Expert Advisor Builder

Quick start

Video version:

Function principle

The Expert Advisor Builder represents a revolutionary approach to algorithmic trading on MetaTrader 4 and MetaTrader 5 platforms. At its core, this sophisticated runtime environment transforms your trading ideas into automated strategies without requiring any programming knowledge.

The entire workflow consists of three simple components working in perfect harmony:

• Expert Advisor Builder (Web Application): Access our intuitive web application directly from your browser. Here, you’ll design your trading logic using a visual interface. Each trading module you create represents a complete, self-contained trading strategy.
• Trading Modules (Text Files): Your strategies are exported as simple text files containing all the parameters and logic needed for execution. These modules are completely transparent, every aspect of your strategy is visible and editable. No hidden components or black-box algorithms.
• Expert Advisor Builder (MetaTrader Runtime): This powerful application runs within MetaTrader, reading your trading modules and executing trades according to your defined logic. It seamlessly integrates with both MT4 and MT5, providing professional-grade execution capabilities. Modules can be added, removed, or modified dynamically at runtime.

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The beauty of this system lies in its simplicity and transparency. You can create complex multi-timeframe strategies, implement sophisticated risk management, and utilize advanced technical indicators, all through an intuitive visual interface. Each module operates independently, allowing you to run multiple strategies simultaneously without interference.

Visit our Expert Advisor Builder web application to start building immediately.

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Installation

The installer automatically configures the Expert Advisor Builder MetaTrader extension needed for seamless operation.

Step 1: Download the installer

You can download the Expert Advisor Builder MetaTrader extension here or click Download local setup in the top right corner of the webapplication. It is delivered as a single ZIP file that installs into both MetaTrader 4 and MetaTrader 5.

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Step 2: Run the installation

Once the download is complete, you’ll have a ZIP file named Expert Advisor Builder. Locate it in your downloads folder and open it to view its contents.

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Inside the archive, run the Install Expert Advisor Builder script to begin the installation.

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When you start the installer directly from the ZIP, Windows shows a Compressed (zipped) Folders notice. Simply click Run to continue, as shown below. Alternatively, you can extract all files in advance and then start Install Expert Advisor Builder from the extracted folder. Note that this step may look slightly different if you open the archive with a third-party tool such as WinZip or WinRAR.

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Because the installer script is not digitally signed, Windows displays an Open File - Security Warning that lists the publisher as Unknown Publisher. This is expected, so click Run to proceed. If you’d like to check the file beforehand, use the Verify Publisher shortcut included in the archive.

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The Expert Advisor Builder Setup wizard then opens and installs the add-on for both MetaTrader 4 and MetaTrader 5. Click Next and follow the on-screen steps to complete the installation.

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Step 3: Configure MetaTrader settings

As the Expert Advisor Builder expert advisor interacts with a backend server, you must adjust some settings in your MetaTrader. Please open the instance of MetaTrader you chose during installation and go to the Options menu.

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Go to the Expert Advisors tab and enable Allow automated trading and Allow DLL imports. The application relies on native Windows libraries to connect with a news backend server and deliver real-time news data to your trading systems.

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Your MetaTrader is now ready to execute sophisticated trading strategies created with the Expert Advisor Builder.

Build your first trading module

Let’s create your first trading module using the Expert Advisor Builder web application. We’ll begin with a manual configuration.

Step 1: Open the Expert Advisor Builder web application

No login is required, and your latest progress is automatically saved. When you reopen the application, your work will be restored, so reloading or closing the web app won’t erase anything.

Step 2: Add a new module

Click Add new module to create a blank trading module. The Expert Advisor Builder follows the principle that a blank trading module comes preconfigured with optimal default values for every component. This means you only need to adjust the differential settings, rather than building everything from scratch. The result: maximum output with minimal effort.

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You’ll see a few helpful tips already on screen, they’ll point you toward the next steps.

Step 3: Configure the module basics

Below the newly added module, a configuration window will appear. Please use it to set the following parameters:

• Trading state = Enabled
• Number = 1234
• Description = MACD Long trading

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Step 4: Configure the trade basics

Access the Trade Basics component to view your current settings. You’ll find a summary of all configured values displayed in this section. The configuration menu is located at the top, just above the parameter overview. Every component in the Expert Advisor Builder uses this same layout - a settings menu above and a parameter display below. To modify these settings, click on Configure trade basics to open the input window.

Please ensure that the following parameter is configured properly, press Save and Close the dialog:

• Operation type = Long

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Step 5: Add a standard deviation indicator

To set the stop loss level, we’ll use the standard deviation oscillator value. First, we need to add and set up an indicator so its value can be used by other components. Go to the Signal Generation section and then choose Indicators.

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Click the Add new indicator button. This creates a new indicator and immediately opens its configuration menu. Change the following parameter, press Save and Close the dialog:

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

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This indicator serves only one purpose: setting the initial stop loss. It won’t participate in generating trade signals or influence when trades open or close. We will need this indicator later.

Step 6: Set up the MACD signal

A trading module needs to identify when to enter the market. We’ll use the MACD oscillator with its two standard lines to generate trading signals. Add another indicator by clicking Add new indicator once more. Then adjust these parameters, press Save and Close the dialog:

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

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You’ll notice we’ve only set up the MACD’s Main line. Each indicator component handles just one line at a time. To include the MACD’s Signal line, we need another indicator component. Since both use the same MACD system, you can simply copy the existing one. Click the three dots next to the current MACD indicator and choose Duplicate. This creates an exact copy with identical settings. Now you just need to change the Used line parameter to Signal line. Make sure the new indicator has these settings, press Save and Close the dialog:

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

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Now we’ll connect the two MACD lines we configured. Navigate to the Indicator Combinations component, located directly below the Indicators component you just used.

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Click Add new indicator combination to create a relationship between the two indicator lines. This opens another configuration window. Set the following options, press Save and Close the dialog:

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value 1 cross value 2

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Some parameters include help sections that provide additional details about specific features. You can expand these sections to learn more about each setting. Look at the image below to understand, for example, what Value 1 cross value 2 actually means.

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Excellent work! You’ve created your first trading signal using the MACD oscillator and both of its lines. As you can see, the system supports up to 50 indicators and multiple indicator combinations, giving you the flexibility to build any type of trading strategy. Beyond indicators, you can also generate signals from an advanced chart analyzer, news events, candle pattern scanner, chart pattern detector, and Fibonacci pattern finder. These tools provide nearly endless possibilities for strategy creation.

Step 7: Configure the initial stop loss

Remember the standard deviation (STD) indicator we created earlier with Signal used for = Forward? Now we’ll put it to use. Select the Initial Stop Loss component and click Configure initial stop loss to open the settings menu.

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Make sure these parameters are set and press Save and Close the dialog:

• Selection = Indicator
• Used indicator = STD

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You’ll see that only indicators set to Signal used for = Forward appear in the selection list. This means the indicator’s calculated value gets passed along for use in other components. To modify this value, use the Forward adjustment parameter. In this case, a higher Forward adjustment places the initial stop loss farther from the entry price.

Step 8: Configure the initial take profit

Finally, let’s set up the initial take profit level for this trading module. Open the Initial Take Profit component and click Configure initial take profit.

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Make sure these parameters are configured, press Save and Close the dialog:

• Selection = Risk ratio
• Used indicator = 1.40

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The system uses a risk ratio of 1.40 for the take profit level, meaning the potential profit target is 40% larger than the risk taken. This creates a favorable risk-reward balance for long-term profitability.

Add an example module

For the second module, we’ll use the example import feature to streamline the process. The Expert Advisor Builder includes a wide range of useful examples, each accompanied by a detailed explanation and step-by-step guide. Some examples are designed to help you understand basic settings, while others serve as solid starting points for developing a robust trading strategy.

Step 1: Open the Examples menu

On the far left side of the main window, click Add example module. This opens a dialog displaying a list of pre-built example modules. Each example includes a brief description, its configuration parameters, and a sample chart image showing the expected output. Take your time to explore each example thoroughly.

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Step 2: Choose an example from the list

Please select Example Trading Strategy | Example A2: MACD Short trading. This module complements the MACD Long trading module you manually configured in the previous section. The parameters are nearly identical, except this module opens short trades and combines the MACD signal and main lines in reverse order.

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Step 3: Import the selected module and review its configuration

Finally, complete the import by clicking Add Example Module. This creates a new trading module with all the settings already configured according to the example description.

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Setup complete, efficient and fast, just as it should be. Let’s move on to the next step.

Export trading modules

After creating your trading modules, exporting and deploying them is simple. You can either export all configured modules together or export them one by one. When exporting all modules at once, they’re packaged into a ZIP file. When exporting individually, each module downloads as a separate text file.

Step 1: Export the configured trading modules

Open the context menu by clicking the three dots next to the module in the modules list, then select Export. This downloads a file named with the module number (for example, Module1234.txt). Keep the original filename, it’s essential that these names remain static and unique. Export both modules using this method.

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After this is done, you can locate the modules in your standard download folder.

