Yimeng bargain-hunting three musketeers index formula

The exponential formula of Yimeng Three Musketeers is as follows

Exponential function (14)

1, cost and expense distribution (exponential function)

Cost allocation.

Usage:

The cost (10) indicates the price of 10% profit-taking disk, that is, 10% positions are below this price, and the remaining 90% positions are above this price, which is a lock-up disk.

2.CPS transaction line status (index function)

Transaction line status.

Usage:

Comprehensive physical examination

The trading line returns 1 when holding shares and-1 when holding money.

3.EMDKDL Yimeng long and short momentum (index function)

The empty momentum of Yimeng.

Usage:

EMDKDL

4. The first m peaks (exponential function)

The first m ZIG steering wave reached its peak.

Usage:

The word represented by PEAK(K, n, m) turns to the value of the first m peaks of ZIG(K, n), and m must be greater than or equal to 1.

For example, PEAK( 1, 5, 1) represents the value of the last peak of the %5 highest price ZIG turn.

5. The position of the top m peaks of 5.PEAKBASR (exponential function)

Distance from the first m ZIG steering peak to the present.

Usage: The word represented by PEAKBARS(K, n, m) is transferred from the first m peaks of ZIG(K, n) to the current number of cycles, and m must be greater than or equal to 1.

For example, Peak (0,5, 1) represents the number of cycles from the last peak %5 of the opening price ZIG to the present.

6. Dotted dotted line (index function)

Output linear controller

A comma-separated STICK is placed after the output statement, and the output is represented by a dotted line.

For example:

VOL，POINTDOT

7. Parabolic turn of SAR (exponential function)

Parabolic turn.

Usage:

SAR (n, s, m), where n is the calculation period, s is the step size and m is the extreme value.

For example, SAR( 10, 2, 20) is to calculate the solar projectile steering of 10, with a step size of 2% and a limit value of 20%.

8.SARSIGN parabola turning state (exponential function)

Parabolic turning point.

Usage:

Sarsign (n, s, m), where n is the calculation period, s is the step size and m is the extreme value. If there is a turning point, it returns 0, and it returns-1 downwards, otherwise it is 1.

9.SARTURN parabola turning point (exponential function)

Parabolic turning point.