Fractal Trail Algorithm Conversion

This topic has 3 replies, 2 voices, and was last updated 1 month ago by jogtt.

Viewing 4 posts - 1 through 4 (of 4 total)

02/04/2025 at 1:18 AM #243428

jogtt

Hi All,

I have found a very interesting Fractal Trail Algorithm based on Williams Fractals. The code is in Pine v5.0 and available for TradingView. You can find a comprehensive description in the following link:

https://es.tradingview.com/script/kAAGPpsC-Fractal-Trail-UAlgo/

I have attempted translating the code into Pro Real Code with the help of Chat GPT. Nonetheless, the results I am getting for the same assets and parameters are different in both TW and PRT as you can see in the images attached, so I reckon I am not properly capturing the indicator’s logic. This is what I have so far:

// --- Fractal Trail Indicator for ProRealTime (ProBuilder) --- 

// --- User Inputs ---
WilliamsLeftRange  = 2  // Number of bars to the left
WilliamsRightRange = 2  // Number of bars to the right
WilliamsStopBuffer = 0  // Stop buffer percentage

// --- Fractal Detection ---
FractalHigh = 0
FractalLow = 0

// --- Identify High Fractal (Delayed Confirmation) ---
IF High[WilliamsRightRange] >= Highest[WilliamsLeftRange + WilliamsRightRange](High) AND High[WilliamsRightRange] <> High[WilliamsRightRange+1] THEN
    FractalHigh = High[WilliamsRightRange]
ENDIF

// --- Identify Low Fractal (Delayed Confirmation) ---
IF Low[WilliamsRightRange] <= Lowest[WilliamsLeftRange + WilliamsRightRange](Low) AND Low[WilliamsRightRange] <> Low[WilliamsRightRange+1] THEN
    FractalLow = Low[WilliamsRightRange]
ENDIF

// --- Apply Stop Buffer (Only After Fractal Confirmation) ---
FractalLowBuffered  = FractalLow * (1 - WilliamsStopBuffer / 100)
FractalHighBuffered = FractalHigh * (1 + WilliamsStopBuffer / 100)

// --- Persistent Stop Logic ---
ONCE ActiveStop = 0
ONCE TrendDirection = 0  // 1 = Long, -1 = Short, 0 = Neutral

// --- Ensure Stops Persist & Only Move in Favorable Direction ---
IF FractalLow > 0 THEN
    IF TrendDirection <> 1 THEN  
        ActiveStop = FractalLowBuffered  // Flip to long stop only if not already long
        TrendDirection = 1
    ELSE  
        ActiveStop = MAX(ActiveStop, FractalLowBuffered)  // Update only if it moves up
    ENDIF
ENDIF

IF FractalHigh > 0 THEN
    IF TrendDirection <> -1 THEN  
        ActiveStop = FractalHighBuffered  // Flip to short stop only if not already short
        TrendDirection = -1
    ELSE  
        ActiveStop = MIN(ActiveStop, FractalHighBuffered)  // Update only if it moves down
    ENDIF
ENDIF

// --- Plot Only the Active Stop ---
RETURN ActiveStop AS "Fractal Trailing Stop"

// --- Fractal Trail Indicator for ProRealTime (ProBuilder) ---

// --- User Inputs ---

WilliamsLeftRange = 2 // Number of bars to the left

WilliamsRightRange = 2 // Number of bars to the right

WilliamsStopBuffer = 0 // Stop buffer percentage

// --- Fractal Detection ---

FractalHigh = 0

FractalLow = 0

// --- Identify High Fractal (Delayed Confirmation) ---

IF High[WilliamsRightRange] >= Highest[WilliamsLeftRange + WilliamsRightRange](High) AND High[WilliamsRightRange] <> High[WilliamsRightRange+1] THEN

FractalHigh = High[WilliamsRightRange]

ENDIF

// --- Identify Low Fractal (Delayed Confirmation) ---

IF Low[WilliamsRightRange] <= Lowest[WilliamsLeftRange + WilliamsRightRange](Low) AND Low[WilliamsRightRange] <> Low[WilliamsRightRange+1] THEN