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Step 2: Move the modules to the Expert Advisor Builder’s input folder

During installation, a default input folder was created in the Expert Advisor Builder’s application directory. You can find this folder in several ways:

• Open the Windows Start menu, search for Expert Advisor Builder, and open that folder. Then navigate to Expert Advisor Builder\default\Configuration
• Use the Expert Advisor Builder shortcut on your desktop and navigate to Expert Advisor Builder\default\Configuration
• Open Windows Explorer and paste this path into the address bar: %AppData%\MetaQuotes\Terminal\Common\Files\Expert Advisor Builder\default\Configuration

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Any of these methods will show you the same empty folder. The Expert Advisor Builder only reads files placed in this specific folder. Move both downloaded module files into this location.

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You’ll notice the path includes a folder named default. This is the profile folder. You can create multiple profiles and choose which one to use when starting the Expert Advisor Builder expert advisor. This feature is especially useful for organizing different trading systems for various purposes, for example, one profile for testing strategies and another for live trading. In all cases, the module files must always be placed in a subfolder named Configuration.

For now, we’ll continue using the default folder.

Automatically copy module files

Moving the module files by hand works well, but if you export them often it quickly becomes repetitive. As a convenient alternative, the ModuleAutoMove_START script can copy your exported module files from your downloads folder into the correct Configuration folder for you, automatically.

The first time you run ModuleAutoMove_START, it downloads a small portable Python instance, so nothing needs to be installed on your system. If you have created more than one profile, the script then lets you choose which profile folder the modules should be copied into.

From then on, the script simply watches your standard downloads folder. As soon as one or more new module files appear there, it backs up the existing module files in the selected Configuration folder and copies the new ones into place. This way, your latest exported modules are always available to the Expert Advisor Builder without any manual file handling.

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Test your trading strategy

Testing your strategies before live deployment is essential. We’ll use the standard MetaTrader strategy tester, which has proven to be one of the best tools for backtesting. We strongly recommend using the MetaTrader 5 strategy tester because it performs tick-accurate backtests. However, the MetaTrader 4 strategy tester remains useful since it’s simpler and faster, especially in visual testing mode.

Step 1: Open the MetaTrader platform where you installed the Expert Advisor Builder

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Step 2: Set up the Strategy Tester

Make sure the strategy tester window is open. You can access it through View → Strategy Tester or by pressing Ctrl+R. In the strategy tester window, go to the Settings tab. Configure these options:

• Expert Advisor: Expert Advisor Builder.ex4
• Symbol: EURUSD
• Period: M15
• Spread: 8
• Model: Open price only
• Use date: Enabled
• Date range (From/To): Previous 4 weeks
• Visual mode: Enabled
• Optimization: Disabled

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Let’s examine the Expert Properties to view the inputs. Generally, all parameters needed to define the trading logic come from the trading module files. You don’t need to modify any inputs at this point. However, under > (PRO) Folder path (e.g. my_eas/v1), you can see default is configured. As explained earlier, this tells the system to use trading modules from the default folder. You could change this to point to any other profile if needed. A complete explanation of all input parameters and how to optimize trading modules is available in the Expert Advisor Builder’s user manual.

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Step 3: Start the strategy test

Close this window and click Start to run the strategy test. After a brief moment, the test begins and displays a screen similar to the following:

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Congratulations! You’ve successfully created and tested your first automated trading system without writing any code!

Activate on live chart

You may wish to run the trading system on a live chart rather than solely in tester mode. Please keep in mind that the strategy outlined in this guide is intended for demonstration purposes only and is unlikely to be profitable in its current form. Profitable strategies require thorough testing and adaptation, which has not yet been performed in this case. Nevertheless, let’s proceed to activate the trading system on a live chart and observe its behavior.

Step 1: Preparing the live chart

Ensure that your account settings allow automated trading before proceeding.

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Next, open a new EURUSD chart with a 15-minute (M15) timeframe.

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Step 2: Activate the Expert Advisor Builder

From the Navigator panel, drag the Expert Advisor Builder onto your EURUSD M15 chart. You’ll find it in the Navigator view under Experts. If the application isn’t listed yet, simply right-click anywhere in the Navigator and choose Refresh to update the view.

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The settings dialog should appear automatically. In it, confirm that the folder path points to your folder with the tested modules, this should be the default folder for the demo. Once everything looks good, click OK to start. If you see a smiley face in the top-right corner of the chart, you’re all set!

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Step 3: Confirm your trading modules are loaded

In the terminal view (View → Terminal), navigate to the Experts tab. Here you can see that both modules placed in the default folder have been loaded and activated.

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Your automated trading system is now live!

Optional Step: Change the trading status

As mentioned earlier, you can change a module’s trading status even while it’s running. To do this, open one of the trading module files and modify the second line, then follow the instructions provided within the module file. In the example below, we’ve changed the module’s trading state. You’ll see this change immediately reflected in the Experts tab.

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While a module is running, you can change its trading state at any time.

Iterative modifications

Many automated trading strategies require occasional adjustments. You have two options for making changes:

Option 1: Manual file editing

You can directly modify the trading module files using a text editor. Locate the parameter you wish to change and update its value. This method requires a deep understanding of the module file structure.

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To replace and reload all parameters during runtime, first move the module out of the input folder, then add the newer version. Simply “replacing” the file won’t work due to security constraints. If the module isn’t running, you can simply adjust the settings and save the text file.

Option 2: Using the Expert Advisor Builder

Reimport the trading module into the Expert Advisor Builder, make your changes within the interface, and then export the updated module.

For this guide, we’ll focus on Option 2, editing modules via the Expert Advisor Builder.

Step 1: Import the Trading Module

To begin, open the Expert Advisor Builder and either click on Import module or drag and drop one or more module files directly into the web interface.

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This action will automatically trigger the import dialog. By default, the system is set to skip any module that already exists. However, in this case, you’ll want to override that behavior by selecting the option to replace the existing module. This ensures that the module you’re about to modify is the one currently in use, maintaining consistency and avoiding version conflicts. Set the following parameter:

• Action when module already exists: Replace existing module

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Step 2: Load and modify module settings

Next, drag and drop your module files from the designated modules folder into the interface. The system will instantly load all relevant settings, giving you immediate access to the module’s current configuration. From this point forward, the workflow essentially resets, allowing you to make any necessary adjustments. You can now modify the parameters according to your requirements, tailoring the module to reflect the desired trading logic or behavior.

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Step 3: Export and apply the updated trading system

Once your changes are complete, export the updated trading module. Replace the existing file in the profile folder with this newly exported version to ensure the system uses your latest configuration. Finally, restart the Expert Advisor Builder. This step activates the updated module and applies your changes, allowing the trading environment to operate with the revised settings.

To replace and reload module files during runtime, first move the module out of the input folder, then add the newer version. Simply “replacing” the file won’t work due to security constraints.

Need help?

Many common questions are already answered in our frequently asked questions for the Expert Advisor Builder. Please take a look there first. If you still need help, our support team is happy to assist.

Uninstall

There are several common ways to uninstall the Expert Advisor Builder on Windows:

Via the Start menu (easiest): Open the Windows Start menu, find the Expert Advisor Builder in the app list, right-click it, and select Uninstall.

Via Windows Settings: Go to Settings > Apps > Installed apps (on Windows 11) or Settings > Apps > Apps & features (on Windows 10), locate the Expert Advisor Builder in the list, click it, and choose Uninstall.

Via the Control Panel: Open the Control Panel and go to Programs > Programs and Features, select the Expert Advisor Builder from the list, and click Uninstall.

Any of these methods will completely remove the application from your computer.

Integrated help

We believe the most effective documentation lives right alongside the feature it describes. That’s why our Expert Advisor Builder web application includes built-in help directly within the interface. Simply hover over any question mark icon to view detailed information about the corresponding setting. In most cases, this will provide sufficient insight into each parameter’s functionality.

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Beyond inline help, we offer a wide range of extended examples that demonstrate both basic and advanced concepts. These examples are designed to be easily reproducible and serve as practical templates for your own strategies. Hover over the component name to see which examples include and describe it.

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To learn how to access the examples and explore the full collection, please refer to the examples section.

Available extended manuals

We are continuously expanding our detailed documentation. For now, please refer to the list below to see which extended articles are currently available.

Inputs configuration

This chapter provides a detailed explanation of each input parameter, enabling you to configure the Expert Advisor Builder to suit your needs. You’ll find all of these settings in the Inputs tab that appears when you start the Expert Advisor Builder on a chart or in the inputs settings of the Strategy tester. This window may look different in MetaTrader 5, but it functions in principally the same way.

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To optimize the input parameters, consider using the MetaTrader strategy tester.

PRO - Profile

Application folder

During installation, an application data folder is created automatically. If it does not exist when the Expert Advisor Builder is launched for the first time, the application will generate it by default. You can locate this folder through several methods:

• Open the Windows Start menu, search for Expert Advisor Builder, and open that folder. Then navigate to Expert Advisor Builder\default\Configuration
• Use the Expert Advisor Builder shortcut on your desktop and navigate to Expert Advisor Builder\default\Configuration
• Open Windows Explorer and paste this path into the address bar: %AppData%\MetaQuotes\Terminal\Common\Files\Expert Advisor Builder\default\Configuration

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Any of these methods will show you the same folder. The Expert Advisor Builder only reads files placed in this specific folder. The application directory supports the use of profile folders, allowing for clear separation and organization of multiple automated trading systems.

