Combining indicators into upper chart

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Ali_A

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Hello, I use these four indicators for trading SPY and ES, which have proven to be quite effective. These indicators are all lower indicators, but I'm interested in merging them into a single chart for more convenient use.

Trend Meter
https://usethinkscript.com/threads/trend-meter-for-thinkorswim.13179/
Volatility Oscillator
https://usethinkscript.com/threads/volatility-oscillator-for-thinkorswim.13184/
Volume Zone Oscillator
https://usethinkscript.com/threads/volume-zone-oscillator-vzo-for-thinkorswim.7976/
ToS Indicator MyRSIWithNET
https://tlc.thinkorswim.com/center/reference/Tech-Indicators/studies-library/M-N/MyRSIWithNET

Below are the entry conditions for my trading strategy:

  1. Long Entry:
    • When the Trend Meter indicator displays a green dot above (regardless of its size) or When the TI_AdvancedVZO line is above the zero line and the Volatility Oscillator spikes above the upper band; Generate a green arrow to initiate a long position.
  2. Short Entry:
    • When the Trend Meter indicator displays a red dot above (regardless of its size) or When the TI_AdvancedVZO is below the zero line and the Volatility Oscillator spikes below the lower band; Generate a red arrow to initiate a short position.
  3. Chart Coloring:
    • Color the chart green when the MyRSI line on the MyRSIWithNET indicator crosses above zero.
    • Color the chart red when the MyRSI line on the MyRSIWithNET indicator crosses below zero.
Its '(Condition_1 AND Condition_3) OR (Condition_2 AND Condition_3)'. Thanks for reviewing this...


Additionally, it would be beneficial to create a strategy based on the above conditions, offering the flexibility to adjust profit and target levels.
 

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Solution
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@Ali_A
Try this:

Ruby: 
#Trend Meter
#// Inputs / Menus
input VolatilityLength = 100;
input SignalMALength1 = 20;
input SignalMALength2 = 50;
input ShowTrendBar = yes;
input UseChartTimeFrame = yes;
input Aggregation = AggregationPeriod.HOUR;
#// MA Inputs
input ma1_Length = 5;    # 'Fast MA'
input ma1_Type   = {default "EMA", "SMA"};   # "TB1 Fast"
input ma2_Length = 11;   # 'Slow MA'
input ma2_Type   = {default "EMA", "SMA"};   # "TB1 Slow"
input ma3_Length = 13;   # 'Fast MA'
input ma3_Type   = { default "EMA", "SMA"};  # "TB2 Fast"
input ma4_Length = 29;   # 'Slow MA'
input ma4_Type   = {"EMA", default "SMA"};   # "TB2 Slow"
#--Trend inputs
input TrendMeterLine = yes;    # "All 3 Trend Meters Now Align"
input Filter1 = {"N/A"...
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@Ali_A
Try this:

Ruby: 
#Trend Meter
#// Inputs / Menus
input VolatilityLength = 100;
input SignalMALength1 = 20;
input SignalMALength2 = 50;
input ShowTrendBar = yes;
input UseChartTimeFrame = yes;
input Aggregation = AggregationPeriod.HOUR;
#// MA Inputs
input ma1_Length = 5;    # 'Fast MA'
input ma1_Type   = {default "EMA", "SMA"};   # "TB1 Fast"
input ma2_Length = 11;   # 'Slow MA'
input ma2_Type   = {default "EMA", "SMA"};   # "TB1 Slow"
input ma3_Length = 13;   # 'Fast MA'
input ma3_Type   = { default "EMA", "SMA"};  # "TB2 Fast"
input ma4_Length = 29;   # 'Slow MA'
input ma4_Type   = {"EMA", default "SMA"};   # "TB2 Slow"
#--Trend inputs
input TrendMeterLine = yes;    # "All 3 Trend Meters Now Align"
input Filter1 = {"N/A", default "Trend Filter", "Filter X", "Filter X + Trend Filter"};#WT Signals
input TrendMeter1 = {"MACD Crossover - 12, 26, 9", default "MACD Crossover - Fast - 8, 21, 5", "Mom Dad Cross (Top Dog Trading)", "RSI Signal Line Cross - RSI 13, Sig 21", "RSI 13: > or < 50", "RSI 5: > or < 50", "Trend Candles", "DAD Direction (Top Dog Trading)", "MA Crossover", "N/A"};#"Trend Meter1"
input TrendMeter2 = {"MACD Crossover - 12, 26, 9", "MACD Crossover - Fast - 8, 21, 5", "Mom Dad Cross (Top Dog Trading)", "RSI Signal Line Cross - RSI 13, Sig 21", default "RSI 13: > or < 50", "RSI 5: > or < 50", "Trend Candles", "DAD Direction (Top Dog Trading)", "MA Crossover", "N/A"};#"Trend Meter 2"

input TrendMeter3 = {"MACD Crossover - 12, 26, 9", "MACD Crossover - Fast - 8, 21, 5", "Mom Dad Cross (Top Dog Trading)", "RSI Signal Line Cross - RSI 13, Sig 21", "RSI 13: > or < 50", default "RSI 5: > or < 50", "Trend Candles", "DAD Direction (Top Dog Trading)", "MA Crossover", "N/A"};#"Trend Meter 3"

input TrendBar1 = {default "MA Crossover", "MA Direction - Fast MA - TB1", "MA Direction - Slow MA - TB1", "DAD Direction (Top Dog Trading)", "MACD Crossover", "N/A"};#"Trend Bar 1"

input TrendBar2 = {default "MA Crossover", "MA Direction - Fast MA - TB2", "MA Direction - Slow MA - TB2", "DAD Direction (Top Dog Trading)", "MACD Crossover", "N/A"};#"Trend Bar 2"

def na = Double.NaN;
def c = if UseChartTimeFrame then close else close(Period = Aggregation);
def o = if UseChartTimeFrame then open else open(Period = Aggregation);
;
#---Color
DefineGlobalColor("green" , CreateColor(40, 138, 117));
DefineGlobalColor("Red"   , CreateColor(255, 82, 82));

