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Indicator · Pine Script v5 · On the chart

DIY Entry Signals

by benso87

This indicator plots optional moving averages on the price chart and generates entry signals based on custom conditions from multiple technical indicators.

View on GitHub

GitHub stars3on the repository
Pine versionv5runs as is
Lines of code773
Settings40inputs
LicenceMPL-2.0
Last update6 months ago18 Apr 2026

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

773 lines of Pine Script v5 from DIY signals.pine, published under MPL-2.0. Keep the author's credit and licence lines when you reuse it.

DIY signals.pine 
//@version=5
//
// Author: benso87
//
// Credit to:
// The_Caretaker for BBWP and PMARP indicators 
//
indicator(title='DIY Entry Signals', shorttitle='DIY Signals', format=format.price, precision=2, timeframe='', timeframe_gaps=true, overlay=true, max_bars_back=500)

noColor = color.new(color.white, transp=100)
//////////////////////////////////////////////////////////////
// Inputs

// Signal Types
includeLong        = input.bool   (true, title='Long', inline='1', group='Signal Types')
includeShort    = input.bool   (true, title='Short', inline='2', group='Signal Types')
onlyConfirmed   = input.bool   (true, title='Only Confirmed Candles', inline='3', group='Signal Types')
useSigCheck     = input.bool   (false, title='No More Signals For # Bars', inline='5', group='Signal Types')
sigCheckBars    = input.int    (10, title='', minval=1, maxval=50, inline='5', group='Signal Types')
plotType        = input.string ('Shape', title='Signal Marker', options=['Shape', 'Dot', 'Bar'], group='Signal Types')
barColorLong    = input.color  (#0bff00, title='Long Bar Color', group='Signal Types')
barColorShort   = input.color  (#ff0014, title='Short Bar Color', group='Signal Types')

// Price
priceSource = input.source(close, title='Price Source', group='Price')

// Volume
vMaLength   = input.int (20, title='MA Length', minval=1, group='Volume')
vMaType     = input.string ('SMA', title='MA Type', options=['SMA', 'EMA', 'WMA', 'VWEMA'], group='Volume')
vMult     = input.float (1.5, title='Multiplier', minval=0, group='Volume', tooltip='Volume needs to be above this much times the previous volume bar to trigger a signal.')

// Moving Averages
maSource    = input.source  (close, title='Source', inline='source', group='Moving Averages')
includeMA1    = input.bool    (false, title='', inline='MA 1', group='Moving Averages')
ma1Color     = input.color    (#ffeb3b, title='MA 1', inline='MA 1', group='Moving Averages')
ma1Length     = input.int        (21, title='Length', minval=1, inline='MA 1', group='Moving Averages')
ma1Type     = input.string    ('EMA', title='Type', options=['SMA','EMA','VWEMA'], inline='MA 1', group='Moving Averages')
includeMA2    = input.bool    (false, title='', inline='MA 2', group='Moving Averages')
ma2Color     = input.color    (#00e676, title='MA 2', inline='MA 2', group='Moving Averages')
ma2Length     = input.int        (55, title='Length', minval=1, inline='MA 2', group='Moving Averages')
ma2Type     = input.string    ('EMA', title='Type', options=['SMA','EMA','VWEMA'], inline='MA 2', group='Moving Averages')
includeMA3    = input.bool    (false, title='', inline='MA 3', group='Moving Averages')
ma3Color     = input.color    (#00bcd4, title='MA 3', inline='MA 3', group='Moving Averages')
ma3Length     = input.int        (100, title='Length', minval=1, inline='MA 3', group='Moving Averages')
ma3Type     = input.string    ('EMA', title='Type', options=['SMA','EMA','VWEMA'], inline='MA 3', group='Moving Averages')
includeMA4    = input.bool    (false, title='', inline='MA 4', group='Moving Averages')
ma4Color     = input.color    (#e040fb, title='MA 4', inline='MA 4', group='Moving Averages')
ma4Length     = input.int        (200, title='Length', minval=1, inline='MA 4', group='Moving Averages')
ma4Type     = input.string    ('EMA', title='Type', options=['SMA','EMA','VWEMA'], inline='MA 4', group='Moving Averages')
includeMA5    = input.bool    (false, title='', inline='MA 5', group='Moving Averages')
ma5Color     = input.color    (color.red, title='MA 5', inline='MA 5', group='Moving Averages')
ma5Length     = input.int        (300, title='Length', minval=1, inline='MA 5', group='Moving Averages')
ma5Type     = input.string    ('EMA', title='Type', options=['SMA','EMA','VWEMA'], inline='MA 5', group='Moving Averages')
includeMA6    = input.bool    (false, title='', inline='MA 6', group='Moving Averages')
ma6Color     = input.color    (color.blue, title='MA 6', inline='MA 6', group='Moving Averages')
ma6Length     = input.int        (400, title='Length', minval=1, inline='MA 6', group='Moving Averages')
ma6Type     = input.string    ('EMA', title='Type', options=['SMA','EMA','VWEMA'], inline='MA 6', group='Moving Averages')
includeMA7    = input.bool    (false, title='', inline='MA 7', group='Moving Averages')
ma7Color     = input.color    (color.white, title='MA 7', inline='MA 7', group='Moving Averages')
ma7Length     = input.int        (500, title='Length', minval=1, inline='MA 7', group='Moving Averages')
ma7Type     = input.string    ('EMA', title='Type', options=['SMA','EMA','VWEMA'], inline='MA 7', group='Moving Averages')
includeMA8    = input.bool    (false, title='', inline='MA 8', group='Moving Averages')
ma8Color     = input.color    (color.orange, title='MA 8', inline='MA 8', group='Moving Averages')
ma8Length     = input.int        (600, title='Length', minval=1, inline='MA 8', group='Moving Averages')
ma8Type     = input.string    ('EMA', title='Type', options=['SMA','EMA','VWEMA'], inline='MA 8', group='Moving Averages')

// Moving Average Crosses 
maCrosses    = input.bool   (false, title='Highlight moving average crosses', group='Moving Average Crosses', inline='1')
useCross1    = input.bool   (false, title='Pair 1', group='Moving Average Crosses', inline='pair1')
cross1Color1 = input.color  (color.new(color.silver, transp=50), title='', group='Moving Average Crosses', inline='pair1')
cross1Color2 = input.color  (color.new(color.purple, transp=50), title='', group='Moving Average Crosses', inline='pair1')
cross1ma1Str = input.string ('MA 1', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4', 'MA 5', 'MA 6', 'MA 7', 'MA 8'], group='Moving Average Crosses', inline='pair1')
cross1ma2Str = input.string ('MA 2', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4', 'MA 5', 'MA 6', 'MA 7', 'MA 8'], group='Moving Average Crosses', inline='pair1')
useCross2    = input.bool   (false, title='Pair 2', group='Moving Average Crosses', inline='pair2')
cross2Color1 = input.color  (color.new(color.yellow, transp=50), title='', group='Moving Average Crosses', inline='pair2')
cross2Color2 = input.color  (color.new(color.red, transp=50), title='', group='Moving Average Crosses', inline='pair2')
cross2ma1Str = input.string ('MA 2', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4', 'MA 5', 'MA 6', 'MA 7', 'MA 8'], group='Moving Average Crosses', inline='pair2')
cross2ma2Str = input.string ('MA 4', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4', 'MA 5', 'MA 6', 'MA 7', 'MA 8'], group='Moving Average Crosses', inline='pair2')
useCross3    = input.bool   (false, title='Pair 3', group='Moving Average Crosses', inline='pair3')
cross3Color1 = input.color  (color.new(color.blue, transp=50), title='', group='Moving Average Crosses', inline='pair3')
cross3Color2 = input.color  (color.new(color.orange, transp=50), title='', group='Moving Average Crosses', inline='pair3')
cross3ma1Str = input.string ('MA 3', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4', 'MA 5', 'MA 6', 'MA 7', 'MA 8'], group='Moving Average Crosses', inline='pair3')
cross3ma2Str = input.string ('MA 4', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4', 'MA 5', 'MA 6', 'MA 7', 'MA 8'], group='Moving Average Crosses', inline='pair3')

// RSI
rsiSource = input.source (close, title='Source', group='RSI')
rsiPeriod = input.int    (14, minval=1, title='RSI Period', group='RSI')

// Stochastic
stochSource = input.source  (close, title='Source', group='Stochastic')
periodK     = input.int     (14, title='K Length', minval=1, group='Stochastic')
smoothK     = input.int     (3, title='K Smoothing', minval=1, group='Stochastic')
periodD     = input.int     (3, title='D Smoothing', minval=1, group='Stochastic')
kdSig       = input.bool    (false, title='K & D', group='Stochastic', tooltip='Turn this on to only signal when both K and D are in the selected range.')

