本页源码来自 TradingView 公开发布的开源脚本，版权归原作者所有， 请遵循其原始许可（Pine 脚本常见 CC BY-NC-SA / MPL-2.0 / MIT）。 本项目仅用于研究检索与许可范围内的移植。
// This Pine Script™ code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © fluxchart
//@version=5
indicator("ORB Algo | Flux Charts", overlay = true, max_boxes_count = 500, max_labels_count = 500, max_lines_count = 500, max_bars_back = 5000)
const bool DEBUG = false
int maxBarsBack = last_bar_index
int renderMaxBarsBack = 5000
const float minimumProfitPercent = 0.20
const float minimumProfitIncrementPercent = 0.075
const float stopLossPercent = 1.0 // Only when SL Method "Fixed"
const float atrTP1Mult = 0.75
const float atrTP2Mult = 1.5
const float atrTP3Mult = 2.25
const float atrTotalMult = 1.0
orbTimeStr = input.timeframe("30 Minutes", "ORB Timeframe", options = ["15 Minutes", "30 Minutes", "45 Minutes", "1 Hour", "1.5 Hours", "2 Hours", "3 Hours", "4 Hours"], group = "Algorithm", display = display.none)
sensitivity = input.string("Medium", "Sensitivity", options = ["High", "Medium", "Low", "Lowest"], group = "Algorithm", display = display.none)
breakoutCondition = input.string("Close", "Breakout Condition", options = ["Close", "EMA"], group = "Algorithm", display = display.none)
tpMethod = input.string("Dynamic", "TP Method", options = ["Dynamic", "ATR"], group = "Algorithm", display = display.none)
emaLength = input.int(9, "EMA Length", options = [4, 9, 13, 20, 34], group = "Algorithm", display = display.none)
slMethod = input.string("Balanced", "Stop-Loss", options = ["Safer", "Balanced", "Risky"], group = "Algorithm", display = display.none)
adaptiveSL = input.bool(true, "Adaptive SL", group = "Algorithm", display = display.none)
orbDisplayEnabled = input.bool(true, "Enabled", group = "ORB Dashboard", display = display.none)
orbLocation = input.string("Top Right", "Position", options = ["Top Right", "Right Center", "Top Center"], group = "ORB Dashboard", display = display.none)
backtestDisplayEnabled = input.bool(true, "Enabled", group = "Backtesting", display = display.none)
backtestingLocation = input.string("Top Center", "Position", options = ["Top Right", "Right Center", "Top Center"], group = "Backtesting", display = display.none)
backtestingExitRatios = input.string("90% | 5% | 5%", "Backtesting Exit Ratios", ["75% | 15% | 10%", "50% | 25% | 25%", "34% | 33% | 33%", "90% | 5% | 5%", "100% | 0% | 0%", "0% | 100% | 0%", "0% | 0% | 100%"], tooltip = "TP 1 | TP 2 | TP 3", group = "Backtesting", display = display.none)
showORBZones = input.bool(true, "Draw ORB Zones", group = "Visuals", display = display.none, inline = "group1")
plotEMA = input.bool(false, "Plot EMA", group = "Visuals", display = display.none, inline = "group1")
showHistoricZones = DEBUG ? input.bool(true, "Show Historic Zones", group = "Visuals", display = display.none) : true
highColor = input.color(color.green, "High", inline = "colors", group = "Visuals")
lowColor = input.color(color.red, "Low", inline = "colors", group = "Visuals")
float backtestTP1Exit = 0.0
float backtestTP2Exit = 0.0
float backtestTP3Exit = 0.0
backtestTP1Exit := str.tonumber(str.replace(array.get(str.split(backtestingExitRatios, " | "), 0),"%","")) / 100.0
backtestTP2Exit := str.tonumber(str.replace(array.get(str.split(backtestingExitRatios, " | "), 1),"%","")) / 100.0
backtestTP3Exit := str.tonumber(str.replace(array.get(str.split(backtestingExitRatios, " | "), 2),"%","")) / 100.0
retestsNeededForEntry = (sensitivity == "High" ? 0 : (sensitivity == "Medium" ? 1 : (sensitivity == "Low" ? 2 : 3)))
if timeframe.in_seconds() > timeframe.in_seconds("15")
runtime.error("ORB Algo only works on timeframes lower than 15 min.")