#// Wave Trend

def ap = if UseChartTimeFrame then hlc3 else hlc3(Period = Aggregation) ;    #  "Wave Trend - Source"
def n1 = 9;       #  "Wave Trend - WT Channel Length"
def n2 = 12;      #  "Wave Trend - WT Average Length"
def esa = ExpAverage(ap, n1);
def de = ExpAverage(AbsValue(ap - esa), n1);
def ci = (ap - esa) / (0.015 * de);
def tci = ExpAverage(ci, n2);

def wt1 = tci;
def wt2 = SimpleMovingAvg(wt1, 3);

#// Wave Trend - Conditions

def WTCross = Crosses(wt1, wt2);
def WTCrossUp = wt2 - wt1 <= 0;
def WTCrossDown = wt2 - wt1 >= 0;

#// MA Calculations

def MA1 = if ma1_Type == ma1_Type."SMA" then
    SimpleMovingAvg(c, ma1_Length) else ExpAverage(c, ma1_Length);

def MA2 = if ma2_Type == ma2_Type."SMA" then
    SimpleMovingAvg(c, ma2_Length) else ExpAverage(c, ma2_Length);

def MA3 = if ma3_Type == ma3_Type."SMA" then
    SimpleMovingAvg(c, ma3_Length) else ExpAverage(c, ma3_Length);

def MA4 = if ma4_Type == ma4_Type."SMA" then
    SimpleMovingAvg(c, ma4_Length) else ExpAverage(c, ma4_Length);

#// MA Crossover Condition

def MACrossover1 = if MA1 > MA2 then 1 else 0;
def MACrossover2 = if MA3 > MA4 then 1 else 0;

#// MA Direction Condition

def MA1Direction = if MA1 > MA1[1] then 1 else 0;
def MA2Direction = if MA2 > MA2[1] then 1 else 0;
def MA3Direction = if MA3 > MA3[1] then 1 else 0;
def MA4Direction = if MA4 > MA4[1] then 1 else 0;

#// MACD and MOM & DAD - Top Dog Trading
#// Standard MACD Calculations

def MACDfastMA = 12;
def MACDslowMA = 26;
def MACDsignalSmooth = 9;

def MACDLine = ExpAverage(c, MACDfastMA) - ExpAverage(c, MACDslowMA);
def SignalLine = ExpAverage(MACDLine, MACDsignalSmooth);
def MACDHistogram = MACDLine - SignalLine;

#// MACD- Background Color Change Condition
def MACDHistogramCross = if MACDHistogram > 0 then 1 else 0;

#// Fast MACD Calculations

def FastMACDfastMA = 8;
def FastMACDslowMA = 21;
def FastMACDsignalSmooth = 5;

def FastMACDLine = ExpAverage(c, FastMACDfastMA) - ExpAverage(c, FastMACDslowMA);
def FastSignalLine = ExpAverage(FastMACDLine, FastMACDsignalSmooth);
def FastMACDHistogram = FastMACDLine - FastSignalLine;

#// Fast MACD- Background Color Change Condition

def FastMACDHistogramCross = if FastMACDHistogram > 0 then 1 else 0;

#// Top Dog Trading - Mom Dad Calculations

def TopDog_Fast_MA = 5;
def TopDog_Slow_MA = 20;
def TopDog_Sig = 30;

def TopDogMom = ExpAverage(c, TopDog_Fast_MA) - ExpAverage(c, TopDog_Slow_MA);
def TopDogDad = ExpAverage(TopDogMom, TopDog_Sig);
def TopDogDadDirection = If(TopDogDad > TopDogDad[1], 1, 0);
def TopDogMomOverDad = If(TopDogMom > TopDogDad, 1, 0);

#////// Trend Barmeter Calculations //////

def haclose = if UseChartTimeFrame then ohlc4 else ohlc4(Period = Aggregation);
def haopen = if IsNaN(haopen[1]) then (o + c) / 2 else (haopen[1] + haclose[1]) / 2;

def ccolor = If(haclose - haopen > 0, 1, 0);

def inside6 = If(haopen <= Max(haopen[6], haclose[6]) and haopen >= Min(haopen[6], haclose[6]) and
   haclose <= Max(haopen[6], haclose[6]) and haclose >= Min(haopen[6], haclose[6]), 1, 0);

def inside5 = If(haopen <= Max(haopen[5], haclose[5]) and haopen >= Min(haopen[5], haclose[5]) and
   haclose <= Max(haopen[5], haclose[5]) and haclose >= Min(haopen[5], haclose[5]), 1, 0);

def inside4 = If(haopen <= Max(haopen[4], haclose[4]) and haopen >= Min(haopen[4], haclose[4]) and
   haclose <= Max(haopen[4], haclose[4]) and haclose >= Min(haopen[4], haclose[4]), 1, 0);

def inside3 = If(haopen <= Max(haopen[3], haclose[3]) and haopen >= Min(haopen[3], haclose[3]) and
   haclose <= Max(haopen[3], haclose[3]) and haclose >= Min(haopen[3], haclose[3]), 1, 0);

