GXS_1:=MA(CLOSE,1)/MA(REF(CLOSE,18),18)*100;
GXS_2:=MA(FORCAST(GXS_1,20),6); GXS_3:=EMA(CLOSE,240)-EMA(CLOSE,520); GXS_4:=EMA(GXS_3,180); GXS_5:=GXS_3*2-GXS_4; GXS_6:=SMA(GXS_5,3,1); GXS_7:=60; GXS_8:=130; GXS_9:=45; GXS_10:=EMA(CLOSE,GXS_7)-EMA(CLOSE,GXS_8); GXS_11:=EMA(GXS_10,GXS_9); GXS_12:=GXS_10*2-GXS_11; GXS_13:=SMA(GXS_12,3,1); GXS_14:=EMA(CLOSE,12)-EMA(CLOSE,26); GXS_15:=EMA(GXS_14,9); GXS_16:=GXS_14*2-GXS_15; GXS_17:=SMA(GXS_16,3,1); GXS_18:=LLV(LOW,9); GXS_19:=HHV(HIGH,9); GXS_20:=EMA((CLOSE-GXS_18)/(GXS_19-GXS_18)*100,3); GXS_21:=EMA(GXS_20,3); GXS_22:=MA(GXS_21,3); GXS_23:=IF(CLOSE/REF(CLOSE,1)>1+0.01*9+EXIST(CLOSE/REF(CLOSE,1)>1+0.01*9,10)+CLOSE/REF(CLOSE,1)>1+0.01*9=3,1,0); GXS_24:=EMA(2.055*EMA(EMA(HIGH,34),34)-EMA(EMA(LOW,34),34),5)>CLOSE; GXS_25:=CLOSE/REF(CLOSE,1)-1>=0.08; GXS_26:=LOW<> GXS_27:=LOW<> GXS_28:=(OPEN-LOW)/(CLOSE-OPEN)>=1.48; GXS_29:=CLOSE>REF(CLOSE,1); GXS_30:=CLOSE/REF(CLOSE,1)-1>=0.0502; GXS_31:=(HIGH-CLOSE)/(CLOSE-OPEN)<0.33; GXS_32:=VOL>REF(VOL,1)*2.5; GXS_33:=VOL>REF(VOL,1); GXS_34:=CLOSE>REF(CLOSE,1); GXS_35:=CLOSE/REF(CLOSE,1)-1>=0.0502; GXS_36:=(HIGH-CLOSE)/(CLOSE-OPEN)<0.33; GXS_37:=CLOSE/REF(CLOSE,1)-1>=0.049; GXS_38:=CLOSE>REF(CLOSE,1); GXS_39:=VOL>REF(VOL,1)*1.9; GXS_40:=IF(FILTER(GXS_39 AND GXS_38 AND GXS_37 AND GXS_36 OR (GXS_35 AND GXS_34 AND GXS_33 AND GXS_32 AND GXS_31) OR (GXS_30 AND GXS_29 AND GXS_28 AND GXS_27 AND GXS_26) OR GXS_25 AND GXS_24,34),1,0) AND GXS_23; GXS_41:=CLOSE/REF(CLOSE,1)>1.048; GXS_42:=CLOSE=HIGH; GXS_43:=BETWEEN(FORCAST(VOL,4),0.2*FORCAST(VOL,12),2.1*FORCAST(VOL,12)); GXS_44:=LOW>REF(CLOSE,1)*0.93; GXS_45:=KDJ.J-REF(KDJ.J,1)>30; GXS_46:=CLOSE/REF(CLOSE,1)>1.043; GXS_47:=MACD.MACD>0; GXS_48:=MACD.DEA>0; GXS_49:=SMA(20*(DMA(CLOSE,2.5*MAX(VOL/700000000,1.1*(MAX(HIGH,REF(CLOSE,1))/MIN(LOW,REF(CLOSE,1))-1)))/REF(DMA(CLOSE,2.5*MAX(VOL/700000000,1.1*(MAX(HIGH,REF(CLOSE,1))/MIN(LOW,REF(CLOSE,1))-1))),1)-1),2,1); GXS_50:=EMA(SMA(20*(DMA(CLOSE,2.5*MAX(VOL/700000000,1.1*(MAX(HIGH,REF(CLOSE,1))/MIN(LOW,REF(CLOSE,1))-1)))/REF(DMA(CLOSE,2.5*MAX(VOL/700000000,1.1*(MAX(HIGH,REF(CLOSE,1))/MIN(LOW,REF(CLOSE,1))-1))),1)-1),2,1),2); GXS_51:=CLOSE>=REF(CLOSE,1); GXS_52:=SMA(20*(DMA(CLOSE,2.5*MAX(VOL/700000000,1.1*(MAX(HIGH,REF(CLOSE,1))/MIN(LOW,REF(CLOSE,1))-1)))/REF(DMA(CLOSE,2.5*MAX(VOL/700000000,1.1*(MAX(HIGH,REF(CLOSE,1))/MIN(LOW,REF(CLOSE,1))-1))),1)-1),2,1); GXS_53:=EMA(SMA(20*(DMA(CLOSE,2.5*MAX(VOL/700000000,1.1*(MAX(HIGH,REF(CLOSE,1))/MIN(LOW,REF(CLOSE,1))-1)))/REF(DMA(CLOSE,2.5*MAX(VOL/700000000,1.1*(MAX(HIGH,REF(CLOSE,1))/MIN(LOW,REF(CLOSE,1))-1))),1)-1),2,1),2); GXS_54:=CLOSE>=REF(CLOSE,1); GXS_55:=FILTER(GXS_41 AND GXS_42 AND GXS_43,28)*100 AND GXS_44 OR (GXS_45 AND GXS_46 AND GXS_47 AND GXS_48) AND CROSS(IF(GXS_49>0.24 AND GXS_50>=0.005 AND GXS_51,1,0),0.5) AND COUNT(IF(GXS_52>0.24 AND GXS_53>=0.005 AND GXS_54,1,0)>0.5,10)=1 OR GXS_40; GXS_56:=2; GXS_57:=CLOSE>=ZTPRICE(REF(CLOSE,1),0.1); GXS_58:=COUNT(GXS_57,GXS_56)=1 AND GXS_57; GXS_59:=VOL; GXS_60:=GXS_59>MA(VOL,89); GXS_61:=EXPMA(CLOSE,5); GXS_62:=EXPMA(CLOSE,29); GXS_63:=GXS_61>GXS_62; GXS_64:=REF(CLOSE,1); GXS_65:=SMA(MAX(CLOSE-GXS_64,0),12,1)/SMA(ABS(CLOSE-GXS_64),12,1)*100; GXS_66:=SMA(MAX(CLOSE-GXS_64,0),56,1)/SMA(ABS(CLOSE-GXS_64),56,1)*100; GXS_67:=GXS_65>GXS_66 AND GXS_63 AND GXS_60; GXS_68:=HHV(HIGH,30); GXS_69:=LLV(LOW,30); GXS_70:=REF((GXS_68/GXS_69-1)*100<=30,1); GXS_71:=ABS(((3.48*CLOSE+HIGH+LOW)/4-EMA(CLOSE,23))/EMA(CLOSE,23)); GXS_72:=DMA((2.15*CLOSE+LOW+HIGH)/4,GXS_71); GXS_73:=EMA(GXS_72,200)*1.1; GXS_74:=(CLOSE-REF(CLOSE,1))/REF(CLOSE,1)*100>5; GXS_75:=CROSS(CLOSE,GXS_73) AND REF(CLOSE*1.097,1)