FractalLow = Low[WilliamsRightRange]

ENDIF

// --- Apply Stop Buffer (Only After Fractal Confirmation) ---

FractalLowBuffered = FractalLow * (1 - WilliamsStopBuffer / 100)

FractalHighBuffered = FractalHigh * (1 + WilliamsStopBuffer / 100)

// --- Persistent Stop Logic ---

ONCE ActiveStop = 0

ONCE TrendDirection = 0 // 1 = Long, -1 = Short, 0 = Neutral

// --- Ensure Stops Persist & Only Move in Favorable Direction ---

IF FractalLow > 0 THEN

IF TrendDirection <> 1 THEN

ActiveStop = FractalLowBuffered // Flip to long stop only if not already long

TrendDirection = 1

ELSE

ActiveStop = MAX(ActiveStop, FractalLowBuffered) // Update only if it moves up

ENDIF

IF FractalHigh > 0 THEN

IF TrendDirection <> -1 THEN

ActiveStop = FractalHighBuffered // Flip to short stop only if not already short

TrendDirection = -1

ELSE

ActiveStop = MIN(ActiveStop, FractalHighBuffered) // Update only if it moves down

ENDIF

// --- Plot Only the Active Stop ---

RETURN ActiveStop AS "Fractal Trailing Stop"

Would anyone be interested in checking the code I have produced or translating the code directly into Pro Real Code?

Many thanks in advance for your support!

jogtt

Participant

Topics: 2

Replies: 5

Been thanked: 1 time

02/07/2025 at 3:08 PM #243588

jogtt

Anyone could give me hand with the code conversion, please? For your convenience, I am attaching below the original code from TradingView together with another caption of the indicator:

// This Pine Script™ code is subject to the terms of the Attribution-NonCommercial-ShareAlike 4.0 International (CC BY-NC-SA 4.0) https://creativecommons.org/licenses/by-nc-sa/4.0/
// © UAlgo
//@version=5
indicator(title=’Fractal Trail [UAlgo]’, shorttitle=’Fractal Trail [UAlgo]’, overlay=true)

bool showWilliamsFractals = input.bool(defval=true, title=’Show All Williams Fractals’, group=”Fractal Trail [UAlgo]”, tooltip=’Places triangle indicators to mark each Williams fractal position’)
bool showWilliamsStops = input.bool(defval=true, title=’Show Williams Trail’, tooltip=’Creates a dynamic trailing stop based on the latest identified fractal’, group=”Fractal Trail [UAlgo]”)
int williamsLeftRange = input.int(defval=2, minval=1, maxval=50, title=’Williams Fractal Range Left/Right’, group=”Fractal Trail [UAlgo]”, tooltip=’Specifies the number of previous bars to analyze for the range. Standard setting is two bars in both directions.’,inline = “range”)
int williamsRightRange = input.int(defval=2, minval=1, maxval=50, title=’ ‘, tooltip=’Determines the number of forward bars to examine for the range. Best practice suggests matching the backward range value.’, group=”Fractal Trail [UAlgo]”,inline = “range”)
float williamsStopBuffer = input.float(defval=0, minval=0, maxval=20, step=0.5, title=’Trail Buffer Percent (%)’, group=”Fractal Trail [UAlgo]”, tooltip=’Sets a percentage-based safety margin between the fractal price and the trailing stop’)
string flipInput = input.string(title=’Trail Invalidation Source’, defval=’Close’, options=[‘Close’, ‘Wick’], tooltip=’Determines whether the trail flips based on candle closing prices or extreme points (high/low)’, group=”Fractal Trail [UAlgo]”)
color upTrailColor = input.color(defval=color.rgb(40, 218, 150), title=’Up/Down Trail Color’, group=”Fractal Trail [UAlgo]”,inline = “trailC”)
color dnTrailColor = input.color(defval=color.new(color.blue, 0), title=’ ‘, group=”Fractal Trail [UAlgo]”,inline = “trailC”)
color fillColorUp = color.new(color.rgb(40, 218, 150), 80)
color fillColorDn = color.new(color.blue, 80)