// Stoch RSI
srsiSmoothK = input.int    (3, title='K', minval=1, group='Stochastic RSI')
srsiSmoothD = input.int    (3, title='D', minval=1, group='Stochastic RSI')
srsiLength  = input.int    (14, title='Stoch Length', minval=1, group='Stochastic RSI')
srsiKDSig   = input.bool   (false, title='K & D', group='Stochastic RSI', tooltip='Turn this on to only signal when both K and D are in the selected range.')
srsiOwnRSI  = input.bool   (false, title='Use Separate RSI', group='Stochastic RSI', tooltip='If unchecked, use RSI from the RSI section. If checked, use RSI settings in this section')
srsiSource  = input.source (close, title='RSI Source for Stoch RSI', group='Stochastic RSI', tooltip='Only used if "Use Seaprate RSI" is checked.')
srsiPeriod  = input.int    (14, title='RSI Length for Stoch RSI', group='Stochastic RSI', tooltip='Only used if "Use Seaprate RSI" is checked.')

// Bollinger Bands
bbSource    = input.source (close, title='Source', group='Bollinger Bands')
bbLength    = input.int    (20, minval=1, group='Bollinger Bands')
bbMult      = input.float  (2.0, minval=0.001, maxval=50, title="StdDev", group='Bollinger Bands')
bbBiasMAStr = input.string ('MA 4', title='Moving Average for Bias', options=['MA 1', 'MA 2', 'MA 3', 'MA 4', 'MA 5', 'MA 6', 'MA 7', 'MA 8'], group='Bollinger Bands', tooltip='Bias is determined by the BB midline being above or below the chosen moving average.')
plotBB      = input.bool   (false, title='Plot', group='Bollinger Bands')
bbFill      = input.color  (noColor, title='Fill Color', group='Bollinger Bands')
biasFill    = input.bool   (false, title='Color Based on Bias', group='Bollinger Bands')
longFill    = input.color  (color.new(color.green, transp=80), title='Long Bias', group='Bollinger Bands')
shortFill   = input.color  (color.new(color.red, transp=80), title='Short Bias', group='Bollinger Bands')

// BBWP
bbwpPriceSource = input.source  (close, title='Source', inline='1', group='BBWP')
bbwpBasisType   = input.string  ('SMA', title='Basis Type', options=['SMA', 'EMA', 'VWMA', 'VWEMA'], inline='1', group='BBWP')
bbwpLength      = input.int     (13, title='Length', minval=1, inline='2', group='BBWP')
bbwpLookback    = input.int     (252, title='Lookback', minval=1, inline='2', group='BBWP')
bbwpMaType      = input.string  ('SMA', 'MA Type', options=['SMA', 'EMA', 'VWMA', 'VWEMA'], inline='3', group='BBWP')
bbwpMaLength    = input.int     (5, 'MA Length', minval=1, inline='3', group='BBWP')

// PMARP
pmarpSource     = input.source  (close, title='Source', inline='1', group='PMARP')
pmarpLookback    = input.int        (350, title='Lookback', minval=1, maxval=1900, inline='1', group='PMARP')
pmarpLength     = input.int     (20, title='PMAR Length', minval=1, inline='2', group='PMARP')
pmarpMAType     = input.string  ('VWMA', title='MA Type', options=[ 'SMA', 'EMA', 'HMA', 'RMA', 'VWMA', 'VWEMA' ], inline='2', group='PMARP')
pmarpSigMAType  = input.string  ('SMA', title='Signal MA Type', options=[ 'SMA', 'EMA', 'HMA', 'RMA', 'VWMA', 'VWEMA' ], inline='3', group='PMARP')
pmarpSigLength  = input.int     (20, title='PMAR SignalLength', minval=1, inline='3', group='PMARP')

// ADX/DMI
adxLength = input.int(14, title="ADX Length", group='ADX/DMI')
diLength = input.int(14, title="DI Length", group='ADX/DMI')

// VWAP
vwapPlot        = input.bool(false, title='Plot VWAP', group='VWAP')
hideonDWM       = input.bool(false, title="Hide VWAP on 1D or Above", group="VWAP")
anchor          = input.string(defval = 'Session', title='Anchor Period', options=['Session', 'Week', 'Month', 'Year'], group='VWAP')
vwapSrc         = input.source(hlc3, title='Source', group='VWAP')
vwapColor       = input.color(color.blue, title='Color', group='VWAP')
vwapWidth       = input.int(2, title='Line Width', minval=1, maxval=4, group='VWAP')
vwapOffset      = input.int(0, title='Offset', group='VWAP')
vwapShowBands   = input.bool(false, title='Calculate Bands', group='VWAP')
vwapStDev       = input.float(1, title='Bands Multiplier', group='VWAP')

// Days Off
useOffDays  = input.bool (false, title='Days Off', group='Days Off')
offSun      = input.bool (true, title='Sunday', group='Days Off')
offMon      = input.bool (false, title='Monday', group='Days Off')
offTue      = input.bool (false, title='Tuesday', group='Days Off')
offWed      = input.bool (false, title='Wednesday', group='Days Off')
offThur     = input.bool (false, title='Thursday', group='Days Off')
offFri      = input.bool (false, title='Friday', group='Days Off')
offSat      = input.bool (true, title='Saturday', group='Days Off')

// Time Off
useTimeOff   = input.bool (false, title='Time Off', group='Time Off')
timeOffRange = input.session ('0500-1300', title='Time Off', group='Time Off')

