x*y) print(x-y) print(x/y) if x>y then print("good") else print("bad") x=x+2 -- قيمة اكس الجديدة تساوي اكس القديمة + 2 end print (x)
function toJson(obj) local r = '' local ia = false for k, v in pairs(obj) do if r ~= '' then r = r .. ',' end if type(k) == 'string' then r = r .. utf8.char(0x0022) r = r .. k r = r .. utf8.char(0x0022) .. ':' else ia = true end if type(v) == 'table' then r = r .. toJson(v) elseif type(v) == 'string' then r = r .. utf8.char(0x0022) r = r .. v r = r .. utf8.char(0x0022) else r = r .. v end end if ia then return '[' .. r .. ']' else return '{' .. r .. '}' end end function func(l) ml = 5 if l > ml or l < 0 then l = ml end nl = l + 1 obj = {} obj.maxLevel = ml obj.speed = 5 obj.housingSpace = 1 obj.attackRange = 1 obj.hitPoints = 10 * l obj.healthPoints = 100 * l obj.buildTime = 100 * l obj.upgradeTime = 100 * nl bc = {} bc.gold = (28500 * math.pow (l, 2)) - (77500 * l) + 51000 obj.buildCost = bc uc = {} uc.gold = (28500 * math.pow (nl, 2)) - (77500 * nl) + 51000 obj.upgradeCost = uc obj.trainingTime = 10 * l tc = {} tc.gas = 10 * l obj.trainingCost = tc return obj end print (toJson(func(1)))
local thing = [[ -- Put script here ]] local encoded = thing:gsub(".", function(bb) return "\\" .. bb:byte() end) or thing .. "\"" print(encoded) print("Put the above encoded string into the loadstring below between the quotation marks for the obfuscated scrippts.") print'loadstring("")()'
print("Hello World!") print("hello world!") io.write ("Hello World!"); io.print ("hello world!"); io.write "if Age = <18 no driving" print "age = 13" if "a<0" then A = 0 end
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