МТ4 Trading Systems: TRADE EXPRESS

1
Important: Please be advised that Amdudus will be away until early 2019. Please do not make any further donation contribution payments to this system until he returns.

All trading system files have been posted here by member moey_dw.

Thank you.


The new topic - second season of Partizan Trading Systems.
We start with templates that are worked out with "sweat and blood" and work perfectly.
Last week I managed to double the deposit for 3 days.
What will be like before?
1.All members of the closed group will continue to receive system updates, commercial systems, paid indicators and advisers periodically and for free.
2. New members of the group who are interested in participating in the project can take part in it on the same conditions:
Participation in the group is paid - from 10 USD.
You can pay on one of the accounts.
Be sure to indicate your nickname on the site and E-mail (for distribution).
From now on you receive the main information block with all the changes and additions, receive periodic mailings of commercial and other products that are interesting for work.
50% of your deductions go to charity, 50% of the purchase of commercial products that deserve attention and, in fact, work in the market.
Thus, you can have products that at times exceed your contribution.
Accounts:
Perfect Money (USD) U 876 76 88
Skrill mygeres @ gmail, com
PAYEER P 92443747
BITCOIN 19UKdAay8dhXLy8WxvXi7mDgjd4f2y1u1Y
PAYPAL (hidden)
What will be new?
New categories are introduced:
1.Manual for Trade EXPRESS -here, I think everything is clear-all practical methods.
2.Newsletter only for members is a periodic mailing, as materials are accumulated, between members of the project.
3.Secrets of the secrets spots. The title is rather ironic. Anything interesting that maybe you missed. From different sites and forums of the world, dedicated to forex.
4.Viva Academia! Various theoretical useful materials.
Attachments




Re: МТ4 Trading Systems: TRADE EXPRESS

6
Preparing for the dispatch.
A Russian EA costs $ 500 need a good set file
The Advisor trades on the breakdown or on a rebound from the price levels that determines by candle fractals or sets them at a given distance from the current price. The variable StartOrders determines the type of levels on which pending orders will be placed. By the nearest fractals, candles or keeps them at a distance in points. (1-Candle 2-Fractals 3- ATR> 3-by-points).
It is desirable that the adviser was not just several currency pairs at once (3-9). The adviser on EURGBP AUDCAD AUDJPY AUDNZD CADCHF AUDUSD EURUSD CADJPY EURJPY was checked, but it is possible to try and any others. It is important that there is not a lot of recoilless movement, choose pairs that in a short time 1-2 days roll back at least 20-30%. A large number of pairs can lead to blocking the work of the adviser in some brokers, where there is a limit on the maximum number of simultaneously open orders. The minimum deposit for a micro lot (0.01) and 3 pairs must be at least 500 USD, preferably 1000 USD.
It is necessary to work very carefully on the settings. My advisor has poured the deposit on the demo in one day!
Attachments

Re: МТ4 Trading Systems: TRADE EXPRESS

7
Preparing for the dispatch.
A completely new EA
EA which is able to:
- trade on the reverse (correction) signals (vcsMode = 7)
- use the latest AllAverages_v4.6 to filter signals by the MAs slope (avgMode = 1)
- trade on the deep correction signals (vcsMode = 6)
- close orders on the swing signals (vcsExitMode = 4)
- set and trail the take of profit by the outer bounds (useful for he reverse signals)
EURUSD, GBPUSD, GBPJPY M5
Attachments