Profile folder

The Expert Advisor Builder processes trading module files and stores the resulting feedback data in a designated profile folder. This folder is selected at application startup, enabling users to maintain separate configurations for different trading scenarios. For instance, one profile can be used for live trading, while another is reserved exclusively for strategy testing. This separation ensures flexibility and clarity across distinct operational setups.

The selected input text defines a navigation path relative to the application folder. By using forward slashes (/), you can specify deeper levels within the folder structure. In all cases, the input is interpreted as a path segment beginning at the application folder. This enables flexible organization of profile folders into subdirectories, as long as the full path does not exceed the 63-character limit. Each profile folder must contain a subfolder named Configuration. If this folder is missing, the application will automatically initialize it with default example files. The trading module must be placed directly within the Configuration folder for proper operation.

Within the string input, special tags can be used to dynamically insert parameter values. These tags are automatically replaced at runtime with the corresponding data they reference. The following tags are available:

• {BROKER} – Replaced with the broker name (e.g., ICMarkets International Ltd.)
• {ACCOUNT} – Replaced with the account number (e.g., 3424245)
• {SERVER} – Replaced with the server name (e.g., ICMarketsMT5-1)
• {SYMBOL} – Replaced with the trading symbol the interpreter is applied to (e.g., EURUSD)
• {TIMEFRAME} – Replaced with the chart timeframe (e.g., M15)
• {TYPE} – Replaced with the account type (Demo or Live)
• {MODE} – Replaced with the operational mode (Real or Tester)

For example, entering {SYMBOL}-{TIMEFRAME}-{MODE} as the input string will result in the profile folder being resolved to EURUSD-M15-Tester when the Expert Advisor Builder is applied to an EURUSD M15 chart and the application is executed in strategy tester mode. If the specified folder does not exist, the application will automatically initialize it with default content.

VOL - Volume calculation

Volume per trade

Each trading module typically includes its own risk and money management logic to calculate the optimal trade volume based on its individually defined risk metrics. However, when multiple modules are combined, it can be beneficial to bypass these individual volume calculations for streamlined control.

To override per-module volume settings and apply a unified approach, the following application input parameters can be used:

> (VOL) Volume size calculation = AUTOMATIC

In automatic mode (default setting), trade volumes adjust dynamically based on each module’s risk and money management settings. This ensures the system stays within its defined performance and drawdown limits. Variations in volume are often due to differing stop-loss levels across trades. When automatic mode is active, the input parameter > (VOL) Max. volume size per trade is ignored, allowing full use of each module’s configured preferences.

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> (VOL) Volume size calculation = LIMITED

The second volume calculation option enforces a maximum trade size using the input parameter > (VOL) Max. volume size per trade. No trade will exceed this limit. However, this setting acts as a cap, not a fixed value. Individual trading modules may still choose smaller volumes based on their internal logic. In such cases, the lower value is used. Brokers often define minimum and maximum lot sizes per symbol, which may further limit trade volume. If you intend to apply a fixed value to the volume, use the parameter override feature instead.

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MAG - Magic number

Parameters for the magic number

A magic number is a unique identifier that groups all trades initiated by a specific application. In the context of MetaTrader, this is utilized to prevent interference between different applications. For instance, if applications A and B use 123456 and 654321 as their magic numbers, each trade these applications open will be marked with these numbers. Ideally, each application should only modify trades configured with its magic number. The Expert Advisor Builder strictly adheres to this rule.

Many third-party applications allow you to specify which magic number should be used. However, the Expert Advisor Builder operates on a different principle. Its input parameters > (MAG) Avoided range start and > (MAG) Avoided range end define a range within which a magic number should not be searched and used.

Your Expert Advisor Builder will automatically search for an available magic number in the remaining number range. All FEA Trading applications follow this principle. To ensure the applications do not use the same magic numbers, a mechanism is in place to prevent a magic number from being used twice.

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The above illustration explains this principle using a number line. Assuming > (MAG) Avoided range start is set to 100000, and > (MAG) Avoided range end is set to 200000, the actual randomly selected magic number can be any value between 0 - 99999 and above 200000. All applications use 100000 and 200000 as default values, so it is recommended to configure any other third-party application with a dedicated magic number between 100000 and 200000.

If you operate only FEA Trading applications, modifying these input parameters is not required.

CFEB - Combined feedback

The combined feedback feature complements the module-specific feedback system by recording and returning key metrics aggregated across all currently executed modules. Unlike the module-specific inspector, this feature focuses on five core aspects, each stored in a dedicated location within the profile folder. Refer to the table below for a detailed overview of the input parameters relevant to this section.

When all combined feedback features are enabled, the output folder will appear as follows:

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AISP - All Inspector

The Expert Advisor Builder employs an inspector engine, continuously calculating the current performance and drawdown in real-time. As you may already know, each trading module has the same feature, but named Monitoring. The key difference with the All Inspector is that this algorithm aggregates the results of each activated trading module to monitor the overall performance and drawdown. This means that if a defined drawdown or performance limit is reached, all included trading modules will be disabled, even if the individual inspectors of a module have not reached their individual limits.

Performance - Daily protection

The inspector engine can be configured to halt trading once a specified daily performance limit is reached using the input parameters outlined in the table below. These parameters establish the daily absolute and relative minimum and maximum thresholds. A value of zero effectively turns off the limit.

Separate input parameters exist for the maximum and minimum permissible performance results. This allows the application to suspend the initiation of new trades when positive or negative performance results are achieved. The diagram below elucidates the operational principle of daily inspector protection.

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The inspection period is set to one day. If the performance reaches the maximum or minimum value within this period, the ability to open new trades will be temporarily suspended. At the start of a new period, which is at midnight, the performance value for the day is reset, and trading resumes. This cycle continues indefinitely.

Performance - Weekly protection

The inspector engine can be configured to halt trading once a specified weekly performance limit is reached using the input parameters outlined in the table below. These parameters establish the weekly absolute and relative minimum and maximum thresholds. A value of zero effectively turns off the limit.

Separate input parameters exist for the maximum and minimum permissible performance results. This allows the application to suspend the initiation of new trades when positive or negative performance results are achieved. The diagram below elucidates the operational principle of weekly inspector protection.

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The inspection period is set to one week. If the performance reaches the maximum or minimum value within this period, the ability to open new trades will be temporarily suspended. At the start of a new period, which is midnight between Saturday and Sunday, the performance value for the week is reset, and trading is resumed. This cycle continues indefinitely.

Performance - Monthly protection

The inspector engine can be configured to halt trading once a specified monthly performance limit is reached using the input parameters outlined in the table below. These parameters establish the monthly absolute and relative minimum and maximum thresholds. A value of zero effectively turns off the limit.

Separate input parameters exist for the maximum and minimum permissible performance results. This allows the application to suspend the initiation of new trades when positive or negative performance results are achieved. The diagram below elucidates the operational principle of monthly inspector protection.

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The inspection period is set to one month. If the performance reaches the maximum or minimum value within this period, the ability to open new trades will be temporarily suspended. At the start of a new period, which in this case is the 1st day of the month, the performance value for the month is reset, and trading is resumed. This cycle continues indefinitely.

Performance - Yearly protection

The inspector engine can be configured to halt trading once a specified yearly performance limit is reached using the input parameters outlined in the table below. These parameters establish the yearly absolute and relative minimum and maximum thresholds. A value of zero effectively turns off the limit.

Separate input parameters exist for the maximum and minimum permissible performance results. This allows the application to suspend the initiation of new trades when positive or negative performance results are achieved. The diagram below elucidates the operational principle of the yearly inspector protection.

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The inspection period is set to one year. If the performance reaches the maximum or minimum value within this period, the ability to open new trades will be temporarily suspended. At the start of a new period, which in this case is on the 1st of January, the performance value for the year is reset, and trading resumes. This cycle continues indefinitely.

Performance - Since start protection

The inspector engine can be configured to halt trading once a specified performance limit is reached using the input parameters outlined in the table below. These parameters establish the absolute and relative minimum and maximum thresholds. A value of zero effectively turns off the limit.

Separate input parameters exist for the maximum and minimum permissible performance results. This allows the application to suspend the initiation of new trades when positive or negative performance results are achieved. The diagram below elucidates the operational principle of inspector protection.

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The inspection period begins when the application is started. If the performance reaches the maximum or minimum value, the ability to open new trades will be permanently suspended.

Performance - Example

The charts below provide examples of a trading system with a) a maximum performance of -2% per day and b) a performance of -2% since the application started.

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In both example charts, the trading modules cease to open trades as soon as the -2 % performance limit is reached. Chart b) keeps all trading modules deactivated indefinitely, whereas chart a) only temporarily turns off the trading module until the next day’s start. As a result, chart a) contains two periods without trading, as the -2% limit was reached on both days.

Drawdown - Daily protection

The inspector engine can be configured to halt trading once a specified daily drawdown limit is reached using the input parameters outlined in the table below. These parameters establish the daily absolute and relative maximum thresholds. A value of zero effectively turns off the limit.

Input parameters exist for the maximum permissible drawdown results. This allows the application to suspend the initiation of new trades when bad performance values are surpassed. The diagram below elucidates the operational principle of daily inspector protection.

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The inspection period is set to one day. If the drawdown reaches the maximum value within this period, the ability to open new trades will be temporarily suspended. At the start of a new period, which is at midnight, the drawdown value for the day is reset, and trading is resumed. This cycle continues indefinitely.