type Breakout
bool isBullish
int startIndex
int endIndex
bool failed = false
int retests = 0
type ORB
float h
float l
int startIndex
int endIndex
bool isLastSession
string state = "Opening Range"
Breakout[] breakouts
bool foundEntryTick = false
bool entryBullish
int entryIndex
float entryPrice
float entryATR
int tp1Index
float tp1Price
bool tp1FoundTick = false
int tp2Index
float tp2Price
bool tp2FoundTick = false
int tp3Index
float tp3Price
bool tp3FoundTick = false
int slIndex
float slPrice
bool slFoundTick = false
bool isExitTrade = false
bool exitTradeFoundTick = false
line hLine
line lLine
label entryLabel
getTimeframe (timeframeStr) =>
rtnTimeframe = "30"
if timeframeStr == "15 Minutes"
rtnTimeframe := "15"
if timeframeStr == "30 Minutes"
rtnTimeframe := "30"
if timeframeStr == "45 Minutes"
rtnTimeframe := "45"
if timeframeStr == "1 Hour"
rtnTimeframe := "60"
if timeframeStr == "1.5 Hours"
rtnTimeframe := "90"
if timeframeStr == "2 Hours"
rtnTimeframe := "120"
if timeframeStr == "3 Hours"
rtnTimeframe := "180"
if timeframeStr == "4 Hours"
rtnTimeframe := "240"
rtnTimeframe
orbTime = getTimeframe(orbTimeStr)
getPosition (positionText) =>
if positionText == "Top Right"
position.top_right
else if positionText == "Top Center"
position.top_center
else if positionText == "Right Center"
position.middle_right
else
position.middle_left
createORB (float h, float l, int sI, int eI) =>
newORB = ORB.new(h, l, sI, eI)
newORB.breakouts := array.new<Breakout>(0)
newORB
safeDeleteORB (ORB orb) =>
line.delete(orb.hLine)
line.delete(orb.lLine)
label.delete(orb.entryLabel)
orbColor = #3b3b3b43
var orbList = array.new<ORB>(0)
var table ORBDisplay = orbDisplayEnabled ? table.new(getPosition(orbLocation), 4, 5, bgcolor = orbColor, frame_width = 2, frame_color = color.black, border_width = 1, border_color = color.black) : na
var table backtestDisplay = backtestDisplayEnabled ? table.new(getPosition(backtestingLocation), 2, 10, bgcolor = orbColor, frame_width = 2, frame_color = color.black, border_width = 1, border_color = color.black) : na
ema = ta.ema((high + low) / 2.0, emaLength)
atr = ta.atr(12)
plot(plotEMA ? ema : na)
diffPercent (float val1, float val2) =>
(math.abs(val1 - val2) / val2) * 100.0
renderORB (ORB orb) =>
if orb.startIndex > last_bar_index - renderMaxBarsBack
if showORBZones
orb.hLine := line.new(orb.startIndex, orb.h, nz(orb.endIndex, last_bar_index), orb.h, color = highColor, width = 2)
orb.lLine := line.new(orb.startIndex, orb.l, nz(orb.endIndex, last_bar_index), orb.l, color = lowColor, width = 2)
if not na(orb.entryIndex)
orb.entryLabel := label.new(orb.entryIndex, orb.entryPrice + orb.entryATR * 3 * (orb.entryBullish ? -1 : 1), orb.entryBullish ? "Buy" : "Sell", color = orb.entryBullish ? color.green : color.red, textcolor = color.white, style = orb.entryBullish ? label.style_label_up : label.style_label_down)
getBarsBySeconds (timeF) =>
(timeF / timeframe.in_seconds())
handleDashboard () =>
ORB lastORB = na
float foundEntryPrice = na
bool isEntryBullish = false
if orbList.size() > 0
