The Adaptive Laguerre Filter calculates a smoothed, dynamically adjusted trendline plotted directly on the main price chart. It dynamically adjusts its damping factor (alpha) based on recent price range variations and median percentile calculations over a spec
Indicator · Pine Script v6 · On the chart
BE-Indicator Aggregator Toolkit
This indicator aggregates up to ten external data sources and evaluates custom rules through a text-based condition builder.
Repaints
GitHub stars2on the repository
Pine versionv6current
Lines of code585
Settings17inputs
LicenceNone statedfile: MPL-2.0
Last update8 months ago25 Feb 2026
Add It to Your TradingView Chart
- 1Copy the scriptPress Copy script above, or the copy button on the code below.
- 2Open the Pine EditorOpen a TradingView chart and choose Pine Editor at the bottom of the screen.
- 3Paste over the templateCreate a new indicator, select all of the template text and paste. Press Save and give it a name.
- 4Add it to the chartPress Add to chart, then adjust the settings with the gear icon next to its name.
Source Code
585 lines of Pine Script v6 from pinescript/editors_picks/be-indicator-aggregator-toolkit.pine, published under MPL-2.0 (file header). Keep the author's credit and licence lines when you reuse it.
// This Pine Script® code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © TradeWiseWithEase
//@version=6
indicator(title = "BE-Indicator Aggregator toolkit", shorttitle = "BE-IA-V0.0", overlay = true, max_labels_count = 500, max_lines_count = 500, max_bars_back = 5000)
//#region Functions & Methods
var int StorValues = 99998
var int HistoryValues = 10
type bar
int B = bar_index
float C = close
float H = high
float L = low
type tradeInfo
int EnBar
float EnPrice
float SL
float TP
method arrayStorage(array<string> id, int StorageCapacity, string Value)=>
if not id.includes(Value)
id.push(Value)
if id.size() > StorageCapacity
id.shift()
method arrayStorage(array<bool> id, int StorageCapacity, bool Value)=>
id.push(Value)
if id.size() > StorageCapacity
id.shift()
method arrayStorage(array<bar> id, int StorageCapacity, bar Value)=>
id.push(Value)
if id.size() > StorageCapacity
id.shift()
method arrayStorage(array<int> id, int StorageCapacity, int Value)=>
id.push(Value)
if id.size() > StorageCapacity
id.shift()
method arrayStorage(array<label> id, int StorageCapacity, label Value)=>
id.push(Value)
if id.size() > StorageCapacity
id.shift()
OperatorChk(float val2chk, string OperatorTxt, float CompareVal1, float CompareVal2 = 0) =>
bool isAboveWithE = val2chk >= math.min(CompareVal1,CompareVal2) ? true : false
bool isBelowWithE = val2chk <= math.max(CompareVal1,CompareVal2) ? true : false
bool isAboveWithOutE = val2chk > math.min(CompareVal1,CompareVal2) ? true : false
bool isBelowWithOutE = val2chk < math.max(CompareVal1,CompareVal2) ? true : false
a = switch OperatorTxt
"E" => val2chk == CompareVal1 ? true : false
"NE" => val2chk != CompareVal1 ? true : false
"NEOR" => val2chk != CompareVal1 or val2chk != CompareVal2 ? true : false
"NEAND" => val2chk != CompareVal1 and val2chk != CompareVal2 ? true : false
"G" => val2chk > CompareVal1 ? true : false
"GE" => val2chk >= CompareVal1 ? true : false
"L" => val2chk < CompareVal1 ? true : false
"LE" => val2chk <= CompareVal1 ? true : false
"B" => isAboveWithOutE and isBelowWithOutE ? true : false
"BE" => isAboveWithE and isBelowWithE ? true : false
"OSE" => (val2chk < math.min(CompareVal1,CompareVal2)) or (val2chk > math.max(CompareVal1,CompareVal2)) ? true : false
