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Indicator · Pine Script v5 · On the chart

Moving Averages Refurbished

by andreperez

This indicator plots multiple types of moving averages on the price chart including SMA, EMA, ALMA, EPMA, and others.

View on GitHub

GitHub stars6on the repository
Pine versionv5runs as is
Lines of code1,453
Settings40inputs
LicenceMIT
Last update3 years ago27 Nov 2022

Add It to Your TradingView Chart

  1. 1Copy the scriptPress Copy script above, or the copy button on the code below.
  2. 2Open the Pine EditorOpen a TradingView chart and choose Pine Editor at the bottom of the screen.
  3. 3Paste over the templateCreate a new indicator, select all of the template text and paste. Press Save and give it a name.
  4. 4Add it to the chartPress Add to chart, then adjust the settings with the gear icon next to its name.

Source Code

1,453 lines of Pine Script v5 from Moving Averages Refurbished.pine, published under MIT. Keep the author's credit and licence lines when you reuse it.

Moving Averages Refurbished.pine 
//@version=5
// @author=andre_007

// @version=5
// @Author andre_007
// @description Moving Averages Refurbished
// @License This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// @Thanks and credits:
//      TradingView
//      PineCoders
//      CrackingCryptocurrency
//      MightyZinger
//      Alex Orekhov (everget)
//      alexgrover
//      paragjyoti2012
//      Franklin Moormann (cheatcountry)

indicator(title='Moving Averages Refurbished', shorttitle='MAR', format=format.inherit, overlay=true)

import andre_007/MovingAveragesProxy/1 as MaProxy

// ———————————————————————————————————————— Only for benchmark {
// import PineCoders/LibraryStopwatch/1 as Stopwatch    // Only for debug
// [timePerBarInMs, totalTimeInMs, barsTimed, barsNotTimed] = Stopwatch.stopwatchStats()
// msElapsed = Stopwatch.stopwatch()
// ———————————————————————————————————————— }

// ———————————————————————————————————————— Only for Debug {
// import paragjyoti2012/LoggerLib/5 as Logger

// var logger=Logger.init()
// var logTable=Logger.initTable(logger, max_rows_count=15, offset=0, position='left', size='small', hide_date=false, stickyRows=0)
// ———————————————————————————————————————— }

// ———————————————————————————————————————— Constants {
// --> Rolling VWAP
var string TT_WINDOW = "By default, the time period used to calculate the RVWAP automatically adjusts with the chart's timeframe.
  Check this to use a fixed-size time period instead, which you define with the following three values."
var string TT_MINBARS = "The minimum number of last values to keep in the moving window, even if these values are outside the time period.
  This avoids situations where a large time gap between two bars would cause the time window to be empty."
var string GRP2 = 'Exclusive for Rolling VWAP'
// <--

// Moving Averages Types
var string AARMA    = 'Adaptive Autonomous Recursive Moving Average'
var string ADEMA    = '* Alpha-Decreasing Exponential Moving Average'
var string AHMA     = 'Ahrens Moving Average'
var string ALMA     = 'Arnaud Legoux Moving Average'
var string ALSMA    = 'Adaptive Least Squares'
var string AUTOL    = 'Auto-Line'
var string CMA      = 'Corrective Moving average'
var string CORMA    = 'Correlation Moving Average Price'
var string COVWEMA  = 'Coefficient of Variation Weighted Exponential Moving Average'
var string COVWMA   = 'Coefficient of Variation Weighted Moving Average'
var string DEMA     = 'Double Exponential Moving Average'
var string DONCHIAN = 'Donchian Middle Channel'
var string EDMA     = 'Exponentially Deviating Moving Average'
var string EDSMA    = 'Ehlers Dynamic Smoothed Moving Average'
var string EFRAMA   = '* Ehlrs Modified Fractal Adaptive Moving Average'
var string EHMA     = 'Exponential Hull Moving Average'
var string EMA      = 'Exponential Moving Average'
var string EPMA     = 'End Point Moving Average'
var string ETMA     = 'Exponential Triangular Moving Average'
var string EVWMA    = 'Elastic Volume Weighted Moving Average'
var string FAMA     = 'Following Adaptive Moving Average'
var string FIBOWMA  = 'Fibonacci Weighted Moving Average'
var string FISHLSMA = 'Fisher Least Squares Moving Average'
var string FRAMA    = 'Fractal Adaptive Moving Average'
var string GMA      = 'Geometric Moving Average'
var string HKAMA    = 'Hilbert based Kaufman\'s Adaptive Moving Average'
var string HMA      = 'Hull Moving Average'
var string JURIK    = 'Jurik Moving Average'
var string KAMA     = 'Kaufman\'s Adaptive Moving Average'
var string LC_LSMA  = '1LC-LSMA (1 line code lsma with 3 functions)'
var string LEOMA    = 'Leo Moving Average'
var string LINWMA   = 'Linear Weighted Moving Average'
var string LSMA     = 'Least Squares Moving Average'
var string MAMA     = 'MESA Adaptive Moving Average'
var string MCMA     = 'McNicholl Moving Average'
var string MEDIAN   = 'Median'
var string REGMA    = 'Regularized Exponential Moving Average'
var string REMA     = 'Range EMA'
var string REPMA    = 'Repulsion Moving Average'
var string RMA      = 'Relative Moving Average'
var string RSIMA    = 'RSI Moving average'
var string RVWAP    = '* Rolling VWAP'
var string SMA      = 'Simple Moving Average'
var string SMMA     = 'Smoothed Moving Average'
var string SRWMA    = 'Square Root Weighted Moving Average'
var string SW_MA    = 'Sine-Weighted Moving Average'
var string SWMA     = '* Symmetrically Weighted Moving Average'
var string TEMA     = 'Triple Exponential Moving Average'
var string THMA     = 'Triple Hull Moving Average'
var string TREMA    = 'Triangular Exponential Moving Average'
var string TRSMA    = 'Triangular Simple Moving Average'
var string TT3      = 'Tillson T3'
var string VAMA     = 'Volatility Adjusted Moving Average'
var string VIDYA    = 'Variable Index Dynamic Average'
var string VWAP     = '* VWAP'
var string VWMA     = 'Volume-weighted Moving Average'
var string WMA      = 'Weighted Moving Average'
var string WWMA     = 'Welles Wilder Moving Average'
var string XEMA     = 'Optimized Exponential Moving Average'
var string ZEMA     = 'Zero-Lag Exponential Moving Average'
var string ZSMA     = 'Zero-Lag Simple Moving Average'

// --> Tooltips
var string TOOLTIP_SAME_PARAMS = 'Check this to apply same type, source and offset for all moving averages.\n' + 
  'For moving averages with * the length parameter does not apply.\n' +
  'These types can only be setted individually.'
var string TOOLTIP_PREDEFINED_PERIODS = '🟩 Defined by user: each period in parameters below take precedence. Otherwise, these periods don\'t take effect.\n' + 
  '🟩 Arithmetic Progression: set the periods in increments of n, for example, 5, 10, 15,..., where n = 5.\n' + 
  '🟩 Tradicional: set the periods to some important numbers: 8, 21, 50, 100, 200, 365 (one year), 730 (two years), etc.\n' + 
  '🟩 Fibonacci: set the periods in increments of Fibonacci: 3, 5, 8, 13, 21,...,233, etc. The limit is 2584.\n' + 
  '🟩 200 for All: set all the periods with 200. For this parameter to make sense, it is necessary to configure each averaging to a different type.'
var string TOOLTIP_ALMA = '◆ Offset: this is considered in the formula, not in the graphic! Offset is the Gaussian applied to the combo line and it is 0.85 by default.\nSetting offset at 1 makes it fully aligned to the current price just like the exponential moving average.\nWhile setting it to zero makes it just like a simple moving average.\nTraders may try offset combinations according to their own needs and preferences.\n\n◆ Sigma: the standard deviation applied to the combo line. It makes the combo line sharper.'
var string TOOLTIP_COLOR_AVERAGE = 'Examples:\n🟩 Moving average 1 > moving average 2 is defined by green.\n🟥 Moving average 1 < moving average 2 is defined by red.'

