var:VolSpikel,Volspike2l,VolSpikes ,SPIKE_LOW, VolSpike2s,SPIKE_HIGHT,zona1,mioatr1,mioatr2;
var:MIN,MAX,bb,CC,zona1;
var:val1,val2,r(0),RR,RR1,RR2,RR3,RR4,RR6,RR5,RR7,mioatr3;
Var:Vol1,mioval, WW,mioatr1,mioatr2;
Var:MioPatt0,MioPatt1;
VAR:miavar(0),MioRsi,MIN1,MAX1;
var:bb,CC,mioatr1,mioatr2;
var:VolP1,VolP2,VolP3 ,SPIKE_LOW, VolP4,SPIKE_HIGHT,mioatr1,mioatr2,miacondizione1,Miacondizione2;
var: L_signal,S_signal,VAL1,VAL2,indzona1,indzona2,miomax,miomin,mioR,RR1,RR2,LLL1,SSS1;
var: solo,spread,LONC,CORT;
VAR: miavar(0),MioRsi,MIN1,MAX1;
var: bb,CC,zona1,mioatr1,mioatr2;
var: VolP1,VolP2,VolP3 ,SPIKE_LOW, VolP4,SPIKE_HIGHT,mioatr1,mioatr2,miacondizione1,Miacondizione2;
var: L_signal,S_signal,VAL1,VAL2,indzona1,indzona2,miomax,miomin,mioR,RR1,RR2,LLL1,SSS1;
var: solo,spread;
Miomax = HHV(H,20);
Miomin = LLV(L,20);
VAL1 = Miomax-C;
VAL2 = C-Miomin;
mioatr1 = rsi(C,14,s);
mioatr2 = rsi(C,21,s);
miacondizione1 = (C-O)<(H-L);
miacondizione2 = (C-O)>(H-L);
//***********************************************************************************************************
if C >= O and (C-O)<(R) then
LLL1 = 1;
else
LLL1 = 0;
endif;
if C <= O and (O-C)<(R) then
SSS1 = 1;
else
SSS1 = 0;
endif;
if LLL1 > SSS1 then
solo = solo+1;
spread = 0;
endif;
if SSS1 > LLL1 then
spread = spread+1;
solo = 0;
endif;
if VAL1 < VAL2 then
L_signal = L_signal+1;
S_signal = 0;
else
S_signal = S_signal+1;
L_signal = 0;
endif;
//***********************************************************************************************************************************
// SEZIONE CONTROLLO SPIKE VOLUMI
VolP1=L<L[1] and L<L[2] AND C>C[1] AND C>O AND miacondizione1 = true AND V[1]>V[2] AND V[1]>V[3] AND V[1]>V[4] AND V[1]>V[5] AND V[1]>V[6] and V[1]>V[7];
VolP2=L>L[1] AND L<L[2] AND C>C[1] AND C>O AND miacondizione2 = true AND V[1]>V[2] AND V[1]>V[3] AND V[1]>V[4] AND V[1]>V[5] AND V[1]>V[6] and V[1]>V[7];
//************************************************************************************************************************************
if VolP1 or VolP2 then
SPIKE_LOW = 1;
colorbar(fuchsia);
else
SPIKE_LOW = 0;
endif;
//************************************************************************************************************************************
VolP3=H>H[1] AND miacondizione1 = true and H>H[2] and C<C[1] AND C<O AND V[1]>V[2] and V[1]>V[3] and V[1]>V[4] and V[1]>V[5] and V[1]>V[6] and V[1]>V[7];
VolP4=H<H[1] AND miacondizione2 = true and H>H[2] and C<C[1] AND C<O AND V[1]>V[2] AND V[1]>V[3] AND V[1]>V[4] AND V[1]>V[5] AND V[1]>V[6]and V[1]>V[7];
//************************************************************************************************************************************
if VolP3 or VolP4 then
SPIKE_HIGHT = -1 ;
colorbar(Yellow);
else
SPIKE_HIGHT = 0;
endif;
//***********************************************************************************************************************************
