飞狐W百变K线指标公式

温馨提醒，技术指标有其本身局限性，一旦不符合预期，立即清仓控制风险。
指标仅供参考与学习，请勿商用或实战，否则后果和损失自行承担！

DRAWGBK(CLOSE>0,COLORRGB(1,777,777),COLORRGB(1,222,444),1);

J5:MA(CLOSE,5),colorCCFFFF;

J10:MA(CLOSE,10),colorFFFF;

J20:MA(CLOSE,20),colorF00FF0;

J30:MA(CLOSE,30),colorFF00;

J60:MA(CLOSE,60),colorFFAA00;

J120:MA(CLOSE,120),color9900;

J250:MA(CLOSE,250),colorFF0000;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,8,0),color9900FF;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,7,0),colorCC00FF;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,6,0),colorFF00FF;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,4,0),colorFF66FF;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,2,0),colorFF99FF;

STICKLINE(CLOSE>=OPEN,HIGH,LOW,1,0),colorFFCCFF;

STICKLINE(CLOSE

AA:=SYSPARAM(1);

CC:=SYSPARAM(2);

DD:=AA-CC;

IF DD=1 THEN BEGIN

DRAWGBK(DD=1,COLORRGB(255,125,0),COLORRGB(255,255,0),1);

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,9,0),colorAAAAAA;

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,6,0),colorBBBBBB;

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,2.4,0),colorCCCCCC;

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,1.1,0),colorDDDDDD;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,9,0),color6666CC;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,6,0),color7777DD;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,2.4,0),color8888EE;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,1.1,0),color9999FF;

STICKLINE(CLOSE>OPEN,OPEN,LOW,0.5,0),color1199FF;

STICKLINE(CLOSE>OPEN,CLOSE,HIGH,0.5,0),color1199FF;

STICKLINE(OPEN>=CLOSE,CLOSE,LOW,0.5,0),colorCCCCCC;

STICKLINE(OPEN>=CLOSE,OPEN,HIGH,0.5,0),colorCCCCCC;

FH:=HIGH;

FL:=LOW;

SELL:=0*FH;

BUY:=SELL;

SIGNAL:=SELL;

BOXH:SELL,LINETHICK0;

BOXL:SELL,LINETHICK0;

VARIABLE:HC=0,LC=0,BT=FH[1],BB=FH[1];

FOR I=1 TO DATACOUNT DO BEGIN

IF HC>1 THEN BEGIN

IF LC>2 AND BT

BUY[I]:=1;

FOR J=I-1 DOWNTO I-HC DO BEGIN

BOXH[J]:FH[I-HC],LINETHICK0;

BOXL[J]:FL[I-LC],LINETHICK0;

END;

HC:=0;

LC:=0;

END;

IF BT>FH[I] THEN BEGIN

IF LC>2 THEN BEGIN

IF BB>=FL[I] THEN BEGIN

SELL[I]:=1;

FOR J=I-1 DOWNTO I-HC DO BEGIN

BOXH[J]:FH[I-HC],LINETHICK0;

BOXL[J]:FL[I-LC],LINETHICK0;

END;

HC:=-1;

LC:=0;

END;ELSE BEGIN

BOXH[I]:FH[I-HC],LINETHICK0;

BOXL[I]:FL[I-LC],LINETHICK0;

END;

HC:=HC+1;

IF LC>1 THEN BEGIN

IF BB

LC:=LC+1;

IF LC=3 THEN BEGIN

SIGNAL[I-HC+1]:=1;

FOR J=I DOWNTO I-HC+1 DO BEGIN

BOXH[J]:FH[I-HC+1],LINETHICK0;

BOXL[J]:FL[I-LC+1],LINETHICK0;

END;

END;ELSE

LC:=0;

END;ELSE

IF LC=1 THEN BEGIN

IF BB

LC:=LC+1;

END;ELSE

LC:=0;

END;

IF LC=0 AND HC>1 THEN BEGIN

BB:=FL[I];

LC:=LC+1;

END;

END;ELSE BEGIN

HC:=0;

LC:=0;

END;

END;ELSE

IF HC=1 THEN BEGIN

IF BT>FH[I] THEN

HC:=HC+1;ELSE BEGIN

HC:=0;

LC:=0;

END;

IF HC=0 THEN BEGIN

BT:=FH[I];

HC:=HC+1;

END;

PARTLINE(BOXH AND BOXH=REF(BOXH,1),BOXH),colorFFFF;

PARTLINE(BOXL AND BOXL=REF(BOXL,1),BOXL),colorFFFF;

STICKLINE((SIGNAL OR REFX(BUY OR SELL,1)) AND BOXH,BOXH,BOXL,0.1,0),colorFFFF;

DRAWICON(BUY,LOW*0.98,4);

DRAWICON(SELL,HIGH*1.02,5);

END;

IF DD=2 THEN B{公式网www.haoyundada.com}EGIN

DRAWGBK(DD=2,COLORRGB(1,888,888),COLORRGB(1,222,444),1);

MA3:MA(CLOSE,3);

MA5:MA(CLOSE,5),colorFFFF;

MA21:MA(CLOSE,21);

AA:=REF(HIGH,12)=HHV(HIGH,2*12+1);

BB:=BACKSET(AA,12+1);

CC:=FILTER(BB,12) AND HIGH=HHV(HIGH,12+1);

DRAWICON(CC AND ISLASTBAR=1,HIGH*1.01,10);

AA2:=REF(LOW,12)=LLV(LOW,2*12+1);

BB2:=BACKSET(AA2,12+1);

CC2:=FILTER(BB2,12) AND LOW=LLV(LOW,12+1);

DRAWICON(CC2 AND ISLASTBAR=1,LOW*0.998,11);

GG:=ISLASTBAR=1 AND REF(CC,BARSLAST(CC));

HH:=BACKSET(GG,BARSLAST(CC)+1);

II:=HH>REF(HH,1);

JJ:=REF(BARSLAST(CC),1);

KK:=BACKSET(II,JJ+2);

LL:=KK>REF(KK,1);

DRAWLINE(LL,HIGH,II,HIGH,1),colorFF;

GG2:=ISLASTBAR=1 AND REF(CC2,BARSLAST(CC2));

HH2:=BACKSET(GG2,BARSLAST(CC2)+1);

II2:=HH2>REF(HH2,1);

JJ2:=REF(BARSLAST(CC2),1);

KK2:=BACKSET(II2,JJ2+2);

LL2:=KK2>REF(KK2,1);

DRAWLINE(LL2,LOW,II2,LOW,1),colorFF00;

LA1:=LLVBARS(LOW,30);

LA2:=BACKSET(ISLASTBAR,LA1+1);

LA:=FILTER(LA2,30);

DRAWICON(LA,LOW,10);

LB1:=LLVBARS(LOW,60);

LB2:=BACKSET(ISLASTBAR,LB1+1);

LB:=FILTER(LB2,60);

DRAWICON(LB,LOW,10);

LC1:=LLVBARS(LOW,120);

LC2:=BACKSET(ISLASTBAR,LC1+1);

LC:=FILTER(LC2,120);

DRAWICON(LC,LOW,10);

LD1:=LLVBARS(LOW,250);

LD2:=BACKSET(ISLASTBAR,LD1+1);

LD:=FILTER(LD2,250);

DRAWICON(LD,LOW,10);

LINEVALUE(LD,LOW,LC,LOW,0,0),colorFFFF;

LINEVALUE(LC,LOW,LB,LOW,0,0),colorFF9000;

LINEVALUE(LB,LOW,LA,LOW,0,0),colorFF00;

VAR1:=(2*CLOSE+HIGH+LOW)/4;

VAR2:=MA(VAR1,5);

VAR3:=MA(VAR1,21);

VAR4:=MA(VAR1,60);

STICKLINE(VAR1>=VAR2,CLOSE,OPEN,6,0),colorFF00FF;

STICKLINE(VAR1>=VAR2,HIGH,LOW,0,0),colorFF00FF;

STICKLINE(VAR1

STICKLINE(VAR1OPEN,CLOSE,OPEN,6,0),colorFFFF;

STICKLINE(VAR1OPEN,HIGH,LOW,0,0),colorFFFF;

STICKLINE(VAR1>=VAR4 AND VAR1>OPEN,CLOSE,OPEN,6,0),colorFF;

STICKLINE(VAR1>=VAR4 AND VAR1>OPEN,HIGH,LOW,0,0),colorFF;

STICKLINE(VAR1>=VAR4 AND VAR1

A3:=BARSLAST(REF(CROSS(“MACD.DIFF”,”MACD.DEA”),1));

B3:=REF(CLOSE,A3+1)>CLOSE AND REF(“MACD.DIFF”,A3+1)

DRAWTEXT(FILTER(B3>0,5),LOW-0.38,’MACD底背’),colorFF00;

C3:=BARSLAST(REF(CROSS(“KDJ.K”,”KDJ.D”),1));

D3:=REF(CLOSE,C3+1)>CLOSE AND REF(“KDJ.K”,C3+1)

DRAWTEXT(FILTER(D3>0,5),LOW-0.39,’KDJ底背’),colorFFFF;

短线2:=BARSLAST(REF(CROSS(“RSI.RSI1″,”RSI.RSI2”),1));

短线1:=REF(CLOSE,短线2+1)>CLOSE AND REF(“RSI.RSI1”,短线2+1)

DRAWTEXT(FILTER(短线1>0,5),LOW,’RSI底背’),colorFFFF00;

MA10:=BARSLAST(REF(CROSS(“MACD.DEA”,”MACD.DIFF”),1));

VARA:=REF(CLOSE,MA10+1)”MACD.DIFF” AND CROSS(“MACD.DEA”,”MACD.DIFF”);

DRAWTEXT(FILTER(VARA>0,5),HIGH+0.08,’MACD顶背’),colorFFFFFF;

VARB:=BARSLAST(REF(CROSS(“KDJ.D”,”KDJ.K”),1));

VARC:=REF(CLOSE,VARB+1)”KDJ.K” AND CROSS(“KDJ.D”,”KDJ.K”);

DRAWTEXT(FILTER(VARC>0,5),HIGH+0.32,’KDJ顶背’),colorFFFFFF;

VAR5:=BARSLAST(REF(CROSS(“RSI.RSI2″,”RSI.RSI1”),1));

VAR6:=REF(CLOSE,VAR5+1)”RSI.RSI1″ AND CROSS(“RSI.RSI2″,”RSI.RSI1”);

DRAWTEXT(FILTER(VAR6>0,5),HIGH+0.1,’RSI顶背’),colorFF00FF;

END;

IF DD=3 THEN BEGIN

DRAWGBK(CLOSE

DRAWGBK(CLOSE>OPEN,COLORRGB(0,11,150),COLORRGB(55,50,100),1);

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,8,0),colorA8;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,7,0),colorC0;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,6,0),colorD0;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,4,0),colorE0;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,3,0),colorF0;

STICKLINE(CLOSE>=OPEN,HIGH,LOW,1,0),color3366FF;

STICKLINE(CLOSE

RSI1:=EMA(EMA(EMA(CLOSE,3),3),3)-REF(EMA(EMA(EMA(CLOSE,3),3),3),1)+EMA(EMA(EMA(CLOSE,3),3),3);

走低:HHV(RSI1,3),LINETHICK2,colorFF6633;

趋势:RSI1,LINETHICK2,colorFFFF;

RSI2:=EMA(EMA(EMA(CLOSE,3),3),3)-REF(EMA(EMA(EMA(CLOSE,3),3),3),1)+EMA(EMA(EMA(CLOSE,3),3),3);

支撑:MA(RSI2,10),colorFF00FF;

MA5:MA(CLOSE,5),colorFFFF;

BIAS3:=MA(CLOSE,10);

短线:=MA(EMA(EMA(EMA(CLOSE,3),3),3)-REF(EMA(EMA(EMA(CLOSE,3),3),3),1)+EMA(EMA(EMA(CLOSE,3),3),3),10);

VAR1:=SLOPE(EMA(CLOSE,2),5)*15+CLOSE;

VAR2:=EMA(VAR1,5);

VAR11:=EMA(EMA(EMA(EMA(EMA(EMA(EMA(EMA(VAR2,5),5),5),5),5),5),5),5);

VARA12:=BARSLAST(CROSS(CLOSE,VAR11));

底部线:=BARSLAST(CROSS(VAR11,CLOSE));

MA3:MA(CLOSE,3);

VAR3:=REF(CLOSE,2)*0.865;

VAR4:=REF(CLOSE,13)*0.772;

获利比例:=MIN(VAR3,VAR4);

VAR12:=100*VOL/CAPITAL;

VAR13:=(SMA(MAX(CLOSE-REF(CLOSE,1),0),6,1))/(SMA(ABS(CLOSE-REF(CLOSE,1)),6,1))*100;

VAR14:=(SMA(MAX(CLOSE-REF(CLOSE,1),0),12,1))/(SMA(ABS(CLOSE-REF(CLOSE,1)),12,1))*100;

VAR15:=(CLOSE-MA(CLOSE,24))/MA(CLOSE,24)*100;

VAR16:=VAR15

VAR17:=CROSS(VAR13,20) AND COUNT(VAR16=1,3)>=1;

VAR18:=MA(CLOSE,80)-MA(CLOSE,10)/3;

D:=MA(CLOSE,80)-MA(CLOSE,10)/3;

VAR19:=WINNER(CLOSE)*100;

A5:=MA(VAR19,5);

A30:=MA(VAR19,30);

VAR21:=(EMA(CLOSE,4)+EMA(CLOSE,8)+EMA(CLOSE,16))/3;

VAR22:=(EMA(CLOSE,8.8)+EMA(CLOSE,17.6)+EMA(CLOSE,35.2))/3;

VAR23:=(EMA(CLOSE,22.4)+EMA(CLOSE,44.8)+EMA(CLOSE,89.6))/3;

VAR24:=(VAR21+VAR22+VAR23)/3;

VARA1:=EMA(VAR24,10);

VARB1:=CROSS(CLOSE,VARA1);

VARC1:=CLOSE>OPEN AND CLOSE>REF(CLOSE,1) AND VOL>REF(VOL,1);

VARD1:=IF(VAR21>VAR22,VAR21,VAR22);

VARE1:=(MA(CLOSE,3)+MA(CLOSE,6)+MA(CLOSE,12)+MA(CLOSE,24))/4;

VARF1:=VARE1+3*STD(VARE1,10);

VARG1:=VARE1-3*STD(VARE1,10);

VARH1:=(VARF1-VARG1)/VARE1

TODAY:=IF(VAR22>VAR23,VAR22,VAR23);

TODAYZ:=IF(VARD1>TODAY,VARD1,TODAY);

CB:=IF(VAR21

TR:=IF(VAR22

ATR:=IF(CB

HZ3:=(TODAYZ-ATR)/MA(CLOSE,4)

TZ:=COUNT(VARB1,3)=1 AND VARC1 AND HZ3 AND CLOSE>MA(CLOSE,7) AND VARF1>REF(VARF1,1) AND A5>=A30 AND VAR19

VARD:=TZ AND REF(VARH1,1)8;

STICKLINE(CLOSE

STICKLINE(CLOSE>VAR11 AND CLOSE>REF(CLOSE,VARA12),REF(CLOSE,VARA12),BIAS3,1,0),color6699CC;

STICKLINE(CLOSE

STICKLINE(CLOSE>VAR11 AND CLOSE

上涨:STICKLINE(CLOSE>VAR11,REF(CLOSE,VARA12),REF(CLOSE,VARA12),1,0),LINETHICK2,colorFF66FF;

洗盘:STICKLINE(CLOSE>VAR11 AND CLOSE

下跌:STICKLINE(CLOSE

END;

IF DD=4 THEN BEGIN

DRAWGBK(DD=4,COLORRGB(665,155,155),COLORRGB(155,155,155),1);

DRAWGBK(CLOSE

DRAWGBK(CLOSE>OPEN,COLORRGB(0,11,150),COLORRGB(55,55,100),1);

DRAWBKBMP(CLOSE>OPEN,’pxl’);

DRAWTEXT(SYSPARAM(2)=BARPOS,CLOSE,’泉鑫指标

VARE:=SYSPARAM(2)=BARPOS;

VARF:=SYSPARAM(4);

VAR10:=VARF;

CYC5:=MAX(MAX(HIGH-LOW,ABS(REF(CLOSE,1)-HIGH)),ABS(REF(CLOSE,1)-LOW));

CYC13:=MA(CYC5,13);

VAR1:=REF(CLOSE,1)-REF(CYC13,1);

泉鑫线:HHV(VAR1,13),colorFF00;

CYC34:=SMA(AMOUNT,15,6)-REF(SMA(AMOUNT,15,6),61);

CYC无穷:=LLV(LOW,2);

SMA(DMA(CYC无穷,CYC34),8,4);

SMA(DMA(CYC无穷,CYC34),7,4);

SMA(DMA(CYC无穷,CYC34),6,4);

QQ:SMA(DMA(CYC无穷,CYC34),5,4);

DRAWICON(QQ/REF(QQ,1)

底部线:=AMOUNT/VOL/100;

VAR1A:=(3*HIGH+LOW+OPEN+2*CLOSE)/7;

VAR1B:=SUM(AMOUNT,5)/底部线/100;

VAR1C:=SUM(AMOUNT,13)/底部线/100;

VAR1D:=SUM(AMOUNT,34)/底部线/100;

VAR16:=SUM(AMOUNT,209)/底部线/100;

VAR21:=REF(VOL,1)+REF(VOL,2)+REF(VOL,3)+REF(VOL,4);

VAR22:=VAR21/CAPITAL;

VAR23:=VOL/CAPITAL*VAR1A+VAR22*REF(底部线,1);

VAR1E:=IF(DATE

VAR1F:=IF(DATE

VAR20:=IF(DATE

VAR25:=IF(DATE

VAR24:=100*(CLOSE-VAR1E)/VAR1E;

VARA1:=100*(CLOSE-VAR1F)/VAR1F;

VARB1:=100*(CLOSE-VAR20)/VAR20;

VARC1:=100*(CLOSE-VAR25)/VAR25;

VARD1:=MA(CLOSE,13);

VAR26:=100*(VARD1-REF(VARD1,1))/REF(VARD1,1);

VAR27:=CLOSE-LOW;

VAR28:=HIGH-LOW;

VAR29:=CLOSE-HIGH;

VAR2A:=IF(CLOSE>=0,(VAR27/VAR28+VAR29/VAR28)*VOL,(VAR29/VAR28+VAR27/VAR28)*VOL);

VAR2B:=SUM(VAR2A,10)/10000;

VAR2C:=100*(VAR1F-REF(VAR1F,1))/REF(VAR1F,1);

VARE1:=(CLOSE-LLV(LOW,9))/(HHV(HIGH,9)-LLV(LOW,9))*100;

VARF1:=SMA(VARE1,3,1);

VARG1:=SMA(VARF1,3,1);

VARH1:=3*VARF1-2*VARG1;

VAR2D:=(CLOSE-LLV(LOW,60))/(HHV(HIGH,60)-LLV(LOW,60))*100;

VAR2E:=SMA(VAR2D,5,1);

VAR2F:=SMA(VAR2E,10,1);

VAR30:=CROSS(VAR2F,VAR2E);

RSI:=VAR2F>80 OR VAR2E>80;

VARJ:=VAR30 AND RSI;

BIAS18:=VAR26>0 AND VAR2C>0 AND VAR2B>0;

VAR7:=VAR26

A7:=CLOSE;

SK:=OPEN;

SD:=HIGH;

ZX:=LOW;

持股:STICKLINE(BIAS18,A7,SK,6,0),colorFF;

STICKLINE(BIAS18 AND CLOSE

持币:STICKLINE(VAR7,A7,SK,6,0),colorFF0000;

STICKLINE(VAR7 AND CLOSE

大顶:STICKLINE(VARJ,SD,ZX,6,0),colorFFFF;

STICKLINE(BIAS18,SD,MAX(A7,SK),0,1),colorFF;

STICKLINE(BIAS18,MIN(A7,SK),ZX,0,1),colorFF;

STICKLINE(VAR7,SD,MAX(A7,SK),0,1),colorFF0000;

STICKLINE(VAR7,MIN(A7,SK),ZX,0,1),colorFF0000;

END;

IF DD=5 THEN BEGIN

DRAWGBK(DD=5,COLORRGB(1,8888,8888),COLORRGB(1,3333,6666),3);

LC:=REF(CLOSE,1);

V2:=(SMA(MAX(CLOSE-LC,0),16,1))/(SMA(ABS(CLOSE-LC),16,1))*100;

STICKLINE(CLOSE>OPEN OR CLOSE=OPEN AND CLOSE>REF(CLOSE,1),LOW,HIGH,0.1,1),colorFF;

STICKLINE(CLOSE>OPEN OR CLOSE=OPEN AND CLOSE>REF(CLOSE,1),OPEN,CLOSE,8,1),colorFF;

STICKLINE(CLOSE

STICKLINE(V2

STICKLINE(V2>50,LOW,HIGH,0.1,1),colorFF;

STICKLINE(V2>50,LOW,HIGH,8,1),colorFF;

VAR1:=EMA(EMA(EMA(CLOSE,3),3),3);

中线:EMA(CLOSE,34),LINETHICK1,colorFFFFFF;

短线:VAR1-REF(VAR1,1)+VAR1,colorF00FF0;

中短:MA(短线,10),colorFF00;

STICKLINE(短线>中短,中短,短线,0.1,1),LINETHICK1,colorFF;

STICKLINE(中短>短线,短线,中短,0.1,1),LINETHICK1,colorFF00;

DRAWTEXT(CROSS(短线,中短),中短-0.2,’↑’),colorFFFF;

VAR11:=AMOUNT/VOL/100;

VARA12:=(3*HIGH+LOW+OPEN+2*CLOSE)/7;

底部线:=SUM(AMOUNT,7)/VAR11/100;

VAR1A:=DMA(VARA12,VOL/底部线);

VAR1B:=(CLOSE-VAR1A)/VAR1A*100;

VAR1C:=(CLOSE-LLV(LOW,34))/(HHV(HIGH,34)-LLV(LOW,34))*100;

V3:=MA(VAR1B,20)+STD(VAR1B,20);

