Salve, c’è qualcuno in gamba che riesce a tradurre per Prorealtime questi due indicatori tratto da S&C ?

Grazie anticipatamente.

Function: _Reflex

{
TASC Feb 2020
(C) 2019 John F. Ehlers
_Reflex function
}
Inputs:
	Length(numericsimple);
Vars:
	Slope( 0 ),
	sum( 0 ),
	count( 0 ),
	a1( 0), b1(0), c1(0), 
	c2(0), c3(0), Filt(0),
	MS(0),Reflex(0);

//Gently smooth the data in a SuperSmoother
a1 = ExpValue( -1.414 * 3.14159 / 
	( .5 * Length ) ) ;
b1 = 2 * a1 * Cosine( 1.414 * 180 / 
	( .5 * Length ) ) ;
c2 = b1 ;
c3 = -a1 * a1 ;
c1 = 1 - c2 - c3 ;
Filt = c1 * ( Close + Close[1] ) / 2 
	+ c2 * Filt[1] + c3 * Filt[2] ;

//Length is assumed cycle period
Slope = ( Filt[Length] - Filt ) / Length ;

//Sum the differences
Sum = 0;
for count = 1 to Length 
begin
	Sum = Sum + ( Filt + count * Slope ) - 
		Filt[count] ;
end;
Sum = Sum / Length ;

//Normalize in terms of Standard Deviations
MS = .04 * Sum * Sum + .96 * MS[1] ;
if MS <> 0 then 
	Reflex = Sum / SquareRoot( MS ) ;

_Reflex = Reflex ;


Function: _TrendFlex

{
TASC Feb 2020
(C) 2019 John F. Ehlers
_Trendflex function
}
inputs:
	Length( numericsimple ) ;
Vars:
	Sum( 0 ), Count( 0 ), a1( 0 ), 
	b1( 0 ), c1( 0 ), c2( 0 ), c3( 0 ), 
	Filt( 0 ), MS( 0 ), Trendflex( 0 ) ;

//Gently smooth the data in a SuperSmoother
a1 = ExpValue( -1.414 * 3.14159 / 
	( .5 * Length ) ) ;
b1 = 2 * a1 * Cosine( 1.414 * 180 / 
	( .5 * Length ) ) ;
c2 = b1 ;
c3 = -a1 * a1 ;
c1 = 1 - c2 - c3 ;
Filt = c1 * ( Close + Close[1] ) / 2 + 
	c2 * Filt[1] + c3 * Filt[2] ;

//Sum the differences
Sum = 0 ;
for count = 1 to Length 
begin
	Sum = Sum + Filt - Filt[count] ;
end ;
Sum = Sum / Length ;

//Normalize in terms of Standard Deviations
MS = .04 * Sum * Sum + .96 * MS[1] ;
if MS <> 0 then 
	Trendflex = Sum / SquareRoot( MS ) ;

_Trendflex = trendflex ;


Indicator:  Trendflex Cross

{
TASC Feb 2020
(C) 2019 John F. Ehlers
}
inputs:
	FastLength( 20 ),
	SlowLength( 50 ) ;
variables:	
	FastTF( 0 ),
	SlowTF( 0) ;

FastTF = _TrendFlex( FastLength ) ;	
SlowTF = _TrendFlex( SlowLength ) ;

Plot1( FastTF - SlowTF ) ;
Plot2( 0 ) ;


Strategy: Trendflex Cross

{
TASC Feb 2020
(C) 2019 John F. Ehlers
}
inputs:
	FastLength( 20 ),
	SlowLength( 50 ) ;
variables:	
	FastTF( 0 ),
	SlowTF( 0) ;

FastTF = _TrendFlex( FastLength ) ;	
SlowTF = _TrendFlex( SlowLength ) ;

if FastTF crosses over SlowTF then	
	Buy next bar at Market 
else if FastTF crosses under SlowTF then	
	SellShort next bar at Market ;