kodetaufik

  =============== 3 menit imacd 16 3 menit imacd 5 =============== =============== pakai ini II 15 menit imacd 16 3 menit frama 3 dan 0.5 frama 12 dan 1 3 menit imacd 16 (potensi perubahan trend) =============== =============== pakai Ini I (asli) <<<<< - 15 menit imacd 16 - 1 menit frama 3 dan 0.5 frama 12 dan 1 - tambahkan TP ke 3 (rsi 5 dan 3) (opsional) tambahan imacd 1 menit 16 untuk perubahn cutlos rsi primed ( 11 dan 4) =============== trik lain khusus frama 12 dan 1 <<<<<< - 15 menit imacd 16 - 1 menit frama 12 dan 1 - 3 menit Rsi 5 dan 3 imacd 16 ================ cadangan pakai ini II imacd 15 ubah jadi 3 menit dengan imacd 16 juga

  // This work is licensed under Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International // https://creativecommons.org/licenses/by-nc-sa/4.0/ // © BigBeluga (Modified to Real-Time Oscillator / iMACD Style) // @version= 5 indicator ( "iFRAMA Oscillator Real-Time [BigBeluga Mod]" , overlay = false , max_labels_count = 500 ) // ＩＮＰＵＴＳ --------------------------------------------------------------------------------------------------------{ int   N         = input.int   ( 26 , title = "Length" , minval = 2 , step = 2 , group = "Channel" ) float distance = input.float ( 1.5 , "Bands Distance" , step = 0.01 , minval = 0.3 , group = "Channel" ) // Colors group   = "Colors" color color1     = input.color ( #27e27b , "Bullish" , group = group , inline = "1" ) color color2     = input.color ( #f23645 , "Bearish" , group = group , inline =...

 pakai ini xauusd 3 menit (frama 12 dan 1) screening (bisa pakai imacd 16) 1 menit (frama 5 dan 0.3) entry 3 menit ( frama 3 dan 0.5 ) cutloss kedua (bisa pakai imacd 5)\\ 3 menit a . frama 12 dan 1 atau imacd 16 b. frama 3 dan 0.5 1 menit a. frama 5 dan 0.3

  // This work is licensed under Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International   // https://creativecommons.org/licenses/by-nc-sa/4.0/ // © BigBeluga // @version= 5 indicator ( "FRAMA Channel [BigBeluga]" , overlay = true , max_labels_count = 500 ) // ＩＮＰＵＴＳ --------------------------------------------------------------------------------------------------------{ // User Inputs for FRAMA Channel int     N           = input.int   ( 26 , title = "Length" , minval = 2 , step = 2 , group = "Channel" ) // Length for FRAMA calculation float   distance   = input.float ( 1.5 , "Bands Distance" , step = 0.01 , minval = 0.3 , group = "Channel" ) // Distance for channel bands string price_vol   = input.string ( "Price" , "Signals Data" , [ "Price" , "Average Volume" ]) // Source data for signals string labl_size   = input.string ( "Small...

frama 5 menit = 12 dan 1 imacd 3 menit = 5 dan 6 frama 3 menit = 3 dan 0,5 

  // // @author LazyBear // // List of my public indicators: http://bit.ly/1LQaPK8 // List of my app-store indicators: http://blog.tradingview.com/?p=970 // // study ( "Impulse MACD [LazyBear]" , shorttitle = "IMACD_LB" , overlay = false ) lengthMA = input ( 34 ) lengthSignal = input ( 9 ) calc_smma ( src , len ) =>     smma = na ( smma [ 1 ]) ? sma ( src , len ) : ( smma [ 1 ] * ( len - 1 ) + src ) / len     smma calc_zlema ( src , length ) =>     ema1 = ema ( src , length )     ema2 = ema ( ema1 , length )     d = ema1 - ema2     ema1 + d src = hlc3 hi = calc_smma ( high , lengthMA ) lo = calc_smma ( low , lengthMA ) mi = calc_zlema ( src , lengthMA ) md = ( mi > hi ) ? ( mi - hi ) : ( mi < lo ) ? ( mi - lo ) : 0 sb = sma ( md , lengthSignal ) sh = md - sb mdc = src > mi ? src > hi ? lime : green : src < lo ? red : orange plot ( 0 , color = gray , linewidth =...

  // @version= 5 strategy ( "Impulse MACD Strategy [Custom]" , shorttitle = "IMACD_Strat" , overlay = false , initial_capital = 10000 , default_qty_type = strategy.percent_of_equity , default_qty_value = 100 ) // === INPUT PARAMETERS === lengthMA = input.int ( 15 , title = "Length MA" ) lengthSignal = input.int ( 8 , title = "Length Signal" ) // === INPUT FILTER WAKTU PENGUJIAN (BACKTEST RANGE) === string g_time = "Filter Periode Backtest" startDate   = input.int ( 1 , title = "Dari Tanggal" , group = g_time ) startMonth = input.int ( 1 , title = "Dari Bulan" , group = g_time ) startYear   = input.int ( 2020 , title = "Dari Tahun" , group = g_time ) endDate     = input.int ( 31 , title = "Sampai Tanggal" , group = g_time ) endMonth   = input.int ( 12 , title = "Sampai Bulan" , group = g_time ) endYear     = input.int ( 2026 , title = "Sampai Tahu...