FD:=(CLOSE-MA(CLOSE,18))/MA(CLOSE,18)*100;

K:=SMA(VAR1C,3,1);

顶:STICKLINE(REF(FD,1)>=5 AND CROSS(V3,VAR1B) AND K>79,MA(CLOSE,25)*(1-6/100),MA(LOW,30)*(1-15/100),5,0);

END;

IF DD=6 THEN BEGIN

DRAWGBK(DD=6,COLORRGB(665,155,155),COLORRGB(155,155,155),1);

A5:MA(CLOSE,5);

A10:MA(CLOSE,10);

A20:MA(CLOSE,20);

A30:MA(CLOSE,30);

A60:MA(CLOSE,60);

A120:MA(CLOSE,120);

A250:MA(CLOSE,250);

STICKLINE(CLOSE>OPEN,CLOSE,OPEN,8,0),colorFF;

STICKLINE(CLOSE>OPEN,LOW,HIGH,1,0),colorFF;

STICKLINE(CLOSE

END;

IF DD=7 THEN BEGIN

DRAWGBK(DD=7,COLORRGB(1,50,50),COLORRGB(150,50,1),1);

STICKLINE(CLOSE>OPEN,CLOSE,OPEN,8,0),colorFF;

STICKLINE(CLOSE>OPEN,LOW,HIGH,1,0),colorFF;

STICKLINE(CLOSE

VAR1:=(CLOSE+LOW+HIGH)/3;

VAR2:=EMA(VAR1,6);

VAR3:=EMA(VAR2,5);

VAR4:=EMA(VAR3,12);

获利比例:=EMA(VAR4,5);

获利卖出线:VAR3+2.488*STD(CLOSE,26),colorDD00;

生命线:EMA(VAR3,30),POINTDOT,colorFF;

势:EMA(VAR1,5),colorFFFFFF;

STICKLINE(VAR2>=VAR3,VAR2,VAR3,0.1,0),LINETHICK2,color99FF;

STICKLINE(VAR2

STICKLINE(VAR4>=获利比例,VAR4,获利比例,0.1,0),LINETHICK2,colorFF;

STICKLINE(VAR4

A3:=CROSS(VAR2,VAR3) AND CLOSE>OPEN;

DRAWTEXT(A3,LOW*0.98,’☆’),colorFFFF;

C3:=CROSS(VAR4,获利比例) AND CLOSE>OPEN;

DRAWTEXT(C3,LOW*0.98,’★’),colorFFFFFF;

DRAWICON(CLOSE>=生命线,生命线,10);

DRAWICON(CLOSE

END;

IF DD=8 THEN BEGIN

DRAWGBK(DD=8,COLORRGB(255,255,5),COLORRGB(255,155,0),1);

A:MA((HIGH+LOW+CLOSE)/3,8);

B:MA((HIGH+LOW+CLOSE)/3,21);

VAR1:=EMA((OPEN+CLOSE)/2,26);

VAR2:=MA(COST(30),3);

平均成本:MA(COST(50),3);

VAR3:=MA(COST(80),3);

VAR4:=(HIGH+LOW+CLOSE)/3;

获利比例:=EMA((OPEN+HIGH+LOW+CLOSE)/4,233);

VAR12:=获利比例+获利比例*6/100;

严冬:STICKLINE(VAR4>0.1,HIGH,LOW,0.5,0),colorFFFF00;

早春:STICKLINE(VAR4B OR VAR4B OR VAR4>B AND VAR1>B,HIGH,LOW,0.5,0),colorFF00;

初夏:STICKLINE(VAR4>平均成本 AND VAR4>VAR1 AND VAR4>获利比例 AND VAR2>REF(VAR2,1) OR VAR4>VAR2 AND VAR4>VAR1 AND VAR4>获利比例 AND VAR2>REF(VAR2,1),HIGH,LOW,0.5,0),colorFF00FF;

深秋:STICKLINE(VAR4>VAR12 AND VAR4>VAR3 AND A>B AND VAR1>REF(VAR1,1),HIGH,LOW,0.5,0),colorFF;

STICKLINE(VAR4>0.1 AND CLOSE

STICKLINE(VAR4>0.1 AND CLOSE>=OPEN,OPEN,CLOSE,8,1),colorFFFF00;

STICKLINE(VAR4B AND CLOSEB AND CLOSEB AND VAR1>B AND CLOSE

STICKLINE(VAR4B AND CLOSE>OPEN OR VAR4B AND CLOSE>OPEN OR VAR4>B AND VAR1>B AND CLOSE>=OPEN,OPEN,CLOSE,8,1),colorFF00;

STICKLINE(VAR4>平均成本 AND VAR4>VAR1 AND VAR4>获利比例 AND VAR2>REF(VAR2,1) AND CLOSEVAR2 AND VAR4>VAR1 AND VAR4>获利比例 AND VAR2>REF(VAR2,1) AND CLOSE

STICKLINE(VAR4>平均成本 AND VAR4>VAR1 AND VAR4>获利比例 AND VAR2>REF(VAR2,1) AND CLOSE>OPEN OR VAR4>VAR2 AND VAR4>VAR1 AND VAR4>获利比例 AND VAR2>REF(VAR2,1) AND CLOSE>=OPEN,OPEN,CLOSE,8,1),colorFF00FF;

STICKLINE(VAR4>VAR12 AND VAR4>VAR3 AND A>B AND VAR1>REF(VAR1,1) AND CLOSE

STICKLINE(VAR4>VAR12 AND VAR4>VAR3 AND A>B AND VAR1>REF(VAR1,1) AND CLOSE>=OPEN,OPEN,CLOSE,8,1),colorFF;

END;

IF DD=9 THEN BEGIN

DRAWGBK(DD=9,COLORRGB(665,155,155),COLORRGB(155,155,155),1);

DRAWGBK(CLOSE

STICKLINE(CLOSE>OPEN,CLOSE,OPEN,8,0),colorFF;

STICKLINE(CLOSE>OPEN,LOW,HIGH,1,0),colorFF;

STICKLINE(CLOSE

JJ:=(CLOSE+HIGH+LOW)/3;

A:EMA(JJ,10);

B:REF(A,1);

终极黄金:STICKLINE(A>B,A,B,5,0),colorFFFF;

一卸千里:STICKLINE(A

M1:EMA(CLOSE,3);

M2:EMA(CLOSE,8);

M3:EMA(M2,13);

M4:EMA(M2,55);

VAR1:=EMA(M3,55);

M5:EMA(M4,81);

M6:EMA(VAR1,144),colorFF;

VAR2:=(REF(HIGH,1)+REF(LOW,1))/2;

VAR3:=MA(CLOSE,20)+2*STD(CLOSE,20);

DRAWICON(CROSS(VAR2,VAR3),HIGH*1.035,1);

DRAWTEXT(CROSS(VAR2,VAR3),HIGH*1.02,’卖出1′),colorFF00;

VAR4:=REF(CLOSE,1);

获利比例:=(SMA(MAX(CLOSE-VAR4,0),7,1))/(SMA(ABS(CLOSE-VAR4),7,1))*100;

VAR12:=CROSS(79,获利比例);

OPEN1:=FILTER(VAR12,4);

DRAWICON(OPEN1,HIGH*1.035,1);

DRAWTEXT(OPEN1,HIGH*1.02,’卖出2′),colorFF00;

OPEN3:=(2*CLOSE+HIGH+LOW)/4;

VAR1D:=LLV(LOW,34);

VAR16:=HHV(HIGH,34);

OPEN2:=EMA((OPEN3-VAR1)/(VAR2-VAR1)*100,7);

CLOSE1:=EMA(0.667*REF(OPEN2,1)+0.333*OPEN2,5);

DRAWTEXT(IF((COUNT(CLOSE6/10 AND VOL>=1.5*MA(VOL,5) AND COUNT(OPEN2>=CLOSE1,3) AND REF(LOW,1)=LLV(LOW,120),1,0),LOW,’●买进1′),color99FF;

DRAWTEXT(IF((COUNT(CLOSE6/10 AND COUNT(OPEN2>CLOSE1,6) AND REF(LOW,5)=LLV(LOW,120) AND REF(CLOSE>=OPEN,4) AND REF(CLOSE>OPEN,3) AND REF(CLOSE>OPEN,2) AND REF(OPEN>CLOSE,1) AND OPEN>REF(CLOSE,1),1,0),LOW,’●买进2′),colorFFFF;

D:=MA(CLOSE,80)-MA(CLOSE,10)/3;

DRAWTEXT(IF(CLOSEMA(VOL,5)/240 AND CLOSE>REF(CLOSE,1)*1.08 AND CLOSE

END;

IF DD=10 THEN BEGIN

DRAWGBK(DD>0,COLORRGB(1,777,666),COLORRGB(1,444,666),1);

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,9,0),colorAAAAAA;

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,6,0),colorBBBBBB;

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,2.4,0),colorCCCCCC;

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,1.1,0),colorDDDDDD;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,9,0),color6666CC;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,6,0),color7777DD;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,2.4,0),color8888EE;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,1.1,0),color9999FF;

STICKLINE(CLOSE>OPEN,OPEN,LOW,0.5,0),color1199FF;

STICKLINE(CLOSE>OPEN,CLOSE,HIGH,0.5,0),color1199FF;

STICKLINE(OPEN>=CLOSE,CLOSE,LOW,0.5,0),colorCCCCCC;

STICKLINE(OPEN>=CLOSE,OPEN,HIGH,0.5,0),colorCCCCCC;

MID:MA(CLOSE,26),colorFF;

UPPER:MID+2*STD(CLOSE,26),colorFF0000;

LOWER:MID-2*STD(CLOSE,26),colorFFFF33;

END;

IF DD=11 THEN BEGIN

DRAWGBK(DD=11,COLORRGB(665,155,155),COLORRGB(155,155,155),1);

DRAWGBK(CLOSE>0,COLORRGB(1,8888,8888),COLORRGB(1,3333,6666),3);

VAR1:=(2*CLOSE+HIGH+LOW)/4*1;

VAR4:=(2*CLOSE+HIGH+LOW)/4;

成本:EMA(VAR4,90)*0.995,LINETHICK2,colorFF00;

伏击:EMA(VAR4,142)*0.998,LINETHICK2,colorFF00FF;

长底:EMA(VAR4,250)*0.885,LINETHICK2,colorFFFF;

阻击:IF(DATE

DRAWICON(CLOSE>=MA(CLOSE,55),MA(CLOSE,55),10);

DRAWICON(CLOSE

CG:MA(CLOSE,17),colorFF00;

FL3:HHV(CG,9),LINETHICK2,colorFF;

FS3:IF(CG

A3:=MA(CLOSE,20);

CLOSE3:=REF(A3,20/2+1);

LIFE:(EMA(CLOSE,60)+EMA(CLOSE,90))/2,LINETHICK0;

VAR1:=(2*CLOSE+HIGH+LOW)/4;

SNOOK:EMA(VAR1,99)*0.91,LINETHICK0;

STICKLINE(CLOSE>CLOSE3,HIGH,LOW,1,0),colorFFFF;

STICKLINE(CLOSE>CLOSE3 AND CLOSE>=LIFE,OPEN,CLOSE,8,0),colorFF;

STICKLINE(CLOSE>CLOSE3 AND CLOSE

STICKLINE(CLOSE>CLOSE3 AND CLOSE>SNOOK AND CLOSE

STICKLINE(CLOSE>CLOSE3,OPEN,CLOSE,2,0),colorFFFFFF;

A3:=MA(CLOSE,20);

CLOSE3:=REF(A3,20/2+1);

LIFE1:(EMA(CLOSE,60)+EMA(CLOSE,90))/2,LINETHICK0,colorCC33FF;

VAR1:=(2*CLOSE+HIGH+LOW)/4;

SNOOK1:EMA(VAR1,99)*0.91,LINETHICK0,colorFF0000;

STICKLINE(CLOSE

STICKLINE(CLOSE=SNOOK1,OPEN,CLOSE,8,0),colorFF00;

STICKLINE(CLOSELIFE,OPEN,CLOSE,8,0),color808080;

STICKLINE(CLOSE

END;

IF DD=12 THEN BEGIN

DRAWGBK(DD=12,COLORRGB(665,155,155),COLORRGB(155,155,155),1);

DRAWGBK(CLOSE>0,COLORRGB(1,8888,8888),COLORRGB(1,3333,6666),3);

CLOSE2:=MA(HIGH,3)*1.03;

DFZD:=MA(LOW,3)*0.97;

小通道上:FFT(CLOSE2,30);

小通道下:FFT(DFZD,30);

C3:=小通道上-REF(小通道上,1);

短线2:=小通道下-REF(小通道下,1);

PARTLINE(C3>0,小通道上),LINETHICK2,colorFF;

PARTLINE(C3=0,小通道上),LINETHICK2,colorFFFFFF;

PARTLINE(C3

PARTLINE(短线2>0,小通道下),LINETHICK2,colorFF;

PARTLINE(短线2=0,小通道下),LINETHICK2,colorFFFFFF;

PARTLINE(短线2

MID:MA(CLOSE,20),colorFF;

WQS1:=(HIGH-LOW)/3;

KFZD:=OPEN>WQS1*2+LOW;

QSXS:=OPEN

QSXX:=NOT(KFZD OR QSXS);

WQS2:=CLOSE>WQS1*2+LOW;

ZTDL:=CLOSE

FTDL:=NOT(WQS2 OR ZTDL);

ZTDL2:=WQS2 OR QSXS AND FTDL;

FTDL2:=QSXX AND FTDL;

MFI1:=NOT(ZTDL2 OR FTDL2);

MFI2:=(HIGH+LOW)/2;

ZMFI1:=MFI2>REF(HIGH,1);

ZMFI2:=MFI2

ZMFI:=NOT(ZMFI1 OR ZMFI2);

FMFI:=VOL>REF(VOL,1)*1.1 OR AMOUNT>REF(AMOUNT,1)*1.5;

ST:=VOL

WZ:=FMFI AND ST

QF:=ST AND FMFI

A4:=(HIGH-LOW)/(VOL/10000);

C4:=(HIGH-LOW)/(AMOUNT/1000000);

XHWZ1:=A4>REF(A4,1);

XHWZ2:=C4>REF(C4,1);

XHWZ3:=XHWZ1 OR XHWZ2;

XHWZ4:=NOT(XHWZ3);

LD:=WZ AND XHWZ3;

S4:=QF AND XHWZ4;

S5:=QF AND XHWZ3;

S6:=WZ AND XHWZ4;

A3:=REF(HIGH,2);

C3:=FILTER(HHV(HIGH,5)=A3,2);

短线2:=BACKSET(C3,3);

S7:=IF(FILTER(短线2,2),HIGH,0);

A5:SUM(S7,3);

MA10:=REF(LOW,2);

VARB:=FILTER(LLV(LOW,5)=MA10,2);

VAR5:=BACKSET(VARB,3);

覃华中国龙A:=IF(FILTER(VAR5,2),LOW,0);

覃华中国龙B:=SUM(覃华中国龙A,3);

覃华中国龙收盘价:=HIGH*1.003;

四度空间SS01:=LOW*0.998;

SS02:=IF(ZMFI2,四度空间SS01,IF(ZMFI1,覃华中国龙收盘价,IF(ZTDL2,覃华中国龙收盘价,四度空间SS01)));

SS03:=IF(MFI2

SS04:=ZTDL2 AND ZMFI1;

SS05:=MFI1 AND ZMFI2;

SS06:=ZTDL2 AND ZMFI2;

SS07:=MFI1 AND ZMFI1;

SS08:=ZTDL2 AND ZMFI;

SS09:=MFI1 AND ZMFI;

SS10:=FTDL2 AND (ZMFI1 OR ZMFI2 OR ZMFI);

STICKLINE(1,LOW,HIGH,0.5,0),colorFFFF;

STICKLINE(SS05,CLOSE,OPEN,7,0),colorFF2020;

STICKLINE(SS04,CLOSE,OPEN,7,0),color2020FF;

STICKLINE(SS06,CLOSE,OPEN,7,0),colorFFFF;

STICKLINE(SS07,CLOSE,OPEN,7,0),colorFFFF00;

STICKLINE(SS08,CLOSE,OPEN,7,0),colorFF00FF;

STICKLINE(SS09,CLOSE,OPEN,7,0),colorFF00;

STICKLINE(SS10,CLOSE,OPEN,7,0),color808080;

STICKLINE(1,CLOSE,OPEN,2,0),colorFFFFFF;

STICKLINE(LD,SS02,SS02*0.999,3,0),colorFF00;

STICKLINE(S4,SS02,SS02*0.999,3,0),colorFF00FF;

STICKLINE(S5,SS02,SS02*0.999,3,0),colorFFFF;

STICKLINE(S6,SS02,SS02*0.999,3,0),colorFF;

STICKLINE(A5>0.1,A5,A5*1.0001,6,0);

STICKLINE(覃华中国龙B>0.1,覃华中国龙B,覃华中国龙B*1.0001,6,0);

VAR1:=(OPEN+LOW+HIGH+CLOSE)/4;

支撑1:EMA(VAR1,5),colorFFFFFF;

压力1:HHV(支撑1,13),colorCCCC00;

压力2:HHV(支撑1,60),colorFF0000;

支撑2:LLV(支撑1,13),colorFF00;

支撑3:LLV(LOW,60)*1.02,colorFF;

压力3:HHV(HIGH,60)*0.98,colorFF00;

PARTLINE(支撑1>REF(支撑1,1),支撑1),LINETHICK2,colorFF;

PARTLINE(支撑2>REF(支撑2,1),支撑2),LINETHICK1,colorFFFF;

PARTLINE(压力1>REF(压力1,1),压力1),LINETHICK2,colorFF00FF;

PARTLINE(压力2>REF(压力2,1),压力2),LINETHICK2,colorFFFF;

PARTLINE(支撑2=REF(支撑2,1),支撑2),colorFF;

PARTLINE(压力1=REF(压力1,1),压力1),colorFF;

PARTLINE(压力2=REF(压力2,1),压力2),colorFF;

PARTLINE(压力3=REF(压力3,1),压力3),colorFF;

STICKLINE(1,VAR1,VAR1,6,0),colorFFFFFF;

END;

IF DD=13 THEN BEGIN

DRAWGBK(DD=13,COLORRGB(665,155,155),COLORRGB(155,155,155),1);

SS11:=EMA(CLOSE,48);

SS12:=MA(CLOSE,8);

SS13:=MA(CLOSE,8);

STICKLINE(SS11>MA(CLOSE,8),SS11,MA(CLOSE,8),48,1),color8000;

STICKLINE(SS11

DRAWICON(CLOSE>=MA(CLOSE,55),MA(CLOSE,55),10);

DRAWICON(CLOSE

SS14:=LOW;

SS15:=HIGH;

SS16:=TIME;

SD01:=LOW;

SD02:=LOW;

SD03:=LOW;

SD04:=LOW;

SD05:=LOW;

SD06:=LOW;

SD07:=LOW;

SD08:=LOW;

SD09:=LOW;

SD10:=LOW;

SD11:=LOW;

SD12:=LOW;

SD13:=LOW;

SD14:=LOW;

SD15:=LOW;

SD16:=LOW;

AA1:=LOW;

AA3:=LOW;

ZZ:=LOW;

RSV:=LOW;

RSV12:=LOW;

K12:=LOW;

J12:=LOW;

RSV24:=LOW;

K24:=LOW;

D24:=LOW;

J24:=LOW;

U2L:=LOW;

L2L:=LOW;

RH4:=HHV(HIGH,100);

AA2:=HHV(HIGH,8);

RH42:=(RH4-AA2)/10;

STICKLINE(ISLASTBAR,AA2,AA2+RH42,12,0),color8888FF;

DRAWTEXT(ISLASTBAR=1,AA2+RH42,’H’);

STICKLINE(ISLASTBAR,AA2+RH42,AA2+2*RH42,12,0),colorBBBBBB;

DRAWTEXT(ISLASTBAR=1,AA2+2*RH42,’G’),colorFF;

STICKLINE(ISLASTBAR,AA2+2*RH42,AA2+3*RH42,12,0),colorFF00FF;

DRAWTEXT(ISLASTBAR=1,AA2+3*RH42,’F’);

STICKLINE(ISLASTBAR,AA2+3*RH42,AA2+4*RH42,12,0),colorFFFF;

DRAWTEXT(ISLASTBAR=1,AA2+4*RH42,’E’);

STICKLINE(ISLASTBAR,AA2+4*RH42,AA2+5*RH42,12,0),colorFFBBFF;

DRAWTEXT(ISLASTBAR=1,AA2+5*RH42,’D’);

STICKLINE(ISLASTBAR,AA2+5*RH42,AA2+6*RH42,12,0),color8800;

DRAWTEXT(ISLASTBAR=1,AA2+6*RH42,’C’),colorFFBBFF;

STICKLINE(ISLASTBAR,AA2+6*RH42,AA2+7*RH42,12,0),colorCCCC44;

DRAWTEXT(ISLASTBAR=1,AA2+7*RH42,’B’){公式网www.haoyundada.com};

STICKLINE(ISLASTBAR,AA2+7*RH42,AA2+8*RH42,12,0),colorFF;

DRAWTEXT(ISLASTBAR=1,AA2+8*RH42,’A’);

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,7,0),colorFF;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,4,0),colorB0B0FF;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,2,0),colorFFFF;

STICKLINE(CLOSE>=OPEN,HIGH,LOW,0,0),colorFFFF;

STICKLINE(CLOSE

END;

IF DD=14 THEN BEGIN

DRAWGBK(DD=14,COLORRGB(1,666,666),COLORRGB(1,222,444),1);

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,9,0),colorAAAAAA;

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,6,0),colorBBBBBB;

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,2.4,0),colorCCCCCC;

STICKLINE(OPEN>=CLOSE,OPEN,CLOSE,1.1,0),colorDDDDDD;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,9,0),color6666CC;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,6,0),color7777DD;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,2.4,0),color8888EE;

STICKLINE(CLOSE>OPEN,OPEN,CLOSE,1.1,0),color9999FF;

STICKLINE(CLOSE>OPEN,OPEN,LOW,0.5,0),color1199FF;

STICKLINE(CLOSE>OPEN,CLOSE,HIGH,0.5,0),color1199FF;

