Register and Log In

The user must have an account, meaning user must be registered and logged in to use the Electrical Installation scheme.

Log in

To access the Electrical Installation scheme, the user must log in.‍

1. The user can log in by clicking on the Log In icon in the DIBS42 Hive, and a new window opens where the user enters their email and password. 

2. In this window, the user can choose between two languages (English or Dutch) by clicking on the two flags in the top right corner. 

3. If a user forgets their password, they can reset it by clicking the “Forgot Password?” button. Afterward, a window opens where they need to enter their email. Upon clicking the “Submit” button, a password reset email will be sent. The user needs to check their inbox.

4. The button “Log in” allows the user to log in. After successful login, the user can access the Electrical Installation scheme tool in the DIBS42 Hive by clicking on E-INS. Schema icon. 

5. If the user doesn’t have an account yet, clicking on the “Get access” button opens a new window where they can enter the required information to successfully register. 

6. There is also the “Feedback” button which enables users to leave feedback if there are any issues encountered while using the tool. 

Register

If the user doesn’t have an account yet, in window Register user can create account, by entering the necessary information. The user needs to enter email address and password, and he must confirm the password. Password must have 6 or more characters and email must be valid. All fields are required. 

User info

When the user is successfully logged in, clicking on the icon Log In in DIBS42 Hive, there is info about the user, like username and email address. In this window, the user can also choose between two languages (English or Dutch) by clicking on the two flags in the top right corner. The “Log Out” button allows the user to log out of their account, while the “Feedback” button enables them to leave feedback if there are any issues encountered while using the tool. By clicking the “Feedback” button, a window opens in the browser where the user needs to sign in with their email. Afterward, they will receive a form where they can describe the type of issue.
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E-INS. Schema

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The “Basic” tab has the following fields

1. Field “Drafting view name”, which allows the user to generate the name of the Electrical Installationscheme. When the tool opens, the schema name will be generated by default. The name of the Electrical Installation scheme is generated by having the user select a panel name from a list of panels. If the user chooses more than one panel, the name will be generated by combining all the names into one and they will be separated by a comma.
   
2. When the user clicks the “Generate Name” button, an Electrical Installationscheme name will be generated. If a schema name already exists, a number will be added to the name in parentheses (for example: SchemaName(1)). There is a restriction in this field that the user cannot give an arbitrary name of the schema.
3. The checkbox “Generate Separately” allows users to create as many separate panels as they have selected from the list. For each separate panel, the word “schema” is added at the beginning, so the name will be generated as “schema” plus the panel’s name. When the user clicks on this checkbox, the “Generate Name” button will be disabled, which means that the name of the schema for each panel will be automatically generated.
4. The “Search panels” field allows the user to search list of panels by name. Search is not case sensitive.
5. User can select or unselect all panels using a checkbox “Select all”. This feature is useful when you need to generate more than one panel, which further reduces time.
6. There is a list of panel names. The user can select one or more panels from the list. If multiple panels are selected the tool will create a single schematic from it. To continue with the further operations, the user must select at least one panel. Otherwise, the error message will appear.
7. E-INS. Schema includes an option that allows users to modify the order in which panels are generated. This provides greater control and flexibility, enabling users to customize the sequence of panel generation to suit specific project requirements or workflows, ensuring an optimized and organized panel layout.
8. The user can filter the panel list using the checkbox “Panels with same name”. When the checkbox is checked, it will display panels with the same name, while no selecting checkbox will show only panels with different names.
9. The “Feedback” button enables users to leave feedback if there are any issues encountered while using the tool. By clicking the Feedback button, a window opens in the browser where the user needs to sign in with their email. Afterward, they will receive a form where they can describe the type of issue.
10. When the user clicks the “Run” button, all changes made within the tool will be applied. During this process, a details line will be added at the bottom of the schema. This line will be positioned 10 mm to the left and right of the rail, if the family exists in the project. Additionally, circuits contain project parameters where the user can specify the families to be used. If no families are defined, the default ones will be applied. The user must select at least one panel from the panel list, otherwise, they will not be able to click the “Run” button

This tool allows dynamic loading of families depending on whether the circuit is three-phase or single phase.

In “Advanced” tab user can use the following options

1. There is one drop-down list “Pick Electrical Installationschema to update”. In the list, all available panels generated as part of the schema in the Revit project are listed. These panels are presented as items that the user can select for updating.
   

2. Upon clicking the “Update” button, the process of updating the selected schema in the Revit project will be initiated. The update button refreshes the following items: it updates parameters such as the characteristic parameter, demand factor, and apparent load. It remembers the families used in the project. The percentage of power entered by the user is validated. It updates the parameters belonging to the supply family, including the parameters for the family length and the starting position where the supply family is created. Additionally, it updates the orientation of the electrical schema, the display of cable length values, Ib values, clamps, and parameters for connected power. The electrical circuits are also updated, with panels and circuits being collected, followed by filtering and sorting the circuits by circuit number.

