I four-dimensional space theory in 1984. Peter Steinmeier, an American, put forward a unique new theory of observing and analyzing market price changes-market contour theory after summing up the experience of futures market for nearly 30 years. This theory involves four factors of the market: when, what price, who and what, so it is called four-dimensional space. Market contour theory takes futures and stock markets as the objects of analysis, research and observation, and provides traders with new ways of thinking and analysis. This theory breaks through the framework of traditional chart analysis and technical analysis, reflects the vertical form of market turnover on the price, and looks for the logical relationship in the market from the change of image form, thus inferring the future development direction of the market. From its theoretical conception, it is a breakthrough, but in actual combat, the different cycle stages of price should be different.

When the market in the low-priced circle (the area where the medium-term moving average falls and flattens) fluctuates within a narrow range of land volume and price, the mobile chips can help us to measure the trading volume of 4fyb6~j in the low-priced circle.

Trading center and volume accumulation. When the price breaks through the low price circle for the first time, the mobile chip is true when it reflects the upward movement of the price and the decline of the subsequent market. At this time, 0X7z'F4rHS

Mobile chips can help find the explosion point of the market.

When the market breaks through the main uptrend again, the price can't keep up because of the drastic change of chips and the limitation of historical attenuation coefficient of mobile chips.

The moving speed leads to the wrong deposition of the chip. By analogy, in the head of the main force, the market is mostly completed by volume shocks, and when the price breaks through the distribution range, the mobile chips can't keep up with the downward speed of the price, leading to the false upward movement of the chips. IkFuGi/Icv $

After understanding the essence of mobile chips, we can use them dialectically: that is, use them to establish the breakthrough point of the main rising wave in the low-priced circle. Then I gave up, [Y? no

MACD or trendline can be used to track vertical markets.

Four-dimensional actual combat analysis of stock market [URL =] [/URL]

The author worships Yulong.

Economic science press

Date of publication: May 2002

nput:N(5，3， 144)，N 1(0，0，55)，N2( 1，0，20)；

A:= off; Al:= low; Ah: = high; A 1:= off; A2:= off; A3:= off; A4:= Off; A5:= off; A6:= off; A7:= off; A8:= off; A9:= off; A 10:= off; A 1 1:= off; A 12:= off;

A 13:= off; A 14:= off; A 15:= off; A 16:= off; A 17:= off; A 18:= off; A 19:= off; A20:= off; av:= VOL；

& lt%

bv=ffl.vardata("av ")

bl=ffl.vardata("al ")

bh=ffl.vardata("ah ")

z=ffl.vardata("n ")

z 1=ffl.vardata("n 1 ")

b=ffl.vardata("a ")

b 1=ffl.vardata("a 1 ")

b2=ffl.vardata("a2 ")

b3=ffl.vardata("a3 ")

b4=ffl.vardata("a4 ")

b5=ffl.vardata("a5 ")

b6=ffl.vardata("a6 ")

b7=ffl.vardata("a7 ")

b8=ffl.vardata("a8 ")

b9=ffl.vardata("a9 ")

b 10 = ffl . vardata(" a 10 ")

b 1 1 = ffl . vardata(" a 1 1 ")

b 12 = ffl . vardata(" a 12 ")

b 13 = ffl . vardata(" a 13 ")

b 14 = ffl . vardata(" a 14 ")

b 15 = ffl . vardata(" a 15 ")

b 16 = ffl . vardata(" a 16 ")

b 17 = ffl . vardata(" a 17 ")

b 18 = ffl . vardata(" a 18 ")

b 19 = ffl . vardata(" a 19 ")

b20=ffl.vardata("a20 ")

u=ubound(b)

dim d(2000，20)，d 1( 15， 1)

For i=0 to 2000

For j=0 to 5

d(i，j)=0

then

then

y=0

For i= 1 to 2000

if u-(I- 1)*(z+ 1)-z 1 & lt； 0, then y=i- 1: If finished, exit.

d(i，0)= u-(I- 1)*(z+ 1)-z 1

b 16(d(i，0))= 1

then

For i= 1 to y

ch=0

cl= 10000

For j = d (i,0) to d (i,0)+z

If j>u then exits the end if

If ch & ltbh(j) then ch=bh(j) end if.