Re: МТ4 Trading Systems: TRADE EXPRESS

8
Moving Average Indicator: 20 in 1
This indicator is a collection of moving averages.
1. MVA - Simple Moving Average
MVA=(Price+Price[i-1]+…+Price[i-N])/N, where N-period
2. EMA - Exponential Moving Average
EMA=EMA[i-1]+2*(Price-EMA[i-1])/(1+N)
3. Wilder - Wilder Exponential Moving Average
Wilder=Wilder[i-1]+(Price-Wilder[i-1])/N
4. LWMA - Linear Weighted Moving Average
LWMA=Sum/Weight, where
Sum=Price*N+Price[i-1]*(N-1)+…+Price[i-N+1]*(1),
Weight=N+(N-1)+…+1=N*(N+1)/2.
5. SineWMA - Sine Weighted Moving Average
SineWMA=Sum/Weight, where
Sum=Price[i-N+1]*sin(PI*(N)/(N+1))+Price[i-N+2]*sin(PI*(N-1)/(N+1))+…+Price*sin(PI*1/(N+1))
Weight= sin(PI*(N)/(N+1))+ sin(PI*(N-1)/(N+1))+…+ sin(PI*1/(N+1)).
6. TriMA - Triangular Moving Average
TriMA[i]=(MVA(i,len)+MVA(i-1,len)+…+MVA(i-len+1,len))/len, where
MVA(i,N) – Simple Moving Average,
len=(N+1)/2.
7. LSMA - Least Square Moving Average
LSMA[i]=Sum/(N*(N+1)), where
Sum=(1-(N+1)/3)*Price[i-N+1]+(2-(N+1)/3)*Price[i-N+2]+…+(N-(N+1)/3)*Price[1].
8. SMMA - Smoothed Moving Average
SMMA[i]=(Sum-SMMA[i-1]+Price[i])/N, where
Sum=Price[i-1]+Price[i-2]+…+Price[i-N].
9. HMA - Hull Moving Average by Alan Hull
HMA[i]=LWMA(i,len,(2*LWMA(i,N/2,Price)-LWMA(i,N,Price))), where
len=Sqrt(N),
LWMA(i,N,Price) - Linear Weighted Moving Average
10. ZeroLagEMA - Zero-Lag Exponential Moving Average
ZeroLagEMA[i]=Alpha*(2*Price[i]-Price[i-lag])+(1-Alpha)* ZeroLagEMA[i-1], where
Alpha=2/(N+1),
Lag=(N-1)/2.
11. DEMA - Double Exponential Moving Average by Patrick Mulloy
DEMA[i]=2*D1[i]-D2[i], where
D1[i]=D1[i-1]+2*(Price[i]-D1[i-1])/(1+N),
D2[i]=D2[i-1]+2*(D1[i]-D2[i-1])/(1+N).
12. T3 - T3 by T.Tillson
T3[i]=DEMA(i,DEMA2), where
DEMA2[i]=DEMA(i,DEMA1),
DEMA1[i]=DEMA(i,Price),
DEMA - Double Exponential Moving Average
13. ITrend - Instantaneous Trendline by J.Ehlers
ITrend[i]=(Price[i]+2*Price[i-1]+Price[i-2])/4 for i<=7,
ITrend[i]=(Alpha-0.25*Alpha*Alpha)*Price[i]+0.5*Alpha*Alpha*Price[i-1]-(Alpha-0.75*Alpha*Alpha)*Price[i-2]+2*(1-Alpha)*ITrend[i-1]-(1-Alpha)*(1-Alpha)*ITrend[i-2] for i>7, where
Alpha=2/(N+1)
14. Median - Moving Median
Set of the prices (Price[i], Price[i-1], …, Price[i-N]) is sorted (on increase or decrease) and take value from of the set (N/2).
15. GeoMean - Geometric Mean
GeoMean[i]=Price[i]^(1/N)*Price[i-1]^(1/N)*…*Price[i-N+1]^(1/N).
16. REMA - Regularized EMA by Chris Satchwell
REMA[i]=(REMA[i-1]*(1+2*Lambda)+Alpha*(Price[i]-REMA[i-1])-Lambda*REMA[i-2])/(1+Lambda), where
Alpha=2/(N+1),
Lambda=0.5.
17. ILRS - Integral of Linear Regression Slope
ILRS[i]=(N*Sum1-Sum*Sumy)/(Sum*Sum-N*Sum2)+MVA(I,N), where
Sum=N*(N-1)*0.5,
Sum2=N*(N-1)*(2*N-1)/6,
Sum1=1*Price[i-1]+2*Price[i-2]+…+(N-1)*Price[i-N+1],
Sumy=Price[i]+Price[i-1]+…+Price[i-N+1],
MVA(i,N) – Simple Moving Average.
18. IE/2 - Combination of LSMA and ILRS
IE/2=(ILRS+LSMA)/2
19. TriMAgen - Triangular Moving Average generalized by J.Ehlers
TriMAgen[i]=Sum/(len+1), where
Sum=MVA(i,len)+MVA(i-1,len)+…+MVA(i-len,len), where
MVA(i,N) – Simple Moving Average,
len=(N+1)/2.
20. JSmooth - Smoothing by Mark Jurik
These users thanked the author amdudus for the post:
fxmoney


Who is online

Users browsing this forum: No registered users and 16 guests