// --> Predefined periods of Moving Averages
var string PREDEFINED_PERIODS_1  = 'Defined by user'
var string PREDEFINED_PERIODS_2  = 'Arithmetic Progression of 5'
var string PREDEFINED_PERIODS_3  = 'Arithmetic Progression of 7'
var string PREDEFINED_PERIODS_4  = 'Arithmetic Progression of 8'
var string PREDEFINED_PERIODS_5  = 'Arithmetic Progression of 9'
var string PREDEFINED_PERIODS_6  = 'Arithmetic Progression of 10'
var string PREDEFINED_PERIODS_7  = 'Arithmetic Progression of 16'
var string PREDEFINED_PERIODS_8  = 'Arithmetic Progression of 20'
var string PREDEFINED_PERIODS_9  = 'Arithmetic Progression of 30'
var string PREDEFINED_PERIODS_10 = 'Arithmetic Progression of 32'
var string PREDEFINED_PERIODS_11 = 'Arithmetic Progression of 50'
var string PREDEFINED_PERIODS_12 = 'Arithmetic Progression of 64'
var string PREDEFINED_PERIODS_13 = 'Tradicional: 8, 21, 50, 100, 200, 365, 730, 1095, 1460, 1825, 2190'
var string PREDEFINED_PERIODS_14 = 'Fibonacci'
var string PREDEFINED_PERIODS_15 = '200 for All'

// --> Colors (Defined by User) (Default)
// Bull
var color COLOR_BULL_01 = #3af13c
var color COLOR_BULL_02 = #00e85f
var color COLOR_BULL_03 = #00de7e
var color COLOR_BULL_04 = #00d39c
var color COLOR_BULL_05 = #00c7b6
var color COLOR_BULL_06 = #00bace
var color COLOR_BULL_07 = #00ace2
var color COLOR_BULL_08 = #009ef0
var color COLOR_BULL_09 = #0090f7
var color COLOR_BULL_10 = #0080f7
var color COLOR_BULL_11 = #0079fa
var color COLOR_BULL_12 = #0072fd
var color COLOR_BULL_13 = #006aff
var color COLOR_BULL_14 = #0062ff
var color COLOR_BULL_15 = #0059ff
var color COLOR_BULL_16 = #004fff
var color COLOR_BULL_17 = #0044ff
var color COLOR_BULL_18 = #0038ff
var color COLOR_BULL_19 = #0028ff
var color COLOR_BULL_20 = #000cff
// Bear
var color COLOR_BEAR_01 = #ff0000
var color COLOR_BEAR_02 = #fc1c1a
var color COLOR_BEAR_03 = #f82c2a
var color COLOR_BEAR_04 = #f43837
var color COLOR_BEAR_05 = #ef4343
var color COLOR_BEAR_06 = #f5513b
var color COLOR_BEAR_07 = #fa5f31
var color COLOR_BEAR_08 = #fd6d26
var color COLOR_BEAR_09 = #ff7c18
var color COLOR_BEAR_10 = #ff8a00
var color COLOR_BEAR_11 = #ff9900
var color COLOR_BEAR_12 = #ffa700
var color COLOR_BEAR_13 = #ffb600
var color COLOR_BEAR_14 = #ffc400
var color COLOR_BEAR_15 = #ffd200
var color COLOR_BEAR_16 = #f6d028
var color COLOR_BEAR_17 = #eecd3b
var color COLOR_BEAR_18 = #e6cb4b
var color COLOR_BEAR_19 = #dec858
var color COLOR_BEAR_20 = #d7c564
// ———————————————————————————————————————— }

// ———————————————————————————————————————— Global Variables {
// Default parameters for all moving averages
var bool inputSameParams = true
var string inputTypeAll = 'REGMA'
var float inputSourceAll = close
var int inputOffsetAll = 0

// Length of Moving Averages
var int lenMa1  = 5
var int lenMa2  = 10
var int lenMa3  = 15
var int lenMa4  = 20
var int lenMa5  = 25 
var int lenMa6  = 30
var int lenMa7  = 35
var int lenMa8  = 40
var int lenMa9  = 45
var int lenMa10 = 50
var int lenMa11 = 55
var int lenMa12 = 60
var int lenMa13 = 65
var int lenMa14 = 70
var int lenMa15 = 75
var int lenMa16 = 80
var int lenMa17 = 85
var int lenMa18 = 90
var int lenMa19 = 95
var int lenMa20 = 95

// Calculations of Moving Averages
float movingAverage1  = na
float movingAverage2  = na
float movingAverage3  = na
float movingAverage4  = na
float movingAverage5  = na
float movingAverage6  = na
float movingAverage7  = na
float movingAverage8  = na
float movingAverage9  = na
float movingAverage10 = na
float movingAverage11 = na
float movingAverage12 = na
float movingAverage13 = na
float movingAverage14 = na
float movingAverage15 = na
float movingAverage16 = na
float movingAverage17 = na
float movingAverage18 = na
float movingAverage19 = na
float movingAverage20 = na

// Bar Colors
color barColor = na
var string inputTheme = 'Defined by user'
var int inputColorFillTransparency = 90
// ———————————————————————————————————————— }

// ———————————————————————————————————————— Global inputs {
var string GROUP_ALL = '🔴🔴🔴🔴 Parameters for all Moving Averages'
inputSameParams := input.bool(title='Same parameters for all moving averages?',
  defval=true, tooltip=TOOLTIP_SAME_PARAMS, inline='01', group=GROUP_ALL)

inputTypeAll := input.string(title='Type', defval=REGMA,
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='02', group=GROUP_ALL)

inputSourceAll := input.source(title='Source', defval=close, inline='03', group=GROUP_ALL)
inputOffsetAll := input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='03', group=GROUP_ALL)

var string GRP_AARMA = 'Adaptive Autonomous Recursive Moving Average'
var float gamma_aarma = input.float(3, "Gamma", group=GRP_AARMA)

var string GRP_ALSMA = 'Adaptive Least Squares Moving Average'
var float smooth = input.float(1.5, "Smooth", group=GRP_ALSMA)

var string GROUP_ALMA = 'Arnaud Legoux Moving Average (ALMA)'
inputAlmaOffset = input.float(title='Offset', defval=0.85, group=GROUP_ALMA, inline='04') 
inputAlmaSigma  = input.float(title='Sigma', defval=6, group=GROUP_ALMA, inline='04', tooltip=TOOLTIP_ALMA)

var string GRP_CORR = 'Correlation Moving Average'
var string GRP_CORR_TOOLTIP = 'Number multiplied after calculating correlation + standard deviation.'
var float factor = input.float(1.7, "Factor", group=GRP_CORR, tooltip=GRP_CORR_TOOLTIP) 

var string GRP_EHLR = 'Ehlrs Modified Fractal Adaptive Moving Average'
var int fc = input.int(8, 'Lower Shift Limit', group=GRP_EHLR)
var int sc = input.int(8, 'Upper Shift Limit', group=GRP_EHLR)

var string GRP_EPMA = 'End Point Moving Average'
offset_epma = input.int(title="Offset", defval=4, group=GRP_EPMA)

var string GRP_JURIK = 'Jurik Moving Average'
var int jurik_phase = input.int(3, "Phase", group=GRP_JURIK)
var int jurik_power = input.int(1, "Power", group=GRP_JURIK)

var string GRP_LWMA = 'Linear Weighted Moving Average'
lwma_weight = input.int(6, title = "Weight", minval=1, step=1, group=GRP_LWMA)

var string GRP_REGMA = 'Regularized Exponential Moving Average'
var string GRP_REGMA_TOOLTIP = 'A factor that controls the \"regularization\" amount. When the Lambda value is set to zero, the Regularized Exponential Moving Average becomes the standard EMA.'
var float lambda = input.float(0.5, "Lambda", group=GRP_REGMA, tooltip=GRP_REGMA_TOOLTIP) 

var string GRP_RVWAP = 'Rolling VWAP'
bool _fixedTfInput = input.bool(false, "Use a fixed time period", group = GRP_RVWAP, tooltip = TT_WINDOW, inline='1')
int  _daysInput    = input.int(1, "Days", minval = 0, maxval = 90, group = GRP_RVWAP, inline='2') 
int  _hoursInput   = input.int(0, "Hours", minval = 0, maxval = 23, group = GRP_RVWAP, inline='2') 
int  _minsInput    = input.int(0, "Minutes", minval = 0, maxval = 59, group = GRP_RVWAP, inline='2')
int  _minBarsInput = input.int(10, "Bars", group = GRP_RVWAP, tooltip = TT_MINBARS, inline='3')

var string GRP_T3 = 'Tillson T3'
var float a1_t3 = input.float(0.7, 'Volume factor', group=GRP_T3)

var string GRP_VADMA = 'Volatility Adjusted Moving Average'
var string GRP_VADMA_TOOLTIP = 'Volatility loopback'
var int volatility_lookback = input.int(10, 'Loopback', minval=1, step=1, group=GRP_VADMA, tooltip=GRP_VADMA_TOOLTIP)

var string GRP_VWMA = 'Volume Weighted Moving Average'
var string GRP_VWMA_TOOLTIP = 'The most common "Volume Weighted Moving Average" is a Simple Moving Average of Price x Volume, divided by Simple Moving Average of Volume. \n' + 
  'Enabling this checkbox, it\'s possible to have other types and less common moving averages weighted by volume, for example, Exponencial Volume Weighted Moving Average, Alma Volume Weighted Moving Average, etc...'
applyVolumeWeighted = input.bool(title="Volume Weighted Moving Average?", defval=false, group=GRP_VWMA, tooltip=GRP_VWMA_TOOLTIP)

var string GROUP_AVERAGE_COLORS = 'Colors and theme'

inputTheme := input.string(defval='Classic', title='Theme', 
  options = ['Defined by user', 'Classic', 'Deep Purple', 'Sweden', 'Ocean', 'Monokai'], 
  tooltip='Theme for color lines', inline='05', group=GROUP_AVERAGE_COLORS)