lastORB := orbList.get(0)
foundEntryPrice := lastORB.entryPrice
isEntryBullish := lastORB.entryBullish
// Header
table.merge_cells(ORBDisplay,0,0,3,0)
table.cell(ORBDisplay, 0, 0, "ORB Dashboard", text_color = color.white, bgcolor = orbColor)
// Bullish / Bearish
table.merge_cells(ORBDisplay,0,1,0,2)
table.cell(ORBDisplay, 0, 1, na(foundEntryPrice) ? "No Signal" : (isEntryBullish ? "Bullish" : "Bearish"), text_color = color.white, bgcolor = na(foundEntryPrice) ? orbColor : (isEntryBullish ? color.green : color.red))
// Entry Price
table.cell(ORBDisplay, 1, 1, isEntryBullish ? "Buy Price" : "Sell Price", text_color = color.white, bgcolor = na(foundEntryPrice) ? orbColor : (isEntryBullish ? #4caf50 : color.red))
table.cell(ORBDisplay, 1, 2, na(foundEntryPrice) ? "No Signal" : str.tostring(foundEntryPrice, format.mintick), text_color = color.white, bgcolor = na(foundEntryPrice) ? orbColor : (isEntryBullish ? color.green : color.red))
// Current Profit %
table.merge_cells(ORBDisplay,2,1,3,1)
table.merge_cells(ORBDisplay,2,2,3,2)
curProfit = close - foundEntryPrice
if not isEntryBullish
curProfit *= -1
curProfitPercent = ((curProfit / foundEntryPrice)) * 100.0
table.cell(ORBDisplay, 2, 1, "Current Profit %", text_color = color.white, bgcolor = na(foundEntryPrice) ? orbColor : (curProfit > 0 ? color.green : color.red))
profitPercentText = ""
//profitPercentText += str.tostring(curProfit, format.mintick) + " | "
profitPercentText += str.tostring(curProfitPercent,"#.##") + "%"
if na(curProfitPercent)
profitPercentText := "No Signal"
table.cell(ORBDisplay, 2, 2, profitPercentText, text_color = color.white, bgcolor = na(foundEntryPrice) ? orbColor : (curProfit > 0 ? color.green : color.red))
// TP & SL Levels
if not na(foundEntryPrice) and tpMethod == "ATR"
table.cell(ORBDisplay, 0, 3, "TP 1", text_color = color.white)
table.cell(ORBDisplay, 1, 3, "TP 2", text_color = color.white)
table.cell(ORBDisplay, 2, 3, "TP 3", text_color = color.white)
table.cell(ORBDisplay, 3, 3, "SL", text_color = color.white)
float tp1Price = lastORB.entryPrice + ((lastORB.entryATR * atrTP1Mult * atrTotalMult) * (lastORB.entryBullish ? 1 : -1))
float tp2Price = lastORB.entryPrice + ((lastORB.entryATR * atrTP2Mult * atrTotalMult) * (lastORB.entryBullish ? 1 : -1))
float tp3Price = lastORB.entryPrice + ((lastORB.entryATR * atrTP3Mult * atrTotalMult) * (lastORB.entryBullish ? 1 : -1))
table.cell(ORBDisplay, 0, 4, str.tostring(tp1Price, format.mintick), text_color = color.white)
table.cell(ORBDisplay, 1, 4, str.tostring(tp2Price, format.mintick), text_color = color.white)
table.cell(ORBDisplay, 2, 4, str.tostring(tp3Price, format.mintick), text_color = color.white)
table.cell(ORBDisplay, 3, 4, str.tostring(lastORB.slPrice, format.mintick), text_color = color.white)
else if not na(foundEntryPrice)
table.merge_cells(ORBDisplay, 0,3,3,3)
table.merge_cells(ORBDisplay, 0,4,3,4)
table.cell(ORBDisplay, 0, 3, "SL", text_color = color.white)
table.cell(ORBDisplay, 0, 4, str.tostring(lastORB.slPrice, format.mintick), text_color = color.white)
handleBacktestDashboard () =>
