SimplerTrading Voodoo Lines for ThinkorSwim

maddy91

New member
I'm looking for the Voodoo Lines and Prediction Points type indicators for ThinkorSwim. Someone made a sample script but for a different platform below.

Some traders were interested in "voodoo lines" and "gravity points", and other hocchie-coochie lines. I came across the Voodoo Lines indicator from SimplerTrading but D. K. and J. C. failed to provide a tradable method. My idea would be to put eight equidistant and stationary lines across the chart. You would trade with the trend, or against the trend. If bullish stay with the trend until the candle crosses one level down.

Code:
once ELow = 666.4
once EHigh = 1220.1
// Number of levels 1-3
levels = 3

// Fire lines
if levels >= 1 then
once F1 = Elow
once F2 = Ehigh
once F3= (Ehigh-Elow)*0.618 + Ehigh
once F4 = (Ehigh-Elow)*1.618 + Ehigh
once F5 = (Ehigh-Elow)*3.236 + Ehigh
endif

//Three lines
if levels >= 2 then
once T1 = F1 + (F2-F1)*0.382
once T2 = F1 + (F2-F1)*0.618
once T3 = F2 + (F3-F2)*0.382
once T4 = F2 + (F3-F2)*0.618
once T5 = F3 + (F4-F3)*0.382
once T6 = F3 + (F4-F3)*0.618
once T7 = F4 + (F5-F4)*0.382
once T8 = F4 + (F5-F4)*0.618
endif

//Snow lines
if levels >= 3 then
once S1 = F1 + (T1-F1)*0.382
once S2 = F1 + (T1-F1)*0.618
once S3 = T1 + (T2-T1)*0.382
once S4 = T1 + (T2-T1)*0.618
once S5 = T2 + (F2-T2)*0.382
once S6 = T2 + (F2-T2)*0.618
once S7 = F2 + (T3-F2)*0.382
once S8 = F2 + (T3-F2)*0.618
once S9 = T3 + (T4-T3)*0.382
once S10 = T3 + (T4-T3)*0.618
once S11 = T4 + (F3-T4)*0.382
once S12 = T4 + (F3-T4)*0.618
once S13 = F3 + (T5-F3)*0.382
once S14 = F3 + (T5-F3)*0.618
once S15 = T5 + (T6-T5)*0.382
once S16 = T5 + (T6-T5)*0.618
once S17 = T6 + (F4-T6)*0.382
once S18 = T6 + (F4-T6)*0.618
once S19 = F4 + (T7-F4)*0.382
once S20 = F4 + (T7-F4)*0.618
once S21 = T7 + (T8-T7)*0.382
once S22 = T7 + (T8-T7)*0.618
once S23 = T8 + (F5-T8)*0.382
once S24 = T8 + (F5-T8)*0.618
endif

If anyone can convert to thinkscript that would be great.

Update: This is what I have from Syracuse voodoo.

Code:
#SyracusePro

declare upper;

input symbol_1 = "FB";
input symbol_5 = "NFLX";
input symbol_6 = "SPY";
input symbol_7 = "QQQ";
input symbol_8 = "/CL";

def Start;
def Finish;

if (GetUnderlyingSymbol() == symbol_1)
{

    Start = 17.55;
    Finish = 32.51;

}
else if (GetUnderlyingSymbol() == symbol_5)
{
    Start = 7.54;
    Finish = 28.23;

}
else if (GetUnderlyingSymbol() == symbol_6)
{
    Start = 77.07;
    Finish = 157.52;
}
else if (GetUnderlyingSymbol() == symbol_7)
{
    Start = 120.5;
    Finish = 72.5;
}
else if (GetUnderlyingSymbol() == symbol_8)
{
    Start = 9.75;
    Finish = 41.15;



}
else
{
    Start = Double.NaN;
    Finish = Double.NaN;

}

   #FireLine Calculations#


script MYFib1618 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.618);
    plot d = Rng;
}


script MYFib2618 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 2.618);
    plot d = Rng;
}


script MYFib4236 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 4.236);
    plot d = Rng;
}


script MYFib6854 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 6.854);
    plot d = Rng;
}

