Thanks Samer! 
Been manually backtesting and paper trading it the last couple days, and I really like using the magenta/cyan trigger candles as breakout candles. To that effect, I went ahead and turned this into a stand alone upper study and added a few helpful tweaks from bits of code I found from halcyonguy and elsewhere here on the boards. Figured I'd post it here if anybody else wants it-
Added:
-Cyan and Magenta lines at candle high/low act as trigger lines
-White trigger arrows when candle closes below/above the line.
-Pink lines at the high/lows of candles act as stops
-High/Low prices marked on the trigger candle
-I added a pink dash on cyan/magenta candles that acts as a reference so that you can quickly see where your maximum loss is. In this case, for instance, on the chart above, my maximum loss per trade is $20 per contract or approximately .40 cents of the underlying assuming a .50 delta. When the dash line appears between the two candle lines, you can quickly see where you may want to adjust your stop if you so choose.
-I added a white dash to the crossover candle, to quickly see where my max loss has shifted in relation to how far over the line the candle has crossed.
Both dashes can be turned on/off in settings or adjusted for your max loss. If you want to run the upper and lower together, make sure to turn off the 'paint candles' option in one of the studies, and make sure your repaint selections match. From what MerryDay posted, as the code is complex, you may only want to run one of them. I've noticed no problem so far running only the upper. PS I'm no code expert, I only scavenge and repurpose from what I can make sense of, so if anybody thinks the code needs cleaned up feel free.
Been manually backtesting and paper trading it the last couple days, and I really like using the magenta/cyan trigger candles as breakout candles. To that effect, I went ahead and turned this into a stand alone upper study and added a few helpful tweaks from bits of code I found from halcyonguy and elsewhere here on the boards. Figured I'd post it here if anybody else wants it-
Added:
-Cyan and Magenta lines at candle high/low act as trigger lines
-White trigger arrows when candle closes below/above the line.
-Pink lines at the high/lows of candles act as stops
-High/Low prices marked on the trigger candle
-I added a pink dash on cyan/magenta candles that acts as a reference so that you can quickly see where your maximum loss is. In this case, for instance, on the chart above, my maximum loss per trade is $20 per contract or approximately .40 cents of the underlying assuming a .50 delta. When the dash line appears between the two candle lines, you can quickly see where you may want to adjust your stop if you so choose.
-I added a white dash to the crossover candle, to quickly see where my max loss has shifted in relation to how far over the line the candle has crossed.
Both dashes can be turned on/off in settings or adjusted for your max loss. If you want to run the upper and lower together, make sure to turn off the 'paint candles' option in one of the studies, and make sure your repaint selections match. From what MerryDay posted, as the code is complex, you may only want to run one of them. I've noticed no problem so far running only the upper. PS I'm no code expert, I only scavenge and repurpose from what I can make sense of, so if anybody thinks the code needs cleaned up feel free.
Code:
#/ This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
#https://www.tradingview.com/v/U30edqhu/
#// © loxx
#indicator("Super 6x: RSI, MACD, Stoch, Loxxer, CCI, & Velocity [Loxx]", shorttitle="S6XRMSDCV [Loxx]",
# Converted by [email protected] - 03/2023
# Upper signals /DarthTradicus,halcyonguy
#declare lower;
input ColorTriggerCandle = yes;
input colorbars = yes; # "Color bars?"
input loxxPeriod = 14; # 'Loxxer Period'
input loxxChartTimeframe = yes;
input loxxAgg = AggregationPeriod.FIFTEEN_MIN; # 'Loxxer Resolution'
input loxxRepainting = yes; # 'Loxxer Allow Repainting?'
input macdSource = close; # 'MACD Source'
input macdFastPeriod = 12; # 'MACD Fast Period'
input macdSlowPeriod = 26; # 'MACD Slow Period'
input macdChartTimeframe = yes;
input macdAgg = AggregationPeriod.FIFTEEN_MIN; # 'MACD Resolution'
input macdRepainting = yes; # 'MACD Allow Repainting?'
input rsiSource = close; # 'RSI Source'
input rsiPeriod = 14; # 'RSI Period'
input rsiChartTimeframe = yes;
input rsiAgg = AggregationPeriod.FIFTEEN_MIN; # 'RSI Resolution'
input rsiRepainting = yes; # 'RSI Allow Repainting?'
input VelocitySource = close; # 'Velocity Source'
input VelocityPeriod = 32; # "Velocity Period"
input VelocityFastPeriod = 1; # "Velocity Fast Period"
input VelocitySlowPeriod = 2; # "Velocity Slow Period"
input VelChartTimeframe = yes;
input velAgg = AggregationPeriod.FIFTEEN_MIN; # 'Velocity Resolution'
input velRepainting = yes; # 'Velocity Allow Repainting?'
