P1:= MA(CLOSE,2);
P2:= MA(CLOSE,5);
DIFF :=EMA(CLOSE,12) – EMA(CLOSE,26);
DEA :=EMA(DIFF,9);
VMA1:=MA (VOL,2)/100000;
VMA2:=MA(VOL,5)/100000;
VAR3:=LLV(LOW,34);
VAR4:=HHV(HIGH,34);
XX:=((((CLOSE-MA(CLOSE,34))/MA(CLOSE,34))*100)*5);
B001:=(((((CLOSE-MA(CLOSE,42))/MA(CLOSE,42)))*100)*5);
B002:=(((((CLOSE-MA(CLOSE,67))/MA(CLOSE,67)))*100)*5);
B003:=(((XX+B001)/2)-B002);
B004:=(((0-100)*(VAR4-CLOSE))/(VAR4- VAR3));
B005:=(((0-100)*(HHV(HIGH,42) – CLOSE))/(HHV(HIGH,42) – LLV(LOW,42)));
B006:=(((0-100)*(HHV(HIGH,72) – CLOSE))/(HHV(HIGH,72) – LLV(LOW,72)));
B007:=EMA((((B004+B005)/2)-B006),6);
B008:=REF(CLOSE,1);
B009:=((((SMA(MAX((CLOSE – B008),0),19,1) / SMA(ABS((CLOSE – B008)),19,1)) * 100) – 50) * 1.25);
B010:=((((SMA(MAX((CLOSE – B008),0),34,1) / SMA(ABS((CLOSE – B008)),34,1)) * 100) – 50) * 1.25);
B011:=((((SMA(MAX((CLOSE – B008),0),72,1) / SMA(ABS((CLOSE – B008)),72,1)) * 100) – 50) * 1.25);
mm:=EMA(((((B009 + B010)/2) – B011) * 5),6);
MAC:=DIFF>DEA;
KK:CROSS(mm,-28) AND MAC AND C