"OSI" => (val2chk <= math.min(CompareVal1,CompareVal2)) or (val2chk >= math.max(CompareVal1,CompareVal2)) ? true : false
"ERR" => na(val2chk) ? true : false
"NERR" => na(val2chk) ? false : false
=> false
var loopOnString = array.from("O", "H", "L", "C", "V", "ES1", "ES2", "ES3", "ES4", "ES5", "ES6", "ES7", "ES8", "ES9", "ES10", "ESD1", "ESD2", "ESD3", "ESD4", "ESD5", "ESD6", "ESD7", "ESD8", "ESD9", "ESD10")
LoadSourceValues(string[] loopOnString, series float ES1, series float ES2, series float ES3, series float ES4, series float ES5, series float ES6, series float ES7, series float ES8, series float ES9, series float ES10)=>
ValueArray = array.new_float(0)
for i = HistoryValues to 0 by 1
for [index, echString] in loopOnString
Output = switch echString
"O" => i == 0 ? open : open[i]
"H" => i == 0 ? high : high[i]
"L" => i == 0 ? low : low[i]
"C" => i == 0 ? close : close[i]
"V" => i == 0 ? volume : volume[i]
"ES1" => i == 0 ? ES1 : ES1[i]
"ES2" => i == 0 ? ES2 : ES2[i]
"ES3" => i == 0 ? ES3 : ES3[i]
"ES4" => i == 0 ? ES4 : ES4[i]
"ES5" => i == 0 ? ES5 : ES5[i]
"ES6" => i == 0 ? ES6 : ES6[i]
"ES7" => i == 0 ? ES7 : ES7[i]
"ES8" => i == 0 ? ES8 : ES8[i]
"ES9" => i == 0 ? ES9 : ES9[i]
"ES10" => i == 0 ? ES10 : ES10[i]
"ESD1" => i == 0 ? close - ES1 : close[i] - ES1[i]
"ESD2" => i == 0 ? close - ES2 : close[i] - ES2[i]
"ESD3" => i == 0 ? close - ES3 : close[i] - ES3[i]
"ESD4" => i == 0 ? close - ES4 : close[i] - ES4[i]
"ESD5" => i == 0 ? close - ES5 : close[i] - ES5[i]
"ESD6" => i == 0 ? close - ES6 : close[i] - ES6[i]
"ESD7" => i == 0 ? close - ES7 : close[i] - ES7[i]
"ESD8" => i == 0 ? close - ES8 : close[i] - ES8[i]
"ESD9" => i == 0 ? close - ES9 : close[i] - ES9[i]
"ESD10" => i == 0 ? close - ES10 : close[i] - ES10[i]
ValueArray.push(Output)
ValueArray
fxCheckOutput(string Left, string Compare, string Right1, string Right2 = "0", string[] MthString, float[] LoadedValue, series float ES1, series float ES2, series float ES3, series float ES4)=>
bool Output = false
LSrc_idxNo = MthString.indexof(Left)
RSrc_idxNo = MthString.indexof(Right1)
R2Src_idxNo = MthString.indexof(Right2)
CO = ta.crossover(Left == "ES1" ? ES1 : Left == "ES2" ? ES2 : Left == "ES3" ? ES3 : ES4, Right1 == "ES1" ? ES1 : Right1 == "ES2" ? ES2 : Right1 == "ES3" ? ES3 : ES4)
CU = ta.crossunder(Left == "ES1" ? ES1 : Left == "ES2" ? ES2 : Left == "ES3" ? ES3 : ES4, Right1 == "ES1" ? ES1 : Right1 == "ES2" ? ES2 : Right1 == "ES3" ? ES3 : ES4)
if LSrc_idxNo == -1
Output := false
else
if Compare == "CO"
Output := CO
else if Compare == "CU"
Output := CU
else
Output := OperatorChk(LoadedValue.get(LSrc_idxNo), Compare, RSrc_idxNo == -1 ? str.tonumber(Right1) : LoadedValue.get(RSrc_idxNo), R2Src_idxNo == -1 ? str.tonumber(Right2) : LoadedValue.get(R2Src_idxNo))
fxCheckAndStore(array<string> id, array<string> Output)=>
for [x, echLogic] in id
if not str.contains(echLogic, "|")
Output.arrayStorage(150, echLogic)
var ExtractConditionList = array.new_string(0)
var MatchString = array.new_string(0)
varip ExtValue = array.new_float(0)
varip VariablesMatch = array.new_string(0)
varip VariablesResult = array.new_bool(0)
type conditions
int index
int Ref
string[] OR_Logics
string[] AND_Logics
string WasOrIs
int WasIsRef
string Logic
bool LongOrShort
bool Inverse
varip conditionsArray = array.new<conditions>(0)
varip VariablesArray = array.new<conditions>(0)