input cciSource = close; # "CCI Source"
input cciPeriod = 14; # "CCI Period"
input cciChartTimeframe = yes;
input cciAgg = AggregationPeriod.FIFTEEN_MIN; # 'CCI Resolution'
input cciRepainting = yes; # 'CCI Allow Repainting?'
input periodK = 14; # "Stochasitc %K Length"
input smoothK = 1; # "Stochasitc %K Smoothing"
input periodD = 3; # "Stochasitc %D Smoothing"
input stochChartTimeframe = yes;
input stochAgg = AggregationPeriod.FIFTEEN_MIN; # 'Stochasitc Resolution'
input stochRepainting = yes; # 'Stochasitc Allow Repainting?'
def na = Double.NaN;
def pos = Double.POSITIVE_INFINITY;
def neg = Double.NEGATIVE_INFINITY;
def last = isNaN(close);
def isrealtime = !IsNaN(close);
########### Theme 1################
DefineGlobalColor("green" , Color.GREEN);
DefineGlobalColor("red" , Color.RED);
# stoch(source, high, low, length) =>
script stoch {
input src = close;
input h = high;
input l = low;
input len = 14;
def stoch = 100 * (src - Lowest(l, len)) / (Highest(h, len) - Lowest(l, len));
plot return = stoch;
}
#_imom(src, length, powSlow, powFast)=>
script _imom {
input src = close;
input length = 32;
input powSlow = 1;
input powFast = 2;
def suma;
def sumwa;
def imom;
def sumb;
def sumwb;
suma = fold k = 0 to length with p do
p + src[k] * Power(length - k, powSlow);
sumb = fold k1 = 0 to length with p1 do
p1 + src[k1] * Power(length - k1, powFast);
sumwa = fold k2 = 0 to length with p2 do
p2 + Power(length - k2, powSlow);
sumwb = fold k3 = 0 to length with p3 do
p3 + Power(length - k3, powFast);
imom = (sumb / sumwb - suma / sumwa);
plot out = imom;
}
#_dm(per, res, rep)=>
script _dm {
input per = 14;
input changeHi = 0;
input changeLo = 0;
def demax = if changeHi>0 then changeHi else 0;
def demin = if changeLo<0 then AbsValue(changeLo) else 0;
def maxma = Average(demax, per);
def minma = Average(demin, per);
def loxxer = 100 * maxma / (maxma + minma);
plot out = loxxer;
}
def macdsrc = if macdChartTimeframe then
if macdRepainting then macdSource else if isrealtime then macdSource[1] else macdSource else
if macdRepainting then close(Period = macdAgg) else if isrealtime then close(Period = macdAgg)[1] else close(Period = macdAgg);
def rsisrc = if rsiChartTimeframe then
if rsiRepainting then rsiSource else if isrealtime then rsiSource[1] else rsiSource else
if rsiRepainting then close(Period = rsiAgg) else if isrealtime then close(Period = rsiAgg)[1] else close(Period = rsiAgg);
def velsrc = if VelChartTimeframe then
if velRepainting then VelocitySource else if isrealtime then VelocitySource[1] else VelocitySource else
if velRepainting then close(Period = velAgg) else if isrealtime then close(Period = velAgg)[1] else close(Period = velAgg);
def ccisrc = if cciChartTimeframe then
if cciRepainting then cciSource else if isrealtime then cciSource[1] else cciSource else
if cciRepainting then close(Period = cciAgg) else if isrealtime then close(Period = cciAgg)[1] else close(Period = cciAgg);
def stochhi = if stochChartTimeframe then
if stochRepainting then high else if isrealtime then high[1] else high else
if stochRepainting then high(Period = stochAgg) else if isrealtime then high(Period = stochAgg)[1] else high(Period = stochAgg);
def stochlo = if stochChartTimeframe then
if stochRepainting then low else if isrealtime then low[1] else low else
if stochRepainting then low(Period = stochAgg) else if isrealtime then low(Period = stochAgg)[1] else low(Period = stochAgg);
def stochclose = if stochChartTimeframe then
if stochRepainting then close else if isrealtime then close[1] else close else
if stochRepainting then close(Period = stochAgg) else if isrealtime then close(Period = stochAgg)[1] else close(Period = stochAgg);
def highin = if loxxChartTimeframe then
if loxxRepainting then high else if isrealtime then high[1] else high else
