I converted partially. pls check.
CSS:
#// This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
#// © Bjorgum
#indicator ('Bjorgum Key Levels', 'Bj Key Levels', ount=500)
# partial conversion by Sam4Cok@Samer800 - 01 /2023
input lookLeft = 20; # "Look Left"
input lookRight = 15; # "Look Right"
input NumberOfPivots = 3; # "Number of Pivots"
input atrLength = 30; # "ATR Length"
input ZoneWidth = 0.5; # "Zone Width (ATR)"
input MaxZonePercent = 5; # "Max Zone Percent"
input SourceForPivots = {default "HeikinAshi", "High/Low Body", "High/Low"}; # "Source For Pivots"
input ExtendRight = no; # "Extend Right"
input PivotHighs = yes; # "Detect Pivot Highs"
input PivotLows = yes; # "Detect Pivot Lows"
input ShowBreakUp = yes;
input ShowBreakDn = yes;
def na = Double.NaN;
def extend = if ExtendRight then isNaN(close[lookRight]) else isNaN(close);
#--- Color
DefineGlobalColor("bullBorder", CreateColor(7,71,123));
DefineGlobalColor("bearBorder", CreateColor(118,106,0));
DefineGlobalColor("bearCloud", CreateColor(3,29,51));
DefineGlobalColor("bullCloud", CreateColor(42,37,0));
script nz {
input data = close;
input repl = 0;
def ret_val = if !isNaN(data) then data else repl;
plot return = ret_val;
}
script fixnan {
input source = close;
def fix = if !IsNaN(source) then source else fix[1];
plot result = fix;
}
#valuewhen (cond, source, occurrence) =>
script valuewhen {
input cond = 0;
input source = 0;
input occurrence = 0;
def n = occurrence + 1;
# start at 0 so it looks at current bar
def offset2 = fold j = 0 to 400
with p
while p < n + 1
do p + ( if p == n then j - n else if GetValue(cond, j) then 1 else 0 );
# def bnz = bn - offset2 + 1;
plot price = GetValue(source, offset2 - 1);
}
script FindPivots {
input dat = close; # default data or study being evaluated
input HL = 0; # default high or low pivot designation, -1 low, +1 high
input lbL = 5; # default Pivot Lookback Left
input lbR = 1; # default Pivot Lookback Right
##############
def _nan; # used for non-number returns
def _BN; # the current barnumber
def _VStop; # confirms that the lookforward period continues the pivot trend
def _V; # the Value at the actual pivot point
##############
_BN = BarNumber();
_nan = Double.NaN;
_VStop = if !IsNaN(dat) and lbR > 0 and lbL > 0 then
fold a = 1 to lbR + 1 with b=1 while b do
if HL > 0 then dat > GetValue(dat, -a) else dat < GetValue(dat, -a) else _nan;
if (HL > 0) {
_V = if _BN > lbL and dat == Highest(dat, lbL + 1) and _VStop
then dat else _nan;
} else {
_V = if _BN > lbL and dat == Lowest(dat, lbL + 1) and _VStop
then dat else _nan;
}
plot result = if !IsNaN(_V) and _VStop then _V else _nan;
}
def haSrc = SourceForPivots == SourceForPivots."HeikinAshi";
def hiLoSrc = SourceForPivots == SourceForPivots."High/Low";
#// ---> Functional Declarations <---- //
def nATR = ATR(LENGTH = atrLength);
#def perMax = close * 0.02;
#def min = Min(perMax, atr * 0.3);
#// ----> Variable Calculations <----- //
def close_ = (open + high + low + close) / 4;
def open_;
open_ = if IsNaN(open_[1]) then (open + close) / 2 else
(nz(open_[1],open[1]) + nz(close_[1],close[1])) / 2;
def hiHaBod = Max(close_, open_);
def loHaBod = Min(close_, open_);
def hiBod = Max(close, open);
def loBod = Min(close, open);
def srcHigh = if haSrc then hiHaBod else if hiLoSrc then high else hiBod;
def srcLow = if haSrc then loHaBod else if hiLoSrc then low else loBod;
def highest = close == Highest(close, lookRight);
def lowest = close == Lowest (close, lookRight);
def pivot_high = FindPivots(srcHigh, 1, lookLeft, lookRight);
def pivot_low = FindPivots(srcLow, -1, lookLeft, lookRight);
def ph = if !isNaN(pivot_high) then pivot_high else ph[1];