fxChkConditions(conditions[] conditionsArray, conditions[] PairsArray, string[] MatchString, float[] ExtValue, series float ES1, series float ES2, series float ES3, series float ES4)=>
loopcondition = array.from(true, false)
Output = array.from(false, false)
result = array.new_bool(0)
if PairsArray.size() > 0
for [index, pairConditionType] in PairsArray
criteriaResult = array.new_bool(0)
if pairConditionType.Ref <= 2
criteriaResult.clear()
int HowManyTrue = 0
for [x, val] in pairConditionType.OR_Logics
splitUpVal = str.split(val, "|")
watsResult = false
if not str.contains(val, "|")
getIndxString = VariablesMatch.indexof(val)
watsResult := getIndxString == -1 ? false : VariablesResult.get(getIndxString)
else
watsResult := fxCheckOutput(splitUpVal.get(0), splitUpVal.get(1), splitUpVal.get(2), splitUpVal.size()== 4 ? splitUpVal.get(3) : "0", MatchString, ExtValue, ES1, ES2, ES3, ES4)
criteriaResult.push(watsResult)
if watsResult
HowManyTrue += 1
BeforeInverse = pairConditionType.Ref == 1 ? criteriaResult.some(): HowManyTrue >= pairConditionType.WasIsRef ? true : false
VariablesResult.set(index, pairConditionType.Inverse ? not BeforeInverse : BeforeInverse)
HowManyTrue := 0
else if pairConditionType.Ref == 3
criteriaResult.clear()
for [x, val] in pairConditionType.AND_Logics
splitUpVal = str.split(val, "|")
watsResult = false
if not str.contains(val, "|")
getIndxString = VariablesMatch.indexof(val)
watsResult := getIndxString == -1 ? false : VariablesResult.get(getIndxString)
else
watsResult := fxCheckOutput(splitUpVal.get(0), splitUpVal.get(1), splitUpVal.get(2), splitUpVal.size()== 4 ? splitUpVal.get(3) : "0", MatchString, ExtValue, ES1, ES2, ES3, ES4)
criteriaResult.push(watsResult)
VariablesResult.set(index, pairConditionType.Inverse ? not criteriaResult.every() : criteriaResult.every())
if conditionsArray.size() > 0
for [z, truefalse] in loopcondition
result.clear()
for [index, echCondType] in conditionsArray
if echCondType.LongOrShort == truefalse
criteriaResult = array.new_bool(0)
if echCondType.Ref <= 2
criteriaResult.clear()
int HowManyTrue = 0
for [x, val] in echCondType.OR_Logics
splitUpVal = str.split(val, "|")
watsResult = false
if not str.contains(val, "|")
getIndxString = VariablesMatch.indexof(val)
watsResult := getIndxString == -1 ? false : VariablesResult.get(getIndxString)
else
watsResult := fxCheckOutput(splitUpVal.get(0), splitUpVal.get(1), splitUpVal.get(2), splitUpVal.size()== 4 ? splitUpVal.get(3) : "0", MatchString, ExtValue, ES1, ES2, ES3, ES4)
criteriaResult.push(watsResult)
if watsResult
HowManyTrue += 1
BeforeInverse = echCondType.Ref == 1 ? criteriaResult.some(): HowManyTrue >= echCondType.WasIsRef ? true : false
result.push(echCondType.Inverse ? not BeforeInverse : BeforeInverse)
HowManyTrue := 0
else if echCondType.Ref == 3
criteriaResult.clear()
for [x, val] in echCondType.AND_Logics
splitUpVal = str.split(val, "|")
watsResult = false
if not str.contains(val, "|")
getIndxString = VariablesMatch.indexof(val)
watsResult := getIndxString == -1 ? false : VariablesResult.get(getIndxString)
else
watsResult := fxCheckOutput(splitUpVal.get(0), splitUpVal.get(1), splitUpVal.get(2), splitUpVal.size()== 4 ? splitUpVal.get(3) : "0", MatchString, ExtValue, ES1, ES2, ES3, ES4)
criteriaResult.push(watsResult)
result.push(echCondType.Inverse ? not criteriaResult.every() : criteriaResult.every())
else if echCondType.Ref <= 5
splitUpVal = str.split(echCondType.Logic, "|")