3. The “Distance between circuits (mm)” filed allows users to enter a value for distance between families for electric circuits. The minimum value for this distance is 12.2 mm. If the user enters a smaller value than the one indicated, the “Update” and “Run” buttons will be disabled.

4. Below the drop-down list, there is a table with the following columns: “Use Default”, “Description” and “Parameter Name”. In the first column, there are three checkboxes that the user can select to automatically set the value of a specific parameter. The second column, “Description”, contains descriptions for the parameters that need to be set. The “Parameter Name” column represents the fields where the user enters the parameter names. When the tool is opened and if the checkbox is selected, these parameters will be set to specific values:
   • Characteristic parameter will be set to DIBS42_E_zekering characteristic,  
   • Demand factor will be set to vermogensclassificatie and
   • Apparent Load parameter will be set to schijnbaar_vermogen. 
 The user can modify the values of these parameters by deselecting the checkbox and entering a specific value in the “Parameter Name” column. If the user does not enter a value for the Characteristic and Demand Factor parameters or value is not valid, they will be set to default values (B and, respectively). If the Apparent Load field is left empty, pressing the “Run” button will display an error message indicating that this field is mandatory and cannot be confirmed without a value.

5. “Percentage for reserve power” is an option that allows adjustment of the reserve power percentage, with a default value set at 20%. Users must enter a value between 0 and 100, or the message “Percentage must be between 0 and 100!” will appear.
   

6. The supply family consists of four families that are connected one after the other:
   • NLRS_60_GA_UN_hoofdschakelaar gen_DIBS42,
   • NLRS_60_GA_UN_mespatroon gen_DIBS42,
   • NLRS_60_GA_UN_leiding met aders gen_DIBS42 and
   • NLRS_60_GA_UN_voeding met waardes gen_DIBS42.
     
     If all the families exist in the project, they will be drawn during the generation of the schematic. A supply family will be generated for each panel. If any of these families do not exist, none of the families will be drawn. The “Supply settings” menu has two options. The first option is to define the “Length” of the family and the “Starting Distance”. The parameter “Starting Distance” represents the input position where the family will be drawn, i.e., how far it will be placed from the start of the panel.
     

7. Menu “Visibility settings” allows the following options:
   • “Electrical schema orientation” option allows the user to choose between vertical or horizontal generation schema. 
   • “Show cable length” is an option that controls the visibility of the cable length parameter in the family. When the option “Yes” is chosen, the cable length value will be shown in the family. Otherwise, when the option “No” is chosen, the cable length value will be hidden.
   • Ib represents the operating current, which is calculated based on the voltage and the true load of an electrical system. The “Show Ib” option allows the display of the Ib parameter on the vertical family if the “Yes” button is clicked. When the panel is generated, the value of the bedrijfsstroom # Ib parameter is automatically calculated and set. This value is computed based on the Voltage and True Load parameters and is only calculated if these parameters exist within the project. If the circuit is three-phase, the calculation uses the formula for a three-phase system:
     
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While if the circuit is not three-phase, it uses the formula for a single-phase system.

7. When the user clicks on the “Run” button, all the changes made within the tool will be applied
8. The “Feedback” button enables users to leave feedback if there are any issues encountered while using the tool. By clicking the “Feedback” button, a window opens in the browser where the user needs to sign in with their email. Afterward, they will receive a form where they can describe the type of issue.
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Most common errors

Most common errors that can occur within the Electrical Installationscheme plug-in will be described and demonstrated further below. The user cannot perform the update of the Electrical Installationscheme unless a panel is selected. If the user does not select at least one panel, they will receive an error message as shown below in Figure 6. This indicates that the user must select at least one panel from the panel list, otherwise, they will not be able to complete the operation when they click the “Update” button.   

If the user enters a value less than 12.2 mm in the “Distance between circuits” field, they will receive an error message. In this case, the “Update” and “Run” buttons are disabled, meaning the user cannot update the schema or confirm changes by clicking the “Run” button. To make a valid entry in this field, a value of 12.2 or greater must be entered. Afterward, if all other conditions are met, the user will be able to execute the previously mentioned operations.  

If the user enters a value less than 0 and greater than 100% in the “Percentage for reserve power” field, they will receive an error message. In this case, the “Update” and “Run” buttons are disabled, meaning the user cannot update the schema or confirm changes by clicking the “Run” button. To make a valid entry in this field, a value between 0 and 100% must be entered. Afterward, if all conditions are met, the user will be able to execute the previously mentioned operations.   