// Long Conditions
usePriceAbMaLong    = input.bool    (false, title='Price Above', inline='price1', group='Long Conditions')
priceAbMaLongStr    = input.string  ('MA 1', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4'], inline='price1', group='Long Conditions')
usePriceBlMaLong    = input.bool    (false, title='Price Below', inline='price2', group='Long Conditions')
priceBlMaLongStr    = input.string  ('MA 1', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4'], inline='price2', group='Long Conditions')
useVolumeLong       = input.bool    (false, title='Volume', inline='volume1', group='Long Conditions')
volumeAboveLong     = input.string  ('Both', title='Above', options=['MA', 'Mult', 'Both'], inline='volume1', group='Long Conditions', tooltip='See volume section for criteria used here.')
i_ma1Above2           = input.bool    (false, title='MA 1 > MA 2', inline='ma above 1', group='Long Conditions')
i_ma2Above3           = input.bool    (false, title='MA 2 > MA 3', inline='ma above 2', group='Long Conditions')
i_ma3Above4           = input.bool    (false, title='MA 3 > MA 4', inline='ma above 3', group='Long Conditions')
i_ma4Above5           = input.bool    (false, title='MA 4 > MA 5', inline='ma above 4', group='Long Conditions')
i_ma5Above6           = input.bool    (false, title='MA 5 > MA 6', inline='ma above 5', group='Long Conditions')
i_ma6Above7           = input.bool    (false, title='MA 6 > MA 7', inline='ma above 6', group='Long Conditions')
i_ma7Above8           = input.bool    (false, title='MA 7 > MA 8', inline='ma above 7', group='Long Conditions')
useCross1UpLong     = input.bool    (false, title='Price Cross Up: MA 1', inline='cross up', group='Long Conditions')
useCross2UpLong     = input.bool    (false, title='MA 2', inline='cross up', group='Long Conditions')
useCross3UpLong     = input.bool    (false, title='MA 3', inline='cross up', group='Long Conditions')
useCross4UpLong     = input.bool    (false, title='MA 4', inline='cross up', group='Long Conditions')
useCross5UpLong     = input.bool    (false, title='MA 5', inline='cross up', group='Long Conditions')
useCross6UpLong     = input.bool    (false, title='MA 6', inline='cross up', group='Long Conditions')
useCross7UpLong     = input.bool    (false, title='MA 7', inline='cross up', group='Long Conditions')
useCross8UpLong     = input.bool    (false, title='MA 8', inline='cross up', group='Long Conditions')
useCross1DnLong     = input.bool    (false, title='Price Cross Down: MA 1', inline='cross dn', group='Long Conditions')
useCross2DnLong     = input.bool    (false, title='MA 2', inline='cross dn', group='Long Conditions')
useCross3DnLong     = input.bool    (false, title='MA 3', inline='cross dn', group='Long Conditions')
useCross4DnLong     = input.bool    (false, title='MA 4', inline='cross dn', group='Long Conditions')
useCross5DnLong     = input.bool    (false, title='MA 5', inline='cross dn', group='Long Conditions')
useCross6DnLong     = input.bool    (false, title='MA 6', inline='cross dn', group='Long Conditions')
useCross7DnLong     = input.bool    (false, title='MA 7', inline='cross dn', group='Long Conditions')
useCross8DnLong     = input.bool    (false, title='MA 8', inline='cross dn', group='Long Conditions')
useMATestLong       = input.bool    (false, title='MA Test (beta)', inline='ma test', group='Long Conditions', tooltip='Experimental. This will check to see if the candle touches the moving average and closes above it, or if the previous candle opened above and closed below, and the signal candle closes back above.')
i_maTestedLong      = input.string  ('MA 1', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4', 'MA 5', 'MA 6', 'MA 7', 'MA 8'], inline='ma test', group='Long Conditions')
includeRSILong      = input.bool    (false, title='RSI', inline='rsi', group='Long Conditions')
rsiLowLong           = input.float   (38, title='Above', inline='rsi', group='Long Conditions')
rsiHighLong           = input.float   (62, title='Below', inline='rsi', group='Long Conditions')
useRsiCrossLong     = input.bool    (false, title='RSI cross', inline='rsi cross', group='Long Conditions')
rsiCrossDirLong     = input.string  ('Above', title='', options=['Above', 'Below'], inline='rsi cross', group='Long Conditions')
rsiCrossLevelLong   = input.float   (50, title='', minval=0, maxval=100, inline='rsi cross', group='Long Conditions')
includeStochLong     = input.bool    (false, title='Stoch', inline='stoch', group='Long Conditions')
stochKAboveD          = input.bool    (false, title='K > D', inline='stoch', group='Long Conditions')
useStochRangeLong     = input.bool    (false, title='Stoch In Range?',inline='stoch 2', group='Long Conditions')
stochLowLong          = input.float   (20, title='Low', inline='stoch 2', group='Long Conditions')
stochHighLong          = input.float   (80, title='High', inline='stoch 2', group='Long Conditions')
includeSRSILong     = input.bool    (false, title='Stoch RSI', inline='srsi', group='Long Conditions')
srsiLowLong         = input.float   (0, title='Low', minval=0, maxval=100, inline='srsi', group='Long Conditions')
srsiHighLong        = input.float   (10, title='High', minval=0, maxval=100, inline='srsi', group='Long Conditions')
includeBBLong       = input.bool    (false, title='Bollinger Bands', inline='bb', group='Long Conditions')
includBBBiasLong    = input.bool    (false, title='Bias', inline='bb', group='Long Conditions', tooltip='Signal only if the BB midline is above the chose moving average.')
includeBBTestLong   = input.bool    (false, title='Test Lower (Experimental)', inline='bb', group='Long Conditions', tooltip='Signal only on a test of the lower band.')
includeBBRLong      = input.bool    (false, title='BB%B', inline='bb2', group='Long Conditions')
bbrDirLong          = input.string  ('Below', title='', options=['Above', 'Below'], inline='bb2', group='Long Conditions')
bbrLevelLong        = input.float   (0.1, title='', minval=-1, maxval=2, inline='bb2', group='Long Conditions')
includeBBWPLong      = input.bool    (false, title='BBWP', inline='bbwp', group='Long Conditions')
bbwpMinLong         = input.float    (0, title='Min', minval=0, maxval=100, step=0.01,    inline='bbwp', group='Long Conditions')
bbwpMaxLong            = input.float    (35, title='Max', minval=0, maxval=100, step=0.01,    inline='bbwp', group='Long Conditions')
includeBBWPMaDLong  = input.bool    (false, title='BBWP MA Direction', inline='bbwpMa', group='Long Conditions')
bbwpMaDLong         = input.string  ('Down', title='', options=['Up', 'Down'], inline='bbwpMa', group='Long Conditions')
includePMARPLong     = input.bool    (false, title='PMARP', inline='pmarp', group='Long Conditions')
pmarpLongAB         = input.string  ('Below', title='', options=['Above', 'Below'], inline='pmarp', group='Long Conditions')
pmarpThresholdLong    = input.float   (15, title='', inline='pmarp', group='Long Conditions')
usePmarpCrossMaLong = input.bool    (false, title='PMARP Crossing MA', inline='pmarp2', group='Long Conditions')
pmarpCrossDirLong   = input.string  ('Up', title='', options=['Up', 'Down'], inline='pmarp2', group='Long Conditions')
useDMILong             = input.bool    (false, title='DMI', inline='dmi', group='Long Conditions')
dmiPNLong              = input.string  ('Positive', title='', options=['Positive', 'Negative', 'Custom'], inline='dmi', group='Long Conditions')
dmiABLong           = input.string  ('Above', title='DMI', options=['Above', 'Below'], inline='dmi 2', group='Long Conditions')
dmiThresholdLong    = input.float   (20, title='', inline='dmi 2', tooltip='DMI level to be below or above for "Custom" option', group='Long Conditions')
dmiFlipLong            = input.bool    (false, title='Only on flip', inline='dmi 3', group='Long Conditions', tooltip='Signal only on the bar where the DMI flip occurs.')
useADXLong             = input.bool    (false, title='ADX Range', inline='adx', group='Long Conditions')
adxABLong              = input.string  ('Below', title='', options=['Above', 'Below'], inline='adx', group='Long Conditions')
adxThresholdLong      = input.float   (20, title='', inline='adx', group='Long Conditions')
useADXDirLong        = input.bool    (false, title='ADX Direction', inline='adx 2', group='Long Conditions')
adxDirLong            = input.string  ('Rising', title='', options=['Rising', 'Falling'], inline='adx 2', group='Long Conditions')
useVwapLong         = input.bool    (false, title='VWAP', inline='vwap', group='Long Conditions')
vwapABLong          = input.string  ('Below', title='', options=['Above', 'Below'], inline='vwap', group='Long Conditions')
vwapLevelLong       = input.string  ('VWAP', title='', options=['Top', 'VWAP', 'Bottom'], inline='vwap', group='Long Conditions')

