Sorry but I have edited the post badly. Now you can see it well in another new post

this is the code…

var….R=14, p=20, a= 0.9, b= -0.9, and c[5,10][1] this is optimizable

miRSI = RSI[r](close)
bolDn = BollingerDown[p](miRSI)
bolUp = BollingerUp[p](miRSI)
// lineaUp = a
// lineaDown = bRSIn = (((miRSI - bolDn) / (bolUp - bolDn))*2)-1

filtro1 = average [30]>average[250]

// Condiciones para entrada de posiciones largas
IF NOT LongOnMarket AND RSIn crosses over b and filtro1 THEN
BUY 10000 cash AT MARKET
ENDIF

// Condiciones de salida de posiciones largas
If LongOnMarket AND RSIn crosses under a THEN
SELL AT MARKET
ENDIF

SET STOP %LOSS c

I send you the code directly because I didn’t know how I had to envy….

r=14, p=20, a=0.9, b=-0.9, c=[5,10][1]


miRSI = RSI[r](close)
bolDn = BollingerDown[p](miRSI)
bolUp = BollingerUp[p](miRSI)
// lineaUp = a
// lineaDown = bRSIn = (((miRSI - bolDn) / (bolUp - bolDn))*2)-1


filtro1 = average [30]>average[250]


// Condiciones para entrada de posiciones largas
IF NOT LongOnMarket AND RSIn crosses over b and filtro1 THEN
BUY 10000 cash AT MARKET
ENDIF


// Condiciones de salida de posiciones largas
If LongOnMarket AND RSIn crosses under a THEN
SELL AT MARKET
ENDIF


SET STOP %LOSS c

At the first line you can see the variables, a and b are 0.9 and -0.9, and you can change this with 0.1, between 1 and 0.5, and -1 and -0.5… the best result is 0.9