def inside2 = If(haopen <= Max(haopen[2], haclose[2]) and haopen >= Min(haopen[2], haclose[2]) and
   haclose <= Max(haopen[2], haclose[2]) and haclose >= Min(haopen[2], haclose[2]), 1, 0);

def inside1 = If(haopen <= Max(haopen[1], haclose[1]) and haopen >= Min(haopen[1], haclose[1]) and
   haclose <= Max(haopen[1], haclose[1]) and haclose >= Min(haopen[1], haclose[1]), 1, 0);

def colorvalue = if inside6 then ccolor[6] else if inside5 then ccolor[5] else if inside4 then ccolor[4] else if inside3 then ccolor[3] else if inside2 then ccolor[2] else if inside1 then ccolor[1] else ccolor;

def TrendBarTrend_Candle = if colorvalue then 1 else 0;

#// RSI 5 Trend Barmeter Calculations

def RSI5 = RSI(Price = c, Length = 5);
def RSI5Above50 = if RSI5 > 50 then 1 else 0;
def RSI13 = RSI(Price = c, Length = 13);

#// Linear Regression Calculation For RSI Signal Line

def SignalLineLength1 = 21;

def x = BarNumber();
def y = RSI13;
def x_ = SimpleMovingAvg(x, SignalLineLength1);
def y_ = SimpleMovingAvg(y, SignalLineLength1);
def mx = StDev(x, SignalLineLength1);
def my = StDev(y, SignalLineLength1);
def corr = Correlation(x, y, SignalLineLength1);
def slope = corr * (my / mx);
def inter = y_ - slope * x_;
def LinReg1 = x * slope + inter;

#def RSISigDirection = If(LinReg1 > LinReg1[1], 1, 0);
def RSISigCross = If(RSI13 > LinReg1, 1, 0);
def RSI13Above50 = If(RSI13 > 50, 1, 0);

#// Trend Barmeter Color Calculation

def TrendBar1Result = if TrendMeter1 ==  TrendMeter1."MA Crossover" then MACrossover1 else if
   TrendMeter1 == TrendMeter1."MACD Crossover - 12, 26, 9" then MACDHistogramCross else if
   TrendMeter1 == TrendMeter1."MACD Crossover - Fast - 8, 21, 5" then FastMACDHistogramCross else if
   TrendMeter1 == TrendMeter1."Mom Dad Cross (Top Dog Trading)" then TopDogMomOverDad else if
   TrendMeter1 == TrendMeter1."DAD Direction (Top Dog Trading)" then TopDogDadDirection else if
   TrendMeter1 == TrendMeter1."RSI Signal Line Cross - RSI 13, Sig 21" then RSISigCross else if
   TrendMeter1 == TrendMeter1."RSI 5: > or < 50" then RSI5Above50 else if
   TrendMeter1 == TrendMeter1."RSI 13: > or < 50" then RSI13Above50 else if
   TrendMeter1 == TrendMeter1."Trend Candles" then TrendBarTrend_Candle else na;

def TrendBar2Result = if TrendMeter2 == TrendMeter2."MA Crossover" then MACrossover1 else if
   TrendMeter2 == TrendMeter2."MACD Crossover - 12, 26, 9" then MACDHistogramCross else if
   TrendMeter2 == TrendMeter2."MACD Crossover - Fast - 8, 21, 5" then FastMACDHistogramCross else if
   TrendMeter2 == TrendMeter2."Mom Dad Cross (Top Dog Trading)" then TopDogMomOverDad else if
   TrendMeter2 == TrendMeter2."DAD Direction (Top Dog Trading)" then TopDogDadDirection else if
   TrendMeter2 == TrendMeter2."RSI Signal Line Cross - RSI 13, Sig 21" then RSISigCross else if
   TrendMeter2 == TrendMeter2."RSI 5: > or < 50" then RSI5Above50 else if
   TrendMeter2 == TrendMeter2."RSI 13: > or < 50" then RSI13Above50 else if
   TrendMeter2 == TrendMeter2."Trend Candles" then TrendBarTrend_Candle else na;

def TrendBar3Result = if TrendMeter3 == TrendMeter3."MA Crossover" then MACrossover1 else if
   TrendMeter3 == TrendMeter3."MACD Crossover - 12, 26, 9" then MACDHistogramCross else if
   TrendMeter3 == TrendMeter3."MACD Crossover - Fast - 8, 21, 5" then FastMACDHistogramCross else if
   TrendMeter3 == TrendMeter3."Mom Dad Cross (Top Dog Trading)" then TopDogMomOverDad else if
   TrendMeter3 == TrendMeter3."DAD Direction (Top Dog Trading)" then TopDogDadDirection else if
   TrendMeter3 == TrendMeter3."RSI Signal Line Cross - RSI 13, Sig 21" then RSISigCross else if
   TrendMeter3 == TrendMeter3."RSI 5: > or < 50" then RSI5Above50 else if
   TrendMeter3 == TrendMeter3."RSI 13: > or < 50" then RSI13Above50 else if
   TrendMeter3 == TrendMeter3."Trend Candles" then TrendBarTrend_Candle else na;

def TrendBars3Positive = If(TrendBar1Result and TrendBar2Result and TrendBar3Result, 1, 0);
def TrendBars3Negative = If(!TrendBar1Result and !TrendBar2Result and !TrendBar3Result, 1, 0);