// Short Conditions
usePriceAbMaShort   = input.bool    (false, title='Price Above', inline='price1', group='Short Conditions')
priceAbMaShortStr   = input.string  ('MA 1', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4'], inline='price1', group='Short Conditions')
usePriceBlMaShort   = input.bool    (false, title='Price Below', inline='price2', group='Short Conditions')
priceBlMaShortStr   = input.string  ('MA 1', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4'], inline='price2', group='Short Conditions')
useVolumeShort      = input.bool    (false, title='Volume', inline='volume1', group='Short Conditions')
volumeAboveShort    = input.string  ('Both', title='Above', options=['MA', 'Mult', 'Both'], inline='volume1', group='Short Conditions', tooltip='See volume section for criteria used here.')
i_ma1Below2           = input.bool    (false, title='MA 1 < MA 2', inline='ma below 1', group='Short Conditions')
i_ma2Below3           = input.bool    (false, title='MA 2 < MA 3', inline='ma below 2', group='Short Conditions')
i_ma3Below4           = input.bool    (false, title='MA 3 < MA 4', inline='ma below 3', group='Short Conditions')
i_ma4Below5           = input.bool    (false, title='MA 4 < MA 5', inline='ma below 4', group='Short Conditions')
i_ma5Below6           = input.bool    (false, title='MA 5 < MA 6', inline='ma below 5', group='Short Conditions')
i_ma6Below7           = input.bool    (false, title='MA 6 < MA 7', inline='ma below 6', group='Short Conditions')
i_ma7Below8           = input.bool    (false, title='MA 7 < MA 8', inline='ma below 7', group='Short Conditions')
useCross1UpShort    = input.bool    (false, title='Price Cross Up: MA 1', inline='cross up', group='Short Conditions')
useCross2UpShort    = input.bool    (false, title='MA 2', inline='cross up', group='Short Conditions')
useCross3UpShort    = input.bool    (false, title='MA 3', inline='cross up', group='Short Conditions')
useCross4UpShort    = input.bool    (false, title='MA 4', inline='cross up', group='Short Conditions')
useCross5UpShort    = input.bool    (false, title='MA 5', inline='cross up', group='Short Conditions')
useCross6UpShort    = input.bool    (false, title='MA 6', inline='cross up', group='Short Conditions')
useCross7UpShort    = input.bool    (false, title='MA 7', inline='cross up', group='Short Conditions')
useCross8UpShort    = input.bool    (false, title='MA 8', inline='cross up', group='Short Conditions')
useCross1DnShort    = input.bool    (false, title='Price Cross Down: MA 1', inline='cross dn', group='Short Conditions')
useCross2DnShort    = input.bool    (false, title='MA 2', inline='cross dn', group='Short Conditions')
useCross3DnShort    = input.bool    (false, title='MA 3', inline='cross dn', group='Short Conditions')
useCross4DnShort    = input.bool    (false, title='MA 4', inline='cross dn', group='Short Conditions')
useCross5DnShort    = input.bool    (false, title='MA 5', inline='cross dn', group='Short Conditions')
useCross6DnShort    = input.bool    (false, title='MA 6', inline='cross dn', group='Short Conditions')
useCross7DnShort    = input.bool    (false, title='MA 7', inline='cross dn', group='Short Conditions')
useCross8DnShort    = input.bool    (false, title='MA 8', inline='cross dn', group='Short Conditions')
useMATestShort      = input.bool    (false, title='MA Test (beta)', inline='ma test', group='Short Conditions', tooltip='Experimental. This will check to see if the candle touches the moving average and closes below it, or if the previous candle opened below and closed above, and the signal candle closes back below.')
i_maTestedShort     = input.string  ('MA 1', title='', options=['MA 1', 'MA 2', 'MA 3', 'MA 4', 'MA 5', 'MA 6', 'MA 7', 'MA 8'], inline='ma test', group='Short Conditions')
includeRSIShort      = input.bool    (false, title='RSI', inline='rsi', group='Short Conditions')
rsiLowShort           = input.float   (38, title='Above', inline='rsi', group='Short Conditions')
rsiHighShort          = input.float   (62, title='Below', inline='rsi', group='Short Conditions')
useRsiCrossShort    = input.bool    (false, title='RSI cross', inline='rsi cross', group='Short Conditions')
rsiCrossDirShort    = input.string  ('Below', title='', options=['Above', 'Below'], inline='rsi cross', group='Short Conditions')
rsiCrossLevelShort  = input.float   (50, title='', minval=0, maxval=100, inline='rsi cross', group='Short Conditions')
includeStochShort     = input.bool    (false, title='Stoch', inline='stoch', group='Short Conditions')
stochKBelowD          = input.bool    (false, title='K < D', inline='stoch', group='Short Conditions')
useStochRangeShort  = input.bool    (false, title='Stoch In Range?',inline='stoch 2', group='Short Conditions')
stochLowShort          = input.float   (20, title='Low', inline='stoch 2', group='Short Conditions')
stochHighShort      = input.float   (80, title='High', inline='stoch 2', group='Short Conditions')
includeSRSIShort    = input.bool    (false, title='Stoch RSI', inline='srsi', group='Short Conditions')
srsiLowShort        = input.float   (90, title='Low', minval=0, maxval=100, inline='srsi', group='Short Conditions')
srsiHighShort       = input.float   (100, title='High', minval=0, maxval=100, inline='srsi', group='Short Conditions')
includeBBShort      = input.bool    (false, title='Bollinger Bands', inline='bb', group='Short Conditions')
includBBBiasShort   = input.bool    (false, title='Bias', inline='bb', group='Short Conditions', tooltip='Signal only if the BB midline is below the chosen moving average.')
includeBBTestShort  = input.bool    (false, title='Test Upper (Experimental)', inline='bb', group='Short Conditions', tooltip='Signal only on a test of the upper band.')
includeBBRShort     = input.bool    (false, title='BB%B', inline='bb2', group='Short Conditions')
bbrDirShort         = input.string  ('Above', title='', options=['Above', 'Below'], inline='bb2', group='Short Conditions')
bbrLevelShort       = input.float   (0.9, title='', minval=-1, maxval=2, inline='bb2', group='Short Conditions')
includeBBWPShort     = input.bool    (false, title='BBWP', inline='bbwp', group='Short Conditions')
bbwpMinShort         = input.float    (0, title='Min', minval=0, maxval=100, step=0.01,    inline='bbwp', group='Short Conditions')
bbwpMaxShort        = input.float    (35, title='Max', minval=0, maxval=100, step=0.01,    inline='bbwp', group='Short Conditions')
includeBBWPMaDShort = input.bool    (false, title='BBWP MA Direction', inline='bbwpMa', group='Short Conditions')
bbwpMaDShort        = input.string  ('Down', title='', options=['Up', 'Down'], inline='bbwpMa', group='Short Conditions')
includePMARPShort     = input.bool    (false, title='PMARP', inline='pmarp', group='Short Conditions')
pmarpShortAB        = input.string  ('Above', title='', options=['Above', 'Below'], inline='pmarp', group='Short Conditions')
pmarpThresholdShort    = input.float   (85, title='', inline='pmarp', group='Short Conditions')
usePmarpCrossMaShort= input.bool    (false, title='PMARP Crossing MA', inline='pmarp2', group='Short Conditions')
pmarpCrossDirShort  = input.string  ('Down', title='', options=['Up', 'Down'], inline='pmarp2', group='Short Conditions')
useDMIShort         = input.bool    (false, title='DMI', inline='dmi', group='Short Conditions')
dmiPNShort          = input.string  ('Positive', title='', options=['Positive', 'Negative', 'Custom'], inline='dmi', group='Short Conditions')
dmiABShort          = input.string  ('Above', title='DMI', options=['Above', 'Below'], inline='dmi 2', group='Short Conditions')
dmiThresholdShort   = input.float   (-20, title='', inline='dmi 2', tooltip='DMI level to be below or above for "Custom" option', group='Short Conditions')
dmiFlipShort        = input.bool    (false, title='Only on flip', inline='dmi 3', group='Short Conditions', tooltip='Signal only on the bar where the DMI flip occurs.')
useADXShort         = input.bool    (false, title='ADX Range', inline='adx', group='Short Conditions')
adxABShort             = input.string  ('Below', title='', options=['Above', 'Below'], inline='adx', group='Short Conditions')
adxThresholdShort      = input.float   (20, title='', inline='adx', group='Short Conditions')
useADXDirShort        = input.bool    (false, title='ADX Direction', inline='adx 2', group='Short Conditions')
adxDirShort            = input.string  ('Rising', title='', options=['Rising', 'Falling'], inline='adx 2', group='Short Conditions')
useVwapShort        = input.bool    (false, title='VWAP', inline='vwap', group='Short Conditions')
vwapABShort         = input.string  ('Above', title='', options=['Above', 'Below'], inline='vwap', group='Short Conditions')
vwapLevelShort      = input.string  ('VWAP', title='', options=['Top', 'VWAP', 'Bottom'], inline='vwap', group='Short Conditions')