def pl = if !isNaN(pivot_low) then pivot_low else pl[1];
def perc = close * (MaxZonePercent / 100);
def minATR = Min(nATR * ZoneWidth, perc);
def band = minATR / 2;
def HH = ph + band;
def HL = ph - band;
def LH = pl + band;
def LL = pl - band;
def coDiff = close - open;
def barRange = AbsValue(high - low);
def phHH;
def phHL;
def plLH;
def plLL;
def phHH1;
def phHL1;
def plLH1;
def plLL1;
def phHH2;
def phHL2;
def plLH2;
def plLL2;
def phHH3;
def phHL3;
def plLH3;
def plLL3;
def phHH4;
def phHL4;
def plLH4;
def plLL4;
def cond1 = !isNaN(pivot_high) and pivot_high!=0 and !IsNaN(close[1]);
def cond2 = !isNaN(pivot_low) and pivot_low !=0 and !IsNaN(close[1]);
if cond1 {
phHH = HH;
phHL = HL;
phHH1 = phHH[1];
phHL1 = phHL[1];
phHH2 = phHH1[1];
phHL2 = phHL1[1];
phHH3 = phHH2[1];
phHL3 = phHL2[1];
phHH4 = phHH3[1];
phHL4 = phHL3[1];
plLH = plLH[1];
plLL = plLL[1];
plLH1 = plLH1[1];
plLL1 = plLL1[1];
plLH2 = plLH2[1];
plLL2 = plLL2[1];
plLH3 = plLH3[1];
plLL3 = plLL3[1];
plLH4 = plLH4[1];
plLL4 = plLL4[1];
} else
if cond2 {
plLH = LH;
plLL = LL;
plLH1 = plLH[1];
plLL1 = plLL[1];
plLH2 = plLH1[1];
plLL2 = plLL1[1];
plLH3 = plLH2[1];
plLL3 = plLL2[1];
plLH4 = plLH3[1];
plLL4 = plLL3[1];
phHH = phHH[1];
phHL = phHL[1];
phHH1 = phHH1[1];
phHL1 = phHL1[1];
phHH2 = phHH2[1];
phHL2 = phHL2[1];
phHH3 = phHH3[1];
phHL3 = phHL3[1];
phHH4 = phHH4[1];
phHL4 = phHL4[1];
} else {
phHH = if phHH[1] == 0 then hiHaBod else phHH[1];
phHL = if phHL[1] == 0 then hiHaBod else phHL[1];
phHH1 = if phHH1[1] == 0 then hiHaBod else phHH1[1];
phHL1 = if phHL1[1] == 0 then hiHaBod else phHL1[1];
phHH2 = if phHH2[1] == 0 then hiHaBod else phHH2[1];
phHL2 = if phHL2[1] == 0 then hiHaBod else phHL2[1];
phHH3 = if phHH3[1] == 0 then hiHaBod else phHH3[1];
phHL3 = if phHL3[1] == 0 then hiHaBod else phHL3[1];
phHH4 = if phHH4[1] == 0 then hiHaBod else phHH4[1];
phHL4 = if phHL4[1] == 0 then hiHaBod else phHL4[1];
plLH = if plLH[1] == 0 then loHaBod else plLH[1];
plLL = if plLL[1] == 0 then loHaBod else plLL[1];
plLH1 = if plLH1[1] == 0 then loHaBod else plLH1[1];
plLL1 = if plLL1[1] == 0 then loHaBod else plLL1[1];
plLH2 = if plLH2[1] == 0 then loHaBod else plLH2[1];
plLL2 = if plLL2[1] == 0 then loHaBod else plLL2[1];
plLH3 = if plLH3[1] == 0 then loHaBod else plLH3[1];
plLL3 = if plLL3[1] == 0 then loHaBod else plLL3[1];
plLH4 = if plLH4[1] == 0 then loHaBod else plLH4[1];
plLL4 = if plLL4[1] == 0 then loHaBod else plLL4[1];
}
def BullColor = nz(close,close[lookRight])>phHH;
def BearColor = nz(close,close[lookRight])<plLL;
def BullColor1 = nz(close,close[lookRight])>phHH1;
def BearColor1 = nz(close,close[lookRight])<plLL1;
def BullColor2 = nz(close,close[lookRight])>phHH2;
def BearColor2 = nz(close,close[lookRight])<plLL2;
def BullColor3 = nz(close,close[lookRight])>phHH3;
def BearColor3 = nz(close,close[lookRight])<plLL3;
def BullColor4 = nz(close,close[lookRight])>phHH4;
def BearColor4 = nz(close,close[lookRight])<plLL4;
plot hhLine = if extend then na else phHH;
plot hlLine = if extend then na else phHL;
def counthhLine = if hhLine==hhLine[1] then counthhLine[1] + 1 else 0;
def counthlLine = if hlLine==hlLine[1] then counthlLine[1] + 1 else 0;
plot exthhLine = if counthhLine<=lookRight then phHH[lookRight] else na;
plot exthlLine = if counthlLine<=lookRight then phHL[lookRight] else na;
exthhLine.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
exthhLine.AssignValueColor(if close>exthhLine then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
exthlLine.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
exthlLine.AssignValueColor(if close>exthhLine then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