float totalORBProfitPercent = 0
int successfulTrades = 0
int unsuccessfulTrades = 0
if orbList.size() > 0
for i = 0 to orbList.size() - 1
curORB = orbList.get(i)
if not na(curORB.entryIndex)
isSuccess = false
float totalProfitTaken = 0.0
if not na(curORB.tp1Price)
isSuccess := true
totalORBProfitPercent += diffPercent(curORB.tp1Price, curORB.entryPrice) * backtestTP1Exit
totalProfitTaken += backtestTP1Exit
if not na(curORB.tp2Price)
isSuccess := true
totalORBProfitPercent += diffPercent(curORB.tp2Price, curORB.entryPrice) * backtestTP2Exit
totalProfitTaken += backtestTP2Exit
if not na(curORB.tp3Price)
isSuccess := true
totalORBProfitPercent += diffPercent(curORB.tp3Price, curORB.entryPrice) * backtestTP3Exit
totalProfitTaken += backtestTP3Exit
if not na(curORB.slIndex)
if curORB.slIndex != -1
totalORBProfitPercent -= diffPercent(curORB.slPrice, curORB.entryPrice) * (1.0 - totalProfitTaken)
if totalProfitTaken == 0.0
unsuccessfulTrades += 1
if isSuccess
successfulTrades += 1
// Header
table.merge_cells(backtestDisplay,0,0,1,0)
table.cell(backtestDisplay, 0, 0, "ORB Backtesting", text_color = color.white, bgcolor = orbColor)
// Total ORBs
table.cell(backtestDisplay, 0, 1, "Total Days", text_color = color.white, bgcolor = orbColor)
table.cell(backtestDisplay, 1, 1, str.tostring(orbList.size()), text_color = color.white, bgcolor = orbColor)
// Wins
table.cell(backtestDisplay, 0, 2, "Wins", text_color = color.white, bgcolor = orbColor)
table.cell(backtestDisplay, 1, 2, str.tostring(successfulTrades), text_color = color.white, bgcolor = orbColor)
// Losses
table.cell(backtestDisplay, 0, 3, "Losses", text_color = color.white, bgcolor = orbColor)
table.cell(backtestDisplay, 1, 3, str.tostring(unsuccessfulTrades), text_color = color.white, bgcolor = orbColor)
// Winrate
table.cell(backtestDisplay, 0, 4, "Winrate", text_color = color.white, bgcolor = orbColor)
table.cell(backtestDisplay, 1, 4, str.tostring(100.0 * (successfulTrades / (successfulTrades + unsuccessfulTrades)), "#.##") + "%", text_color = color.white, bgcolor = orbColor)
// Average Profit %
table.cell(backtestDisplay, 0, 5, "Average Profit", text_color = color.white, bgcolor = orbColor)
table.cell(backtestDisplay, 1, 5, str.tostring(totalORBProfitPercent / (successfulTrades + unsuccessfulTrades), "#.##") + "%", text_color = color.white, bgcolor = orbColor)
// Total Profit %
table.cell(backtestDisplay, 0, 6, "Total Profit", text_color = color.white, bgcolor = orbColor)
table.cell(backtestDisplay, 1, 6, str.tostring(totalORBProfitPercent, "#.##") + "%", text_color = color.white, bgcolor = orbColor)
ORB lastORB = na
ORB previousORB = na
if orbList.size() > 0
lastORB := orbList.get(0)
lastORB.tp1FoundTick := false
lastORB.tp2FoundTick := false
lastORB.tp3FoundTick := false
lastORB.slFoundTick := false
lastORB.foundEntryTick := false
lastORB.exitTradeFoundTick := false
if last_bar_time - time < 60 * 60 * 8 * 1000
lastORB.isLastSession := true
else
lastORB.isLastSession := false
lastClose = close[1]
if barstate.isconfirmed and last_bar_index - bar_index < maxBarsBack
