Mechanical operation product analysis.

Parameters

 

Input parameters	Input amount	G
Output Parameters	Gradient	N
	Unit	U
Note	Truerange	Tr = max (high-low, high-ref (close, 1), ref (close-1)-low)
	N	N = MA (TR, 20)
	U	U = (0.01 * G)/n = (0.01 * G)/Ma (TR, 20)

 

Extended version

Input parameters	Input amount	G
	Latest purchase price	NP
Output Parameters	Gradient	N
	Unit	U
	Buy point	BP (buy point)
	Selling point	SP (Failover point)
	Delisting	Lp (leave Point)
Note	Truerange	Tr = max (high-low, high-ref (close, 1), ref (close-1)-low)
	N	N = MA (TR, 20)
	U	U = (0.01 * G)/n = (0.01 * G)/Ma (TR, 20)
	BP	BP = NP + n/2
	SP	SP = NP-N/2
	Lp	Lp = NP-2N

 

Formula demonstration

Rg1: = MA (close, 27 );
Rg2: = (close-Rg1)/(rg1.) * (100 );
Rg3: = MA (rg2, 2 );
Rg4: = barslast (-10), Rg3) = 1 ));
Rg5: = (Rg3 <(-10) and (rg4> 3 );
V1: = C/Ref (MA (C, 36), 6) * 10;
Rf1: = EMA (close, 3 );
Rf2: = (SMA (max (close-rf1), 0), 9, 1)/SMA (ABS (close-rf1), 9, 1) * 100 );
Rf3: = (100-(3 * SMA (close-llv (low, 75)/(HHV (high, 75)-llv (low, 75) * 100), 30, 1) + (2 * SMA (close-llv (low, 75)/(HHV (high, 75) -llv (low, 75) * 100 )));
Rf4: = (100-(3 * SMA (open-llv (low, 75)/(HHV (high, 75)-llv (low, 75) * 100), 30, 1) + (2 * SMA (open-llv (low, 75)/(HHV (high, 75) -llv (low, 75) * 100 )));
Rf5: = (HHV (high, 21)-close)/(HHV (high, 21)-llv (low, 21) * 100)-10 );
Rf6: = (close-llv (low, 21)/(HHV (high, 21)-llv (low, 21) * 100 );
Rf7: = SMA (rf6, 16,8), 25,8)-SMA (rf5, 30,8 );
K0: = If (rf2 <14) and L <REF (L, 1) and V1 <8.8 and rf7 <-65,50, 0 );
K1: = If (k0> 1 and C> O, 50, 0 );
K2: = If (k0> 1 and C/L> 1.045, 50, 0 );
K3: = If (ref (K0, 1)> 0 and K0 = 0, 10, 0 );
Preparation 1: If (k0> 3 and rg5 =, 0), stick, color10ffff, linethick3;
K4: = If (max (K1, K2), K3) and ref (prepare)>, 0 );
Entry 1: If (K4> 0 and ref (K4, 1) =, 0), stick, color00ff00, linethick3;
Prepare 2: If (k0> 3 and rg5> 0, 16, 0), stick, colorff00ff, linethick3;
K5: = If (max (K1, K2), K3) and ref (prepare 2, 1)> 0, 30, 0 );
Arrival 2: If (K5> 1 and ref (K5, 1) =, 0), stick, colorffff00, linethick3;
T1: = barslast (Entry 1)> 0 and barslast (Entry 1) <24 and cross (EMA (close, 8), EMA (close, 16 ));
T2: = barslast (site arrival 2)> 0 and barslast (site arrival 2) <24 and cross (EMA (close, 8), EMA (close, 16 ));
Starting with 1: If (T1, 60, 0), stick, coloryellow, linethick3;
2: If (t2, 60, 0), stick, colormagenta, linethick3;
Drawtext (Site 1, 28, 'site 1 '), color10ff10;
Drawtext (preparation 1, 12, 'Preparation 1'), color10ffff;
Drawtext (Site 2, 28, 'site 2 '), colorffff00;
Drawtext (prepare 2,12, 'Prepare 2'), colorff00ff;
Drawtext (starting with 1, 40, 'buy1 '), colorwhite;
Drawtext (starting with 2, 40, 'bu2'), colorwhite;
TR: = max (high-low, high-ref (close, 1), ref (close, 1)-low );
N: Ma (TR, 20 );
Unit: (Act/100)/n/100;

 

A formula for the sales ladder, but this formula does not work because the purchase price of each stock is different. You can only calculate by yourself according to N and NP.

If (Np = 0) Np = open;
TR: = max (high-low, high-ref (close, 1), ref (close, 1)-low );
N: = MA (TR, 20 );
U: = (g/100)/n/100;
BP: = NP + n/2;
SP: = NP-N/2;
LP: = NP-2 * N;
Horline (1, BP, 1, 3)

 

The general idea is to use a formula to predict the purchase signal.

C1: = EMA (C, 6)> REF (EMA (C, 6), 1); // The slope of EMA (C, 6) Up

C2: = between (EMA (C, 18)/EMA (C, 6), 0.9, 1) // EMA (C, 6) and EMA (C, 18) relatively close time

If (C1 and C2)

Buy;

 

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