//********************************************************************************************************************************************
VolSpikel=Low<=Low[1] AND Low<Low[2] AND Close>Close[1] AND Close>=Open AND (Close-Open)<(High-Low) AND Volume[1]>Volume[2] AND Volume[1]>Volume[3] AND Volume[1]>Volume[4] AND Volume[1]>Volume[5] AND Volume[1]>Volume[6] and V[1]>V[7];
VolSpike2l=Low>=Low[1] AND Low<Low[2] AND Close>Close[1] AND Close>=Open AND (Close-Open)<(High-Low) AND Volume[1]>Volume[2] AND Volume[1]>Volume[3] AND Volume[1]>Volume[4] AND Volume[1]>Volume[5] AND Volume[1]>Volume[6] and V[1]>V[7];
IF VolSpikel OR VolSpike2l THEN
SPIKE_LOW=1;
ELSE
SPIKE_LOW=0;
ENDIF;
VolSpikes=High>High[1] AND High>High[2] AND Close<=Close[1] AND Close<=Open AND (Open-Close)<(High-Low) AND Volume[1]>Volume[2] AND Volume[1]>Volume[3] AND Volume[1]>Volume[4] AND Volume[1]>Volume[5] AND Volume[1]>Volume[6] and V[1]>V[7];
VolSpike2s=High<High[1] AND High>High[2] AND Close<=Close[1] AND Close<=Open AND (Open-Close)<(High-Low) AND Volume[1]>Volume[2] AND Volume[1]>Volume[3] AND Volume[1]>Volume[4] AND Volume[1]>Volume[5] AND Volume[1]>Volume[6] and V[1]>V[7];
IF VolSpikes OR VolSpike2s THEN
SPIKE_HIGHT=-1 ;
ELSE
SPIKE_HIGHT=0;
ENDIF;
if C >= O and (C-O)<(R) then
LLL1 = 1;
else
LLL1 = 0;
endif;
if C <= O and (O-C)<(R) then
SSS1 = 1;
else
SSS1 = 0;
endif;
if LLL1 > SSS1 then
solo = solo+1;
spread = 0;
endif;
if SSS1 > LLL1 then
spread = spread+1;
solo = 0;
endif;
if VAL1 < VAL2 then
L_signal = L_signal+1;
S_signal = 0;
else
S_signal = S_signal+1;
L_signal = 0;
endif;
if L_Signal > S_Signal and Solo > Spread then
LONC = LONC+1;
CORT = 0;
else
CORT = CORT+1;
LONC = 0;
endif;
mioatr1 = rsi(C,14,s);
mioatr2 = rsi(C,50,s);
mioatr3 = atr(C,21);
RR = (r[1]+r[2]);
RR1 =(H-l)*V[1]/V*r;
RR3 = LLV(L,10);
RR4 = HHV(H,10);
RR5 =HHV(C,10);
RR7 =LLV(O,10);
//*****************************************************************************
if RR1[1] > 10 and C > C[1] and C[1]< C[2] then
RR2 = rr1+50;
else
RR2 = 0;
endif;
if RR1[1] > 10 and C < C[1] and C[1] > C[2] then
RR2 = RR1-50;
else
RR2 = 0;
endif;
if (H-C) > (C-L)and B = true and R > mioatr3*2 then
RR6 = 100;
else
RR6 = 0;
endif;
if (H-C) <(C-L)and W = TRUE and B[1] = true and R > mioatr3*2 then
RR7 = 100;
else
RR7 = 0;
endif;
// SEZIONI ENTRATE
if SPIKE_LOW = 1 and L_Signal > S_Signal[2] then // ENTRA SE SI VERIFICA LA CONDIZIONE DI PICCO DEI VOLUMI POSITIVA
enterlong(nextbar,atopen);
S_Signal = 0;
endif;
if SPIKE_HIGHT = - 1 and S_Signal > L_Signal[2] then // ENTRA SE SI VERIFICA LA CONDIZIONE DI VOLUMI NEGATIVA
entershort(nextbar,atopen);
L_Signal = 0;
endif;
if L_signal > S_signal[2] and L_Signal > 5 and LLL1 = 1 then
enterlong(nextbar,atopen);
S_signal = 0; // contatore short azzerato
endif;
if S_signal > L_signal[2] and S_Signal > 5 and SSS1 = 1 then
entershort (nextbar,atopen);
L_signal = 0; // contatore long azzerato
endif;
Oggi è entrato veramente al momento giusto....
