Your Pocket Tools (YourPT) - Revit add-in for MEP, HVAC, electrical, fire alarm, structural and BIM coordination
Your Pocket Tools (YourPT) is a productivity add-in, plugin and add-on for Autodesk Revit that speeds up and automates work across MEP, HVAC (mechanical), electrical, plumbing, fire alarm systems (FAS), voice alarm and public address systems (VAS/PA), structural and architectural design, as well as BIM coordination and clash detection. It is built for engineers, designers and BIM coordinators - especially those moving from AutoCAD-style drafting to Revit and BIM workflows.
Your Pocket Tools (YourPT) is a comprehensive suite of productivity tools designed to enhance your Revit workflow. Drawing from AutoCAD-style efficiency, these tools help architects and engineers work faster and more accurately in BIM environments.
The toolset includes intelligent 3D view creation, advanced filtering, smart zoom functionality, parameter management, and much more - all designed to streamline your daily BIM tasks.
3D View
A comprehensive set of advanced tools for automatic 3D view generation that revolutionizes BIM model visualization and analysis workflows.
Each tool has been designed for maximum efficiency and intuitive operation, eliminating time-consuming manual view configurations.
Ideal for automatic 3D view creation without manual configuration of ranges and heights.
Creating a 3D view for an area with height from floor level to 3.5m up.
Drawing a rectangular area in a plan view automatically creates a 3D view starting exactly at the view's floor height and extending 3.5m upward. No additional element selection required - height is always calculated from the active view level.
The fastest way to review a floor level in a selected area without manual height specification.
Creating a 3D view for a selected area with height determined by a selected element.
Drawing a rectangular area in a 2D view, then clicking an element (family, pipe, duct) determines the section height. The program creates a 3D view with a range of ±0.5m from the selected element's height. Automatic height recognition from various MEP and building element types.
Ideal for reviewing installations at a specific height in a selected area.
Automatic creation of a 3D view surrounding selected elements with intelligent size adjustment.
Selecting elements (families, pipes, ducts, cable trays) in the model automatically creates or updates a 3D view fitted to the selected objects. The program adds a safety margin (0.5m for multiple elements, 1m for single). Works in both 2D and 3D views with full transformation support.
The fastest way to isolate and review selected elements in 3D space.
Line Length
Quick calculation of connected line lengths with automatic grouping and summation.
Clicking a line (or pressing Space) automatically finds all connected lines and calculates their total length in meters. Ability to add more line groups - each is shown separately with a number, and at the end the sum of all groups is displayed. The Reset button clears all measurements.
Ideal for quickly checking line chain lengths without manually selecting each segment.
Filter
Interactive filtering and selection of marked elements by categories, families, types, and colors.
Selecting elements in the model and launching the tool displays a hierarchical tree showing all elements grouped by categories, families, and types. The program automatically detects elements with overridden colors and groups them in a separate "Colors" category. Checking checkboxes next to interesting groups and clicking OK leaves only those elements selected.
Ideal for quickly filtering large selections and choosing only needed elements.
Zoom
Quick zooming and centering of selected elements in the view.
Selecting an element and activating the Zoom tool automatically zooms the view and centers it on the element's insertion point. Works in both 2D and 3D views (perspective and orthogonal). In 3D views, it moves the camera without modifying the Section Box, preserving all visible elements.
Ideal for saving time when working with large projects and quickly navigating between elements.
Quick Override
Lightning-fast element coloring in views using keyboard shortcuts.
Selecting elements and pressing keys 1-9 or 0 (reset) instantly overrides the color of elements in the active view. Predefined palette of 9 colors available under numeric keys. Key 0 removes all overrides from selected elements. Works on any elements in any view.
The fastest way to temporarily color-code elements during design work.
Quick Drop
Instant creation of drops, rises and offsets on cable trays, ducts and conduits.
Select a mode with keys 1–6 and pick two points on a Cable Tray, Conduit, duct or pipe to instantly create a complete connection: drop between points (1), drop from one point (2), connection of two routes at different elevations (3), horizontal offset (4), turn with drop (5) or section cut-out (6). Configurable offset 1–10,000 mm and angle 1–90°. Spacebar triggers the action without clicking OK.
The fastest way to model vertical and horizontal route transitions without manually drawing fittings.
Mid 2 Points
Quick positioning of selected families precisely between two reference points in the view.