if loxxRepainting then high(Period = loxxAgg) else if isrealtime then high(Period = loxxAgg)[1] else high(Period = loxxAgg);
def lowin = if loxxChartTimeframe then
if loxxRepainting then low else if isrealtime then low[1] else low else
if loxxRepainting then low(Period = loxxAgg) else if isrealtime then low(Period = loxxAgg)[1] else low(Period = loxxAgg);
def macdValue = ExpAverage(macdsrc, macdFastPeriod) - ExpAverage(macdsrc, macdSlowPeriod);
def linDev = LinDev(ccisrc, cciPeriod);
def nCCI = if linDev == 0 then 0 else (ccisrc - Average(ccisrc, cciPeriod)) / linDev / 0.015;
def changeHi = highin - highin[1];
def changeLo = lowin - lowin[1];
def dmark1 = _dm(loxxPeriod, changeHi, changeLo);
def macd1 = macdValue;
def rsi1 = RSI(Price = rsisrc, Length = rsiPeriod);
def stoch1 = Average(stoch(stochclose, stochhi, stochlo, periodK), smoothK);
def cci1 = nCCI;
def vel1 = _imom(velsrc, VelocityPeriod, VelocityFastPeriod, VelocitySlowPeriod);
def dmark = if !isNaN(dmark1) then dmark1 else dmark[1];
def macd = if !isNaN(macd1) then macd1 else macd[1];
def rsi = if !isNaN(rsi1) then rsi1 else rsi[1];
def stoch = if !isNaN(stoch1) then stoch1 else stoch[1];
def cci = if !isNaN(cci1) then cci1 else cci[1];
def vel = if !isNaN(vel1) then vel1 else vel[1];
def dmarkCol = dmark > 50;
def macdCol = macd > 0;
def rsiCol = rsi > 50;
def stochCol = stoch > 50;
def cciCol = cci > 0;
def velCol = vel > 0;
plot dmarkLine = if last then na else 1;
plot macdLine = if last then na else 2;
plot rsiLine = if last then na else 3;
plot stochLine = if last then na else 4;
plot cciLine = if last then na else 5;
plot velLine = if last then na else 6;
dmarkLine.AssignValueColor(if dmarkCol then GlobalColor("green") else GlobalColor("red"));
macdLine.AssignValueColor(if macdCol then GlobalColor("green") else GlobalColor("red"));
rsiLine.AssignValueColor(if rsiCol then GlobalColor("green") else GlobalColor("red"));
stochLine.AssignValueColor(if stochCol then GlobalColor("green") else GlobalColor("red"));
cciLine.AssignValueColor(if cciCol then GlobalColor("green") else GlobalColor("red"));
velLine.AssignValueColor(if velCol then GlobalColor("green") else GlobalColor("red"));
dmarkLine.SetPaintingStrategy(PaintingStrategy.POINTS);
macdLine.SetPaintingStrategy(PaintingStrategy.POINTS);
rsiLine.SetPaintingStrategy(PaintingStrategy.POINTS);
stochLine.SetPaintingStrategy(PaintingStrategy.POINTS);
cciLine.SetPaintingStrategy(PaintingStrategy.POINTS);
velLine.SetPaintingStrategy(PaintingStrategy.POINTS);
dmarkLine.SetLineWeight(2);
macdLine.SetLineWeight(2);
rsiLine.SetLineWeight(2);
stochLine.SetLineWeight(2);
cciLine.SetLineWeight(2);
velLine.SetLineWeight(2);
def goLong_pre = dmark > 50 and macd > 0 and rsi > 50 and stoch > 50 and cci > 0 and vel > 0;
def goShort_pre = dmark < 50 and macd < 0 and rsi < 50 and stoch < 50 and cci < 0 and vel < 0;
def contSwitch;
contSwitch = if goLong_pre then 1 else if goShort_pre then -1 else 0;
def goLong = goLong_pre and (contSwitch-contSwitch[1]);
def goShort = goShort_pre and (contSwitch-contSwitch[1]);
AssignPriceColor(if !colorbars then Color.CURRENT else
if goLong_pre then GlobalColor("green") else if goShort_pre then GlobalColor("red") else Color.GRAY);
AssignPriceColor(if !ColorTriggerCandle then Color.CURRENT else
if goLong then Color.CYAN else
if goShort then Color.MAGENTA else Color.CURRENT);
plot long = if last then na else if contSwitch>0 then 0 else na;
plot short = if last then na else if contSwitch<0 then 7 else na;
long.SetDefaultColor(Color.CYAN);
short.SetDefaultColor(Color.MAGENTA);
long.SetPaintingStrategy(PaintingStrategy.TRIANGLES);
Short.SetPaintingStrategy(PaintingStrategy.TRIANGLES);
long.SetLineWeight(3);
short.SetLineWeight(3);