STICKLINE(OPEN>=CLOSE,CLOSE,LOW,0.5,0),colorCCCCCC;

STICKLINE(OPEN>=CLOSE,OPEN,HIGH,0.5,0),colorCCCCCC;

LL:SYSPARAM(5),colorFF00;

HH:SYSPARAM(4),colorFF0000;

RL1:=SYSPARAM(3);

LL+(HH-LL)*0.875,colorFF0000;

LL+(HH-LL)*0.75,colorFF0000;

LL+(HH-LL)*0.667,colorFF0000;

LL+(HH-LL)*0.625,colorFF0000;

LL+(HH-LL)*0.5,colorFFFFFF;

LL+(HH-LL)*0.375,colorFF00;

LL+(HH-LL)*0.333,colorFF00;

LL+(HH-LL)*0.25,colorFF00;

LL+(HH-LL)*0.125,colorFF00;

DRAWNUMBER(SYSPARAM(3)=BARPOS,HH,HH,2),ALIGN2,colorFFFF;

DRAWNUMBER(SYSPARAM(3)=BARPOS,LL+(HH-LL)*0.875,LL+(HH-LL)*0.875,2),ALIGN2,colorFFFF;

DRAWNUMBER(SYSPARAM(3)=BARPOS,LL+(HH-LL)*0.75,LL+(HH-LL)*0.75,2),ALIGN2,colorFFFF;

DRAWNUMBER(SYSPARAM(3)=BARPOS,LL+(HH-LL)*0.667,LL+(HH-LL)*0.667,2),ALIGN2,colorFFFF;

DRAWNUMBER(SYSPARAM(3)=BARPOS,LL+(HH-LL)*0.625,LL+(HH-LL)*0.625,2),ALIGN2,colorFFFF;

DRAWNUMBER(SYSPARAM(3)=BARPOS,LL+(HH-LL)*0.5,LL+(HH-LL)*0.5,2),ALIGN2,colorFFFF;

DRAWNUMBER(SYSPARAM(3)=BARPOS,LL+(HH-LL)*0.375,LL+(HH-LL)*0.375,2),ALIGN2,colorFFFF;

DRAWNUMBER(SYSPARAM(3)=BARPOS,LL+(HH-LL)*0.333,LL+(HH-LL)*0.333,2),ALIGN2,colorFFFF;

DRAWNUMBER(SYSPAR{通达信公式网www.haoyundada.com}AM(3)=BARPOS,LL+(HH-LL)*0.25,LL+(HH-LL)*0.25,2),ALIGN2,colorFFFF;

DRAWNUMBER(SYSPARAM(3)=BARPOS,LL+(HH-LL)*0.125,LL+(HH-LL)*0.125,2),ALIGN2,colorFFFF;

DRAWNUMBER(SYSPARAM(3)=BARPOS,LL,LL,2),ALIGN2,colorFFFF;

DRAWTEXT(SYSPARAM(2)=BARPOS,HH,’100%’),ALIGN1,colorFFFF;

DRAWTEXT(SYSPARAM(2)=BARPOS,LL+(HH-LL)*0.825,’82.5%’),ALIGN1,colorFFFF;

DRAWTEXT(SYSPARAM(2)=BARPOS,LL+(HH-LL)*0.75,’75.0%’),ALIGN1,colorFFFF;

DRAWTEXT(SYSPARAM(2)=BARPOS,LL+(HH-LL)*0.667,’66.7%’),ALIGN1,colorFFFF;

DRAWTEXT(SYSPARAM(2)=BARPOS,LL+(HH-LL)*0.625,’62.5%’),ALIGN1,colorFFFF;

DRAWTEXT(SYSPARAM(2)=BARPOS,LL+(HH-LL)*0.5,’50.0%’),ALIGN1,colorFFFF;

DRAWTEXT(SYSPARAM(2)=BARPOS,LL+(HH-LL)*0.375,’37.5%’),ALIGN1,colorFFFF;

DRAWTEXT(SYSPARAM(2)=BARPOS,LL+(HH-LL)*0.333,’33.3%’),ALIGN1,colorFFFF;

DRAWTEXT(SYSPARAM(2)=BARPOS,LL+(HH-LL)*0.25,’25.0%’),ALIGN1,colorFFFF;

DRAWTEXT(SYSPARAM(2)=BARPOS,LL+(HH-LL)*0.125,’12.5%’),ALIGN1,colorFFFF;

DRAWTEXT(SYSPARAM(2)=BARPOS,LL,’0%’),ALIGN1,colorFFFF;

END;

IF DD=15 THEN BEGIN

DRAWGBK(CLOSE>0,COLORRGB(1,8888,8888),COLORRGB(1,3333,6666),3);

STICKLINE(CLOSE>OPEN,CLOSE,OPEN,8,0),colorFF;

STICKLINE(CLOSE>OPEN,LOW,HIGH,1,0),colorFF;

STICKLINE(CLOSE

RL4:=(CLOSE-LLV(LOW,13))/(HHV(HIGH,13)-LLV(LOW,13))*100;

K:=SMA(RL4,3,1);

D:=SMA(K,3,1);

J:=3*K-2*D;

RL42:=(CLOSE-LLV(LOW,34))/(HHV(HIGH,34)-LLV(LOW,34))*100;

CD:=SMA(RL42,3,1);

DIFF1:=SMA(CD,3,1);

DEA1:=3*CD-2*DIFF1;

RSV1:=(CLOSE-LLV(LOW,55))/(HHV(HIGH,55)-LLV(LOW,55))*100;

RSV2:=SMA(RSV1,3,1);

RSVK:=SMA(RSV2,3,1);

RSVD:=3*RSV2-2*RSVK;

支撑位:IF(CROSS(J,RSVD),LOW,REF(LOW,BARSLAST(CROSS(J,RSVD)))),LINETHICK2,colorFFFF;

压力位:IF(CROSS(RSVD,J),HIGH,REF(HIGH,BARSLAST(CROSS(RSVD,J)))),LINETHICK2,colorFF;

RSVJ:=IF(CLOSE>=MA(CLOSE,20),80,50);

VARQS222:=IF(CLOSE>=MA(CLOSE,20),50,20);

VARQS223:=IF(J=RSVJ,HHV(REF(HIGH,1),BARSLAST(J>=RSVJ AND REF(J,1)=RSVJ AND REF(J,1)

VARQS224:=IF(HIGH>VARQS223,LOW,REF(LOW,BARSLAST(HIGH>VARQS223)));

VARQS225:=IF(HIGH>VARQS223,J,REF(J,BARSLAST(HIGH>VARQS223)));

RH5:IF(HIGH>VARQS224 AND JVARQS224 AND J

VARQS226:=IF(J>VARQS222 AND REF(J,1)VARQS222)-1),REF(LLV(REF(LOW,1),BARSLAST(JVARQS222)-1),BARSLAST(J>VARQS222 AND REF(J,1))));

VARQS227:=IF(LOW

VARQS228:=IF(LOW

RL5:IF(LOWVARQS228 AND J>RSVD,LOW,REF(LOW,BARSLAST(LOWVARQS228 AND J>RSVD))),colorF00FF0;

VAR10:=AMOUNT/VOL/100;

VARQS229:=VAR10>HIGH OR VAR10

END;

IF DD=16 THEN BEGIN

DRAWGBK(CLOSE>0,COLORRGB(1,8888,8888),COLORRGB(1,3333,6666),3);

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,7,0),colorFF;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,4,0),colorB0B0FF;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,2,0),colorFFFF;

STICKLINE(CLOSE>=OPEN,HIGH,LOW,0,0),colorFFFF;

STICKLINE(CLOSE

VARQS230:=EMA(CLOSE,4)-EMA(CLOSE,10);

VARQS231:=EMA(VARQS230,5);

DIFF:VARQS230*4.5+EMA(CLOSE,4)*0.85,colorFFFFFF;

DEA:VARQS231*4.5+EMA(CLOSE,5)*0.85,colorFFFF;

STICKLINE(DIFF>DEA,DIFF,DEA,3,0),colorFF;

UPPERL:MA(HIGH,30)*1.13,colorFF00FF;

UPPERS:MA(HIGH,5)*1.03,colorFF00;

LOWERS:MA(LOW,5)*0.97,colorFF9900;

LOWERL:MA(LOW,30)*0.85,colorFFFF00;

END;

IF DD=17 THEN BEGIN

DRAWGBK(CLOSE>0,COLORRGB(1,6666,6666),COLORRGB(1,2222,4444),3);

UPPERL:MA(HIGH,30)*1.13,colorFF00FF;

LOWERL:MA(LOW,30)*0.85,colorFFFF00;

UPPERS:MA(HIGH,5)*1.03,colorFF00;

LOWERS:MA(LOW,5)*0.97,colorFF9900;

VARQS232:=(CLOSE-LLV(LOW,6))/(HHV(HIGH,6)-LLV(LOW,6));

VARQS233:=(VARQS232-0.5)/5*EMA(CLOSE,20);

VARQS234:=SMA(VARQS233,3,1);

VARQS235:=SMA(VARQS234,3,1);

VARQS236:=VARQS234*3-VARQS235*2;

K:VARQS234+EMA(CLOSE,20),colorFFFFFF;

D:VARQS235+EMA(CLOSE,20),colorFFFF;

J:VARQS236+EMA(CLOSE,20),colorFF00FF;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,7,0),colorFF;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,4,0),colorB0B0FF;

STICKLINE(CLOSE>=OPEN,CLOSE,OPEN,2,0),colorFFFF;

STICKLINE(CLOSE>=OPEN,HIGH,LOW,0,0),colorFFFF;

STICKLINE(CLOSE

END;

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自用珍藏的黄金眼（指标、副图、飞狐、贴…	分水岭（源码主图飞狐贴图）
吸筹反转KDJ（源码、副图、飞狐）近期改编…	自经常用的飞狐指标抄底与逃顶副图源码…
飞狐湖北川海物业主图均线	飞狐筹码集中度副图指标源码
飞狐短线英豪主图源码	变动趋势线（源码，主图，通达信/飞狐）说…

公式指标栏目导航

金钻指标

文华财经公式

操盘手公式

其他公式

钱龙公式
金字塔公式
倚天财经公式
指南针公式
博易大师公式
MT4公式
分析家公式

公式解答

东财通公式

股票池

股票软件

钱龙软件
操盘手软件
飞狐软件
同花顺软件
分析家软件
通达信软件
大智慧软件

同花顺公式

飞狐公式

通达信公式

大智慧公式

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以上内容为采集来的数据，未经过测试整理，请自行研究，待整理完成会重新更新发布！