var string color_A = 'moving average is below or above the next moving average'
var string color_B = 'price is below or above the next moving average'
var inputApplyAverageColors = input.bool(title="Change line colors?", 
  defval=true, inline='06', group=GROUP_AVERAGE_COLORS, tooltip=TOOLTIP_COLOR_AVERAGE)
var string avgColorLogic = input.string(defval=color_A, title='When', inline='06', group=GROUP_AVERAGE_COLORS, options=[color_A, color_B]) 
var bool inputFill = input.bool(title='Fill background between averages?', defval=false, inline='07', group=GROUP_AVERAGE_COLORS)
inputColorFillTransparency := input.int(defval=90 , title="Transparency for fill", minval=0, maxval=100, inline = "08", group=GROUP_AVERAGE_COLORS) 

var string GROUP_BAR_COLORS = 'Bar Colors'

var inputApplyBarColorsLinesAligned = input.bool(title="Apply Bar Colors when price are above or bellow all MAs?", defval=false, inline='10', group=GROUP_BAR_COLORS)
var inputBarColorBullLinesAligned   = input.color(#3af13c, 'Bullish', inline='11', group=GROUP_BAR_COLORS)
var inputBarColorBearLinesAligned   = input.color(#bd0000, 'Bearish', inline='11', group=GROUP_BAR_COLORS)
// ———————————————————————————————————————— }

// ———————————————————————————————————————— Functions {
// @function applyType
// @description Utilitarian function that returns the global type of moving averges or individual types
// @param type Type of Moving Average
// @returns Type of Moving Average
applyType(type) =>
    typeOut = inputSameParams ? inputTypeAll : type
    typeOut

// @function applySource
// @description Utilitarian function that returns the global source of moving averges or individual sources
// @param src Source of series (close, high, low, etc.)
// @returns Source of Moving Average
applySource(src) =>
    srcOut = inputSameParams ? inputSourceAll : src
    srcOut

// @function applyOffset
// @description Utilitarian function that returns the global offset of moving averges or individual offsets
// @param offset Offset of Moving Average
// @returns Offset of Moving Average
applyOffset(offset) =>
    offsetOut = inputSameParams ? inputOffsetAll : offset
    offsetOut

// @function applyColorMovingAverage
// @description Returns a bull color if first average is greater than second average, otherwise returns a bear color.
// @param ma1 First moving average
// @param ma2 Second moving average
// @param colorBull Color used when first average is greater than second average
// @param colorBear Color used when first average is less than second average
// @param src Price source
// @returns Color
applyColorMovingAverage(series float ma1, series float ma2, color colorBull, color colorBear, series float src) =>
    color colorMA = switch inputApplyAverageColors
        true => 
            if (avgColorLogic == color_A ? ma1 : src)  >= ma2
                colorBull
            else
                colorBear
        false =>
           colorBull

// @function applyBarColor
// @description Returns a bull color if price source is greater than all moving averages
//   Otherwise returns a bear color.
// @param src Source of series (close, high, low, etc.)
// @returns Color
applyBarColor(float src) =>
    color _barColor = na
    
    _barColor := if inputApplyBarColorsLinesAligned
        if src >= nz(movingAverage1) and 
          src >= nz(movingAverage2) and
          src >= nz(movingAverage3) and
          src >= nz(movingAverage4) and
          src >= nz(movingAverage5) and
          src >= nz(movingAverage6) and
          src >= nz(movingAverage7) and
          src >= nz(movingAverage8) and
          src >= nz(movingAverage9) and
          src >= nz(movingAverage10) and
          src >= nz(movingAverage11) and
          src >= nz(movingAverage12) and
          src >= nz(movingAverage13) and
          src >= nz(movingAverage14) and
          src >= nz(movingAverage15) and
          src >= nz(movingAverage16) and
          src >= nz(movingAverage17) and
          src >= nz(movingAverage18) and
          src >= nz(movingAverage19) and
          src >= nz(movingAverage20)
            inputBarColorBullLinesAligned
        else if src <= nz(movingAverage1, src) and 
          src <= nz(movingAverage2, src) and
          src <= nz(movingAverage3, src) and
          src <= nz(movingAverage4, src) and
          src <= nz(movingAverage5, src) and
          src <= nz(movingAverage6, src) and
          src <= nz(movingAverage7, src) and
          src <= nz(movingAverage8, src) and
          src <= nz(movingAverage9, src) and
          src <= nz(movingAverage10, src) and
          src <= nz(movingAverage11, src) and
          src <= nz(movingAverage12, src) and
          src <= nz(movingAverage13, src) and
          src <= nz(movingAverage14, src) and
          src <= nz(movingAverage15, src) and
          src <= nz(movingAverage16, src) and
          src <= nz(movingAverage17, src) and
          src <= nz(movingAverage18, src) and
          src <= nz(movingAverage19, src) and
          src <= nz(movingAverage20, src)          
            inputBarColorBearLinesAligned
    
// ———————————————————————————————————————— }

// ———————————————————————————————————————— Inputs {

string GROUP_AVG = '🔴🔴🔴🔴🔴 Moving Averages'

var string inputPredefinedPeriods = input.string(PREDEFINED_PERIODS_1, 
  'Predefined Periods', 
  options=[
      PREDEFINED_PERIODS_1, 
      PREDEFINED_PERIODS_2, 
      PREDEFINED_PERIODS_3, 
      PREDEFINED_PERIODS_4, 
      PREDEFINED_PERIODS_5, 
      PREDEFINED_PERIODS_6, 
      PREDEFINED_PERIODS_7, 
      PREDEFINED_PERIODS_8,
      PREDEFINED_PERIODS_9, 
      PREDEFINED_PERIODS_10,
      PREDEFINED_PERIODS_11,
      PREDEFINED_PERIODS_12,
      PREDEFINED_PERIODS_13,
      PREDEFINED_PERIODS_14,
      PREDEFINED_PERIODS_15], 
      inline='09', group=GROUP_AVG, tooltip=TOOLTIP_PREDEFINED_PERIODS)

// ————— Average 1
bool inputShowAvg1 = input.bool(title='Moving Average 1', defval=true, inline='12', group=GROUP_AVG)
color inputColorBull1 = input.color(COLOR_BULL_01, '', inline='12', group=GROUP_AVG)
color inputColorBear1 = input.color(COLOR_BEAR_01, '', inline='12', group=GROUP_AVG)

string inputTypeMa1 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='13', group=GROUP_AVG)
int inputLengthMa1 = input.int(5, minval=1, title='Length', inline='13', group=GROUP_AVG)
float inputSourceMa1 = input.source(close, title='Source', inline='14', group=GROUP_AVG)
int inputOffsetMa1 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='14', group=GROUP_AVG)

// ————— Average 2
bool inputShowAvg2 = input.bool(title='Moving Average 2', defval=true, inline='15', group=GROUP_AVG)
color inputColorBull2 = input.color(COLOR_BULL_02, '', inline='15', group=GROUP_AVG)
color inputColorBear2 = input.color(COLOR_BEAR_02, '', inline='15', group=GROUP_AVG)

string inputTypeMa2 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='16', group=GROUP_AVG)
int inputLengthMa2 = input.int(10, minval=1, title='Length', inline='16', group=GROUP_AVG)
float inputSourceMa2 = input.source(close, title='Source', inline='17', group=GROUP_AVG)
int inputOffsetMa2 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='17', group=GROUP_AVG)

// ————— Average 3
bool inputShowAvg3 = input.bool(title='Moving Average 3', defval=true, inline='18', group=GROUP_AVG)
color inputColorBull3 = input.color(COLOR_BULL_03, '', inline='18', group=GROUP_AVG)
color inputColorBear3 = input.color(COLOR_BEAR_03, '', inline='18', group=GROUP_AVG)

string inputTypeMa3 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='19', group=GROUP_AVG)
int inputLengthMa3 = input.int(15, minval=1, title='Length', inline='19', group=GROUP_AVG)
float inputSourceMa3 = input.source(close, title='Source', inline='20', group=GROUP_AVG)
int inputOffsetMa3 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='20', group=GROUP_AVG)

// ————— Average 4
bool inputShowAvg4 = input.bool(title='Moving Average 4', defval=true, inline='21', group=GROUP_AVG)
color inputColorBull4 = input.color(COLOR_BULL_04, '', inline='21', group=GROUP_AVG)
color inputColorBear4 = input.color(COLOR_BEAR_04, '', inline='21', group=GROUP_AVG)

string inputTypeMa4 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='22', group=GROUP_AVG)
int inputLengthMa4 = input.int(20, minval=1, title='Length', inline='22', group=GROUP_AVG)
float inputSourceMa4 = input.source(close, title='Source', inline='23', group=GROUP_AVG)
int inputOffsetMa4 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='23', group=GROUP_AVG)