f_IsWilliamsFractal(_leftRange, _rightRange, _type) =>
_isFractal = _type == ‘high’ and high[_rightRange] >= ta.highest(high, _leftRange + _rightRange + 1) or _type == ‘low’ and low[_rightRange] <= ta.lowest(low, _leftRange + _rightRange + 1)
_fractalValue = _isFractal and _type == ‘high’ ? high[_rightRange] : _isFractal and _type == ‘low’ ? low[_rightRange] : na
[_isFractal, _fractalValue]

[isHighFractal, highFractalPrice] = f_IsWilliamsFractal(williamsLeftRange, williamsRightRange, ‘high’)
[isLowFractal, lowFractalPrice] = f_IsWilliamsFractal(williamsLeftRange, williamsRightRange, ‘low’)

isHighFractal := isHighFractal[1] ? false : isHighFractal
isLowFractal := isLowFractal[1] ? false : isLowFractal

highFractalOffset = 0 – williamsRightRange
color white10 = color.new(color.white, 10)
plotshape(isHighFractal and showWilliamsFractals, title=’Shape for Williams High’, style=shape.triangledown, location=location.abovebar, color=white10, size=size.tiny, offset=highFractalOffset)
lowFractalOffset = 0 – williamsRightRange
plotshape(isLowFractal and showWilliamsFractals, title=’Shape for Williams Low’, style=shape.triangleup, location=location.belowbar, color=white10, size=size.tiny, offset=lowFractalOffset)

f_addPercentBuffer(_input, _buffer, _direction) =>
_direction == ‘plus’ ? _input * (1 + _buffer / 100) : _direction == ‘minus’ ? _input * (1 – _buffer / 100) : na

lowFractalPriceBuffered = f_addPercentBuffer(lowFractalPrice, williamsStopBuffer, ‘minus’)
highFractalPriceBuffered = f_addPercentBuffer(highFractalPrice, williamsStopBuffer, ‘plus’)

f_persistAndReset(_trigger, _source) =>
var float _output = 0.0
_output := _trigger ? _source : _output[1]
_output

longStopPrice = f_persistAndReset(isLowFractal, lowFractalPriceBuffered)
shortStopPrice = f_persistAndReset(isHighFractal, highFractalPriceBuffered)

f_trail(_source, _trail, _direction) =>
_direction == ‘down’ and _source >= _trail[1] ? _trail : _direction == ‘up’ and _source <= _trail[1] ? _trail : _source

var float longStopPriceTrail = longStopPrice
var float shortStopPriceTrail = shortStopPrice

shortStopPriceTrail := f_trail(shortStopPrice, shortStopPriceTrail, ‘down’)
longStopPriceTrail := f_trail(longStopPrice, longStopPriceTrail, ‘up’)

f_flip(_flipInput, _longTrail, _shortTrail, _longReset, _shortReset) =>
var bool _flipLongNow = false
var bool _flipShortNow = false
var bool _isLong = true
var bool _isShort = true
float _flipLongSource = _flipInput == ‘Close’ ? close : _flipInput == ‘Wick’ ? high : na
float _flipShortSource = _flipInput == ‘Close’ ? close : _flipInput == ‘Wick’ ? low : na
_flipLongNow := _isShort[1] and _flipLongSource > _shortTrail ? true : false
_flipShortNow := _isLong[1] and _flipShortSource < _longTrail ? true : false
_flipLongNow := _flipShortNow and _flipLongNow and close > _longTrail ? true : _flipShortNow and _flipLongNow and close <= _longTrail ? false : _flipLongNow
_flipShortNow := _flipLongNow and _flipShortNow and close < _shortTrail ? true : _flipShortNow and _flipLongNow and close >= _shortTrail ? false : _flipShortNow
_isLong := _flipLongNow ? true : _flipShortNow ? false : na(_isLong[1]) ? true : _isLong[1]
_isShort := _flipShortNow ? true : _flipLongNow ? false : na(_isShort[1]) ? true : _isShort[1]
_longTrailOutput = _longTrail
_shortTrailOutput = _shortTrail
_longTrailOutput := _isLong and not _isLong[1] ? _longReset : _longTrailOutput
_shortTrailOutput := _isShort and not _isShort[1] ? _shortReset : _shortTrailOutput
float _longTrailPlot = _isLong ? _longTrailOutput : _isLong and _isShort ? _longTrailOutput : na
float _shortTrailPlot = _isShort ? _shortTrailOutput : _isLong and _isShort ? _shortTrailOutput : na
[_longTrailOutput, _shortTrailOutput, _longTrailPlot, _shortTrailPlot]