watsResult = fxCheckOutput(splitUpVal.get(0), splitUpVal.get(1), splitUpVal.get(2), splitUpVal.size()== 4 ? splitUpVal.get(3) : "0", MatchString, ExtValue, ES1, ES2, ES3, ES4)
if echCondType.WasOrIs == "WAS"
barIdxs = nz(ta.valuewhen(watsResult, bar_index, 0), 0)
result.push(bar_index - barIdxs <= echCondType.WasIsRef ? true : false)
else if echCondType.WasOrIs == "IS"
barIdxs = nz(ta.barssince(not watsResult), 0)
result.push(barIdxs >= echCondType.WasIsRef ? true : false)
else if echCondType.Ref == 6
splitUpVal = str.split(echCondType.Logic, "|")
watsResult = false
if not str.contains(echCondType.Logic, "|")
getIndxString = VariablesMatch.indexof(echCondType.Logic)
watsResult := getIndxString == -1 ? false : VariablesResult.get(getIndxString)
else
watsResult := fxCheckOutput(splitUpVal.get(0), splitUpVal.get(1), splitUpVal.get(2), splitUpVal.size()== 4 ? splitUpVal.get(3) : "0", MatchString, ExtValue, ES1, ES2, ES3, ES4)
result.push(echCondType.Inverse ? not watsResult : watsResult)
Output.set(z, result.every())
Output
SetSLTP(SL_Src, SL_IP, TP_Src, TP_IP, Dir)=>
float SL_Value = na
float TP_Value = na
SL_Value := switch SL_Src
1 => Dir == -1 ? math.round_to_mintick(close + (close * (SL_IP / 100))) : math.round_to_mintick(close - (close * (SL_IP / 100)))
2 => Dir == -1 ? math.round_to_mintick(close + SL_IP) : math.round_to_mintick(close - SL_IP)
TP_Value := switch TP_Src
1 => Dir == -1 ? math.round_to_mintick(close - (close * (TP_IP / 100))) : math.round_to_mintick(close + (close * (TP_IP / 100)))
2 => Dir == -1 ? math.round_to_mintick(close - TP_IP) : math.round_to_mintick(close + TP_IP)
3 => Dir == -1 ? math.round_to_mintick(close - (math.abs(SL_Value - close) * TP_IP)) : math.round_to_mintick(close + (math.abs(SL_Value - close) * TP_IP))
[SL_Value, TP_Value]
//#endregion
//#region Inputs & Variables
var string Grp0 = "External Conditions | Cross Over & Under Logic Enabled"
var string Grp1 = "External Conditions | Other Indicators"
var string Grp2 = "Stop Loss Settings"
var string Grp3 = "Target Settings."
var string Grp4 = "Display Settings."
var label OutputLabel = label.new(1, 1, yloc = yloc.price, color = color.blue, style = label.style_label_left, size = size.normal, text = "", textcolor = color.white)
var string labelString = ""
float ExSrc1 = input.source(
defval = hlcc4,
group = Grp0,
inline = "Sr1",
title = "Source 1")
float ExSrc2 = input.source(
defval = hlcc4,
group = Grp0,
inline = "Sr2",
title = "Source 2")
float ExSrc3 = input.source(
defval = hlcc4,
group = Grp0,
inline = "Sr3",
title = "Source 3")
float ExSrc4 = input.source(
defval = hlcc4,
group = Grp0,
inline = "Sr4",
title = "Source 4")
float ExSrc5 = input.source(
defval = hlcc4,
group = Grp1,
inline = "Sr5",
title = "Source 5")
float ExSrc6 = input.source(
defval = hlcc4,
group = Grp1,
inline = "ExSrc6",
title = "Source 6")
float ExSrc7 = input.source(
defval = hlcc4,
group = Grp1,
inline = "Sr7",
title = "Source 7")
float ExSrc8 = input.source(
defval = hlcc4,
group = Grp1,
inline = "Sr8",
title = "Source 8")
float ExSrc9 = input.source(
defval = hlcc4,
group = Grp1,
inline = "Sr9",
title = "Source 9")
float ExSrc10 = input.source(
defval = hlcc4,
group = Grp1,
inline = "Sr10",
title = "Source 10")
var string ConditionsInput = input.text_area(
defval = "",
group = Grp1,
tooltip = "List Out All Conditions for External Sources with | delimited",
title = "Condition Builder")
var bool Debug = input.bool(
defval = true,
group = Grp4,
inline = "Sr",
title = "Plot Output on Candles ?")
