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philloo

Multi System for Universal System Dr. Clayburg

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Hi

 

I would like to know if some person can program this add-on. It seem that in the past Doc have done the work. Go to this page

hxxp://www.clayburg.com/omw_abstract.html

 

It give a idea of what the paralell function work. I look at the webinar that was giving yesterday. And it's seem that doc program only the entry in the fuction and the start time end time and close time. The rest I think it's just a bluff.

 

If you look at the code it's seem not to complicate for what he is selling his stuff. Sometime, I think that they are ripping off person with the price.

thank

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It's seem we don't have a lot of people that was intested to code multi system indicator. I have a pretty nice multisystem that I develop.

 

I put for inputs:

Start_time

End_time

close_time

tickzise:put 0.5 for ES, 0.2 for TF,2 for Ym etc. I don't how I come to that conclusion but it's seem that my code miss some tick each trade. I really don't know why. I code this function with print log and I came to that conclusion. Try it, change the value and you will see that putting 2 tick in this inputs you would have pretty much what you will do in real world.

Plus, 40 inputs that you can put.

 

Warning it's doesn't replicate perflecly the universal equity curve. But very close to it. I didn't put (average,3) or limit order. Just close on this bar that it. No problem with intrabar generation in backtesting and real trade.

I have clone the universal system perfectly to compare the result of my indicator and the system. No stop loss at all, no target like the add-on of Doc, clayburg. But better equity curve indicator. Much more acurate in term of real trade and equity curve. And for nothing 0$, FREE, NADA. We will see if Doc, take my code and sell after for 4000$ each peace. :crap: HaHa I will check this in couple of week.

 

 

And If some of people on the forum want to put extra thing or fixe some bugs please please be free to do it.

 

ANd thank for you time.:crap: to read me.

 

philloo Power

 

Indicator:


inputs:Start_time(1000),End_time(1500),Close_time(1500),tick_size(0.5),B1_1(20),S1_1(14),B2_1(10),S2_1(10),B1_2(1),s1_2(1),b2_2(1),s2_2(1);
inputs:B1_3(1),s1_3(1),b2_3(1),s2_3(1),B1_4(1),s1_4(1),b2_4(1),s2_4(1),B1_5(1),s1_5(1),b2_5(1),s2_5(1),B1_6(1),s1_6(1),b2_6(1),s2_6(1),B1_7(1),s1_7(1),b2_7(1),s2_7(1);
inputs:B1_8(1),s1_8(1),b2_8(1),s2_8(1),B1_9(1),s1_9(1),b2_9(1),s2_9(1),B1_10(1),s1_10(1),b2_10(1),s2_10(1),B1_11(1),s1_11(1),b2_11(1),s2_11(1);
inputs:B1_12(1),s1_12(1),b2_12(1),s2_12(1),B1_13(1),s1_13(1),b2_13(1),s2_13(1),B1_14(1),s1_14(1),b2_14(1),s2_14(1),B1_15(1),s1_15(1),b2_15(1),s2_15(1);
inputs:B1_16(1),s1_16(1),b2_16(1),s2_16(1),B1_17(1),s1_17(1),b2_17(1),s2_17(1),B1_18(1),s1_18(1),b2_18(1),s2_18(1),B1_19(1),s1_19(1),b2_19(1),s2_19(1);
inputs:B1_20(1),s1_20(1),b2_20(1),s2_20(1),B1_21(1),s1_21(1),b2_21(1),s2_21(1),B1_22(1),s1_22(1),b2_22(1),s2_22(1),B1_23(1),s1_23(1),b2_23(1),s2_23(1);
inputs:B1_24(1),s1_24(1),b2_24(1),s2_24(1),B1_25(1),s1_25(1),b2_25(1),s2_25(1),B1_26(1),s1_26(1),b2_26(1),s2_26(1),B1_27(1),s1_27(1),b2_27(1),s2_27(1);
inputs:B1_28(1),s1_28(1),b2_28(1),s2_28(1),B1_29(1),s1_29(1),b2_29(1),s2_29(1),B1_30(1),s1_30(1),b2_30(1),s2_30(1),B1_31(1),s1_31(1),b2_31(1),s2_31(1);
inputs:B1_32(1),s1_32(1),b2_32(1),s2_32(1),B1_33(1),s1_33(1),b2_33(1),s2_33(1),B1_34(1),s1_34(1),b2_34(1),s2_34(1),B1_35(1),s1_35(1),b2_35(1),s2_35(1);
inputs:B1_36(1),s1_36(1),b2_36(1),s2_36(1),B1_37(1),s1_37(1),b2_37(1),s2_37(1),B1_38(1),s1_38(1),b2_38(1),s2_38(1),B1_39(1),s1_39(1),b2_39(1),s2_39(1);
inputs:B1_40(1),s1_40(1),b2_40(1),s2_40(1);