If cl & gtbl(j), then cl=bl(j) end if.

then

d 1(0，0)=(ch-cl)/ 15

d(i， 18)=cl

d(i， 19)=ch

d(i，20)=(ch-cl)/ 15

b 17(d(i，0))=cl

b 18(d(i，0))=ch

For j= 1 to 15.

d 1(j，0)=cl+(j-0.5)*d 1(0，0)

d 1(j， 1)=0

then

For j = d (i,0) to d (i,0)+z

If j>u then exits the end if

For k= 1 to 15.

If BH (j) > D 1(k, 0)-d 1(0, 0)/2 and BH (j) < =d 1(k, 0)+d 1(0, 0)/2 Then d 1(k, 1)=bv(j)/6: end if.

If bl(j)>d 1(k, 0)-d 1(0, 0)/2 and bl (j) < =d 1(k, 0)+d 1(0, 0)/2 Then d 1(k, 1)=bv(j)/6: end if.

if(bl(j)+BH(j))/2 & gt； D 1(k, 0)-d 1(0, 0)/2 and (bl (j)+BH (j)) < =d 1(k, 0)+d 1(0, 0)/2 Then d 1(k, 1)=bv(j)*2/3: end if.

then

then

v0=0. 1

For j= 1 to 15.

If v0<d 1(j, 1), then v0=d 1(j, 1) end if.

then

For j= 1 to 15.

If I & gt=2, then d 1(j, 1)=round(d 1(j,1)/v0 * z/1) end if.

If i= 1, then d 1(j, 1)=round(d 1(j, 1)/v0*(u-d(i, 0)) end if.

then

t=d(i，0)

For j=t to t+d 1( 1, 1)

b 1(j)=d 1( 1，0)

then

For j=t to t+d 1(2, 1)

b2(j)=d 1(2，0)

then

For j=t to t+d 1(3, 1)

b3(j)=d 1(3，0)

then

For j=t to t+d 1(4, 1)

b4(j)=d 1(4，0)

then

For j=t to t+d 1(5, 1)

b5(j)=d 1(5，0)

then

For j=t to t+d 1(6, 1)

b6(j)=d 1(6，0)

then

For j=t to t+d 1(7, 1)

b7(j)=d 1(7，0)

then

For j=t to t+d 1(8, 1)

b8(j)=d 1(8，0)

then

For j=t to t+d 1(9, 1)

b9(j)=d 1(9，0)

then

For j=t to t+d 1( 10, 1)

b 10(j)=d 1( 10，0)

then

For j=t to t+d 1( 1 1, 1)

b 1 1(j)= d 1( 1 1，0)

then

For j=t to t+d 1( 12, 1)

b 12(j)=d 1( 12，0)

then

For j=t to t+d 1( 13, 1)

b 13(j)=d 1( 13，0)

then

For j=t to t+d 1( 14, 1)

b 14(j)=d 1( 14，0)

then

For j=t to t+d 1( 15, 1)

b 15(j)=d 1( 15，0)

then

then

Continue to the next step when an error occurs.

ffl . vardata(" a 1 ")= b 1

ffl.vardata("a2")=b2

ffl.vardata("a3")=b3

ffl.vardata("a4")=b4

ffl.vardata("a5")=b5

ffl.vardata("a6")=b6

ffl.vardata("a7")=b7

ffl.vardata("a8")=b8

ffl.vardata("a9")=b9

ffl . vardata(" a 10 ")= b 10

ffl . vardata(" a 1 1 ")= b 1 1

ffl . vardata(" a 12 ")= b 12

ffl . vardata(" a 13 ")= b 13

ffl . vardata(" a 14 ")= b 14

ffl . vardata(" a 15 ")= b 15

ffl . vardata(" a 16 ")= b 16

ffl . vardata(" a 17 ")= b 17

ffl . vardata(" a 18 ")= b 18

ffl . vardata(" a 19 ")= b 19

ffl.vardata("a20")=b20

% & gt

m:= N2/3000；

Adhesion line (a1>; 0，a 1*( 1-m)，a 1*( 1+m)，8， 1)，COLORyellow

Adhesion line (a2>0, a2*( 1-m), a2*( 1+m), 8, 1), COLORGRAY.