If the user wants to generate a name for the panel that matches an existing panel name, they will receive a message informing them that the name already exists. This means that the schema name must be unique and cannot be repeated
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Sequence Numbering

The Sequence Numbering tool provides an efficient method for automatically numbering symbols within a Revit model, helping to organize and identify elements in complex projects. Users can customize the numbering system with prefixes, suffixes, separators, and leading text, ensuring flexibility for specific project requirements. Numbers can be assigned to one or two attributes of a symbol, with the ability to assign multiple numbers to a single attribute when needed. The tool offers symbol filtering by layers and various numbering methods, including manual, batch, and sequential numbering, significantly speeding up the process and improving accuracy when working with a large number of symbols.

Sequence Numbering Tool: Key Elements

• Rack: Identifies and organizes a specific rack or cabinet within the project, allowing for better organization of elements belonging to different racks.
• Panel: Represents the name of a panel within the system, used to create templates that combine parameters like rack and separator.
• Separation Symbol: Separates parts of a template, such as the rack name and panel name, ensuring clarity in the final output.
• Suffix: Adds extra information to the template, allowing for specific values to be added to the identifier.
• Number Format: Controls how numbers are displayed, such as the number of digits and leading zeros, to ensure consistency across elements.
• Start and End Fields: Defines the range of numbers in the sequence, allowing users to specify which numbers to start and end with.
• Parameter Name Fields: Defines parameters that need to be updated with the numbering values, ensuring that all relevant elements are updated according to the numbering scheme.
• Preview: Allows users to view a preview of the numbering template before finalizing it, ensuring accuracy and preventing errors.
• Element Filtering: Enables precise selection of elements within specific categories, improving efficiency in large projects.
• Manual Pick: Allows interactive selection of elements, giving users control over which objects to select.
• Selected Elements Label: Displays the number of selected elements, helping users track their selection in large projects.
• Line Selection: Enables the selection of elements that intersect with a defined line, streamlining the process in large models.
• Run Button: Executes the changes on selected elements, updating their parameters based on the defined numbering template.
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Curve Jumper

The Curve Jumper tool is a powerful feature designed to simplify the process of adding jumps to elements such as pipes, ducts, cable trays, and similar infrastructure components in Revit. By allowing users to create jumps in a 3D view without needing to switch to section views, it significantly improves productivity and design accuracy.

Curve Jumper Tool: Key Elements

• Height Field: This input field specifies the height at which the jump will be created on the selected element. The height is measured in millimeters, offering precise control over the jump's positioning. Initially set to 0, users can adjust this value to suit the project's requirements, ensuring the jump is positioned correctly in the model.

• Angle Field: The angle input allows users to set the desired angle for the jump. The tool provides two common angles—45 and 90 degrees—making it easy to choose the most appropriate angle for the design. This field enables precise control over the jump's shape, simplifying the process and eliminating the need for additional modifications.

• Distance Field: This field displays the distance between the two points selected by the user on the element. It provides a clear and accurate measurement of the length of the jump, ensuring it is created in the correct position relative to the project’s specifications. The distance is dynamically calculated as the user selects the points.

• Apply Button: After entering the necessary values for height, angle, and distance, the user can click the "Apply" button to generate the jump. If the jump creation is successful, Revit will display a confirmation message, and the model will update accordingly. In case of an error, a message will appear explaining the issue, helping the user troubleshoot the problem.
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The Curve Jumper tool provides a straightforward and efficient way to add jumps to elements in a model, directly adjusting key parameters such as height, angle, and distance. This intuitive tool allows for faster workflow, especially when making adjustments to complex systems, without needing to switch between different views or perform additional manual modifications.
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Counter Flange

The Counter Flange tool is an advanced Revit tool that enhances the process of placing fitting elements, such as flanges and other types of fittings, ensuring precise and realistic connections between components in the model. It automates adjustments while allowing the user full control over selecting appropriate fittings and their characteristics. This tool streamlines modeling workflows, speeds up the creation of detailed models, reduces errors during manual fitting placement, and facilitates the connection of complex systems. Additionally, it enables users to adjust various options to ensure that the placed fittings meet specific project technical requirements, improving accuracy and quality in execution.

Counter Flange Tool: Key Elements

• Component Drop-down List: A drop-down list containing components like valves, pumps, or other families with connectors. The user selects the fitting type from this list, and a search function is available to quickly find the desired fitting.‍
• Diameter Requirement: For pipes, valves, or any other elements to be successfully connected to each other, when it comes to flange, pipe dimension needs to be equal or bigger than DN50.‍
• Run Button: This button adds a fitting to the model. To use it, the user must first select a valve (or element between two pipes), open the "Counter Flange" window, and click the button to add the fitting at the specified positions.‍
• Connection Requirements: The selected element must be connected to pipes on both sides, and the fitting family must have connectors on both sides to ensure proper execution of the tool.
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Align Connectors 

Align Connectors is a tool for Autodesk Revit designed to identify and manage unconnected connectors on MEP components (Mechanical, Electrical, Plumbing). It helps improve coordination in BIM models by resolving faulty connections between elements.  