//////////////////////////////////////////////////////////////
// Calculations

// Volume-weighted EMA
// VWEMA = EMA(price * volume, length) / EMA(volume, length)
// Weights each bar's contribution by its volume, giving heavier-volume bars more influence.
f_vwema(source, length) =>
    num = ta.ema(source * volume, length)
    den = ta.ema(volume, length)
    den == 0 ? source : num / den

// Function to calculate moving averages based on chosen type
f_ma(source, length, type) =>
    switch type
        'SMA' => ta.sma(source, length)
        'EMA' => ta.ema(source, length)
        'RMA' => ta.rma(source, length)
        'WMA' => ta.wma(source, length)
        'VWEMA' => f_vwema(source, length)

// volume
vMa = f_ma(volume, vMaLength, vMaType)

vAboveMa = volume > vMa
vAboveMult = volume >= volume[1] * vMult
vAboveBoth = vAboveMa and vAboveMult

vAboveLong = volumeAboveLong == 'MA' ? vAboveMa : volumeAboveLong == 'Mult' ? vAboveMult : vAboveBoth
vAboveShort = volumeAboveShort == 'MA' ? vAboveMa : volumeAboveShort == 'Mult' ? vAboveMult : vAboveBoth

// Moving Averages
ma1 = f_ma(maSource, ma1Length, ma1Type)
ma2 = f_ma(maSource, ma2Length, ma2Type)
ma3 = f_ma(maSource, ma3Length, ma3Type)
ma4 = f_ma(maSource, ma4Length, ma4Type)
ma5 = f_ma(maSource, ma5Length, ma5Type)
ma6 = f_ma(maSource, ma6Length, ma6Type)
ma7 = f_ma(maSource, ma7Length, ma7Type)
ma8 = f_ma(maSource, ma8Length, ma8Type)

// Function to convert chosen MA to MA series
f_convertMA (ma) =>
    switch ma
        'MA 1' => ma1
        'MA 2' => ma2
        'MA 3' => ma3
        'MA 4' => ma4
        'MA 5' => ma5
        'MA 6' => ma6
        'MA 7' => ma7
        'MA 8' => ma8

ma1Above2     = ma1 > ma2
ma1Above3     = ma1 > ma3
ma1Above4     = ma1 > ma4
ma1Above5     = ma1 > ma5
ma1Above6     = ma1 > ma6
ma1Above7     = ma1 > ma7
ma1Above8     = ma1 > ma8

ma2Above1     = ma2 > ma1
ma2Above3     = ma2 > ma3
ma2Above4     = ma2 > ma4
ma2Above5     = ma2 > ma5
ma2Above6     = ma2 > ma6
ma2Above7     = ma2 > ma7
ma2Above8     = ma2 > ma8

ma3Above1     = ma3 > ma1
ma3Above2     = ma3 > ma2
ma3Above4     = ma3 > ma4
ma3Above5     = ma3 > ma5
ma3Above6     = ma3 > ma6
ma3Above7     = ma3 > ma7
ma3Above8     = ma3 > ma8

ma4Above1     = ma4 > ma1
ma4Above2     = ma4 > ma2
ma4Above3     = ma4 > ma3
ma4Above5     = ma4 > ma5
ma4Above6     = ma4 > ma6
ma4Above7     = ma4 > ma7
ma4Above8     = ma4 > ma8

ma5Above1     = ma5 > ma1
ma5Above2     = ma5 > ma2
ma5Above3     = ma5 > ma3
ma5Above4     = ma5 > ma4
ma5Above6     = ma5 > ma6
ma5Above7     = ma5 > ma7
ma5Above8     = ma5 > ma8

ma6Above1     = ma6 > ma1
ma6Above2     = ma6 > ma2
ma6Above3     = ma6 > ma3
ma6Above4     = ma6 > ma4
ma6Above5     = ma6 > ma5
ma6Above7     = ma6 > ma7
ma6Above8     = ma6 > ma8

ma7Above1     = ma7 > ma1
ma7Above2     = ma7 > ma2
ma7Above3     = ma7 > ma3
ma7Above4     = ma7 > ma4
ma7Above5     = ma7 > ma5
ma7Above6     = ma7 > ma6
ma7Above8     = ma7 > ma8

ma8Above1     = ma8 > ma1
ma8Above2     = ma8 > ma2
ma8Above3     = ma8 > ma3
ma8Above4     = ma8 > ma4
ma8Above5     = ma8 > ma5
ma8Above6     = ma8 > ma6
ma8Above7     = ma8 > ma7

// Price crossing moving average checks
pCrossUp1 = ta.crossover(close, ma1)
pCrossUp2 = ta.crossover(close, ma2)
pCrossUp3 = ta.crossover(close, ma3)
pCrossUp4 = ta.crossover(close, ma4)
pCrossUp5 = ta.crossover(close, ma5)
pCrossUp6 = ta.crossover(close, ma6)
pCrossUp7 = ta.crossover(close, ma7)
pCrossUp8 = ta.crossover(close, ma8)

pCrossDn1 = ta.crossunder(close, ma1)
pCrossDn2 = ta.crossunder(close, ma2)
pCrossDn3 = ta.crossunder(close, ma3)
pCrossDn4 = ta.crossunder(close, ma4)
pCrossDn5 = ta.crossunder(close, ma5)
pCrossDn6 = ta.crossunder(close, ma6)
pCrossDn7 = ta.crossunder(close, ma7)
pCrossDn8 = ta.crossunder(close, ma8)

pCrossLong = (not useCross1UpLong or pCrossUp1) and (not useCross2UpLong or pCrossUp2) and (not useCross3UpLong or pCrossUp3) and (not useCross4UpLong or pCrossUp4) and (not useCross5UpLong or pCrossUp5) and (not useCross6UpLong or pCrossUp6) and (not useCross7UpLong or pCrossUp7) and (not useCross8UpLong or pCrossUp8) and (not useCross1DnLong or pCrossDn1) and (not useCross2DnLong or pCrossDn2) and (not useCross3DnLong or pCrossDn3) and (not useCross4DnLong or pCrossDn4) and (not useCross5DnLong or pCrossDn5) and (not useCross6DnLong or pCrossDn6) and (not useCross7DnLong or pCrossDn7) and (not useCross8DnLong or pCrossDn8)
pCrossShort = (not useCross1UpShort or pCrossUp1) and (not useCross2UpShort or pCrossUp2) and (not useCross3UpShort or pCrossUp3) and (not useCross4UpShort or pCrossUp4) and (not useCross5UpShort or pCrossUp5) and (not useCross6UpShort or pCrossUp6) and (not useCross7UpShort or pCrossUp7) and (not useCross8UpShort or pCrossUp8) and (not useCross1DnShort or pCrossDn1) and (not useCross2DnShort or pCrossDn2) and (not useCross3DnShort or pCrossDn3) and (not useCross4DnShort or pCrossDn4) and (not useCross5DnShort or pCrossDn5) and (not useCross6DnShort or pCrossDn6) and (not useCross7DnShort or pCrossDn7) and (not useCross8DnShort or pCrossDn8)

// Moving average crossover checks
cross1ma1 = f_convertMA(cross1ma1Str)
cross1ma2 = f_convertMA(cross1ma2Str)
cross2ma1 = f_convertMA(cross2ma1Str)
cross2ma2 = f_convertMA(cross2ma2Str)
cross3ma1 = f_convertMA(cross3ma1Str)
cross3ma2 = f_convertMA(cross3ma2Str)

cross1Up = maCrosses and useCross1 ? ta.crossover(cross1ma1, cross1ma2) : false
cross1Down = maCrosses and useCross1 ? ta.crossunder(cross1ma1, cross1ma2) : false
cross2Up = maCrosses and useCross2 ? ta.crossover(cross2ma1, cross2ma2) : false
cross2Down = maCrosses and useCross2 ? ta.crossunder(cross2ma1, cross2ma2) : false
cross3Up = maCrosses and useCross3 ? ta.crossover(cross3ma1, cross3ma2) : false
cross3Down = maCrosses and useCross3 ? ta.crossunder(cross3ma1, cross3ma2) : false

crossColor = cross3Up ? cross3Color1 : cross3Down ? cross3Color2 : cross2Up ? cross2Color1 : cross2Down ? cross2Color2 : cross1Up ? cross1Color1 : cross1Down ? cross1Color2 : na