Drawdown - Weekly protection

The inspector engine can be configured to halt trading once a specified weekly drawdown limit is reached using the input parameters outlined in the table below. These parameters establish the weekly absolute and relative maximum thresholds. A value of zero effectively turns off the limit.

Input parameters exist for the maximum permissible drawdown results. This allows the application to suspend the initiation of new trades when bad performance values are surpassed. The diagram below elucidates the operational principle of daily inspector protection.

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The inspection period is set to one week. If the drawdown reaches the maximum value within this period, the ability to open new trades will be temporarily suspended. At the start of a new period, which in this case is midnight between Saturday and Sunday, the drawdown value for the day is reset, and trading is resumed. This cycle continues indefinitely.

Drawdown - Monthly protection

The inspector engine can be configured to halt trading once a specified monthly drawdown limit is reached using the input parameters outlined in the table below. These parameters establish the monthly absolute and relative maximum thresholds. A value of zero effectively turns off the limit.

Input parameters exist for the maximum permissible drawdown results. This allows the application to suspend the initiation of new trades when bad performance values are surpassed. The diagram below elucidates the operational principle of daily inspector protection.

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The inspection period is set to one month. If the drawdown reaches the maximum value within this period, the ability to open new trades will be temporarily suspended. At the start of a new period, which is the 1st day of the month, the drawdown value for the day is reset, and trading is resumed. This cycle continues indefinitely.

Drawdown - Yearly protection

The inspector engine can be configured to halt trading once a specified yearly drawdown limit is reached using the input parameters outlined in the table below. These parameters establish the yearly absolute and relative maximum thresholds. A value of zero effectively turns off the limit.

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The inspection period is set to one year. If the drawdown reaches the maximum value within this period, the ability to open new trades will be temporarily suspended. At the start of a new period, which is on the 1st of January, the drawdown value for the day is reset, and trading is resumed. This cycle continues indefinitely.

Drawdown - Since start protection

The inspector engine can be configured to halt trading once a specified drawdown limit is reached using the input parameters outlined in the table below. These parameters establish the absolute and relative maximum thresholds. A value of zero effectively turns off the limit.

Input parameters exist for the maximum permissible drawdown results. This allows the application to suspend the initiation of new trades when bad performance values are surpassed. The diagram below elucidates the operational principle of daily inspector protection.

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The inspection period begins when the application is started. If the drawdown reaches the maximum value, the ability to open new trades will be permanently suspended.

Drawdown - Example

The charts below provide examples of a trading system with a) a maximum drawdown of -2% per day and b) a drawdown of -2% since the application started.

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In both example charts, the trading modules cease to open trades as soon as the -2 % drawdown limit is reached. Chart b) keeps all trading modules deactivated indefinitely, whereas chart a) only temporarily turns off the trading module until the next day’s start. As a result, chart a) contains two periods without trading, as the -2% limit was reached on both days.

FIHA - File handling

The Expert Advisor Builder continuously reads module files located in the Configuration folder. Depending on the number of files present, this process may impact system performance due to increased file access operations. While some strategies require frequent updates, others remain unchanged once execution begins. To accommodate these varying characteristics, the file reading interval can be adjusted using the parameters listed below.

In Strategy Tester mode, using the second parameter allows you to increase execution speed, enabling more tests to be performed within a shorter period.

NOTI - Notifications

Enabling and disabling of notifications

When operating the Expert Advisor Builder on a live chart it can provide updates on reached inspector limits and various reports on its latest performance and drawdown metrics. These messages can be displayed via the MetaTrader’s expert tab or sent as emails through the built-in MetaTrader emails API. If you wish to modify the messages you’ll get, you can adjust the following input parameters.

Notifications types and MetaTrader configuration

The input parameters discussed so far determine the information sent to you. In contrast, the following parameters define how this information will be delivered.

The Expert Advisor Builder can relay information via the experts tab in your MetaTrader terminal view and through email. The first option, which can be enabled with the input parameters > (NOTI) State logs, is functional with both the tester and live variants of the Custom Expert Advisor. The second option > (NOTI) State mails allows the Expert Advisor Builder to send emails containing the same information, which is only available with the live variant.

By default, both options are disabled. The Expert Advisor Builder will not send or log extended reports.

This feature utilizes the built-in email API of MetaTrader to transmit the information. However, it requires the configuration of the email settings in your MetaTrader instance. These settings can be found in your MetaTrader’s Tools - Options menu.

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For email notifications, you can configure the settings under the Email tab.

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Please refer to the relevant article for a detailed understanding of the necessary parameters to enable these features.

PAOV - Parameter override

Using the parameters from this input group, you can override parameter lines from the loaded module files. Overrides can be applied globally, affecting all module files at once, or selectively to one or more specific modules. This functionality is particularly useful for fully leveraging the MetaTrader optimization feature, as it allows you to optimize module file parameters even if they are not exposed in the expert properties dialog.

You can define up to 20 parameters and their corresponding values. For simplicity, the table below shows only one example; the remaining 19 inputs behave identically.

To fully understand this feature, please review the examples provided for > (PAOV) Override 1: Selection:

• INOS_1_dParameter1@ALL - Single parameter override applied to all modules.
• INOS_1_dParameter1@100,300 - Single parameter override applied to the specific modules with number 100 and 300.
• dParameter1@ALL - Applied to all parameters containing the parameter name and for all modules.
• dParameter1@100,300 - Applied to all parameters containing the parameter name and used for modules with number 100 and 300.
• INOS_1_dParameter1@100;INOS_4_dParameter1@300 - Applied to multiple parameters with different module assignments.
• dParameter1,dParameter2@100,200,300;dParameter3@400: Applied to multiple parameters with different module assignments.

If the override is successful, its status will be displayed in the log window. When using the MetaTrader 4 Strategy Tester, this information will appear in the Journal tab:

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Standard examples

Using an Example

Step 1: Open the Expert Advisor Builder web application

All examples are readily accessible within the Expert Advisor Builder. Simply open the web application and insert any example as needed.

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Step 2: Open the Examples menu

On the far left side of the main window, click Add example module. This opens a dialog displaying a list of pre-built example modules. Each example includes a brief description, its configuration parameters, and a sample chart image showing the expected output.

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Step 3: Choose an example from the list

Select one of the examples from the dropdown menu. As you’ll notice, the names listed there correspond to those in the table further down the page.

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Step 4: Import the selected module and review its configuration

Finally, complete the import by clicking Add Example Module. This creates a new trading module with all the settings already configured according to the example description.

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Examples overview

Examples list

Example A1: MACD Long trading

Description

This example demonstrates a fundamental long trading strategy using the MACD (Moving Average Convergence Divergence) indicator. The strategy opens buy positions when the MACD main line crosses above the signal line, indicating potential upward momentum. The Standard Deviation indicator calculates both the initial stop loss, providing dynamic risk management based on market volatility.

The system uses a risk ratio of 1.40 for the take profit level, meaning the potential profit target is 40% larger than the risk taken. This creates a favorable risk-reward balance for long-term profitability. The forward adjustment feature helps position the stop loss at an appropriate distance from the entry price, preventing premature exits during normal market fluctuations.

This configuration works well across different timeframes and currency pairs. Beginners can use this example to understand how technical indicators generate trading signals and how proper risk management protects capital while allowing profits to run.

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure the newly added module includes the following key settings and that the professional mode is activated:

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure the newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value 1 cross value 2

Initial Stop Loss

• Selection = Indicator
• Used indicator = STD

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Screenshots

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Example A2: MACD Short trading

Description

This example showcases a short trading strategy that mirrors the long MACD approach but operates in the opposite direction. The strategy opens sell positions when the MACD signal line crosses above the main line, suggesting downward price movement ahead. This reversal of the crossing condition adapts the indicator for bearish market conditions.

Similar to the long version, the Standard Deviation indicator manages risk by determining stop loss placement with a forward adjustment of 3.50. This multiplier ensures the stop loss stays far enough from the entry to avoid market noise. The take profit uses the same 1.40 risk ratio, maintaining consistent risk-reward principles regardless of trade direction.

Short trading requires careful attention to market conditions since many assets have an upward bias over time. This example helps traders understand how the same indicators can generate opposite signals by adjusting the relationship conditions between indicator lines.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Short

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value 2 cross value 1

Initial Stop Loss

• Selection = Indicator
• Used indicator = STD

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Screenshots

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Example A3: Bollinger bands trading

Description

This example introduces Bollinger Bands trading, a popular strategy that identifies potential entry points when price breaks through statistical boundaries. The system generates long signals when the opening price crosses below the lower Bollinger Band, suggesting an oversold condition that may reverse upward. All three Bollinger Band lines are displayed on the chart for visual confirmation.

The strategy uses a fixed 100 pip stop loss, making risk calculation straightforward for position sizing. The take profit maintains the standard 1.40 risk ratio, targeting 140 pips of profit. This fixed approach works particularly well in ranging markets where price tends to bounce between the bands.