The tool automatically connects unconnected connectors that are within a predefined distance. The maximum distance between connectors for their connection is 1 mm. This functionality ensures proper connections and enhances model accuracy.

Align Connectors Tool: Key Elements

• Entire Model Option: Connects unconnected connectors across the entire model. It iterates through all elements and connects connectors that are within an appropriate distance.

• Select Option: The user must manually select the element(s) to connect. After clicking the "Run" button, the tool will connect the unconnected connectors on the selected element(s).

• Current Selection Option: This option is automatically selected when two or more elements are selected in the model. It connects only the connectors on the selected elements.

• Number of Selected Elements Label: Displays the number of elements selected. When the "Entire Model" option is active, this label is hidden. When specific elements are selected, the number of selected elements is shown.

• Run Button: Initiates the connector connection process. Upon completion, the user will receive a notification message indicating whether the operation was successful.
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Selection Filter

The Selection Filter tool allows users to filter selected elements based on specific parameter values. Users first select a parameter from a predefined list, then specify filter criteria (e.g., equality, greater than, or less than) and input a value for filtering. This tool helps quickly isolate elements that meet certain conditions, improving efficiency in complex projects by automating the filtering process and reducing manual effort. It allows users to focus on the most relevant data points.

Selection Filter Tool: Key Elements

• Parameter Name List: A drop-down list displaying all parameter names within the project, allowing users to select the desired parameter for filtering. A quick search feature is integrated to help users efficiently locate specific parameters by typing a keyword. ‍
• Number of Selected Elements Label: Displays the number of currently selected elements within the model, helping users keep track of the selection size when applying filters to multiple elements. ‍
• Filter Condition Section: ‍
  • Predefined Filtering Conditions: A drop-down list with options like "equals," "less than," and "greater than" to select the appropriate condition for filtering. ‍
  • Input Field for Value: A field to input the value used for comparison during filtering. ‍
  • Case-Sensitivity Checkbox: A checkbox that allows the filtering input to be case-sensitive, useful when working with text-based parameters.‍
• Apply Button: Executes the filter based on the user's selected conditions and values, narrowing down the selected elements to those that match the filter. ‍
• Number of Filtered Elements Label: Displays the number of elements that match the specified filter criteria. If no elements meet the condition, the label will not appear. ‍
• Filtered Elements Table: If elements match the filter criteria, a table displays the following information: ‍
  • Value: The value of the selected parameter. ‍
  • Family and Type: The family and family type of the selected element. ‍
  • Data Type: The data type of the selected parameter, such as text, number, or date, providing insight into the format of the parameter value.
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Rotate MEP Elements

Rotate MEP Element is a Revit tool that allows users to quickly and accurately rotate MEP components around a connector, specifically around the axis normal to that connector. It simplifies rotation in complex models by automatically identifying the nearest connector based on a selected point on the element, eliminating the need for manual adjustments.

Users can input any rotation angle, including negative values, with the default set to 0. The angle can be adjusted manually or with arrow buttons that change the value by 1 degree. The rotation applies whether the element is connected on one or both sides, offering full control and precision.

Rotate MEP Element Tool: Key Elements

1. Angle Field: Lets users input the desired rotation angle. Supports both positive and negative values for flexible and precise control.

2. Angle Arrows: Allow fine-tuning the rotation by increasing or decreasing the value by 1 degree, ideal for quick adjustments.

3. Rotate Button: Executes the rotation based on the specified angle and applies the change to the selected element(s).

Auto Tag

Auto Tag is a Revit tool that automates the process of tagging elements, saving time and ensuring consistency. It allows users to tag individual elements or large groups by applying tags based on family, type, category, or selection.

Auto Tag Tool: Key Elements

1. Pick the family to tag: Drop-down list of all families in the project to select which will be tagged.

2. Family types: List types for the selected family. Choose a specific type or select All to tag every type in that family.

3. Pick the tag family: Drop-down to select the tag family used to display information on elements.

4. Tag type: Select the type of the chosen tag family for precise control.

5. Apply for:

• Entire model – tag all elements in the project

• Current selection – tag only selected elements

• By category – tag elements from one or more selected categories

6. Tagging area: Grid used to define tag placement. Clicking on the grid sets a tag position, shown with a blue dot. Multiple tag positions can be added or removed with a click. Tag family names are displayed below each point.

7. Tag orientation:

• Horizontal – tag text always horizontal

• Vertical – tag aligns with element angle

8. Tag options:

• Show line – toggle visibility of leader line connecting tag to element

• Rotation – flips tag position to opposite side of selected point

9. Run button: Executes tagging if all inputs are valid. Displays an error message if anything is missing or incorrect.

Schedule Import/Export

Schedule Import/Export is a tool for exporting and importing schedules between Revit and Excel. It simplifies data editing and improves coordination by allowing schedule data to be modified outside of Revit and then synced back.

