-- Comment line Log(12)
-- Logging a test or variable in the compile view

-- Getting price data
p = GetPrices()       -- Get Closing prices
p = GetClosePrices()  -- Get Closing prices
p = GetHighPrices()   -- Get High prices
p = GetLowPrices()    -- Get Low prices
p = GetOpenPrices()   -- Get Open prices
p = GetAskPrices()    -- Get Ask prices
p = GetBidPrices()    -- Get Bid prices
p = GetVolumes()      -- Get volume data
​
p = GetOC()           -- Get (Open + Close)/2 prices
p = GetHL()           -- Get (High + Low)/2 prices
p = GetHLC()          -- Get (High + Low + Close)/3 prices
p = GetOHLC()         -- Get (Open + High + Low + Close)/4 prices

-- Input field (returns the set value)
v = Input("myid","Length",30,1,999)     
-- the text on the settings is "Length" 
-- the default value is 30
-- the minimum value is 1
-- the maximum value is 999

Plot("My line", pr, 0, Green)    
-- the line is named "My line"
-- the value is pr
-- the chart is 0, meaning on the candles, use 1, 2 or 3 for extra charts
-- the color is green, we support the following colors;
--   Purple
--   Green
--   Gold
--   Red
--   Blue
--   Orange
--   SkyBlue
--   Yellow
--   White
--   Gray
--   DarkGray

Save("mykey",123)                    -- Store a value of the last calculation
Load("mykey")                        -- Load a value of the last calculation

-- Sample script (for indicators and safeties) how to generate a trading signal
if (pr > 2537) then
    LongBuy()
else
    ShortSell()
end
​
-- NOTE: Also supports "or" and "and", for example: if (pr < 6500 or pr == 6800) then...

h = GetHigh(p,10)                   -- Get the highest price, based on the last 10 prices
l = GetLow(p,20)                    -- Get the lowest price, based on the last 20 prices
pp = Offset(p,5)                    -- Returns the same array with the the first 5 prices removed
​
pp = Compress(p)                    -- Compresses 2 prices into 1
res = TimeVal(2)                    -- Checks if the current time is dividable by 2 minutes (return true or false)
t = TIME()                          -- Returns current time in unix format

res = AddArr(a,b)                   -- Merge 2 arrays (a+b)
res = SubArr(a,b)                   -- Substract 2 arrays (a-b)
res = MulArr(a,b)                   -- Multiple 2 arrays (a*b)
res = DivArr(a,b)                   -- Divide 2 arrays (a/b)

x = AROON(h,l,30)                   -- Returns an array with the Aroon values of length 30
x = AROONOSC(h,l,30)                -- Returns an array with the Aroon-Oscillator values of length 30
x = ATR(h,l,c,30)                   -- Returns an array with the Average True Range values of length 30
x = BOP(o,h,l,c)                    -- Returns an array with the Balance of Power values of length 30
x = CCI(h, l, c, 30)
x = CMO(p,30)                       -- Returns an array with the Chande Momentum Oscillator values of length 30
x = EMA(p,30)                       -- Returns an array with the Exponential Moving Average values of length 30
x = DEMA(p,30)                      -- Returns an array with the Double EMA values of length 30
x = DX(h, l, c, 30)
x = KAMA(p,30)                      -- Returns an array with the Kaufman's Adjusted Moving Average values of length 30
x = MAMA(p,30,10)                   -- Returns an array with the Mother of Adaptive MAs values of short length 30 and long length 10
x = MACD(c, 12, 26, 9)              -- Returns an array of an array with x[0] = MACD, x[1] = signal line, x[2] = histogram (MACD - signal)
x = MOMENTUM(c, 30)
x = NATR(h, l, c, 30)
x = OBV(c, v)
x = POC(p,30)                       -- Returns an array with the Point-of-Control values of length 30
x = ROC(p,30)                       -- Returns an array with the Rate-of-Change values of length 30
x = ROCALT(p,30)                    -- Returns an array with the ROCALT values of length 30
x = ROCP(p,30)                      -- Returns an array with the ROC percentage values of length 30
x = ROCR(p,30)                      -- Returns an array with the ROCR values of length 30
x = RSI(p,14)                       -- Returns an array with the Relative Strength Index values of length 30
x = SMA(p,50)                       -- Returns an array with the Simple Moving Average values using last 50 values from p series
x = STDDEV(c, 30)
x = STOCH(h, l, c, 3, 5, 10)        -- Returns an array of arrays with x[0] = D and x[1] = D-slow 
x = TEMA(p,30)                      -- Returns an array with the TEMA values of length 30
x = TRANGE(h, l, c)
x = TRIMA(p,30)                     -- Returns an array with the TRIMA values of length 30
x = TYPPRICE(h, l, c)
x = ULTOSC(h, l, c, 10, 15, 20)
x = VARIANCE(c, 20)

LastBuyPrice()                      -- Returns the bot its last buying price (spot trading only)
LastSellPrice()                     -- Returns the bot its last selling price (spot trading only)
​
LastGoLongPrice()                   -- Returns the bot its last go long price (margin and leverage trading only)
LastExitLongPrice()                 -- Returns the bot its last exit long price (margin and leverage trading only)
LastGoShortPrice()                  -- Returns the bot its last go short price (margin and leverage trading only)
LastExitShortPrice()                -- Returns the bot its last exit short price (margin and leverage trading only)
​
BotPosition()                       -- Returns the bot its current position ()
TradeAmount()                       -- Returns the bot its trade-amount
Interval()                          -- Returns the update interval (indicator only)

ShortSell()                         -- Signal a sell/short
BuyLong()                           -- Signal a buy/long 
ExitPosition()                      -- Signal a exit position (works only for margin and leverage)

AllowTrade()                        -- Approves of a trade
DisallowTrade()                     -- Block a trade