Revit Bi-Directional Integration

Roovie supports a two-way workflow with Revit-based projects.

On the way in, Roovie can take Revit-authored building data and turn it into a clean, simulation-ready building model for analysis, planning, and design operations. On the way out, Roovie can package a Roovie building back into a Revit-ready exchange bundle so teams can continue coordination and modeling work in their BIM environment.

This is not just an import/export feature. It is a structured translation layer between two different ways of thinking about buildings:

• Revit and open-BIM exchange formats are optimized for authoring, documentation, and coordination.
• Roovie is optimized for normalized building geometry, spaces, envelope logic, and downstream performance workflows.

Roovie sits between those worlds and makes the handoff usable in both directions.

In One Line

Revit to Roovie: Revit-authored building data becomes a validated, simulation-ready Roovie building.

Roovie to Revit: Any Roovie building can be turned into a Revit-ready rebuild package built on open standards.

How The Workflow Works

Revit-authored model
  → IFC + gbXML package
  → Roovie normalization and validation
  → Roovie building model
  → Roovie edits, simulation, analysis, and design work
  → IFC + gbXML + manifest export package
  → Revit-side rebuild / coordination workflow

What Happens On Import

Roovie ingests Revit-authored exchange data and reconstructs a usable building model from it.

The inbound package is centered on two open formats:

• IFC carries geometric and BIM-style object structure.
• gbXML carries analytical building information such as spaces, surfaces, openings, and storeys.

Roovie uses those files together because they each carry different parts of the building story. Geometry alone is not enough for analysis, and analytical surfaces alone are not enough for a robust building model. Combining the two produces a more reliable result.

When available, the original RVT can also be retained as a source reference, but the structured exchange itself is centered on IFC and gbXML.

During import, Roovie:

• identifies building storeys and spaces
• reconstructs zone geometry from analytical surfaces
• maps walls, floors, roofs, ceilings, windows, and doors
• resolves adjacency between interior spaces
• removes duplicate or conflicting surfaces
• normalizes dimensions, areas, and volumes into a consistent metric model
• preserves source identifiers where possible for traceability back to the original model
• generates warnings and validation summaries when source geometry needs cleanup

The result is a Roovie building that is ready for envelope editing, space-level workflows, analysis, and further model refinement.

What Happens Inside Roovie

Once the model is in Roovie, the building is no longer treated as a raw file import. It becomes a structured building model that can be edited and used operationally.

That means Roovie can work with:

• floor-by-floor space layout
• envelope surfaces and assemblies
• openings such as windows and doors
• material and construction metadata
• building-level context needed for performance workflows

This is what makes the reverse path valuable. Roovie is not simply storing a file; it is turning the imported building into a usable digital building representation.

What Happens On Export Back To Revit

Roovie can also take a building and send it back out as a Revit-ready package.

The outbound package contains:

• IFC for building geometry and BIM-style object definitions
• gbXML for spaces, analytical surfaces, and hosted openings
• JSON manifest for traceability, metadata, warnings, and source references

This export is designed as a fresh rebuild workflow rather than a claim of native .rvt regeneration.

That distinction matters:

• Roovie does not currently generate a native Revit authoring file.
• Roovie does generate the information needed to rebuild an editable BIM-style model in a Revit workflow using open standards.

For many real project teams, this is the correct outcome. It provides a structured, transparent, standards-based path back into BIM without locking the workflow to a proprietary file transform.

Why The Reverse Direction Is Valuable

Most "import from BIM" features are one-way. Once the data leaves the authoring tool, the round trip is broken.

Roovie changes that by making the return trip practical.

This allows teams to:

• start with a Revit-authored building
• bring it into Roovie for analysis and design operations
• make building-level improvements inside Roovie
• return the updated building to a Revit-centric workflow for further coordination

That closes the loop between analysis and authoring.

What Is Preserved In The Reverse Export

Today, the strongest part of the reverse workflow is the envelope + spaces layer of the building.

That includes:

• building storeys
• space and zone boundaries
• walls, floors, roofs, and ceilings
• interior and exterior surface relationships
• window and door openings
• assembly and material references
• source and traceability metadata

Roovie also resolves relationships that matter when going back to BIM.

Examples include:

• pairing interior surfaces between adjacent spaces so the export is spatially coherent
• hosting standalone window and door geometry back onto wall surfaces for gbXML openings
• using stable identifiers where possible so the exported package is easier to inspect and reconcile

What Bi-Directional Means In Practice

Bi-directional does not mean "perfectly lossless recreation of the exact original Revit file."

Bi-directional means:

• Roovie can consume Revit-authored exchange data and produce a usable Roovie building.
• Roovie can produce a Revit-ready exchange package from that building.
• The same project can move in both directions without being trapped in a one-way pipeline.

For customers, that is the operational definition that matters.

Current Scope

Today, the clearest description of the live scope is:

• Inbound from Revit: Revit-derived IFC and gbXML can be turned into a normalized Roovie building.
• Outbound to Revit: Any Roovie building can be exported as an IFC + gbXML + manifest package.
• Best fidelity today: envelope geometry, spaces, openings, storeys, and construction metadata.
• Return style: fresh rebuild into a Revit workflow, not native RVT regeneration.

Technical Positioning

Roovie's Revit integration is built on open standards for a reason.

• IFC is used to carry model geometry and BIM object structure.
• gbXML is used to carry analytical building semantics such as spaces, surfaces, and openings.
• Roovie's internal model acts as the normalized layer that reconciles those formats and makes them useful for performance and design operations.

This architecture delivers three advantages:

• it is easier to validate than a black-box file transform
• it reduces vendor lock-in by relying on industry exchange formats
• it creates a more stable bridge between authoring workflows and analysis workflows

Bottom Line

Roovie's Revit integration is bi-directional at the workflow level.

It brings Revit-authored buildings into Roovie in a structured, validated way, and it gives teams a credible path back out to Revit using IFC and gbXML. That makes Roovie more than a downstream analysis destination. It makes Roovie part of an active building-design loop between BIM authoring and performance-driven decision making.