// Moving average test
maTestedLong = f_convertMA(i_maTestedLong)
maTestedShort = f_convertMA(i_maTestedShort)

maTestLong = (low <= maTestedLong and close >= maTestedLong) or (open[1] >= maTestedLong[1] and close[1] <= maTestedLong[1] and close >= maTestedLong)
maTestShort = (high >= maTestedShort and close <= maTestedShort) or (open[1] <= maTestedShort[1] and close[1] >= maTestedShort[1] and close <= maTestedShort)

// Price check conversions
priceAbMaLong = f_convertMA(priceAbMaLongStr)
priceBlMaLong = f_convertMA(priceBlMaLongStr)
priceAbMaShort = f_convertMA(priceAbMaShortStr)
priceBlMaShort = f_convertMA(priceBlMaShortStr)

// RSI
up = ta.rma(math.max(ta.change(rsiSource), 0), rsiPeriod)
down = ta.rma(-math.min(ta.change(rsiSource), 0), rsiPeriod)
rsi = down == 0 ? 100 : up == 0 ? 0 : 100 - (100 / (1 + up / down))

rsiCrossLong = rsiCrossDirLong == 'Above' ? ta.crossover(rsi, rsiCrossLevelLong) : ta.crossunder(rsi, rsiCrossLevelLong)
rsiCrossShort = rsiCrossDirShort == 'Above' ? ta.crossover(rsi, rsiCrossLevelShort) : ta.crossunder(rsi, rsiCrossLevelShort)

// Stochastic
k = ta.sma(ta.stoch(stochSource, high, low, periodK), smoothK)
d = ta.sma(k, periodD)

stochInRangeLong = kdSig ? stochHighLong >= k and k >= stochLowLong and stochHighLong >= d and d >= stochLowLong : stochHighLong >= k and k >= stochLowLong
stochInRangeShort = kdSig ? stochHighShort >= k and k >= stochLowShort and stochHighShort >= d and d >= stochLowShort : stochHighShort >= k and k >= stochLowShort

// Stoch RSI
sUp = ta.rma(math.max(ta.change(srsiSource), 0), srsiPeriod)
sDown = ta.rma(-math.min(ta.change(srsiSource), 0), srsiPeriod)
srsiRSI = sDown == 0 ? 100 : sUp == 0 ? 0 : 100 - (100 / (1 + sUp / sDown))

rsiSelect = srsiOwnRSI ? srsiRSI : rsi

srsiK = ta.sma(ta.stoch(rsiSelect, rsiSelect, rsiSelect, srsiLength), srsiSmoothK)
srsiD = ta.sma(srsiK, srsiSmoothD)

srsiInRangeLong = srsiKDSig ? srsiHighLong >= srsiK and srsiK >= srsiLowLong and srsiHighLong >= srsiD and srsiD >= srsiLowLong : srsiHighLong >= srsiK and srsiK >= srsiLowLong
srsiInRangeShort = srsiKDSig ? srsiHighShort >= srsiK and srsiK >= srsiLowShort and srsiHighShort >= srsiD and srsiD >= srsiLowShort : srsiHighShort >= srsiK and srsiK >= srsiLowShort

// Bollinger Bands
basis = ta.sma(bbSource, bbLength)
dev = bbMult * ta.stdev(bbSource, bbLength)
upper = basis + dev
lower = basis - dev
bbr = (bbSource - lower) / (upper - lower)

bbrSignalLong = bbrDirLong == 'Above' ? bbr >= bbrLevelLong : bbr <= bbrLevelLong
bbrSignalShort = bbrDirShort == 'Above' ? bbr >= bbrLevelShort : bbr <= bbrLevelShort

bbUpTest = (high >= upper and close < upper and close > basis) or (close[1] >= upper[1] and close < upper and close > basis)
bbLowTest = (low <= lower and close > lower and close < basis) or (close[1] <= lower[1] and close > lower and close < basis)

bbBiasMA = f_convertMA(bbBiasMAStr)
longBias = basis > bbBiasMA
shortBias = basis < bbBiasMA

fillColor = biasFill and longBias ? longFill : biasFill and shortBias ? shortFill : bbFill

// BBWP
// Credit to The_Caretaker
f_maType ( _price, _len, _type ) =>
    _type == 'SMA' ? ta.sma ( _price, _len ) : _type == 'EMA' ? ta.ema ( _price, _len ) : _type == 'VWEMA' ? f_vwema ( _price, _len ) : ta.vwma ( _price, _len )

f_bbwp ( _price, _bbwLen, _bbwpLen, _type ) =>
    float _basis = f_maType ( _price, _bbwLen, _type )
    float _dev = ta.stdev ( _price, _bbwLen )
    _bbw = ( _basis + _dev - ( _basis - _dev )) / _basis
    _bbwSum = 0.0
    _len = bar_index < _bbwpLen ? bar_index : _bbwpLen
    for _i = 1 to _len by 1
        _bbwSum += ( _bbw[_i] > _bbw ? 0 : 1 )
        _bbwSum
    _return = bar_index >= _bbwLen ? ( _bbwSum / _len) * 100 : na
    _return

bbwp = f_bbwp ( bbwpPriceSource, bbwpLength, bbwpLookback, bbwpBasisType )
bbwpMa = f_ma (bbwp, bbwpMaLength, bbwpMaType)

bbwpMaDirection = bbwpMa > bbwpMa[1] ? 'Up' : bbwpMa < bbwpMa[1] ? 'Down' : na

// PMARP
// Credit to The_Caretaker
f_prior_sum ( _P, _X ) =>
    math.sum ( _P[1], _X - 1 )

f_ma_val ( _P, _typ, _len ) =>
    _typ == 'SMA' ? ta.sma ( _P, _len ) : _typ == 'EMA' ? ta.ema ( _P, _len ) : _typ == 'RMA' ? ta.rma ( _P, _len ) : _typ == 'HMA' ? ta.hma ( _P, _len ) : _typ == 'VWEMA' ? f_vwema ( _P, _len ) : ta.vwma ( _P, _len )

f_pmarp ( _price, _pmarLen, _pmarpLen, _type_p ) =>
    _pmar = math.abs ( _price / f_ma_val ( _price, _type_p, _pmarLen ))
    _pmarpSum = 0
    _len = bar_index < _pmarpLen ? bar_index : _pmarpLen
    for i = 1 to _len by 1
        _pmarpSum += ( _pmar[i] > _pmar ? 0 : 1 )
        _pmarpSum
    _return = bar_index >= _pmarLen ? _pmarpSum / _len * 100 : na

ma          = f_ma_val ( pmarpSource, pmarpMAType, pmarpLength )
pmar        = pmarpSource / ma
pmarp       = f_pmarp ( pmarpSource, pmarpLength, pmarpLookback, pmarpMAType ) 
pmarpMa     = f_ma_val(pmarp, pmarpSigMAType, pmarpSigLength)

pmarpCrossUp = ta.crossover(pmarp, pmarpMa)
pmarpCrossDown = ta.crossunder(pmarp, pmarpMa)

// ADX/DMI
dUp = ta.change(high)
dDown = -ta.change(low)
plusDM = na(dUp) ? na : (dUp > dDown and dUp > 0 ? dUp : 0)
minusDM = na(dDown) ? na : (dDown > dUp and dDown > 0 ? dDown : 0)
trur = ta.rma(ta.tr, diLength)
plus = fixnan(100 * ta.rma(plusDM, diLength) / trur)
minus = fixnan(100 * ta.rma(minusDM, diLength) / trur)
sum = plus + minus
adx = 100 * ta.rma(math.abs(plus - minus) / (sum == 0 ? 1 : sum), adxLength)
diff = plus - minus

// VWAP
var cumVol = 0.
cumVol += nz(volume)
if barstate.islast and cumVol == 0
    runtime.error("No volume is provided by the data vendor.")
    