var bool ShowTPLbl = input.bool(
defval = false,
group = Grp4,
inline = "Sr",
title = "Show TGT Achieved Entry Lables ?")
var string SL_Source_ = input.string(
defval = "Abs +/- From Entry",
title = "SL Source",
group = Grp2,
inline = "SLR",
options = ["% +/- From Entry", "Abs +/- From Entry"])
var int SL_Source = switch SL_Source_
"% +/- From Entry" => 1
"Abs +/- From Entry" => 2
=> 0
var float SL_Input = input.float(
defval = 1,
title = "",
group = Grp2,
minval = 0.005,
step = 0.5,
inline = "SLR")
var string TP_Source_ = input.string(
defval = "RR Ratio",
title = "TP Source",
group = Grp3,
inline = "TPR",
options = ["% +/- From Entry", "Abs +/- From Entry", "RR Ratio"])
var int TP_Source = switch TP_Source_
"% +/- From Entry" => 1
"Abs +/- From Entry" => 2
"RR Ratio" => 3
=> 0
var float TP_Input = input.float(
defval = 2,
title = "",
group = Grp3,
minval = 0.005,
step = 0.5,
inline = "TPR")
//#endregion
//#region Inialize
if barstate.isfirst
CleaningVars = array.new_string(0)
for i = HistoryValues to 0 by 1
for [index, echString] in loopOnString
string StringConstructor = echString + (i == 0 ? "" : "[" + str.tostring(i) + "]")
MatchString.push(StringConstructor)
if str.length(ConditionsInput) > 0
ExtractConditionList := str.split(str.upper(ConditionsInput),"\n")
toRemoveArray = array.new_int(0)
for [index, value] in ExtractConditionList
if str.length(value) <= 3 or str.startswith(value, "'")
toRemoveArray.push(index)
if toRemoveArray.size() > 0
for i = toRemoveArray.size() - 1 to 0 by 1
ExtractConditionList.remove(toRemoveArray.get(i))
if ExtractConditionList.size() > 0 and conditionsArray.size() == 0
for [ConditionIndex, echCondition] in ExtractConditionList
bool isLong = false
string echCondition_ = ""
bool isA_Variable = false
if str.startswith(echCondition, "L-")
isLong := true
echCondition_ := str.trim(str.replace_all(echCondition, "L-", ""))
else if str.startswith(echCondition, "S-")
echCondition_ := str.trim(str.replace_all(echCondition, "S-", ""))
else if str.startswith(echCondition, "VAR-")
echCondition_ := str.trim(str.replace_all(echCondition, "VAR-", ""))
isA_Variable := true
string2load = str.split(echCondition_,":")
if not isA_Variable
if str.startswith(echCondition_, "OR") or str.startswith(echCondition_, "NOR")
Logics2Load = str.split(str.trim(string2load.last()), ", ")
createType = conditions.new(ConditionIndex, 1, OR_Logics = Logics2Load, LongOrShort = isLong, Inverse = str.startswith(echCondition_, "N"))
conditionsArray.push(createType)
fxCheckAndStore(Logics2Load, CleaningVars)
else if str.startswith(echCondition_, "ATLEAST") or str.startswith(echCondition_, "NATLEAST")
Logics2Load = str.split(str.trim(string2load.last()), ", ")
createType = conditions.new(ConditionIndex, 2, WasIsRef = int(str.tonumber(string2load.get(1))), OR_Logics = Logics2Load, LongOrShort = isLong, Inverse = str.startswith(echCondition_, "N"))
conditionsArray.push(createType)
fxCheckAndStore(Logics2Load, CleaningVars)
else if str.startswith(echCondition_, "AND") or str.startswith(echCondition_, "NAND")
Logics2Load = str.split(str.trim(string2load.last()), ", ")
createType = conditions.new(ConditionIndex, 3, AND_Logics = Logics2Load, LongOrShort = isLong, Inverse = str.startswith(echCondition_, "N"))
conditionsArray.push(createType)
fxCheckAndStore(Logics2Load, CleaningVars)
else if str.startswith(echCondition_, "WASTRUE")
createType = conditions.new(ConditionIndex, 4, WasOrIs = "WAS", WasIsRef = int(str.tonumber(string2load.get(1))), Logic = str.trim(string2load.last()), LongOrShort = isLong)
conditionsArray.push(createType)
else if str.startswith(echCondition_, "ISTRUE")