// New ORB
if session.isfirstbar_regular
// End Last ORB
if not na(lastORB)
lastORB.endIndex := bar_index - 1
// Exit Last ORB if
if not na(lastORB.entryIndex) and na(lastORB.slIndex)
lastORB.slPrice := lastClose
lastORB.slIndex := bar_index - 1
lastORB.exitTradeFoundTick := true
previousORB := lastORB
newORB = createORB(na, na, bar_index, na)
orbList.unshift(newORB)
lastORB := orbList.get(0)
// ORB High & Low
if not na(lastORB)
if lastORB.state == "Opening Range" and bar_index <= lastORB.startIndex + getBarsBySeconds(timeframe.in_seconds(orbTime))
lastORB.h := math.max(nz(lastORB.h, 0), high)
lastORB.l := math.min(nz(lastORB.l, low), low)
if lastORB.state == "Opening Range" and bar_index == lastORB.startIndex + getBarsBySeconds(timeframe.in_seconds(orbTime))
lastORB.state := "Waiting For Breakouts"
// Wait For Retests
if not na(lastORB)
if lastORB.state == "Waiting For Breakouts"
conditionPrice = (breakoutCondition == "EMA" ? ema : close)
if conditionPrice > lastORB.h or conditionPrice < lastORB.l
newBreakout = Breakout.new(conditionPrice > lastORB.h, bar_index, na)
lastORB.breakouts.unshift(newBreakout)
lastORB.state := "In Breakout"
// Handle Breakouts
if not na(lastORB)
if lastORB.state == "In Breakout"
curBreakout = lastORB.breakouts.get(0)
// Failed Breakout
if (curBreakout.isBullish and close < lastORB.h) or (not curBreakout.isBullish and close > lastORB.l)
curBreakout.failed := true
curBreakout.endIndex := bar_index
lastORB.state := "Waiting For Breakouts"
// Breakout Retest
if bar_index > curBreakout.startIndex and ((curBreakout.isBullish and close > lastORB.h and low < lastORB.h) or (not curBreakout.isBullish and close < lastORB.l and high > lastORB.l))
curBreakout.retests += 1
if curBreakout.retests >= retestsNeededForEntry
curBreakout.endIndex := bar_index
lastORB.state := "Entry Taken"
lastORB.entryATR := atr
lastORB.foundEntryTick := true
lastORB.entryIndex := bar_index
lastORB.entryPrice := close
lastORB.entryBullish := curBreakout.isBullish
if slMethod == "Fixed"
if curBreakout.isBullish
lastORB.slPrice := lastORB.entryPrice * ((100.0 - stopLossPercent) / 100.0)
else
lastORB.slPrice := lastORB.entryPrice * ((100.0 + stopLossPercent) / 100.0)
center = (lastORB.h + lastORB.l) / 2.0
if slMethod == "Safer"
lastORB.slPrice := lastORB.entryBullish ? ((center + lastORB.h) / 2.0) : ((center + lastORB.l) / 2.0)
if slMethod == "Balanced"
lastORB.slPrice := center
if slMethod == "Risky"
lastORB.slPrice := lastORB.entryBullish ? ((center + lastORB.l) / 2.0) : ((center + lastORB.h) / 2.0)
// Handle Entry
if not na(lastORB)
if lastORB.state == "Entry Taken"
// Take Profits
isProfitable = ((lastORB.entryBullish and (ema > lastORB.entryPrice)) or (not lastORB.entryBullish and (ema < lastORB.entryPrice)))
if tpMethod == "Dynamic"
if isProfitable and diffPercent(ema, lastORB.entryPrice) >= minimumProfitPercent
if na(lastORB.slIndex) and na(lastORB.tp1Index) and ((lastORB.entryBullish and close < ema) or (not lastORB.entryBullish and close > ema))
lastORB.tp1Index := bar_index