   #TreeLine Calculations#

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

script MYFib382 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 0.382);
    plot d = Rng;
}

script MYFib618 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 0.618);
    plot d = Rng;
}

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

script MYFib1236 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.236);
    plot d = Rng;
}

script MYFib1382 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.382);
    plot d = Rng;
}

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

script MYFib2 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 2);
    plot d = Rng;
}

script MYFib2236 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 2.236);
    plot d = Rng;
}

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

script MYFib3236 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 3.236);
    plot d = Rng;
}

script MYFib3618 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 3.618);
    plot d = Rng;
}

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

script MYFib5236 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 5.236);
    plot d = Rng;
}

script MYFib5854 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 5.854);
    plot d = Rng;
}

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

    #SnowLine Calculations#

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

script MYFib146 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * .146);
    plot d = Rng;
}

script MYFib236 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * .236);
    plot d = Rng;
}

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

script MYFib472 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * .472);
    plot d = Rng;
}

script MYFib528 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * .528);
    plot d = Rng;
}

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

script MYFib764 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * .764);
    plot d = Rng;
}

script MYFib854 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * .854);
    plot d = Rng;
}

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

script MYFib1090 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.090);
    plot d = Rng;
}


script MYFib1146 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.146);
    plot d = Rng;
}


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

script MYFib1236 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.236);
    plot d = Rng;
}




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



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


script MYFib1472 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.472);
    plot d = Rng;
}

script MYFib1528 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.528);
    plot d = Rng;
}


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



script MYFib1326 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.326);
    plot d = Rng;
}
script MYFib1854 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.854);
    plot d = Rng;
}

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

script MYFib2090 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 2.090);
    plot d = Rng;
}



script MYFib2146 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 2.146);
    plot d = Rng;
}

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

script MYFib2224 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 2.224);
    plot d = Rng;

}

script MYFib1292 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.292);
    plot d = Rng;
}

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

script MYFib2382 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 2.382);
    plot d = Rng;
}

script MYFib2472 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 2.472);
    plot d = Rng;
}

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

script MYFib1764 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 1.764);
    plot d = Rng;
}



script MYFib2854 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 2.854);
    plot d = Rng;
}


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




script MYFib3 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 3);
    plot d = Rng;
}






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

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

script MYFib3382 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 3.382);
    plot d = Rng;
}


script MYFib3472 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 3.472);
    plot d = Rng;
}

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

script MYFib3854 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 3.854);
    plot d = Rng;
}
script MYFib4 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 4);
    plot d = Rng;
}

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

script MYFib4618 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 4.618);
    plot d = Rng;
}
script MYFib4854 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 4.854);
    plot d = Rng;
}

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

script MYFib5472 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 5.472);
    plot d = Rng;
}

script MYFib5618 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 5.618);
    plot d = Rng;
}

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


script MYFib6236 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 6.236);
    plot d = Rng;
}



script MYFib6472 {
    input H = 1;
    input L = 1;
    def Rng = ((H - L)  * 6.472);
    plot d = Rng;
}



#Fib Ratio Plots#



    #FireLine Plots#

plot Begin = if IsNaN(close) then Double.NaN else Start;
plot End = if IsNaN(close) then Double.NaN else Finish;
plot FireLine_1 = if IsNaN(close) then Double.NaN else MYFib1618(Finish, Start) + Start;
plot FireLine_2 = if IsNaN(close) then Double.NaN else MYFib2618(Finish, Start) + Start;
plot FireLine_3 = if IsNaN(close) then Double.NaN else MYFib4236(Finish, Start) + Start;
plot FireLine_4 = if IsNaN(close) then Double.NaN else MYFib6854(Finish, Start) + Start;