// ————— Average 5
bool inputShowAvg5 = input.bool(title='Moving Average 5', defval=true, inline='24', group=GROUP_AVG)
color inputColorBull5 = input.color(COLOR_BULL_05, '', inline='24', group=GROUP_AVG)
color inputColorBear5 = input.color(COLOR_BEAR_05, '', inline='24', group=GROUP_AVG)

string inputTypeMa5 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='25', group=GROUP_AVG)
int inputLengthMa5 = input.int(25, minval=1, title='Length', inline='25', group=GROUP_AVG)
float inputSourceMa5 = input.source(close, title='Source', inline='26', group=GROUP_AVG)
int inputOffsetMa5 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='26', group=GROUP_AVG)

// ————— Average 6
bool inputShowAvg6 = input.bool(title='Moving Average 6', defval=true, inline='27', group=GROUP_AVG)
color inputColorBull6 = input.color(COLOR_BULL_06, '', inline='27', group=GROUP_AVG)
color inputColorBear6 = input.color(COLOR_BEAR_06, '', inline='27', group=GROUP_AVG)

string inputTypeMa6 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='28', group=GROUP_AVG)
int inputLengthMa6 = input.int(30, minval=1, title='Length', inline='28', group=GROUP_AVG)
float inputSourceMa6 = input.source(close, title='Source', inline='29', group=GROUP_AVG)
int inputOffsetMa6 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='29', group=GROUP_AVG)

// ————— Average 7
bool inputShowAvg7 = input.bool(title='Moving Average 7', defval=true, inline='30', group=GROUP_AVG)
color inputColorBull7 = input.color(COLOR_BULL_07, '', inline='30', group=GROUP_AVG)
color inputColorBear7 = input.color(COLOR_BEAR_07, '', inline='30', group=GROUP_AVG)

string inputTypeMa7 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='31', group=GROUP_AVG)
int inputLengthMa7 = input.int(35, minval=1, title='Length', inline='31', group=GROUP_AVG)
float inputSourceMa7 = input.source(close, title='Source', inline='32', group=GROUP_AVG)
int inputOffsetMa7 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='32', group=GROUP_AVG)

// ————— Average 8
bool inputShowAvg8 = input.bool(title='Moving Average 8', defval=true, inline='33', group=GROUP_AVG)
color inputColorBull8 = input.color(COLOR_BULL_08, '', inline='33', group=GROUP_AVG)
color inputColorBear8 = input.color(COLOR_BEAR_08, '', inline='33', group=GROUP_AVG)

string inputTypeMa8 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='34', group=GROUP_AVG)
int inputLengthMa8 = input.int(40, minval=1, title='Length', inline='34', group=GROUP_AVG)
float inputSourceMa8 = input.source(close, title='Source', inline='35', group=GROUP_AVG)
int inputOffsetMa8 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='35', group=GROUP_AVG)

// ————— Average 9
bool inputShowAvg9 = input.bool(title='Moving Average 9', defval=true, inline='36', group=GROUP_AVG)
color inputColorBull9 = input.color(COLOR_BULL_09, '', inline='36', group=GROUP_AVG)
color inputColorBear9 = input.color(COLOR_BEAR_09, '', inline='36', group=GROUP_AVG)

string inputTypeMa9 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='37', group=GROUP_AVG)
int inputLengthMa9 = input.int(45, minval=1, title='Length', inline='37', group=GROUP_AVG)
float inputSourceMa9 = input.source(close, title='Source', inline='38', group=GROUP_AVG)
int inputOffsetMa9 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='38', group=GROUP_AVG)

// ————— Average 10
bool inputShowAvg10 = input.bool(title='Moving Average 10', defval=true, inline='39', group=GROUP_AVG)
color inputColorBull10 = input.color(COLOR_BULL_10, '', inline='39', group=GROUP_AVG)
color inputColorBear10 = input.color(COLOR_BEAR_10, '', inline='39', group=GROUP_AVG)

string inputTypeMa10 = input.string(SMA, 'Type',
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='40', group=GROUP_AVG)
int inputLengthMa10 = input.int(50, minval=1, title='Length', inline='40', group=GROUP_AVG)
float inputSourceMa10 = input.source(close, title='Source', inline='41', group=GROUP_AVG)
int inputOffsetMa10 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='41', group=GROUP_AVG)

// ————— Average 11
bool inputShowAvg11 = input.bool(title='Moving Average 11', defval=true, inline='42', group=GROUP_AVG)
color inputColorBull11 = input.color(COLOR_BULL_11, '', inline='42', group=GROUP_AVG)
color inputColorBear11 = input.color(COLOR_BEAR_11, '', inline='42', group=GROUP_AVG)

string inputTypeMa11 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='43', group=GROUP_AVG)
int inputLengthMa11 = input.int(55, minval=1, title='Length', inline='43', group=GROUP_AVG)
float inputSourceMa11 = input.source(close, title='Source', inline='44', group=GROUP_AVG)
int inputOffsetMa11 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='44', group=GROUP_AVG)

// ————— Average 12
bool inputShowAvg12 = input.bool(title='Moving Average 12', defval=true, inline='45', group=GROUP_AVG)
color inputColorBull12 = input.color(COLOR_BULL_12, '', inline='45', group=GROUP_AVG)
color inputColorBear12 = input.color(COLOR_BEAR_12, '', inline='45', group=GROUP_AVG)

string inputTypeMa12 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='46', group=GROUP_AVG)
int inputLengthMa12 = input.int(60, minval=1, title='Length', inline='46', group=GROUP_AVG)
float inputSourceMa12 = input.source(close, title='Source', inline='47', group=GROUP_AVG)
int inputOffsetMa12 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='47', group=GROUP_AVG)

// ————— Average 13
bool inputShowAvg13 = input.bool(title='Moving Average 13', defval=true, inline='48', group=GROUP_AVG)
color inputColorBull13 = input.color(COLOR_BULL_13, '', inline='48', group=GROUP_AVG)
color inputColorBear13 = input.color(COLOR_BEAR_13, '', inline='48', group=GROUP_AVG)

string inputTypeMa13 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='49', group=GROUP_AVG)
int inputLengthMa13 = input.int(65, minval=1, title='Length', inline='49', group=GROUP_AVG)
float inputSourceMa13 = input.source(close, title='Source', inline='50', group=GROUP_AVG)
int inputOffsetMa13 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='50', group=GROUP_AVG)

// ————— Average 14
bool inputShowAvg14 = input.bool(title='Moving Average 14', defval=true, inline='51', group=GROUP_AVG)
color inputColorBull14 = input.color(COLOR_BULL_14, '', inline='51', group=GROUP_AVG)
color inputColorBear14 = input.color(COLOR_BEAR_14, '', inline='51', group=GROUP_AVG)

string inputTypeMa14 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='52', group=GROUP_AVG)
int inputLengthMa14 = input.int(70, minval=1, title='Length', inline='52', group=GROUP_AVG)
float inputSourceMa14 = input.source(close, title='Source', inline='53', group=GROUP_AVG)
int inputOffsetMa14 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='53', group=GROUP_AVG)

// ————— Average 15
bool inputShowAvg15 = input.bool(title='Moving Average 15', defval=true, inline='54', group=GROUP_AVG)
color inputColorBull15 = input.color(COLOR_BULL_15, '', inline='54', group=GROUP_AVG)
color inputColorBear15 = input.color(COLOR_BEAR_15, '', inline='54', group=GROUP_AVG)

string inputTypeMa15 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='55', group=GROUP_AVG)
int inputLengthMa15 = input.int(75, minval=1, title='Length', inline='55', group=GROUP_AVG)
float inputSourceMa15 = input.source(close, title='Source', inline='56', group=GROUP_AVG)
int inputOffsetMa15 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='56', group=GROUP_AVG)

// ————— Average 16
bool inputShowAvg16 = input.bool(title='Moving Average 16', defval=true, inline='57', group=GROUP_AVG)
color inputColorBull16 = input.color(COLOR_BULL_16, '', inline='57', group=GROUP_AVG)
color inputColorBear16 = input.color(COLOR_BEAR_16, '', inline='57', group=GROUP_AVG)

string inputTypeMa16 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='58', group=GROUP_AVG)
int inputLengthMa16 = input.int(80, minval=1, title='Length', inline='58', group=GROUP_AVG)
float inputSourceMa16 = input.source(close, title='Source', inline='59', group=GROUP_AVG)
int inputOffsetMa16 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='59', group=GROUP_AVG)

// ————— Average 17
bool inputShowAvg17 = input.bool(title='Moving Average 17', defval=true, inline='60', group=GROUP_AVG)
color inputColorBull17 = input.color(COLOR_BULL_17, '', inline='60', group=GROUP_AVG)
color inputColorBear17 = input.color(COLOR_BEAR_17, '', inline='60', group=GROUP_AVG)

string inputTypeMa17 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='61', group=GROUP_AVG)
int inputLengthMa17 = input.int(85, minval=1, title='Length', inline='61', group=GROUP_AVG)
float inputSourceMa17 = input.source(close, title='Source', inline='62', group=GROUP_AVG)
int inputOffsetMa17 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='62', group=GROUP_AVG)