Adhesion line (a3>0, a3*( 1-m), a3*( 1+m), 8, 1), COLORGRAY.

Adhesion line (a4>0, a4*( 1-m), a4*( 1+m), 8, 1), COLORGRAY.

Adhesion line (a5>0, a5*( 1-m), a5*( 1+m), 8, 1), COLORGRAY.

Adhesion lines (a6>0, a6*( 1-m), a6*( 1+m), 8, 1), COLORGRAY.

Adhesion line (a7>0, a7*( 1-m), a7*( 1+m), 8, 1), COLORGRAY.

Adhesion lines (a8>0, a8*( 1-m), a8*( 1+m), 8, 1), COLORyellow.

Adhesion lines (a9>0, a9*( 1-m), a9*( 1+m), 8, 1), COLORGRAY.

Adhesion line (a10 >; 0，a 10*( 1-m)，a 10*( 1+m)，8， 1)，COLORGRAY

Adhesion line (a11>; 0，a 1 1*( 1-m)，a 1 1*( 1+m)，8， 1)，COLORGRAY

Adhesion line (a12 >; 0，a 12*( 1-m)，a 12*( 1+m)，8， 1)，COLORGRAY

Adhesion line (a13 >; 0，a 13*( 1-m)，a 13*( 1+m)，8， 1)，COLORGRAY

Adhesion line (a14 >; 0，a 14*( 1-m)，a 14*( 1+m)，8， 1)，COLORGRAY

Adhesion line (a15 >; 0，a 15*( 1-m)，a 15*( 1+m)，8， 1)，COLORyellow

Adhesion line (a16 >; 0，a 17，a 18， 1， 1)，COLORblue

DRAWICON(a 16= 1，CLOSE， 13)；

Glue line (close & lt open or close = open and close & lt=REF(CLOSE, 1), LOW, HIGH, 0. 1, 0), colorcyan.

Glue line (CLOSE & lt OPEN or close = open and close & lt=REF(CLOSE, 1), open, close, 7,0), colorcyan.

Glue line (close & gt open or close = open and close & gtREF(CLOSE, 1), low, high, 0. 1, 0), colorred.

Glue line (CLOSE & gt OPEN or close = open and close & gtREF(CLOSE, 1), open, close, 7,0), colorred.

Adhesive line (OPEN & gt=CLOSE, CLOSE, open, 8,0), colorFF7700.

Adhesive line (OPEN & gt=CLOSE, CLOSE, open, 7,0), colorFF8800.

Adhesive line (OPEN & gt=CLOSE, CLOSE, open, 6,0), colorFF9900.

Adhesive line (OPEN & gt=CLOSE, CLOSE, open, 5,0), colorFFAA00.

Adhesive line (OPEN & gt=CLOSE, CLOSE, open, 4,0), colorFFBB00.

Glue line (OPEN & gt=CLOSE, CLOSE, open, 3,0), colorFFCC00.

Glue line (OPEN & gt=CLOSE, CLOSE, open, 2,0), colorFFDD00.

Glue line (OPEN & gt=CLOSE, CLOSE, open, 1, 0), colorFFEE00.

Adhesive line (off > on, off, on, 8, 0), COLOR5050FF.

Adhesive line (off> on, off, on, 7, 0), COLOR5050FF.

Adhesive line (off > on, off, on, 6,0), COLOR5F5FFF

Adhesion line (off > on, off, on, 5, 0), color6c6ccf;

Adhesion line (off > on, off, on, 4, 0), color7e7eff;

Adhesive line (off > on, off, on, 3,0), COLOR9D9DFF

Adhesion line (off > on, off, on, 2, 0), COLORAFAFFF

Adhesion line (off > on, off, on, 1, 0), COLORAFAFFF