#// Signal Filters

def FilterXUp = FastMACDHistogramCross and ExpAverage(c, 15) > ExpAverage(c, 15)[1];
def FilterXDown = !FastMACDHistogramCross and ExpAverage(c, 15) < ExpAverage(c, 15)[1];

def TrendFilterPlus = If(ExpAverage(c, 15) > ExpAverage(c, 20) and ExpAverage(c, 20) > ExpAverage(c, 30) and ExpAverage(c, 30) > ExpAverage(c, 40) and ExpAverage(c, 40) > ExpAverage(c, 50), 1, 0);

def TrendFilterMinus = If(ExpAverage(c, 15) < ExpAverage(c, 20) and ExpAverage(c, 20) < ExpAverage(c, 30) and ExpAverage(c, 30) < ExpAverage(c, 40) and ExpAverage(c, 40) < ExpAverage(c, 50), 1, 0);

#// // Wave Trend - Conditions

def MSBar1PositiveWaveTrendSignal =
if Filter1 == Filter1."Filter X" then FilterXUp and WTCross and WTCrossUp else if
   Filter1 == Filter1."Trend Filter" then TrendFilterPlus and WTCross and WTCrossUp else if
   Filter1 == Filter1."Filter X + Trend Filter" then
   FilterXUp and TrendFilterPlus and WTCross and WTCrossUp else WTCross and WTCrossUp;

def MSBar1NegativeWaveTrendSignal =
if Filter1 == Filter1."Filter X" then FilterXDown and WTCross and WTCrossDown else if
   Filter1 == Filter1."Trend Filter" then TrendFilterMinus and WTCross and WTCrossDown else if
   Filter1 == Filter1."Filter X + Trend Filter" then
   FilterXDown and TrendFilterMinus and WTCross and WTCrossDown else
  WTCross and WTCrossDown;

#////////////////////////

def BackgroundColorChangePositive = TrendBars3Positive and !TrendBars3Positive[1];
def BackgroundColorChangeNegative = TrendBars3Negative and !TrendBars3Negative[1];

#// Signals Color Calculations

def MSBar1Color = if MSBar1PositiveWaveTrendSignal then 1 else
   if MSBar1NegativeWaveTrendSignal then -1 else na;#

def MSBar2Color = if BackgroundColorChangePositive then 1 else
   if BackgroundColorChangeNegative then -1 else na;

#// Trend Barmeter Color Assignments

def CrossoverType2 =
if TrendBar1 == TrendBar1."DAD Direction (Top Dog Trading)" then TopDogDadDirection else if
   TrendBar1 == TrendBar1."MACD Crossover" then MACDHistogramCross else if
   TrendBar1 == TrendBar1."MA Direction - Fast MA - TB1" then MA1Direction else if
   TrendBar1 == TrendBar1."MA Direction - Slow MA - TB1" then MA2Direction else MACrossover1;

def TrendBar4Color1 = if TrendBar1 == TrendBar1."N/A" then na else
                      if CrossoverType2 then 1 else 0;

def CrossoverType3 =
if TrendBar2 == TrendBar2."DAD Direction (Top Dog Trading)" then TopDogDadDirection else if
   TrendBar2 == TrendBar2."MACD Crossover" then MACDHistogramCross else if
   TrendBar2 == TrendBar2."MA Direction - Fast MA - TB2" then MA3Direction else if
   TrendBar2 == TrendBar2."MA Direction - Slow MA - TB2" then MA4Direction else MACrossover2;

def TrendBar5Color1 = if TrendBar2 == TrendBar2."N/A" then na else
                      if CrossoverType3 then 1 else 0;

#// Momentum Setup Plots
def Signals2 = If(IsNaN(c) or IsNaN(MSBar2Color), na, If(ShowTrendBar and TrendMeterLine, 0, na));    # "Signals 2 - All 3 Trend Meters Now Align"

#// Trend Barmeter Plots
def ThinLine = If(IsNaN(c), na, If(ShowTrendBar and !(TrendBar2 == TrendBar2."N/A"), 115, na));
def ThinLine2 = If(IsNaN(c), na, If(ShowTrendBar and !(TrendBar1 == TrendBar1."N/A"), 112.5, na));

#--- Stratgy Line
def EMA1 = ExpAverage(c,SignalMALength1);
def EMA2 = ExpAverage(c,SignalMALength2);
def diff = c - o;
def UpperBand = StDev(diff, VolatilityLength);
def LowerBand = StDev(diff, VolatilityLength) * -1;
def Long = Signals2 and MSBar2Color>0 and ThinLine and ThinLine2 and TrendBar4Color1 and TrendBar5Color1 and diff>=UpperBand and EMA1>EMA2;
def short = Signals2 and MSBar2Color<0 and ThinLine and ThinLine2 and !TrendBar4Color1 and !TrendBar5Color1 and diff<=LowerBand and EMA1<EMA2;

def LongSignal = if Long then 0 else na;
def ShortSignal = if short then 0 else na;


##############################
def TMBuyCond = !IsNaN(Signals2) and MSBar2Color > 0;
def TMSellCond = !IsNaN(Signals2) and MSBar2Color < 0;
##############################

#Volatility Oscillator

input length = 100;
def VOc = close; def VOo = open; def l = low; def h = high;
def VOdiff = VOc-VOo;

def VOx = StDev(VOdiff, length);
def VOy = StDev(VOdiff, length) * -1;

def spike = VOdiff;

def p1 = VOx; # "Upper Line")
def p2 = VOy; # "Lower Line")
##############################
def VOBuyCond = VOdiff > VOx;
def VOSellCond = VOdiff < VOy;
##############################