// ————— Average 18
bool inputShowAvg18 = input.bool(title='Moving Average 18', defval=true, inline='63', group=GROUP_AVG)
color inputColorBull18 = input.color(COLOR_BULL_18, '', inline='63', group=GROUP_AVG)
color inputColorBear18 = input.color(COLOR_BEAR_18, '', inline='63', group=GROUP_AVG)

string inputTypeMa18 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='64', group=GROUP_AVG)
int inputLengthMa18 = input.int(90, minval=1, title='Length', inline='64', group=GROUP_AVG)
float inputSourceMa18 = input.source(close, title='Source', inline='65', group=GROUP_AVG)
int inputOffsetMa18 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='65', group=GROUP_AVG)

// ————— Average 19
bool inputShowAvg19 = input.bool(title='Moving Average 19', defval=true, inline='66', group=GROUP_AVG)
color inputColorBull19 = input.color(COLOR_BULL_19, '', inline='66', group=GROUP_AVG)
color inputColorBear19 = input.color(COLOR_BEAR_19, '', inline='66', group=GROUP_AVG)

string inputTypeMa19 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='67', group=GROUP_AVG)
int inputLengthMa19 = input.int(95, minval=1, title='Length', inline='67', group=GROUP_AVG)
float inputSourceMa19 = input.source(close, title='Source', inline='68', group=GROUP_AVG)
int inputOffsetMa19 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='68', group=GROUP_AVG)

// ————— Average 20
bool inputShowAvg20 = input.bool(title='Moving Average 20', defval=true, inline='69', group=GROUP_AVG)
color inputColorBull20 = input.color(COLOR_BULL_20, '', inline='69', group=GROUP_AVG)
color inputColorBear20 = input.color(COLOR_BEAR_20, '', inline='69', group=GROUP_AVG)

string inputTypeMa20 = input.string(SMA, 'Type', 
  options=[AARMA,ALSMA,AHMA,ADEMA,ALMA,AUTOL,COVWEMA,COVWMA,CMA,CORMA,DEMA,DONCHIAN,EFRAMA,EDSMA,EVWMA,EPMA,EDMA,EHMA,EMA,ETMA,FIBOWMA,FISHLSMA,FAMA,FRAMA,GMA,HKAMA,HMA,JURIK,KAMA,LC_LSMA,LEOMA,LSMA,LINWMA,MEDIAN,MAMA,MCMA,XEMA,REMA,REGMA,RMA,REPMA,RVWAP,RSIMA,SMA,SW_MA,SRWMA,SMMA,SWMA,TT3,TREMA,TRSMA,TEMA,THMA,VIDYA,VAMA,VWAP,WMA,WWMA,ZEMA,ZSMA],
  inline='70', group=GROUP_AVG)
int inputLengthMa20 = input.int(100, minval=1, title='Length', inline='70', group=GROUP_AVG)
float inputSourceMa20 = input.source(close, title='Source', inline='71', group=GROUP_AVG)
int inputOffsetMa20 = input.int(title='Offset', defval=0, minval=-500, maxval=500, inline='71', group=GROUP_AVG)

// ———————————————————————————————————————— }

// ———————————————————————————————————————— Calculations {

// @function calculateMovingAverage
// @description Abstract function that invokes the calculation of average according to type
// @param type Type of Moving Average
// @param src Source of series (close, high, low, etc.)
// @param len Period of loopback to calculate the average
// @returns series of moving average
calculateMovingAverage(simple string type, float src, simple int len) =>
    
    // ———————————————————— Only for Debug {
    // Logger.log("Type: " + type, logger, logTable, "info")
    // ———————————————————— }
    
    MaProxy.getMovingAverage(
      type=type, src=src, len=len,
      lsmaOffset=0,
      inputAlmaOffset=inputAlmaOffset, inputAlmaSigma=inputAlmaSigma, 
      FC=fc, SC=sc, 
      a1_t3=a1_t3,
      fixedTfInput=_fixedTfInput, daysInput=_daysInput, hoursInput=_hoursInput, minsInput=_minsInput, minBarsInput=_minBarsInput,
      lambda=lambda,
      factor=factor,
      offset_epma=offset_epma,
      volumeWeighted=applyVolumeWeighted,
      gamma_aarma=gamma_aarma,
      smooth=smooth,
      linweight=lwma_weight,
      volatility_lookback=volatility_lookback,
      jurik_phase=jurik_phase,
      jurik_power=jurik_power)