array: BSys[8](0),BSysT[8](0),BSys1[8](0),BSysT1[8](0),BSys2[8](0),BSysT2[8](0),BSys3[8](0),BSysT3[8](0),BSys4[8](0),BSysT4[8](0);

BSys[1]= multisystem(start_time,end_time,close_time,tick_size,B1_1,s1_1,b2_1,s2_1);
BSys[2]= multisystem(start_time,end_time,close_time,tick_size,B1_2,s1_2,b2_2,s2_2);
BSys[3]= multisystem(start_time,end_time,close_time,tick_size,B1_3,s1_3,b2_3,s2_3);
BSys[4]= multisystem(start_time,end_time,close_time,tick_size,B1_4,s1_4,b2_4,s2_4);
BSys[5]= multisystem(start_time,end_time,close_time,tick_size,B1_5,s1_5,b2_5,s2_5);
BSys[6]= multisystem(start_time,end_time,close_time,tick_size,B1_6,s1_6,b2_6,s2_6);
BSys[7]= multisystem(start_time,end_time,close_time,tick_size,B1_7,s1_7,b2_7,s2_7);
BSys[8]= multisystem(start_time,end_time,close_time,tick_size,B1_8,s1_8,b2_8,s2_8);
BSys1[1]= multisystem(start_time,end_time,close_time,tick_size,B1_9,s1_9,b2_9,s2_9);
BSys1[2]= multisystem(start_time,end_time,close_time,tick_size,B1_10,s1_10,b2_10,s2_10);
BSys1[3]= multisystem(start_time,end_time,close_time,tick_size,B1_11,s1_11,b2_11,s2_11);
BSys1[4]= multisystem(start_time,end_time,close_time,tick_size,B1_12,s1_12,b2_12,s2_12);
BSys1[5]= multisystem(start_time,end_time,close_time,tick_size,B1_13,s1_13,b2_13,s2_13);
BSys1[6]= multisystem(start_time,end_time,close_time,tick_size,B1_14,s1_14,b2_14,s2_14);
BSys1[7]= multisystem(start_time,end_time,close_time,tick_size,B1_15,s1_15,b2_15,s2_15);
BSys1[8]= multisystem(start_time,end_time,close_time,tick_size,B1_16,s1_16,b2_16,s2_16);
BSys2[1]= multisystem(start_time,end_time,close_time,tick_size,B1_17,s1_17,b2_17,s2_17);
BSys2[2]= multisystem(start_time,end_time,close_time,tick_size,B1_18,s1_18,b2_18,s2_18);
BSys2[3]= multisystem(start_time,end_time,close_time,tick_size,B1_19,s1_19,b2_19,s2_19);
BSys2[4]= multisystem(start_time,end_time,close_time,tick_size,B1_20,s1_20,b2_20,s2_20);
BSys2[5]= multisystem(start_time,end_time,close_time,tick_size,B1_21,s1_21,b2_21,s2_21);
BSys2[6]= multisystem(start_time,end_time,close_time,tick_size,B1_22,s1_22,b2_22,s2_22);
BSys2[7]= multisystem(start_time,end_time,close_time,tick_size,B1_23,s1_23,b2_23,s2_23);
BSys2[8]= multisystem(start_time,end_time,close_time,tick_size,B1_24,s1_24,b2_24,s2_24);
BSys3[1]= multisystem(start_time,end_time,close_time,tick_size,B1_25,s1_25,b2_25,s2_25);
BSys3[2]= multisystem(start_time,end_time,close_time,tick_size,B1_26,s1_26,b2_26,s2_26);
BSys3[3]= multisystem(start_time,end_time,close_time,tick_size,B1_27,s1_27,b2_27,s2_27);
BSys3[4]= multisystem(start_time,end_time,close_time,tick_size,B1_28,s1_28,b2_28,s2_28);
BSys3[5]= multisystem(start_time,end_time,close_time,tick_size,B1_29,s1_29,b2_29,s2_29);
BSys3[6]= multisystem(start_time,end_time,close_time,tick_size,B1_30,s1_30,b2_30,s2_30);
BSys3[7]= multisystem(start_time,end_time,close_time,tick_size,B1_31,s1_31,b2_31,s2_31);
BSys3[8]= multisystem(start_time,end_time,close_time,tick_size,B1_32,s1_32,b2_32,s2_32);
BSys4[1]= multisystem(start_time,end_time,close_time,tick_size,B1_33,s1_33,b2_33,s2_33);
BSys4[2]= multisystem(start_time,end_time,close_time,tick_size,B1_34,s1_34,b2_34,s2_34);
BSys4[3]= multisystem(start_time,end_time,close_time,tick_size,B1_35,s1_35,b2_35,s2_35);
BSys4[4]= multisystem(start_time,end_time,close_time,tick_size,B1_36,s1_36,b2_36,s2_36);
BSys4[5]= multisystem(start_time,end_time,close_time,tick_size,B1_37,s1_37,b2_37,s2_37);
BSys4[6]= multisystem(start_time,end_time,close_time,tick_size,B1_38,s1_38,b2_38,s2_38);
BSys4[7]= multisystem(start_time,end_time,close_time,tick_size,B1_39,s1_39,b2_39,s2_39);
BSys4[8]= multisystem(start_time,end_time,close_time,tick_size,B1_40,s1_40,b2_40,s2_40);