    #TreeLine Plots#

plot TreeLine_1 = if IsNaN(close) then Double.NaN else MYFib382(Finish, Start) + Start;
plot TreeLine_2 = if IsNaN(close) then Double.NaN else MYFib618(Finish, Start) + Start;
plot TreeLine_3 = if IsNaN(close) then Double.NaN else MYFib1236(Finish, Start) + Start;
plot TreeLine_4 = if IsNaN(close) then Double.NaN else MYFib1382(Finish, Start) + Start;
plot TreeLine_5 = if IsNaN(close) then Double.NaN else MYFib2(Finish, Start) + Start;
plot TreeLine_6 = if IsNaN(close) then Double.NaN else MYFib2236(Finish, Start) + Start;
plot TreeLine_7 = if IsNaN(close) then Double.NaN else MYFib3236(Finish, Start) + Start;
plot TreeLine_8 = if IsNaN(close) then Double.NaN else MYFib3618(Finish, Start) + Start;
plot TreeLine_9 = if IsNaN(close) then Double.NaN else MYFib5236(Finish, Start) + Start;
plot TreeLine_10 = if IsNaN(close) then Double.NaN else MYFib5854(Finish, Start) + Start;

    #SnowLine Plots#

plot SnowLine_1 = if IsNaN(close) then Double.NaN else MYFib146(Finish, Start) + Start;
plot SnowLine_2 = if IsNaN(close) then Double.NaN else MYFib236(Finish, Start) + Start;
plot SnowLine_3 = if IsNaN(close) then Double.NaN else MYFib472(Finish, Start) + Start;
plot SnowLine_4 = if IsNaN(close) then Double.NaN else MYFib528(Finish, Start) + Start;
plot SnowLine_5 = if IsNaN(close) then Double.NaN else MYFib764(Finish, Start) + Start;
plot SnowLine_6 = if IsNaN(close) then Double.NaN else MYFib854(Finish, Start) + Start;
plot SnowLine_7 = if IsNaN(close) then Double.NaN else MYFib1090(Finish, Start) + Start;
plot SnowLine_8 = if IsNaN(close) then Double.NaN else MYFib1146(Finish, Start) + Start;
plot SnowLine_9 = if IsNaN(close) then Double.NaN else MYFib1146(Finish, Start) + Start;
plot SnowLine_10 = if IsNaN(close) then Double.NaN else MYFib1326(Finish, Start) + Start;
plot SnowLine_11 = if IsNaN(close) then Double.NaN else MYFib1236(Finish, Start) + Start;
plot SnowLine_12 = if IsNaN(close) then Double.NaN else MYFib1472(Finish, Start) + Start;
plot SnowLine_13 = if IsNaN(close) then Double.NaN else MYFib1764(Finish, Start) + Start;
plot SnowLine_14 = if IsNaN(close) then Double.NaN else MYFib1528(Finish, Start) + Start;
plot SnowLine_15 = if IsNaN(close) then Double.NaN else MYFib1854(Finish, Start) + Start;
plot SnowLine_16 = if IsNaN(close) then Double.NaN else MYFib2090(Finish, Start) + Start;
plot SnowLine_17 = if IsNaN(close) then Double.NaN else MYFib2146(Finish, Start) + Start;
plot SnowLine_18 = if IsNaN(close) then Double.NaN else MYFib1292(Finish, Start) + Start;
plot SnowLine_19 = if IsNaN(close) then Double.NaN else MYFib2382(Finish, Start) + Start;
plot SnowLine_20 = if IsNaN(close) then Double.NaN else MYFib2472(Finish, Start) + Start;
plot SnowLine_21 = if IsNaN(close) then Double.NaN else MYFib2854(Finish, Start) + Start;
plot SnowLine_22 = if IsNaN(close) then Double.NaN else MYFib3(Finish, Start) + Start;
plot SnowLine_23 = if IsNaN(close) then Double.NaN else MYFib3382(Finish, Start) + Start;
plot SnowLine_24 = if IsNaN(close) then Double.NaN else MYFib3472(Finish, Start) + Start;
plot SnowLine_25 = if IsNaN(close) then Double.NaN else MYFib3854(Finish, Start) + Start;
plot SnowLine_26 = if IsNaN(close) then Double.NaN else MYFib4(Finish, Start) + Start;
plot SnowLine_27 = if IsNaN(close) then Double.NaN else MYFib4618(Finish, Start) + Start;
plot SnowLine_28 = if IsNaN(close) then Double.NaN else MYFib4854(Finish, Start) + Start;
plot SnowLine_29 = if IsNaN(close) then Double.NaN else MYFib5472(Finish, Start) + Start;
plot SnowLine_30 = if IsNaN(close) then Double.NaN else MYFib5618(Finish, Start) + Start;
plot SnowLine_31 = if IsNaN(close) then Double.NaN else MYFib6236(Finish, Start) + Start;
plot SnowLine_32 = if IsNaN(close) then Double.NaN else MYFib6472(Finish, Start) + Start;