switch inputPredefinedPeriods        
    'Defined by user' => 
        lenMa1  := inputLengthMa1
        lenMa2  := inputLengthMa2
        lenMa3  := inputLengthMa3
        lenMa4  := inputLengthMa4
        lenMa5  := inputLengthMa5
        lenMa6  := inputLengthMa6
        lenMa7  := inputLengthMa7
        lenMa8  := inputLengthMa8
        lenMa9  := inputLengthMa9
        lenMa10 := inputLengthMa10
        lenMa11 := inputLengthMa11
        lenMa12 := inputLengthMa12
        lenMa13 := inputLengthMa13
        lenMa14 := inputLengthMa14
        lenMa15 := inputLengthMa15
        lenMa16 := inputLengthMa16
        lenMa17 := inputLengthMa17
        lenMa18 := inputLengthMa18
        lenMa19 := inputLengthMa19
        lenMa20 := inputLengthMa20
    'Arithmetic Progression of 5' =>
        lenMa1  := 5
        lenMa2  := 10
        lenMa3  := 15
        lenMa4  := 20
        lenMa5  := 25
        lenMa6  := 30
        lenMa7  := 35
        lenMa8  := 40
        lenMa9  := 45
        lenMa10 := 50
        lenMa11 := 55
        lenMa12 := 60
        lenMa13 := 65
        lenMa14 := 70
        lenMa15 := 75
        lenMa16 := 80
        lenMa17 := 85
        lenMa18 := 90
        lenMa19 := 95
        lenMa20 := 100
    'Arithmetic Progression of 7' =>
        lenMa1  := 7
        lenMa2  := 14
        lenMa3  := 21
        lenMa4  := 28
        lenMa5  := 35
        lenMa6  := 42
        lenMa7  := 49
        lenMa8  := 56
        lenMa9  := 63
        lenMa10 := 70
        lenMa11 := 77
        lenMa12 := 84
        lenMa13 := 91
        lenMa14 := 98
        lenMa15 := 105
        lenMa16 := 112
        lenMa17 := 119
        lenMa18 := 126
        lenMa19 := 133
        lenMa20 := 140
    'Arithmetic Progression of 8' =>
        lenMa1  := 8
        lenMa2  := 16
        lenMa3  := 24
        lenMa4  := 32
        lenMa5  := 40
        lenMa6  := 48
        lenMa7  := 56
        lenMa8  := 64
        lenMa9  := 72
        lenMa10 := 80
        lenMa11 := 88
        lenMa12 := 96
        lenMa13 := 104
        lenMa14 := 112
        lenMa15 := 120
        lenMa16 := 128
        lenMa17 := 136        
        lenMa18 := 144
        lenMa19 := 152
        lenMa20 := 160
    'Arithmetic Progression of 9' =>
        lenMa1  := 9
        lenMa2  := 18
        lenMa3  := 27
        lenMa4  := 36
        lenMa5  := 45
        lenMa6  := 54
        lenMa7  := 63
        lenMa8  := 72
        lenMa9  := 81
        lenMa10 := 90
        lenMa11 := 99
        lenMa12 := 108
        lenMa13 := 117
        lenMa14 := 126
        lenMa15 := 135
        lenMa16 := 144
        lenMa17 := 153     
        lenMa18 := 162
        lenMa19 := 171
        lenMa20 := 180             
    'Arithmetic Progression of 10' =>
        lenMa1  := 10
        lenMa2  := 20    
        lenMa3  := 30
        lenMa4  := 40
        lenMa5  := 50
        lenMa6  := 60
        lenMa7  := 70
        lenMa8  := 80
        lenMa9  := 90
        lenMa10 := 100
        lenMa11 := 110
        lenMa12 := 120
        lenMa13 := 130
        lenMa14 := 140
        lenMa15 := 150
        lenMa16 := 160
        lenMa17 := 170
        lenMa18 := 180
        lenMa19 := 190
        lenMa20 := 200
    'Arithmetic Progression of 16' =>
        lenMa1  := 16
        lenMa2  := 32    
        lenMa3  := 48
        lenMa4  := 64
        lenMa5  := 80
        lenMa6  := 96
        lenMa7  := 112
        lenMa8  := 128
        lenMa9  := 144
        lenMa10 := 160
        lenMa11 := 176
        lenMa12 := 192
        lenMa13 := 208
        lenMa14 := 224
        lenMa15 := 240
        lenMa16 := 256
        lenMa17 := 272      
        lenMa18 := 288
        lenMa19 := 304
        lenMa20 := 320
    'Arithmetic Progression of 20' =>
        lenMa1  := 20
        lenMa2  := 40        
        lenMa3  := 60
        lenMa4  := 80
        lenMa5  := 100
        lenMa6  := 120
        lenMa7  := 140
        lenMa8  := 160
        lenMa9  := 180
        lenMa10 := 200
        lenMa11 := 220
        lenMa12 := 240
        lenMa13 := 260
        lenMa14 := 280
        lenMa15 := 300
        lenMa16 := 320
        lenMa17 := 340
        lenMa18 := 360
        lenMa19 := 380
        lenMa20 := 400
    'Arithmetic Progression of 30' =>
        lenMa1  := 30
        lenMa2  := 60    
        lenMa3  := 90
        lenMa4  := 120
        lenMa5  := 150
        lenMa6  := 180
        lenMa7  := 210
        lenMa8  := 240
        lenMa9  := 270
        lenMa10 := 300
        lenMa11 := 330
        lenMa12 := 360
        lenMa13 := 390
        lenMa14 := 420
        lenMa15 := 450
        lenMa16 := 480
        lenMa17 := 510        
        lenMa18 := 540
        lenMa19 := 570
        lenMa20 := 600        
    'Arithmetic Progression of 32' =>
        lenMa1  := 32
        lenMa2  := 64    
        lenMa3  := 96
        lenMa4  := 128
        lenMa5  := 160
        lenMa6  := 192
        lenMa7  := 224
        lenMa8  := 256
        lenMa9  := 288
        lenMa10 := 320
        lenMa11 := 352
        lenMa12 := 384
        lenMa13 := 416
        lenMa14 := 448
        lenMa15 := 480
        lenMa16 := 512
        lenMa17 := 544      
        lenMa18 := 576
        lenMa19 := 608
        lenMa20 := 640
    'Arithmetic Progression of 50' =>
        lenMa1  := 50
        lenMa2  := 100  
        lenMa3  := 150
        lenMa4  := 200
        lenMa5  := 250
        lenMa6  := 300
        lenMa7  := 350
        lenMa8  := 400
        lenMa9  := 450
        lenMa10 := 500
        lenMa11 := 550
        lenMa12 := 600
        lenMa13 := 650
        lenMa14 := 700
        lenMa15 := 750
        lenMa16 := 800
        lenMa17 := 850
        lenMa18 := 900
        lenMa19 := 950
        lenMa20 := 1000
    'Arithmetic Progression of 64' =>
        lenMa1  := 64
        lenMa2  := 128
        lenMa3  := 192
        lenMa4  := 256
        lenMa5  := 320
        lenMa6  := 384
        lenMa7  := 448
        lenMa8  := 512
        lenMa9  := 576
        lenMa10 := 640
        lenMa11 := 704
        lenMa12 := 768
        lenMa13 := 832
        lenMa14 := 896
        lenMa15 := 960
        lenMa16 := 1024
        lenMa17 := 1088
        lenMa18 := 1152
        lenMa19 := 1216
        lenMa20 := 1280                     
    'Tradicional: 8, 21, 50, 100, 200, 365, 730, 1095, 1460, 1825, 2190' =>
        lenMa1  := 8
        lenMa2  := 21
        lenMa3  := 50
        lenMa4  := 100
        lenMa5  := 200
        lenMa6  := 365
        lenMa7  := 730
        lenMa8  := 1095
        lenMa9  := 1460
        lenMa10 := 1825
        lenMa11 := 2190
        lenMa12 := 1
        lenMa13 := 1
        lenMa14 := 1
        lenMa15 := 1
        lenMa16 := 1
        lenMa17 := 1
        lenMa18 := 1
        lenMa19 := 1
        lenMa20 := 1
        inputShowAvg12 := false
        inputShowAvg13 := false
        inputShowAvg14 := false
        inputShowAvg15 := false
        inputShowAvg16 := false
        inputShowAvg17 := false
        inputShowAvg18 := false        
        inputShowAvg19 := false        
        inputShowAvg20 := false                
    'Fibonacci' =>
        lenMa1  := 3
        lenMa2  := 5
        lenMa3  := 8
        lenMa4  := 13
        lenMa5  := 21
        lenMa6  := 34
        lenMa7  := 55
        lenMa8  := 89
        lenMa9  := 144
        lenMa10 := 233
        lenMa11 := 377
        lenMa12 := 610
        lenMa13 := 987
        lenMa14 := 1597
        lenMa15 := 2584
        lenMa16 := 4181
        lenMa17 := 1     // 6765 or more don't work
        lenMa18 := 1
        lenMa19 := 1
        lenMa20 := 1
        inputShowAvg17 := false
        inputShowAvg18 := false        
        inputShowAvg19 := false        
        inputShowAvg20 := false        
    '200 for All' =>
        lenMa1  := 200
        lenMa2  := 200    
        lenMa3  := 200
        lenMa4  := 200
        lenMa5  := 200
        lenMa6  := 200
        lenMa7  := 200
        lenMa8  := 200
        lenMa9  := 200
        lenMa10 := 200
        lenMa11 := 200
        lenMa12 := 200
        lenMa13 := 200
        lenMa14 := 200
        lenMa15 := 200
        lenMa16 := 200
        lenMa17 := 200      
        lenMa18 := 200            
        lenMa19 := 200            
        lenMa20 := 200            

if inputShowAvg1
    movingAverage1 := calculateMovingAverage(applyType(inputTypeMa1), applySource(inputSourceMa1), lenMa1)
if inputShowAvg2
    movingAverage2 := calculateMovingAverage(applyType(inputTypeMa2), applySource(inputSourceMa2), lenMa2)
if inputShowAvg3
    movingAverage3 := calculateMovingAverage(applyType(inputTypeMa3), applySource(inputSourceMa3), lenMa3)
if inputShowAvg4
    movingAverage4 := calculateMovingAverage(applyType(inputTypeMa4), applySource(inputSourceMa4), lenMa4)
if inputShowAvg5
    movingAverage5 := calculateMovingAverage(applyType(inputTypeMa5), applySource(inputSourceMa5), lenMa5)
if inputShowAvg6
    movingAverage6 := calculateMovingAverage(applyType(inputTypeMa6), applySource(inputSourceMa6), lenMa6)
if inputShowAvg7
    movingAverage7 := calculateMovingAverage(applyType(inputTypeMa7), applySource(inputSourceMa7), lenMa7)
if inputShowAvg8
    movingAverage8 := calculateMovingAverage(applyType(inputTypeMa8), applySource(inputSourceMa8), lenMa8)    
if inputShowAvg9
    movingAverage9 := calculateMovingAverage(applyType(inputTypeMa9), applySource(inputSourceMa9), lenMa9)
if inputShowAvg10
    movingAverage10 := calculateMovingAverage(applyType(inputTypeMa10), applySource(inputSourceMa10), lenMa10)
if inputShowAvg11
    movingAverage11 := calculateMovingAverage(applyType(inputTypeMa11), applySource(inputSourceMa11), lenMa11)
if inputShowAvg12
    movingAverage12 := calculateMovingAverage(applyType(inputTypeMa12), applySource(inputSourceMa12), lenMa12)
if inputShowAvg13
    movingAverage13 := calculateMovingAverage(applyType(inputTypeMa13), applySource(inputSourceMa13), lenMa13)
if inputShowAvg14
    movingAverage14 := calculateMovingAverage(applyType(inputTypeMa14), applySource(inputSourceMa14), lenMa14)
if inputShowAvg15
    movingAverage15 := calculateMovingAverage(applyType(inputTypeMa15), applySource(inputSourceMa15), lenMa15)
if inputShowAvg16
    movingAverage16 := calculateMovingAverage(applyType(inputTypeMa16), applySource(inputSourceMa16), lenMa16)
if inputShowAvg17
    movingAverage17 := calculateMovingAverage(applyType(inputTypeMa17), applySource(inputSourceMa17), lenMa17)
if inputShowAvg18
    movingAverage18 := calculateMovingAverage(applyType(inputTypeMa18), applySource(inputSourceMa18), lenMa18)
if inputShowAvg19
    movingAverage19 := calculateMovingAverage(applyType(inputTypeMa19), applySource(inputSourceMa19), lenMa19)
if inputShowAvg20
    movingAverage20 := calculateMovingAverage(applyType(inputTypeMa20), applySource(inputSourceMa20), lenMa20)

// ———————————————————————————————————————— }    

// ———————————————————————————————————————— Colors {

// Bar color
barcolor( applyBarColor(inputSourceAll) )

// Average colors
switch inputTheme
    'Classic' =>
        inputColorBull1  := #00d906
        inputColorBull2  := #00d906
        inputColorBull3  := #00d906
        inputColorBull4  := #00d906
        inputColorBull5  := #00d906
        inputColorBull6  := #00d906
        inputColorBull7  := #00d906
        inputColorBull8  := #00d906
        inputColorBull9  := #00d906
        inputColorBull10 := #00d906
        inputColorBull11 := #00d906
        inputColorBull12 := #00d906
        inputColorBull13 := #00d906
        inputColorBull14 := #00d906
        inputColorBull15 := #00d906
        inputColorBull16 := #00d906
        inputColorBull17 := #00d906
        inputColorBull18 := #00d906
        inputColorBull19 := #00d906
        inputColorBull20 := #00d906

        inputColorBear1  := #ff0000
        inputColorBear2  := #ff0000
        inputColorBear3  := #ff0000
        inputColorBear4  := #ff0000
        inputColorBear5  := #ff0000
        inputColorBear6  := #ff0000
        inputColorBear7  := #ff0000
        inputColorBear8  := #ff0000
        inputColorBear9  := #ff0000
        inputColorBear10 := #ff0000
        inputColorBear11 := #ff0000
        inputColorBear12 := #ff0000
        inputColorBear13 := #ff0000
        inputColorBear14 := #ff0000
        inputColorBear15 := #ff0000
        inputColorBear16 := #ff0000
        inputColorBear17 := #ff0000
        inputColorBear18 := #ff0000
        inputColorBear19 := #ff0000
        inputColorBear20 := #ff0000
    