#Volume Zone Oscillator
input VZOlength = 14;

def VP = expAverage(Sign(close - close[1]) * volume, VZOlength);
def TV = expAverage(volume, VZOlength);

def VZO = 100 * VP / TV;
def VZO_DOTS = VZO;
def ZeroLine = 0;
##############################
def VZOBuyCond = VZO > 0;
def VZOSellCond = VZO < 0;
##############################

def MYRSI = reference MYRSIWithNET.myRSI;
AssignPriceColor(if MYRSI > 0 then Color.GREEN else if MYRSI < 0 then Color.RED else Color.CURRENT);

############################################################
############################################################

def B = if TMBuyCond and VOBuyCond then 0 else na;
def B1 = if VZOBuyCond and VOBuyCond then 0 else na;

def A = if TMSellCond and VOSellCond then 0 else na;
def A1 = if VZOSellCond and VOSellCond then 0 else na;

def Buy = !IsNAN(B) or !IsNAN(B1);
def Sell = !IsNAN(A) or !IsNAN(A1);

plot ArrowUp = if Buy then low else double.nan;
ArrowUP.SetPaintingStrategy(PaintingStrategy.ARROW_UP);
ArrowUp.AssignValueColor(Color.GREEN);
plot ArrowDn = if Sell then high else double.nan;
ArrowDn.SetPaintingStrategy(PaintingStrategy.ARROW_DOWN);
ArrowDn.AssignValueColor(Color.RED);
 
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Svanoy said:
@Ali_A
Stripped out the strategy, and strategy logic.

Ruby: 
#Trend Meter
#// Inputs / Menus
input VolatilityLength = 100;
input SignalMALength1 = 20;
input SignalMALength2 = 50;
input ShowTrendBar = yes;
input UseChartTimeFrame = yes;
input Aggregation = AggregationPeriod.HOUR;
#// MA Inputs
input ma1_Length = 5;    # 'Fast MA'
input ma1_Type   = {default "EMA", "SMA"};   # "TB1 Fast"
input ma2_Length = 11;   # 'Slow MA'
input ma2_Type   = {default "EMA", "SMA"};   # "TB1 Slow"
input ma3_Length = 13;   # 'Fast MA'
input ma3_Type   = { default "EMA", "SMA"};  # "TB2 Fast"
input ma4_Length = 29;   # 'Slow MA'
input ma4_Type   = {"EMA", default "SMA"};   # "TB2 Slow"
#--Trend inputs
input TrendMeterLine = yes;    # "All 3 Trend Meters Now Align"
input Filter1 = {"N/A", default "Trend Filter", "Filter X", "Filter X + Trend Filter"};#WT Signals
input TrendMeter1 = {"MACD Crossover - 12, 26, 9", default "MACD Crossover - Fast - 8, 21, 5", "Mom Dad Cross (Top Dog Trading)", "RSI Signal Line Cross - RSI 13, Sig 21", "RSI 13: > or < 50", "RSI 5: > or < 50", "Trend Candles", "DAD Direction (Top Dog Trading)", "MA Crossover", "N/A"};#"Trend Meter1"
input TrendMeter2 = {"MACD Crossover - 12, 26, 9", "MACD Crossover - Fast - 8, 21, 5", "Mom Dad Cross (Top Dog Trading)", "RSI Signal Line Cross - RSI 13, Sig 21", default "RSI 13: > or < 50", "RSI 5: > or < 50", "Trend Candles", "DAD Direction (Top Dog Trading)", "MA Crossover", "N/A"};#"Trend Meter 2"

input TrendMeter3 = {"MACD Crossover - 12, 26, 9", "MACD Crossover - Fast - 8, 21, 5", "Mom Dad Cross (Top Dog Trading)", "RSI Signal Line Cross - RSI 13, Sig 21", "RSI 13: > or < 50", default "RSI 5: > or < 50", "Trend Candles", "DAD Direction (Top Dog Trading)", "MA Crossover", "N/A"};#"Trend Meter 3"

input TrendBar1 = {default "MA Crossover", "MA Direction - Fast MA - TB1", "MA Direction - Slow MA - TB1", "DAD Direction (Top Dog Trading)", "MACD Crossover", "N/A"};#"Trend Bar 1"

input TrendBar2 = {default "MA Crossover", "MA Direction - Fast MA - TB2", "MA Direction - Slow MA - TB2", "DAD Direction (Top Dog Trading)", "MACD Crossover", "N/A"};#"Trend Bar 2"

def na = Double.NaN;
def c = if UseChartTimeFrame then close else close(Period = Aggregation);
def o = if UseChartTimeFrame then open else open(Period = Aggregation);
;
#---Color
DefineGlobalColor("green" , CreateColor(40, 138, 117));
DefineGlobalColor("Red"   , CreateColor(255, 82, 82));

#// Wave Trend

def ap = if UseChartTimeFrame then hlc3 else hlc3(Period = Aggregation) ;    #  "Wave Trend - Source"
def n1 = 9;       #  "Wave Trend - WT Channel Length"
def n2 = 12;      #  "Wave Trend - WT Average Length"
def esa = ExpAverage(ap, n1);
def de = ExpAverage(AbsValue(ap - esa), n1);
def ci = (ap - esa) / (0.015 * de);
def tci = ExpAverage(ci, n2);

def wt1 = tci;
def wt2 = SimpleMovingAvg(wt1, 3);

#// Wave Trend - Conditions

def WTCross = Crosses(wt1, wt2);
def WTCrossUp = wt2 - wt1 <= 0;
def WTCrossDown = wt2 - wt1 >= 0;