f_getFlipResetWilliamsLong(_longTrail, _buffer, _isLowFractal, _rightRange) =>
_barIndexWhenLastFractalConfirmed = ta.valuewhen(_isLowFractal, bar_index, 0)
_barsSinceLastFractalConfirmed = bar_index – _barIndexWhenLastFractalConfirmed
int _barsToGoBack = _barsSinceLastFractalConfirmed + _rightRange
float _lowestLow = low
for i = 0 to _barsToGoBack by 1
_lowestLow := math.min(low[i], _lowestLow)
_lowestLow
_lowestLowAdjusted = _lowestLow * (1 – _buffer / 100)
_lowestLowAdjusted

f_getFlipResetWilliamsShort(_shortTrail, _buffer, _isHighFractal, _leftRange) =>
_barIndexWhenLastFractalConfirmed = ta.valuewhen(_isHighFractal, bar_index, 0)
_barsSinceLastFractalConfirmed = bar_index – _barIndexWhenLastFractalConfirmed
int _barsToGoBack = _barsSinceLastFractalConfirmed + _leftRange
float _highestHigh = high
for i = 0 to _barsToGoBack by 1
_highestHigh := math.max(high[i], _highestHigh)
_highestHigh
_highestHighAdjusted = _highestHigh * (1 + _buffer / 100)
_highestHighAdjusted

longStopPrice := f_getFlipResetWilliamsLong(longStopPrice, williamsStopBuffer, isLowFractal, williamsRightRange)
shortStopPrice := f_getFlipResetWilliamsShort(shortStopPrice, williamsStopBuffer, isHighFractal, williamsLeftRange)

[longStopPriceTrailTemp, shortStopPriceTrailTemp, longStopPriceTrailPlot, shortStopPriceTrailPlot] = f_flip(flipInput, longStopPriceTrail, shortStopPriceTrail, longStopPrice, shortStopPrice)

longStopPriceTrail := longStopPriceTrailTemp
shortStopPriceTrail := shortStopPriceTrailTemp

shortStopPriceTrailPlotDisplay = showWilliamsStops ? shortStopPriceTrailPlot : na
longStopPriceTrailPlotDisplay = showWilliamsStops ? longStopPriceTrailPlot : na

plot(shortStopPriceTrailPlotDisplay, ‘Williams Trailing Stop High Price’, color=dnTrailColor, style=plot.style_linebr, linewidth=3)
plot(shortStopPriceTrailPlotDisplay, ‘Williams Trailing Stop High Price Highlight’, color=dnTrailColor, style=plot.style_linebr, linewidth=1)
plot(longStopPriceTrailPlotDisplay, ‘Williams Trailing Stop Low Price’, color=upTrailColor, style=plot.style_linebr, linewidth=3)
plot(longStopPriceTrailPlotDisplay, ‘Williams Trailing Stop Low Price Highlight’, color=upTrailColor, style=plot.style_linebr, linewidth=1)

pricefill = plot(hl2, ‘Midline’, color=color.gray, display=display.none)

isUptrend = close < shortStopPriceTrailPlotDisplay
isDowntrend = close > longStopPriceTrailPlotDisplay