Schedule Import/Export Tool: Key Elements

1. List of Schedules: Displays all schedules in the project. Users can select one or multiple schedules for export/import.

2. Export: Exports selected schedules as separate Excel (.xlsx) files. File names match the Revit schedule names. Users choose the save location via a dialog box.

3. Import: Imports data from Excel back into Revit. Each Excel file must have the same name as its corresponding Revit schedule. The tool updates element parameter values based on the imported data.

Slope Checker  

Slope Checker is a tool for identifying and correcting slopes on MEP elements in Revit, such as ducts, conduits, pipes, and cable trays. It helps users quickly find elements with incorrect slopes and reset them to zero, improving model accuracy and reducing installation issues.

Slope Checker Tool: Key Elements

1. Bad Slope Filter (Ducts, Conduits, Cable Trays): Identifies elements with non-zero slopes (positive or negative) by checking if the slope is greater than 0.0. Useful for model reviews to ensure proper alignment.

2. Pipes Category Filter: Provides two options for more precise slope checking:

• Exact Slope Value (±0.1): Detects slight slopes (within ±0.1 tolerance).

• Range Option: Finds elements within a defined slope range, ideal for controlled systems like ventilation ducts.

3. Display Button: Shows filtered results in a table format. Users can select elements for modification.

4. Select All: Allows bulk selection of all elements in the filtered list.

5. Element Information in Table:

• Element ID

• Slope Value

• System Type

6. Run Button: Resets the slope value of selected elements to zero, ensuring they are aligned horizontally. The button is only active when elements are selected.

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3.3 Level Arrangement

To quickly and efficiently assign the appropriate level to elements in the model, you can use the “3.3 Level Arrangement” option. This feature allows you to automatically align elements with the correct level, reducing manual effort and minimizing the risk of errors. By streamlining the level assignment process, it ensures that your model remains accurate and consistent, ultimately saving time and improving overall project workflow.  

The following options can be found in the “3.3 Level Arrangement” tool:  

• The value entered in field “Margin”, represents the distance in millimetres below the selected level. All elements within this distance will also be assigned the same level. If not adjusted, this value defaults to 0.  
• The “List of Levels” section shows all the levels present in the model you’re working on. To select a level, simply click on the desired level from the list. You can choose one level or multiple levels, depending on your needs. This feature allows you to efficiently assign the selected levels to the elements in your model, streamlining the process of level management.
• The option “Select all” allows you to instantly select every level in the model at once. This feature is useful for scenarios where you need to apply changes or settings uniformly across all levels without manually selecting each one individually.
• The “Apply For” section contains three radio button options: “Entire model”, “Active view” and “Current selection.”  Entire Model – this option allows to apply changes to all elements across the entire model. This is useful for broad updates or changes that need to be applied universally. Active view – an option that allows the user to apply changes to elements that are in the currently active view. Current Selection – this option allows to restrict the changes to only the elements that are currently selected. This allows for more targeted modifications and ensures that only specific elements are affected. When the “Run” button is clicked, all changes made within the tool will be applied.
• When user hover the mouse cursor over the “Info” icon, an informational tooltip will appear, providing a brief description of the purpose and functionality of this tab. This tooltip is designed to help you quickly understand the main purpose of the tab and its key options, thereby enhancing navigation and easing the use of the application.
• The “Feedback” button enables users to leave feedback if there are any issues encountered while using the tool. By clicking the “Feedback” button, a window opens in the browser where the user needs to sign in with their email. Afterward, they will receive a form where they can describe the type of issue.
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3.5 Structure and Naming

IFC is an open standard for data exchange in the construction and facility management industries. It helps ensure that different software systems can share and understand information about building components and their relationships. Export Type to IFC As and Type IFC Predefined Type determine how elements or components are represented and classified when exporting from one system to another.  

The “3.5 Structure and naming” tool allows users to assign IFC parameters to each element in the model quickly and easily. This significantly enhances engineers’ efficiency and productivity by providing high-quality results.   

Clicking on the tool “3.5 Structure and naming”, a window opens with the focus on the tab “3.5 Structure and naming”. The following sections will explain all the elements within the “3.5 Structure and naming” tab:  

