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RE: [Metastockusers] Re: Schaff Trend Cycle Indicator



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<span
>          
Hi Martin,

<span
>                         
That's it 

 

<span
>          
Also <span
> regarding <font
color=black face="Courier New">www.terminmarktwelt.de


Klaus A. Wobbe<span
> 
Technical Investor 

<span
>wrote

<span
> 

"unfortunately,
we haven't launched our english website yet. But be sure, we will launcht it
soon. Then you can chat in english, use TradeSignal
enterprise and Equilla - the traders' language free of charge and off course
use the Schaff Trend Cycle Indicator."

 

Thanks

Michael B



<span
> 

 

 

<span
>-----Original Message<span
class=GramE>-----  wrote 
From: praktikus_ms
[mailto:praktikus@xxxxxxxxxx] 
Sent: <st1:date
Month="10" Day="16" Year="2003"><span
 >Thursday, 16 October 2003<font
size=2 face=Tahoma> <st1:time
Hour="2" Minute="52">2:52 AM<span
>
To: Metastockusers@xxxxxxxxxxxxxxx
Subject: [Metastockusers] Re:
Schaff Trend Cycle Indicator

<font size=3
face="Times New Roman"> 

<font size=2
face="Courier New">Hi Michael,<font
size=2 face="Courier New">

I'm not exactly sure for what platform you are
looking for the code 
but in the thread you copied from
www.terminmarktwelt.de (a site I 
greatly reccomend to those who understand german)
is the Metastock 
code for the Schaff TC Indicator. Below you find
the pure code

> Schaffer Cycle
> 
> Cycle:=Input("Schaff
Cycle",1,100,10);
> SH:=Input("Short Period",5,50,23);
> LG:=Input("Long Period",20,200,50);
> MCD := Wilders( typical(),Sh) - Wilders(
typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> stc

This code is for an expert:


> Schaffer Expert
> 
> Highlight Red:
> Cycle:=10;
> SH:=23;
> LG:=50;
> MCD := Wilders( typical(),Sh) - Wilders(
typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> Cross(75,stc)
> 
> 
> Highlight green:
> Cycle:=10;
> SH:=23;
> LG:=50;
> MCD := Wilders( Typical(),Sh) - Wilders(
Typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> Cross(stc,25)
> 
> 
> Symbol Buy:
> Cycle:=10;
> SH:=23;
> LG:=50;
> MCD := Wilders( typical(),Sh) - Wilders(
typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> BB:=BarsSince(Cross(stc,25));
> BS:=BarsSince(Cross(75,stc));
> TB:=ValueWhen(1,Cross(stc,25),H);
> TS:=ValueWhen(1,Cross(75,stc),L);
> tr:=If(bb<bs,tb,ts);
> sell:=C<tr AND Ref(C,-1)> tr AND
bb>bs;
> buy:=C>tr AND Ref(C,-1)< tr AND
bb<bs;
> i:=Cum(buy>-1 AND sell>-1)=1;
> x:=BarsSince(i OR buy)>=BarsSince(i OR
sell)=0;
> X=1 AND Ref(X,-1)=0
> 
> 
> Symbol Sell
> Cycle:=10;
> SH:=23;
> LG:=50;
> MCD := Wilders( typical(),Sh) - Wilders(
typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> BB:=BarsSince(Cross(stc,25));
> BS:=BarsSince(Cross(75,stc));
> TB:=ValueWhen(1,Cross(stc,25),H);
> TS:=ValueWhen(1,Cross(75,stc),L);
> tr:=If(bb<bs,tb,ts);
> sell:=C<tr AND Ref(C,-1)> tr AND
bb>bs;
> buy:=C>tr AND Ref(C,-1)< tr AND
bb<bs;
> i:=Cum(buy>-1 AND sell>-1)=1;
> x:=BarsSince(i OR buy)>=BarsSince(i OR
sell)=0;
> X=0 AND Ref(X,-1)>0

the Schaffer Trigger is defined as

> Cycle:=10;
> SH:=23;
> LG:=50;
> MCD := Wilders( Typical(),Sh) - Wilders(
Typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> BB:=BarsSince(Cross(stc,25));
> BS:=BarsSince(Cross(75,stc));
> TB:=ValueWhen(1,Cross(stc,25),H);
> TS:=ValueWhen(1,Cross(75,stc),L);
> tr:=If(bb<bs,tb,ts);
> tr
> 

