Sharing of the acrylic acrylic bar-by-bar analysis of multi-space strength and weakness indicators
Author: Written by TradeMan, Date: 2023-01-16 09:19:30Tags:
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This is my life story. Packed function pointers that can be called directly Analysis by K-line The market overbought is measured by comparing the closing position of the K-line itself with the relationship between the two most recent K-lines.
In most cases, we observe price movements only in the form of the closing price or the root K line, how to read the K line and understand the strengths of the multi-spaces in a better way is more in-depth research direction, this study proposes a solution to the problem of the type of K line itself compared with the root K line and the position of the upper and lower K line, as shown in the figure, this study defines the K line into 18 types. There are two main classifications, one is the closing position helps to determine the single K line view, and the second is the closing position comparison helps to determine the related K line view.
Combining the six K-line closure relationships with the three K-line closure relationships, a total of 18 K-line strength-to-weakness relationships are obtained. The strongest K-line with multiple heads is coded as 9 and the weakest K-line is coded as -9.
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$.getClosezhubang = function(rds){
var arrclose = [];
var arropen = [];
var arrhigh = [];
var arrlow = [];
var arrzhubang = [];
for(var i in rds){
arrclose[i] = rds[i].Close;
arropen[i] = rds[i].Open;
arrhigh[i] = rds[i].High;
arrlow[i] = rds[i].Low;
if(i>1){
if(arrclose[i] >= arrhigh[i-1]){
if(arrclose[i] >= (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] >= arropen[i]){
arrzhubang[i] = arrclose[i]*1.09;
}else if(arrclose[i] >= (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] < arropen[i]){
arrzhubang[i] = arrclose[i]*1.08;
}else if(arrclose[i] > (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] < (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] >= arropen[i]){
arrzhubang[i] = arrclose[i]*1.07;
}else if(arrclose[i] > (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] < (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] < arropen[i]){
arrzhubang[i] = arrclose[i]*1.06;
}else if(arrclose[i] <= (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] >= arropen[i]){
arrzhubang[i] = arrclose[i]*1.05;
}else if(arrclose[i] <= (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] < arropen[i]){
arrzhubang[i] = arrclose[i]*1.04;
}
}
else if(arrclose[i] < arrhigh[i-1] && arrclose[i] > arrlow[i-1]){
if(arrclose[i] >= (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] >= arropen[i]){
arrzhubang[i] = arrclose[i]*1.03;
}else if(arrclose[i] >= (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] < arropen[i]){
arrzhubang[i] = arrclose[i]*1.02;
}else if(arrclose[i] > (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] < (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] >= arropen[i]){
arrzhubang[i] = arrclose[i]*1.01;
}else if(arrclose[i] > (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] < (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] < arropen[i]){
arrzhubang[i] = arrclose[i]*0.99;
}else if(arrclose[i] <= (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] >= arropen[i]){
arrzhubang[i] = arrclose[i]*0.98;
}else if(arrclose[i] <= (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] < arropen[i]){
arrzhubang[i] = arrclose[i]*0.97;
}
}
else if(arrclose[i] <= arrlow[i-1]){
if(arrclose[i] >= (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] >= arropen[i]){
arrzhubang[i] = arrclose[i]*0.96;
}else if(arrclose[i] >= (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] < arropen[i]){
arrzhubang[i] = arrclose[i]*0.95;
}else if(arrclose[i] > (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] < (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] >= arropen[i]){
arrzhubang[i] = arrclose[i]*0.94;
}else if(arrclose[i] > (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] < (arrhigh[i]-(arrhigh[i]-arrlow[i])/3) && arrclose[i] < arropen[i]){
arrzhubang[i] = arrclose[i]*0.93;
}else if(arrclose[i] <= (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] >= arropen[i]){
arrzhubang[i] = arrclose[i]*0.92;
}else if(arrclose[i] <= (arrlow[i]+(arrhigh[i]-arrlow[i])/3) && arrclose[i] < arropen[i]){
arrzhubang[i] = arrclose[i]*0.91;
}
}
}else{
arrzhubang[i] = arrclose[i];
}
}
return arrzhubang;
}
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