createType = conditions.new(ConditionIndex, 5, WasOrIs = "IS", WasIsRef = int(str.tonumber(string2load.get(1))), Logic = str.trim(string2load.last()), LongOrShort = isLong)
conditionsArray.push(createType)
else if not str.contains(echCondition_, ":")
createType = conditions.new(ConditionIndex, 6, Logic = echCondition_, LongOrShort = isLong)
conditionsArray.push(createType)
if not str.contains(echCondition_, "|")
CleaningVars.arrayStorage(150, echCondition_)
else if isA_Variable
if str.startswith(string2load.get(1), "OR") or str.startswith(string2load.get(1), "NOR")
createType = conditions.new(ConditionIndex, 1, OR_Logics = str.split(str.trim(string2load.last()), ", "), WasOrIs = string2load.first(), Inverse = str.startswith(string2load.get(1), "N"))
VariablesArray.push(createType)
VariablesMatch.push(createType.WasOrIs)
VariablesResult.push(false)
else if str.startswith(string2load.get(1), "ATLEAST") or str.startswith(string2load.get(1), "NATLEAST")
createType = conditions.new(ConditionIndex, 2, WasIsRef = int(str.tonumber(string2load.get(2))), OR_Logics = str.split(str.trim(string2load.last()), ", "), WasOrIs = string2load.first(), Inverse = str.startswith(string2load.get(1), "N"))
VariablesArray.push(createType)
VariablesMatch.push(createType.WasOrIs)
VariablesResult.push(false)
else if str.startswith(string2load.get(1), "AND") or str.startswith(string2load.get(1), "NAND")
createType = conditions.new(ConditionIndex, 3, AND_Logics = str.split(str.trim(string2load.last()), ", "), WasOrIs = string2load.first(), Inverse = str.startswith(string2load.get(1), "N"))
VariablesArray.push(createType)
VariablesMatch.push(createType.WasOrIs)
VariablesResult.push(false)
toRemoveUnUsed = array.new_int(0)
for [index, value] in VariablesMatch
if not CleaningVars.includes(value)
toRemoveUnUsed.push(index)
if toRemoveUnUsed.size() > 0
for i = toRemoveUnUsed.size() - 1 to 0 by 1
VariablesArray.remove(toRemoveUnUsed.get(i))
VariablesMatch.remove(toRemoveUnUsed.get(i))
VariablesResult.remove(toRemoveUnUsed.get(i))
log.info("\nLoaded MatchString: {0}\nNo of Conditions: {1}\nNo of Variables Declared: {2} | M:{3} | R:{4}\nLisOfVariables:\n\n{5}",
MatchString.size(), conditionsArray.size(), VariablesArray.size(), VariablesMatch.size(), VariablesResult.size(),
VariablesMatch.join("\n"))
//#endregion
//#region Setting up Calculations
var LongShortOutput = array.from(false, false)
varip LongArray = array.new_bool(0)
varip ShortArray = array.new_bool(0)
varip LongIgnoredSignal = array.new_int(0)
varip ShortIgnoredSignal = array.new_int(0)
varip BarsInfo = array.new_int(0)
varip CandleInfo = array.new<bar>(0)
varip LongEntries = array.new<tradeInfo>(0)
varip ShortEntries = array.new<tradeInfo>(0)
varip HasHitLongTGT = array.new<tradeInfo>(0)
varip HasHitShortTGT = array.new<tradeInfo>(0)
varip HasHitLongSL = array.new<tradeInfo>(0)
varip HasHitShortSL = array.new<tradeInfo>(0)
var Tradelabels = array.new_label(0)
bool longConditionMet = false
bool longEntryConditionMet = false
bool shortConditionMet = false
bool shortEntryConditionMet = false
if barstate.isconfirmed
CandleInfo.arrayStorage(StorValues, bar.new())
BarsInfo.arrayStorage(StorValues, bar_index)
ExtValue := LoadSourceValues(loopOnString, ExSrc1, ExSrc2, ExSrc3, ExSrc4, ExSrc5, ExSrc6, ExSrc7, ExSrc8, ExSrc9, ExSrc10)
LongShortOutput := fxChkConditions(conditionsArray, VariablesArray, MatchString, ExtValue, ExSrc1, ExSrc2, ExSrc3, ExSrc4)
if LongShortOutput.first()
longConditionMet := true
LongArray.arrayStorage(StorValues, LongShortOutput.first())
if LongEntries.size() == 0 or not LongIgnoredSignal.includes(bar_index)