    #FireLine Colors#

Begin.SetDefaultColor(Color.RED);
Begin.SetLineWeight(3);

End.SetDefaultColor(Color.RED);
End.SetLineWeight(3);

FireLine_1.SetDefaultColor(Color.RED);
FireLine_1.SetLineWeight(3);

FireLine_2.SetDefaultColor(Color.RED);
FireLine_2.SetLineWeight(3);

FireLine_3.SetDefaultColor(Color.RED);
FireLine_3.SetLineWeight(3);

FireLine_4.SetDefaultColor(Color.RED);
FireLine_4.SetLineWeight(3);

    #TreeLine Colors#

TreeLine_1.SetDefaultColor(Color.UPTICK);
TreeLine_1.SetLineWeight(2);

TreeLine_2.SetDefaultColor(Color.UPTICK);
TreeLine_2.SetLineWeight(2);

TreeLine_3.SetDefaultColor(Color.UPTICK);
TreeLine_3.SetLineWeight(2);

TreeLine_4.SetDefaultColor(Color.UPTICK);
TreeLine_4.SetLineWeight(2);

TreeLine_5.SetDefaultColor(Color.UPTICK);
TreeLine_5.SetLineWeight(2);

TreeLine_6.SetDefaultColor(Color.UPTICK);
TreeLine_6.SetLineWeight(2);

TreeLine_7.SetDefaultColor(Color.UPTICK);
TreeLine_7.SetLineWeight(2);

TreeLine_8.SetDefaultColor(Color.UPTICK);
TreeLine_8.SetLineWeight(2);

TreeLine_9.SetDefaultColor(Color.UPTICK);
TreeLine_9.SetLineWeight(2);

TreeLine_10.SetDefaultColor(Color.UPTICK);
TreeLine_10.SetLineWeight(2);


    #SnowLine Colors#

SnowLine_1.SetDefaultColor(Color.WHITE);
SnowLine_1.SetLineWeight(1);

SnowLine_2.SetDefaultColor(Color.WHITE);
SnowLine_2.SetLineWeight(1);

SnowLine_3.SetDefaultColor(Color.WHITE);
SnowLine_3.SetLineWeight(1);

SnowLine_4.SetDefaultColor(Color.WHITE);
SnowLine_4.SetLineWeight(1);

SnowLine_5.SetDefaultColor(Color.WHITE);
SnowLine_5.SetLineWeight(1);

SnowLine_6.SetDefaultColor(Color.WHITE);
SnowLine_6.SetLineWeight(1);

SnowLine_7.SetDefaultColor(Color.WHITE);
SnowLine_7.SetLineWeight(1);


SnowLine_8.SetDefaultColor(Color.WHITE);
SnowLine_8.SetLineWeight(1);


SnowLine_10.SetDefaultColor(Color.WHITE);
SnowLine_10.SetLineWeight(1);

SnowLine_11.SetDefaultColor(Color.WHITE);
SnowLine_11.SetLineWeight(1);

SnowLine_12.SetDefaultColor(Color.WHITE);
SnowLine_12.SetLineWeight(1);

SnowLine_11.SetDefaultColor(Color.WHITE);
SnowLine_11.SetLineWeight(1);

SnowLine_12.SetDefaultColor(Color.WHITE);
SnowLine_12.SetLineWeight(1);

SnowLine_13.SetDefaultColor(Color.WHITE);
SnowLine_13.SetLineWeight(1);

SnowLine_14.SetDefaultColor(Color.WHITE);
SnowLine_14.SetLineWeight(1);

SnowLine_15.SetDefaultColor(Color.WHITE);
SnowLine_15.SetLineWeight(1);