    'Deep Purple' => 
        inputColorBull1  := #00ff1e
        inputColorBull2  := #06f81c
        inputColorBull3  := #0cf01a
        inputColorBull4  := #10e918
        inputColorBull5  := #13e217
        inputColorBull6  := #15da15
        inputColorBull7  := #16d313
        inputColorBull8  := #18cc12
        inputColorBull9  := #19c510
        inputColorBull10 := #19be0f
        inputColorBull11 := #1ab70d
        inputColorBull12 := #1ab00c
        inputColorBull13 := #1aa90a
        inputColorBull14 := #1aa209
        inputColorBull15 := #1a9b08
        inputColorBull16 := #199407
        inputColorBull17 := #198e06
        inputColorBull18 := #188705
        inputColorBull19 := #188105
        inputColorBull20 := #177a04

        inputColorBear1  := #f667ff
        inputColorBear2  := #f163fa
        inputColorBear3  := #ec5ef5
        inputColorBear4  := #e65aef
        inputColorBear5  := #e155ea
        inputColorBear6  := #dc51e5
        inputColorBear7  := #d74de0
        inputColorBear8  := #d248db
        inputColorBear9  := #cd44d6
        inputColorBear10 := #c83fd1
        inputColorBear11 := #c33acb
        inputColorBear12 := #be35c6
        inputColorBear13 := #b931c1
        inputColorBear14 := #b42cbc
        inputColorBear15 := #af26b7
        inputColorBear16 := #aa21b3
        inputColorBear17 := #a51aae
        inputColorBear18 := #a013a9
        inputColorBear19 := #9b0aa4
        inputColorBear20 := #96009f
    
    'Sweden' => 
        inputColorBull1  := #a6b7ff
        inputColorBull2  := #99acff
        inputColorBull3  := #8ca2ff
        inputColorBull4  := #8098ff
        inputColorBull5  := #738dff
        inputColorBull6  := #6683ff
        inputColorBull7  := #5978ff
        inputColorBull8  := #4d6eff
        inputColorBull9  := #4064ff
        inputColorBull10 := #3359ff
        inputColorBull11 := #264fff
        inputColorBull12 := #1945ff
        inputColorBull13 := #0d3aff
        inputColorBull14 := #0030ff
        inputColorBull15 := #002ef2
        inputColorBull16 := #002be6
        inputColorBull17 := #0029d9
        inputColorBull18 := #0026cc
        inputColorBull19 := #0024bf
        inputColorBull20 := #0022b3

        inputColorBear1  := #ffd54d
        inputColorBear2  := #ffd240
        inputColorBear3  := #ffcf33
        inputColorBear4  := #ffcc26
        inputColorBear5  := #ffc919
        inputColorBear6  := #ffc60d
        inputColorBear7  := #ffc300
        inputColorBear8  := #f2b900
        inputColorBear9  := #e6b000
        inputColorBear10 := #d9a600
        inputColorBear11 := #cc9c00
        inputColorBear12 := #bf9200
        inputColorBear13 := #b38900
        inputColorBear14 := #a67f00
        inputColorBear15 := #997500
        inputColorBear16 := #8c6b00
        inputColorBear17 := #806200
        inputColorBear18 := #735800
        inputColorBear19 := #664e00
        inputColorBear20 := #594400
    
    'Ocean' => 
        inputColorBull1  := #a1fff7
        inputColorBull2  := #8ffff6
        inputColorBull3  := #7dfff4
        inputColorBull4  := #6bfff3
        inputColorBull5  := #59fff1
        inputColorBull6  := #47fff0
        inputColorBull7  := #36ffee
        inputColorBull8  := #24ffed
        inputColorBull9  := #12ffeb
        inputColorBull10 := #00ffea
        inputColorBull11 := #00edda
        inputColorBull12 := #00dbc9
        inputColorBull13 := #00c9b9
        inputColorBull14 := #00b8a8
        inputColorBull15 := #00a698
        inputColorBull16 := #009488
        inputColorBull17 := #008277
        inputColorBull18 := #007067
        inputColorBull19 := #005e57
        inputColorBull20 := #004d46

        inputColorBear1  := #ffac40
        inputColorBear2  := #ffa633
        inputColorBear3  := #ffa126
        inputColorBear4  := #ff9b19
        inputColorBear5  := #ff960d
        inputColorBear6  := #ff9000
        inputColorBear7  := #f28900
        inputColorBear8  := #e68200
        inputColorBear9  := #d97a00
        inputColorBear10 := #cc7300
        inputColorBear11 := #bf6c00
        inputColorBear12 := #b36500
        inputColorBear13 := #a65e00
        inputColorBear14 := #995600
        inputColorBear15 := #8c4f00
        inputColorBear16 := #804800
        inputColorBear17 := #734100
        inputColorBear18 := #663a00
        inputColorBear19 := #593200
        inputColorBear20 := #4d2b00

    'Monokai' => 
        inputColorBull1  := #e0e0e0
        inputColorBull2  := #e0e0e0
        inputColorBull3  := #e0e0e0
        inputColorBull4  := #e0e0e0
        inputColorBull5  := #e0e0e0
        inputColorBull6  := #00fff0
        inputColorBull7  := #00fff0
        inputColorBull8  := #00fff0
        inputColorBull9  := #00fff0
        inputColorBull10 := #00fff0
        inputColorBull11 := #a6e22e
        inputColorBull12 := #a6e22e
        inputColorBull13 := #a6e22e
        inputColorBull14 := #a6e22e
        inputColorBull15 := #a6e22e
        inputColorBull16 := #8080ff
        inputColorBull17 := #8080ff
        inputColorBull18 := #8080ff
        inputColorBull19 := #8080ff
        inputColorBull20 := #8080ff

        inputColorBear1  := #f54081
        inputColorBear2  := #f54081
        inputColorBear3  := #f54081
        inputColorBear4  := #f54081
        inputColorBear5  := #f54081
        inputColorBear6  := #fd971f
        inputColorBear7  := #fd971f
        inputColorBear8  := #fd971f
        inputColorBear9  := #fd971f
        inputColorBear10 := #fd971f
        inputColorBear11 := #ff76fa
        inputColorBear12 := #ff76fa
        inputColorBear13 := #ff76fa
        inputColorBear14 := #ff76fa
        inputColorBear15 := #ff76fa
        inputColorBear16 := #f3ff6c
        inputColorBear17 := #f3ff6c
        inputColorBear18 := #f3ff6c
        inputColorBear19 := #f3ff6c
        inputColorBear20 := #f3ff6c

// ———————————————————————————————————————— }

// ———————————————————————————————————————— Plots {

plot1 = plot(movingAverage1, title="Moving Average 1",
  color=applyColorMovingAverage(inputSourceMa1, movingAverage1, inputColorBull1, inputColorBear1, inputSourceMa1),
  offset=applyOffset(inputOffsetMa1), 
  linewidth=1)

plot2 = plot(movingAverage2, title="Moving Average 2",
  color=applyColorMovingAverage(movingAverage1, movingAverage2, inputColorBull2, inputColorBear2, inputSourceMa2),
  offset=applyOffset(inputOffsetMa2), 
  linewidth=1)
  
plot3 = plot(movingAverage3, title="Moving Average 3",
  color=applyColorMovingAverage(movingAverage2, movingAverage3, inputColorBull3, inputColorBear3, inputSourceMa3),
  offset=applyOffset(inputOffsetMa3), 
  linewidth=1) 
  
plot4 = plot(movingAverage4, title="Moving Average 4",
  color=applyColorMovingAverage(movingAverage3, movingAverage4, inputColorBull4, inputColorBear4, inputSourceMa4),
  offset=applyOffset(inputOffsetMa4), 
  linewidth=1)  
  
plot5 = plot(movingAverage5, title="Moving Average 5",
  color=applyColorMovingAverage(movingAverage4, movingAverage5, inputColorBull5, inputColorBear5, inputSourceMa5),
  offset=applyOffset(inputOffsetMa5), 
  linewidth=1)   
  
plot6 = plot(movingAverage6, title="Moving Average 6",
  color=applyColorMovingAverage(movingAverage5, movingAverage6, inputColorBull6, inputColorBear6, inputSourceMa6),
  offset=applyOffset(inputOffsetMa6), 
  linewidth=1)
  