[SL, TP] = SetSLTP(SL_Source, SL_Input, TP_Source, TP_Input, 1)
LongEntries.push(tradeInfo.new(bar_index, close, SL, TP))
LongIgnoredSignal.arrayStorage(50, bar_index + 1)
longEntryConditionMet := true
else if LongIgnoredSignal.includes(bar_index)
LongIgnoredSignal.arrayStorage(50, bar_index + 1)
if LongShortOutput.last()
shortConditionMet := true
ShortArray.arrayStorage(StorValues, LongShortOutput.last())
if ShortEntries.size() == 0 or not ShortIgnoredSignal.includes(bar_index)
[SL, TP] = SetSLTP(SL_Source, SL_Input, TP_Source, TP_Input, -1)
ShortEntries.push(tradeInfo.new(bar_index, close, SL, TP))
ShortIgnoredSignal.arrayStorage(50, bar_index + 1)
shortEntryConditionMet := true
else if ShortIgnoredSignal.includes(bar_index)
ShortIgnoredSignal.arrayStorage(50, bar_index + 1)
MinEntryBars = math.min(
LongEntries.size() == 0 and ShortEntries.size() == 0 ? 0 : StorValues,
LongEntries.size() == 0 ? StorValues : LongEntries.first().EnBar,
ShortEntries.size() == 0 ? StorValues : ShortEntries.first().EnBar)
if MinEntryBars > 0
CompletedEntries = array.new_int(0)
for [x, LongTrade] in LongEntries
getIdx2Start = math.max(0, BarsInfo.indexof(LongTrade.EnBar))
for i = getIdx2Start to CandleInfo.size() - 1 by 1
Candle = CandleInfo.get(i)
if (Candle.L <= LongTrade.SL or Candle.H >= LongTrade.TP) and Candle.B > LongTrade.EnBar
if Candle.H >= LongTrade.TP
HasHitLongTGT.push(LongTrade)
if ShowTPLbl
Tradelabels.arrayStorage(498, label.new(LongTrade.EnBar, LongTrade.EnPrice, yloc = yloc.belowbar, color = color.green, style = label.style_label_up, size = size.tiny, text = "TGT", textcolor = color.white))
else
HasHitLongSL.push(LongTrade)
Tradelabels.arrayStorage(498, label.new(LongTrade.EnBar, LongTrade.EnPrice, yloc = yloc.belowbar, color = color.red, style = label.style_label_up, size = size.tiny, text = "SL", textcolor = color.white))
CompletedEntries.push(x)
break
continue
if CompletedEntries.size() > 0
for i = CompletedEntries.size() - 1 to 0 by 1
LongEntries.remove(CompletedEntries.get(i))
CompletedEntries.clear()
for [x, ShortTrade] in ShortEntries
getIdx2Start = math.max(0, BarsInfo.indexof(ShortTrade.EnBar))
for i = getIdx2Start to CandleInfo.size() - 1 by 1
Candle = CandleInfo.get(i)
if (Candle.H >= ShortTrade.SL or Candle.L <= ShortTrade.TP) and Candle.B > ShortTrade.EnBar
if Candle.L <= ShortTrade.TP
HasHitShortTGT.push(ShortTrade)
if ShowTPLbl
Tradelabels.arrayStorage(498, label.new(ShortTrade.EnBar, ShortTrade.EnPrice, yloc = yloc.abovebar, color = color.green, style = label.style_label_down, size = size.tiny, text = "TGT", textcolor = color.white))
else
HasHitShortSL.push(ShortTrade)
Tradelabels.arrayStorage(498, label.new(ShortTrade.EnBar, ShortTrade.EnPrice, yloc = yloc.abovebar, color = color.red, style = label.style_label_down, size = size.tiny, text = "SL", textcolor = color.white))
CompletedEntries.push(x)
break
continue
if CompletedEntries.size() > 0
for i = CompletedEntries.size() - 1 to 0 by 1
ShortEntries.remove(CompletedEntries.get(i))
CompletedEntries.clear()
if barstate.isrealtime and str.length(labelString) > 0
label.set_text(OutputLabel, labelString)
label.set_xy(OutputLabel, bar_index + 1, close)
if barstate.islastconfirmedhistory and (LongArray.size() > 0 or ShortArray.size() > 0)
LongSetups = HasHitLongTGT.size() + HasHitLongSL.size() + LongEntries.size()
ShortSetups = HasHitShortTGT.size() + HasHitShortSL.size() + ShortEntries.size()
labelString := str.format("Long Sig: {0} | Long Setups: {1} | TGT %: {2,number,percent}\nShort Sig: {3} | Short Setups: {4} | TGT %: {5,number,percent}",
LongArray.size(),
LongSetups,
nz(HasHitLongTGT.size() / LongSetups, 0),
ShortArray.size(),