• Fields “Parameter name” for parameter “Export Type to IFC As” and “Parameter name” for parameter “Type IFC Predefined Type” allows the user to quickly and easily select the name of the parameter into which desired values will be entered. The parameter names are default entries, but the user can easily customize them to meet their needs.  
• “Parameter value” for parameter “Export Type to IFC As” and “Parameter value” for parameter “Type IFC Predefined Type” shows the value that will be shown. It can be entered manually or automatically by selecting options from the dropdown menu.
• Drop-down lists “Export Type to IFC As (IfcExportAs)” and “Type IFC Predefined Type (IfcExportType)” allows the user to quickly and easily select the desired values for IfcExportAs and IfcExportType. There is also an option for a faster search for the desired parameter, by typing the value directly into the drop-down list field.
• With the “Run” option, the user initiates the action, but only when we are sure that all fields have been filled out as desired. If the user follows all the above instructions and correctly fills out all the f ields, a notification will appear indicating that the action has been successfully completed, along with the number of elements for which the IFC has been added.
• When user hover the mouse cursor over the “Info” icon, an informational tooltip will appear, providing a brief description of the purpose and functionality of this tab. This tooltip is designed to help you quickly understand the main purpose of the tab and its key options, thereby enhancing navigation and easing the use of the application.
• The “Feedback” button enables users to leave feedback if there are any issues encountered while using the tool. By clicking the “Feedback” button, a window opens in the browser where the user needs to sign in with their email. Afterward, they will receive a form where they can describe the type of issue.
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3.6 Classification System

“3.6 Classification System” is a system used to categorize and organize elements within a model according to various classification standards or coding systems. This system helps in identifying, sorting, and managing building components or construction elements efficiently. “3.6 Classification System” are crucial for integrating Revit models with other systems, ensuring consistency in documentation, and facilitating data exchange between different software applications.   

The tool “3.6 Classification System” for classification codes offers a solution for efficiently and easily filling in classification codes for all elements in a model. It opens with a simple click of the button “3.6 Classification System”. It significantly boosts engineers’ productivity while ensuring high-quality results.   

The following sections will explain all the elements within the “3.6 Classification System” tab, which is located in the “Parameter Setter” window.  

• The “Parameter Name” filed allows the user to specify the parameter name where classification codes will be entered. When the plug-in opens, the parameter name will be generated by default, but the user can easily change it.
• “Standard” and “Use System Types” allows the user to choose the method for entering classification codes. If the user chooses the “Use Custom” option, we will be able to select the desired classification code from a drop-down menu, depending on which year’s list we choose (2005. or 2019.).fzxv
• “Use System Types” this option, allows the user to select classification codes based on the system. Additionally, the user can choose which year’s list want to use.
• “Choose Classification Code from list 2005/2019” allows the user to choose which year’s classification code list they want to use.
• If “Only number” option is check, the “Value” field will show only the numeric value of the classification code, without the accompanying text.
• The field “Value” shows the value that will be entered into the corresponding table. It can be either just a number or a number with accompanying text, depending on the user’s needs.
• With the “Run” option, we initiate the action, but only when we are sure that all fields have been filled out as desired.
• When user hover the mouse cursor over the “info” icon, an informational tooltip will appear, providing a brief description of the purpose and functionality of this tab. This tooltip is designed to help you quickly understand the main purpose of the tab and its key options, thereby enhancing navigation and easing the use of the application.
• The “Feedback” button enables users to leave feedback if there are any issues encountered while using the tool. By clicking the “Feedback” button, a window opens in the browser where the user needs to sign in with their email. Afterward, they will receive a form where they can describe the type of issue.
   

3.8 Duplicates

To address potential duplicates and avoid clashes in your project, especially those that are positioned at the same location and can be difficult to spot, you can utilize the “3.8 Duplicates” feature in the tool. This tool is particularly useful for identifying and managing duplicate elements that may not be immediately visible but could impact the integrity and efficiency of your project.  By using the “3.8 Duplicates” tool, engineers can quickly identify and eliminate duplicates at the same positions in the project, saving time and reducing the risk of errors. This enables better resource management, increases efficiency, and improves project quality, while also facilitating communication and compliance with standards.   

The following sections will explain all the elements within the “3.8 Duplicates” tool. The “3.8 Duplicates” consists of multiple adjustable parameters.  

