1Overview
Find builds a current inventory of infrADAC assets. infrADAC ACAD and infrADAC BCAD group model-space XData by class, asset type and ADACId. infrADAC DCAD discovers both infrADAC flat attributes and native nested Adac data, returns exact model and element UIDs, identifies the chosen element in red and centres it in the existing Plan viewport without changing the zoom or window layout.
Locating an audit failure, checking duplicates, navigating a large project or handing an exact asset to Edit.
2Search, highlight and frame
Use the result to locate the exact stored object before editing or investigating its context.
Open and scan
Build the current asset tree.
- Run
ADACFind. - Wait for the Asset Count to update.
- Select Refresh after bulk external changes if needed.
Filter the list
Search across multiple identifying fields.
- Enter class, asset type, ADACId or layer text in Search.
- Expand the class and type nodes.
- Choose the leaf matching the intended ADACId.
Open the result
Use the result behaviour provided by the active product.
- infrADAC ACAD and infrADAC BCAD: click a leaf to make the entity the implied selection and highlight it; activate it to zoom.
- infrADAC DCAD: double-click the result to identify the exact point, polyline or closed polygon UID in red and centre it in the current Plan viewport while preserving viewport width, height and 12d window layout.
- Check the surrounding geometry before closing Find or starting another command.
3Find indexing
The results come from current design objects, not profile definitions alone.
| Feature or choice | Current behaviour |
|---|---|
| Search fields | Matches class, asset type, ADACId and layer case-insensitively.One search box covers the common identifiers. |
| Tree grouping | Groups model assets by class then type, with ADACId leaves.Large designs remain scannable. |
| Selection | infrADAC ACAD and infrADAC BCAD set the implied selection and use transient highlighting; infrADAC DCAD identifies the exact native point or complete string element by model and UID and redraws that element in red.The result is not inferred from a name, centroid marker or display order. |
| Viewport | DWG products use entity extents or a fallback point/window. infrADAC DCAD reads the existing Plan viewport, moves its centre to the selected element and retains the current width and height.infrADAC DCAD does not restore, maximise or fit a 12d view when a result is opened. |
4Before you begin
- Open the drawing or 12d project containing the assets.
- Know any part of the class, type, ADACId or layer value.
- Clear unrelated CAD selections if they make the target hard to see.
5Product differences
Scans AutoCAD model space and selects ObjectIds.
Scans BricsCAD model space through the equivalent entity APIs.
ADACFind builds a project-wide inventory of infrADAC flat, native nested Adac and hybrid elements. Double-clicking a result redraws the exact point, polyline or polygon model/element UID in red and centres it in the existing Plan viewport without changing zoom or the 12d window layout.
6Troubleshooting
Asset Count is zero
Confirm the active design contains infrADAC identity data and the correct project is open. Use ADACEdit to inspect a known object; infrADAC ACAD and infrADAC BCAD can also use ADACXData.
Search finds the wrong duplicate
Expand the class/type group and compare ADACId and layer. Run audit or Clean to repair duplicate identities.
A infrADAC DCAD string centres but does not turn red
Refresh Find after external geometry changes and activate the exact asset leaf again. Find should redraw the complete selected polyline or polygon UID, not create a temporary point at its centre.
The result is highlighted but not centred
Keep a Plan view available and refresh after geometry changes. infrADAC DCAD deliberately preserves the current zoom; use native 12d zoom controls when a tighter view is required.