The tool moves selected families to the midpoint between two user-picked points. Picking uses full native Revit snaps — endpoints, midpoints, intersections, circle centers, perpendicular and tangent — allowing precise centering of elements relative to walls, lines, grids or existing families. Smart detection automatically recognizes whether the user clicked a family (uses its insertion point) or a linear element (uses the snap point). The Z position of elements remains unchanged, so families keep their assigned level.
Ideal for precise centering of families between two reference points with full snap support.
Parameter Values
A comprehensive set of tools for managing element parameters offering three specialized functions.
Mass parameter value changes with before/after preview, intelligent parameter transfer between elements based on spatial location, and flexible data export/import to Excel with parameter mapping.
Ideal for efficient BIM data management with full control over element parameters.
Mass parameter value changes for selected elements with change preview.
Selecting elements in the model and launching the tool displays a list of all parameters with current values. Ability to mark parameters for change, enter new values, and preview effects before confirmation. The program shows the number of elements that will be modified.
Ideal for quickly updating parameters of many elements simultaneously without risk of errors.
Intelligent transfer of parameter values between elements based on their spatial location.
Selection of source and target elements, then specifying parameters to transfer. The program automatically matches elements based on their 3D position and copies parameter values. Configurable position matching tolerance.
Ideal for transferring data between disciplines or updating parameters after project changes.
Flexible export and import of parameter data to/from Excel files with column mapping.
Export selected parameters to Excel with external editing capability, then import modified data with automatic mapping based on element IDs. Support for various data formats and validation before import.
Ideal for mass data editing in Excel and synchronization with external data sources.
Combine values of multiple parameters into one target parameter using a definable naming pattern.
The tool analyzes selected families and filled region types and builds the target value by joining any number of source parameters (type and instance) with separators and custom text. The pattern is created in a visual editor that allows picking parameters from a list and arranging them in the required order. Family selection can be filtered at three levels: entire model, active view, or current selection. The list of target parameters is automatically narrowed to instance parameters common to all selected types.
Ideal for creating unified element codes and numbering based on parameter values already in the model.
CAD Transfer
A comprehensive set of tools for optimizing data integration from DWG files in the Revit environment.
Precise line geometry transfer with layer and style preservation, and intelligent insertion of Revit families at CAD block locations with automatic type mapping.
Ideal for quick migration of CAD data to BIM while maintaining full geometric precision.
Precise line transfer from DWG underlays to Revit model or detail lines.
Selection of DWG underlay and specifying layers to transfer. The program converts CAD lines to native Revit elements while preserving geometry, layers, and line styles. Ability to map CAD layers to Revit line styles.
Ideal for quickly transferring geometry from CAD underlays without manual redrawing.
Automatic insertion of Revit families at block locations from DWG files.
Analysis of DWG underlay and detection of all blocks with their names and locations. Mapping CAD block names to Revit families and automatic insertion at corresponding points while preserving rotation and scale.
Ideal for migrating projects from CAD to BIM with automatic element placement.
Connections
Automatic connection of MEP elements (pipes, ducts, cable trays) with intelligent fittings.
Selecting two or more MEP elements and launching the tool automatically selects appropriate fittings and creates connections. The program analyzes system types, diameters, and element routes, selecting the optimal connection solution.
Ideal for quickly connecting installations without manually inserting and configuring fittings.
Printer
Advanced documentation export toolset offering professional PDF printing and DWG export.
Full control over quality and format of exported files with automatic sheet format recognition and flexible file naming system.
Ideal for professional documentation export with options unavailable in standard Revit.
Advanced sheet export to PDF with full control over quality, formats, and naming.
Selection of sheets to print, setting the destination folder, and configuring PDF options (raster quality, colors, orientation). The program automatically recognizes sheet formats and allows merging multiple sheets into one file or exporting to separate files. Support for range selection with Shift key.
Ideal for professional PDF export with options unavailable in standard Revit.
Export of views and sheets to DWG files with flexible naming system and version control.
Selection of views or sheets for export, specifying the destination folder, and configuring the file name pattern. The program allows using parameters such as sheet number, view name, project name, or date. Ability to select AutoCAD version for exported DWG files.
Ideal for quick documentation export to DWG format with full control over file names.
Link Scanner
Interactive detection and browsing of elements from linked models within a selected area.