#// MA Calculations

def MA1 = if ma1_Type == ma1_Type."SMA" then
    SimpleMovingAvg(c, ma1_Length) else ExpAverage(c, ma1_Length);

def MA2 = if ma2_Type == ma2_Type."SMA" then
    SimpleMovingAvg(c, ma2_Length) else ExpAverage(c, ma2_Length);

def MA3 = if ma3_Type == ma3_Type."SMA" then
    SimpleMovingAvg(c, ma3_Length) else ExpAverage(c, ma3_Length);

def MA4 = if ma4_Type == ma4_Type."SMA" then
    SimpleMovingAvg(c, ma4_Length) else ExpAverage(c, ma4_Length);

#// MA Crossover Condition

def MACrossover1 = if MA1 > MA2 then 1 else 0;
def MACrossover2 = if MA3 > MA4 then 1 else 0;

#// MA Direction Condition

def MA1Direction = if MA1 > MA1[1] then 1 else 0;
def MA2Direction = if MA2 > MA2[1] then 1 else 0;
def MA3Direction = if MA3 > MA3[1] then 1 else 0;
def MA4Direction = if MA4 > MA4[1] then 1 else 0;

#// MACD and MOM & DAD - Top Dog Trading
#// Standard MACD Calculations

def MACDfastMA = 12;
def MACDslowMA = 26;
def MACDsignalSmooth = 9;

def MACDLine = ExpAverage(c, MACDfastMA) - ExpAverage(c, MACDslowMA);
def SignalLine = ExpAverage(MACDLine, MACDsignalSmooth);
def MACDHistogram = MACDLine - SignalLine;

#// MACD- Background Color Change Condition
def MACDHistogramCross = if MACDHistogram > 0 then 1 else 0;

#// Fast MACD Calculations

def FastMACDfastMA = 8;
def FastMACDslowMA = 21;
def FastMACDsignalSmooth = 5;

def FastMACDLine = ExpAverage(c, FastMACDfastMA) - ExpAverage(c, FastMACDslowMA);
def FastSignalLine = ExpAverage(FastMACDLine, FastMACDsignalSmooth);
def FastMACDHistogram = FastMACDLine - FastSignalLine;

#// Fast MACD- Background Color Change Condition

def FastMACDHistogramCross = if FastMACDHistogram > 0 then 1 else 0;

#// Top Dog Trading - Mom Dad Calculations

def TopDog_Fast_MA = 5;
def TopDog_Slow_MA = 20;
def TopDog_Sig = 30;

def TopDogMom = ExpAverage(c, TopDog_Fast_MA) - ExpAverage(c, TopDog_Slow_MA);
def TopDogDad = ExpAverage(TopDogMom, TopDog_Sig);
def TopDogDadDirection = If(TopDogDad > TopDogDad[1], 1, 0);
def TopDogMomOverDad = If(TopDogMom > TopDogDad, 1, 0);

#////// Trend Barmeter Calculations //////

def haclose = if UseChartTimeFrame then ohlc4 else ohlc4(Period = Aggregation);
def haopen = if IsNaN(haopen[1]) then (o + c) / 2 else (haopen[1] + haclose[1]) / 2;

def ccolor = If(haclose - haopen > 0, 1, 0);

def inside6 = If(haopen <= Max(haopen[6], haclose[6]) and haopen >= Min(haopen[6], haclose[6]) and
   haclose <= Max(haopen[6], haclose[6]) and haclose >= Min(haopen[6], haclose[6]), 1, 0);

def inside5 = If(haopen <= Max(haopen[5], haclose[5]) and haopen >= Min(haopen[5], haclose[5]) and
   haclose <= Max(haopen[5], haclose[5]) and haclose >= Min(haopen[5], haclose[5]), 1, 0);

def inside4 = If(haopen <= Max(haopen[4], haclose[4]) and haopen >= Min(haopen[4], haclose[4]) and
   haclose <= Max(haopen[4], haclose[4]) and haclose >= Min(haopen[4], haclose[4]), 1, 0);

def inside3 = If(haopen <= Max(haopen[3], haclose[3]) and haopen >= Min(haopen[3], haclose[3]) and
   haclose <= Max(haopen[3], haclose[3]) and haclose >= Min(haopen[3], haclose[3]), 1, 0);

def inside2 = If(haopen <= Max(haopen[2], haclose[2]) and haopen >= Min(haopen[2], haclose[2]) and
   haclose <= Max(haopen[2], haclose[2]) and haclose >= Min(haopen[2], haclose[2]), 1, 0);

def inside1 = If(haopen <= Max(haopen[1], haclose[1]) and haopen >= Min(haopen[1], haclose[1]) and
   haclose <= Max(haopen[1], haclose[1]) and haclose >= Min(haopen[1], haclose[1]), 1, 0);

def colorvalue = if inside6 then ccolor[6] else if inside5 then ccolor[5] else if inside4 then ccolor[4] else if inside3 then ccolor[3] else if inside2 then ccolor[2] else if inside1 then ccolor[1] else ccolor;

def TrendBarTrend_Candle = if colorvalue then 1 else 0;

#// RSI 5 Trend Barmeter Calculations

def RSI5 = RSI(Price = c, Length = 5);
def RSI5Above50 = if RSI5 > 50 then 1 else 0;
def RSI13 = RSI(Price = c, Length = 13);

#// Linear Regression Calculation For RSI Signal Line

def SignalLineLength1 = 21;

def x = BarNumber();
def y = RSI13;
def x_ = SimpleMovingAvg(x, SignalLineLength1);
def y_ = SimpleMovingAvg(y, SignalLineLength1);
def mx = StDev(x, SignalLineLength1);
def my = StDev(y, SignalLineLength1);
def corr = Correlation(x, y, SignalLineLength1);
def slope = corr * (my / mx);
def inter = y_ - slope * x_;
def LinReg1 = x * slope + inter;