Bollinger Bands adapt to market volatility automatically, widening during volatile periods and narrowing during calm markets. This self-adjusting nature makes the strategy suitable for various market conditions.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators (BB Main)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = BB
• Line index = Main
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (BB Upper)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = BB
• Line index = Upper
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicators (BB Lower)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = BB
• Line index = Lower
• Draw in chart = On
• Drawing slot = 3

Signal Generation - Indicators (PRICE)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = PRICE
• Series = Open
• Draw in chart = On
• Drawing slot = 4

Signal Generation - Indicator Combinations (PRICE Open & BB Lower)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = PRICE (Open)
• Input indicator 2 = BB (Lower)
• Value relation = Value 2 cross value 1

Initial Stop Loss

• Selection = Rate of change
• Rate change = 0.00100000

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Screenshots

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Example A4: News trading of high impact calendar events

Description

This example demonstrates news trading for high-impact economic events across all global currencies. The strategy opens positions 15 minutes before and after major news releases, capitalizing on increased volatility during these periods. The Average True Range (ATR) indicator provides adaptive stop loss levels that adjust to current market volatility.

A unique feature is the trailing stop loss that activates immediately at trade opening, continuously adjusting based on ATR values. This protects profits as price moves favorably while giving trades room to develop. The forward adjustment of 2.50 multiplies the ATR value, creating appropriate spacing for volatile news conditions.

High-impact events like interest rate decisions and employment reports often create significant price movements. This strategy positions traders to capture these moves while managing risk through dynamic stop losses that respond to changing volatility levels during news releases.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators (ATR)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = ATR
• Drawing in chart = On
• Drawing slot = 1
• Forward adjustment = 2.50

Signal Generation - News

• Signal in use = On
• Signal used for = Entry
• Draw table with upcoming events = Off
• Pre event signal time = 900
• Post event signal time = 900
• Signals for ALL regions = On
• Signals for AUD region = On
• Signals for BRL region = On
• Signals for CAD region = On
• Signals for CHF region = On
• Signals for CNY region = On
• Signals for EUR region = On
• Signals for GBP region = On
• Signals for HKD region = On
• Signals for INR region = On
• Signals for JPY region = On
• Signals for KRW region = On
• Signals for MXN region = On
• Signals for NOK region = On
• Signals for NZD region = On
• Signals for SEK region = On
• Signals for SGD region = On
• Signals for USD region = On
• Signals for ZAR region = On
• Signals for undefined importance = Off
• Signals for low importance = Off
• Signals for moderate importance = Off
• Signals for high importance = On

Initial Stop Loss

• Selection = Indicator value
• Used indicator = ATR

Stop Loss Trailing - Indicator value

• Activation position = 0
• Type = Indicator value
• Used indicator = ATR

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Screenshots

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Example A5: News trading of regional high impact calendar events

Description

This example focuses on regional news trading, specifically targeting EUR and USD economic events. Unlike the previous news trading example, this strategy filters events by currency region, allowing traders to specialize in specific market pairs like EURUSD. The 15-minute timeframe recommendation helps capture quick price movements following announcements.

The configuration maintains the same ATR-based risk management system with trailing stops activated from position opening. By limiting signals to EUR and USD events only, traders avoid overwhelming signal generation and can focus on understanding how specific economies affect their chosen currency pair.

Regional filtering proves especially useful for traders who follow particular economic zones closely. European Central Bank and Federal Reserve announcements typically have the strongest impact on EURUSD, making this targeted approach more efficient than monitoring all global events simultaneously.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators (ATR)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = ATR
• Drawing in chart = On
• Drawing slot = 1
• Forward adjustment = 2.50

Signal Generation - News

• Signal in use = On
• Signal used for = Entry
• Draw table with upcoming events = Off
• Pre event signal time = 900
• Post event signal time = 900
• Signals for ALL regions = Off
• Signals for AUD region = Off
• Signals for BRL region = Off
• Signals for CAD region = Off
• Signals for CHF region = Off
• Signals for CNY region = Off
• Signals for EUR region = On
• Signals for GBP region = Off
• Signals for HKD region = Off
• Signals for INR region = Off
• Signals for JPY region = Off
• Signals for KRW region = Off
• Signals for MXN region = Off
• Signals for NOK region = Off
• Signals for NZD region = Off
• Signals for SEK region = Off
• Signals for SGD region = Off
• Signals for USD region = On
• Signals for ZAR region = Off
• Signals for undefined importance = Off
• Signals for low importance = Off
• Signals for moderate importance = Off
• Signals for high importance = On

Initial Stop Loss

• Selection = Indicator value
• Used indicator = ATR

Stop Loss Trailing - Indicator value

• Activation position = 0
• Type = Indicator value
• Used indicator = ATR

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Screenshots

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Example A6: Avoiding high impact calendar events

Description

This example illustrates defensive news trading by avoiding high-impact events rather than trading them. The signal inversion feature reverses the logic, generating entry signals only during calm periods without major news. The extended 2-hour buffer before and after events ensures complete avoidance of news-related volatility.

The MACD crossing system provides the primary entry signals during these quiet periods. The ATR-based stop loss and trailing system adapt to lower volatility conditions typical of non-news periods. This approach suits conservative traders who prefer predictable market conditions over potentially profitable but risky news events.

By combining technical analysis with news filtering, this strategy captures steady trends while avoiding unpredictable spikes. The visual signal lines help traders see exactly when the system blocks trades due to upcoming events, providing transparency in the decision-making process.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators (ATR)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = ATR
• Drawing in chart = On
• Drawing slot = 1
• Forward adjustment = 2.50

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 3

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value x cross value x

Signal Generation - News

• Signal in use = On
• Signal used for = Entry
• Signal visualization = On
• Draw table with upcoming events = Off
• Signal inversion = On
• Pre event signal time = 7200
• Post event signal time = 7200
• Signals for ALL regions = On
• Signals for AUD region = On
• Signals for BRL region = On
• Signals for CAD region = On
• Signals for CHF region = On
• Signals for CNY region = On
• Signals for EUR region = On
• Signals for GBP region = On
• Signals for HKD region = On
• Signals for INR region = On
• Signals for JPY region = On
• Signals for KRW region = On
• Signals for MXN region = On
• Signals for NOK region = On
• Signals for NZD region = On
• Signals for SEK region = On
• Signals for SGD region = On
• Signals for USD region = On
• Signals for ZAR region = On
• Signals for undefined importance = Off
• Signals for low importance = Off
• Signals for moderate importance = Off
• Signals for high importance = On

Initial Stop Loss

• Selection = Indicator value
• Used indicator = ATR

Stop Loss Trailing - Indicator value

• Activation position = 0
• Type = Indicator value
• Used indicator = ATR

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Screenshots

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Example A7: One chart analyzer for signal generation

Description

This example introduces the chart analyzer for volatility-based signal generation. The analyzer examines the last 50 bars to determine market volatility levels, only generating signals during high volatility periods when price movements offer better profit potential. This intelligent filtering reduces false signals during quiet market conditions.

The fixed 200 pip stop loss provides consistent risk management, while the 1.40 risk ratio maintains favorable reward potential. The chart analyzer’s visual indicators help traders understand current market conditions at a glance, showing whether volatility meets the threshold for trading.

This approach works particularly well for momentum traders who thrive in active markets. By waiting for high volatility confirmation, the strategy avoids the choppy, directionless price action common in ranging markets, focusing instead on periods with clear directional movement.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Chart Analyzer

• Signal in use = On
• Signal used for = Entry
• Signal visualization = On
• Analyzed width = 50
• Signal if volatility is low = Off
• Signal if volatility is middle = Off
• Signal if volatility is high = On

Initial Stop Loss

• Selection = Fix pips
• Fix pips = 200

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Screenshots

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Example B1: Trading at specific hours

Description

This example demonstrates time-based trading restrictions, limiting activity to specific hours of the day. The strategy only allows trades between 6-11 AM and 2-7 PM, avoiding overnight sessions and lunch hours when liquidity may be lower. Visual timing indicators on the chart clearly show active and restricted periods.

The SMA and EMA crossing system provides entry signals, but only during permitted hours. Even if perfect signals occur outside these windows, the system ignores them completely. The Standard Deviation indicator manages stop losses with its proven forward adjustment system.

Fixed 0.10 lot sizing simplifies position management for beginners. Time restrictions help traders focus on the most liquid market sessions when spreads are tighter and price action more reliable. This disciplined approach prevents impulsive trading during unfavorable market conditions.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators - SMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = SMA
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators - EMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = EMA
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (SMA & EMA)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = SMA
• Input indicator 2 = EMA
• Value relation = Value x cross value x

Initial Stop Loss

• Selection = Indicator
• Used indicator = STD

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Timing

• Visualize timing = On
• Trading hours = 6-11;14-19

Volume Calculation

• Volume calculation method = Fix lots
• Fix lots = 0.10

Screenshots

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Example B2: Trading at specific days of week

Description

This example extends timing control to specific weekdays, only allowing trades on Wednesdays and Thursdays. Market research often shows certain weekdays have different characteristics - Mondays can be unpredictable, Fridays see position squaring, while mid-week offers more stable trends. The visual timing system highlights permitted trading days clearly.

The technical setup remains consistent with moving average crossings for signals and Standard Deviation for stop losses. By limiting trading to two days, the strategy reduces market exposure while potentially improving win rates by focusing on statistically favorable periods.

