Friends ....

I'm writing to ask if someone would be willing to help me finish the coding for the following GMMA Oscillator. I've found the GMMA system, combined with FIBS and the 100 WMA to be a very consistent trading method.

I've (re)coded the following GMMA Oscillator to reflect the price crossing the 100 WMA. When the color changes from RED to BLUE (and vice versa) at the 0 line, it means the price has crossed the 100 WMA - which is a signal to enter a trade. The 100 WMA frequently corresponds to the 50% FIB line when the price crosses it.

My issue is that I only get ONE multi-colored line, which doesn't reflect a cross of the Short Term MA (over or under) the Long Term MA. (See Attachment "TOS GMMA Osc").

The indicator SHOULD look like the one for Ninjatrader ... (See Attachment "NT GMMA Osc").

The following is the CODE I'm currently using in TOS. If you can help me code this properly - so it looks and operates like the one for Ninjatrader, I would be VERY GRATEFUL. I know it's something simple, but I'm missing it somehow ....

Thank you for any help you can provide!

Zephyr
----------------------------

def Short1 = (ExpAverage(Close, 3) + ExpAverage(Close, 5) +
ExpAverage(Close, 8) + ExpAverage(Close, 10) +
ExpAverage(Close, 12) + ExpAverage(Close, 15));

def Long2 = (ExpAverage(Close, 30) + ExpAverage(Close, 35) +
ExpAverage(Close, 40) + ExpAverage(Close, 45) +
ExpAverage(Close, 50) + ExpAverage(Close, 60));

plot GuppyMMAOscillator = ((Short1 - Long2) / Long2) * 100;

GuppyMMAOscillator.AssignValueColor(if Short1 < Long2 then color.red else if Short1 > Long2 then color.BLUE else color.YELLOW);

plot ZeroLine = 0;
ZeroLine.SetDefaultColor(GetColor(7));

From what I just read, you need an additional moving average added to the plot of the oscillator itself. You can easily do this via:


plot GuppyMMAOscillator = ((Short1 - Long2) / Long2) * 100;

change this to:
input averageType = {Simple, default Exponential, Weighted, Wilders, Hull};
input length = 13;

def GMMA = ((Short1 - Long2) / Long2) * 100;
def GMMAAvg;
switch (averagetype) {
case simple:
GMMAAvg = Average(GMMA, length);
case Exponential:
GMMAAvg = ExpAverage(GMMA, length);
case Weighted:
GMMAAvg =wma(GMMA, length);
case Wilders:
GMMAAvg = WildersAverage(GMMA, length);
case Hull:
GMMAAvg =hullMovingAvg(GMMA, length);
}

plot GMMAOsc = GMMA;
plot GMMAX = GMMAAvg;

To change the colors like you have above, add the same syntax to the second line of my plot. Perhaps you might consider coloring by whether or not the oscillator is above below it's average...just an idea. If you need help with the syntax, LMK.

Thank you VERY MUCH, optntdr13!


It's very good of you to help with this code. I'll make the changes you've suggested.



Be well ... and thank you again ....

Can someone help me with this. I can't seem to get this right. I'm trying to piece together the code for ToS previously shown but it's not working out.