If BSys[1] <> BSys[1][1] then BSysT[1]  =  BSys[1];
If BSys[2] <> BSys[2][1] then BSysT[2]  =  BSys[2];
If BSys[3] <> BSys[3][1] then BSysT[3]  =  BSys[3];
If BSys[4] <> BSys[4][1] then BSysT[4]  =  BSys[4];
If BSys[5] <> BSys[5][1] then BSyst[5]  =  BSys[5];
If BSys[6] <> BSys[6][1] then BSysT[6]  =  BSys[6];
If BSys[7] <> BSys[7][1] then BSysT[7]  =  BSys[7];
If BSys[8] <> BSys[8][1] then BSysT[8]  =  BSys[8];
If BSys1[1] <> BSys1[1][1] then BSysT1[1]  =  BSys1[1];
If BSys1[2] <> BSys1[2][1] then BSysT1[2]  =  BSys1[2];
If BSys1[3] <> BSys1[3][1] then BSysT1[3]  =  BSys1[3];
If BSys1[4] <> BSys1[4][1] then BSysT1[4]  =  BSys1[4];
If BSys1[5] <> BSys1[5][1] then BSysT1[5]  =  BSys1[5];
If BSys1[6] <> BSys1[6][1] then BSysT1[6]  =  BSys1[6];
If BSys1[7] <> BSys1[7][1] then BSysT1[7]  =  BSys1[7];
If BSys1[8] <> BSys1[8][1] then BSysT1[8]  =  BSys1[8];
If BSys2[1] <> BSys2[1][1] then BSysT2[1]  =  BSys2[1];
If BSys2[2] <> BSys2[2][1] then BSysT2[2]  =  BSys2[2];
If BSys2[3] <> BSys2[3][1] then BSysT2[3]  =  BSys2[3];
If BSys2[4] <> BSys2[4][1] then BSysT2[4]  =  BSys2[4];
If BSys2[5] <> BSys2[5][1] then BSysT2[5]  =  BSys2[5];
If BSys2[6] <> BSys2[6][1] then BSysT2[6]  =  BSys2[6];
If BSys2[7] <> BSys2[7][1] then BSysT2[7]  =  BSys2[7];
If BSys2[8] <> BSys2[8][1] then BSysT2[8]  =  BSys2[8];
If BSys3[1] <> BSys3[1][1] then BSysT3[1]  =  BSys3[1];
If BSys3[2] <> BSys3[2][1] then BSysT3[2]  =  BSys3[2];
If BSys3[3] <> BSys3[3][1] then BSysT3[3]  =  BSys3[3];
If BSys3[4] <> BSys3[4][1] then BSysT3[4]  =  BSys3[4];
If BSys3[5] <> BSys3[5][1] then BSyst3[5]  =  BSys3[5];
If BSys3[6] <> BSys3[6][1] then BSysT3[6]  =  BSys3[6];
If BSys3[7] <> BSys3[7][1] then BSysT3[7]  =  BSys3[7];
If BSys3[8] <> BSys3[8][1] then BSysT3[8]  =  BSys3[8];
If BSys4[1] <> BSys4[1][1] then BSysT4[1]  =  BSys4[1];
If BSys4[2] <> BSys4[2][1] then BSysT4[2]  =  BSys4[2];
If BSys4[3] <> BSys4[3][1] then BSysT4[3]  =  BSys4[3];
If BSys4[4] <> BSys4[4][1] then BSysT4[4]  =  BSys4[4];
If BSys4[5] <> BSys4[5][1] then BSyst4[5]  =  BSys4[5];
If BSys4[6] <> BSys4[6][1] then BSysT4[6]  =  BSys4[6];
If BSys4[7] <> BSys4[7][1] then BSysT4[7]  =  BSys4[7];
If BSys4[8] <> BSys4[8][1] then BSysT4[8]  =  BSys4[8];