#//////////////////////////////////////////////////////
#//////////////////UPPER EXTRAS////////////////////////
#//////////////////////////////////////////////////////
input show_bar_level_lines = yes;
def bn = barnumber();
# keep hi/lo of last signal bar
def triggerline_Bull = if bn == 1 or goLong[-1] then na else if goLong then high else triggerline_Bull[1];
def triggerline_Bear = if bn == 1 or goShort[-1] then na else if goShort then low else triggerline_Bear[1];
def Bullish_stp = if bn == 1 or goLong[-1] then na else if goLong then low else Bullish_stp[1];
def Bearish_stp = if bn == 1 or goShort[-1] then na else if goShort then high else Bearish_stp[1];
# plot trigger lines based on def^
plot TL1 = if (!ColorTriggerCandle or !show_bar_level_lines) then na else triggerline_Bull;
TL1.SetDefaultColor(Color.CYAN);
plot TL2 = if (!ColorTriggerCandle or !show_bar_level_lines) then na else triggerline_Bear;
TL2.SetDefaultColor(Color.MAGENTA);
# plot stops
plot TL1stp = if (!ColorTriggerCandle or !show_bar_level_lines) then na else Bullish_stp;
TL1stp.SetDefaultColor(Color.PINK);
plot TL2stp = if (!ColorTriggerCandle or !show_bar_level_lines) then na else Bearish_stp;
TL2stp.SetDefaultColor(Color.PINK);
# Assign Trigger Candle High/Low values
plot h = if goLong then high else na;
h.SetPaintingStrategy(PaintingStrategy.VALUES_ABOVE);
h.SetDefaultColor(Color.CYAN);
plot hstp = if goLong then low else na;
hstp.SetPaintingStrategy(PaintingStrategy.VALUES_BELOW);
hstp.SetDefaultColor(Color.PINK);
plot l = if goShort then low else na;
l.SetPaintingStrategy(PaintingStrategy.VALUES_BELOW);
l.SetDefaultColor(Color.MAGENTA);
plot lstp = if goShort then high else na;
lstp.SetPaintingStrategy(PaintingStrategy.VALUES_ABOVE);
lstp.SetDefaultColor(Color.PINK);
# Mark Crossover Arrows
plot crossoverCandle = Crosses(close,TL1,CrossingDirection.ABOVE);
crossoverCandle.SetPaintingStrategy(PaintingStrategy.BOOLEAN_ARROW_UP);
crossoverCandle.SetDefaultColor(Color.WHITE);
plot crossunderCandle = Crosses(close,TL2,CrossingDirection.BELOW);
crossunderCandle.SetPaintingStrategy(PaintingStrategy.BOOLEAN_ARROW_DOWN);
crossunderCandle.SetDefaultColor(Color.WHITE);
# Maximum Risk Pink Dash
input ShowMaxRisk = YES;
input MaxRisk = .4;
def bullMcontinue = if bn == 1 or goLong[-1] then na else if goLong then (high - MaxRisk) else bullMcontinue[1];
def bearMcontinue = if bn == 1 or goShort[-1] then na else if goShort then (low + MaxRisk) else bearMcontinue[1];
plot bullMAX = if (!goLong or !ShowMaxRisk) then na else bullMcontinue;
bullMAX.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
bullMAX.SetDefaultColor(Color.PINK);
plot bearMAX = if (!goShort or !ShowMaxRisk) then na else bearMcontinue;
bearMAX.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
bearMAX.SetDefaultColor(Color.PINK);
# Maxim Risk from Purchase/crossover Candle White Dash
input ShowMaxRiskfromPurchase = YES;
input MaxRiskfromPurchase = .4;
def MaxActualBULL = if !crossoverCandle then na else (close - MaxRiskfromPurchase);
def MaxActualBEAR = if !crossunderCandle then na else (close + MaxRiskfromPurchase);
def MABU = if bn == 1 or crossoverCandle[-1] then na else if crossoverCandle then MaxActualBull else MABU[1];
def MABE = if bn == 1 or crossunderCandle[-1] then na else if crossunderCandle then MaxActualBEAR else MABE[1];
plot priceMAXup = if (!crossoverCandle or !ShowMaxRiskfromPurchase) then na else MABU;
priceMAXup.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
priceMAXup.SetDefaultColor(Color.WHITE);
plot priceMAXdown = if (!crossunderCandle or !ShowMaxRiskfromPurchase) then na else MABE;
priceMAXdown.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
priceMAXdown.SetDefaultColor(Color.WHITE);
# ////////////////End Upper Code/////////////////////////