Select a link from the list and draw a rectangular area on a plan view to automatically detect all elements from the linked model within that area. The tool displays a hierarchical tree showing found elements grouped by category, family, and type with occurrence counts. Z-range calibration allows precise control of the search height. Results can be exported to Excel.
Ideal for quick analysis of architectural link contents and generating quantity takeoffs without opening the linked model.
TAG
Automatic tagging of MEP elements on views, available in two modes matched to the drawing density.
The TAG tool combines two functions. Tag elements automatically tags untagged elements in the active view — it tests up to four tag positions for each element and picks the one free from collisions with other tags, symbols, dimensions, or lines, with per-family rules and XML export/import of settings. LeaderTag handles dense clusters of symbols: you mark a cluster with a single rectangle and the tags line up in an even column in a chosen corner, connected by orthogonal leader lines without crossing. Both functions share the same symbol geometry rules from the YPT configurator.
Choose a function from the menu on the left — Tag elements for fast, bulk tagging of whole views, and LeaderTag where symbols are congested and standard tags would overlap.
Automatic MEP element tagging with intelligent collision avoidance.
Select categories and launch the tool to detect untagged elements in the active view and automatically place tags while respecting collision rules. The program tests up to four tag positions for each element, choosing one free from overlap with other tags, symbols, dimensions, or lines. Each family can have an individual rule configured — symbol rectangle, position priority, margin, and categories to avoid. Elements without a solution are added to an unresolved list with quick navigation. All rules can be exported and imported in XML format.
Dedicated tool for automatic element tagging on views. Ideal for quickly tagging hundreds of devices with control over tag position and collision elimination.
Automatic tagging of dense element clusters with leader lines arranged in a chosen corner.
Select a category, element families, and a tag type, then mark a cluster of symbols with a single rectangle and pick a point — the tool determines the corner on its own based on the quadrant relative to the cluster center and lays out the tags in an even column. Leaders are routed orthogonally to the “hot point” of each symbol, with automatic spacing computed from the actual tag height and a symbol→slot assignment that avoids crossing. The tool reads symbol geometry rules (SymbolRect, offset, rotation, mirroring) from the YPT configurator, supports point and linear elements (ducts, trays, pipes, cable trays), and the click can be repeated to shift the whole block of tags before committing the group.
Dedicated tool for legibly annotating congested MEP symbols. Ideal where standard tags overlap — leaders arranged in a single column in a chosen corner tidy up the annotation and keep the drawing readable.
Dimensions
Automatic dimensioning of elements along reference lines with optional dimensioning to walls from architectural links.
Select reference lines (by selection or line style), choose element categories — the tool automatically assigns elements to the nearest lines (radius up to 5000 mm), sorts them along the route, and creates a dimension chain with reference ticks. The 'Dim to Walls' mode enables interactive dimensioning from an element to the nearest wall from a link: click on the element, click towards the wall — dimension done. Undo with an empty click. Supports 21 target categories from links (walls, columns, windows, doors, stairs, and more). Configurable: maximum search distance, dimension line offset.
The fastest way to batch-dimension MEP installations against the structure without placing each dimension manually.
Numbering
Advanced toolset for automatic element numbering offering three specialized functions.
Interactive numbering by clicking, advanced numbering along routes and areas with prefix system, and dedicated tool for network outlet numbering according to design standards. Automatic prefix management, grouping, and numbering restart upon reaching the limit.
Ideal for professional element numbering with full control over format and number assignment order.
Interactive element numbering by clicking - each element instantly receives its number.
Setting numbering parameters (start, step, restart) and clicking the Start button. Then clicking successive elements in the model causes immediate number assignment according to set rules. The program automatically restarts numbering upon reaching the limit and can add prefixes with counters.
The fastest way to number elements in any order without prior selection.
Advanced element numbering along a route or within an area with prefix and group system.
Selection of a route or closed area, marking element types for numbering, and setting parameters. The program sorts elements along the selected path and numbers them with the ability to add prefixes and automatic grouping upon reaching the limit. Support for both single numbers and ranges.
Ideal for universal numbering of any elements with full control over the output format.
Automatic numbering of network outlets along a selected route with intelligent panel management.
Clicking a line in the model automatically finds all connected lines and creates a numbering route. Selection of element types to number, setting the start point and numbering restart. The program considers the number of outlets in each element and automatically moves to the next panel upon reaching the limit.
Ideal for designing structured network systems according to design standards.