This approach suits part-time traders who cannot monitor markets daily. It also helps maintain discipline by preventing overtrading, a common problem for enthusiastic beginners. The fixed lot size and risk ratio keep money management simple and consistent.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators - SMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = SMA
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators - EMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = EMA
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (SMA & EMA)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = SMA
• Input indicator 2 = EMA
• Value relation = Value x cross value x

Initial Stop Loss

• Selection = Indicator
• Used indicator = STD

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Timing

• Visualize timing = On
• Trading days of week = Wednesday-Thursday

Volume Calculation

• Volume calculation method = Fix lots
• Fix lots = 0.10

Screenshots

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Example B3: Trading at specific days of month

Description

This example restricts trading to specific days of the month, specifically days 10 through 20. This mid-month period often shows different characteristics than month-end or month-beginning when institutional rebalancing occurs. The visual timing display clearly marks active trading periods on the chart.

Many traders notice patterns related to monthly cycles - salary payments, option expirations, and quarterly reports all create recurring market behaviors. By focusing on the middle third of each month, this strategy avoids these potentially disruptive events while capturing steady mid-month trends.

The technical indicators remain unchanged, proving that timing filters can enhance any strategy without modifying core signal logic. This modular approach allows traders to test different timing windows while keeping their proven entry and exit rules intact.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators - SMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = SMA
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators - EMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = EMA
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (SMA & EMA)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = SMA
• Input indicator 2 = EMA
• Value relation = Value x cross value x

Initial Stop Loss

• Selection = Indicator
• Used indicator = STD

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Timing

• Visualize timing = On
• Trading days = 10-20

Volume Calculation

• Volume calculation method = Fix lots
• Fix lots = 0.10

Screenshots

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Example B4: Intraday trading mode with forced closures at end of day

Description

This example implements intraday trading mode with forced closures at day’s end. Positions can only open between 9 AM and 6 PM, with all trades automatically closed by 9 PM regardless of profit or loss. This prevents overnight risk and swap charges while ensuring clean starts each trading day.

The forced closure feature distinguishes this from simple time restrictions. Even profitable trades must close by the deadline, preventing the temptation to hold positions overnight. This discipline proves valuable for day traders who must maintain strict separation between trading days.

Visual timing indicators show three zones: transparent for full trading, orange for exit-only periods, and red for forced closure times. This clear visualization helps traders understand exactly when the system will act, removing uncertainty from the trading process.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators - SMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = SMA
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators - EMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = EMA
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (SMA & EMA)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = SMA
• Input indicator 2 = EMA
• Value relation = Value x cross value x

Initial Stop Loss

• Selection = Indicator
• Used indicator = STD

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Timing

• Visualize timing = On
• Intraday mode = 09:00:00
• Start intraday trading = 18:00:00
• Deadline intraday trading = 21:00:00
• Intraday mode = On

Volume Calculation

• Volume calculation method = Fix lots
• Fix lots = 0.10

Screenshots

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Example B5: Automatic signal shifting depending on daylight saving time (DST)

Description

This example addresses daylight saving time (DST) adjustments, automatically shifting trading hours when DST changes occur. The configuration shows complex DST rules with different start and end dates, demonstrating how the system adapts to time zone variations. This ensures strategies maintain consistent market timing throughout the year.

The news-based signals combine with hourly restrictions to create a sophisticated timing system. When DST shifts occur, the entire schedule adjusts automatically, maintaining alignment with actual market sessions rather than clock time. This prevents strategies from trading at unintended times after DST changes.

Multiple screenshots show the system operating correctly across different DST periods. This advanced feature proves essential for strategies dependent on specific market sessions, especially when trading instruments from different time zones simultaneously.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long signals only drawn
• General signal visualization = Off

Signal Generation - News

• Signal in use = On
• Signal used for = Entry
• Signals for ALL regions = Off
• Signals for AUD region = Off
• Signals for BRL region = Off
• Signals for CAD region = Off
• Signals for CHF region = Off
• Signals for CNY region = Off
• Signals for EUR region = On
• Signals for GBP region = Off
• Signals for HKD region = Off
• Signals for INR region = Off
• Signals for JPY region = Off
• Signals for KRW region = Off
• Signals for MXN region = Off
• Signals for NOK region = Off
• Signals for NZD region = Off
• Signals for SEK region = Off
• Signals for SGD region = Off
• Signals for USD region = On
• Signals for ZAR region = Off
• Signals for undefined importance = Off
• Signals for low importance = On
• Signals for moderate importance = On
• Signals for high importance = On

Timing

• Visualize timing = On
• Trading hours = 9-19
• DST summer: Shifted minutes = 60
• DST summer: Start = Mar 2nd Sun 02:00:00
• DST summer: End = Apr 1st Sun 02:00:00
• DST winter: Shifted minutes = -60
• DST winter: Start = Oct 2nd Sun 02:00:00
• DST winter: End = Nov 1st Sun 02:00:00

Screenshots

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Example C1: Average true range stop loss trailing

Description

This example showcases basic ATR-based trailing stop loss functionality. The stop loss continuously adjusts based on Average True Range values, maintaining a dynamic distance from current price that adapts to market volatility. The trailing activation begins immediately at position opening, protecting the trade from the start.

The forward adjustment of 3.50 multiplies the raw ATR value, creating sufficient breathing room for normal price fluctuations. As volatility increases, the stop loss automatically widens its distance; as markets calm, it tightens. This responsive behavior prevents both premature exits and excessive risk exposure.

The low 1.10 risk ratio take profit creates a tight target suitable for volatile conditions. This combination of adaptive stops and modest targets works well in trending markets where prices move steadily but with varying volatility levels.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicators - ATR

• Signal in use = On
• Signal used for = Forward
• Selected indicator = ATR
• Draw in chart = On
• Drawing slot = 3
• Forward adjustment = 3.50

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value x cross value x

Initial Stop Loss

• Selection = Indicator value
• Used indicator = ATR

Stop Loss Trailing - Indicator value

• Activation position = 0
• Type = Indicator value
• Used indicator = ATR

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.10

Screenshots

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Example C2: First breakeven, then average true range stop loss trailing

Description

This example demonstrates multi-stage stop loss trailing with breakeven and ATR components. The first stage moves the stop to breakeven when price reaches 120% of the initial risk, securing a risk-free trade. At 150%, the system switches to ATR-based trailing with a tighter 1.50 multiplier for closer tracking.

Two different ATR configurations provide flexibility - the initial stop uses a 2.50 multiplier for wider placement, while the trailing stage uses 1.50 for tighter following. This graduated approach balances initial trade development needs with later profit protection requirements.

The stage-based system allows sophisticated risk management that adapts to trade progression. Early stages give trades room to develop, while later stages lock in profits more aggressively. This professional approach maximizes both win rate and profit potential.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicators - ATR (1)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = ATR
• Draw in chart = On
• Drawing slot = 3
• Forward adjustment = 2.50

Signal Generation - Indicators - ATR (2)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = ATR
• Draw in chart = On
• Drawing slot = 3
• Forward adjustment = 1.50

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

Signal in use = On

Signal used for = Entry

Input indicator 1 = MACD (Main line)

Input indicator 2 = MACD (Signal line)

Value relation = Value x cross value x

Initial Stop Loss

• Selection = Indicator value
• Used indicator = ATR (1)

Stop Loss Trailing - Breakeven

• Activation position = 0
• Type = Breakeven
• Breakeven position = 120

Stop Loss Trailing - Indicator value

• Activation position = 150
• Type = Indicator value
• Used indicator = ATR (2)

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Screenshots

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Example C3: First breakeven, then average true range, then market stop loss trailing

Description

This example extends trailing stops to three stages: breakeven, ATR-based, and market-based trailing. Each stage activates at specific profit levels, creating increasingly aggressive profit protection as trades succeed. The final market-based stage follows price extremely closely using previous candle extremes.

The market trailing stage adds both fixed and spread-based buffers, preventing stops from triggering on normal spread widening. With no take profit set, trades can run indefinitely until the trailing stop captures profits. This open-ended approach captures major trends while protecting accumulated gains.

Progressive staging represents advanced position management, allowing different strategies at different profit levels. This flexibility helps traders adapt to changing market conditions within a single trade, maximizing profit potential while managing risk dynamically.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicators - ATR (1)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = ATR
• Draw in chart = On
• Drawing slot = 3
• Forward adjustment = 2.50

Signal Generation - Indicators - ATR (2)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = ATR
• Draw in chart = On
• Drawing slot = 3
• Forward adjustment = 1.50

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value x cross value x

Initial Stop Loss

• Selection = Indicator value
• Used indicator = ATR (1)

Stop Loss Trailing - Breakeven

• Activation position = 0
• Type = Breakeven
• Breakeven position = 120

Stop Loss Trailing - Indicator value

• Activation position = 150
• Type = Indicator value
• Used indicator = ATR (2)

Stop Loss Trailing - Market

• Activation position = 200
• Type = Market
• Market buffer fix = 10
• Market buffer spread = 4.0

Initial Take Profit

• Selection = Off

Screenshots

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Example D1: Fixed pips distance as initial stop loss and initial take profit

Description

This example uses fixed pip values for both stop loss and take profit levels. The 200 pip stop loss and 300 pip take profit create a favorable 1.5 risk-reward ratio using absolute distances. This straightforward approach requires no complex calculations, making it ideal for beginners learning position management basics.

Fixed pip strategies work best in stable volatility environments where typical price movements remain consistent. The recommendation for timeframes between M1 and H1 suggests this approach suits intraday trading where daily ranges are relatively predictable.