fillColor = isUptrend ? color.new(fillColorDn, 85) : color.new(fillColorUp, 85)
fillPrice = isUptrend ? shortStopPriceTrailPlotDisplay : longStopPriceTrailPlotDisplay

fill(plot(fillPrice, title=’Williams Trailing Stop Fill High’), pricefill, color=fillColor)

alertCrossLongStop = na(longStopPriceTrailPlot) and not na(longStopPriceTrailPlot[1])
alertCrossShortStop = na(shortStopPriceTrailPlot) and not na(shortStopPriceTrailPlot[1])
alertcondition(alertCrossLongStop, title=’Crossed Williams Long Stop’, message=’Alert from Williams Fractal Trailing Stops: \n {{ticker}} price crossed long stop’)
alertcondition(alertCrossShortStop, title=’Crossed Williams Short Stop’, message=’Alert from Williams Fractal Trailing Stops: \n {{ticker}} price crossed short stop’)

alertcondition(isHighFractal, title=’High Printed’, message=’Alert from Williams Fractal Trailing Stops: \n {{ticker}} Williams High has been confirmed’)
alertcondition(isLowFractal, title=’Low Printed’, message=’Alert from Williams Fractal Trailing Stops: \n {{ticker}} Williams Low has been confirmed’)

Thanks!

jogtt

Participant

Topics: 2

Replies: 5

Been thanked: 1 time

02/26/2025 at 4:59 PM #244384

Iván

Here it is:

//PRC_Fractal Trail Indicator
//version = 0
//26.02.2025
//Iván González @ www.prorealcode.com
//Sharing ProRealTime knowledge
//----------------------------------------------//
// CONFIGURATION PARAMETERS
//----------------------------------------------//
WilliamsLeftRange  = 2  // Number of bars to the left
WilliamsRightRange = 2  // Number of bars to the right
WilliamsStopBuffer = 0  // Stop margin percentage
showWilliamsFractals = 1 // Display Williams Fractals
flipInput = 1            // 1 -> Source = close, 0 -> Source = wick

//----------------------------------------------//
// INITIALIZATION OF VARIABLES
//----------------------------------------------//
once ShortStopPrice = high
once LongStopPrice = low
once ShortStopPriceTrail = ShortStopPrice
once LongStopPriceTrail = LongStopPrice

if barindex > 2 then  // Avoid errors in the first bars

//----------------------------------------------//
// FRACTAL DETECTION
//----------------------------------------------//

// Detect High Fractal (local maximum)
isHighFractal = high[WilliamsRightRange] >= highest[WilliamsLeftRange + WilliamsRightRange + 1](high)
if isHighFractal then
HighFractalPrice = high[WilliamsRightRange]
else
HighFractalPrice = undefined
endif
if isHighFractal[1] then
isHighFractal = 0
endif

// Detect Low Fractal (local minimum)
isLowFractal = low[WilliamsRightRange] <= lowest[WilliamsLeftRange + WilliamsRightRange + 1](low)
if isLowFractal then
LowFractalPrice = low[WilliamsRightRange]
else
LowFractalPrice = undefined
endif
if isLowFractal[1] then
isLowFractal = 0
endif

//----------------------------------------------//
// FRACTAL VISUALIZATION ON THE CHART
//----------------------------------------------//
highFractalOffset = WilliamsRightRange
if isHighFractal and showWilliamsFractals then
drawtext("▼", barindex[highFractalOffset], high[highFractalOffset] + 0.15 * tr) coloured("grey",50)
endif

lowFractalOffset = WilliamsRightRange
if isLowFractal and showWilliamsFractals then
drawtext("▲", barindex[lowFractalOffset], low[lowFractalOffset] - 0.15 * tr) coloured("grey",50)
endif

//----------------------------------------------//
// STOP LEVEL CALCULATION WITH BUFFER
//----------------------------------------------//
LowFractalPriceBuffered = LowFractalPrice * (1 - WilliamsStopBuffer / 100)
HighFractalPriceBuffered = HighFractalPrice * (1 + WilliamsStopBuffer / 100)