• The first list is a list of original elements and their IDs, providing a clear overview of each element’s unique identifier.
• The second list is a list of duplicate elements and their IDs, providing an overview of all duplicates in the project, including their unique identifiers.
• “Check all first ids”, an option that allows you to select all elements on the left side, i.e., the list of original elements, facilitates the quick and efficient identification of duplicates by enabling bulk selection. By selecting all items, you can perform actions such as exporting, marking as checked, or creating 3D views. This feature streamlines the overall workflow and reduces manual effort by allowing you to handle multiple elements simultaneously.
• Option “Check all second ids” allows user to select all elements on the right side, i.e., the list of duplicates, enables you to quickly manage and address all identified duplicate elements at once. By selecting all items in this list, you can efficiently perform bulk actions such as exporting the data, tagging duplicates, or generating a 3D view of the duplicates.
• The button “Export” allows exporting the list of duplicates in Excel format provides a convenient way to generate a comprehensive report of all identified duplicates. When you choose to export, the entire list of duplicates will be included in the Excel file, regardless of whether you have selected individual duplicates or multiple duplicates. This feature facilitates further analysis, documentation, and sharing of the duplicate data with others, streamlining the workflow and ensuring that all relevant information is captured in a standardized format.
• The “Select checked” button allows you to select items. After activation, the window will close automatically. After that, the user can use the delete key to remove all selected elements or use the left/right or up/down buttons to move the duplicated elements to the desired positions, making it easier to manage and organize the elements.
• The “Create 3D View” option allows you to automatically view the selected elements in a 3D view. This feature enables you to quickly switch to a three-dimensional perspective of the chosen elements, providing a more comprehensive visualization and aiding in the assessment and management of duplicates within the project.
• When user hover the mouse cursor over the “Info” icon, an informational tooltip will appear, providing a brief description of the purpose and functionality of this tab. This tooltip is designed to help you quickly understand the main purpose of the tab and its key options, thereby enhancing navigation and easing the use of the application.
• The “Feedback” button enables users to leave feedback if there are any issues encountered while using the tool. By clicking the “Feedback” button, a window opens in the browser where the user needs to sign in with their email. Afterward, they will receive a form where they can describe the type of issue.
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4.1 Spaces

To easily add space to selected rooms, you can use the “4.1 Spaces” tool. This tool streamlines the process, allowing users to quickly allocate and adjust space without any confusion. Its intuitive design ensures that even those unfamiliar with complex tools can use it effectively. By simplifying the process, it significantly reduces the time required for room management, making it an invaluable resource for optimizing space planning and ensuring efficiency in your projects.   

The following sections will explain all the elements within the “4.1 Spaces” tool.  

• The first section is a list of all the rooms extracted from your documents, complete with their unique identifiers, such as ID and Name. This list offers a clear and organized overview, allowing you to easily identify and differentiate between each room, ensuring that you are always working with the correct elements.  
  
• The second section is the Filter section, which enhances your ability to manage the list of rooms by offering three powerful types of filters: “Contains,” “Starts with,” and “Ends with.” These filters allow you to quickly narrow down the list to the specific rooms you are looking for, making it easier to locate and select the right spaces for your needs.
  
• The “Select All” checkbox provides a straightforward way to select all rooms from the list with a single click. This feature is especially useful when you need to apply actions to multiple rooms simultaneously, saving you time and effort.
  
• With “Run” option, we initiate the action, but only when we are sure that all fields have been filled out as desired.
  
• When user hover the mouse cursor over the “info” icon, an informational tooltip will appear, providing a brief description of the purpose and functionality of this tab. This tooltip is designed to help you quickly understand the main purpose of the tab and its key options, thereby enhancing navigation and easing the use of the application.  
  
• When user hover the mouse cursor over the “Info” icon, an informational tooltip will appear, providing a brief description of the purpose and functionality of this tab. This tooltip is designed to help you quickly understand the main purpose of the tab and its key options, thereby enhancing navigation and easing the use of the application.
  
• The “Feedback” button enables users to leave feedback if there are any issues encountered while using the tool. By clicking the “Feedback” button, a window opens in the browser where the user needs to sign in with their email. Afterward, they will receive a form where they can describe the type of issue.
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4.3, 4.4, 4.5 Parameter

By using the “4.3, 4.4, 4.5 Parameter” tab to configure parameters such as Load Bearing, Internal/ External, and Fire Safety in your Revit Parameter Setter plug-in, you achieve consistency and efficiency in your work. This approach allows for the automatic setting of these key parameters across different elements in the model, reducing the risk of errors and saving time, especially with large models. It also provides flexibility for easily updating values without the need to manually adjust each element individually, while standardization ensures that all elements adhere to the project’s specifications and requirements. In this way, the “4.3, 4.4, 4.5 Parameter” enables centralized management and better control over the modelling process, contributing to greater accuracy and quality of the BIM models.  

Every parameter can be accessed by clicking on the tool in the DIBS Hive. Depending on which tool is selected, the Parameter Setter window will open, with the focus on the “4.3, 4.4, 4.5 Parameter” tab and the specific parameter highlighted.  

• The “Load Bearing” property (YES/NO) indicates whether a component contributes to the structural stability of a building, with YES for primary structural components and NO for non-load-bearing elements.
• “Internal/External” property (YES/NO) indicates whether a component is external (YES) or internal (NO), affecting material preservation, environmental classification, and building physics calculations.
• The property “Fire Safety” indicates a component’s resistance to fire penetration and spread.  
• Fields marked with the number 4 are fields that, when checked, activate the corresponding parameters that will be used. One, two, or all three parameters can be activated at once.  
• When the fields, i.e., parameters, are activated, they need to be assigned a value. “Load Bearing” and “Internal/External” function on a simple YES/NO basis (as previously described), while “Fire Safety” requires entering a value in minutes (with possible values typically being 30, 60, or 90 minutes).  
• With the “Run” option, we initiate the action, but only when we are sure that all fields have been filled out as desired.  
• When user hover the mouse cursor over the “info” icon, an informational tooltip will appear, providing a brief description of the purpose and functionality of this tab. This tooltip is designed to help you quickly understand the main purpose of the tab and its key options, thereby enhancing navigation and easing the use of the application. In this case, we have three “info” icons, each explaining one of the parameters that can be filled out within this tab.  
• The “Feedback” button enables users to leave feedback if there are any issues encountered while using the tool. By clicking the “Feedback” button, a window opens in the browser where the user needs to sign in with their email. Afterward, they will receive a form where they can describe the type of issue.
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4.7 NAA.K.T. Material