Plot1(BSysT[1],"BSys1");
Plot2(BSysT[2],"BSys2");
Plot3(BSysT[3],"BSys3");
Plot4(BSysT[4],"BSys4");
Plot5(BSysT[5],"BSys5");
Plot6(BSysT[6],"BSys6");
Plot7(BSysT[7],"BSys7");
Plot8(BSysT[8],"BSys8");
Plot9(BSysT1[1],"BSys9");
Plot10(BSysT1[2],"BSys10");
Plot11(BSysT1[3],"BSys11");
Plot12(BSysT1[4],"BSys12");
Plot13(BSysT1[5],"BSys13");
Plot14(BSysT1[6],"BSys14");
Plot15(BSysT1[7],"BSys15");
Plot16(BSysT1[8],"BSys16");
Plot17(BSysT2[1],"BSys17");
Plot18(BSysT2[2],"BSys18");
Plot19(BSysT2[3],"BSys19");
Plot20(BSysT2[4],"BSys20");
Plot21(BSysT2[5],"BSys21");
Plot22(BSysT2[6],"BSys22");
Plot23(BSysT2[7],"BSys23");
Plot24(BSysT2[8],"BSys24");
Plot25(BSysT3[1],"BSys25");
Plot26(BSysT3[2],"BSys26");
Plot27(BSysT3[3],"BSys27");
Plot28(BSysT3[4],"BSys28");
Plot29(BSysT3[5],"BSys29");
Plot30(BSysT3[6],"BSys30");
Plot31(BSysT3[7],"BSys31");
Plot32(BSysT3[8],"BSys32");
Plot33(BSysT4[1],"BSys33");
Plot34(BSysT4[2],"BSys34");
Plot35(BSysT4[3],"BSys35");
Plot36(BSysT4[4],"BSys36");
Plot37(BSysT4[5],"BSys37");
Plot38(BSysT4[6],"BSys38");
Plot39(BSysT4[7],"BSys39");
Plot40(BSysT4[8],"BSys40");

 

function:multisystem

 