and with a little modification you get


> Schaffer System (modified)
> 
> 
> Highlight: 
> 
> Setup Long
> Cycle:=10;
> SH:=23;
> LG:=50;
> MCD := Wilders( Typical(),Sh) - Wilders(
Typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> Cross(stc,25)
> 
> Setup Short
> Cycle:=10;
> SH:=23;
> LG:=50;
> MCD := Wilders( Typical(),Sh) - Wilders(
Typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> Cross(75,stc)
> 
and for the Expert with the modification
> 
> Symbol: Enter Long
> Cycle:=10;
> SH:=23;
> LG:=50;
> MCD := Wilders( Typical(),Sh) - Wilders(
Typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> BB:=BarsSince(Cross(stc,25));
> BS:=BarsSince(Cross(75,stc));
> TB:=ValueWhen(1,Cross(stc,25),H);
> TS:=ValueWhen(1,Cross(75,stc),L);
> tr:=If(bb<bs,tb,ts);
> ES:=(C<tr AND Ref(C,-1)> tr AND
bb>bs) OR (Cross(tr,C) AND bb>bs);
> EL:=(C>tr AND Ref(C,-1)< tr AND
bb<bs) OR (Cross(C,tr) AND bb<bs);
> CL:=Cross(75,stc) OR Cross(tr,C);
> CS:=Cross(stc,25) OR Cross(C,tr);
> State:=If(Cum(1)=1,0,If(EL,1,If(ES,-1,If((CL
AND PREV=1) OR (CS AND
> PREV=-1),0,PREV))));
> State=1 AND Ref(State,-1)<1 
> 
> Symbol: Enter Short
> Cycle:=10;
> SH:=23;
> LG:=50;
> MCD := Wilders( Typical(),Sh) - Wilders(
Typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> BB:=BarsSince(Cross(stc,25));
> BS:=BarsSince(Cross(75,stc));
> TB:=ValueWhen(1,Cross(stc,25),H);
> TS:=ValueWhen(1,Cross(75,stc),L);
> tr:=If(bb<bs,tb,ts);
> ES:=(C<tr AND Ref(C,-1)> tr AND
bb>bs) OR (Cross(tr,C) AND bb>bs);
> EL:=(C>tr AND Ref(C,-1)< tr AND
bb<bs) OR (Cross(C,tr) AND bb<bs);
> CL:=Cross(75,stc) OR Cross(tr,C);
> CS:=Cross(stc,25) OR Cross(C,tr);
> State:=If(Cum(1)=1,0,If(EL,1,If(ES,-1,If((CL
AND PREV=1) OR (CS AND
> PREV=-1),0,PREV))));
> 
> State=-1 AND Ref(State,-1)>-1
> 
> 
> Symbol: Close Short
> Cycle:=10;
> SH:=23;
> LG:=50;
> ATRval:=ATR(3); 
> MCD := Wilders( Typical(),Sh) - Wilders(
Typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> BB:=BarsSince(Cross(stc,25));
> BS:=BarsSince(Cross(75,stc));
> TB:=ValueWhen(1,Cross(stc,25),H);
> TS:=ValueWhen(1,Cross(75,stc),L);
> tr:=If(bb<bs,tb,ts);
> ES:=(C<tr AND Ref(C,-1)> tr AND
bb>bs) OR (Cross(tr,C) AND bb>bs);
> EL:=(C>tr AND Ref(C,-1)< tr AND
bb<bs) OR (Cross(C,tr) AND bb<bs);
> CL:=Cross(75,stc) OR Cross(tr,C);
> CS:=Cross(stc,25) OR Cross(C,tr);
> State:=If(Cum(1)=1,0,If(EL,1,If(ES,-1,If((CL
AND PREV=1) OR (CS AND
> PREV=-1),0,PREV))));
> 
> State=0 AND Ref(State,-1)=-1
> 
> 
> Symbol: Close Long
> Cycle:=10;
> SH:=23;
> LG:=50;
> MCD := Wilders( Typical(),Sh) - Wilders(
Typical(),Lg); 
> ST := ((MCD-LLV(MCD,Cycle)) /
(HHV(MCD,Cycle)-LLV(MCD,Cycle))) 
*100; 
> STC := Wilders(ST,Cycle/2);
> BB:=BarsSince(Cross(stc,25));
> BS:=BarsSince(Cross(75,stc));
> TB:=ValueWhen(1,Cross(stc,25),H);
> TS:=ValueWhen(1,Cross(75,stc),L);
> tr:=If(bb<bs,tb,ts);
> ES:=(C<tr AND Ref(C,-1)> tr AND
bb>bs) OR (Cross(tr,C) AND bb>bs);
> EL:=(C>tr AND Ref(C,-1)< tr AND
bb<bs) OR (Cross(C,tr) AND bb<bs);
> CL:=Cross(75,stc) OR Cross(tr,C);
> CS:=Cross(stc,25) OR Cross(C,tr);
> State:=If(Cum(1)=1,0,If(EL,1,If(ES,-1,If((CL
AND PREV=1) OR (CS AND
> PREV=-1),0,PREV))));
> State=0 AND Ref(State,-1)=1

If it was this what you were looking for I am
glad, else let me 
know :-) .

Martin






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