While simple, fixed pip methods may require adjustment as market conditions change over time. Traders should periodically review these values to ensure they remain appropriate for current market volatility levels. This example provides an excellent starting point for understanding risk-reward concepts.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators - SMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = SMA
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators - EMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = EMA
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (SMA & EMA)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = SMA
• Input indicator 2 = EMA
• Value relation = Value x cross value x

Initial Stop Loss

• Selection = Fix pips
• Fix pips = 200

Initial Take Profit

• Selection = Fix pips
• Fix pips = 300

Screenshots

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Example D2: Indicator value for initial stop loss and initial take profit

Description

This example uses Bollinger Bands to dynamically set both stop loss and take profit levels. The lower band determines stop loss placement while the upper band sets take profit targets, creating a statistically-based range for each trade. This adaptive approach automatically adjusts to market volatility without manual intervention.

Using indicators for both levels ensures consistent risk-reward relationships regardless of market conditions. As Bollinger Bands expand during volatile periods, both stops and targets widen proportionally. During calm periods, they contract together, maintaining strategic balance.

The MACD provides entry timing while Bollinger Bands handle exit levels entirely. This separation of concerns creates a robust system where entry and exit logic operate independently, allowing optimization of each component without affecting the other.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicators (BB Lower)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = BB
• Line index = Lower
• Draw in chart = On
• Drawing slot = 3

Signal Generation - Indicators (BB Upper)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = BB
• Line index = Upper
• Draw in chart = On
• Drawing slot = 4

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value x cross value x

Initial Stop Loss

• Selection = Indicator value
• Used indicator = BB (Lower)

Initial Take Profit

• Selection = Indicator value
• Used indicator = BB (Upper)

Screenshots

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Example D3: Indicator value for initial stop loss, stop loss trailing, initial take profit and dynamic take profit

Description

This example combines indicator-based levels with dynamic adjustments for both stop loss and take profit. Bollinger Bands provide initial levels and continue adjusting them throughout the trade duration. This creates a fully dynamic system where both risk and reward targets respond to changing market conditions.

The trailing stop and dynamic take profit activate immediately, continuously repositioning based on current Bollinger Band values. As bands expand or contract, both levels adjust accordingly. This creates a breathing trade management system that adapts to volatility in real-time.

This advanced approach suits experienced traders comfortable with fully automated position management. The system requires no manual intervention once trades open, making it ideal for algorithmic trading where consistent rule application matters more than discretionary judgment.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicators (BB Lower)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = BB
• Line index = Lower
• Draw in chart = On
• Drawing slot = 3

Signal Generation - Indicators (BB Upper)

• Signal in use = On
• Signal used for = Forward
• Selected indicator = BB
• Line index = Upper
• Draw in chart = On
• Drawing slot = 4

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value x cross value x

Initial Stop Loss

• Selection = Indicator value
• Used indicator = BB (Lower)

Stop Loss Trailing - Indicator value

• Activation position = 0
• Type = Indicator value
• Used indicator = BB (Lower)

Initial Take Profit

• Selection = Indicator value
• Used indicator = BB (Upper)

Dynamic Take Profit - Indicator value

• Activation position = 0
• Type = Indicator value
• Used indicator = BB (Upper)

Screenshots

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Example D4: Support and resistance for initial stop loss and initial take profit

Description

This example uses chart analyzer support and resistance levels for stop loss and take profit placement. The analyzer identifies key price levels automatically, placing stops below support for long trades and targets at resistance levels. Minimum distance requirements ensure levels aren’t too close to entry prices.

The 0.00250000 minimum rate of change for stop loss and 0.00300000 for take profit create appropriate spacing from entry prices. These minimums prevent the system from using support or resistance levels that are too close, which could result in premature exits or unrealistic targets.

Chart-based levels often align with psychological price points where many traders place orders. This creates self-fulfilling prophecies as prices react at these levels. Using them for trade management aligns strategies with broader market participant behavior.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value x cross value x

Signal Generation - Chart Analyzer

• Signal in use = On
• Signal used for = Forward
• Draw boundaries = Off
• Draw extrema = Off
• Draw supports and resistances = On
• Draw swing phase = Off
• Supports and resistances forward = ALL
• Support multiplier = 1.00
• Resistance multiplier = 1.00

Initial Stop Loss

• Selection = Support/resistance from chart analyzer
• Used chart analyzer = Chart Analyzer
• Minimum value in fix pips = Off
• Minimum value in rate of change = 0.00250000
• Maximum value in fix pips = Off
• Maximum value in rate of change = Off

Initial Take Profit

• Selection = Support/resistance from chart analyzer
• Used chart analyzer = Chart Analyzer
• Minimum value in fix pips = Off
• Minimum value in rate of change = 0.00300000
• Maximum value in fix pips = Off
• Maximum value in rate of change = Off

Screenshots

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Example D5: Support and resistance for initial stop loss, stop loss trailing, initial take profit and dynamic take profit

Description

This example extends support and resistance usage to include dynamic adjustments throughout trade duration. Both stop loss and take profit levels continuously update as new support and resistance levels form. This creates an intelligent system that adapts to evolving market structure.

The chart analyzer continuously scans for new levels, switching to closer support or resistance as they develop. This allows trades to tighten stops as price moves favorably while extending targets when resistance breaks. The visual display shows all detected levels, providing transparency in decision-making.

This sophisticated approach mimics how professional traders manually adjust levels based on market structure. Automation ensures consistent application without emotional interference, maintaining disciplined trade management even during stressful market conditions.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value x cross value x

Signal Generation - Chart Analyzer

• Signal in use = On
• Signal used for = Forward
• Draw boundaries = Off
• Draw extrema = Off
• Draw supports and resistances = On
• Draw swing phase = Off
• Supports and resistances forward = ALL
• Support multiplier = 1.00
• Resistance multiplier = 1.00

Initial Stop Loss

• Selection = Support/resistance from chart analyzer
• Used chart analyzer = Chart Analyzer
• Minimum value in fix pips = Off
• Minimum value in rate of change = 0.00250000
• Maximum value in fix pips = Off
• Maximum value in rate of change = Off

Stop Loss Trailing - Support/resistance from chart analyzer

• Activation position = 0
• Type = Support/resistance from chart analyzer
• Used chart analyzer = Chart Analyzer
• Support/resistance fix pips minimum = Off
• Support/resistance rate of change minimum = Off
• Support/resistance fix pips maximum = Off
• Support/resistance rate of change maximum = Off

Initial Take Profit

• Selection = Support/resistance from chart analyzer
• Used chart analyzer = Chart Analyzer
• Minimum value in fix pips = Off
• Minimum value in rate of change = 0.00300000
• Maximum value in fix pips = Off
• Maximum value in rate of change = Off

Dynamic Take Profit - Support/resistance from chart analyzer

• Activation position = 0
• Type = Support/resistance from chart analyzer
• Used chart analyzer = Chart Analyzer
• Support/resistance fix pips minimum = Off
• Support/resistance rate of change minimum = Off
• Support/resistance fix pips maximum = Off
• Support/resistance rate of change maximum = Off

Screenshots

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Example D6: Candle pattern search used for initial stop loss and initial take profit

Description

This example uses candle pattern recognition to determine optimal stop loss and take profit levels. When patterns like hammers or engulfing formations occur, they provide ideal exit levels based on the pattern’s structure. The 2.00 forward adjustment allows fine-tuning of these idealized levels.

Multiple patterns are enabled, increasing signal frequency and providing diverse entry opportunities. Each pattern has specific characteristics that suggest probable price behavior, making them valuable for exit level determination. The visual pattern identification helps traders learn pattern recognition while the system trades automatically.

Pattern-based exits align with traditional technical analysis principles, using the same concepts manual traders have employed for decades. This bridges classical charting techniques with modern algorithmic trading.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long
• One trade mode = Off

Signal Generation - Candle Patterns

• Signal in use = On
• Signal used for = Entry
• Hammer = On
• Hanging Man = On
• Bullish Belt Hold = On
• Bearish Belt Hold = On
• Bullish Engulfing = On
• Bearish Engulfing = On
• Bullish Harami = On
• Bearish Harami = On
• Bullish Harami Cross = On
• Bearish Harami Cross = On
• Bullish Doji = On
• Bearish Doji = On
• Bullish Long Legged Doji = On
• Bearish Long Legged Doji = On
• Bullish Gravestone Doji = On
• Bearish Gravestone Doji = On
• Bullish Dragonfly Doji = On
• Bearish Dragonfly Doji = On
• Dark Cloud Cover = On
• Piercing Pattern = On
• Morning Star = On
• Evening Star = On
• Bullish Inside Days = On
• Bearish Inside Days = On
• Stop loss forward adjustment = 2.00
• Take profit forward adjustment = 2.00

Initial Stop Loss

• Selection = Candle patterns

Initial Take Profit

• Selection = Candle patterns

Screenshots

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Example D7: Chart pattern search used for initial stop loss and initial take profit

Description

This example employs chart pattern detection for trade management. Patterns like triangles, head-and-shoulders, and double tops provide structured exit levels based on measured moves. The 1.00 forward adjustment means patterns’ ideal levels are used without modification, trusting classical technical analysis principles.