hhLine.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hhLine.AssignValueColor(if BullColor then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
hlLine.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hlLine.AssignValueColor(if BullColor then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
plot llLine = if extend then na else plLL ;
plot lhLine = if extend then na else plLH;
def countllLine = if llLine==llLine[1] then countllLine[1] + 1 else 0;
def countlhLine = if lhLine==lhLine[1] then countlhLine[1] + 1 else 0;
plot extllLine = if countllLine<=lookRight then plLL[lookRight] else na;
plot extlhLine = if countlhLine<=lookRight then plLH[lookRight] else na;
extllLine.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
extllLine.AssignValueColor(if close<extllLine then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
extlhLine.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
extlhLine.AssignValueColor(if close<extllLine then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
llLine.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
llLine.AssignValueColor(if BearColor then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
lhLine.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
lhLine.AssignValueColor(if BearColor then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
plot hhLine1 = if extend or NumberOfPivots<2 then na else phHH1;
plot hlLine1 = if extend or NumberOfPivots<2 then na else phHL1 ;
def counthhLine1 = if hhLine1==hhLine1[1] then counthhLine1[1] + 1 else 0;
def counthlLine1 = if hlLine1==hlLine1[1] then counthlLine1[1] + 1 else 0;
plot exthhLine1 = if counthhLine1<=lookRight then phHH1[lookRight] else na;
plot exthlLine1 = if counthlLine1<=lookRight then phHL1[lookRight] else na;
exthhLine1.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
exthhLine1.AssignValueColor(if close>exthhLine1 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
exthlLine1.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
exthlLine1.AssignValueColor(if close>exthhLine1 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
hhLine1.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hhLine1.AssignValueColor(if BullColor1 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
hlLine1.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hlLine1.AssignValueColor(if BullColor1 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
plot llLine1 = if extend or NumberOfPivots<2 then na else plLL1;
plot lhLine1 = if extend or NumberOfPivots<2 then na else plLH1;
def countllLine1 = if llLine1==llLine1[1] then countllLine1[1] + 1 else 0;
def countlhLine1 = if lhLine1==lhLine1[1] then countlhLine1[1] + 1 else 0;
plot extllLine1 = if countllLine1<=lookRight then plLL1[lookRight] else na;
plot extlhLine1 = if countlhLine1<=lookRight then plLH1[lookRight] else na;
extllLine1.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
extllLine1.AssignValueColor(if close<extllLine1 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
extlhLine1.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
extlhLine1.AssignValueColor(if close<extllLine1 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
llLine1.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
llLine1.AssignValueColor(if BearColor1 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
lhLine1.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
lhLine1.AssignValueColor(if BearColor1 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
plot hhLine2 = if extend or NumberOfPivots<3 then na else phHH2;
plot hlLine2 = if extend or NumberOfPivots<3 then na else phHL2;
def counthhLine2 = if hhLine2==hhLine2[1] then counthhLine2[1] + 1 else 0;
def counthlLine2 = if hlLine2==hlLine2[1] then counthlLine2[1] + 1 else 0;
