C_EMAmeter For ThinkOrSwim

[carey3]

I try to monitor multiple EMA levels but I don't like the lines on my chart, seems too cluttered.
So this is my idea for how to monitor the levels without getting analysis paralysis.

This indicator adds labels to the chart that indicate if the current price is above or below 5 different EMA lines.
It also monitors and alerts when the price crosses over the EMA line.
VWAP was added and monitored also.

Green is Bullish or the price is above the EMA level, Redish is Bearish or below the EMA level
Finally, for open charts, it sends an alert if there is a crossover on any of the charts.


I welcome comments, feedback, and suggestions.

Cheers,
-=Carey

#hint: C_EMAmeter \n This is my solution to watch Multiple EMA lines without having a bunch of lines on my chart\n This also gives me an alert message when the price crosses above or below one of these EMA lines if I have the chart open./nC_EMAmeter - V1.0\n
#
# - Posted this to https://usethinkscript.com/
# V1.1 - Moved the Bearish Crossover signals to the end

input EMA1 = 9;
input EMA2 = 21;
input EMA3 = 50;
input EMA4 = 100;
input EMA5 = 200;
input AvgType = averageType.EXPONENTIAL;
def priceH = high();
def priceL = low();
def priceC = close();
def AVG1 = MovingAverage(AvgType, priceC, EMA1);
def AVG2 = MovingAverage(AvgType, priceC, EMA2);
def AVG3 = MovingAverage(AvgType, priceC, EMA3);
def AVG4 = MovingAverage(AvgType, priceC, EMA4);
def AVG5 = MovingAverage(AvgType, priceC, EMA5);
#<-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> VWAP
def DailyVWAP = vwap(period = AggregationPeriod.DAY);
def WeeklyVWAP = vwap(period = AggregationPeriod.WEEK);
def MonthlyVWAP = vwap(period = AggregationPeriod.MONTH);
def aPeriod = GetAggregationPeriod();
def VWAP1 = if aPeriod < AggregationPeriod.DAY then DailyVWAP
else if aPeriod < AggregationPeriod.WEEK then WeeklyVWAP
else MonthlyVWAP ; #double.nan;
def DeltaVWAP = priceC - VWAP1;
AddLabel(1,"/EMA", CreateColor(200,200,200));

#<-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> Bullish EMA signals
AddLabel( priceC crosses Above VWAP1, "P Cx/\VWAP", CreateColor(100,255,128) );
AddLabel( priceC crosses Above AVG1, Concat("P Cx^Ema", EMA1), CreateColor(000,255,128) );
AddLabel( priceC crosses Above AVG2, Concat("P Cx^Ema", EMA2), CreateColor(000,255,128) );
AddLabel( priceC crosses Above AVG3, Concat("P Cx^Ema", EMA3), CreateColor(000,255,128) );
AddLabel( priceC crosses Above AVG4, Concat("P Cx^Ema", EMA4), CreateColor(000,255,128) );
AddLabel( priceC crosses Above AVG5, Concat("P Cx^Ema", EMA5), CreateColor(000,255,128) );
AddLabel(priceC > VWAP1, "V", CreateColor(000,255,128));
AddLabel(priceC > AVG1, EMA1, CreateColor(000,255,128));
AddLabel(priceC > AVG2, EMA2, CreateColor(000,255,128));
AddLabel(priceC > AVG3, EMA3, CreateColor(000,255,128));
AddLabel(priceC > AVG4, EMA4, CreateColor(000,255,128));
AddLabel(priceC > AVG5, EMA5, CreateColor(000,255,128));
#<-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> Bearish EMA signals
AddLabel(priceC < VWAP1, "V", CreateColor(192,000,128));
AddLabel(priceC < AVG1, EMA1, CreateColor(192,000,128));
AddLabel(priceC < AVG2, EMA2, CreateColor(192,000,128));
AddLabel(priceC < AVG3, EMA3, CreateColor(192,000,128));
AddLabel(priceC < AVG4, EMA4, CreateColor(192,000,128));
AddLabel(priceC < AVG5, EMA5, CreateColor(192,000,128));