Checking
BIM coordination toolkit — clash detection, Navisworks data import/export, marker review, and duplicate identification in the Revit model.
Full coordination loop: import clashes from Navisworks (XML/BCF), systematic review with 3D view generation and status system, export results back to Navisworks, and detect element duplicates by parameters or location. Each tool works as a standalone module, but together they form a cohesive workflow from clash detection through review to decision documentation.
Dedicated package for BIM coordinators for efficient clash management, model cleanliness maintenance, and inter-discipline coordination documentation.
Tool for detecting geometric collisions between Revit model elements and elements in links or within the project.
The tool automatically detects 3D solid intersections with volumetric tolerance configuration, generating clash markers with a full parameter set — element IDs, categories, volume, coordinates, and bounding boxes. Smart filtering skips perpendicular installation passages through walls and collisions near APPROVED markers. Flexible configuration includes source selection by selection or categories, view limitation, multi-link searching, and predefined category sets by discipline. Automatically creates schedules and assigns markers to worksets. Settings exportable in XML.
Dedicated tool for BIM coordinators for model quality control and inter-discipline conflict detection.
Tool for reviewing clashes detected by YPT Collision Detector or imported from Navisworks BCF.
Systematic marker review with instant 3D view generation, automatic Section Box, and zoom to clash point. Three work modes: clashes from Collision Detector, BCF import from Navisworks, and issue verification from XML files. Filtering by status (Pending/Approved), keyboard navigation (Enter, Space, arrows), and automatic session saving for work resumption. APPROVED/ISSUE/RESET status system with issue export to XML including XYZ coordinates for cross-model navigation.
Dedicated tool for BIM coordinators for efficient clash review and decision documentation.
Import clashes from Navisworks Clash Detective (XML) or BCF files into the Revit model as 3D markers with full metadata.
Import filtering by clash status (New/Active/Reviewed/Approved), Workset selection or creation, automatic Schedule generation with filter. Each marker receives a full YPT parameter set: element identifiers, source files, categories, coordinates, distance, comments with history, and author data. Automatic Navisworks-to-BCF status conversion and coordinate transformation accounting for Project Base Point rotation.
Dedicated tool for BIM coordinators for transferring clash detection results to Revit.
Export clash review results from Revit back to Navisworks as an XML file with status updates.
YPT_BCF_Import schedule selection with marker statistics preview (Approved/Resolved/Reviewed/Issue/unchanged). Automatic Revit-to-Navisworks status mapping, optional review comment export, and filtering — changed markers only or all. The XML file contains clash identifiers, new statuses, comments, author data, and review date.
Closing the BIM coordination loop: Navisworks → Revit (import) → review → Navisworks (export).
Detection and management of element duplicates by parameters or location with automatic switching to 2D view.
Selection of family type from the list (with search) and specifying the parameter to check finds all elements with the same values. Leaving the parameter field empty allows searching for elements in the same location (overlapping). Double-clicking a result automatically switches to a 2D view where the element is visible and zooms to it. The program intelligently selects the nearest Floor Plan, Ceiling Plan, or other 2D view.
Ideal for cleaning the model of duplicates and quickly navigating between problematic elements.
Automatic creation and management of MEP spaces with a virtual zone layer for MEP coordination.
Select the architectural links, check which Rooms are missing a Space, and generate the missing spaces with a single click — the program copies the Number and Name from the Room, sets each space's upper limit to the ceiling above it, and places the new spaces on the chosen workset. In addition, the tool builds “Zones”: virtual filled regions generated directly from spaces and stored outside the model, materialized on demand in the active view without bloating the file. Zones can be freely loaded, edited, and saved, and each one carries a Suspended ceiling parameter (Yes/No) for downstream tools. A dedicated SYNC mode compares saved zones with the current spaces and flags the differences — geometry changes in red, a changed Number/Name with strikethrough, and unmatched or manual zones marked for deletion — while AUTO SYNC applies everything in a single step. The program supports name translation via CSV export/import, letting you display original or translated names in the view, while the Comments parameter always keeps the original.
Dedicated tool for validating spaces against the linked architecture and managing MEP zones. Ideal for quickly matching MEP spaces to Rooms and creating clean, reusable zone regions with automatic difference detection and a self-cleaning data store.
Automatic detection of family elements within MEP spaces and transfer of location data into their parameters.
