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AutoBRIDGE — Setout Points & Coordinate Extraction · Workflow
AutoBRIDGE · Extraction & Documentation

Setout Points & Coordinate Extraction

Embed coordinate markers into bridge corridor sections and export survey-ready data as a CSV or Revit Schedule — without any manual point picking.

AutoBRIDGE Corridor Tools Setout Points
Phase 1 — Location Family Phase 2 — Nested Integration Phase 3 — Corridor Generation Phase 4 — Extraction

What is Setout Point Extraction?

The Setout Points workflow embeds named coordinate markers directly into the nested corridor family. Once the corridor is generated, AutoBRIDGE reads the world coordinates of every marker at every station automatically — no manual point picking or schedule setup required.

The output can be exported as a CSV file for site engineers or added to a Revit Schedule for issue with construction drawings.

📍

Named Points

Each marker type (e.g. Left Edge, Right Edge) is a named family type — consistently identified across all stations.

🔄

Automatic Extraction

AutoBRIDGE identifies all shared location families across the entire corridor in one operation.

📄

CSV Export

Export all coordinates to a survey-ready CSV file, formatted for direct site use.

📋

Revit Schedule

Optionally push coordinates into a Revit Schedule for inclusion in construction documentation.

Key requirement: The Location Family used in this workflow must be set to Shared so Revit can schedule its instances independently from the host corridor family.

The Location Family

The location family is a lightweight Generic Model Adaptive family that acts as a coordinate tracker. It has a simple identifying shape and must be marked as Shared so its instances can be scheduled independently inside the corridor.

01

Create a Generic Model Adaptive Family

In Revit, go to File → New → Family and choose the Generic Model Adaptive template. This will be the location tracker family.

New Generic Model Adaptive family
Create a new Generic Model Adaptive family as the location tracker
02

Add an Identifying Shape

Create a simple circle or small marker shape at the adaptive point origin. This makes the point visually identifiable when loaded into the main nested family and viewed in plan or 3D.

Identifier shape for point location
A simple circle shape makes the marker easy to identify in the nested family section
03

Enable the Shared Property

Go to Family Category and Parameters and check the Shared checkbox. This is essential — without it the family instances cannot be scheduled or extracted independently by AutoBRIDGE.

Enabling Shared parameter
Family Category and Parameters — Shared checkbox must be enabled
Tip — Use the built-in template: You can skip family creation entirely by copying the ready-made location family from the AutoBRIDGE template folder:
..\\Documents\AutoBRIDGE\Modeler\20XX\nested_family_template\

Nested Family Integration

Load the location family into your corridor nested family and configure a named type for each setout point position on the cross-section. Each named type becomes an independently extractable coordinate in the output.

04

Prepare the Nested Corridor Family

Open your corridor nested family or start from the AutoBRIDGE template. Load the Location Family into it using Insert → Load Family.

Template path:
..\\Documents\AutoBRIDGE\Modeler\20XX\nested_family_template\
For full nested family creation details, see the Custom Nested Family Workflow →
Loading location family into nested corridor family
Load the location family into the nested corridor family
05

Duplicate Types for Each Point Name

In the Type Properties of the location family, duplicate the type for each named setout point you need. Common examples:

  • Right_Edge
  • Left_Edge
  • Top_Center
  • Bottom_Center

Each type name will appear as a distinct row in the exported coordinate table.

Naming point types
Duplicate types for each named setout point on the cross-section
06

Place Each Point on the Section Geometry

Place each named location family type at its exact position on the nested family cross-section. Snap to geometry endpoints or use reference planes to ensure precision. Save the nested family with a new unique name.

Positioning setout points on the section
Each named point placed at its exact position on the cross-section geometry
07

Register in AutoBRIDGE Family Manager

Open AutoBRIDGE → Family Manager and add your updated nested family to the active template. This makes it available for corridor creation.

Registering the family in AutoBRIDGE
Add the nested family to the AutoBRIDGE Family Manager template

Corridor Generation

With the nested family containing the named setout points registered, generate the corridor using any AutoBRIDGE corridor creation method. The location markers are embedded automatically at every station.

08

Run Corridor Creation

Open AutoBRIDGE and use any corridor creation method — Civil 3D, 3D Polyline, or 3D Mass — selecting the nested family that contains your setout point types.

🏗️

See the full step-by-step guide: Corridor Creation Workflow →

Running corridor creation
Corridor creation using the nested family with embedded setout points
09

Corridor Generated Successfully

The corridor is created with all named setout point markers embedded at every section station. Each marker inherits the exact world coordinates of its position on the cross-section at that chainage.

Corridor with embedded setout markers
Completed corridor with location markers visible at all stations

Extraction & Documentation

With the corridor generated, use the AutoBRIDGE Coordinates tool to extract all point positions across all stations in a single operation, then export in the format needed for site or documentation use.

10

Open the Coordinates Tool

Go to AutoBRIDGE → Coordinates and select your corridor. The tool automatically scans all shared location family instances across the entire corridor and groups them by point name and station.

AutoBRIDGE Coordinates tool interface
AutoBRIDGE Coordinates tool — all setout points identified automatically
11

Export or Schedule

Choose your output format:

  • CSV Export — generates a survey-ready file with point name, station, X, Y, Z for every instance across the corridor. Ready for site engineers and total station setout.
  • Revit Schedule — pushes the coordinates into a Revit schedule for inclusion in construction documentation sets.
Final setout data export options
Export to CSV for site use or add to a Revit Schedule for documentation
Tip: Use descriptive type names like Deck_Left_Edge and Deck_Right_Edge rather than generic names. These names appear verbatim in the exported CSV and Revit schedule, making site reading much easier.
AutoBRIDGE — Setout Points & Coordinate Extraction — Workflow Guide
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