SnowLine_16.SetDefaultColor(Color.WHITE);
SnowLine_16.SetLineWeight(1);

SnowLine_17.SetDefaultColor(Color.WHITE);
SnowLine_17.SetLineWeight(1);

SnowLine_18.SetDefaultColor(Color.WHITE);
SnowLine_18.SetLineWeight(1);

SnowLine_19.SetDefaultColor(Color.WHITE);
SnowLine_19.SetLineWeight(1);

SnowLine_20.SetDefaultColor(Color.WHITE);
SnowLine_20.SetLineWeight(1);

SnowLine_21.SetDefaultColor(Color.WHITE);
SnowLine_21.SetLineWeight(1);

SnowLine_22.SetDefaultColor(Color.WHITE);
SnowLine_22.SetLineWeight(1);

SnowLine_23.SetDefaultColor(Color.WHITE);
SnowLine_23.SetLineWeight(1);

SnowLine_24.SetDefaultColor(Color.WHITE);
SnowLine_24.SetLineWeight(1);

SnowLine_25.SetDefaultColor(Color.WHITE);
SnowLine_25.SetLineWeight(1);

SnowLine_26.SetDefaultColor(Color.WHITE);
SnowLine_26.SetLineWeight(1);

SnowLine_27.SetDefaultColor(Color.WHITE);
SnowLine_27.SetLineWeight(1);

SnowLine_28.SetDefaultColor(Color.WHITE);
SnowLine_28.SetLineWeight(1);

SnowLine_29.SetDefaultColor(Color.WHITE);
SnowLine_29.SetLineWeight(1);

SnowLine_30.SetDefaultColor(Color.WHITE);
SnowLine_30.SetLineWeight(1);

SnowLine_31.SetDefaultColor(Color.WHITE);
SnowLine_31.SetLineWeight(1);

SnowLine_32.SetDefaultColor(Color.WHITE);
SnowLine_32.SetLineWeight(1);
 
Last edited by a moderator:

BenTen's Watchlist + Setup + Trade Recaps

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maddy91

New member
I'm not an expert at coding but if you or anyone can code the fibgrid Droid auto swing high swing lows, for TOS that would be really great The alternatives are extremely expensive so don't want that direction. Thanks

I have used those alternatives you mentioned and they're really good but just looking and if we can get something which I posted that would be great.
 

MSI21

New member
2019 Donor
VIP
Do you know what the original platform was? Elliott Waves are VooDoo. I've never seen anyone successfully write that code in ThinkScript or any other language for that matter. To many subjective variables.
 

HSNerd

New member
All voodoo lines are fib extensions, expansions and retracements. You can use any ol' trading platform to draw your own! The code gives you the math you need to programing it, it should be straight forward. You can use "get" or "fetch" commands to get high and lows for defined period. I hope this helps. Also, FYI simpler just repackages stuff already invented! FYI this isn't rocket science .

10:09 Paris: It's basically a bunch of fib relationships. If you run a search query "voodoo thinkscript", you'll get some leads. Enough said.
10:09 MTS1: It's just multiple fib levels of a manually determined 'EW wave 1' range that can be adjusted; hence the subscription. Thre have been alternative posted here where you can do your own homework to set that initial range.
 

wtf_dude

Active member
@HSNerd Not rocket science doesn't account for the fact that it still may be a pain in the ass to program and you can't compare it against the original to make sure your translation is correct.
 

HSNerd

New member
you don't have to look at the original … look at the program .. it tells you the math you need to do.. do it.. I'm not a programmer and I could read it fine... btw I'm a published scientist :) therefore I can tell it's not rocket science. Good luck. Cya

Get ride of the "once" then read the program. This is simple 3rd grade math.
 

wtf_dude

Active member
you don't have to look at the orignal... look at the program .. it tells you the math you need to do.. do it.. I'm not a programmer and I could read it fine... btw I"m a published scientist :) therefore I can tell it's not rocket science. Good luck. Cya
You want to look at the original study in action so you can make sure that the code is written correctly, smart ass. The math is only a small part of a GUI. You may know what the fib retracement levels are, but that wouldn't mean you could program how to make them automatically chart themselves. Plus just blindly using somebody else's math is ridiculous if you don't know if they did it right either... you would at least want to see THEIR work compared against the original
 
Last edited:

d4dahl

New member
First post! Glad to have found you.