Inputs: Start_time(numeric),End_time(Numeric),Close_time(numeric),Tick_size(numeric),B1(numericsimple),s1(numericsimple),b2(numericsimple),S2(numericsimple);

variables: var1(false),ttl(false),tts(false),bpt1(0),bpt2(0);
variables: profitl(0),profittotal(0),profits(0);

if TIME >= Start_time AND TIME <= end_time then var1 = TRUE ;
if TIME < Start_time OR TIME > end_time then var1 = FALSE ;
if TIME >= close_time then var1 = FALSE ;

if DATE <> DATE[1] then 
begin
value1=0;
ttl=false;
tts=false;
bpt1=0;
bpt2=0;
profitl=0;
profits=0;
profittotal=0;
end;

condition1= (Momentum (CLOSE, B1) > 0 AND RSI (CLOSE, b2) CROSS UNDER 60) ;
condition2= (Momentum (CLOSE, s1) < 0 AND RSI (CLOSE, S2) CROSS OVER 40) ;

If condition1=true then begin 
If var1=true then
begin

ttl=true;
tts=false;
end;
end;


If condition2=true then begin 
If var1=true then
begin
tts=true;
ttl=false;
end;
end;




If  ttl=true and ttl[1]=false then
begin
bpt1=close-profits[1]-tick_size;
end;

If  tts=true and tts[1]  =false then
begin
bpt2=close+profitl[1]+tick_size;
end;

If tts=true  then
begin
profits=bpt2-close;
profitl=0;
end;

If ttl=true  then
begin
profitl=close-bpt1;
profits=0;
end;

If var1=true then
begin
profittotal=profits+profitl;
end;

value1=profittotal;
multisystem=value1;

picture7.thumb.png.5ba807e9d7286d583d3334373113d275.png

multisystem.pla

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Thank in advanced who will comment on my code. Here the code that will let you put the price on the chart. Warning the line Text_Setsize function doesn't work in tradestation. Too bad for tradestation.

 

if Var2=1 AND Var2[1] <> 1 THEN begin

Signal_long = Text_New (Date, Time, Low * text_offset_buy, numtostr( entryprice, text_digits)); 
Text_SetColor(Signal_long,cyan);
Text_SetSize(Signal_long,14);
end;

if Var2=0 AND Var2[1] = 1 THEN begin
Signal_close = Text_New(Date, Time, high * text_offset_sell, numtostr( exitprice(1), text_digits));
Text_SetColor(Signal_close,yellow);
Text_SetSize(Signal_close,14);
end;


if Var2=-1 AND Var2[1] <>-1  THEN
begin 
Signal_short = Text_New(Date, Time, Low * text_offset_buy, numtostr( entryprice, text_digits)); 
Text_SetColor(Signal_short,red);
Text_SetSize(Signal_short,14);
end;

if Var2=0 AND Var2[1] =- 1 THEN begin
Signal_close = Text_New(Date, Time, high * text_offset_sell, numtostr( exitprice(1), text_digits));
Text_SetColor(Signal_close,yellow);
Text_SetSize(Signal_close,14);
end;

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I forgot to put the variables on the other post. The code must be put after the target reach. No aaa, I cannot post all what I have. I was generous to give something in retrun. Because some people inspired me and I was thinking to regive back a little bit.

 

After the line Buytocover or sell next bar, you have to put the code after

 

If mp=-1 then

begin

buytocover orSell next bar

end;

 

Now you put the code there.

 

VAriables: text_offset_buy (0.9985), text_offset_sell (1.0015), text_digits(4),Signal_long(0),Signal_close(0),Signal_short(0);




if Var2=1 AND Var2[1] <> 1 THEN begin

Signal_long = Text_New (Date, Time, Low * text_offset_buy, numtostr( entryprice, text_digits)); 
Text_SetColor(Signal_long,cyan);
Text_SetSize(Signal_long,14);
end;

if Var2=0 AND Var2[1] = 1 THEN begin
Signal_close = Text_New(Date, Time, high * text_offset_sell, numtostr( exitprice(1), text_digits));
Text_SetColor(Signal_close,yellow);
Text_SetSize(Signal_close,14);
end;


if Var2=-1 AND Var2[1] <>-1  THEN
begin 
Signal_short = Text_New(Date, Time, Low * text_offset_buy, numtostr( entryprice, text_digits)); 
Text_SetColor(Signal_short,red);
Text_SetSize(Signal_short,14);
end;

if Var2=0 AND Var2[1] =- 1 THEN begin
Signal_close = Text_New(Date, Time, high * text_offset_sell, numtostr( exitprice(1), text_digits));
Text_SetColor(Signal_close,yellow);
Text_SetSize(Signal_close,14);
end;

Edited by philloo
miss code

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I'm very intrigued by the Universal System concept. Does anyone have EasyLanguage code or an ELD for it so I can experiment with it on different instruments and intervals. MultiCharts code would be fantastic too. Let's restart the dialogue on this thread. Thanks for the input so far...