// Update stop levels when a new fractal is detected
if isLowFractal then
LongStopPrice = LowFractalPriceBuffered
endif
if isHighFractal then
ShortStopPrice = HighFractalPriceBuffered
endif

//----------------------------------------------//
// TRAILING STOP CALCULATION
//----------------------------------------------//

// The short stop only moves downward
if ShortStopPrice < ShortStopPriceTrail[1] then
ShortStopPriceTrail = ShortStopPrice
else
ShortStopPriceTrail = ShortStopPriceTrail[1]
endif

// The long stop only moves upward
if LongStopPrice > LongStopPriceTrail[1] then
LongStopPriceTrail = LongStopPrice
else
LongStopPriceTrail = LongStopPriceTrail[1]
endif

//----------------------------------------------//
// FILTER TO PREVENT STOP REVERSALS
//----------------------------------------------//
// Adjust stop levels if there are sudden trend changes

barsSinceLastLowFractalConfirmed = barssince(isLowFractal)
lowestLow = low
for i = 0 to barsSinceLastLowFractalConfirmed + WilliamsRightRange do
lowestLow = min(low[i], lowestLow)
next
lowestLowAdjusted = lowestLow * (1 - WilliamsStopBuffer / 100)
LongStopPrice = lowestLowAdjusted

barsSinceLastHighFractalConfirmed = barssince(isHighFractal)
highestHigh = high
for i = 0 to barsSinceLastHighFractalConfirmed + WilliamsLeftRange do
highestHigh = max(high[i], highestHigh)
next
highestHighAdjusted = highestHigh * (1 + WilliamsStopBuffer / 100)
ShortStopPrice = highestHighAdjusted

//----------------------------------------------//
// TREND DEFINITION AND TRAIL STOP SELECTION
//----------------------------------------------//
if ShortStopPrice > ShortStopPrice[1] then
trail = LongStopPrice
trend = 1
r = 40
g = 218
b = 150
elsif LongStopPrice < LongStopPrice[1] then
trail = ShortStopPrice
trend = 0
r = 0
g = 0
b = 255
elsif trend = 1 and trend = trend[1] then
trail = LongStopPrice
else
trail = ShortStopPrice
endif

endif  // Close the block that filters <code>barindex > 2
//----------------------------------------------//
//  Cloud
//----------------------------------------------//
medPrice=(high+low)/2
colorbetween(trail,medPrice,r,g,b,20)

//----------------------------------------------//
//  return
//----------------------------------------------//
return trail style(line,3) coloured(r,g,b)

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//PRC_Fractal Trail Indicator

//version = 0

//26.02.2025

//Iván González @ www.prorealcode.com

//Sharing ProRealTime knowledge

//----------------------------------------------//

// CONFIGURATION PARAMETERS

//----------------------------------------------//

WilliamsLeftRange = 2 // Number of bars to the left

WilliamsRightRange = 2 // Number of bars to the right

WilliamsStopBuffer = 0 // Stop margin percentage

showWilliamsFractals = 1 // Display Williams Fractals

flipInput = 1 // 1 -> Source = close, 0 -> Source = wick

//----------------------------------------------//

// INITIALIZATION OF VARIABLES

//----------------------------------------------//

once ShortStopPrice = high

once LongStopPrice = low

once ShortStopPriceTrail = ShortStopPrice

once LongStopPriceTrail = LongStopPrice

if barindex > 2 then // Avoid errors in the first bars

//----------------------------------------------//

// FRACTAL DETECTION

//----------------------------------------------//

// Detect High Fractal (local maximum)

isHighFractal = high[WilliamsRightRange] >= highest[WilliamsLeftRange + WilliamsRightRange + 1](high)

if isHighFractal then

HighFractalPrice = high[WilliamsRightRange]

else

HighFractalPrice = undefined

endif

if isHighFractal[1] then

isHighFractal = 0

endif

// Detect Low Fractal (local minimum)

isLowFractal = low[WilliamsRightRange] <= lowest[WilliamsLeftRange + WilliamsRightRange + 1](low)