#def RSISigDirection = If(LinReg1 > LinReg1[1], 1, 0);
def RSISigCross = If(RSI13 > LinReg1, 1, 0);
def RSI13Above50 = If(RSI13 > 50, 1, 0);

#// Trend Barmeter Color Calculation

def TrendBar1Result = if TrendMeter1 ==  TrendMeter1."MA Crossover" then MACrossover1 else if
   TrendMeter1 == TrendMeter1."MACD Crossover - 12, 26, 9" then MACDHistogramCross else if
   TrendMeter1 == TrendMeter1."MACD Crossover - Fast - 8, 21, 5" then FastMACDHistogramCross else if
   TrendMeter1 == TrendMeter1."Mom Dad Cross (Top Dog Trading)" then TopDogMomOverDad else if
   TrendMeter1 == TrendMeter1."DAD Direction (Top Dog Trading)" then TopDogDadDirection else if
   TrendMeter1 == TrendMeter1."RSI Signal Line Cross - RSI 13, Sig 21" then RSISigCross else if
   TrendMeter1 == TrendMeter1."RSI 5: > or < 50" then RSI5Above50 else if
   TrendMeter1 == TrendMeter1."RSI 13: > or < 50" then RSI13Above50 else if
   TrendMeter1 == TrendMeter1."Trend Candles" then TrendBarTrend_Candle else na;

def TrendBar2Result = if TrendMeter2 == TrendMeter2."MA Crossover" then MACrossover1 else if
   TrendMeter2 == TrendMeter2."MACD Crossover - 12, 26, 9" then MACDHistogramCross else if
   TrendMeter2 == TrendMeter2."MACD Crossover - Fast - 8, 21, 5" then FastMACDHistogramCross else if
   TrendMeter2 == TrendMeter2."Mom Dad Cross (Top Dog Trading)" then TopDogMomOverDad else if
   TrendMeter2 == TrendMeter2."DAD Direction (Top Dog Trading)" then TopDogDadDirection else if
   TrendMeter2 == TrendMeter2."RSI Signal Line Cross - RSI 13, Sig 21" then RSISigCross else if
   TrendMeter2 == TrendMeter2."RSI 5: > or < 50" then RSI5Above50 else if
   TrendMeter2 == TrendMeter2."RSI 13: > or < 50" then RSI13Above50 else if
   TrendMeter2 == TrendMeter2."Trend Candles" then TrendBarTrend_Candle else na;

def TrendBar3Result = if TrendMeter3 == TrendMeter3."MA Crossover" then MACrossover1 else if
   TrendMeter3 == TrendMeter3."MACD Crossover - 12, 26, 9" then MACDHistogramCross else if
   TrendMeter3 == TrendMeter3."MACD Crossover - Fast - 8, 21, 5" then FastMACDHistogramCross else if
   TrendMeter3 == TrendMeter3."Mom Dad Cross (Top Dog Trading)" then TopDogMomOverDad else if
   TrendMeter3 == TrendMeter3."DAD Direction (Top Dog Trading)" then TopDogDadDirection else if
   TrendMeter3 == TrendMeter3."RSI Signal Line Cross - RSI 13, Sig 21" then RSISigCross else if
   TrendMeter3 == TrendMeter3."RSI 5: > or < 50" then RSI5Above50 else if
   TrendMeter3 == TrendMeter3."RSI 13: > or < 50" then RSI13Above50 else if
   TrendMeter3 == TrendMeter3."Trend Candles" then TrendBarTrend_Candle else na;

def TrendBars3Positive = If(TrendBar1Result and TrendBar2Result and TrendBar3Result, 1, 0);
def TrendBars3Negative = If(!TrendBar1Result and !TrendBar2Result and !TrendBar3Result, 1, 0);

#// Signal Filters

def FilterXUp = FastMACDHistogramCross and ExpAverage(c, 15) > ExpAverage(c, 15)[1];
def FilterXDown = !FastMACDHistogramCross and ExpAverage(c, 15) < ExpAverage(c, 15)[1];

def TrendFilterPlus = If(ExpAverage(c, 15) > ExpAverage(c, 20) and ExpAverage(c, 20) > ExpAverage(c, 30) and ExpAverage(c, 30) > ExpAverage(c, 40) and ExpAverage(c, 40) > ExpAverage(c, 50), 1, 0);

def TrendFilterMinus = If(ExpAverage(c, 15) < ExpAverage(c, 20) and ExpAverage(c, 20) < ExpAverage(c, 30) and ExpAverage(c, 30) < ExpAverage(c, 40) and ExpAverage(c, 40) < ExpAverage(c, 50), 1, 0);

#// // Wave Trend - Conditions

def MSBar1PositiveWaveTrendSignal =
if Filter1 == Filter1."Filter X" then FilterXUp and WTCross and WTCrossUp else if
   Filter1 == Filter1."Trend Filter" then TrendFilterPlus and WTCross and WTCrossUp else if
   Filter1 == Filter1."Filter X + Trend Filter" then
   FilterXUp and TrendFilterPlus and WTCross and WTCrossUp else WTCross and WTCrossUp;

def MSBar1NegativeWaveTrendSignal =
if Filter1 == Filter1."Filter X" then FilterXDown and WTCross and WTCrossDown else if
   Filter1 == Filter1."Trend Filter" then TrendFilterMinus and WTCross and WTCrossDown else if
   Filter1 == Filter1."Filter X + Trend Filter" then
   FilterXDown and TrendFilterMinus and WTCross and WTCrossDown else
  WTCross and WTCrossDown;