plot exthhLine2 = if counthhLine2<=lookRight then phHH2[lookRight] else na;
plot exthlLine2 = if counthlLine2<=lookRight then phHL2[lookRight] else na;
exthhLine2.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
exthhLine2.AssignValueColor(if close>exthhLine2 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
exthlLine2.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
exthlLine2.AssignValueColor(if close>exthhLine2 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
hhLine2.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hhLine2.AssignValueColor(if BullColor2 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
hlLine2.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hlLine2.AssignValueColor(if BullColor2 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
plot llLine2 = if extend or NumberOfPivots<3 then na else plLL2;
plot lhLine2 = if extend or NumberOfPivots<3 then na else plLH2;
def countllLine2 = if llLine2==llLine2[1] then countllLine2[1] + 1 else 0;
def countlhLine2 = if lhLine2==lhLine2[1] then countlhLine2[1] + 1 else 0;
plot extllLine2 = if countllLine2<=lookRight then plLL2[lookRight] else na;
plot extlhLine2 = if countlhLine2<=lookRight then plLH2[lookRight] else na;
extllLine2.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
extllLine2.AssignValueColor(if close<extllLine2 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
extlhLine2.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
extlhLine2.AssignValueColor(if close<extllLine2 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
llLine2.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
llLine2.AssignValueColor(if BearColor2 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
lhLine2.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
lhLine2.AssignValueColor(if BearColor2 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
plot hhLine3 = if extend or NumberOfPivots<4 then na else phHH3;
plot hlLine3 = if extend or NumberOfPivots<4 then na else phHL3;
def counthhLine3 = if hhLine3==hhLine3[1] then counthhLine3[1] + 1 else 0;
def counthlLine3 = if hlLine3==hlLine3[1] then counthlLine3[1] + 1 else 0;
plot exthhLine3 = if counthhLine3<=lookRight then phHH3[lookRight] else na;
plot exthlLine3 = if counthlLine3<=lookRight then phHL3[lookRight] else na;
exthhLine3.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
exthhLine3.AssignValueColor(if close>exthhLine3 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
exthlLine3.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
exthlLine3.AssignValueColor(if close>exthhLine3 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
hhLine3.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hhLine3.AssignValueColor(if BullColor3 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
hlLine3.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hlLine3.AssignValueColor(if BullColor3 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
plot llLine3 = if extend or NumberOfPivots<4 then na else plLL3;
plot lhLine3 = if extend or NumberOfPivots<4 then na else plLH3;
def countllLine3 = if llLine3==llLine3[1] then countllLine3[1] + 1 else 0;
def countlhLine3 = if lhLine3==lhLine3[1] then countlhLine3[1] + 1 else 0;
plot extllLine3 = if countllLine3<=lookRight then plLL3[lookRight] else na;
plot extlhLine3 = if countlhLine3<=lookRight then plLH3[lookRight] else na;
extllLine3.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
extllLine3.AssignValueColor(if close<extllLine3 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
extlhLine3.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