lastORB.tp1Price := ema
lastORB.tp1FoundTick := true
if adaptiveSL
lastORB.slPrice := lastORB.entryPrice
else if na(lastORB.slIndex) and not na(lastORB.tp1Index) and na(lastORB.tp2Index) and ((lastORB.entryBullish and close < ema) or (not lastORB.entryBullish and close > ema))
if ((lastORB.entryBullish and ema > lastORB.tp1Price) or (not lastORB.entryBullish and ema < lastORB.tp1Price)) and diffPercent(ema, lastORB.tp1Price) >= minimumProfitIncrementPercent
lastORB.tp2Index := bar_index
lastORB.tp2Price := ema
lastORB.tp2FoundTick := true
else if na(lastORB.slIndex) and not na(lastORB.tp2Index) and na(lastORB.tp3Index) and ((lastORB.entryBullish and close < ema) or (not lastORB.entryBullish and close > ema))
if ((lastORB.entryBullish and ema > lastORB.tp2Price) or (not lastORB.entryBullish and ema < lastORB.tp2Price)) and diffPercent(ema, lastORB.tp2Price) >= minimumProfitIncrementPercent
lastORB.tp3Index := bar_index
lastORB.tp3Price := ema
lastORB.tp3FoundTick := true
lastORB.slIndex := -1
if tpMethod == "ATR"
float tp1Price = lastORB.entryPrice + ((lastORB.entryATR * atrTP1Mult * atrTotalMult) * (lastORB.entryBullish ? 1 : -1))
float tp2Price = lastORB.entryPrice + ((lastORB.entryATR * atrTP2Mult * atrTotalMult) * (lastORB.entryBullish ? 1 : -1))
float tp3Price = lastORB.entryPrice + ((lastORB.entryATR * atrTP3Mult * atrTotalMult) * (lastORB.entryBullish ? 1 : -1))
if na(lastORB.slIndex) and na(lastORB.tp1Index) and ((lastORB.entryBullish and high >= tp1Price) or (not lastORB.entryBullish and low <= tp1Price))
lastORB.tp1Index := bar_index
lastORB.tp1Price := tp1Price
lastORB.tp1FoundTick := true
if adaptiveSL
lastORB.slPrice := lastORB.entryPrice
else if na(lastORB.slIndex) and not na(lastORB.tp1Index) and na(lastORB.tp2Index) and ((lastORB.entryBullish and high >= tp2Price) or (not lastORB.entryBullish and low <= tp2Price))
lastORB.tp2Index := bar_index
lastORB.tp2Price := tp2Price
lastORB.tp2FoundTick := true
else if na(lastORB.slIndex) and not na(lastORB.tp2Index) and na(lastORB.tp3Index) and ((lastORB.entryBullish and high >= tp3Price) or (not lastORB.entryBullish and low <= tp3Price))
lastORB.tp3Index := bar_index
lastORB.tp3Price := tp3Price
lastORB.tp3FoundTick := true
lastORB.slIndex := -1
// Stop Loss
if not na(lastORB.slPrice) and na(lastORB.slIndex) and ((lastORB.entryBullish and low < lastORB.slPrice) or ((not lastORB.entryBullish) and high > lastORB.slPrice))
if not ((bar_index == lastORB.tp1Index) or (bar_index == lastORB.tp2Index) or (bar_index == lastORB.tp3Index))
lastORB.slFoundTick := true
lastORB.slIndex := bar_index
//#region Plots
isClose = bar_index > (last_bar_index - renderMaxBarsBack)
plotshape(na(lastORB) ? na : ((lastORB.tp1FoundTick and lastORB.entryBullish and isClose and (showHistoricZones or lastORB.isLastSession)) ? close : na), "TP 1", shape.xcross, size = size.tiny, text = "TP 1", textcolor = color.white, location = location.abovebar)
plotshape(na(lastORB) ? na : ((lastORB.tp1FoundTick and not lastORB.entryBullish and isClose and (showHistoricZones or lastORB.isLastSession)) ? close : na), "TP 1", shape.xcross, size = size.tiny, text = "TP 1", textcolor = color.white, location = location.belowbar)