if isLowFractal then

LowFractalPrice = low[WilliamsRightRange]

else

LowFractalPrice = undefined

endif

if isLowFractal[1] then

isLowFractal = 0

endif

//----------------------------------------------//

// FRACTAL VISUALIZATION ON THE CHART

//----------------------------------------------//

highFractalOffset = WilliamsRightRange

if isHighFractal and showWilliamsFractals then

drawtext("▼", barindex[highFractalOffset], high[highFractalOffset] + 0.15 * tr) coloured("grey",50)

endif

lowFractalOffset = WilliamsRightRange

if isLowFractal and showWilliamsFractals then

drawtext("▲", barindex[lowFractalOffset], low[lowFractalOffset] - 0.15 * tr) coloured("grey",50)

endif

//----------------------------------------------//

// STOP LEVEL CALCULATION WITH BUFFER

//----------------------------------------------//

LowFractalPriceBuffered = LowFractalPrice * (1 - WilliamsStopBuffer / 100)

HighFractalPriceBuffered = HighFractalPrice * (1 + WilliamsStopBuffer / 100)

// Update stop levels when a new fractal is detected

if isLowFractal then

LongStopPrice = LowFractalPriceBuffered

endif

if isHighFractal then

ShortStopPrice = HighFractalPriceBuffered

endif

//----------------------------------------------//

// TRAILING STOP CALCULATION

//----------------------------------------------//

// The short stop only moves downward

if ShortStopPrice < ShortStopPriceTrail[1] then

ShortStopPriceTrail = ShortStopPrice

else

ShortStopPriceTrail = ShortStopPriceTrail[1]

endif

// The long stop only moves upward

if LongStopPrice > LongStopPriceTrail[1] then

LongStopPriceTrail = LongStopPrice

else

LongStopPriceTrail = LongStopPriceTrail[1]

endif

//----------------------------------------------//

// FILTER TO PREVENT STOP REVERSALS

//----------------------------------------------//

// Adjust stop levels if there are sudden trend changes

barsSinceLastLowFractalConfirmed = barssince(isLowFractal)

lowestLow = low

for i = 0 to barsSinceLastLowFractalConfirmed + WilliamsRightRange do

lowestLow = min(low[i], lowestLow)

lowestLowAdjusted = lowestLow * (1 - WilliamsStopBuffer / 100)

LongStopPrice = lowestLowAdjusted

barsSinceLastHighFractalConfirmed = barssince(isHighFractal)

highestHigh = high

for i = 0 to barsSinceLastHighFractalConfirmed + WilliamsLeftRange do

highestHigh = max(high[i], highestHigh)

highestHighAdjusted = highestHigh * (1 + WilliamsStopBuffer / 100)

ShortStopPrice = highestHighAdjusted

//----------------------------------------------//

// TREND DEFINITION AND TRAIL STOP SELECTION

//----------------------------------------------//

if ShortStopPrice > ShortStopPrice[1] then

trail = LongStopPrice

trend = 1

r = 40

g = 218

b = 150

elsif LongStopPrice < LongStopPrice[1] then

trail = ShortStopPrice

trend = 0

r = 0

g = 0

b = 255

elsif trend = 1 and trend = trend[1] then

trail = LongStopPrice

else

trail = ShortStopPrice

endif

endif // Close the block that filters <code>barindex > 2

//----------------------------------------------//

// Cloud

//----------------------------------------------//

medPrice=(high+low)/2

colorbetween(trail,medPrice,r,g,b,20)

//----------------------------------------------//

// return

//----------------------------------------------//

return trail style(line,3) coloured(r,g,b)

2 users thanked author for this post.

jogtt,

robertogozzi

Iván

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Topics: 0

Replies: 1418

Been thanked: 533 times

03/03/2025 at 10:43 PM #244606

jogtt

Thanks for your support, (Muchas grasias!!)

jogtt

Participant

Topics: 2

Replies: 5

Been thanked: 1 time

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