computeVWAP(src, isNewPeriod, stDevMultiplier) =>
    var float sumSrcVol = na
    var float sumVol = na
    var float sumSrcSrcVol = na

    sumSrcVol := isNewPeriod ? src * volume : src * volume + sumSrcVol[1]
    sumVol := isNewPeriod ? volume : volume + sumVol[1]
    // sumSrcSrcVol calculates the dividend of the equation that is later used to calculate the standard deviation
    sumSrcSrcVol := isNewPeriod ? volume * math.pow(src, 2) : volume * math.pow(src, 2) + sumSrcSrcVol[1]

    _vwap = sumSrcVol / sumVol
    variance = sumSrcSrcVol / sumVol - math.pow(_vwap, 2)
    variance := variance < 0 ? 0 : variance
    stDev = math.sqrt(variance)

    lowerBand = _vwap - stDev * stDevMultiplier
    upperBand = _vwap + stDev * stDevMultiplier

    [_vwap, lowerBand, upperBand]

timeChange(period) =>
    ta.change(time(period))

isNewPeriod = switch anchor
    "Session" => timeChange("D")
    "Week" => timeChange("W")
    "Month" => timeChange("M")
    "Year" => timeChange("12M")
    => false

if na(vwapSrc[1])
    isNewPeriod := true

float vwapValue = na
float std = na
float upperBandValue = na
float lowerBandValue = na

if not (hideonDWM and timeframe.isdwm)
    [_vwap, bottom, top] = computeVWAP(vwapSrc, isNewPeriod, vwapStDev)
    vwapValue := _vwap
    upperBandValue := vwapPlot and vwapShowBands ? top : na
    lowerBandValue := vwapPlot and vwapShowBands ? bottom : na

vwapLevelLongValue = vwapLevelLong == 'Top' ? upperBandValue : vwapLevelLong == 'Bottom' ? lowerBandValue : vwapValue
vwapLevelShortValue = vwapLevelShort == 'Top' ? upperBandValue : vwapLevelShort == 'Bottom' ? lowerBandValue : vwapValue

// Calculations and variables to determine if a signal has been plotted recently
var sigCheckArrayL = array.new_int (0)
var sigCheckArrayS = array.new_int (0)

sigCheckL = array.sum(sigCheckArrayL) > 0 ? true : false
sigCheckS = array.sum(sigCheckArrayS) > 0 ? true : false

// For testing signal checks
// plotchar(sigCheckL, title='sigCheckL', char='.', color=noColor)
// plotchar(sigCheckS, title='sigCheckS', char='.', color=noColor)

// Time Off
timeOffSession = time == time(timeframe=timeframe.period, session=timeOffRange, timezone='UTC')

// Signals
dayOff = useOffDays and ((offSun and dayofweek == dayofweek.sunday) or (offMon and dayofweek == dayofweek.monday) or (offTue and dayofweek == dayofweek.tuesday) or (offWed and dayofweek == dayofweek.wednesday) or (offThur and dayofweek == dayofweek.thursday) or (offFri and dayofweek == dayofweek.friday) or (offSat and dayofweek == dayofweek.saturday))
timeOff = useTimeOff and timeOffSession

priceSignalLong     = (not usePriceAbMaLong or close > priceAbMaLong) and (not usePriceBlMaLong or close < priceBlMaLong)
priceSignalShort    = (not usePriceAbMaShort or close > priceAbMaShort) and (not usePriceBlMaShort or close < priceBlMaShort)

volSignalLong       = not useVolumeLong or vAboveLong
volSignalShort      = not useVolumeShort or vAboveShort

maSignalLong         = (not i_ma1Above2 or ma1Above2) and (not i_ma2Above3 or ma2Above3) and (not i_ma3Above4 or ma3Above4) and (not i_ma4Above5 or ma4Above5) and (not i_ma5Above6 or ma5Above6) and (not i_ma6Above7 or ma6Above7) and (not i_ma7Above8 or ma7Above8) and (not useMATestLong or maTestLong) and pCrossLong
maSignalShort        = (not i_ma1Below2 or ma2Above1) and (not i_ma2Below3 or ma3Above2) and (not i_ma3Below4 or ma4Above3) and (not i_ma4Below5 or ma5Above4) and (not i_ma5Below6 or ma6Above5) and (not i_ma6Below7 or ma7Above6) and (not i_ma7Below8 or ma8Above7) and (not useMATestShort or maTestShort) and pCrossShort

rsiSignalLong        = not includeRSILong or (rsiHighLong > rsi and rsi > rsiLowLong)
rsiSignalShort        = not includeRSIShort or (rsiHighShort > rsi and rsi > rsiLowShort)

rsiCrossSignalLong  = not useRsiCrossLong or rsiCrossLong
rsiCrossSignalShort = not useRsiCrossShort or rsiCrossShort 

stochSignalLong        = not includeStochLong or ((not useStochRangeLong or stochInRangeLong) and (not stochKAboveD or k > d))
stochSignalShort    = not includeStochShort or ((not useStochRangeShort or stochInRangeShort) and (not stochKBelowD or k < d))

srsiSignalLong      = not includeSRSILong or srsiInRangeLong
srsiSignalShort     = not includeSRSIShort or srsiInRangeShort

bbSignalLong        = not includeBBLong or ((not includBBBiasLong or longBias) and (not includeBBTestLong or bbLowTest))
bbSignalShort       = not includeBBShort or ((not includBBBiasShort or shortBias) and (not includeBBTestShort or bbUpTest))

bbwpSignalLong        = (not includeBBWPLong or (bbwp < bbwpMaxLong and bbwp > bbwpMinLong)) and (not includeBBRLong or bbrSignalLong)
bbwpSignalShort        = (not includeBBWPShort or (bbwp < bbwpMaxShort and bbwp > bbwpMinShort)) and (not includeBBRShort or bbrSignalShort)

bbwpMaSignalLong    = not includeBBWPMaDLong or (includeBBWPMaDLong and bbwpMaDirection == bbwpMaDLong)
bbwpMaSignalShort   = not includeBBWPMaDShort or (includeBBWPMaDShort and bbwpMaDirection == bbwpMaDShort)

pmarpSignalLong        = not includePMARPLong or (pmarpLongAB == 'Above' and pmarp >= pmarpThresholdLong) or (pmarpLongAB == 'Below' and pmarp <= pmarpThresholdLong)
pmarpSignalShort    = not includePMARPShort or (pmarpShortAB == 'Above' and pmarp >= pmarpThresholdShort) or (pmarpShortAB == 'Below' and pmarp <= pmarpThresholdShort)

pmarpMaCrossLong    = not usePmarpCrossMaLong or (pmarpCrossDirLong == 'Up' and pmarpCrossUp) or (pmarpCrossDirLong == 'Down' and pmarpCrossDown)
pmarpMaCrossShort   = not usePmarpCrossMaShort or (pmarpCrossDirShort == 'Up' and pmarpCrossUp) or (pmarpCrossDirShort == 'Down' and pmarpCrossDown)

dmiSignalLong       = not useDMILong or ((not dmiFlipLong or (diff > 0 and diff [1] <= 0) or (diff < 0 and diff[1] >= 0)) and ((dmiPNLong == 'Positive' and diff > 0) or (dmiPNLong == 'Negative' and diff < 0) or dmiPNLong == 'Custom' and (dmiABLong == 'Above' and diff >= dmiThresholdLong) or (dmiABLong == 'Below' and diff <= dmiThresholdLong)))
dmiSignalShort       = not useDMIShort or ((not dmiFlipShort or (diff > 0 and diff [1] <= 0) or (diff < 0 and diff[1] >= 0)) and ((dmiPNShort == 'Positive' and diff > 0) or (dmiPNShort == 'Negative' and diff < 0) or dmiPNShort == 'Custom' and (dmiABShort == 'Above' and diff >= dmiThresholdShort) or (dmiABShort == 'Below' and diff <= dmiThresholdShort)))

adxSignalLong       = not useADXLong or (adxABLong == 'Above' and adx >= adxThresholdLong) or (adxABLong == 'Below' and adx <= adxThresholdLong)
adxSignalShort      = not useADXShort or (adxABShort == 'Above' and adx >= adxThresholdShort) or (adxABShort == 'Below' and adx <= adxThresholdShort)