plotshape(na(lastORB) ? na : ((lastORB.tp2FoundTick and lastORB.entryBullish and isClose and (showHistoricZones or lastORB.isLastSession)) ? close : na), "TP 2", shape.xcross, size = size.tiny, text = "TP 2", textcolor = color.white, location = location.abovebar)
plotshape(na(lastORB) ? na : ((lastORB.tp2FoundTick and not lastORB.entryBullish and isClose and (showHistoricZones or lastORB.isLastSession)) ? close : na), "TP 2", shape.xcross, size = size.tiny, text = "TP 2", textcolor = color.white, location = location.belowbar)
plotshape(na(lastORB) ? na : ((lastORB.tp3FoundTick and lastORB.entryBullish and isClose and (showHistoricZones or lastORB.isLastSession)) ? close : na), "TP 3", shape.xcross, size = size.tiny, text = "TP 3", textcolor = color.white, location = location.abovebar)
plotshape(na(lastORB) ? na : ((lastORB.tp3FoundTick and not lastORB.entryBullish and isClose and (showHistoricZones or lastORB.isLastSession)) ? close : na), "TP 3", shape.xcross, size = size.tiny, text = "TP 3", textcolor = color.white, location = location.belowbar)
plotshape(na(lastORB) ? na : ((lastORB.slFoundTick and lastORB.entryBullish and isClose and (showHistoricZones or lastORB.isLastSession)) ? close : na), "SL", shape.xcross, size = size.tiny, text = "SL", color = color.red, textcolor = color.white, location = location.belowbar)
plotshape(na(lastORB) ? na : ((lastORB.slFoundTick and not lastORB.entryBullish and isClose and (showHistoricZones or lastORB.isLastSession)) ? close : na), "SL", shape.xcross, size = size.tiny, text = "SL", color = color.red, textcolor = color.white, location = location.abovebar)
plotshape(na(previousORB) ? na : ((previousORB.exitTradeFoundTick and previousORB.entryBullish and isClose and (showHistoricZones or previousORB.isLastSession)) ? close : na), "Exit", shape.xcross, size = size.tiny, text = "Exit", color = color.red, textcolor = color.white, location = location.belowbar, offset = -1)
plotshape(na(previousORB) ? na : ((previousORB.exitTradeFoundTick and not previousORB.entryBullish and isClose and (showHistoricZones or previousORB.isLastSession)) ? close : na), "Exit", shape.xcross, size = size.tiny, text = "Exit", color = color.red, textcolor = color.white, location = location.abovebar, offset = -1)
//#endregion Plots
foundEntryTick = false
foundTPTick = false
foundSLTick = false
if not na(lastORB)
if lastORB.foundEntryTick
foundEntryTick := true
if lastORB.tp1FoundTick or lastORB.tp2FoundTick or lastORB.tp3FoundTick
foundTPTick := true
if lastORB.slFoundTick
foundSLTick := true
alertcondition(foundEntryTick, "Buy / Sell")
alertcondition(foundTPTick, "Take Profit")
alertcondition(foundSLTick, "Stop Loss")
if barstate.islast
if orbList.size() > 0
for i = 0 to (showHistoricZones ? (orbList.size() - 1) : 0)
curORB = orbList.get(i)
safeDeleteORB(curORB)
renderORB(curORB)
if orbDisplayEnabled
handleDashboard()
if backtestDisplayEnabled
handleBacktestDashboard()