I’ve recently been intrigued with W.D. Gann theory. I’ve been scouring the internet for script similar to my idea, but can’t find anything close to what I want so I tried my hand at coding. Long story short, I’m awful. I also posted this on Reddit, but it's dead there, so hoping for some help.

What I want is simple, that is horizontal lines, aka “tunnels”, at specified price levels. OR, a 10% color overlay between levels, say $0-12, $24-36, $48-60, etc. Each way achieves the same desired outcome, they just look different.

In the end, it might be great to have all 12 sections of the zodiac: Aries, Taurus, Gemini, etc, selectable in the customizing window. But maybe having only one zodiac sign per study is best? Not sure yet.

Each sign has their own tunnels, but below is my script for Aries only. It seems extremely text heavy for something so simple. And, in the customizing window, you have to click each plot ON/OFF as to whether or not you want to see that specific level. It’s quite time consuming, hoping to avoid that. I can give the other zodiac levels in a future post, but they all follow the same formula, just add 12 to the previous one up to 360.

Also, color seems like it should be easier to script than what I have below. And, magnification is an issue when they're all turned on. Hopefully that can be fixed, too.

So, my question to the community is if a mathematical formula could somehow be used for the plot? Please have a look. And, thank you!

Code:
#ARIES
#Tunnels Through Time
#0-29° plot for W.D. Gann's Wheel of 12

plot theLine12 = 12;
plot theLine24 = 24;
plot theLine36 = 36;
plot theLine48 = 48;
plot theLine60 = 60;
plot theLine72 = 72;
plot theLine84 = 84;
plot theLine96 = 96;
plot theLine108 = 108;
plot theLine120 = 120;
plot theLine132 = 132;
plot theLine144 = 144;
plot theLine156 = 156;
plot theLine168 = 168;
plot theLine180 = 180;
plot theLine192 = 192;
plot theLine204 = 204;
plot theLine216 = 216;
plot theLine228 = 228;
plot theLine240 = 240;
plot theLine252 = 252;
plot theLine264 = 264;
plot theLine276 = 276;
plot theLine288 = 288;
plot theLine300 = 300;
plot theLine312 = 312;
plot theLine324 = 324;
plot theLine336 = 336;
plot theLine348 = 348;
plot theLine360 = 360;

theLine12.SetDefaultColor(CreateColor(204,0,51));
theLine24.SetDefaultColor(CreateColor(204,0,51));
theLine36.SetDefaultColor(CreateColor(204,0,51));
theLine48.SetDefaultColor(CreateColor(204,0,51));
theLine60.SetDefaultColor(CreateColor(204,0,51));
theLine72.SetDefaultColor(CreateColor(204,0,51));
theLine84.SetDefaultColor(CreateColor(204,0,51));
theLine96.SetDefaultColor(CreateColor(204,0,51));
theLine108.SetDefaultColor(CreateColor(204,0,51));
theLine120.SetDefaultColor(CreateColor(204,0,51));
theLine132.SetDefaultColor(CreateColor(204,0,51));
theLine144.SetDefaultColor(CreateColor(204,0,51));
theLine156.SetDefaultColor(CreateColor(204,0,51));
theLine168.SetDefaultColor(CreateColor(204,0,51));
theLine180.SetDefaultColor(CreateColor(204,0,51));
theLine192.SetDefaultColor(CreateColor(204,0,51));
theLine204.SetDefaultColor(CreateColor(204,0,51));
theLine216.SetDefaultColor(CreateColor(204,0,51));
theLine228.SetDefaultColor(CreateColor(204,0,51));
theLine240.SetDefaultColor(CreateColor(204,0,51));
theLine252.SetDefaultColor(CreateColor(204,0,51));
theLine264.SetDefaultColor(CreateColor(204,0,51));
theLine276.SetDefaultColor(CreateColor(204,0,51));
theLine288.SetDefaultColor(CreateColor(204,0,51));
theLine300.SetDefaultColor(CreateColor(204,0,51));
theLine312.SetDefaultColor(CreateColor(204,0,51));
theLine324.SetDefaultColor(CreateColor(204,0,51));
theLine336.SetDefaultColor(CreateColor(204,0,51));
theLine348.SetDefaultColor(CreateColor(204,0,51));
theLine360.SetDefaultColor(CreateColor(204,0,51));