ShortSetups,
nz(HasHitShortTGT.size() / ShortSetups, 0))
plotshape(not Debug ? false : LongShortOutput.first(), title = "Long External Condition", style = shape.triangleup, location = location.belowbar, display = display.all - display.status_line, size = size.tiny, color= color.blue)
plotshape(not Debug ? false : LongShortOutput.last(), title = "Short External Condition", style = shape.triangledown, location = location.abovebar, display = display.all - display.status_line, size = size.tiny, color= color.fuchsia)
plot(bar_index)
plot(ExSrc1, title = "Ext1", color = color.aqua, display = display.status_line)
plot(ExSrc2, title = "Ext2", color = color.aqua, display = display.status_line)
plot(ExSrc3, title = "Ext3", color = color.aqua, display = display.status_line)
plot(ExSrc4, title = "Ext4", color = color.aqua, display = display.status_line)
plot(ExSrc5, title = "Ext5", color = color.aqua, display = display.status_line)
plot(ExSrc6, title = "Ext6", color = color.aqua, display = display.status_line)
plot(ExSrc7, title = "Ext7", color = color.aqua, display = display.status_line)
plot(ExSrc8, title = "Ext8", color = color.aqua, display = display.status_line)
plot(ExSrc9, title = "Ext9", color = color.aqua, display = display.status_line)
plot(ExSrc10, title = "Ext10", color = color.aqua, display = display.status_line)
alertcondition(longEntryConditionMet, "Lont EntryCondition", "Long Trade Entry")
alertcondition(longConditionMet, "Long Condition", "Long condition met")
alertcondition(shortEntryConditionMet, "Short EntryCondition", "Short Trade Entry")
alertcondition(shortConditionMet, "Short Condition", "Short condition met")
//#endregion
Overview
BE-Indicator Aggregator Toolkit parses logical operators to detect entry conditions and tracks simulated trade performance using configurable stop loss and take profit levels based on absolute offsets or risk-to-reward ratios. The script plots signal outputs and target achievement labels directly on the price chart. Users can configure source inputs, condition syntax, and visual labels.
- Multi-source input aggregation up to ten feeds
- String-based condition parser with comparison operators
- Simulated stop loss and risk-reward take profit tracking
- On-chart debug plotting and target achievement labels
Details
Published by
regalouisei on GitHub
Code credit
TradeWiseWithEase, as written in the script's header
Type
Indicator, Pine Script v6
Draws
On the price chart
Markets
Any symbol
Timeframes
Any timeframe
Risk Notes
- Signals can change on the live bar or after it closes (repainting)
Settings
The inputs you can change from the gear icon on the chart. Defaults are the author's.
| Setting | Type | Default | Variable |
|---|---|---|---|
| Source 1 | source | hlcc4 | ExSrc1 |
| Source 2 | source | hlcc4 | ExSrc2 |
| Source 3 | source | hlcc4 | ExSrc3 |
| Source 4 | source | hlcc4 | ExSrc4 |
| Source 5 | source | hlcc4 | ExSrc5 |
| Source 6 | source | hlcc4 | ExSrc6 |
| Source 7 | source | hlcc4 | ExSrc7 |
| Source 8 | source | hlcc4 | ExSrc8 |
| Source 9 | source | hlcc4 | ExSrc9 |
| Source 10 | source | hlcc4 | ExSrc10 |
| Condition Builder | text | | ConditionsInput |
| Plot Output on Candles ? | bool | true | Debug |
Show all 17 settings
| Setting | Type | Default | Variable |
|---|---|---|---|
| Show TGT Achieved Entry Lables ? | bool | false | ShowTPLbl |
| SL Source | string | Abs +/- From Entry | SL_Source_ |
| SL_Input | float | 1 | SL_Input |
| TP Source | string | RR Ratio | TP_Source_ |
| TP_Input | float | 2 | TP_Input |
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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