Eighteen different patterns are enabled, covering continuation and reversal formations. Each pattern has well-established profit targets based on pattern height or width, providing objective exit levels. The system recognizes these patterns automatically, eliminating subjective interpretation.

Chart patterns represent crowd psychology visualized in price action. Using them for trade management aligns strategies with these psychological levels where significant trading activity often occurs, increasing the probability of successful exits.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long
• One trade mode = Off

Signal Generation - Chart Patterns

• Signal in use = On
• Signal used for = Entry
• Bullish Wedge = On
• Bearish Wedge = On
• Bullish Trendchannel = On
• Bearish Trendchannel = On
• Bullish Triangle = On
• Bearish Triangle = On
• Shoulder Head Shoulder Top = On
• Shoulder Head Shoulder Bottom = On
• Double Top = On
• Double Bottom = On
• Triple Top = On
• Triple Bottom = On
• Rectangle Top = On
• Rectangle Bottom = On
• Bullish Symetric Triangle = On
• Bearish Symetric Triangle = On
• Bullish Gap = On
• Bearish Gap = On
• Stop loss forward adjustment = 1.00
• Take profit forward adjustment = 1.00

Initial Stop Loss

• Selection = Chart patterns

Initial Take Profit

• Selection = Chart patterns

Screenshots

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Example D8: Fibonacci pattern search used for initial stop loss and initial take profit

Description

This example utilizes Fibonacci retracement patterns for trade management. When bullish or bearish Fibonacci patterns form, they provide natural stop loss and take profit levels based on key retracement percentages. These mathematical relationships often create strong support and resistance zones.

The 1.00 forward adjustment indicates Fibonacci levels are used exactly as calculated, respecting the mathematical precision these ratios represent. Traders have observed these levels for decades, creating self-reinforcing price behavior at key Fibonacci points.

Fibonacci-based management suits trend-following strategies where retracements offer entry opportunities. The pattern recognition eliminates manual Fibonacci drawing, ensuring consistent application across all trades while maintaining the mathematical integrity of these classical levels.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long
• One trade mode = Off

Signal Generation - Fibonacci Patterns

• Signal in use = On
• Signal used for = Entry
• Bullish Fibonacci = On
• Bearish Fibonacci = On
• Stop loss forward adjustment = 1.00
• Take profit forward adjustment = 1.00

Initial Stop Loss

• Selection = Fibonacci patterns

Initial Take Profit

• Selection = Fibonacci patterns

Screenshots

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Example E1: Two trades with a pending order

Description

This example demonstrates trade splitting with pending orders. The system opens two positions from each signal - 100% volume immediately and another 50% at 80 % risk. This graduated entry approach allows adding to winning positions while limiting exposure on losing trades.

The pending order uses stop order mechanics with Standard Deviation-based pricing. If price moves to 80 % risk, the additional position triggers automatically. Both positions share the same stop loss and take profit logic, simplifying management despite multiple entries.

Position scaling represents professional money management, allowing traders to maximize profitable opportunities while controlling risk. This approach captures more profit from strong moves while maintaining reasonable exposure on failed signals.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long
• Pending Order Settings
• Mode = Stop
• Price calculation method = Indicator value
• Used indicator = STD
• Expiration = 75

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value 1 cross value 2

Initial Stop Loss

• Selection = Indicator
• Used indicator = STD

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Trade Splitting

• Open volume = 100
• Open position = 80
• Close position = 0

Screenshots

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Example E2: Three trades

Description

This example extends trade splitting to three positions with different entry and exit points. The first split enters at 80 % risk with full volume, while the second enters at 150 % risk with 50% volume and exits at 200 % risk. This creates a sophisticated scaling system with multiple profit targets.

Each split can have independent exit levels, allowing partial profit-taking at predetermined points. This approach locks in gains progressively while keeping portions of the position for larger moves. The main trade targets 2.40 risk ratio, seeking substantial profits on the core position.

Multiple exit points reduce psychological pressure by securing profits incrementally. Traders often struggle with all-or-nothing exits; this graduated approach provides a balanced solution that satisfies both conservative and aggressive instincts.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value 1 cross value 2

Initial Stop Loss

• Selection = Indicator
• Used indicator = STD

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 2.40

Trade Splitting 1

• Open volume = 100
• Open position = 80
• Close position = 0

Trade Splitting 2

• Open volume = 50
• Open position = 150
• Close position = 200

Screenshots

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Example E3: Four trades

Description

This example implements four-position trade splitting, creating a complex scaling strategy. Each split has specific entry points and volumes, with the final position using only 25% volume entering at 200 % risk. This pyramid approach maximizes position size in winning trades while minimizing risk.

The staggered entries at 80, 150, and 200 % risk create multiple confirmation points before full position deployment. Early exits at 200 and 220 % risk for later splits ensure profit-taking even if trends reverse. This sophisticated structure balances aggression with protection.

Four-level splitting represents advanced position management suitable for strong trending markets. The complexity requires careful monitoring but can significantly enhance profitability when trends persist beyond initial targets.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators (MACD Main line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Main line
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators (MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Selected indicator = MACD
• Line index = Signal line
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (MACD Main line & MACD Signal line)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = MACD (Main line)
• Input indicator 2 = MACD (Signal line)
• Value relation = Value 1 cross value 2

Initial Stop Loss

• Selection = Indicator
• Used indicator = STD

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 2.40

Trade Splitting 1

• Open volume = 100
• Open position = 80
• Close position = 0

Trade Splitting 2

• Open volume = 50
• Open position = 150
• Close position = 200

Trade Splitting 3

• Open volume = 25
• Open position = 200
• Close position = 220

Screenshots

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Example F1: Temporary disabling of trading due to bad performance

Description

This example shows temporary trading suspension due to poor weekly performance. If the account drops 2% or more in a week, trading halts until the next week begins. The inspector panel displays current performance metrics, providing real-time feedback on proximity to suspension thresholds.

This protective mechanism prevents emotional revenge trading after losses. By forcing a cooling-off period, traders can analyze what went wrong without risking further capital. The automatic reset each week provides fresh starts without manual intervention.

Performance monitoring creates self-aware trading systems that recognize when strategies aren’t working. This defensive feature proves invaluable during unexpected market conditions when strategies may temporarily fail.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long
• One trade mode = Off

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators - SMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = SMA
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators - EMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = EMA
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (SMA & EMA)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = SMA
• Input indicator 2 = EMA
• Value relation = Value x cross value x

Initial Stop Loss

• Selection = Indicator
• Used indicator = STD

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Volume Calculation

• Volume calculation method = Fix lots
• Fix lots = 0.10

Monitoring

• Draw inspector panel = On
• Weekly performance: Relative lower limit = -2.00

Screenshots

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Example F2: Permanent disabling of trading due to bad performance

Description

This example implements permanent trading suspension based on overall performance. If total account performance drops below the -2% threshold, trading stops completely without automatic reactivation. This ultimate protection prevents complete account destruction during strategy failure.

The inspector panel continuously displays overall performance metrics, warning traders as they approach the permanent suspension threshold. This transparency allows intervention before automatic shutdown occurs. Manual reset remains possible but requires deliberate action.

Permanent suspension represents the final safety net, acknowledging that strategies can fail completely. This humble approach accepts that not all strategies work forever, protecting capital when fundamental strategy assumptions break down.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long
• One trade mode = Off

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators - SMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = SMA
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators - EMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = EMA
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (SMA & EMA)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = SMA
• Input indicator 2 = EMA
• Value relation = Value x cross value x

Initial Stop Loss

• Selection = Indicator
• Used indicator = STD

Initial Take Profit

• Selection = Risk ratio
• Risk ratio = 1.40

Volume Calculation

• Volume calculation method = Fix lots
• Fix lots = 0.10

Monitoring

• Draw inspector panel = On
• Overall performance: Relative lower limit = 2.00

Screenshots

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Example F3: Temporary disabling of trading due to bad drawdown

Description

This example uses weekly drawdown limits for temporary suspension. If drawdown exceeds 2% within a week, trading pauses until the next week. Unlike performance limits that measure end results, drawdown limits monitor peak-to-trough movements during the period.

Drawdown monitoring captures risk exposure more accurately than simple performance metrics. A strategy might end profitably while experiencing dangerous drawdowns that risk large losses. This measurement ensures strategies maintain acceptable risk levels throughout trading periods.

The inspector panel shows current drawdown levels, helping traders understand their risk exposure in real-time. This awareness promotes better risk management decisions even when trading manually alongside automated systems.

Recreate the Example

You can either import this example directly or set it up manually. To manually replicate the trading module, make sure a newly added module includes the following key settings and that the professional mode is activated:

Trade Basics

• Operation type = Long
• One trade mode = Off

Signal Generation - Indicators - STD

• Signal in use = On
• Signal used for = Forward
• Selected indicator = STD
• Draw in chart = Off
• Forward adjustment = 3.50

Signal Generation - Indicators - SMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = SMA
• Draw in chart = On
• Drawing slot = 1

Signal Generation - Indicators - EMA

• Signal in use = On
• Signal used for = Entry
• Selected indicator = EMA
• Draw in chart = On
• Drawing slot = 2

Signal Generation - Indicator Combinations (SMA & EMA)

• Signal in use = On
• Signal used for = Entry
• Input indicator 1 = SMA
• Input indicator 2 = EMA
• Value relation = Value x cross value x

Initial Stop Loss