Select families from the active view, specify the target parameters, and run the tool to check which Space each element sits in — the program tests the insertion point against the space outline on the XY plane, with support for openings, and counts families broken down by space. The result is presented in a table with the Name, Number, area, and a list of families (with counts) for each space. The tool works in two modes: Spaces — on model spaces, and Zones — on virtual zones loaded from a file, where it additionally shows a Suspended ceiling column (Yes/No) with “Yes” cells highlighted in green. With a single WRITE click the program writes the space (or zone) Number and Name into the selected family parameters, and EXPORT lets you output the summary externally.
Dedicated tool for assigning elements to MEP spaces and zones. Ideal for quickly populating family parameters with location data and checking what is actually located in each space.
Align Pro
Automatic detection and correction of element positions relative to surfaces from linked models.
The tool analyzes selected families from the active view and checks their position relative to elements from links (ceilings, walls, floors). It detects three states: properly embedded elements, colliding (too deep), and floating (too far from surface). Target embedding depth in millimeters can be defined for each family type. Results are presented in three tabs with options to mark elements for later verification, preview in a dynamically created 3D view, and automatic repositioning to the correct position.
Ideal for coordinating installations with architecture and verifying proper element embedding in reference surfaces.
Place It
Automatic element placement based on locations of elements from active or linked models.
The tool automatically detects all elements from the active view or linked model. It displays a hierarchical tree of found elements grouped by category, family, and type with occurrence counts. For selected source elements, the tool creates new instances of the target family exactly at their locations, skipping duplicates and creating names composed of multiple source family parameters. The verification tab detects location changes, deleted elements, and name discrepancies with automatic update capability.
Ideal for automatic placement of symbols, 3D families at other device locations, and tracking changes to devices important for your project.
FAS - Fire Alarm System
Comprehensive toolkit for Fire Alarm System (FAS) design.
The set contains proven solutions that significantly speed up design documentation work and eliminate repetitive, time-consuming tasks. Thanks to automation of key processes, you can focus on substantive aspects of the project instead of tedious drawing editing.
Dedicated tools for fire system designers. Ideal for automatic device numbering, drawing diagrams, and generating installation element schedules.
Comprehensive toolkit for designing Fire Alarm Systems (FAS).
The tool enables automatic numbering of detectors, manual call points, and other FAS elements in designated areas along a reference line. It generates schematic diagrams in three variants — from simplified to detailed with full connection structure — automatically drawing 2D device symbols and connection lines between them. Flexible configuration allows assigning risers, linking control panels with detection loops, and defining custom element family sets. The tool detects unnumbered elements and enables configuration comparison between project versions. All settings can be exported and imported in XML format.
Dedicated tools for fire alarm system designers. Ideal for numbering FAS elements and generating detection loop installation diagrams.
Automatic wiring between FAS devices with intelligent routing.
Select views, element families, and launch the tool to automatically draw connection lines between devices grouped into detection loops. The program reads the loop number from the FAS parameter and sorts elements in address order, then routes connections in one of two modes — orthogonal or arc. The program supports simultaneous processing of multiple views, automatically creates the FAS Wire line style, and allows hiding and revealing drawn lines on selected views.
Dedicated tool for drawing FAS detection loop wiring. Ideal for quickly generating connection routes between detectors with automatic collision and overlap avoidance.
Automatic generation of FAS device quantity schedules by detection loops.
Selection of fire alarm system elements from a hierarchical tree of categories and families allows precise specification of which detectors and modules should be included in the report. The tool automatically scans the Revit model and groups found elements by detection loop numbers. Results are saved to a formatted Excel file with automatic table formatting.
Ideal tool for quick verification of loop loads without manual counting of devices on drawings.
VAS - Voice Alarm System
Comprehensive toolkit for Voice Alarm System (VAS) design.
The set contains proven solutions that significantly speed up design documentation work and eliminate repetitive, time-consuming tasks. Thanks to automation of key processes, you can focus on substantive aspects of the project instead of tedious drawing editing.
Dedicated tools for evacuation audio system designers. Ideal for automatic device numbering and generating installation element schedules.
Comprehensive toolkit for designing public address and Voice Alarm Systems (VAS/PA).
The tool enables automatic numbering of speakers in designated areas along two independent reference lines (A and B), with support for elements assigned to both lines simultaneously. It generates schematic diagrams in three variants — from simplified to detailed with full connection structure — automatically drawing 2D symbols and calculating total power on each line. Flexible configuration allows assigning risers, linking control panels with speaker lines, and defining custom family sets. The tool detects unnumbered elements and enables configuration comparison between project versions. All settings can be exported and imported in XML format.
