plot the avg of 3 moving averages

[AverageMishka]

Hi,

I'm looking to plot the avg of 3 moving averages and the other 2 moving averages instead of having them as 5 separate lines.

declare lower;

input length1 = 8.0;
input length2 = 24.0;
input length3 = 50.0;
input length4 = 113.0;
input length5 = 200.0;
input displace = 0;


input averageTypeE = AverageType.EXPONENTIAL;
input averageTypeW = AverageType.EXPONENTIAL;

def ema8 = ExpAverage(close, 8);
def ema24 = ExpAverage(close, 24);
def wma50 = WMA(close, 50);
def ema113 = ExpAverage(close, 113);
def wma200 = WMA(close, 200);
def price = close;


plot EMA8_ = ExpAverage(close, 8);
plot EMA24_ = ExpAverage(close, 24);
plot WMA50_ = WMA(close, 50);
plot EMA113_ = ExpAverage (close, 113);
plot WMA200_ = WMA(close, 200);

AddLabel(close, ”Stacked AVGs(CALLS)” , (if wma200 and price > ema113 and price > wma50 and price > ema24 and price > ema8 then Color.GREEN else Color.GRAY));

AddLabel(close, ”Stacked AVGs(PUTS)” , (if wma200 and price < ema113 and price < wma50 and price < ema24 and price < ema8 then Color.GREEN else Color.GRAY));


AddChartBubble(EMA8_ and EMA24_ and WMA50_ crosses above WMA200_ and EMA113_, close, "GO", Color.PINK);

AddChartBubble(EMA8_ crosses above WMA200_ and EMA113_, close, "9 Cross", Color.DARK_GREEN);

AddChartBubble(EMA24_ crosses above WMA200_ and EMA113_, close, "21 Cross", Color.LIGHT_GREEN);

AddChartBubble(WMA50_ crosses above WMA200_ and EMA113_, close, "50 Cross", Color.GREEN);

AddChartBubble(EMA8_ crosses below WMA200_ and EMA113_, close, "9 Cross", Color.DARK_RED);

AddChartBubble(EMA24_ crosses below WMA200_ and EMA113_, close, "21 Cross", Color.LIGHT_RED);

AddChartBubble(WMA50_ crosses below WMA200_ and EMA113_, close, "50 Cross", Color.RED);

AddChartBubble(EMA8_ and EMA24_ and WMA50_ crosses below WMA200_ and EMA113_, close, "BYE", Color.BLUE);

 

[antwerks]

Hi,

I'm looking to plot the avg of 3 moving averages and the other 2 moving averages instead of having them as 5 separate lines.


View attachment 2697

declare lower;

input length1 = 8.0;
input length2 = 24.0;
input length3 = 50.0;
input length4 = 113.0;
input length5 = 200.0;
input displace = 0;


input averageTypeE = AverageType.EXPONENTIAL;
input averageTypeW = AverageType.EXPONENTIAL;

def ema8 = ExpAverage(close, 8);
def ema24 = ExpAverage(close, 24);
def wma50 = WMA(close, 50);
def ema113 = ExpAverage(close, 113);
def wma200 = WMA(close, 200);
def price = close;


plot EMA8_ = ExpAverage(close, 8);
plot EMA24_ = ExpAverage(close, 24);
plot WMA50_ = WMA(close, 50);
plot EMA113_ = ExpAverage (close, 113);
plot WMA200_ = WMA(close, 200);

AddLabel(close, ”Stacked AVGs(CALLS)” , (if wma200 and price > ema113 and price > wma50 and price > ema24 and price > ema8 then Color.GREEN else Color.GRAY));

AddLabel(close, ”Stacked AVGs(PUTS)” , (if wma200 and price < ema113 and price < wma50 and price < ema24 and price < ema8 then Color.GREEN else Color.GRAY));


AddChartBubble(EMA8_ and EMA24_ and WMA50_ crosses above WMA200_ and EMA113_, close, "GO", Color.PINK);

AddChartBubble(EMA8_ crosses above WMA200_ and EMA113_, close, "9 Cross", Color.DARK_GREEN);

AddChartBubble(EMA24_ crosses above WMA200_ and EMA113_, close, "21 Cross", Color.LIGHT_GREEN);

AddChartBubble(WMA50_ crosses above WMA200_ and EMA113_, close, "50 Cross", Color.GREEN);

AddChartBubble(EMA8_ crosses below WMA200_ and EMA113_, close, "9 Cross", Color.DARK_RED);

AddChartBubble(EMA24_ crosses below WMA200_ and EMA113_, close, "21 Cross", Color.LIGHT_RED);

AddChartBubble(WMA50_ crosses below WMA200_ and EMA113_, close, "50 Cross", Color.RED);

AddChartBubble(EMA8_ and EMA24_ and WMA50_ crosses below WMA200_ and EMA113_, close, "BYE", Color.BLUE);

# Multi-MA Average Indicator - Corrected for Smooth Plot
# Adapted by antwerks - 07/2025

declare upper;

# Inputs
input maTypeStr = {"SMA", default "EMA", "WMA", "Wilders", "Hull"}; # Use string input with options
input price = close;
input length1 = 9;
input length2 = 21;
input length3 = 34;
input length4 = 50;
input length5 = 100;

# === Function to return MA based on selected type ===
script getMA {
    input maTypeStr = "EMA"; # String input
    input price = close;
    input length = 20;
    def result = if maTypeStr == "SMA" then Average(price, length)
                 else if maTypeStr == "EMA" then ExpAverage(price, length)
                 else if maTypeStr == "WMA" then WMA(price, length)
                 else if maTypeStr == "Wilders" then WildersAverage(price, length)
                 else if maTypeStr == "Hull" then HullMovingAvg(price, length)
                 else price; # Default to price if unmatched
    plot out = result;
}

# === Calculate Each MA ===
def ma1 = getMA(maTypeStr, price, length1);
def ma2 = getMA(maTypeStr, price, length2);
def ma3 = getMA(maTypeStr, price, length3);
def ma4 = getMA(maTypeStr, price, length4);
def ma5 = getMA(maTypeStr, price, length5);

# === Plot Average of All 5 MAs ===
plot AvgOfMAs = (ma1 + ma2 + ma3 + ma4 + ma5) / 5;
AvgOfMAs.SetDefaultColor(Color.CYAN);
AvgOfMAs.SetLineWeight(2);