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Someone can help me, and it can also be used to change Tong Daxin's entanglement theory and the index formula of the central main picture into great wisdom.
Linear winding theory and exponential formula of central main graph

KU 1:=IF (height =HHV (high, 3), 1, 0);

KD 1:=IF(LOW=LLV(LOW,3), 1,0);

UL:=IF(REF(KU 1, 2)= 1 and REF(KU 1, 1)=0.

And KU 1=0, REF (high, 2), REF (high, 2+BARSLAST(REF(KU 1, 2)= 1

And REF(KU 1, 1)=0 and ku1= 0));

DL:=IF(REF(KD 1, 2)= 1 and REF(KD 1, 1)=0 and KD 1=0, REF(LOW, 2), REF(LOW, 2)

And REF(KD 1, 1)=0 and KD1= 0));

HV:= H & gt; UL and H & gtREF(H,1);

LV:= L & lt; DL and L & ltREF(L,1);

GP:= bars last(HV);

DP:= bars last(LV);

IP:=IF(GP=0,DP,GP)& gt; 3;

HV 1:=HV and IP and H & gt=HHV(H, Barlast (LV));

LV 1:=LV and IP and L < = LLV (L, Barlast (HV));

DRAWLINE(LV 1, low, HV 1, high, 0), coloryellow, LINETHICK2.

DRAWLINE(HV 1, high, LV 1, low, 0), colormagenta, LINETHICK2.

///Join the central decision-making.

//Simplified version

n 1:= 10; N2:= 10; DISP:= 2; k:= 1;

P 1:=PEAK( 1,K*N 1, 1);

P2:=PEAK( 1,K*N 1,2);

WP 1:=PEAKBARS( 1,K*N 1, 1);

WP2:=PEAKBARS( 1,K*N 1,2);

T 1:= slot (2, K*N2,1);

T2:= slot (2, K*N2, 2);

WT 1:=TROUGHBARS(2,K*N2, 1);

WT2:=TROUGHBARS(2,K*N2,2);

TJ 1:= p 1 & gt; T 1 and p2 >; T2;

ZD:=MAX(T 1,T2);

ZG:=MIN(P 1,P2);

LL:=MIN(T 1,T2);

HH:=MAX(P 1,P2);

TJ2:= filter (ZG>;; ZD,2);

TJ3:=ZG=REF(ZG, Bastrast (TJ2)) or ZD=REF(ZD, Bastrast (TJ2));

TJ4:=TJ 1 and TJ2 and not (tj3);

TJ5:=BETWEEN(ZD, REF(ZD, REF (basrast (TJ4), 1)), REF(ZG, REF (basrast (TJ4),1));

TJ6:=BETWEEN(ZG, REF(ZD, REF (basrast (TJ4), 1)), REF(ZG, REF (basrast (TJ4),1));

TJ7:= ZG & gt; REF(ZG, ref (Baslaster (TJ4), 1)) and ZD < REF(ZD, ref (Baslast (TJ4),1));

TJ8:=TJ4 AND NOT(TJ5 or TJ6 or tj7);

ZSD:=IF(TJ8,ZD,REF(ZD, 1))。 //,coloryellow

ZSG:=IF(TJ8,ZG,REF(ZG, 1))。 //,colormagenta

ZSH:=IF(TJ8,HH,REF(HH, 1)); //,colorblue

ZSL:=IF(TJ8,LL,REF(LL, 1)); //,colorgreen

STICKLINE(TJ8,ZSH,ZSL,0,- 1),colormagenta

STICKLINE(TJ8,ZSD,ZSG,IF(DISP= 1,3,0), 1),colormagenta

DRAWTEXT(DISP=2,ZSH,)colorwhite

//Center height

Center height: ZSG, colormagenta

POLYLINE(DISP=2,REF(ZSG,BARSLAST(TJ8))),CIRCLEDOT,colormagenta

//Central Low Level:

Low in the middle: ZSD, yellow in color;

Polyline (DISP=2, REF(ZSD, BARSLAST(TJ8)), circular dot, coloryellow.

//Central highest:

Highest center: ZSH, red;

POLYLINE(DISP=2,REF(ZSH,BARSLAST(TJ8))),POINTDOT,colorred

//Central Minimum:

Lowest center: ZSL, colorgreen

POLYLINE(DISP=2,REF(ZSL,BARSLAST(TJ8))),POINTDOT,colorgreen

//High trend:

//QSGD 1:POLYLINE(DISP=3,ZIG( 1,K*N 1)),colorblue

//Low trend:

//QSDD 1:POLYLINE(DISP=3,ZIG(2,K*N2)),colorblue

MA5:MA(CLOSE,5),COLORFF00FF,line thick 1;

//COLORFF00FF,LINETHICK2

Good luck: = MA5 & gtREF(MA5,1);

What a terrible life: = ma5

//Judgment:

PARTLINE(MA5, good life, yellow color, poor life, blue color, MA5, color ff 00ff), line thickness 3;

//f 1:IF(MA5 & lt; REF(MA5, 1),MA5,NULL),colorwhite,LINETHICK2