  
plot7 = plot(movingAverage7, title="Moving Average 7",
  color=applyColorMovingAverage(movingAverage6, movingAverage7, inputColorBull7, inputColorBear7, inputSourceMa7),
  offset=applyOffset(inputOffsetMa7), 
  linewidth=1)  
  
plot8 = plot(movingAverage8, title="Moving Average 8",
  color=applyColorMovingAverage(movingAverage7, movingAverage8, inputColorBull8, inputColorBear8, inputSourceMa8),
  offset=applyOffset(inputOffsetMa8), 
  linewidth=1)    
  
plot9 = plot(movingAverage9, title="Moving Average 9",
  color=applyColorMovingAverage(movingAverage8, movingAverage9, inputColorBull9, inputColorBear9, inputSourceMa9),
  offset=applyOffset(inputOffsetMa9), 
  linewidth=1)  
  
plot10 = plot(movingAverage10, title="Moving Average 10",
  color=applyColorMovingAverage(movingAverage9, movingAverage10, inputColorBull10, inputColorBear10, inputSourceMa10),
  offset=applyOffset(inputOffsetMa10), 
  linewidth=1)  
  
plot11 = plot(movingAverage11, title="Moving Average 11",
  color=applyColorMovingAverage(movingAverage10, movingAverage11, inputColorBull11, inputColorBear11, inputSourceMa11),
  offset=applyOffset(inputOffsetMa11), 
  linewidth=1)  
  
plot12 = plot(movingAverage12, title="Moving Average 12",
  color=applyColorMovingAverage(movingAverage11, movingAverage12, inputColorBull12, inputColorBear12, inputSourceMa12),
  offset=applyOffset(inputOffsetMa12), 
  linewidth=1)  
  
plot13 = plot(movingAverage13, title="Moving Average 13",
  color=applyColorMovingAverage(movingAverage12, movingAverage13, inputColorBull13, inputColorBear13, inputSourceMa13),
  offset=applyOffset(inputOffsetMa13), 
  linewidth=1)  
  
plot14 = plot(movingAverage14, title="Moving Average 14",
  color=applyColorMovingAverage(movingAverage13, movingAverage14, inputColorBull14, inputColorBear14, inputSourceMa14),
  offset=applyOffset(inputOffsetMa14), 
  linewidth=1)  
  
plot15 = plot(movingAverage15, title="Moving Average 15",
  color=applyColorMovingAverage(movingAverage14, movingAverage15, inputColorBull15, inputColorBear15, inputSourceMa15),
  offset=applyOffset(inputOffsetMa15), 
  linewidth=1)  
  
plot16 = plot(movingAverage16, title="Moving Average 16",
  color=applyColorMovingAverage(movingAverage15, movingAverage16, inputColorBull16, inputColorBear16, inputSourceMa16),
  offset=applyOffset(inputOffsetMa16), 
  linewidth=1)  
  
plot17 = plot(movingAverage17, title="Moving Average 17",
  color=applyColorMovingAverage(movingAverage16, movingAverage17, inputColorBull17, inputColorBear17, inputSourceMa17),
  offset=applyOffset(inputOffsetMa17), 
  linewidth=1)  

plot18 = plot(movingAverage18, title="Moving Average 18",
  color=applyColorMovingAverage(movingAverage17, movingAverage18, inputColorBull18, inputColorBear18, inputSourceMa18),
  offset=applyOffset(inputOffsetMa18), 
  linewidth=1)

plot19 = plot(movingAverage19, title="Moving Average 19",
  color=applyColorMovingAverage(movingAverage18, movingAverage19, inputColorBull19, inputColorBear19, inputSourceMa19),
  offset=applyOffset(inputOffsetMa19), 
  linewidth=1)  
  
plot20 = plot(movingAverage20, title="Moving Average 20",
  color=applyColorMovingAverage(movingAverage19, movingAverage20, inputColorBull20, inputColorBear20, inputSourceMa1),
  offset=applyOffset(inputOffsetMa19), 
  linewidth=1)   

// ———————————————————————————————————————— }

// ———————————————————————————————————————— Fills {

fill(plot1,  plot2,  color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa1, movingAverage1, inputColorBull1, inputColorBear1, inputSourceMa1),  inputColorFillTransparency) : na )
fill(plot2,  plot3,  color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa2, movingAverage2, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot3,  plot4,  color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa3, movingAverage3, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot4,  plot5,  color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa4, movingAverage4, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot5,  plot6,  color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa5, movingAverage5, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot6,  plot7,  color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa6, movingAverage6, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot7,  plot8,  color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa7, movingAverage7, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot8,  plot9,  color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa8, movingAverage8, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot9,  plot10, color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa9, movingAverage9, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot10, plot11, color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa10, movingAverage10, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot11, plot12, color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa11, movingAverage11, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot12, plot13, color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa12, movingAverage12, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot13, plot14, color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa13, movingAverage13, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot14, plot15, color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa14, movingAverage14, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot15, plot16, color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa15, movingAverage15, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot16, plot17, color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa16, movingAverage16, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot17, plot18, color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa17, movingAverage17, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot18, plot19, color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa18, movingAverage18, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )
fill(plot19, plot20, color=inputFill ? color.new(applyColorMovingAverage(inputSourceMa19, movingAverage19, inputColorBull1, inputColorBear1, inputSourceMa1), inputColorFillTransparency) : na )

// ———————————————————————————————————————— }

// ———————————————————————————————————————— Only for benchmark {

// Print table at the end of chart
// if barstate.islast
//     var table t = table.new(position.middle_right, 1, 1)
//     var txt = str.tostring(timePerBarInMs, "ms/bar: #.######\n") +
//       str.tostring(totalTimeInMs, "Total time (ms): #,###.######\n") + 
//       str.tostring(barsTimed + barsNotTimed, "Bars analyzed: #")
//     table.cell(t, 0, 0, txt, bgcolor = color.yellow, text_halign = text.align_right)

// ———————————————————————————————————————— }

Overview

Users select the MA type and can apply the same parameters to all or each individually. Key inputs include offset, gamma, smooth, sigma, and weight settings. The script draws lines and supports background fill and bar color changes based on price position relative to the averages. It allows dynamic comparison of MAs for trend confirmation and setup creation.

Details

Published by

andreperez on GitHub

Type

Indicator, Pine Script v5

Draws

On the price chart

Category

Moving averages

Markets

Any symbol

Timeframes

Any timeframe

Risk Notes

No repainting, lookahead or stacked entries were found in its code or README. That says nothing about how well it works: test it first.

File

Moving Averages Refurbished.pine

Repository

github.com/andreperez/Moving-Averages-Refurbished

Topics

indicatorpinescriptpinescript-indicatorstechnical-analysistradingtradingviewtradingview-charttradingview-pine-scriptsmoving-averagestock

Settings

The inputs you can change from the gear icon on the chart. Defaults are the author's.

SettingTypeDefaultVariable
Same parameters for all moving averages?booltrueinputSameParams
TypestringREGMAinputTypeAll
SourcesourcecloseinputSourceAll
Offsetint0inputOffsetAll
Gammafloat3gamma_aarma
Smoothfloat1.5smooth
Offsetfloat0.85inputAlmaOffset
Sigmafloat6inputAlmaSigma
Factorfloat1.7factor
Lower Shift Limitint8fc
Upper Shift Limitint8sc
Offsetint4offset_epma
Show all 40 settings
SettingTypeDefaultVariable
Phaseint3jurik_phase
Powerint1jurik_power
Weightint6lwma_weight
Lambdafloat0.5lambda
Use a fixed time periodboolfalse_fixedTfInput
Daysint1_daysInput
Hoursint0_hoursInput
Minutesint0_minsInput
Barsint10_minBarsInput
Volume factorfloat0.7a1_t3
Loopbackint10volatility_lookback
Volume Weighted Moving Average?boolfalseapplyVolumeWeighted
ThemestringClassicinputTheme
Change line colors?booltrueinputApplyAverageColors
Whenstringcolor_AavgColorLogic
Fill background between averages?boolfalseinputFill
Transparency for fillint90inputColorFillTransparency
Apply Bar Colors when price are above or bellow all MAs?boolfalseinputApplyBarColorsLinesAligned
Bullishcolor#3af13cinputBarColorBullLinesAligned
Bearishcolor#bd0000inputBarColorBearLinesAligned
Predefined PeriodsstringPREDEFINED_PERIODS_1inputPredefinedPeriods
Moving Average 1booltrueinputShowAvg1
inputColorBull1colorCOLOR_BULL_01inputColorBull1
inputColorBear1colorCOLOR_BEAR_01inputColorBear1
TypestringSMAinputTypeMa1
Lengthint5inputLengthMa1
SourcesourcecloseinputSourceMa1
Offsetint0inputOffsetMa1
Third-party code. ForexR did not write, test or endorse this script, and the summary above was generated automatically from its code and README. Indicators describe the past, and a strategy's backtest can look better than live trading, especially when a script repaints. Check it in the Strategy Tester and on a demo account before you rely on it.

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