extlhLine3.AssignValueColor(if close<extllLine3 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
llLine3.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
llLine3.AssignValueColor(if BearColor3 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
lhLine3.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
lhLine3.AssignValueColor(if BearColor3 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
plot hhLine4 = if extend or NumberOfPivots<5 then na else phHH4;
plot hlLine4 = if extend or NumberOfPivots<5 then na else phHL4;
def counthhLine4 = if hhLine4==hhLine4[1] then counthhLine4[1] + 1 else 0;
def counthlLine4 = if hlLine4==hlLine4[1] then counthlLine4[1] + 1 else 0;
plot exthhLine4 = if counthhLine4<=lookRight then phHH4[lookRight] else na;
plot exthlLine4 = if counthlLine4<=lookRight then phHL4[lookRight] else na;
exthhLine4.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
exthhLine4.AssignValueColor(if close>exthhLine4 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
exthlLine4.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
exthlLine4.AssignValueColor(if close>exthhLine4 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
hhLine4.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hhLine4.AssignValueColor(if BullColor4 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
hlLine4.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hlLine4.AssignValueColor(if BullColor4 then GlobalColor("bullBorder") else GlobalColor("bearBorder"));
plot llLine4 = if extend or NumberOfPivots<5 then na else plLL4;
plot lhLine4 = if extend or NumberOfPivots<5 then na else plLH4;
def countllLine4 = if llLine4==llLine4[1] then countllLine4[1] + 1 else 0;
def countlhLine4 = if lhLine4==lhLine4[1] then countlhLine4[1] + 1 else 0;
plot extllLine4 = if countllLine4<=lookRight then plLL4[lookRight] else na;
plot extlhLine4 = if countlhLine4<=lookRight then plLH4[lookRight] else na;
extllLine4.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
extllLine4.AssignValueColor(if close<extllLine4 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
extlhLine4.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
extlhLine4.AssignValueColor(if close<extllLine4 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
llLine4.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
llLine4.AssignValueColor(if BearColor4 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
lhLine4.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
lhLine4.AssignValueColor(if BearColor4 then GlobalColor("bearBorder") else GlobalColor("bullBorder"));
#--
AddCloud(if hhLine==hhLine[1] and BullColor then hhLine else na, hlLine, GlobalColor("bearCloud"));
AddCloud(if hhLine==hhLine[1] and !BullColor then hhLine else na, hlLine, GlobalColor("bullCloud"));
AddCloud(if hhLine1==hhLine1[1] and BullColor1 then hhLine1 else na, hlLine1, GlobalColor("bearCloud"));
AddCloud(if hhLine1==hhLine1[1] and !BullColor1 then hhLine1 else na, hlLine1, GlobalColor("bullCloud"));
AddCloud(if hhLine2==hhLine2[1] and BullColor2 then hhLine2 else na, hlLine2, GlobalColor("bearCloud"));
AddCloud(if hhLine2==hhLine2[1] and !BullColor2 then hhLine2 else na, hlLine2, GlobalColor("bullCloud"));
AddCloud(if hhLine3==hhLine3[1] and BullColor3 then hhLine3 else na, hlLine3, GlobalColor("bearCloud"));
AddCloud(if hhLine3==hhLine3[1] and !BullColor3 then hhLine3 else na, hlLine3, GlobalColor("bullCloud"));
AddCloud(if hhLine4==hhLine4[1] and BullColor4 then hhLine4 else na, hlLine4, GlobalColor("bearCloud"));
AddCloud(if hhLine4==hhLine4[1] and !BullColor4 then hhLine4 else na, hlLine4, GlobalColor("bullCloud"));
AddCloud(if llLine==llLine[1] and BearColor then lhLine else na, llLine, GlobalColor("bullCloud"));