#endCode
 

tomsk

Well-known member
VIP
@d4dahl Since you're into the Gann stuff, I found the following in my files from the Yahoo TOS Thinkscript group several years ago. Just something for you to check out. I must say all those lines look purty especially on a daily /ES chart. Sort of reminds me of John Carter's Voodoo Lines. Have fun out there!

Code:
# Gann Sq Of 9Time
# Yahoo TOS ThinkScript
# 6.27.2016

def h = highestall(high);

plot sh = h;
sh.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
sh.SetDefaultColor(Color.RED);

def data45 = Sqrt(sh) - (45 / 180);
def data1 = Power(data45, 2);
plot line45 = data1;
line45.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
line45.SetDefaultColor(Color.GREEN);

def data90 = Sqrt(sh) - (90 / 180);
def data2 = Power(data90, 2);
plot line90 = data2;
line90.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
line90.SetDefaultColor(Color.GREEN);

def data135 = Sqrt(sh) - (135 / 180);
def data3 = Power(data135, 2);
plot line135 = data3;
line135.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
line135.SetDefaultColor(Color.GREEN);

def data180 = Sqrt(sh) - (180 / 180);
def data4 = Power(data180, 2);
plot line180 = data4;
line180.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
line180.SetDefaultColor(Color.GREEN);

def data225 = Sqrt(sh) - (225/ 180);
def data5 = Power(data225, 2);
plot line225 = data5;
line225.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
line225.SetDefaultColor(Color.GREEN);

def data270 = Sqrt(sh) - (270 / 180);
def data6 = Power(data270, 2);
plot line270 = data6;
line270.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
line270.SetDefaultColor(Color.GREEN);

def data315 = Sqrt(sh) - (315 / 180);
def data7 = Power(data315, 2);
plot line315 = data7;
line315.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
line315.SetDefaultColor(Color.GREEN);

def data360 = Sqrt(sh) - (360 / 180);
def data8 = Power(data360, 2);
plot line360 = data8;
line360.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
line360.SetDefaultColor(Color.GREEN);

def data405 = Sqrt(sh) - (405 / 180);
def data9 = Power(data405, 2);
plot line405 = data9;
line405.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
line405.SetDefaultColor(Color.GREEN);

def data450 = Sqrt(sh) - (450 / 180);
def data10 = Power(data450, 2);
plot line450 = data10;
line450.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
line450.SetDefaultColor(Color.GREEN);

def data495 = Sqrt(sh) - (495 / 180);
def data11 = Power(data495, 2);
plot line495 = data11;
line495.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
line495.SetDefaultColor(Color.GREEN);
 
Last edited:

azmaestro

New member
This is a partial code for auto voodoo. However the tickers are calculated by some sort of formula. I have not been able to determine the way it is calculated. The only thinkscript component not needing to be defined is cp= closing price.

Somehow calculates the ticker numbers. Just can't figure it out.
 
Last edited by a moderator:

rad14733

Well-known member
VIP
Thanks. Yes I searched, but being new to the platform I'm sure I didn't look in all the right places. Looking for something similar now. Thanks.

You won't find anything unless you get luckier than I've been the past few times I've scoured the internet... But if you do, please post your findings...
 

Kordon

New member
The math and code are already laid out in the thread, the issue is picking the swing low and swing high of the elliot wave 1 for each individual stock. This can be done by opening up a long term chart and identifying elliot wave 1
 

Kordon

New member
@azmaestro The break script doesn't determine the initial levels, it just deobfuscates the "cp" numbers which are the initial swing low and swing high numbers for the lines. If you look at the syracusepro code posted above, the swing low and swing high numbers are listed for each ticker and not obfuscated. If you want to make your own lines you simply have to determine these numbers on your own chart
 

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