Dedicated tools for VAS/PA system designers. Ideal for numbering speakers and generating evacuation audio installation diagrams.
Automatic wiring between VAS (Voice Alarm) devices with an automatic split into A and B lines.
Select views and element families, and the tool automatically draws connection lines between devices grouped into speaker lines. The program reads the line number from the VAS parameter in the [Comments][A|B]/[Number] format (e.g. “SSP1A/3”) and assigns each element to line A or B on its own — an element with two values goes into both loops. Elements are sorted in address order and the route is drawn as a straight point-to-point line. The tool handles multiple views at once and automatically creates the line styles “VAS Wire A” (green) and “VAS Wire B” (red). Drawn lines can be hidden and restored on selected views, and the Insert Into Line function lets you splice devices between two chosen line elements with automatic renumbering.
Dedicated tool for drawing the wiring of Voice Alarm (VAS) speaker lines. Ideal for quickly generating connection routes between loudspeakers, with automatic A/B line assignment read straight from the VAS number.
Automatic generation of VAS device quantity schedules by speaker lines.
Selection of evacuation audio system elements from a hierarchical tree of categories and families allows precise specification of which devices should be included in the report. The tool automatically scans the Revit model, groups found elements by speaker line numbers and assigned VAS zones, and sums power consumption for each line. Results are saved to a formatted Excel file with automatic table formatting.
Ideal tool for quick verification of amplifier loads without manual counting of devices on drawings.
Electrical
Comprehensive toolkit for electrical installation design.
The set contains proven solutions that significantly speed up electrical installation documentation work and eliminate repetitive, time-consuming tasks. Thanks to automation of key processes — from device numbering to circuit diagram generation — you can focus on substantive aspects of the project instead of tedious drawing editing.
Dedicated tools for electrical installation designers. Ideal for automatic luminaire and device numbering, drawing emergency circuit diagrams, and managing switchboard and panel configurations.
Comprehensive toolkit for emergency lighting system design.
The tool enables automatic numbering of emergency luminaires and other system elements in designated areas along a reference line. It generates schematic diagrams of emergency circuits with detailed connection structure — automatically drawing 2D device symbols and connection lines between them. Flexible configuration allows defining power supply panels with assigned levels and distribution boards, managing regions with riser support, and selecting custom element family sets. The program provides configuration summary preview and comparison between project versions. All settings can be exported and imported in XML format.
Dedicated tools for electrical installation designers. Ideal for numbering emergency lighting elements and generating power circuit diagrams.
Automatic circuiting of electrical elements and transfer of parameters between families and circuits, together with generating switchboard schematics in drafting views.
Select the working scope (views, the current selection, or a specific panel), pick categories and families in the tree, and then in the Family & Circuit section transfer values in both directions — from family to circuit or from circuit to family — with a single direction toggle. The Family & Diagram section (active for the Panel scope) reads circuit numbers from the panel families and collapses them into hundreds groups (101, 102, 103 → group 100), and for each group lets you enter a demand factor and a cable type; the group checkboxes are linked between the two lists, so selecting a group in one immediately selects it in the other, and you can enter changes selectively for chosen groups only. The circuiting itself creates circuits from regions or from parameters, with power and current limits, writes the number and panel into the families and the Circuit Name onto the circuit itself — and when the family has no name, the circuit is still created normally. Transfer to the schematic works by picking the first family of a table on the drafting view: the tool finds the following columns to the right on its own (by X position), arranges the circuits in order in groups with a SPARE column at the end of each group, and fills in the number, name (a dash when the elements differ), the summed power (read the same way as in VASDiagram, with unit conversion), the demand factor, and the cable type — under the parameter names from Electrical Settings. If the tables run out, filling stops at the last available one and a message appears indicating which circuit it stopped at. All model modifications are carried out through an ExternalEvent in the correct API context, and the calculated power (PS) is not overwritten — the family computes it itself.
Dedicated tool for fast circuiting and keeping the 3D model consistent with switchboard schematics. Ideal where the same data — number, name, power, demand factor, cable type — must reach circuits and schematic tables from families without manual re-entry, while preserving legibility and control over which circuit groups are updated.
