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Production floor · drawing review

NEP Production

8 casting beds · Bldg B
Beds 1–2: 4,399 in · Beds 3–8: 3,762 in · 14 ft max panel width

Ready for offline use · projects stay on this device

BUILDING B · LOCAL PROTOTYPE — Plant plan matches your layout: Bed 1 at the top, department strip on the right.Local dates, runs & chat · export project for backup

Start with your run drawings

Drop all your run PDFs here

Read panel schedules, build rough 3D models, and place each run on a bed. Files stay on this computer.

Illustrative demo loaded. Upload your run PDFs, or open an exported project to continue existing work.

Upload destination

Readable panel dimensions are placed at this destination as a review preview. Missing dimensions or insufficient space keep the run in the library.

Production floor

1 run · 2 panels · full-size geometry

Production date

Production date

Production date

Production date

Production date

Production date

Production date

Production date

Production dates and bed conversations are saved locally in this prototype, not shared with staff. Run labels are editable in the Run library.

Departments Date / run #

Connected anchorInsulationEdge blockout

Red fixed rails face each other: Beds 1–2 · 3–4 · 5–6 · 7–8. Plant plan: Bed 1 at top; odd beds start at the left, even beds at the right. This is a camera change only; panel model coordinates and marks are unchanged.

Fixed steel rail · paired faces1 → 6Direction guides, not panel IDsRoom sizes & aisle spacing are schematic

76.5 ft occupied / 366.6 ft · 290.1 ft remaining · direction 6 ← 1 · run starts right · red rail faces Bed 2.

Tilt from bed0°

Panel layers Strand paths Transparent panel Weight / centroid

Kinematic preview · contact, bending, anchor capacity and strand stresses are not calculated.

Run / source PDF	Panels	Run length incl. gaps	Drawing review	Place on bed
EXAMPLE Illustrative demo — no production PDF	2 No PDF	76.5 ft Gaps editable per panel	0 / 2 CHECKED

Saved in this browser · export a project to share or back upIllustrative aisle spacing · full-size panel and bed geometry

Drawing geometry · editable

Illustrative demo geometry. Upload a production drawing for actual panel information. Coordinates below are from the lower-left corner of the panel form view, before bed rotation. Voids are through all three layers in this rough model.

Length (ft)Width (ft)Total thickness (in)Drawing weight (lb)

Envelope dimensions are read from dimension text. Openings are scaled from vector linework and need review. Changing size does not recalculate drawing weight, reinforcement or anchor positions.

Layers: 3.5″ concrete + 3″ insulation + 3.5″ concrete. Connections between concrete layers are not modeled.

Openings and edge blockouts

All values in feet. A void touching an outer edge creates a blockout or a small remaining leg.

Void	X	Y	Length	Width
1

NEP PRODUCTION / ENGINEERING

3D Model · Model Builder

Architectural + structural → coordinated model → erection → production

Local working demo · PDF text extraction and manually verified rectangular panels. Exports and sheets are draft geometry only; openings, embeds, reinforcement and engineering checks are not modeled.

Build the coordinated 3D model before production.

Upload architectural and structural drawings, extract model information, resolve conflicts, approve model-ready data, generate the 3D model, then use that same approved source for erection drawings and production tickets.

01 / DRAWINGSArch + Structural

02 / EXTRACTRead model data

03 / CHECKResolve conflicts

04 / MODELGenerate 3D

05 / ERECTIONCreate drawing set

06 / PRODUCTIONTickets + checker

0Drawing sets loaded

0Extracted records

0Open conflicts

0%Model ready

Drawing intelligence

Sheets, revisions, grids, levels, walls, openings, columns, beams, slabs and major dimensions.

3D model source

Resolve source questions, then manually transfer verified dimensions to the panel table. Automatic geometry extraction is not connected.

One source downstream

Erection drawings and production tickets are generated from the same approved model data.

Drawing intake

Load the current architectural and structural sets for the same project.

Architectural drawing set

Plans, elevations, sections, openings, finishes, wall types and revisions.

No architectural file selected.

Structural drawing set

Grids, levels, columns, beams, slabs, framing, foundations and notes.

No structural file selected.

Prototype note: the saved page can demonstrate the workflow. Production-grade scanned drawing recognition will need the extraction/OCR/vision backend connected later.

Data extraction

Review the values found in the drawing set before they can be used for modeling.

Grids + levels

No extracted records yet.

Geometry

Walls, openings, columns, beams and slabs will be stored as structured model elements.

Revisions

Sheet and revision references stay attached to each extracted value for traceability.

Discipline	Category	Item	Extracted value	Confidence	Correct / approved

Architectural ↔ Structural cross-check

Every disagreement is visible before the value can become model geometry.

Item	Architectural	Structural	Status	Approved model value	Action

Model-ready data

This is the verified source that should feed the geometry engine.

No model data loaded.

Panel geometry · metres

Enter verified dimensions and positions. This draft supports solid rectangular panels only.

Open builder project

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Generate 3D

Build a rectangular draft from manually entered panel dimensions and reviewed source evidence.

Waiting for approved model data.

3D review

Review the generated building before erection or production documents are released.

Geometry review

Check grids, levels, walls, openings, columns and beams against the source drawings.

Element status

Panel colors identify separate solids. Source approval is tracked in Cross-check & approval.

Revision impact

Future revisions can identify which model elements and downstream documents need regeneration.

Drag the model to orbit; scroll to zoom. Use the view controls on Generate 3D.

I reviewed the generated model against the current drawing set.

Model exports

Different formats serve the web viewer, CAD and BIM workflows.

GLB / glTF

Fast website and browser visualization.

STEP

Accurate CAD geometry for SolidWorks and related workflows.

IFC

BIM exchange with Revit, Tekla and other IFC-compatible tools.

GLB uses metres; STEP uses millimetres. IFC is not yet connected. Draft exchange files require validation in your receiving CAD/BIM application.

Erection drawing generator

Generate erection plans and elevations from the approved model instead of redrawing them independently.

Plans

Panel marks, grids, locations, dimensions and sequencing.

Elevations

Panel joints, marks, openings, levels and callouts.

Schedules

Panel quantities, weights, references and revision status.

No erection set generated in this prototype.

Production ticket generator

Use each approved model object as the source for its production ticket.

Panel geometry

Mark, dimensions, thickness, openings, volume and weight.

Production information

Embeds, finishes, connection data, reinforcement and lifting information when approved.

Revision control

Regenerate only tickets affected by a model change.

No tickets generated.

Production ticket checker

Compare the finished ticket back to the approved model source before release to production.

Panel	Check	Model	Ticket	Result

Import independent ticket JSON

Generate or import tickets to compare actual values.

NEP training memory

Verified corrections become reusable training examples. Project-specific data remains linked to its original project and drawing references.

1Prototype projects

0Verified examples

0Corrections

—Current sample accuracy

Project memory Verified training memory Revision history

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