AddLabel( priceC crosses Below AVG1, Concat("P Cx\/Ema", EMA1), CreateColor(192,000,128) );
AddLabel( priceC crosses Below AVG2, Concat("P Cx\/Ema", EMA2), CreateColor(192,000,128) );
AddLabel( priceC crosses Below AVG3, Concat("P Cx\/Ema", EMA3), CreateColor(192,000,128) );
AddLabel( priceC crosses Below AVG4, Concat("P Cx\/Ema", EMA4), CreateColor(192,000,128) );
AddLabel( priceC crosses Below AVG5, Concat("P Cx\/Ema", EMA5), CreateColor(192,000,128) );
AddLabel( priceC crosses Below VWAP1, "P Cx\/VWAP", CreateColor(255,100,128) );
AddLabel(1,"EMA\", CreateColor(200,200,200));
#<-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> Alerts
alert(priceC crosses Above AVG1 and aPeriod >= AggregationPeriod.hour, Concat("P Cx^Ema",EMA1), ALert.Once, Sound.bell);
alert(priceC crosses Above AVG2 and aPeriod >= AggregationPeriod.hour, Concat("P Cx^Ema",EMA2), ALert.Once, Sound.bell);
alert(priceC crosses Above AVG3 and aPeriod >= AggregationPeriod.hour, Concat("P Cx^Ema",EMA3), ALert.Once, Sound.bell);
alert(priceC crosses Above AVG4 and aPeriod >= AggregationPeriod.hour, Concat("P Cx^Ema",EMA4), ALert.Once, Sound.bell);
alert(priceC crosses Above AVG5 and aPeriod >= AggregationPeriod.hour, Concat("P Cx^Ema",EMA5), ALert.Once, Sound.bell);
alert(priceC crosses Below AVG1 and aPeriod >= AggregationPeriod.hour, Concat("P Cx\/Ema",EMA1), ALert.Once, Sound.bell);
alert(priceC crosses Below AVG2 and aPeriod >= AggregationPeriod.hour, Concat("P Cx\/Ema",EMA2), ALert.Once, Sound.bell);
alert(priceC crosses Below AVG3 and aPeriod >= AggregationPeriod.hour, Concat("P Cx\/Ema",EMA3), ALert.Once, Sound.bell);
alert(priceC crosses Below AVG4 and aPeriod >= AggregationPeriod.hour, Concat("P Cx\/Ema",EMA4), ALert.Once, Sound.bell);
alert(priceC crosses Below AVG5 and aPeriod >= AggregationPeriod.hour, Concat("P Cx\/Ema",EMA5), ALert.Once, Sound.bell);

#<-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=->

 

[antwerks]

can you do this for hull moving averages?

 

[carey3]

I have added that to the next version.
For HMA I have bearish and bullish, not if it is above or below the price.
I added this before the EMA labels.

#<-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> HMA signals
input HMA1Length = 9;
input HMA2Length = 21;
def Htype = averageType.HULL;
def HMA1 = MovingAverage(Htype, priceC, HMA1Length);
def HMA2 = MovingAverage(Htype, priceC, HMA2Length);

AddLabel(1,"/HMA", CreateColor(200,200,200));

AddLabel(HMA1 >= HMA1[1], HMA1Length, CreateColor(000,255,128) );
AddLabel(HMA1 <= HMA1[1], HMA1Length, CreateColor(192,000,128) );
AddLabel(HMA2 >= HMA2[1], HMA2Length, CreateColor(000,255,128) );
AddLabel(HMA2 <= HMA2[1], HMA2Length, CreateColor(192,000,128) );

AddLabel(1,"\", CreateColor(200,200,200));

 

[carey3]

If you want to see the price above or below HMA, here is the code to add:

#<-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> <-=-> HMA signals
input HMA1Length = 9;
input HMA2Length = 21;
def Htype = averageType.HULL;
def HMA1 = MovingAverage(Htype, priceC, HMA1Length);
def HMA2 = MovingAverage(Htype, priceC, HMA2Length);

AddLabel(1,"/HMA", CreateColor(200,200,200));

AddLabel(HMA1 >= HMA1[1], HMA1Length, CreateColor(000,255,128) );
AddLabel(HMA1 <= HMA1[1], HMA1Length, CreateColor(192,000,128) );
AddLabel(HMA2 >= HMA2[1], HMA2Length, CreateColor(000,255,128) );
AddLabel(HMA2 <= HMA2[1], HMA2Length, CreateColor(192,000,128) );

AddLabel(priceC > HMA1, "C>"+HMA1Length, CreateColor(000,255,128) );
AddLabel(priceC < HMA1, "C<"+HMA1Length, CreateColor(192,000,128) );
AddLabel(priceC >= HMA2, "C>"+HMA2Length, CreateColor(000,255,128) );
AddLabel(priceC <= HMA2, "C<"+HMA2Length, CreateColor(192,000,128) );

AddLabel(1,"\", CreateColor(200,200,200));