Materials in a Revit model is key to integrating the technical and aesthetic aspects of a project, allowing users to thoroughly plan, analyse and visualize their construction projects. Materials define how different construction elements will look, how they will behave under certain conditions, and how they will be displayed in views and renderings. W With the “4.7 NAA.K.T. Material” tab, which is located within the Parameter Setter window, and opens with a button click “4.7 NAA.K.T. Material”, users can enter the desired material for each element in the model significantly faster and more efficiently. 

This tool is very easy to use and contains a few basic fields that need to be filled in:  

• “Material Name” is drop-down list, user can select the type of material. Some examples of available materials in the drop-down menu are: beton, cement, gips, glass…     
  
• In field “Value”, the user can see the full material name. It can be entered manually or automatically based on the selections made from the three dropdown menus below (material name, attribute, application).
  
• “Parameter Name” represents the name of the parameter into which the selected material will be entered. The user can change the parameter name very quickly and easily.
  
• In “Attribute” field, user select the specific type of the chosen material. For example, if we select “Metal” in the “Material Name” field, we then choose the type of metal (aluminium, chrome, copper, etc.).   
  
• “Application” field is used to specify the intended use or function of the material within the model. After selecting the material type and its specific attribute, the “Application” field further refines the material’s purpose, such as whether it will be used as a block, profile, sheet, fiber, etc. This helps to categorize the material based on its application in the construction or design process.  
  
• With “Run” option, we initiate the action, but only when we are sure that all fields have been filled out as desired.  
  
• The “Feedback” button enables users to leave feedback if there are any issues encountered while using the tool. By clicking the “Feedback” button, a window opens in the browser where the user needs to sign in with their email. Afterward, they will receive a form where they can describe the type of issue.
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Parameter Setter

“Parameter Setter” is a tool that enables the adjustment of various parameters within a project, providing users with the flexibility to add parameters such as IfcExportAs, Classification system, Load Bearing, Internal/External, Fire Safety, and IfcMaterial. This tool allows users to assign values to parameters not only across the entire model but also to the currently selected parts of the model, facilitating personalization and adaptation to specific needs. Additionally, the tool supports filtering for all categories, making it easier to search for and apply relevant parameters. The tool consists of four tabs: Structure and naming, Classification System, Parameters and NAA.K.T. Materials. This tool opens by clicking on following tools:  

• Selecting the tool “3.5 Structure and Naming” opens a window with the focus on the “3.5 Structure and Naming” tab.
• Activating the tool “3.6 Classification System” brings up a window with the focus on the “3.6 Classification System” tab.
• Using the tool “4.3 Load Bearing” displays a window focused on the “4.3, 4.4, 4.5 Parameters” tab, specifically on the Load-Bearing parameter.
• With the tool “4.4 Internal External”, the window that opens is centered on the “4.3, 4.4, 4.5 Parameters” tab, focusing on the Internal/External parameter.
• When the tool “4.5 Fire Safety” is selected, a window opens showing the “4.3, 4.4, 4.5 Parameters” tab, with a focus on the Fire Safety parameter.
• Using the tool “4.7 NAA.K.T Material”, displays a window focused on the “4.7 NAA.K.T Material” tab.
  

The top part of each tab is unique and differs from tab to tab, while the bottom part, which contains the “Apply for” and “Filter by” sections, is shared and the same across all tabs.  

• Section “Apply for” offers several options that the user can select. The “Entire Model” option allows the user to fill in the parameters for all elements in the project at once. The “Current Selection” option enables the user to fill in parameters only for the selected elements (elements must be selected before running the plug-in).  
• The “Filter By” option allows the user to filter elements, making it significantly easier to select the desired elements. The user can select elements by “Category,” “Family,” and “Family Type.” If the “Category” option is chosen, the dropdown menu will show all categories that are loaded into the model, and a quick search can be performed by entering keywords contained in the category name. Similarly, if “Family” is selected, the dropdown will display all families available in the model, with a search option for quickly finding a specific family. The “Family Type” option is active only when the “Family” option is checked, allowing the user to refine their selection further by choosing from the specific family types associated with the selected family.