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I'm very intrigued by the Universal System concept. Does anyone have EasyLanguage code or an ELD for it so I can experiment with it on different instruments and intervals. MultiCharts code would be fantastic too. Let's restart the dialogue on this thread. Thanks for the input so far...

 

The Universal System is not much of a trading system. I've experimented with it. You have to optimize it for a market and timeframe, then re optimize every so often. I would say, don't waste your time.

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    • UPST Upstart stock watch, pull back to 68.15 gap support area at https://stockconsultant.com/?UPST  
    • Why not to simply connect you account to myfxbook which will collect all this data automatically for you? The process you described looks tedious and a bit obsolete but may work for you though.
    • The big breakthrough with AI right now is “natural language computing.”   Meaning, you can speak in natural language to a computer and it can go through huge data sets, make sense out of them, and speak back to you in natural language.   That alone is a huge breakthrough.   The next leg? AI agents. Where they don’t just speak back to you.   They take action. Here’s the definition I like best: an AI agent is an autonomous system that uses tools, memory, and context to accomplish goals that require multiple steps.   Everything from simple tasks (analyzing web traffic) to more complex goals (building executive briefings or optimizing websites).   They can:   > Reason across multiple steps.   >Use tools like a real assistant (Excel spreadsheets, budgeting apps, search engines, etc.)   > Remember things.   And AI agents are not islands. They talk to other agents.   They can collaborate. Specialized agents that excel at narrow tasks can communicate and amplify one another’s strengths—whether it’s reasoning, data processing, or real-time monitoring.   What it Looks Like You wake up one morning, drink your coffee, and tell your AI agent, “I need to save $500 a month.”   It gets to work.   First, it finds all your recurring subscriptions. Turns out you’re paying $8.99 for a streaming service you forgot you had.   It cancels it. Then it calls your internet provider, negotiates a lower bill, and saves you another $40. Finally, it finds you car insurance that’s $200 cheaper per year.   What used to take you hours—digging through statements, talking to customer service reps on hold for an hour, comparing plans—is done while you’re scrolling Twitter.   Another example: one agent tracks your home maintenance needs and gets information from a local weather-monitoring agent. Result: "Rain forecast next week - should we schedule gutter cleaning now?"   Another: an AI agent will plan your vacations (“Book me a week in Italy for under $2,000”), find the cheapest flights, and sort out hotels with a view.   It’ll remind you to pay bills, schedule doctor’s appointments, and track expenses so you’re not wondering where your paycheck went every month.   The old world gave you tools—Excel spreadsheets, search engines, budgeting apps. The new world gives you agents who do the work for you.   Don’t Get Too Scared (or Excited) Yet William Gibson famously said: "The future is already here – it's just not evenly distributed."   AI agents will distribute it. For decades, the tools that billionaires and corporations used to get ahead—personal assistants, financial advisors, lawyers—were out of reach for regular people.   AI agents could change that.   BUT, remember…   We’re in inning one.   AI agents have a ways to go.   They’re imperfect. They mess up. They need more defenses to get ready for prime time.   To be sure, AI is powerful, but it’s not a miracle worker. It’s great at helping humans solve problems, but it’s not going to replace all jobs overnight.   Instead of fearing AI, think of it as a tool to A.] save you time on boring stuff and B.] amplify what you’re already good at. Right now is the BEST time to start experimenting. It’s also the best time to find investments that will “make AI work for you”. Author: Chris Campbell (AltucherConfidential)   Profits from free accurate cryptos signals: https://www.predictmag.com/     
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