Table of Content
Maximum spread | Maximum spread. It is important if the spread is larger for the tested currency pair, then positions will not be opened |
Signal settings |
|
iPump indicator signal for
Buy |
IPump indicator signal for Buy |
iPump indicator signal for
Sell |
IPump indicator signal for sales |
Time frame for analysis iPump to find the entry | timeframe for analysis the iPump indicator to find the entry point |
Maximum number of trade
allowed in one bar |
|
USE confirmation candle | Use confirmatory bullish / bearish candlestick in the desired direction after receiving a signal from iPump |
TF confirming candle | TF confirming candles |
Two side trade | Trade in two directions, without waiting for the closing of the transaction in the opposite direction direction. |
Settings Take Profit |
|
Use take profit in pips | True -if you want use take profit in pips |
TP size in pips | TP size in pips |
TP calculation price | estimated price for TP (from 1 orders / or take profit at the average price) |
Settings Stop Loss |
|
Risk Control Option Selection | Choice of control option risks |
Maximum loss in % | Maximum loss in% |
The maximum loss in pips | Maximum loss in pips |
Setting Trend |
|
Use double trend confirmation | use double confirmation of the trend when opening a position, if false, then use only the main trend |
TF_Trend_1 main trend to
enter |
Time frame for trend 1 |
TF_Trend_2 additional trend | Time frame for trend 2 |
MA type for trend | MA type for trend analysis |
price type for MA | price type for MA |
MA period | MA period |
Money Management |
|
Autolot. If false, a fixed first
lot is used |
Autolot. If false, use
fixed first lot |
Autolot. Calculated as a % of the deposit | Autolot -calculated as a percentage of the deposit, taking into account the fact that the estimated pips size is indicated in the amount of “SL pips size for autolot
calculation “ |
SL pips size for autolot calculation | the size of the estimated SL for compiling an autolot, this technique is used on the basis that during averaging we do not have an initial SL, and the calculation of the risk requires this magnitudes. |
Fixed first lot | Starting lot |
Settings Piramiding |
|
Using pyramiding | using a pyramid, adding orders when the price moves in direction of the transaction |
Use the market type of pyramiding orders | use market type pyramidal orders; if false, limit orders will be placed |
% of the price move for triggering pyramiding | % of the price movement to launch orders with a pyramid, for example, if = 50, then after 50% to the current TP there will be added additional order |
Reducing the volume of pyramid order | if true then it will happen reduction of the volume of each subsequent order in the pyramid |
% reduction of each
subsequent pyramid order |
% Reduction of each
subsequent order of the pyramid
|
Settings Averaging |
|
Use manual placement level for averaging | use manual placement of limit orders to average the position (if you forget to select the averaging level, the EA will do it itself based on the step and distance between averaging orders) |
Distance_for_notice | distance_for_notice – distance to the averaging order, after which a warning about the possibility of choosing a placement level is displayed averaging prices. |
Notification with alert |
|
Notify using Push | notify using Push, except You must first configure sending to Push |
Notify by email | notify by e-mail, You need to configure sending mail |
Distance_for_open | minimum distance between current price and next order |
Distance between averaging
orders |
Distance between averaged orders |
Step from the first order to
the averaging order |
Distance from the first order in series up to 1 order of averaging |
Plus | the distance added to to the break-even point when closing orders for averaging, for example, serves as TP for averaging series |
Use the same lot for all
averaging orders |
if true, all averaging orders will be opened with the lot of the first order |
Multiplication factor of averaging orders | volume multiplication factor for each subsequent order when averaging |
Accounting swap when
closing |
accounting for a negative swap when closing average positions |
Settings Drawdown |
|
Price type for calculating the
max DD |
price type for calculating the maximum
drawdowns |
Max Loss stay by price | if = true, the Max Loss line will remain at the level of the originally specified price (the level will remain at the same price, while the volume of losses at averaging will increase) |
Delete orders in excess max
DD |
give orders when exceeded maximum drawdown |
Pause in hours after deleting
orders at max DD |
pause in hours after deletion orders after the maximum drawdown |
Alert when the maxDD is
triggered |
alert when triggered maximum drawdown |
Push when max DD is
triggered |
push notification when the maximum drawdown is triggered |
Email alert when max DD is triggered | email alert when the maximum drawdown is triggered |
Settings Security Profit |
|
Security profit function (SP) | function of saving a certain profit level if = true the function is enabled |
Distance after SL is
transferred to the SP |
distance after which SL translated to the distance Secutity Profit |
Secutity Profit pips Size | Secutity Profit size in points |
Close position if change trend sets |
|
fixed loss if the trend has
changed |
fixing the current loss, if the trend has changed |
TF analyzed trend for closing | selection of TF for fixed loss if function the trend has changed when the trend changes |
MA period for the closing
function trend changes |
MA period for fixed loss if function the trend has changed |
Alternative TP variants |
|
<===TP in %===> | |
Use TP in% of deposit | on / off. TP in% of the deposit,
if = True then the function is enabled
|
TP in % of the deposit | TP in% of the deposit |
<===TP in ATR pips===> | |
Use TP calculated by ATR
indicator |
Use TP calculated by ATR indicator |
ATP indicator TF for
calculating TP |
setting the ATR timeframe for
TP calculation |
ATP indicator period for
calculating TP |
ATP indicator period for TP calculation |
ATP size multiplication coefficient | Multiplication factor for the ATP size to calculate TP, for example, factor = 0.7 ATP = 400 pips. then TP = 400 * 0.7 = 280 points |
<==TP in inverse signal of
the iPump indicator==> |
|
TP calculated by the inverse
signal of the iPump |
TF for calculating the return signal TP
by iPump |
iPump values for TP buy | TP values for closing a buy position by a signal indicator iPump |
iPump values for TP sell | TP values for closing a position to sell on the signal of the iPump indicator |
MA trend filter for input |
|
distance from the current
price to MA |
minimum distance from current price before MA trend 1 |
distance from current price to
additional trend MA |
minimum distance from current price to MA of trend 2 |
Close position if change trend |
|
MA type for calculating
position closures |
MA type for closing calculation positions when the trend changes |
MA price type for calculating
position closure |
MA price type for closing calculation positions when the trend changes |
MA shift for to calculate a
position closure |
MA shift for closing calculation positions when the trend changes |
Other Trading Sets |
|
Source data for calculating %
functions |
Initial data for calculating % functions |
Allow buy trades | Allow purchases |
Allow sell trades | Allow the sale of trades |
maximum slippage | maximum slippage |
Level Signature Font Size | Font size for signature levels |
Addition iPump indicator
Filter |
|
Use iPump filter when
opening a position |
true / false enable filter by iPump when opening a position |
maximum overbought for opening buy | maximum value overbought to open buy trades |
maximum oversold for opening sell | the maximum oversold value for opening deals on sale |
Settings Info Panel |
|
Show background color in
info panel |
Show background color on dashboard |
Show info panel | Show dashboard |
Panel text color | Panel text color |
Level Label Text Color | Level Label Text Color |
Coefficient for multiplying the average iPump | multiplication factor average iPump for the current pair |
Period for calculating iPump
coefficient |
period for calculating the averag iPump coefficient |
TF calculation of the average
iPump coefficient |
TF for calculating the average iPump coefficient |
1 thought on “Impuls Pro EA Variables”
Very well-structured instructional material. Thanks for the professional support.