#////////////////////////

def BackgroundColorChangePositive = TrendBars3Positive and !TrendBars3Positive[1];
def BackgroundColorChangeNegative = TrendBars3Negative and !TrendBars3Negative[1];

#// Signals Color Calculations

def MSBar1Color = if MSBar1PositiveWaveTrendSignal then 1 else
   if MSBar1NegativeWaveTrendSignal then -1 else na;#

def MSBar2Color = if BackgroundColorChangePositive then 1 else
   if BackgroundColorChangeNegative then -1 else na;

#// Trend Barmeter Color Assignments

def CrossoverType2 =
if TrendBar1 == TrendBar1."DAD Direction (Top Dog Trading)" then TopDogDadDirection else if
   TrendBar1 == TrendBar1."MACD Crossover" then MACDHistogramCross else if
   TrendBar1 == TrendBar1."MA Direction - Fast MA - TB1" then MA1Direction else if
   TrendBar1 == TrendBar1."MA Direction - Slow MA - TB1" then MA2Direction else MACrossover1;

def TrendBar4Color1 = if TrendBar1 == TrendBar1."N/A" then na else
                      if CrossoverType2 then 1 else 0;

def CrossoverType3 =
if TrendBar2 == TrendBar2."DAD Direction (Top Dog Trading)" then TopDogDadDirection else if
   TrendBar2 == TrendBar2."MACD Crossover" then MACDHistogramCross else if
   TrendBar2 == TrendBar2."MA Direction - Fast MA - TB2" then MA3Direction else if
   TrendBar2 == TrendBar2."MA Direction - Slow MA - TB2" then MA4Direction else MACrossover2;

def TrendBar5Color1 = if TrendBar2 == TrendBar2."N/A" then na else
                      if CrossoverType3 then 1 else 0;

#// Momentum Setup Plots
def Signals2 = If(IsNaN(c) or IsNaN(MSBar2Color), na, If(ShowTrendBar and TrendMeterLine, 0, na));    # "Signals 2 - All 3 Trend Meters Now Align"

#// Trend Barmeter Plots
def ThinLine = If(IsNaN(c), na, If(ShowTrendBar and !(TrendBar2 == TrendBar2."N/A"), 115, na));
def ThinLine2 = If(IsNaN(c), na, If(ShowTrendBar and !(TrendBar1 == TrendBar1."N/A"), 112.5, na));

#--- Stratgy Line
def EMA1 = ExpAverage(c,SignalMALength1);
def EMA2 = ExpAverage(c,SignalMALength2);
def diff = c - o;
def UpperBand = StDev(diff, VolatilityLength);
def LowerBand = StDev(diff, VolatilityLength) * -1;
def Long = Signals2 and MSBar2Color>0 and ThinLine and ThinLine2 and TrendBar4Color1 and TrendBar5Color1 and diff>=UpperBand and EMA1>EMA2;
def short = Signals2 and MSBar2Color<0 and ThinLine and ThinLine2 and !TrendBar4Color1 and !TrendBar5Color1 and diff<=LowerBand and EMA1<EMA2;

def LongSignal = if Long then 0 else na;
def ShortSignal = if short then 0 else na;


##############################
def TMBuyCond = !IsNaN(Signals2) and MSBar2Color > 0;
def TMSellCond = !IsNaN(Signals2) and MSBar2Color < 0;
##############################

#Volatility Oscillator

input length = 100;
def VOc = close; def VOo = open; def l = low; def h = high;
def VOdiff = VOc-VOo;

def VOx = StDev(VOdiff, length);
def VOy = StDev(VOdiff, length) * -1;

def spike = VOdiff;

def p1 = VOx; # "Upper Line")
def p2 = VOy; # "Lower Line")
##############################
def VOBuyCond = VOdiff > VOx;
def VOSellCond = VOdiff < VOy;
##############################

#Volume Zone Oscillator
input VZOlength = 14;

def VP = expAverage(Sign(close - close[1]) * volume, VZOlength);
def TV = expAverage(volume, VZOlength);

def VZO = 100 * VP / TV;
def VZO_DOTS = VZO;
def ZeroLine = 0;
##############################
def VZOBuyCond = VZO > 0;
def VZOSellCond = VZO < 0;
##############################

def MYRSI = reference MYRSIWithNET.myRSI;
AssignPriceColor(if MYRSI > 0 then Color.GREEN else if MYRSI < 0 then Color.RED else Color.CURRENT);

############################################################
############################################################

def B = if TMBuyCond and VOBuyCond then 0 else na;
def B1 = if VZOBuyCond and VOBuyCond then 0 else na;

def A = if TMSellCond and VOSellCond then 0 else na;
def A1 = if VZOSellCond and VOSellCond then 0 else na;

def Buy = !IsNAN(B) or !IsNAN(B1);
def Sell = !IsNAN(A) or !IsNAN(A1);

plot ArrowUp = if Buy then low else double.nan;
ArrowUP.SetPaintingStrategy(PaintingStrategy.ARROW_UP);
ArrowUp.AssignValueColor(Color.GREEN);
plot ArrowDn = if Sell then high else double.nan;
ArrowDn.SetPaintingStrategy(PaintingStrategy.ARROW_DOWN);
ArrowDn.AssignValueColor(Color.RED);
Click to expand...
Thanks a million.. This is awesome!!!
 
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