AddCloud(if llLine==llLine[1] and !BearColor then lhLine else na, llLine, GlobalColor("bearCloud"));
AddCloud(if llLine1==llLine1[1] and BearColor1 then lhLine1 else na, llLine1, GlobalColor("bullCloud"));
AddCloud(if llLine1==llLine1[1] and !BearColor1 then lhLine1 else na, llLine1, GlobalColor("bearCloud"));
AddCloud(if llLine2==llLine2[1] and BearColor2 then lhLine2 else na, llLine2, GlobalColor("bullCloud"));
AddCloud(if llLine2==llLine2[1] and !BearColor2 then lhLine2 else na, llLine2, GlobalColor("bearCloud"));
AddCloud(if llLine3==llLine3[1] and BearColor3 then lhLine3 else na, llLine3, GlobalColor("bullCloud"));
AddCloud(if llLine3==llLine3[1] and !BearColor3 then lhLine3 else na, llLine3, GlobalColor("bearCloud"));
AddCloud(if llLine4==llLine4[1] and BearColor3 then lhLine3 else na, llLine3, GlobalColor("bullCloud"));
AddCloud(if llLine4==llLine4[1] and !BearColor3 then lhLine3 else na, llLine3, GlobalColor("bearCloud"));
#--- Ext
AddCloud(if exthhLine==exthhLine[1] and close>exthhLine then exthhLine else na, exthlLine, GlobalColor("bearCloud"));
AddCloud(if exthhLine==exthhLine[1] and close<=exthhLine then exthhLine else na, exthlLine, GlobalColor("bullCloud"));
AddCloud(if exthhLine1==exthhLine1[1] and close>exthhLine1 then exthhLine1 else na, exthlLine1, GlobalColor("bearCloud"));
AddCloud(if exthhLine1==exthhLine1[1] and close<=exthhLine1 then exthhLine1 else na, exthlLine1, GlobalColor("bullCloud"));
AddCloud(if exthhLine2==exthhLine2[1] and close>exthhLine2 then exthhLine2 else na, exthlLine2, GlobalColor("bearCloud"));
AddCloud(if exthhLine2==exthhLine2[1] and close<=exthhLine2 then exthhLine2 else na, exthlLine2, GlobalColor("bullCloud"));
AddCloud(if exthhLine3==exthhLine3[1] and close>exthhLine3 then exthhLine3 else na, exthlLine3, GlobalColor("bearCloud"));
AddCloud(if exthhLine3==exthhLine3[1] and close<=exthhLine3 then exthhLine3 else na, exthlLine3, GlobalColor("bullCloud"));
AddCloud(if exthhLine4==exthhLine4[1] and close>exthhLine4 then exthhLine4 else na, exthlLine4, GlobalColor("bearCloud"));
AddCloud(if exthhLine4==exthhLine4[1] and close<=exthhLine4 then exthhLine4 else na, exthlLine4, GlobalColor("bullCloud"));
AddCloud(if extllLine==extllLine[1] and close<extllLine then extlhLine else na, extllLine, GlobalColor("bullCloud"));
AddCloud(if extllLine==extllLine[1] and close>=extllLine then extlhLine else na, extllLine, GlobalColor("bearCloud"));
AddCloud(if extllLine1==extllLine1[1] and close<extllLine1 then extlhLine1 else na, extllLine1, GlobalColor("bullCloud"));
AddCloud(if extllLine1==extllLine1[1] and close>=extllLine1 then extlhLine1 else na, extllLine1, GlobalColor("bearCloud"));
AddCloud(if extllLine2==extllLine2[1] and close<extllLine2 then extlhLine2 else na, extllLine2, GlobalColor("bullCloud"));
AddCloud(if extllLine2==extllLine2[1] and close>=extllLine2 then extlhLine2 else na, extllLine2, GlobalColor("bearCloud"));
AddCloud(if extllLine3==extllLine3[1] and close<extllLine3 then extlhLine3 else na, extllLine3, GlobalColor("bullCloud"));
AddCloud(if extllLine3==extllLine3[1] and close>=extllLine3 then extlhLine3 else na, extllLine3, GlobalColor("bearCloud"));
AddCloud(if extllLine4==extllLine4[1] and close<extllLine4 then extlhLine4 else na, extllLine4, GlobalColor("bullCloud"));
AddCloud(if extllLine4==extllLine4[1] and close>=extllLine4 then extlhLine4 else na, extllLine4, GlobalColor("bearCloud"));
#--- Break
AddChartBubble(ShowBreakUp and srcHigh crosses above hhLine and !BullColor[lookRight], low, "Break", Color.GREEN, no);
AddChartBubble(ShowBreakDn and srcLow crosses below llLine and !BearColor[lookRight], high, "Break", Color.RED, yes);
#--- END CODE