网页唯一标识识别码
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2yZDItCD25YXTwy5J2OMLLsZosu8sc4uKkbXVfAhXYAK05MtXPyuaIRepteWdEcMFUtzM+azibGOLvKRPA/E5jPzFDMAuEiyFb25444ASNnC8BgB+knBPEhHTJHsBe8yeFRffqGNJjvdlHS9B26+St88oj2N96BGu8wpovPtCwuWvLxWGomfSEISmnfT9lDxc7Gbd6LBOlIi1tsuxDZrVagWXkABcNZjqiF5jHPRu4RRYoImPJ+0kVIxtcH58mtcCyIjsbJZecE483lyQ+OMvFw45Rq2bioTdqA078c5YD4IZPAqjJcpJ75x8mDRTJTxtYo1I/7eplUG/fJyBvBGrOeWmUQwFmDvfZHHEyFZCC//IKkczoDV5HutVjs3xAYe8yKrwJCX6YttwXS6N9n16CIET1RkXKSL4Olp6gGJvte0A6btYQEHYtKrSLDfHvBljFEPVMxg9XFRBo+jAHflyXzKkMWSyJQF8LulzNq/6N3IEM6V36EK8mdjCGih3wJHWDjACK1bDL3eMxS+augYmvnMujmA45FaSZ6dDtA5/9rLCxCFt1iup7xIT409zEpqil3VxMmQhKTtEgMvnlc6UQzXW4E88UZLGDyk0xKfuSbZ+sj2KRHs22MVtTtot4ftHuI/pfzorm2GOJshNrocjtIdeWmWHY4NhsYJvkcyjw5mgh7jzw7hq3BmrNUYfhHEBOKgUvff8RQ+zFoXgRlVeZAO+g5jBrV584Fijx2uyNtEEosC2MSPlerpi/enOqseaEDTpS1fOs+nYW982s4FA7ciI/bVeK1j1Qm23KDc/6QEATmUTZAhJCg5Idmyzzx3wYPvrcaLKxA7uZ8U+67QqoZXolodv00yEIWL0snAp8/F4TLTulFw1KG9/QUoIJI2tped/B1fzyqF+BIqyJIIXo0C3WK8WM6t/UCkzgUJAAz3A2nEehg4tLuN9sT1/ckOIaiMARRt1hur8QIFBpIYobAD3PjFbIo3HIeBzgPCJ1aj9GLdgL6CpWgeGQFtipSO/sWETgC2b/+qjpaJW0iPEtp7reuAw3W3Y+csxHoSjzHTnC3GJgCsZT/B9U5yx54nQjcEZPLKS7igQGecA8C9+2xv7JxPiuUAjy9PVnRmJzef+NRl/1nH7uWPrnmpjwy86EUnDlDDcXE8O2XB7pxi10+c37tfm7ooHTOAQEmnfVpFhwC+bsBsqKmz1Kx+MLbzHOS6UeoFxba/t/PyVaiNPxTQVQYXgbjU00iuGHkTHPRrWTFswZEimEcjcU2h7yPO+0yp4CYuvp7L5mSnMFUF/w3Gx/ZHvLyw1HK58n8qye+k8FfGJ9cSFBotW1noQedZWjTRWTjsR25biHqvbe2+tktbGHNl/mMnRySyUb2eNbLJNzNBIG/+ZEbADybgqg0UsGnhvMWM0OrzSgGNQcMy5lmt0v8IXfCF3Xm69EPDnKHAo0F2sbr1RhlzV5a3aeOzV8TnjzLocQXvXJvoI69ispNaOUln3pUiqyfMILkTF21KXiCFkRxdqtoNbddyFDEJeH4KFoiITv7wpqcWg+1HS/nNIB4SB+6sVuORpupJBKeMZMjjNud1UVMp/DGepyHFcqQFdNRALYiwLcyrI853bPtb/VrAYhfproRfCoza9zKdSEPq9YVwVSveBmBPuGejmXt7nKKNwnZW3R5DmD/JpPLqAATVK97p94YHxRT9qZxLEKSkLVDc6+7X9FAZqNzvJXyCrHpWbHvXwmFAuzYuDQt6vkZgL3x0T9PEkRekFrxvRWEnkKgTLussWj0dmXkOQfHBZEpMLO68QGRTXWSO+831ewxqhU+oEwn+63+xOByEIl/jGcf/OP9U5oEpyBiCkMnaVjlJMYLrEefpGrgFpmYrBuNsT2PjvN1r5FldFciYoEFmqXXCH+TfhkxvUWHjT5rZnNVpiux5XqTl8MtZaYNZ9cbOASFkJ9Bxl0RLCL617xILJszUs3T+iiMqACAiC6ZsLwD/MxoDWhaMncFFnObmlGh7h+TmlwKzLndEhLFeuLPwM4lIQoz0cy77OPajK4WoFp4obbn9UcPaQn8n7WYfEcqnwTSJg+f/vJCIBKTyVhcxUTHsKi10U63TEgMRXFLHJXf/GUWMNuLBQdNtv3OEqFb9jLNbpccjlANXchmlQmJ4GrWiVyzyT0E1DHcXxwGqLKEzRqnEICwtZU/+ZnA3qSmL02Zezw1C1Zekv3Zj8rjEZXKsO8FuJZO72N1CMoicVRxuDmDhb7WzIcA+TRl73wxMrSK3LdB8tCQgrKNz/0EG5EBCE0lySK/s3UxBS4Ky+yclEzoaSimGoEC+OYL9HSWDk9Hu8iAUvs9thC56YfOn+1G0Cp2adsGc8D+YCISuOSum5oCjPUz57dBAu1DQHR/6BxKF4c40VAcJKd5yfPToFWIoCvHfMc67Xh3T70HWecPwBdEYNTwtJnMPI85UnLpO3ulTmKsh/o/nvZFes9crua1N+41E2bMocC6WyyUFvi2Gy82KfvPMlp8e8oW7BaijSBF+sRl5eKMUwynCuXtV8NirsSX5jfhHQF8xRkt0XMAaLWSm4uHUvva7SM/nl74KPpURNNopoSGx45KRClxSxSR4s6tDdj6ACZMJ1n4g+h+GpqBVqR+csSz7NY3owtu+Nu2v/SO/E8bMXbIjAsVGbhm7j5mYemgzMPB1tO1Z+fROPIg2Bnd6eJrglCNXHFZKxtJRppT3ob0BKQ/oTXWMLuCZKrqEp3mnntzHMLufBvJDxijyGijiMyiCnXtz9QORcHSqqZ1AzQu62AAaz2MBfdj96d/M5RJhBHELP4KTA9EVVXkC6ZCQ+QtIpJ7CHiIzHKz2bE/UhD7Fzx+J6bTzKqwy2xco03RkMX4VagqhQCCsG2NCstfdpG2V+piPDV6+KHDZHewR861m+b3fPQmjfxxJ0xqdYnaQdN6aB1W0QLQnSex3ve60tidIgaira4jEaDjTbBC11qQtjI2kpW5n3ixUUlIVGmbJLdtYHJGEMXTguJh8xyczjpwGn6QJ9f9Yaf7HNUPF5gAPsRjihkvz1Z0l8Zl4DXuqFA/nil5JOcErwLjSfnqdI6Ytfwjee2JsqGYr4CQTF2UjG6XI/FpqOAamJlj/qYeA9oIj37T7DQuHXbeGngshRxPuhl88T+3JVY6bLYD9Mz/gCKpbrLwEmjLxK8lbXXsf0qrbwbKYFuFrj1JV3KhSBBqyyMX8SkHHOydjTW4IOo21tzN0IV9bN6/5yblkArUxVyFKV40BxI7rfAy3YYn3p7oeHm4YBtsh04DQ1yS1O4bPouHFxqjWwnscVW405pUih/8O43Abi82NDZJp4JJclxcvGqf5nD+EhIo8n/QT1HKiCzTxYFVbztP47sXuhHDvcNhjsHUViDPn1hxSIEdrhJjGeKJJV5GGD1JAUU490s5AxEKm/1OabZ4cRKPEAaZDrWMwl5G5VctIeW92wZYp9jr5tRwAfoBQzeFamZYAExS+EN32+8Obq97HhR644FBaBSeFYgg6L4+KLbuojFQHi+RuAjR9WH+cz2/oFPzhDA8ZA6F4HlxVZLTpEzOmSbHnMPq6TxeNRQKujbd3o9eG5VBg8cRAYVcoDSfJzX0T8sC6RRH2eoHwdROMDQlyY80HwSz51wKLdDDrS6NrtPsBvGK5068x9c7mgnzqlo16h6kPTbq6tRmmS6afHvk3u/fLz+BVdWZ7b6yAJ5QMs0Y4K8SVtdY8zwRu/R4/TVZ80Sf8/he90M2mLbTJJkK9qAWgtMxM9Gf79yik0BfaKpkplm/yTg+TNN1YMXHcbxsE3bOWii06WuL7d9gWy6lbind0DCT4ImQCzjePOSQq55uiSMeiKDpymOAuBsXzcYP9vaZBWhEswpD8NpKB0xn7vio9Hs8S9GYxG24UD5ntGBq2Zv1GwgoJ5ccxY759Py1iaavZPpPdOAX6QIsv/ivUam3TBB90ZwrFxRimtgzqtQZrPfPxbeGasaLwPfdSPnKzt6FCqI6YMviYyX8hOaOHyfMULrrZo0Ofd5JASztcnyNWWylB3rENTSpQzf4DDKYkjwJkQucGP1LEEx8q+zlKygkRmij3pzLavltyDDRFiRHKKQdiynyBNZU4zV393manXxYqQgst9FcHiRNECkfB2KEGGIbVi2Lh/NRn3KMj0A9O9UF6aEm/JQZkaeAs9ZtuVCGyK0wcW+Uwzs1Vuj92xed+ryfeNCvYSQ74+idZ/pcD7UmoqefjsqhcZ4oz0wXV5twXCLzJN2quLAMyXZzigsLUHC1p2BpEal3SGytmB2yH3/nCF0iOqP7yHMWPBiGDf0yrG/oDitMA41G3zMVPaoAp3XI3icbiXUD1t29Ey3fJhXH8jxeIrG+VDH+WlBjTIttUpj54JCu6AEKx9jaCDTEB8R1VzA0oOei/X7DVT/ZlJz+UhL43Yo8S6hBC1dEtN4Mx9fbJohgdLv+8MnZZQAZ+lxt4UmHDLVhp386PGiVDVPiBduMDKayh7tQFZbbWlh4gZZvcXHHC6evcGe3hGY1v0m47qUjX3ZKnmYVZqfqAhKkqau315FUSkeIM8ip3p+hp1dCoSLtaFCpcSVAuHq22f5HDiWfwQWuppJh6deTeKSq976u1KBOnKwH1GpCBpiz0+lDpmeEDvgiae9S+pBGF1PHxQ7B08/Kbcq22hVMaTNWcjbrKkoxNCshyx1ZP/iFNNIXKKMK+asi4auqBbsGSwQXonD0ZWsrcu7Uu8ceQN4RMSrlthILo7jUyVuJqAkw6kDnopSerZrd3PEj26XMsiwAhMPdJJU/OnfIKokkTGsBw41OE4FsZaKA0LP4hOx2cs3ISSlxZOFYHDNTqETJjAS/dWvBw2aeJEJGDdjLZ7UvoADWPdClCcAYCTra2P9+p6H8jzB52cGXhIa+EesT6Fz18VUrG3787UTdRiF3imwALkURss82kTDF4jviFCazPQL6DyuIr6mt8Jsen6Ihrob8PcFBWxyjxYHWSppC77nVg5KAsTlh9Bi+fZW6mvx0fQHoRoOuj57++lBmvTdE3fLyTG5g2mW4U62MyJSijqLcdEydJLks0aXrlTTZRJZUFycCIG52+TfxMukIjY+noYYBugIWkdrp732nRveMctceyJeacIhRGzPxqX3sgOKb7lirEhnKEDyUl1sc8pi9jqyXPmHgobswWkse7sHmuosr2fOjWFm1h13J2k2wn7ZeE1FU4+ZHXB4eC1DICf6+1qnrmhgwY8fr6NuDwyMFDRjA1dbRwK0ATHfQKhz0JPMlkRwG2AhvkeXlr+nz2MwevwfLsMOhrhlrWkdB1XvoKgfETYRApkLR/Tm/LoQ9KuNNmq3qLkL3KqBVkQPD2N9vhc29oJxteyD0HqhxyOjs/3G6U46eqqaCwyFIu6nrv2UFeNMS3SYCpm5YornUa9Ec2dpLfNZL6+Lqe3IqRxe4HaaqpzeFESMNq8Vp/0vJLp7ho7zu6O0ZTQFMHRRp374rkGQJgbM0NYhCUJ7APOLwR3RC8yFNU9DJDSNPna46vbdHojgHdQQRee53CUHgEhnAPhzH7r88es3V7aZZJ4GzrZLvLucEbvTdd6Tr5J2dn2Z3VcxGRv9+kc8xR0Vxgu/KAfWcea3NfIR60foF40fx/RLCTRAHMry2IIbfJK3mf+tz8+e/6O8sBf0L6aleDQuhE3EeGe0QuO1wyAXuqn04AlIH7yQqfT7WLuHCuLccd884OkzWg6/mh/P5ziGXHF74z+F4NALmixSr77AOx9TgD86qLrIVX/AKiK5xbjBe9L8WOZggwvRmVKlWyinlwmmA5WKit+16dxVa7UQjgwssjcq6t3AFTQhuDOgqRE8VFTQMAnqY8CpaM6srmKx6m9MiJ5WgEBJ+eHQi8pKahVV+WPjChMOSujDzIfLrtvrrQw7bbu4wqwWaKVMrFakgWW9Wvpk8hNtc++molGMZwTQXrne86fZmGahgchuj8YA/rJjKyCbMBa7pZ7kuJOisumfh6mUFWvQGrFkHVXrFqETuglWouLmy5qo9fncjpzjaeQnfz9u5mjeLZ+pt2CssACKfaJMXTbGFMcEo8GkxksaueEx/wwegKkwSPg5RoxQxWfqF2YRItTh8IrbRrQPM/kOXmHPdi9Nsjb1YIKtDNwv/XLENAn90jtSNqeT5dvE2SW3nSD5XuSXMMqiZJv0gsOdXuWjd4VTizphYzGzoWr/i9QoLxlAlJJjJp7H4Kk/CKx7mbAVRVP1ot0TROwYv8ngfRVF2ExGSoboQt2bHi5iYSwxm5wVDSyKDIe1oDtjdA/vU/vRez0SlPz0strnNyqeil5V4xlL0IqgfBfEBOrJJ1SjIxa4jTA5QdZnYPWmjpRyuBEBjlnbJ6ITd4lOjoLmHzuDv+3ehPFj++vPR4LdV5vA6qaic1Sjoji/QBapZ8PRvixQQYKZS9nPDlgcS1smK+qKNQufJCxwvjJmxvWzAnLqwLfbKWcNTFGgkx71+Nyyl1dZbRBM20vnkms93aaUsBuFpbxvHShRe9+1k5VOMXwIRE8TRCptX1hRk1bnC2CXW4kxKQ99tZku9sZkcCgNrPshZn2KXb1xBwb/YVvvAv/Q0fSAna2uYLQcTd+IWSIWwwPph9B7zB2abkg2G7/Z0CaeF+liBqj8vB2OwNjPMucdkJkrgWOjAcwi9jIYww5X7DVqI1Um6TGNQ17cKpgiT+05BiGwOjui4lSvqyAtHHHGfAxQx2yUAODvb7Q0U4mu9l7RPEexcSd8u/l9hBHH6du9kdjYIrqb+R70il//8/HPTaKr0zkEAPoQ+oyEg3MvyrO95xNrqaf3jLt04cqvIrFX1qtqlo9ZmUDqsHjIFYfWvHS1vJNdj05m6mHVI15YDKH/lny4AmSR2NyPYNYorhJXfXUOlIvIv6s4/L/GCg4NMAVe0LJ8TDyYZSk6GA6tYALv0Dl6gfz+FWsMNUl8PnVPN5ghuoZ6//eDnrOIb4YZ/TFMUmC/31DyvbBuNca3LQAg/3/Un3AeXXAWtnVLcbN8phWxeFWZjV8kXNjuJgc+8o7Gr4whGELEHiBwEySSXtFKFPfxlm+VLf3iU9h4wrwYD/lDx4g+dmm4cMrkrdYXV1JKivLHHSO9sAJ43DeiZldZR+bwrHNNgGI9ZknUncV+KpNtnWjr90QioegHtcVUloafP7Kc7BKyzqdFnFU9qZAdaggNkSeEpqR6F5k6UAF5KtpSkRWDZFksMfIM3alqTPY2S6vfgdHDnM4DunyEsqL+a0QrVNjoXgW8jwKNh9FtpnlJd44VDbTzQTsY3li7XLNOtKnIoF2anpllbGAOkysWOSXbigLu5TTtN8maM2tMrkA/0E4nL7lCVMhvXu5L+oLgnH6H7XTcvsnhyflvRlS4dll7tzv8iiRIs+Sr467eEbetPw62qzp8+udAfOqQtdZMbU1WYbzaOD+JShRlcfY/4DzZ2b+SApATt22rTW1X3HHE9zNdtAD1G0i7CpWK1L3lIT/jjgulrsUa46P2YDPqnwo27ROQcaPllwabsO/y70XwLI7sr6IMGB2GB8FctYLPHd/PrPgxZkMDqv9W+Uz59CwDZO93P+G4bi20o2PmjO3JHW8kn+FxhJ+/0Y7rtq9+7h+/VLBL6bjb5MBGGOO/6h0i+3vs2C5rLiiW5zXxz48/0SQ0QTWNO6Wnwir7jQlUvWyYeCcUdpCsZflcu7Y5iMXCiBBXNznyeoXS3lzZXCWYxn22k8jk1YvNrEm0aWmCc95U78IDRw/N45gBTacCGJ8KebMtLEZIG9juoXZHFrIqsPr9exOayf57yozJuNoAxrpMc5PrAzSjmmZHqJZLKyKKy1MtuxrVIngb5nE3i2uAVrImP56DY6FF1KQmT0/I47xL2am7AbhDj3bGj0jEJWhYclTXgDKyMf7aNshh5kzFOVMXviCMkc+zBV2O14p0zwQHAzu+8U7YQOhu1jPEXX9qVNykGuQbaO/vVroVlQkI7hTzuNRfoH6+DVURViPKG98tFuUbPygLgOlPlz3wvRyrCYUzU+viOMTY2PC/5dyDV4vmOnr/lYxBlz+d6NILM416GewLnFa1QYfu6YgeTBAE1N2YD7c8ytt29CYsjI9UP10+C2vhlYAWsq7j83rxiopfFAdFSxruV8Z8QYiZu01B6f8DYCdYgGYHLr3w19bCTz1m+LbGreAJF0EDaTk9QmwsQoASo5mvSSc5dKJWXon6NZcUBnRmcAeSst9SdG9A+qP4jGbHbC0nlX/4E31yKJxx7ftQ72+rYIH60eJy/j5FTwLuSfhuS4HgalIT6Qu7K6P6lvBkddb/gmKpVfrqV3hKPAtKyMbxYJSx7YiAbPvA7Yg2rlsM6xJ6W/YWKoS3TF2EJkwiPgc+VUDsdbmbge9SWDHEng6jsqzD4eFDvPfwPdjgTfh68JobS4jsKkQ3s0DOHZudE7B9d/+DOgPZKlYPDa2nSQCSUCqS5WkUY5auq8ORubeMolGivZVHHJFZlm/+lDby1UE40G3s1ZWpzoaS+CXCInt4XvOzgDzEN+tfSt4p/0uBT9Pl2m+KWjnhZlzleoNrRvU8VCc1LeR0CtEQQU//mCPhq6/z+ZLZAEDo3lkhqU6FahY/ET4zePC8F73SYfRyTnC53Ii8KJ51L1u6cScow4JUb1vuc2fIkmRgALLtL3YViHFW+jtEs8gTYIfAny8TlDdKyP+iNWQX1NfR7OO6aGE0DDoFFbY4PBApYtSh/fIDdxvmDwSqpOXBQp1inaRgGLI/LnN0HFiephCAo/MdacWhTwF8Nust9hMEiNyVccAOlLbwIKfIwdQW/mAebhh2liOY95cLkwa6IQZIAuAT0mQAJVW9veb8Qof8bjlFztkH/1Dc+KhaVs/wmFcdwGE0EZ4FmvYEGoy4jOnG0oGAQgalBcp5kXP8nN6H0Oy/en+queysjEvnA+Im8EWHRiTWcUYF66OSiOhzQMYF35KOyaEq5WKb1pQptvVQsXPrEH/at8056WicSiTnfPnYUCkmOzT+tII0Dtg7ZMkzONkgmyhF0n+fGPqTQLakphWAh8Bd7KXR0RoZxExVVr0YR+6RD5ldeuBZchfG/e8Fj9Q8V2ALMaAfPQIpNP9zFnQT7bOqigkrgY3ygdkOZeNuDZMbTzr6jyij8MdMpnBjeUB5hq7r3pwYnUeqHfZqqbbnZFZiWGKe3VJvM1Le7HGzkugvY+RTtDgNtoCnivNdqaR5q69I0G96Q2X+Ehcw6m0sm7Uaomxhaezm/TAfsS5zg1/OJ9U4ATAJEBbqGq+I4v4s6P4zRBMJkevh1aHizZGVKgB63+/44txMnfiiZe9a6ziT/U0oENmJYBABOCfqpDBGRXVW7bM8XibH4njVnygA4aq3U0lpELmrWMnaA6kjpab/hW7tkk3IZRvVmx/6ihpJ8U6gtojeuGYQhmBg8FKCwKrQI6iY5McBHwLRr2a9toDhZ4aAJQNYPyMl9+CCbRLnwBmK7L06eJ8p+mHo6E7rb0cxIkoZWOjJuJIn6D+1YgZgVh049ved1qnbHknNje7K/lXiCSYXAh73R7+w5RLuAQP6eLgiKhejrSeIVZm98IyDJhBRJvCS0Ww1fkCLL6phCYQiRbxyidLJXNZ2hdwuEZ+aAiTZGItu/0gqxydqGKfhAIOsniP/59m40cv7NJHz96XxpdbcBo+jP/trz4oUUcS3C1juvXyubPjbu6sXe247BQgSyjR7amciZ45kO0oZ4JzfVjsr571fjtHE2GM+4rh0k/NPC8Uv/2WKrqYzJJ1rz5Vqsk0QPVljN+Eq7FWIsrx9Xb/oJL+JyMKlOQvJowX941do2QY2HR6Kg3L+PVMDJUZr3ZqOMdNQFWyc+PsIeMHNJ63M/akcq3LJmMruwnfwQua/3EZZkhnCv1QB+lLiA8hDJmClfLgkjZrRePbrmmhd6w0WRRMSqpjWFczoxWBn5fFcBPaJUorVOLZU/5e3RNBRnTL6o+mj8qzia2nzOyr8cjQR00XvJd1+60jQg2hizooQkdvwGt0QmWQ1xocYib2ZzZ35AlfyfAp0sAgyk1x6jnZkXWNZevBfIWlWsE3Q8UFQ5yw0IemRFv7MIjE+aXOswXCrQzM8FJJ0PDt3tc0FKR3sOIL5uH8KLAVQJ4u90tFiCkH26tZtQBF3YxP3zfrI/MDy09EC9JOLTFwLtkbZZ1zFXOwOtAY1sGKxmMV/mu9i3Lql9dRYznRhzcxyCrJcxWsC62r8nkpkM9TyWd+6gF+DfIS55yEIvwUw5yVF+sCje51Trr8PhBuryhZ6Z5k9GcdzsQ4hrSHQkLOLJJOht7HQqXeAiGwsyUJVAqmMezp8lcBnOmdU/Q48llYrorGAsoyaS6quumk2AD45LvkPvF9xwJ7OEAxrJ+H+rRQd9L8sATyvaPgcAGoaJBx/Q0xS5J9xWSYeRuLc+qbUNgEoRRanFJNQZB18kL1g7yvEaNVNtcEbkVgmJk8LuJH5J8AzKgzbskEgYNWaju36Qo/hgwr5+Gr2GBuBGU4oslnxMgkJVNzB4wMHKiAFwBhhIj7dyZkXEluLrX+ILPB434qwe0LbTv7zB8371XOUDlrgs0WUzcR0+cblk9bShyqQQ1p1A1HShRQpNioEk+lWIG7W8PjSmdUySG2c8uaHbGJbv3s/AlkiVWvyT2esiCIyWSSGuIra2sEuezBfCZ1pB2STOvt3OH4kJbeSSoUY5pBdi4Nr/Z9fPrGUBJuQZTypEieeWU27o9nNvxx6QroHBbnUVXpMvrFP68oOsM0YVO8rVjtJG4Zf/9LQIfi0P2NVrlkDijZ92wnlmF7wswgU/JyaUpkd/HuvY8mIE43NpV/FCVrww7kpvFF7XNwWa/UiKUS336EQlvuUXRe4k5yw8SpyWIzbMLLW9D/q1tWzgm04c8+ItZbbF55Cys7knMhKYx/iYd/LNcgn0k08yPtGaxWzBTWajI4jmZOJ8e7dVnWirHyUl/RWXbt+t2ouzh6PY7r2b2xw5S56aB2kKjL5D6Et7ujk4gs5fB1mVdc8LmrHv36zy1TqvOIWIemqksx9t71RqUpEcGoc3qrk4GhMjEH9hC2SmiPI0CC5BlSXvqzpCy1TWcWgcdWz3rIjun8SgL1elyO6sXZ+Iw39A+sVM9tWK/lLpl5k/pfkr8ddceZEdAWUy11xrBMD4MM8WUDxz1GKfX4EcHUo2C4tddMz8zloV53RVu5FQptIwWFtIq1IuRwynSZGFKA79ha+ibDtTts9pTCsJRjvLXyBntFYyVF8VZd+P8uugM6KGxJzoEzgfuZnMwz9K9wVCv8TEqoMzU3uvXvd4r/1+lGehrNWwNvMLcjobE3c61VOpgAdUEaWUrdAGqFOnfUNAqO0Y5Wkmh/NeYouBSeT7svdoNgOhk8jzvtpkeDuZc10bKl1Fhrv1ZEWzwKGwUzkwU44aA7Yi5pyPJJizQr9/4h4Xt/2sT7/qNEqkyS7luYvrfiRZtOoT+dQbu6+DRThRCwtcHqyT1LwuKlQ/ijPIOHTZDwXMPlN4frFaPjYYMo4DkBjBqyPt1fM4gYbV0+TBOvojVNweDFkkpnBS1OF5DZwiAXMVa7eM0Pz/mVGWy3lylJaq/s1IthGfAqZCJ5fmJ/NA9QzfKOjOpV9E4S1vkrkQLyWViRgZZlX6olip8V0N6Zg1RA3dayvbI2j1VrC8MCfjSA5TlszSBbbUyGHhDOaNh5lPhUy7pnrnJbY6twleDfvsSo4UTD6T+MzJcBg53T8zHPD9fzwLHJ3jea3LljhWinZa6xd0Pn/7PInttcMrYDJGZ0642nwAXGoaN49jlA+FhTjopeKVQYvApChD8898Qx1mBzS7vryEwvOJzcm7IL9H+M08fYGb7QexjcXJ1HMZyst/OM52E0+bDq4JDoSQnGPQRXmmORyGmT25S6GMW4KeJ2BlGyT4QDFH0FMWt3CDtaCONftO7kkGgS7toMiL+V1KIQH5Q/Z8oZugM2BagFvNlocgs7nQeBsFRDSjR322trI16nag8f6LDj5yY9c5LqPzctrkTdUxFm53P7t3nZsXLFwF+UWv/9z8aHfYnYbhFPBHVnCOSd2JcxLacJCkrOK0sZTwBglh4zqTIgcDHGkokQBm4mrOe/VEChTTP4qcEfPtPYJn/cNiZ/5Mpj4vHMbmgDJEO6gXHqmxbElHpJIsfS+fX534ZpJAGG0ztsySvN09TCylH4TtRJujcHfkEEv0grITOINEwOH/DkKKSAITsT5BsCpBtV4GNo9tF2GQ0LFYKCHU9/frZcUBZshQje4e7sHCIMquTHOimRnLXMaJvqQzZgBF4ET16R8Bv8guf5VmCl53mAg1MNtFWntByjDZ8PKZzecopGtn8/DPdmfAESaxVyWp5Seo0gw+aOCBwaYnVpiZ1jrx7V3Iuzej+Z/KLqpEw385RteQ/lt7bGF+vqNy5qp5Bi6bRyLJiDtZwRaRL9T9RH+SCZPj0sBvKTCaOuIk6hREZARTi0G4sbsyegPFrIQrS6nWLKAm5jCUmvR/ExDDRXR+EE3fvqSft/nfcLcsB7ZZzwj9mT4LN78/g53CsETPJhRie4OYws1LAfyeEfXNu9aNtDvsunw8n6JV1/gVpemcL+AdYG1D8TkU6SaJJNKFG4libEoRpIDEyyWANgXhboEOV2BSo+axUDdIgakxR9olRuCtSCcbNLdxhv8/poYYC5p0kTzGqa3Bkgtd/11zWuzfiTkjgF6PMZ3DcoB2zlFQLJFBGdqUfYFQpSTOiWpPPk84r5bEb2++iXMOJSFiCYLmnJjIxv2rZ7NTvR0eOn9jrAuN7/jjbGQO11Hx7mGUIvobGu5mNhwedczhUUZlUQNq6m/+oBZKAhnan7rR8h3WMVWHngYZr7CMlfC8++rYZ+DHIOwpAzyva9qjtL3jkEYJLT48CaABmwt4AybhgK+ADd4f4Ywyf5uROH1H/GoRW7oE6wUNVT58WsrFnvJ5W6/tLm56YuYrcPUYpYXi2eMwoNej38PJT4xr09p2SkjvjO0aE75W2Ui6pSX2Sfr+H7bCUwamUJ+zrlIkyfhEnVHJF8fPOmn5lgaiBkxMAlk8jjKZ+T5glKQM0rf2/b5uBEpsmWivpOzzZ5Y5JnnEeIoCbCBaX1JugZLO9jT/PoffdDErZtxNWgNmMpQC+x+0bwakLLl6cadvcFnENfPb9za15OxoINEQmSdYCbPeFQayYTTG7UpVhwtLj/YhqXaA8nSklgJUZRHhmmBjQyPGi1nWKTNpU9Samf94nS5xItXEeCXPs2FVJOSn9VyKOV2zVBmVFNnJegcrcncz4u9UgFzTJyq4oP/QgP5HRH3mUh59hS/heS7LfNiDTflW+xE+2ppaH8pK9zAaC/8EPzCrsjrRXX2RHUYPUeBQevYf1l80ET9E/AZQrP1wyzRzEQEWNpuf7wBDwVPTA3kSVe+ek7dZfhUwCbOC92lj0+WcWdhrgS/GiuaQXiMRXHBWN4PsRR/71FdPJRZu3h8f4HjyI5LmkMD5OeS3A6Z3EK0DJJT5ntsku2C2iuoZnYLZJ/hVwtZjQ+bWCegB4R3DJU3hwUKG8BQor/KukDFkW5MlAeSyrUSyGo2jr0GcEy5C2D8jN5DijwCrLzstnIvrV3FHy3iFhcSiOnKCSvtWCH5PRX4lPxNa45rCkFfdvgRZ4UqbCnDuaHAWIk89M8ClYfjDuOm2gcdszJ7lN5mWerxtpNbnIRD8BY9Dfq6cUeYmGUHW+rUbR09/M5ayjBuRVY8EZAS0xddwzXWs7S7HuexUsyO8z3RtMlwQ1agAEyUrXhdxVKPL+IaSSoOITKV5snfBmMyQmrkcHaS3QIXoPQZdqG1/0njtRpmJ670wGDx7N/ws9uZxoTmY+bGGRMH0DrAUNVFfSGA5w+Hipe/sEuoeTA4wqlNo4pG3dVeW9T15JIpMip8hLfFA97GPB/uO8aHiZe/tZtxJYjT9LlU2RPG5N+OgNhMlr4k7AS5bMG6wc243at+xARllsWvoMkfbf2nmqsD9Vnnk+oK+e/mHK5Y8a1uBSqu20twYH3HFQkA2LOVpZsq1wh+iFIwwyal0Wf1FKFodtJKBjqLzNjdFLhAVEyT8koBeN2bumeZcFEQ1nQBxuAwbUJuFo9S5SLNw6JDiaSoYvcQWN7yxue/CD3yYzonDoll6r5IN3xYVnLU1quw90GsQrq2uHzZJ/v8meoktaCipbXiKOSDkce6LIMWOdQInKtv58SgwhfOop8mcpDz86VvyId1klTfpSucWA69tLPo/u/tHENEkgHrAxfNcIUPVkd0Xx3FGR0HE0oGSZWFFT5ctvMzXf8/BreBdNNBEhatWKGnGN6ZCwhDsmGH9XvCgPb93otQ/7z7NaEwpapUaJ5PCzP+QKQt0sXn9BYYJV3/fBg7dX9G5gCThRgVVInPAY6DC/1NV9ZP8lbWuwYfiSNODCLEmjq96TZEASx9nSRqLWl6w2dTBnDWb+eaWnO8/ybCpLFZ0CKLUOdVvhL9V/b4ICLnIVBjLb5D0TX/w/jey/8BX3C5m5dbn1pC/xHg2yURg2od/JaK0h7zJ0WogI3pv3A+9UeKsOB08ND0rkfUnenTLUlm2TNuZqMd8ZiUMtrm/ka6WQW1yN/YULDFI8/zIMi0sy4AbgI32RXkiJuH2XBuIGjeKgGbXuwdUaOl2a97cJ284iZyChflJzcLVYBwVntOT0fliF0xh4e3ERbxWf2/jQKlTL7+hvQRGVqUmAZxeh6LtjEC3nLTBc6YFCSnNnr3Kxdtoz99SG1+zGghL5zxbSDkNJm8erkxT4aLp4J8P71cmQ/Q67tDAaURAXKsNY06SHVJvzocTnx20/FvqCXJlKExU+bXWxNxvPW3gVr2Fc9VzmyfJ+5/4H+E9gju7enQWeSqm7VpjozKnr2d5vvzYGqr9sByofCIKbPoBkvC90j1cqxOsfH40jegHpJs99XJh48jSNKA02iQXINGidR3T3iDHryemHRsPvS/l+0RRlVobkcZdVXViak9bK0CEr+pkREOLYyxadUQZEob7IcUgLdirgxoiBbjEks4UVYLEbX4N7G1ares/YM1TyzgpcbV7H5Z+R9fZTKUorXLXUrx6w2DVWquQKe3BEUURYRclKQmtn3yA+MkS1YrAwuRgxOkgjm6ZrC9xBWzCWdQ9FFI4CaQfKIMlm9fJx7/hfRHBYK1WQ16WL3FbcXgLSdIPVt3SCSTP/ouvh6CbgUBIDdksbAO22ENcq07xs/e5nHc1PpS4HeletO8Zmm2gx45yFceplkW5ZE6bvBwtlmtfaLsUD91POJ+/xCpK/laJbXuUv9y4ugPOaPVYekpRdrKzcS5k8gkk64WvU3H0Y6o9pP32bA6yUBIhApezVkNLc5GvDNZyNMQp2BuIgS4II6Ty1Ag3QY2HVS5e1wo2N8OuYyWGTooxoPXZ32/ZW7w9ZmBzSPEImUEBJIKsoLM/ZTNSRVryYfRLFsfpZgaMb+S37PMXrZrh8nQtjth8KvSALVDOTYCM3hmx7UhXkA9JiV9Dz+bLxYZ9xWQMOl62tIYEw7WNtA3nLDP75egMMcbPuYJQHcNbzb9R8HsGvYlAj5rC4ty9+uOsh++NpJF0ZpsjHPSoLnqC5jisO2yFNzbZUD1JEEsLqSzry2AfLQoz+oXlAfWQnSoMpvflPL94W7D530yUXg++atSaZaQ5PuvFTVj9zBVIslnV5PpEPdEFsASlUx8rMwtwsK7XBCUhGsmJ0EA0RHe4QhZyBIE4zqF93xoxKrW0JDiw3RKaeMY59JWn1MggykGG9JmH4YUfEM+AyAfIGdvks1RoDUNUAxb0CpL9laOl0X5tSN5fSiQuDX8//7gxrnIb9q3N60H+y5VzAi5QJsdIX0zisS7MOHI91ipRL2tnfLtWPOg3m56ZB90HSsZik7fAuDAJmB4dwD2E/9hiBmMJ75tkLSdlNNP4B8iR/HxvCPDfsUh/0lSfOSyC/LethU/D3W0B4MXcsgmzwikLTt6qKdJ7Y97j+LiWT0ABK/eRKUvbhucRYv44EcQuKnp9Qn7a6TEA1RZpIlzyghsdajF7t36IOFsWIEPLmtjfZ5Aa7c6XxucETvbooTivR/GdCOSS/UYiaqintG/qlFnCG71IKR/4mjvUwfWsQNQ8BT8oehfHvl3nOMB3C0hWk7aRK+6pydE1ECnVLUVR8FpMNw28N2+UsoNpMze7gKnTzo9U0TdVqdEqDQdtnaOv2Nl9qEPNYBxRAyGClTCtPPQUZd6YgHd/+yDJrc7O06A1RC6ERVGS0lyKZbxkFVHGBojUYlsevwXCJcooOsWR9Cqm2Jdub1hXzZ2XSEqkeUFZ6EkUeKgWQc9O/aXuZB3YHPktMlOTh0FfhVwwCBLYv6czCjm3HAFuzNk0RMwiVOR/hgioUw7sV8bGCtoAILP6IGYNmrFz5Z8XkFtS3moGXh8H9S429avlB8WLJcMZ7/fnH3lQNvXFsqhhuzkpE9UCmQ/5R5hyeLmQIehL4TxO1adwBs7bZMWsHPiLzJ/aGjg3IHLOCNXHo3hEuU/bVxs8ixGAgcvw6fjmPPFDcZSMxQhtV9q2JTSTfO9eZmPW4W3msgHnyhT3T7YHizXUlxntE7nJCT+fDlqnsvInTi/LnNFXaxSvPg1SkUtTGQhUYtdnvIMA86hc+CRCEb0DZ1Z/p3r45EqzfDAmxKwFLzhFTGkM/A6Tgq+PNUFaOaHpKNiQoQCaIB66F6DYitgqYmVl531ascjnG0qm7ktBU5JBCk96fffMalaCUY6RcrTUNGGT3CUyk4B6WVkdDjkeCKwA6mpNOb3/4Af+3m6GczP1+KZshSsHv3SNB2zK3HH+TfwA3WbzHiHtIoORaZSyDzozmqkM/ppeyh1joJ6oZrxezcrvUEiUVs6ymJPxdE4yIY++vmayR7fELmcfYZOArI0PXvyk7xpfdUx3dktP8dsqTmUISGkXMwn75fe16Bqd7eqmKc27SYfLsRwkFQUfB5rKNoRh+Iy/P6MX2XTq7GuWBeAPXxaauMdY5cd+l1UF4kjS+xH/Lv1MxshupBbHY/LB8nYgPfngmTZ3S3Kxb+Y9V0s+50df7Mzspfm0SzZzfCT1+9PF6zg4t9E1kkVta2KL7cGPD5lW7a6ooNLshjiPRH15dT8yOJPaNI4aa46alKwF6NRIGUC3hFEAJrB+kO4CIRr18LbVaU5QA68JdoG2y8KCmJj2GxO2KJk1FwvB8ePoqlb3htsHgE2l5WiLv1HD7XmFPZMRHuJ4Yhxu99tjJ2BsUtUqpFqJhU5rlPno/VUV1H0ZARDQacGOavbWlZmq7XDZeRhIboKyFQjY3M9F+ukneA/BjzvaFIaAuxJyAcPQeyD6MHtGTxlLxSMOrJ1d33Y3fE9QKlaJ9evpZWtATEnRNn5hfQ4wRhvREDWIfuJ5/zkGt5uqPY+3E2UK1Tyd8VIHX+17a0jkVXPm0vc268awRshw1rWx9jUzY/n84daM8KZbXM334NHMRMm7O9A+PENgLwy9ig6bOX/1xAy8hZbhwgLvaMObCUGgZL5aC0tEIFvPGRx0o51pxUc2J3MN5KofG32z0pysBKgPH3ktM96HyMZEfO8YWkPaZWA4NpAA3Wa38YdJ3zKC89+6ORz++l8glnn7ejrMU2eZRIe3NbFJZ9E0HV26CEFOmIXEPWqD/AegXhAFgy7ROhg+22STb6KQBAJuC0t986WFZaU9fhgTRpxWuNl5AwQnDUXsM33m3870GjdmBl6JLC74OomvCo6t4OA9x/+dcT08wn0grqwz8CtQ64yCst38iljdfnm0uqCEv8I6RNIikYlaD+LMT/JCTl5A4J05Cra4p9AO9xu5hhIhZaHtXK3plmlKkZtDDEK5717xo6GaKGqcGDmNFlr70nuuK0UTHoPEMaYH73lYGSOkNAmtuldPCnFXJyjchqlP6ff1t9hoWoIzb0fdSzxV7tCVkgghVkacaspMurzyrbxtNWFaHE/wdEwEUMnoUrFNEdhHllKtIwJZdx6c0Wf6LpaXPziIRldNvzulRaZCEPs0vEdNUpSOQwsuoz4bFuskBfbYoEObLLUBE5I4wkU7MkYyZdFmdB9uXRB++osidBKsCYSrqHIF/5K+08Qi0Y84ROeFXvNHxh8XODv5qeWP4m2vY2/kkh/F25tWZZcoWI61P8IJQc30kd1a/K5eGH7QoOwp8CmgW52451xJXpMOFYZZP+GMpmJ04V0z0j+qVynf81Jkb/t1RRBoyplPVr06fIe9mnpWyBAnq1KLET3009SOb2dseYpAbA/4KkP4p8r9K9wV06cuVl+D2IW5hnAtUfX4I/F0gsRxiDufhbShMfdg6jNsF+jubIlw5P1HLRPmaf3BbP8SPYwezdwAbvsMq/OmFjPX8pQFLzZ+j+sWZ7xxUdIAReQLXa4OZDYzu5tWPllFOkLnSU+dUn96warR5CdOvQDTl+svNwCgI+x0B6c0UwlVBFN762wbI10vxB/GGPEwhap1eWTbt0iXnpWKigsEp6yDL/19dzS1LgJ+xlkqFbQLsKkvaa48Wp1AifwkpPlKAHGrzuta7tXePpIqn8AUDbssglAG5xvNqhHq9QYoSNWfAs4SgQ5+euhefNQuo/5J9m7XZJdG4fV0Ldji3QttUo8IPqoHqK8D9yLA/H061U7GCLMX5hEfc0j6in8XIlWmYb5VTARUSmRJrAHcFqquTFoHr+qvzRezBbXwvAZNG7OCiaxOQimn/HJo+b2IOBiZwJd2hrpFNnHizfAyD5i9JsSAtTQpMjt3e/ubEHvEjyJF0SSrSBscct45zgct951Hp0GUsyRVoOMkr7k0t8K9mRwCRrNbKJzlABvX4KfVFy72dQgjWfBxb1qq2OTxHkAlFxsOIGlpJTbaXxdyOMzJaFWxy2QC2zuX1JP6AI3sU8Jkl4blUwLfRCPQgGts9jc+UZzXLrHupsa8ba50XSav2cUkqiD+XBkq81RZV7YZENc9FFO9+foCUOhMYmsGdhtulbLnXOx5jwbNi31c0FxQ3g45/OiCG8ijyxQFaejuXh4ilMMZxEWuHiDaQ4QZk3rjtcpY+O+jXLiaxOx8eqUPzqfeu02MXlgqzmeJKV7O4QNqrZMkhopTgpXEGseuY+ld75oX+UhUVfZscYABbxd7gtdnAg5ep6uCPLkS0q/DopDfWb623mblHz7KkA5WGdrHV5XAOzqNvszMuh60TzeNva6jNNZN6QQxsoDVwqdDUjzoRKOxRrOiO6Hm7ePnh2639E/azq2HuuJupEKTNH3Ksbj0tOXFdI3S+lEXGy+XiE3sXFnHKxdi7kdheI9T6buJGawpJZApytziZCgUa0QFVN6gmLoTS8nBt4cXSAYFxpT+NMednpl7NR7QQO1vTTfUVI4JuNrB4nYLEjI158VR/gPhgLZppsQi7DjSwkDWBxYvDnCgj9+yT4wpPf1J9IgjuVLhwzTVXUkVcDntHBGs0XOAfjAkI8E/L0zPXiE0to382zPed0KbbUgEOl/wWXNSKWeKH3n7AUHimXK+eORvdokDSNL/V2/CXJxY7Qtx6d+xu1DdGcgvkuReKF7Oaci2zN5gktziD8UULG2qj731dT4bZqZgSbDXXlMOHItHM+q05b0pEnTTm/J4yR0NcGTtKq5/4b9DXESFBX3jKGZXxWCaci8ttKF9ltDfcVu+EMqNEZRkkkIZhv/kc5+bUxrQybatAMq6dhJEJGekdEWCle4ibjui7j2oLCrpxGbGscfKeYWqWB+AxuCrp66cHwhkg5tyEOF+dTAjUg4Aa6tQkXhraogCDbmitMAE6lolxyJJ6wzSOe8qiERoWQaOnNzyFnc530zdSVPmlOmOrDqjEmJHYl3XMsmB/AEnPt215GZT8i4scFUWevsCNJKvq60U8yBDDzaC76rZ9rbQdxxG7pIwfY3OlU7ryMv6kN+UZSiDBiaF2UcQ29dz+f0wSxhdVVLZtbDehDIAtzuB4lfEUiKFZJ0LYyk22d7jfUPBKldLUge8D0gywngI3RopTDWJe6EmROEizSL8mbDKFp0UBOvPrL2J0qp0IFlQV6NtZZvCpOcvh/Jl4hsKzW7+2ccYzzGLiMzF0RP/tntVvSzHTQwvPcWnORlgMkA/bflncyT1ZEFa2hvaPvL4V9rVXeeKCJE3GR+Vxu5DJ9WfcI+9ALfjYBNv5fYVq8fI2QjvvShQXspziDFEBseBreg/qcV5oknxh9LugpudhEQsjpOQVNUpQ7hE+O8Uw4JM6guzDs1rTMfl1utlxAsV0nMhEx2+n08Msb68XFWTK1sFCe3di9VEqaA00rws90i1QvEn089Iuk9yMSa626RmVDz19t7twNYziqIrHJWz1S88MIn41ORKyjMZIW0CeQU5eKP3W8EbpTSZ08n3PYh9ycjIzQky/rmJmArWJbayAFuRIXJRnfxBAXv4Xj5j+YdJtiYezjoi4Jd4iSHuE+G3/IJCNJ06l6KAE6oIVNoJ9DggHzCZJRFNz41UErFM5eS2kF09e3dyI1x3WxhqglwwxLxFAgLWAxrX1IEnmEKIe+is8eF8JvFDaQnKy9ddBwYKc5DYT0KPzSrz+eDo2gVbj6QlSmxhMmnvX+eIgT+PDA7hdDAsGWxUZE8QYQIXUtW0yb5ZCtMk/e3BlmsGUFEE03im+AZyfD3zvOoioDhw1WkANsnb9Ol4Y4TSMIRQ4eFnN5JLrPAS1V/sQe6NM1FlIQnjm6WJNTt0rFZJ7aByPeDjSnhRoZyjSHojnAx14ntdITzXEsQcbqhWUeXb6Q27ZpwDxWVWosiYVrSNLskfKZRpDv0N+awK4Put5QfjuL7KA7FptaKN6cWano+3azr6fvz2RKZMcw8/aF0D/dJTqPm1a9j483f2eUEIZCITuyty55MsZNyklPsdWP659XK6s1sPuf3K1is7dgOwKt37I8I7G2mpWrCBacOP6NIB54jJQ5sLsSQAs2QfwhFrIbFpzhSCxBmb2bZx3tAmixtVQuwMPMsOgYbEQpHjdy/Dtou8ot3nykC6U+PtB0PCJDaIs8OFNikSZIxizyCrNSSop6//Tai/a4R+KT/9zWtM9ki1CnO4oXfUx+fYmo6vMMElb//tF3K6CAPLIsN+35YQTNxk1IBJ8cbSd6KCZlqrK4NBkDnrs98Wjcvof2bTG1lLX3AZQpttwa7aFXFxuIcylNWc94jeleK4AUaeeAusg2yOCIbp3oyCgAt7+pyvqmcZcwXL4lRT/eNlc6gHVPs2hwwPVAytlp6dqMZf9QMNmQivazS6lh7rjIyDrzA/qCyX1XGn8GPM/HfmyvCwM2O5PrOpOIaNMBnvlX2/VUPKYrVclpaLyXfDwOrSrZIT7GhEALETDEl9ThFw1w5uj9XjM5GGF8rY3j52tdNnJ73kVIfYdDB/Qfxv14A3/2m7O7WP99XlAQU+DKRC+CM2sdfnM5PGlFacFKW60zKmraHkQOYwPJsKlBvf6ZhXhD5A9qgUirVkLVEAy1DUdzMaG7SmRw+w6HyLLrppICMimW38h3TZ0WcTAkxMHYLNGadbQcGfbRQJ7FSFX+NVurn3lgkl42tlaOUtD7SERgd4hDvq/Y5+jWPbqF1uRj5OKukaBSlc+Vfabva3/rRoqLsPAHx7teov1tYM85BKzehUBMjyU8xlyFiZ1m080S+sJEqYY8V6IL364x33/qsxh803TC1CPL6jg+MYpZ6ugfaZDK/RkD49TpZ9BqmAnJtFVwViqZGXm19R40kcChJWC7x0mNvQvqGi5tIgOrm4jtnwn7rbJS3+5o48fdkWX2xZxzkPLl5YdFgOzu3rxMPCwa3C0zv1dg64csElG9580bRxO5pgXdzRo+9HKkRFV+Q/4A58utthf953EW68ZpvqTKwO63LQeHpY2YQHRCbRk5EowDFaoPiskhYvBKEMIRtV6FQ/CbsMkbWTiIF1JNFtEjLr0HJ60MtZZ2B7cYbW0r2lwcXetM1AXF3fPUJPSo7iFPIhUZv0fIwmmIidtbvqpmRA2OXbZttZpn+x2BDT6KtxowcRdz9ADhG0bH4Ex7BrK7jaxK02FuCh9Mlk7CBn6VKMBb2gWXx50XRxhp5q1YWQ3dNN7UQEwOuoJChzkKYDkHRm75eTsrq09oUrRKq5rdGpAmm9diTG0YS0MnaK8mu1tn80F6Bg3Pp8kcZ7pmkCX2kdPiEa7/YEmQg8NVpOjD9tSptkeJj4Nzx46X8pD5y40aZVqntwKWM/XzyT8mgXdzJ5jgJJazzF6eb3YOinPgDPFklyu9gWSwwUEzKAXJ2iaQGf4e05GGlQdNU/8ibT5OxA5XSy2IgzXzDmwCjblgjJBc3BCBhlZGss3GseWgqKnuBtzwNwjJbBoP1ZsTQ3sq4ltE+SCSGm7YZywqvy8+6VzvwdXyZL10JbeVblaX8xxyTa8ZjTgw5KoIFBm/vKaAk/WwTDtQDXBBlJRgM3tKZRx1aNufiPchbKsR37owcY6TyggWRLW2tK9m6QbRBZ/e9wMZUQeRt9LAdWBgckqSWZuXmqxOWC2SlgpU51tjYxfN25EXBd1ndqRaZoJf3P6fANFvQX57g6KU43UbLHl3B+owTfx2Yl5sxEnOfqWxCYEySBafls+rguMRQuu5WF+p8NPlFWEA67A/liV/OHgJ/ZssGRMwfYNzZ+dRvFVgkE7w63WGtVelmInBu1Dz+2kn88n7X/yx6BU3RvnjsYKh9N3eVXMht0CZvb6sMMbhh0gFZ6dVoIe0BBcgCg7z0HK71/JKsaCOcwYI9NSASFiRR1VCWkIIPdv4One/ZaRsPMmDJLXxnbdB2vEIcR05R1JwsVLnVt9hkyOmAZiZVbNhcNMKEM3f988iRdmrg/wVfXGfz+RRSW2owduHztm7AnqTysQ7fid4QyYjBuFLJP9d/FMfVLy59PS2/OkOMahlCjzuZa94D+SYMlk2SFen1lBGK6XqBmmS2USSca0ft+zvYjGyt274H1tcghynVINf1KBYBo7EyNPr7sVCsv6eXfvIdOjHl56RRIgCPX4Z1JW94+nI8baHgFJyzUUEUAt0KcE2109sMk67i9STmKQTZX4tfGwCe9vT5n2UxBkKvsWiMF/YiUgBX4ipSxKPj2AIFXuh/UEQESZNr+mXZYyhYLGTyzetR9hDZVrOkFhEXN2XQeG4hzJCxCvKNOAPcu3Dd3tnfVU4PHrrsZtfjR6N29hlopDk0hWa2MF+SjSkCfqQSMJcsJ+OqNmAYsR2xjGpRdTMvUTakbDKHgBCv8mD/KQfexqLw48jBnqbBXDA9u/vFpbVW6dxYzpSpuUA7YwXeEgVonH6X+i0TaGdqv/o43pwkajpLeUbQoAi56aJzTsvuF3QJoVdCNGf83E/VRVnRIXjdxU1u5xGynf4UcpfHmT/mkXlxYh4eYufuOdWjc+q6w9gD3oe8JBaLYYDQGXSvkshAMLLmCWi6yQDivpl+oTmwzZYyr1/Y4GeBo8NETJ0kgbMt5r+j5J35hiJjl8IOK90JdpD9WAO3auPFJftoiumkhjCKPmV+OkdFxw5mlO/mp+b5zDplGxgE6h604znbt3+A58AJQ09N0eOSoImjh8op1paCVPjmDlblXA/cB//QsZZVCO+OqbrsOOScUPR/gPPRRZ9XN+hTnfelPBv3TMCauUi3L5BAwZDaTFExnxSxgiwJ/kzVAUwyOzYP3cy4Ulc1wlcAzgKcrf+7OYckqmFk/czIecHW3dVxrb6FQmhiXoLXSgoP+ZxgV0O3XbNXxzfKJ/znkxri/dPq5SBKo4BjgQ8oHUfotarvOXqoFIBc4XfHnHSqILi47cvoPshRCMlt6W3IkW6d5b1fOVINJVDPi4OoNDpfxtnHFndncqnwZrHwW1hbEY/8Ux2WQUMO103gcgNpYCCCPikuFW/fysGIxXPnHnfetMZHqUhE19lgVwz9upPksc9UsNRwbzGJbCyxxBjpvTVlGdHAi87s8E/gkaSn0uEIO/ee6GhS8aOI5+CwSAwF1rvNQNcwqWDqpp0lP4r4UXHZyvKrv8ILzsBqNp9FBymKax24s1YK2NS4wiaQymwr/SnsU6+mE7EXOoG/9suoxQHbgSl8KDjSQCHvqiH86G6WY/mDGSH39uuCj+FDrJUEZ1v4E5VYpoWkXxSDBefkLxnruWdE1hkvKmgpShdOLLAWdu/rEqXUqllP3ypTsMht3lJap+RQRfsz5jX6XMAh2wqTHAACINWQULnVxFnF9eynvjduic9Jy6w+Rlnb6vSssHY6mvQc5HSAIBud/Ca6WL3qHEgsLN2tI6wAsa8dcv2+f1ax80fLHxV2c5jAAjoftA5Lm1kuZzTWWCH4lKeFaoZAPoxIEQPxL3eV3IoQ3+ojbRfnfvOzLhkz5FjDXiqsYUhlpNMiT5lg6NiM/RbU38COFKVQW+5oyzfniMbI9B2U+tGZNmpg6o56TR5EyYvg1MXfHZdZW7rbiPa5pCzJG1uR7x2ho2CpxhHDo07JS8WymXFo3JSLIOchd2P3q497t74VbApt5/FIb/BQ7M3H2tMetkxcajsoWZqt7tRr/t2I+mxyjV+caO3pap/BeHO1tI0cE1APmy0anGVz6hHQtmApIxnRrOZCzQXTkDg1ZZAof3i7WX0R4uo9GUepVLHjEqQKCOxP8+0GZ/swgfklcf7JhXoxs0TxFiKCk/t9NXyOG0HIzIlwQtpbK2HZbAqIAkpIK6RV8VZi+35xxr+1AjQdQP21kBAozcx2xXmtB6UHuytCDPCvjlssEIPdks1Zupdw4ZIMygYEBEfzUhoD9thusHeth9/RmDbCDK6kp3bkv0YGZwcAgwPQrXQHYORNR+VUy1Bgu9XGNEzTeXk7GbRi0nT0SmvFmApzF7PPuUta0mF2CEbPFjA/e3iwn3WX1mmc9UvdTrK3/ByuA7jHHlbzLBKHQynroWk7uCGdGUk9Klhy84fsHjIkvBvMdgmV0ZMvDZR6KTSRut9ljqisGBnAatArJ0yiMKoWkn4HLZLbX9ANZc0LjSDdf7EkZygyItJj+hx0/+0ZPFtcbsRaeAEdTrMF9E/fpYFoY7tQ9SVG86wSGDdKDmQh9rarTBBS2tBxINKPjoWtaxDc6Rp5QyS8n+ShSi86LuHcLZEWwr0tcJhxoFgeguNs1cWuyugfUvUgxf6xeAW5EtS4Gu3bWBhrs648LlCFFWYg2yYP2TM+3ixG42FTaU5zfAIgzxGVfBeXPyJOfra3g4BkV/SGRczhjtujgXXFoI0zu/MxzMwg6tD+a1JLEc0pGmwl0Hb8M8PNZ9N4gBh9aaQ9hBSQdOzH2ixwDVDeZRcDXYI+irRxOGUyZ2w5hhcI/X3TcIJ7XMxOSFf6xG78vXueX9bOGPo/FLJ33sdwUdOt32dJQE8Bn+ylCWS+EV/h6Bjz2YzIWumG3tlCuyMbI8ZW/1yXrd0ItsXTxzyGlcI4tioritu1K8jGqwh1jMYK8tjEeX2NrYGT+J0vLmttdPH8joUdh9fH5iv3NG7Jd9CSBQwBkW4nSoD2vYfxDXlVC4IRI+NT1l83Q6pUlrtkFx6eXHHPqGirRvDq0PL3ob/JYlwyaTC856LmaYkgvYoV5WI5SI4E4oY9pcNzgWdYZQJBzR7EFe5yQRhv8ai5tWQiO4sEmju+SguOmbBciRjD6PBN4dMGwzOpjxM9nz3mWp6agamnoJ04Dbo2S6yu/PaY4DMbHR2MswIJZMCV7JX/mAnMdFvAmPL6jEpYuupJCHxi8VUWg5NyZeRsXbmO7pwE5JVyur8gKcy9gY1CoAT5xWPi/0Js71fWC4Vl2/7S5RrzUTaKPjqMsJPxaS4I/8aPjrtCzXZ16e30Q0T7UaHvrAJq3ZxYukRh06KmTw0vyT9QL4/xXPxsasmJCNEpMK2PUgk7nI2lCcIsmE4P2cWzXoblkjgs57toRD2keBMbmc4O9z3b7fOWDC5q77yTOZi674cnmoVh/G2kr/C5pPcHVZIH1VfSGfYhOjzp0JaPIb2rbC2StUgenmvZ29b/JYo0f94bfW3xD4oANA9wE0pln/I01ePnTOShpl1Pxf9b9gZuapxnfdB+LpKz2hyf0npHB5Ou2dGyC1a5/m2WK9mZJ+2TcO0r9wmCouua/+pf0l1zFkVmkAIBkTmVpA3ya1gX/IQ3LniOWhT4uM+sMfmHjoE200ueEZTQeN6VQAM0FM15WRf+gSlBb6/wL7m1P/wBDJ8TS4Ffm1ybetI5JMKVMS1y3fws2ZBb4gvWW9hHxfEJKIsxbVY7Rh0BDw+3Azor9bjfqvUwsCZd2spZ9yMfsKxWmgm+VhHg9lrfXUPRHZWcAoKpj+256SXnsB1u3KZRnqfNsau81rObFL8UEqPp9YUIqKJg+aw6ji0LKNU5ENOH+xn46xZ9ux480fQtGpu75JglsRoGhi+HTSLGOT0pfdUNofM75vlMym0ncIVIdqapqfSMQHWSt95gV5q1kBqFE8Y0ttHJ+QUc09bt7tENCdnU7cbJd99EFHlkW/C2lGXPWaqBVkJZYa0Tf9ke3I0fHLQlk7mOOXlI5JT5Ord7/4TvxpOccPyfBIdumHqar9jaXJpWTQU1vLZpf91nomsHF9/72z5cKM6W12ZdI18D4/Gm666lqfvzo/EHB+vqrGd7440VxnlBcOHmVPF91ZY1PgSmLnmvSQ44ih3cjTdX95M0/Rl62KWNuXCKWPQUoNeKYydb+0jv6CYUw/oOnRJRSA3UHNaP8xxrxHy2HIv25hQoi+PlpMF+Dmbs25o4rFESc77X8itKbXQgLcAvsx5P0NfScRAdG29PS+qdB8Jtnt4ZY8BEsQZBZICkZWw2Aw9ZF4BnxdIGNnHzmTrWKc0tBJN+z/Kjy3Zp9iOkLger+uRfK5kVHwaJlRKoowgLxV8A+Faz0mrII3WctA/Ig8Sb190jWUJEOghLmexOY+ZHOif1ZpywWASIn7/PwbjQpx2ab0hOCDl/a4HiPTN0XYQ9jIshw6qyaqYNohLCHb0VErdecDPGiXsKlwRcXKT1DN3BrVfpERsDLffFhwRXYoUFxi56H+0Ctvdot9KixIOWWUwh+JIIDV5bMceKz2ffLDrusnFafnwRVHYQr/IkVe1E8PuIBCKCB7lPtO6zu1b/N1oOHrMOZ3wQpDcHKfpu6kbcnzRB8TZEjAlT57PBP+P9Z6+ufVFWf/D6NJovEVxD1Sm7jDKHjjmG0HPzXUF4LstzNMXlYHnLBnyttoJsCvrrG0MOsRCelu0nXjGRVQQXNGzZGrGbMdSOsK4veXTEPCVnsDANNoAGBhYYnzGrW/RG6mTQ/+mECRCtv/fa+hWUjP0EjFadeOujzEZxOh+r7sEQ6ZbItE3wmy1J04DyURk5xetLvik4HWBiwZlwJIvZZU/tnP81Iuy+iY143pEir3R8mneE4hIcXaq0ZLYT/ghY8yILvdR0c5SGWF8K0F40cVjvgqGjHU5RkAwwTthqGJMiy0Q+VkDSxGZ9jtix4LEUYP7QoP+ROpRXG/Pttj+fiO7L+ncQSg+CjLqZfqi9/Y88mRmv62SBr6UllpVlMvsCraDpDOJ6l7h/vDi5FQo7/u60xJHX0xfhEXGU6i6qcBozevJa9YDaUxYJqAHKJfz8BOvInOIpVKoctBpnDc9KN63EaCfZZ24D9iGr/CFy8wcjegj69CDZJIncFwvS1fMeHGAdbp7jQ6cpKuJJVfC4eZ0xUUgU1TBPyl24VS1Ieppm9BFH3IaE5TbCE1oEGD/QqATOOPOACgVtfHcHHntuFvkfsYVx9UVTzM5DhCELQQlVM10bScF9dR4c0H97KokIu9geXXyBrBYJgcszMUIyPl+Z9o8EirqjnJbgaWuV/AIU7p4Po5fyvwmaRsJfnW0O4yUqQU5EFV1/Vek2ztKTbuCGxow2AxEQFvgKaKe6N2GD18K+iKQcHuvXtJGv4NqFNVvAq8US5QRTLra1lYLFFWsvu2XwJnfmq/zgz5NaelJiYP04Mp8xz8xWfi2oAMHm5rLJ5E/+wOLuDvURvmTplMWy1m1CU28d8QyeA4Iu9631e1sy8DOFRp75sWHoIOWdpj+RhGoZuO+2msjtJAgLxL4mhCc4qhArTMdYNyLWZXEqWxwXA23QbRNGzeBdQdYh8rVk3ti/mrYu8wgdgP8cJHp6OQ8n928vGAgKfA+oCMyX4m4XPUBqJUeG+R95v+H2iP6jg2CRf4adw2G5u6Kj4FD1boM29k+FH3ayZPQ+itjLKkFqkpMhHDievCMhDAQIuGwWM3opGZiXFa8i61fgfelSi1qPPSffbax55BVx2N++zyLQolO7RrsJPee67jKIWQ+5bL5lwL7xgmGMcN/FWbCodFAPoIHTT8jLMOx6YB/4/pLPE4B75Hak3sRVojARgfSFeZg1vqn9rdpWIY1T34zhMTHwi/SCfT9gm2wCI5mjgD1bRAK/G274X4qHo+0at7hg22KrAiggCirwbECERDf6ihNX7b9OQzTB0w+fyNEmBFCJ0gdwCJUhawftTO6LN/eR5nrJ5xqelNYfBpq/I3mlKmnN3rRq0/vU1nyu0qHf1Dl+fbYO71LPHMuIPyuvpqbcdxb+svtd94dQXa5hEKd4lsQZqMQrFBfyNuMp7ex2gFIKBws2aWfbYMZEdSrbxVsGP4U2fp/5c4/GOiuFH9MAPjWx5G8hrsNpK4XMerRr6WNt2nH4E5MdgHVuhfCr/7nwzj2uBEku4936ripSU/KyiA4k/VFL2UdeSdZWlDwSn3KUefX4AUgKP0TAvmaQEJXGGdAAe7bvjuMdWkGiTrShkctxjitQYLByDxV59RwnkLuGa0OwbGIxrjiUvevMFHiNIO0nvZI4SplXQ9fSi9QfYVYlbUtCBT50HYx2/tXF/sxPjRY5HswqJktPTvHYpya465ns+lz1RStrcGc6srhRkwvPot59wnA1jz2MT9yj1N/Ci6YzoqmduxaeDCnvy/x3Hb5/xg9FNgDJZiYA/Dfbqzn5zdMPEYJpTg4401BAk8++fF6tksNceVBGkka7d17p0i7XHojik0ecODIoBd+xylQemoPjNLTRVP+up9KH5Sz1JGUUuJBOpCrynI4YQVxYMOh6TXSjaL3NtslYLllj9tof0aQ8GSM81K5hZyM63xT1wCFZzRpPzWx/i95emrhkIgf4A4hXkcmD3ZsqQ0iPsEt/qVgul8J2dIf7AHQbw6i5C2aqLx3WiK0nF7HPITWCeDYySign0fuIR1P2be2o+7SUMs2+VVVmHzuU7OMhYcKmRSJogp2L6IkS2I0lpl2TT2Lb9BUkfASJ3bvKCxyHQnl0tvkRZOcFyVMR1NR3nylhiStDoTFuHRiHlpBOZOx9Dt+B156iR9EUxZuyu3TJVuZ38W1It3xrX+EKLMc2slZnbEtS8jgLWBp2Rsjla6l0TRxKmvHAIzszQcpFIs8+AeBLcmWO1gM951wzZqETzA2vrZv8MGVzfmvLdiJutQWQ3TrHvaH84zCBKuR6p70+kvc34qiRdYah2MdZK++AEJETYrZ4fL2LaU4tjZpO2M38vvCsZJy7n4cEPLJdlAzyZzJKskDSEPpMvgTWSZ6kmgHm1r4teFJRcZP0EYba+9HpZgVbfD3tTma6W49/sEH1eRsA0m6c97X7KrAwvFUa739HBy7XMiOrtNltTH/Esl/rSIsl0f0Z+b2HktOlLTWs7LpZGD4T1jEvhYHHXFBBiSkHGt9F8JCVwi3+PvqMsV3Fv+rESCe6MSci9gfAX3mqomUfdihFnQr5AaN/gw2/l+09xVYCQpL2kKW9wPzDkPXkHbXTNKkcoJRkOORQfP2G5k857b/PfaGuOqI9TMuh9hdG4D7+X9CCLRWE+rzgLEJRO5KjcTzZG8uhYyk/bmTvvHNtizNxScoDSbnQhKw7pohd6tJh5Va+75T7G2eB6beOTCYiwDWgrG7TDHv3tHBrCHzuthUiyPJ+G4eU2+u0AKYsEOw1JYfXYoJ2Q8C+5veV8yInvz/aA0BIMYBa0l6werGV1kveq1xlb1IBkf93l5U9NVsEoLWkJ6CEXjv4P5ZlPKyOVneVcJYqNOi4ocanbONzHWvBAVtG9kD8ejGeUOObQyl56gWQZyJiLInGJ0hLxLN35UaPpHh7yomiD+vmYzHnfyMwdaiiPonaYshaV1Gjtl5jrAghfYTh+IpS/jM27fybFTBpig2ZEfORwGC9A17BmSR3+eKJKbmCloIvDugGTBGlOPplDCqU4zNMuw04xuHmlv36o2CAdFKmzeHz6f3IlGqf3iB0OWd+KfYmAomT5RfkDlJi9vE9nHK1+WC5+rCaefXAEJ7EIx0HCQOm/RrrAjqpmUoUeTTgbjxZD9LHSb84mVu/XMYYCYOHD4iWGOSo/yJqjMhxnAD5BnJSsAQD4ab6MXvt0RJX/8YG3YzRHqBddpNyqLz/XUq9m8/AGpEBR0sfWLKdU0rWeKPzTDBdutPPAsS+7UtDBNK6TWPlgsrwqWQwMVG8oIeQYIMA5a4YqURDiLvSBdvAvpNVdDVV70AwhkCMH/dDOalBhwB2+We2jnrheoRR9vKg9AHiOQ3z4QWWNWPpjThTvYsCZd9BgXIsErULsaG+3+IcceJ3ghNPxEP+XnZsbTyGbqh0vr2rl4qJkz+Esqzdw/NW0E4kqMt6+KcI+fbzYGQKvccawtmNnr1pS2SDjklJzj/2GzPL2g4hD30qG1Wyt+O3lJynJ8+FkTsiSnke7gWdC1EZeEVcNDqClx9rSnDXLvRsRBGyo/EGrUW539ziby4+FY5N1EpSU9QGCkJ7cZRe38zayxkV8qzGcB45KvoWFwu4KwpLbUbPnh3Shvu24uwBNjPswdNj1me7Ahm0ZoET23FOsZSQmeAuVpS++/YLA6gELOpS1kFoE/7tXdqa9DVC/qJRF4VXgnaEg9gApDgCrrdP5spcxS6e9fNf5fVU3hbpWh2uNG5rQqt1yFxqP9c6UpxD5BZIQiizLRokjQet6C5O7JG5DQqUpp0JIJdG54wBFBbGKWNAXQUxYR2tpbZkpwNd88zZ1urVYiUOlgHkWNu1nk6WSDG2jYRmjS7fd0CjvTUR3VJwSLqha70L37+AHDVKQPqpJLuq+zdq1rbs2vep5Wuiy0la2fxp8ovjLWHemBiUhQNJvXUTPVfTOq/ZczSY0T1CbBp5IfYXZr95vKTN55sJViFhY2KIuV66D9iwMgNB3oF+Jr45h6e4OkynmRB+a2WOMsihK8jTJFRzz7ILv/dUMK6s30RF06WqA6Uv4UNfAGPMJW/ek4yV1D+wivX89HF1hULDwCGbhx4AxiXZybXgR8d4xcIXZW/Uw6N9oZ2WT+Rrc2YMb18v6rGEjQ3kFayFyswgH8mgg/7Ul0xuzQ+NSsQehb9RZHw7gclJZSDVJ4BsbHyBZlMq7PEuG2wNmDVQFUaECHXYdq6if/YuucgOF8dCwaNjxakklflGlPh32FohBOeR6gzfI6UFZdDpAJJ+34a0EjrzgJ2q4HQEm+og5ygfLQv1MN9Lhard5+yh5m1kqs+3tgDYb6QOqCS65G+HcbYBk1p0uRxfPiYVQoym8XeDRMPdKKd+fxNV4UDqXnZnc7d8hBmsmGsPF3BD8yu+AV3XEIK5/qMnUqBq8OthSkH/wOpWA25TvyODn8BE3B+zfe3d200e3zF6JJVKJH96teYtbOzeku0l/KPjJv4T9AHnWXwRav2RDDP87KPru//QlutT2ytdJ7x8UGRpEb+1PxfQ5UDT36xhAzTg0ZVCS4Y2bWMoQUIaDDVy8QwIq0q0UHFC53qALcUDfGrD8bdjauiGnUc7H9D+OWyIIUIAh0sx7UETa8VMEBu/n+7rkijdEA0jxJrP6vmol3/wrK5jw6oBP+/C6Xj0uE0m1KLJgsMouRcV9B2iySVGWEQDeRkScLWOIWqLspL1Lwpd1N5S1XumYLRglCi9T/u0PHMbDfBfoZcKlZxjZpmmn7+9VRk6fL+O0fWBm07u26l+WkgAw8AdTgUjZIHsIElNShLIUCcOWjL0jL8lWNKbwkY1v9BEhgzD9YabzuiJ0sUYQTwvIh6gh4ehAhlLk04KOrw8hsLOo+9+TaZ3hlGbG0ObL9guQW65N+7xMM0or8uO0Ek0oDVFVBrtarrWOYnK/Ep5hUsmbilgmKL4sjXqy5H3uuotvCJdKLMixL9BNt5+DGBOZMn05zdzjSY11JNJbTraklR3orYBjRYZUQgeeNclaOubXY8SocYmZdWH3bzQ0dkApKo1I0ZT8KhIS19k+yLqDnVFcUzKzJjfi1g50iU8ETWkpHaJLThRDCLAOmkqB6zGwIP4nXaSjwUgmRnzqqGLVat22iC403K+EtLZsAElr845dowTljECqBZrV24vj6G5UgjGe5kxNNsoyPimrSeA5OiXS8ej+KrU3NmuKNTa4/FR/YCbX/O3C1087g1m55lODu0GZFPYRJMB2lFNr/ZhW6Xt5Z1LntE3FzavNusrl9dzDmzaXLbaLtZcvM6ZbxZ0I7bmO80q70Go640HciFfOZvphdQHwD+ShR+6aildZwyURoWK9R+i027u5IgXRi5XtOODYhCu2u+gA8CuO6Y+phjzWF9w0K3gcN+x/nuE9fYnvy2wpOXIJOetV4DA4QG0DZVASqlsjHKA4krjOpWdEJnkwachu2VY42szuvTP8bcFDvMVf1jF46DDR4b7aAs8USgfdaZmPxk97RrssqvgpBW2/yMpIdqg3a9uGYaXCRL0bvzq8FndEglMy+3U/e06IU/BiTgak7Qh3mMR0GydNqsibMwMdZEJYlrOALtgyNFZ1/THC/OyYUpJMShZM8T9XDuq37DehUmEBuigbdvAQlCeULSTBTTWKfpwKHD0E1L3Hbj5GV+JdlTCmOM6YTProaEGkTzdd5J5oPDwWfmlBZR354Ni2eesq3WvLij8dZhVzNhq9UGGvwBwXk38lCGEbjsxnyepFo6+0YvSG7Vf3THWWOxNaJU1w/MEOfMW8ROui542NBHfFemjsY0SH2OYsaTifhY2xanTeoAZHoIXpf2lwQf4oqByewyFKnPYskRH45Pj0Dey1NG52Z0swmUSkPHoYKUwJEClPnQeMzF00Pl+RSZMqP2QGzFiqq3Hla0FbcZsUU7hLzhg9NntPnxG8k4bTlwLJpdDL2zaKRYqqSXlMV8sUaYi7Uc3QiL/fBY3Zk2OLADJrou+bSBAO04hYMVcDwQ9lama15+NttDUIOLY+clnnNPIRVa5lkeGAoSZxF2oSFxS7sJP386whbua/7y+rvEbTjlWrvFX0+GJlA9hqnpuOilJmnfQ7RakKBsR9aNtQMW84beXB1fWX6+rCdbCKmYpjsSYWCKszZ1OyJtPl2LP25nJScVKNvHogenUtOFEEqauVPraxGR8KBpfXVkZSdAkYH+1/MYfSWEI/L7yaoDl3PEKJA1kUBYvEUiAYiNpiwGnnNvQ4Ei1RFRCkNCgLvZJLQvn96uxRsXpCTM+x8lhNL69dnfFzjhWf5lDNqSrFpNfnpbDmZkgkNK1VBtZGXzdxVeYyIhekgwIj2GOkAiHuJjytsiT9e/VKrb/88gkFpCaOp4v1FTZOKPW4mR8E+zoaY3flwtB/elzNGkN4A/rk7yuhO726IbVqt9MgV8pwF5POYeK+8qr/J6hxtICCw3JVnM86HjFOF8nUKtJQWn/FE63uqqx0j8UpWJiFlD2maf5ngmPEsgCrAzdad7tYJJ8I8q/Oe7aVoc1EgApntWueVGQ/Y/Q2zwyJlNBx2lKZqCn6eT3qc8QO1qh3QLoBOaCQVGgEs5ohRe4pcs2Ez06Z3XoIbim5N907c7U9SPqAwdj6C6z/QTQjW2gLKUGjXVKlQt92yz48wrnFJ17W0PobVVVODJPeyB6S0RSHGNXY8wbOX7ShPABmnRHR8ZcLKxfR+D3gqkipNcOtfL75EUmQz04af5kmKn0hLeA030fD/QArTg48MVy5dXq6B3Q/p9CfoF9k/jqiMVPfW1lZ+235LErI1FsSrdgJLk7KPOjyzSsmEcyPxFN1JH9j+xIjj9Va1J7HgSs+vIjcmz+aGqlLgGkCuYiAVQuTXQppt2Jk6hh6UMxIPRJ6O3QKA/XME1AZAiPv6crkRJrE6p+2d/0tL/mC9uLJaxyJLetgMsL6Leehxn3vY4sLJhcJmqScISeNDe6PaE7eEY+O9iG7H1jqe+TEKvZsADgRSWYtzp/WAZIeJTWr3EipyGpRPlQC4mFg8gvEJkN2NnioKIncsV5ALzD2wpYgwbBC+fIPugbcD0zerZMD93yqHLdzBWZjDx5Te4LAdhMkR2vaiRr1m5/1UITsSydF63AytpzJmGSWAZJfvF7SC0ofiGcNvRP0QO3JW/2xfxn2VVP0cTyyhQ+uuF4KcggmY9Hf/+jGcqatct5IoTKFL2Egt1bAVf9Voj2Pjqvh10wrj/foBZOSMmvu999sHjCOUfBfUYqJNPdvHFqPfMs0VUnv24hpS93d3rc2lgTQUgnEp+7ohdAurrbBySFD5xdBtiRuTJZ7eGxFatUnT2Hg+5gtvW5eXy53HJIVD3cScvXa3q307oK38fHxIKmYuwEzjcY6GhPLa6Lch5xZx1yUDqkbzzj011QnC2OPEyU3IRL6MQ38oI0Wj4HxuHLjstRBEyV90d56138mJxopOJWguBQ+ehNMU0IyBjTcv7r1d2awPAJNhroUXYu+tOAghehGQByCpVRwm8ZabishZKdb1opygbOUByyWgGRcXeIyE+qBriqMcem91AQgmnfxfueoAolN9qKX9ypQolCCXc2HiW4XtsosAkQIxWucEjgTeitpo/imjK6JfAYjprG+woh6udn4NhD5Ehpg5l6gArlCERR3XswArgdcFF9rR0QKnaqWQKEVkEVLT8b17TuuukawoBKAFjdHX9XsJgMKI3Y9ZBh84ugj8P0+2BdfGKvqv2C5FjnowjIhwKwRNMz+9n1skcHAcQvmMU/yR4H2K2n0x1mWLjpbBE1grD0jg9EOEUj5HrvZMt6XxXQwPWD6cczYWmkIJPvCX1cNfOoWSpvetm1qBRgloCaeM31+v7pdT5kPmx2hz9+VkAKAv6N89vPYWNE9T+eixwRQ4SRuSjY6yd0nN9oeMuVUS/3X61Tu2DnIZKuBptRB7H3qF2Gde9JYUwVAk/2kM3Qnc6MA0+m3IrKj0cl6bdS3VY0hOKguskOiJsCug6cirP+m3CVNU8y1nmfT6sCwFjqiQsltmgFKLEKiOFLG72xhfwWQ1PWvKkadWGyjO4vu+d1vPLkyg17P39oIt/LZErO9WbdDJzEwZrbwiFze1VG5LdAgbRBoz3SA+t7OnrSifNHPnrBaNgyMQRcZWPuw5b+CqfhhmD/UHRkdoIyy6ror40dc7KTl5JDbkQu3Rn01vqC+t4eKK3t5X2frOEndDNIHrebszimh0OzlkTmBw4WFFvkqQ+QMrUkvnxZxtsKsGWj8nNw1R+rPM5bzBwe6m2o9cAqh/XQXf82Dx5XO6cFSV8YsMiMc6iQrremg/LZFaDM0X5CMdNphouGhbGTfk9JOHxzo3NUHur2x0J02LVsbRb3t/BC2D+8y2wlTGLO68zL/bcmJg8wYhpmx6WSdqdFMuHKkN3p+XmASTXc2xPbGCezzVehVulxUhw51+pJ1vDUKUwh1eBGF4P+QKf1LkwkC5CnV59ywRjJmg12b2998+BPvuxzVZ74aly0oKyd7VDCCgKhKDeEbKTSNTpK2swcaMC72za1NYy2SSznI7RU6wfPvtCB/PKq711u4BxNokmCtMJvOZtQliEBnamOpHtD7R4kb+LJ3rcqDDpHnKjCu9KG8UILEx/nYulEVKGtJ8J3f3rzewDL30KzcLoiwxDZVW0czAnFwPUNCH1I6TqueoTgZujCKKCsGVIyyboHJPI6YoKlZeJZl5We4SkDGmRi+bEKE7PoqaffwsRw9t57sJOiL4S/H+HdiIzLM79m9dt9OAKuV6zYtlmJpltGEh2qH4wU3DKGwJ6mHF/ArnGCBTSWbpU3FYx+e6jstd2APWpR7XUB9u4sWXbN0lWUF1XcdB7YJAJaZK/oLNCBotUOXqzsNP7PAINvZsKd41AsZ1j3sn3tXQbguFtHt81eWBMeA01ujRfucMGwzzFJ8FMQehMLnAhbap/pwXsF3k77Y3dMRVhlEvhzTtp0ZSHLXah1+Tcl9vIAYCTLWFlYOhIVL2edvKjMcdYitBpWXbRQ9EBOSE5BS6B5E0Z31z7O42hFPOWCoMOvlX96tjDlY+wFsHymnXpJl3zZnAjHXJSgO5iIF9YFbkNJj2ATcUBpIs5R1rxiGvbBwA8GEuDyZeD1m72dMAZuYr3wkHRMpU2M1dwZv6ZbPMyUps5ws9bFAhxrAeMXpfZl+bQt+O5a98eNGQfwp8dFUMeOgJs6xDz2fcngheki/aEvP0qbm3jIhtKuB9z342WsF3I5FxiOP50gMMYeKifMG39kHZNViQflGCmOih2EsAkVjnYw2+H2wcYqkR8QesF+uh6LgJ6amD29LyNeUIRdF8lwybLvmFDLQsoKXvxnAuXF+uhb5Bws6cjVQItLlMoEtmXS6cvEYg/NiHWQg7o7RE/+XjunU39nFYz8vs7/MwFMQzawV/eD8YZ6bacjbqBOmM/pqxKg9YMnH3CdipTTVALGHvSxKiYgJOOOf56diw+r18cdsZ0XupuxzxNYtYNXpfBzC5dt8rhxsuSRv8Ai9FLQ2HRlF7+Fq8bnJVO5t389edzPyxli6s8ytbUHxktWHx3M3mYlG9yY1FKqCckKpEW8qryt/0g1aEhHX3m+Vcp8KmFceqZuLfwv6GMgL3lMARqUEDWivvFcDQKOP8kNC8KWIxNVfNA/xjUOJFc9N09fMEqjgxiRW+GjmDPgkIJSau2f/ENumeu3lBsnv7pTZUgVD3JOFFgIz19hGjd+qoYQfLL86KLhQ+DmFOjbwny0SxtgPm242rKw+lwwLJGB60n6iJjPvR4OKdLxrb+GCmTaszLzcfW2g4ogcC0zt40x+59dR8QGe+NxkxR51zPNPKoTkj2VvKIe5sbnVZz5HQEmioAkBO1XltuQyUaj76dhttDExBNJVW2lYyCAsD9Pxr32dTOtDyCzFlMBlzSaIIbU+8AMNflPHtrW+wo+OtZ4aJtAAwtiM313ytjzK/ZgwnLIoEUJ5N0yegxvVmZSpnOjUsDdTQSlA1I27ACxZ/Og/hDeI9jaJJwk5MjJD6EKvfuwtWEOQ66hdhYfpSspLe5eGODrCTgAG06icR3kqaXXTUMxj5fGavHpzQ6N0H5Y4bYhPPqFzGa3JY5SKhUeHkWv7LJHYljuVqb3KKIU6IMTE+KK3GTrLrNoav7dIUfmA7DNGzZ6lPkL5A2WcBt0l02QQumXFV02+T41NgWHtIU06Mv87+IColsbZnchEEUJWMUVtTq4HLHpsFxu2mArQOyO9amlPXQdzBzIZxE42ZuY+C0ftCxxxwdmoFleiv0+qW0Fcw+UC1tHrZyZ1ziNYDEPsjQ9hA9WSXrX+7sNug5mbN6MK5J8m346ATh1G5gMpyiDpqYZ+XDuy70mb4+W/AyHj+4cZsOLcQSynSrJZ4MJF4v7RIjbASdfNVFU8CZC+PBmrr9ZPeqaqBaBcwd07ey9vU36ZQ87xqx7+TPz00iPwdJSVVM1ZEzQGeXRdyTFCU8Qc0T0Virv90L/lHCALLidb12AJ5HFdnn8fYMm1DpBBr6ZT2bWrTjtBYougBg8LFuDXZRcTohK3+N8LFGyrhYjNfs13ehZ7Xm63eeiKy71Zw+I8F55QXPgpakrF8Ip3goqBcoQxZiZz4/uXKPu9qrrdeIAGLzf0OOAFlKKWUsfZfYJuJBlFlqfCLEmhLcgTtFeRNDObHKUZmt01PAKGZyNQ1Ql9Gv8H2Xe575RWO4w+VW79xP3yGtXQ+WXiITAW8l2qNZ8MZIkuO6v46T85ger0m+i5NhVUexfHSUfOkBoUOnRwbCcHzyn2z4B4xaLdclrIBr2vPijpu+343OompwBluFDSAj0eh2qQAIKnZ6IXSqyBL4yRWnkDHL6qXARtsfSY15NRaIKGKT7M3bQo5lbrkTA22UJGj5bvV4eRTeiBbNKpTfGU25IPXqRYH+MGpJiUW/gLKeFhs0DX3seAvxJh1nn8oFcYhiZYd8Bvy5gqYHFJv3aYTqERehJlO/tf2DOEY158V370+c/cjwcHe5CxVCK47ZfSmXWieOO2w+DGIJBGoxrN6aHstF+k94O5oXMrhO4FyQ89gXSQxVRJYnPGP6imyobBlIvLwqfBuH5WigBavnnEjUSFW9NW9hwr7PxrHLIP9WAzua2JNgk8DD36JjIB6SWPZJgL6UVZAAlxhDouhtZcAP80Ep70/ryLvhJG4rz+p9rkKX4jd+QL0wIIlsboiOST46johxH6xJlXis1Y3Ex+OE45EjU/MlQ4Dz1CN/3D7ChC/HXFbcDy5ANDmbnQu5P1KDkmaMJ+hTPYw95/9JkatKt/7+MMUDeeXgZO1Ji8uCfv62QWoHQ/ndwqyOKpWqRBwqkI/hywpuoJGsHbydxdcF3JH1GbNsndbl3D3NlcHSN/CVKOUoPOzsn/E2g81+mjGmJTzCFMbxrGhcWmp866QWEjU3waLDSN+QMKhKxkULEarG4vPAnfUN8Y7gxwprCy/hy8eX8kWv9hykMkiPTanjNao/UTplffHNCaWWcyotNQQTWnCqiG+vRlM2domkxlVqnuY1E0GVWuDFafzvCKhvRzaitaLy4NRpqHME+a0P1qJNLLDkgrJvBcEgx+DCHynQxg0k2wjIvX32C0YQFsuSTZULSrhQW9jJ3b7MEk+ILOVnmsEZVKIlG3vjwLreO12v9Tvvb0/SaNNTnJR7OX5HqUJqccYIXUDEh7YlFeMChhTCpdbHwZ1Og91STODeDSSKrLe9d0PE4AenU+KSsjbLJSZwR3jo7tF+lh3QhBR8Oc0u4LSqSllaW+bvOKh4YIRvJ+SuEHl+Wvwf6Yrsevx91lmJaJIBRHQQYdudkaY7l6B6yREEzd29ueUFiSx8EzJpnXzkE0O8oQ7Lnvwf2vDJGN4/FSI9CB6RJ5FboRQWyHY6F00hZkKZoGzESqXWwjbCqteDSq9UMivkjYXYI4hvpb7cp7xrjxmABdDettCJtqnERujgP2OC6wARzfgV2BuuUcfobt8+WxhBrHIu2cS8dSZyKNI5BNF/Hqlpjy849TzmobSOqVL1gIFAlQeyVuyoGkqsX8Qi0zb5Dg0f3tdP2nbApFUHCSkjBrK+PJEQ5/Z9c/18edX1ZBKEAjH0Qo3VYJef2kGyj/Wt96Ib//sSFf+w/xBGVPPylAcyom2OO/3IpSsvAKiTjaHQi8lEjWC0XAUYKUDnJDcKvwysX8vpsE2T6Jz0sI/49NvHO96+ekJXI6ZRUnr62wqelVJgXdZJdXfb0xlqPRnVjtPKo0aIdTACiH7xTLZ/KA8mfb2aiRlt/2CPnqSGt94buh8dmj9ECeDITep5JmA4D2C8hhRaGJ8nMX8YDPw3TVxMEYbFNhwSlBunl7lvOIwpmGpOiJcBnSuZor3SAriUHj6Cu1h3z5VrvmD0lTKi5G/mg76SMxx3RujroDjigEQMh1bPa35Cru3RClPZWdXlbfjmieQe4icqiazNNAvkf2ClcxpO9cCC9RUdQ0Z7gLtOsPfdzo2KbZyjas8Udb9aKpdCgcjxSMQmhbbEIqE1sWHoK8PkMo2mJY1Y2jaO5ljtmlXYMrVVAdiRDWjz5zPd1W8zuModLTbAAx27YfXvaN8XRszLPZJv7HGPeP9gIHGtvFr33VFXCRdPWaQiq+ZIFe0CX7JYmR3rKezpg8vJGoHc28tgBRnLWI6GWhRq6JZ+notBSRigVfYkh4eU5VFsx7ab0SxTIUKgddwcCYMz+nhfiZ07omSeLuDlqADtT1HAoFv8CcmirpoJSMRDMZVqVKq5k13Ym+Pyk1bSOE0J864gUza4w1fbBZbOybm0HlwxxCKKlrCNcAJNdx8nAzcF8YfWXHqaHXYL8YdAfjF/YFlV9Q6WMD6Ktrqu+TSVh7oMZpX68omy362Yqjwc+207dbn48FoOTG60qNXjuMy86wdCI38b2AJbfP4K96G4k0XrRltmMYUXKNlBubqeB1j9jHxR4iYEfTpN27MFJQ3iAzz6LCLfj8nCui0BDaR5kQbsiD3/OrDGKEODYPoDR4Uw5RjZ7Bzj0Gy9JwJHx7v1tk+vEURFkeNo4czgRF5IX1yGnqxSeweWTXWWX+GIdgHq1kTfU+fjZquios2OH+lXchPeilCkir51hhj8bsbfKuosMrYj0W8XCbeh3ZWzX7Wvl7lmw5PmJWb6lVZbaqpZw5bJmcdp0mhvAFoGyzx3vMHO6syn1c7yFJ85wbjNSVfiFA/FIlZ7BxlsBsTGvim/WsZRzTuoPTT32Tc+2Nu0+Md+Nhtuzf4eshY7UuZjWF25q4+jXSVklY/yOsbnDPqhW4wPuc8wqXIGrXENPErtHT0ZnZV7oJCmgRUIO1GUPq1uzOO1WCwLpwDcFJXlYrblNElOgU67Irqz4iWJSGMXZT5KX3gdOABvy0yWbe+fuNy+zQSI3KVwDZscmESXJfGWec8vbNNNy5UOY4llDMBOV0ngX96c92gAoI7yy0B4TXevWS5n4DFtIpOekPJzKoyqPRZhrNWbo2X3wvzEzBxATnz5J8ncecNwGRGN4mInwc10dZPOGq//hPPRv5pXF84lg7cv7MjUQcSRasl411aDtNKEz2WuDy2JKN5gSwdorMaIrUr5zVLcrRt9wYSWTVceFS3fgkWCGSIKRcQ7VlSEbPG0MKGky/UMFIpbhaxuNu7MHcfbr6luMUkLBWnWq1ruBUG7RUAf0OD7LcnK+PROh8tBUTvdYHLTbPo4aTdIC2qn4LTEpdR+oFsK1QJYEH4Bwn9LMxdqB8rbLn5F3oF7K2WODSGnsPSoUlHse+rtLHCoX7fVMKApFmpTV+qbKWHYsQhkwi5s+o6aukbF8ZIdPL45uhXpUjxtLfj/W8krg4THVo6qBmfz8i7FX6opZkPAKvUNxyWTgAE2ZNarT2R6JUgLc54kSVf+z6G3wClbtWFxn3dkkzct5Ikrilpco4bmJhYte4BNiM3GLTkWYEyhDVAs1sZb+jF6/G97gUai2U2ZuUv/QhVs20Uq1RCnGCWk5n6J820hbXAAkPksmqUqCqSfLdvIn3y1fMfk1G1ZtAs9e5vEWgSWJa8e6LXLrbQaGrBe2xuDEJE4tJB1ho5fq3lz9Y7GkFCSmONp0i5LbUJtJWKrTwSYZn+2/xYyQGIRyEohmWnH+lLiPXey4pT8OZViRh0PuPEc9Z4sou4smG6C74KkDooTGLAItqStLPFCkHZR3qNxyVMGfIPMfWyXSBpkyVhbZSA7cqQ6nFH36SVDXE1XhoGUROyyHYXeHmhLIeXJZ+9ySMwfOf5ZEi324UCCU7xTeENNdvNyo0y8a0P/N+7r+QO696lhyPIANwKX+v0gShVxZvAoOB1z5Qs2sBfOWZjWJ3mLWvEzVRTlgyeaouk2sAqqR6SJmBoQsz2IkC+YEfKLKCIwaVab4la+vLuV2rLaz5+TzGmpXc073NJJTmNWmgEsEKr92oReWYKWqZ15LzXhLyTYev37bOiFVw4ODRmP0hTAiD5gxqQVYC6QWStT8I1YyT4/JxC7l/oTjUu0PowU39yxUlt2fx3tOdP0fHOEknKu2sSgq1pKgiULbgubFEQve8KuhU+86So6nyh+bqSB/henkTG3+wD3WdvCjQtebwdIK+l7HhI3GGUgV3aLpsqeyszD5NtsOoaTOGWNT76XqbRY0+Y+bJlZgRk8vWrK8ZuFDMMd+gpurfbk8GazLXQ6P7o4EL6lbKsDCrUjXXb0w/Eba2izBH15C2pLrLmDx8pYC4JilBMfSQXwelZjo0Qx0RqigiwOGgsDeK1yzxD8nMZnLFR1tHIg29hwo2YB3HWjlRYxIIcDbRRldaxofrHAyVf33fqt+4LoFDlRCuOhbVmJ2QziXqIjgcjkS02lBPfUU6eIwE8GJKJc7geipw3ZHNlrZgLqe8Sy9ochyUBAz+hOPMaBvoATZcCCZwxAPlB1qi29DaUx3xK7mDP61AHLuAowgpi4ThkvI5TNi/E0JnzEhQhKfUKpdBi2K2JXePbn3nDrjCEdLYc/ZsgGNH1hULlcsOovKabdtZvVwZntULuqU4kMoxYBilmZzKwQ2tq5ew+sy99lyXzEa8kO9rsBmcISfUMFR49maENnwQTI4o7dLKA0/qooPcNZhCBw7iGLf3xNxiNPq7mPsNE9pVltyNGglhmGwqK6Fyuw2sRaE4HWMOkA9AZcPDC3DLWC3Vmf3JdhY49LUh6oa2rfKICF3yiDdW2ebOSgIIcVkfP27jkyVi0ysQ+cY5nT6r8FmhkSTktmibbkTxXSckDRWE8eZIUxVsL5C3CRgTIqEiBM+kMDavqhalk8uHPsJwYbtNawissnBRI+JoABb06S/X6nvDHCHGUzHPllX4VPfZoiM2TU6p+2C97xqKqhPVVZ2pI2AvxbzWlqkx9EGW1JE3jNKclyhPDsZDvVfarZ+NB9yA5tBd/CLs4boU+6qlI+Ml7F29K+FLo7elUpKRz9Ii3MmRvNcFqOkQyyCKHWLx5X/kT1yE03cWCw8Mav8YREtvySNFInzIfSS55Fti9YF+2T4c6wuNoCNHLDr/92YICOaCJYmZMmA8OBnji8TuMJarvKoclHHO1oaJ2uQnDZRvS7F5skVSgCdfPnsv0iUTINehPJWc01wiOS3EX1FVZqCx6PMJTtRfOwJp08pP5jEC3QP2rWfu9W8jT8XWIlXmoio6czCkDt7Z1XaGtfFqvo890ma5zSPK8tsF6Z7vvrP+VUrN3vgHgK7J+JnVjj+APxhoUAa43tSPh+yyfbdb5IXEv+I+jSi3mys4ejlbhTURGDL3zvjiXVcahG3PgKfj6pDd51qWa9zrJiDJX98UH+kDFemq3i64KNYXklAEbTxNdJaGZungMcH0peb1PDxo3p18Tc8LDr6IEOBe2FnVkDhliYNcA6dJbgsNPq45dyC/xgC7aaepTbXhjahu2GvpKJVGrAercayddcBW50xOyYGCKidfSuFfcaO2x0mavbGGejsHUCdN45Y1WJxwoSEVWsViCS41uG3injT0NjaO4TgfZfZc4scmAtf1Ziq+BMQids6Z7ITsW0WO/7f3nwHJqiSQ5j+Hb4drNI7F1zHxdSSV48bySqJ2HmT+ZUfpAhYrdCP5zSNlqjWb83bXbYv+xE1+MGzJpwrfBKntE78NdWeObIkLQfCu+ROqtpv7WQwp1zFp1DN/PT9ZUlxU8KbFD+Z0rlEEWVZJWQOymTr2CpvV/V9VKgb3w0aFhaocc78XzmNaKKoUYYtI7dhpp7be+neGIT16vBquNnNdwrxkqxw49x7CVHa6ePG9GCUCg9wUqULOQ4PcBu1amENH+P0RddFKu/vJEEs9jMDBB9cLHe80rsDiBFSH8VaofA6Kv3nfOCjMEL9FBHMe5pHrJBQsrwnM5LG5/4i0fduz5xYBFaPfCJytIm1ig5IjvdZqq+ULi991Ult8NGXI90MaARegQHikq4OOSgZ8x7HtR7nO+3woFw+Pn7NIltOpXtpr20Zx2uBdOAWlo2fiLTLznym9HkxVnfAo1lVUh0pdl6buLVZCYDvlkab81da/jFKzS8tMpxS3354xxcr451LxmXey1MlH14+RPB+4Jgf0ETux1yNcOuGHKuNBED6gQz6HihLKp07419eerbdvgRaUN4rFEsatEFa+FuoTsm7j7663y57cCaCDlfcMadzURxhgBv9kN4SJCRc5chCO726uMI4Vo4yeJ6PTXwHiq4tZjMLBmvFXc4REtu9/alMNlKe+eK8yAM6CmkY0hrRTR1C9TiSR9t3VChCfMioLKqMa28crTWCVUmQc9PsVC3ltE7J4LmfOGjrd9en3PwJEqoKwH23fH+rNitU48IP6OE5WlCIzhzJAnBiUh0Z5ToSV9vrXkGsc2U6vGh1KbZllaQm5lDo48AEXbRHgOaUyAeCWPTAHtHrwAHzmNmSNJCTb30kEmr1miATu6H2F2YEwGK7qlf+zhK3mNhVhoh03ynekeay+N39BHbj+oPOhB5e+vMb10AP4TkHdLkqDOuQr2/+G8nDkJ3bhw6/C7dngyW2amyWoXC1f0l8FzPwzH6ogcV2ODHcVHiH+tsxlUvUaEdO1KwwpOFhaI/MwtH/wJDs3OFqb3HaFM43fZb3X5bg1QikWpeDMuDksuW4EUIggk4+/rSIoxbMiwziOfI01yVJqcdvwNIDYL/HWoBN5SJUdgk3VxCq4Ov1cUj/z6oFViSb9SXsMDUl9DZG5Kx+IjPt/qIiV4TAU7BqKL8nmvdJGmazUWa6zKdqw2tjH6AFe3gSt+Ep+t+WYpw40wb/xnI0dVrRiG1JKoP4QreNaO4znHFvYV7oFhtGtQofZtev4RvShUTwTB6NkxKE4pawVngijtTwOn4+sgWP8gRu2vT5NjvnVIjhKvg3Qq9qlnu/fvwj4hQaQzaCwDYr4wDd61re+Q+75fI8KAxFPp1KHKp4gQl4058pjLMUTSviNfN9CP2L87zcvNDhJPqClhOI7uSRo7xEcheNs9cfwbXQ4KDAKgaFRlmt2eg/fuDD3DAlhEq28f5bIqHuUmaQxypbeDU/Xwgd6EJQ5BtIh5s6wW6RJNojfpR6SJmSOMx2MVTThR4xJWHmHImJ9tbhoyTAM91S2z7MoFBCUDLlI8YcRDG/LMJUVdSZaVxPVAInhnJUSmsNCCQOxIZKOgN956cr6wZfKE2auC2s/OdvewW4Y6RawYgCb2bHmnoyrm/8g/C1H40NLJc0PX3ZE54L2DEN8MICpCpaKZ+aQgfWi54oRILCW4Dy1P6OgH161br/kuhxGm/uN/3dJMH85CtEl7VmssoO1c93nv+S09HKYK00yK63Rt8cLvK81NzogHVIhNy2OhB7iT1dRkvyA/F/XTRWC6v/XVdkxQKZtfFd3UPeDJmLQ4sDPF/LNLEYLF53hxYJIb65bXZ9wvSq+/+T7NfqTw8C+yQ+7vvhucxF/3suNRNDsaiSteNY+UjPLFxtRxGi2jQ0kEjF/R8sJXfGW/DSwdUfVehGDPjAor3PV7WD4tMkJwJDUf+rs4oucpZtUOVwBupGnD7MUb+Y/jibO6n4k2F6MtZJHTZq+FoS+2NeE7xPNjOAgUus0X65MMz8cTTyfY91IL6K2UCIB5d2T+Xtdz2vvSrwbj4PEh8RNZKKniELxID+olX+NcEO7IxhFdrVe3BwUjBVU9nAEf8iNCv+JwkdlVgJG1cz1uzhlcu/cQsbMVB9X8Xzq+iafW4M12pewgGN6CoeZNOMMwT7Ez3eD2s8XFBhksTUyh9rxrNOnKCe6yQFg7VjMIDA5RkeVp8cus2l/Pb+861q5nHGpDxUGW17hzeeknydMQ7WrDQdS3359XE1AAOgLu+NixweH4OHEO5gH0TrfdEG7MWpCThttGSRiZCAHcnWkfDLs+N4UYUP0Pdsxz1dtHd3gqCRA5bu1vTyueiq/VLIcg6QWovMFXcJOkR7JVdqK2d0qNChpKTOIRHuObggoI6q3mEXkjbPPaOox7wWusRd3x4rxLhPD+/Sr5NhIRE4Mg+ygSVsF1IEaGfOpp4PAbkSKkSh8ILNraTIRqthyjZsmMvyORLgtNtntiY575tm1aXeh21uRbqjAeVw+IgPjs6mHp0n81OJ4HKlm5izzHu9ubsr4MgrLoztqmaWcCpaycPwGWMlslpeBCwQjj7POz9gdx2qTp/KiXaZW1WqOJK4KWygP78WC4s58s8nmSdMhO2T1AulUrA/vu1XKmWYZ5k/qFthQeTJFvaTqiG2H0pnEK+hN9MN5c4v+WZApiqYjz0+W7AFr2Zxmct829p4m4p6vpNB5ZXz2sNq7gSg/gyW2BUMMdHHaNovXmBTpNubqNGrts8aQKUxVKexTxrMOuLPxX3pyI7cSE1WyCZZGaxGtYhzV9K9KIZfyz62DCyKGRJ1kmY3rcwIDpaXw9iQdtXfNv5ZT3jnOWfyyi/Md1oW27y8wIDZkaZH28+jQMZgIOZO0sk8fn8gQxExyeZIhf2q0Jt9JA2dUKY+miQCBjrtY1ooHWsKbciHjpun4Y0YVMaz3HktmCzK5bkF8MVaaS4dmKgoPr8f7RfIe6aGoqvh+CSB2raEW1gFjlv9d4XR495W5TBkSAgZmCjR6qkTi+WJyTAgfhniuaFyBY0brhgube6U3KM5USWOPetksIODfBtNg74Q5n9CHr8Ne2yK0oVe9bgmBGhZPazZmHm2cZ0ovodRLyDWC6hDTWYUUC0MbFfKCUm6fXQxiZg+jgckxPgpWRJzqetrW4tyTNICoOgdOU7ZooP79i2EtuMD/vrHmjHEMwgk0I/Fy0SVT6/VzOpKtRc7f9HU6hIm7WneeB+d3zcPasfDjB+Aw5HbwliU1PTgbMltuLxB7G88bYAWu//6bwVt1Wlbk0KlWE/lXVN2wRfi/9WNEtPezMiRPkLZNrMT6tIJ09R3HHTIrXpvtMcMgpdyMDbESvGsjJuDjakppewGAtjz4rNp7X2vqNC0/t5U5LDhTnA8fTfUstTK3vBqhRgW1Y2PXWpBWlO46p2SOf51rcvtfzxfmB2OAf8qBrJqetW0lwI87CJ5x4pUBebsl6/RQSFo1Wv25NmH1OXXYY2rqN5bqxcJtPG1uDmgwK8u6AL5mXmz9AuHM9AhXKAP3AqYP1FgtQj/9hdhOe8WxRcPxOfpoYga6CegrPtDyhxjohIeNnfC1ekYKDE5c+Dq1ovFFw/Tsr5wjkTq1Bcbag+eV8qSEdNV3uZmJmbJLFfOdpEO6IWwrRmiSJSL2wA+uaxM6qx33PudeYyC1kvAJd1nb+KYOjk18Wb14xjKGbRLnuOYnGC8LgpY1dvlaB/Qe1xgUqknw42g12A7pl923yQkSN46hzcgcEf39JoZm/L+5zCQw3Jr2vw/6g5/5UBXGK+l02DkWerqfSZ54+BjRvgPctLrBPCth7AMq+wLkfu8ffGzYaegITUAvfY1VP28iqz1fwLY7c8zf+vRz/42421EeeyscVH46mvbJkSqYorTD3ig1w42pigkndizbv2/Vj1MCfS7A4SebuPs1QwtM1hhU8MlwsZSIL2ClqWxcyu+cJLjNmMpINVYlZ7IZ6mWKStUwhaej00haM6JbhuKD/gfj6GNWIfp/A8nHlIw2Ja+Fuvo3sa1xHHKZDWuxRrXRKwWF40GLI3mnSUfWkrQtSSI3bTcmm3ztvN3tMAIBB6yzoBdv4vnyYxaz6XOBGPpfeUoFF0PmSMdPhIjEWqjzt7Ry+rurZyo1CVboW5lx+vBH8g1Y9uBzQDxw7hTG0cKpYxzc9VXm7wKortQGVSVF2OJpLjBvNdnR38bN6bJ3hrAUq5KGq39CazSEuoVljHhoAnGSIhicRaUVpMJO36I2AVkNNQTxnagcpQYj5cbo0f5nZwjUATfj7doXQkmA/iAGE0yXDcOEMqpiHq189hRyxpGyvpmuqiP4WNmybAhasoLeAjZb9VDZsLbDu4vtpxFVwipHv+AD4NNJCTebsnJ+YImm87J4/3ocAr13WS4/TgXetrQ7OMES3mExZeSFNFIlfNKtnh+00h2RZNVbVlMemT6nAnbe5cRStGgRvflByPEz3xNcjSioCM8DaX3SvafylF2AuCrminoeYjC+5O9ZAHtk//Jgqo4Pmx9mEbQoz/JzkcoQ5hSSTmtbLeG4vMTPRAMPmgK/cTyGktwtkTZVy3/pOcqeuD4FlYsWDol4iWrP2lJBlPWqqll+4P70uR+fclcAH4dpZuDlQE7F9l28ik5MDfuZ1eElCjXWpEEipmgSOlqoBY/zuTXFYIERGXYSUUwsLfqVirLor3XzmsWrtzRt+MyopO3lb0BxuRvfz7UKdF6C7InsxfvD4czCkuq6u60xR0/ehRQ1hiIw9uclp8ixKFim/GQUNOSwnQ4ic5ZvR2Q48E8VmBPbKlv/sSUjfWEsOuLvb3ZyJ5EhPe0/xqBhpmlO9F6FrgmZPk+Ejsv5jC+NVjhTFyNU90CKZ2JJQGOEIcjj09rb5kJesGSbbk6BBB+uQ+415JVm0z+6xn6119DR9l3sY6jw17JYzU56K1VEvj5a2iaohyUSgITSCuhcKWRH/Nx/p0uNNdeQYWl7Oe32qFcnBmXn6FcuKgOcRkxNW5Gzcf6xZoO/opUgBxmQeXEWvZDntq8tw7CiDY2qQIZtGUnI/zfsLnMp3M3AJj0qOkwGqk0Y81C11Hfqsg28Fo+5IUjgonqHp+FYrO7mN0sSywIfAdAuP/4GzWnNmUkAmaHKSi8AmNNceRSUMKwJfo2hDMpxPAf0h6T0VWSHt5FRlpjrk0SAWOHvNuWUoqz0BYzK55ROtrM2dVw19+W9zv0Gsn5D0fQdn5j5M6Gnw0jaGuD4d+Lx6wZvwlAoKsgVP6wTg86guXn8zqQWdE6q2qLxkVAN9FKccppYc3cIW4tFMKXIDC7X9C2+7qnCDtIRSHrBAUtqJri2hnBF53gH3MBVOnZ1XCh2dKfPpSBYtZbovp9Qt2OA/2Nei5sWspvdTsCsECBglabWRC0OIuLorJQipJU0lRuKfMLGea2tt0iSMurY+jtENQIAbrFA20lq0QF6BRyARVKxZ8/Fow707RC5Zdt6BxltHLnupAyGchoEE7XBkDv8ILfDzBEWe3rnup5EuI5+XV0Pft8k5QhtEiQCAlLAyAw25Jlb1kIRrEyZpkZbmTyQlv7v7qO3cIMixaGAbwajbkz4kO+JQJlAa2q2nDwo61ix2XDWEn85yy/rnwHjfNpaOecE7cRBv0BNfdPgyX+yC+VCaeJXjojDxfMe7pWGDZUQnfhlt157TCQL9DMR9WmyYgHG/mXfDpZ+i2S0GDessmQXDft2aMjPuN+gwxHwpyJlGxoX6ftFVGTu6AwwwBHAkdkbVbKSEcM64t0jUFnSQxxJpy9ROedY8Fpo9iB/opW8ghKjs14Yj/AdisKEbb0JQ/UisezGByoBbVKYeY4Jck5OPzQEoOKeEQLfguwWWa2DWmaf/JsXJ6BJrBwW2dat5szk5PilSr9QZ7R84Cl1Rq5UqeRi1elobzE1Lg9jus6QtDCLKBRPjJ41yfybVZFH3r/Ew/Pse2FHI3c8qDOU8gmQjz5oYriipnELnS46Qgs965EOTiz+ls15LensY1dtJrSPyGqIpG7FhetJjENbemoMhphKqGy+s8IcVYbt22oYzwOt4NG2ULB+Kqs2ov8PQ+d75XwJfW2nybihd1xOaGrPtoFU1GXAE5XhyFwh+ENHClruu5q9oNnr/exhHqbc45EHqEONBQLf4BbA6p9hxRXjfKiu0ySyiC85heLZAno6KDYxCKFoEuRlWYeynwPoTZq+CJ7KUInKyj3Omt/EeudiooWNcEnJNIFkY2oBZHCaylOVYOLZi5gMqVL2h9U7sO1iHQ0GY1liK9ybBk5qp8WYYfqEfj3JLiitAQPBGIr20stMp1rYEhKx3W6hQTSe+wm6y/5BCWlBkAR9QrTc7i/h9sn4B46zYFc6JfsnQpSN8SuJlBky0raiJ6WBNOnGQbECDRIy48oxvvorFjdwPAcccyYaYOQBpqISnRF9fEiEMokcGgZF4oNFKF7Y8ZIGYYdl5ysdg1rJxR0rw6AmoiXXAA987FLUR/zca8+H4xfav/2EfRbbLiQ5536c9Le3JdpwMfElFiBud4iiKyJ3frYkB86nowi0I209xVagVYmntQDtmk423j/VmFrmYd1asBg/bjzXfgi1xSbWHhebLIKJTw056st99E6ceA828n/dcCX7R2bezLtLtlp8kMjEosNdaXiiQ97PSSA2cQQyNRoashKmbdDnCO6ddLFjY8+g5WDpKD4vgJvk7wGRK3csSAGIsxirmSVNVdUrtzFecTODD+QURrMQ8MyNmHebDi60TpRn7ktEwDHz0ioEa8rzpGmLetokFvunoTYeb/ooJwgM7PQTkfInRv1OIn908PNfaM0aW+bb1BOQC5clp0cCw7pFCjR0JzOkVH52VLH6HmNFaNC+1C1pzSl2v/Yfrwrs0ADD2a2ammhC2lobiqDIocY/Qr8YE8NU7W/e6LblCdTAYo9uHvSH2/dyjdm+16RoZ1N+a4nFz0bJA+OvDskbaYw7OXbYJFa3i7CKjBvPI8X4XfHuGzHIk0JeN7m/q6Kh1cLKkCesIg3R6T61zpLs/wHyJvP8V6yHmE+FO3Gj7i/XPoKamAiea/6o+S38O8qBnZsKGkKWwnecSAoCxsw7Fl6xec3aV6mcj9WWq2y97iJws2rM6ilfAIfiPdweIZtSpgpYlmRsP0lI+PyU/wHxHR0sWlo1qVVVTe/oIwzHsFht2A+0kGGAIeXm+9UcCCpa+T+DtGasmytTg1cH63Zu6EoTRZGl6EfTx2ar1pvHr41hBoBw5Cb4uBou4aLeFEd00/EYAyp2Tj3+Z3N6NjaadY+1JDMFL9Q+RCcaktf+1UrIaHel+OVgkZHYLHHFJZlZ72nq82MeNHj6N8pGrKY3zsCXuSMXzAUnsBy5nxr8hPJ0TrOT7bJ5+2m3wT5yecWNzZIwC6DmZXH3RWxr4kAg5WI8xjedn2UQ5hWqIMxWvqCwewhfbEK+Yejgkf7NCeLVr6eFkPYMwQe14maynw/gXDX5YgWrPlpw82V6pm2sqr7F5Mzq06HWy76HJKK3IJKyengQyRNMM6Oi1YwICpEyjC0shoLn0okyZB63svUevhENjPXQvZdMrQ/2IWfOYri3w10YPdqkrYOIs7XvlwtK4fP49CTVmWkyBYJiN87lGCAxxk2wxtaYfqm3565PwMYyO0+dJ4yuyQkQ79Ff+8blBxAj1DuhCBlSMF3psyVuzIoHCv8knIqKzDKEia+V+s0LjvxKsdAdPwOmYf+/RW5wCDBNyQwFdnznv1AQYxb5gdGJjHbGiGckhOOR3epRSS599P4N+uYlDESTF9+3DaLjhGCL6n04QTUDTzLa10NLO43hXZ03AI3QtyNYwnMbNZTRsoIMM9cqLbQT6CVh/Z/uNeaWtolAhiqXSkaMjx5bKaMZzP5vmtW3k4EwL4vNMAIwQ5/NlaOhksb22sVHi669hlqQkmAYVDvvURoFWoUESXI1CpDZRdLLkpcMExxfOAzNW1fcS3gK2MwMYvElYzC+mvzx5GdfiLg4uYQ7mrR8lBBHXflEFYj+dzc1Efa0bYXFq93YH9lAptd75i83sVWB4RW49vhGMP/yolvdW5QPEr3PvIbHoakS/3sqGsAHxmWi8lmCMz9874A1VUeJN0iNq5zwQgNJWSYulVDhdkZgaiNM4OgSGhk3jj+ohMooUv3bcnnj4mAlM8JAS709EWS/faSXHGGr2Qpdee+OVbYf0zFaFG1t4dTZaKjlh+4vJPh6zgIB9wdaELiF/MqaGvwfkRTV4Is+Y0Tf51NLPvWqCCBJxftP0Cbk3swcADYVRQbe8yMiJBWPiMlLcQGoMnn7ZlOB6Sw6Ak8AsVFbU37S7ImlxGM077471BBW4fgbTgsMmIFD7U3yrMA5LxkxzEOo8My67sHbc0fr9356IrTsFz+z33j4H/mSYctyjHf1pLvnQc1Y6Gk20T+bPwLuOGdejw888uls/YQ/rWrRf8WEbJA/OUuWI4aW0BByVtM6BPCzdn9argV7wMBjjLUAy47sfVEF9EJN4Tnh80h+4puNk6zu/c+s8/gWocpigYGbhQ4EHO4jrTh4elJXODL4VlcxTpX0BmM3hJkmaUm5cLkVRlCvPFeQKOCN2jcoYDuvcHwAwKXmdYlwcmz9/6EiZPzgSiTw+WxOGgAPf0Mt/FVtptHPk1YWEZCJnykVeN9itxVeNvD61Wwz25ndyY5QlM63hxR2esTJ29MTOmrrPe+2TyY33KJI44wZ2AI0NKvxVIW2W4jxKlOHg6pKQ7ppNYf1IuYycn/QQ84DN1PrfxhdAQz4DANDmZjatAf890UhR+CBAbKhyiK+t2AgmW9/ALmKu8WpQCFOuR6j0dutGQAVDOuCKR4AXoraHzyNv75cr5T5uYxr4kHXzCmNi1RDQb5yjY0DN5ryY0TnLHJx1iC9z3l++Mfwom2vFt73Xhqf0mJEmfDmNjIZe7+GWYQFD0MECDo3/KAc6Cr6emhbkTEW/WUk3honTt67aaH8VnQ+ckbVYKg4Wz9cKlPBsaN00d4SJ8/woms+HTy5tq0HWREv7HYoi/3MzVkoWyxGZzkl4QIkJs73LiVgLBCdFhXiTYzKhgnfcxmBGYiH9CG8jB+/81jPsDQHr4mMpxsoqPnAe4xqYVj+H01m64gD13OJ5tKQ6LEjmhU54eUB40TO8zEVZUqiRGcLjCvdVZe3OfuV71h6cTzdoHkOAK08rOv+sTvBL0S/G4f3SESAeIer8Us5IMk8kjpm5ikFTeOjnlvsROHvJPdQtovFC/D8AX4+fpnaGa9ppCr5tDMdca60Lf1RdNqh8CqgHVe2NDfKVNMbB7z7teOxUgyACmBa7Tzmzl+6Omgxhv6VFoXH9dngNT/JBFPMrxyX3OIE=

指标使用通用经验总结

一般出现信号不急着立即介入，介入时机一般尾盘半小时判断信号是否可介入；
指标信号出现后第二天冲高阴线，立即清仓，等待突破上一个信号点最高价判断是是否介入；
指标信号出现后第二天阴线或假阳线，立即清仓，等待突破上一个信号点最高价在判断是否介入；
在上涨，现价处于上涨高位的『介入、看多』信号不参与；
不是信号一出现就介入，要根据市场环境，量价关系，市场情绪等诸多因素判断是否可介入；
技术指标有其本身局限性，宁可错过，也不要做错；
拿到指标后，多测试，多练习，看是否符合预期，总结规律；

总之一旦信号失真，不符合预期，立即清仓控制风险；

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