adxDirSignalLong    = not useADXDirLong or (adxDirLong == 'Rising' and adx >= adx[1]) or (adxDirLong == 'Falling' and adx <= adx[1])
adxDirSignalShort    = not useADXDirShort or (adxDirShort == 'Rising' and adx >= adx[1]) or (adxDirShort == 'Falling' and adx <= adx[1])

vwapSignalLong      = not useVwapLong or (vwapABLong == 'Above' and close > vwapLevelLongValue) or (vwapABLong == 'Below' and close < vwapLevelLongValue)
vwapSignalShort     = not useVwapShort or (vwapABShort == 'Above' and close > vwapLevelShortValue) or (vwapABShort == 'Below' and close < vwapLevelShortValue)

longSignal             = includeLong and not dayOff and not timeOff and (not useSigCheck or not sigCheckL) and (not onlyConfirmed or barstate.isconfirmed) and priceSignalLong and volSignalLong and maSignalLong and rsiSignalLong and rsiCrossSignalLong and stochSignalLong and srsiSignalLong and bbSignalLong and bbwpSignalLong and bbwpMaSignalLong and pmarpSignalLong and pmarpMaCrossLong and dmiSignalLong and adxSignalLong and adxDirSignalLong and vwapSignalLong
shortSignal         = includeShort and not dayOff and not timeOff and (not useSigCheck or not sigCheckS) and (not onlyConfirmed or barstate.isconfirmed) and priceSignalShort and volSignalShort and maSignalShort and rsiSignalShort and rsiCrossSignalShort and stochSignalShort and srsiSignalShort and bbSignalShort and bbwpSignalShort and bbwpMaSignalShort and pmarpSignalShort and pmarpMaCrossShort and dmiSignalShort and adxSignalShort and adxDirSignalShort and vwapSignalShort

// Check if a new signal should not be plotted

array.push(sigCheckArrayL, longSignal ? 1 : 0)
array.push(sigCheckArrayS, shortSignal ? 1 : 0)

if array.size(sigCheckArrayL) > sigCheckBars
    array.remove(sigCheckArrayL, 0)
    
if array.size(sigCheckArrayS) > sigCheckBars
    array.remove(sigCheckArrayS, 0)

//////////////////////////////////////////////////////////////
// Plots

// Background
bgcolor(dayOff or timeOff ? color.new(color.purple, transp=80) : crossColor)

// Moving Averages
plot(includeMA1 ? ma1 : na, title='MA 1', color=ma1Color, linewidth=2, offset=0)
plot(includeMA2 ? ma2 : na, title='MA 2', color=ma2Color, linewidth=2, offset=0)
plot(includeMA3 ? ma3 : na, title='MA 3', color=ma3Color, linewidth=2, offset=0)
plot(includeMA4 ? ma4 : na, title='MA 4', color=ma4Color, linewidth=2, offset=0)
plot(includeMA5 ? ma5 : na, title='MA 5', color=ma5Color, linewidth=2, offset=0)
plot(includeMA6 ? ma6 : na, title='MA 6', color=ma6Color, linewidth=2, offset=0)
plot(includeMA7 ? ma7 : na, title='MA 7', color=ma7Color, linewidth=2, offset=0)
plot(includeMA8 ? ma8 : na, title='MA 8', color=ma8Color, linewidth=2, offset=0)

// Bollinger Bands
plot(plotBB ? basis : na, title='Basis', color=color.orange, linewidth=1)
p1 = plot(plotBB ? upper : na, title='Upper', color=color.blue, linewidth=2)
p2 = plot(plotBB ? lower : na, title='Lower', color=color.blue, linewidth=2)
fill(p1, p2, title='BB Background', color=fillColor)

// VWAP
plot(vwapPlot ? vwapValue : na, title="VWAP", color=vwapColor, linewidth=vwapWidth, offset=vwapOffset)

upperBand = plot(upperBandValue, title="Upper Band", color=color.green, offset=vwapOffset)
lowerBand = plot(lowerBandValue, title="Lower Band", color=color.green, offset=vwapOffset)
fill(upperBand, lowerBand, title="Bands Fill", color= vwapShowBands ? color.new(color.green, 95) : na)

// Signals
plotshape(plotType == 'Shape' ? longSignal : na,  title='Long',  location=location.belowbar, style=shape.triangleup, size=size.small, color=color.blue)
plotchar(plotType == 'Dot'  ? longSignal : na, title='Long', location=location.belowbar, char='•', color=color.blue)
plotshape(plotType == 'Shape' ? shortSignal : na, title='Short', location=location.abovebar, style=shape.triangledown, size=size.small, color=color.red)
plotchar(plotType == 'Dot' ? shortSignal : na, title='Short', location=location.abovebar, char='•', color=color.red)
barcolor(plotType == 'Bar' and longSignal ? barColorLong : plotType == 'Bar' and shortSignal ? barColorShort : na)


//////////////////////////////////////////////////////////////
// Alerts

alertcondition(longSignal, title='Long Signal', message='DIY Long Signal')
alertcondition(shortSignal, title='Short Signal', message='DIY Short Signal')
alertcondition(longSignal or shortSignal, title='Any Signal', message='DIY Signal')

alertcondition(cross1Up or cross1Down, title='MA Pair 1 Cross', message='DIY MA Cross Signal')
alertcondition(cross2Up or cross2Down, title='MA Pair 2 Cross', message='DIY MA Cross Signal')
alertcondition(cross3Up or cross3Down, title='MA Pair 3 Cross', message='DIY MA Cross Signal')

//////////////////////////////////////////////////////////////

// Testing
// plotchar(srsiK, 'k', char='.', color=noColor)
// plotchar(srsiD, 'd', char='.', color=noColor)

Overview

Users select which indicators contribute to long or short signals, choose confirmation of candles, and configure how many bars to ignore repeated signals. Signals appear as shapes, dots, or bars with customizable colors. The indicator supports RSI, Stochastic, Bollinger Band Width Percentile, Price Moving Average Ratio & Percentile, and DMI/ADX. It is intended for backtesting entry points only and does not provide exit rules.

Details

Published by

benso87 on GitHub

Type

Indicator, Pine Script v5

Draws

On the price chart

Category

Oscillators & momentum, Moving averages, Volatility & bands

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

DIY signals.pine

Repository

github.com/benso87/DIY-Entry-Signals

Topics

indicatortradingview

Settings

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

SettingTypeDefaultVariable
LongbooltrueincludeLong
ShortbooltrueincludeShort
Only Confirmed CandlesbooltrueonlyConfirmed
No More Signals For # BarsboolfalseuseSigCheck
sigCheckBarsint10sigCheckBars
Signal MarkerstringShapeplotType
Long Bar Colorcolor#0bff00barColorLong
Short Bar Colorcolor#ff0014barColorShort
Price SourcesourceclosepriceSource
MA Lengthint20vMaLength
MA TypestringSMAvMaType
Multiplierfloat1.5vMult
Show all 40 settings
SettingTypeDefaultVariable
SourcesourceclosemaSource
includeMA1boolfalseincludeMA1
MA 1color#ffeb3bma1Color
Lengthint21ma1Length
TypestringEMAma1Type
includeMA2boolfalseincludeMA2
MA 2color#00e676ma2Color
Lengthint55ma2Length
TypestringEMAma2Type
includeMA3boolfalseincludeMA3
MA 3color#00bcd4ma3Color
Lengthint100ma3Length
TypestringEMAma3Type
includeMA4boolfalseincludeMA4
MA 4color#e040fbma4Color
Lengthint200ma4Length
TypestringEMAma4Type
includeMA5boolfalseincludeMA5
MA 5colorcolor.redma5Color
Lengthint300ma5Length
TypestringEMAma5Type
includeMA6boolfalseincludeMA6
MA 6colorcolor.bluema6Color
Lengthint400ma6Length
TypestringEMAma6Type
includeMA7boolfalseincludeMA7
MA 7colorcolor.whitema7Color
Lengthint500ma7Length
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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