AVEVA Everything3D

Route piping by selecting from project-approved specifications (pipe class, schedule, material). E3D auto-populates fittings, valves, and gaskets from the spec catalog at each connection point. Run 'Spec Check' after routing to flag any out-of-spec substitutions. Update specs centrally—affected routes highlight automatically.

Import laser scan data (.rcp/.pts) as navigable point clouds for brownfield modeling. Align scans to E3D coordinates using survey targets. Use 'Snap to Cloud' for accurate placement of new equipment against existing structures. Hide cloud regions selectively to reduce display overhead in dense plants.

Generate Bubble Views (spherical panoramas) from strategic plant locations for operator training and field verification. Link bubble viewpoints to the 3D model for quick navigation. Export as standalone HTML packages for stakeholders without E3D access. Update views after model changes for current-state documentation.

Run clash detection between disciplines (structural vs MEP, architecture vs structure). Set tolerance thresholds per clash type—5mm for hard clashes, 50mm for clearance issues. Use clash groupings to batch related issues. Export BCF reports for coordination meetings with external teams.

Run clash detection between all disciplines (piping, structural, electrical, HVAC). Define clearance rules per pair: 150mm pipe-to-steel, 300mm for maintenance access. Assign clash owners and track resolution status. Re-run incrementally after fixes—use 'New Clashes Only' filter to focus on unresolved issues.

Create 2D deliverables (GA drawings, sections, details) from the 3D model using Draft Workbench. Define drawing templates with standard borders and annotation styles. Views update automatically when the model changes—use 'Drawing Status' to track which sheets need re-issuing after design revisions.

Write PML (Programmable Macro Language) scripts for custom commands, data queries, and automation. Use PML2 object-oriented syntax for complex tools. Access database attributes via dot notation (e.g., !bore, !spref). Store .pmlcmd files in the shared PMLLIB path for team-wide availability.

Define project catalogs (geometry + connection data) and specifications (allowable components per fluid class) in the Paragon database. Use the Catalog Editor GUI for bulk operations. Version-control spec changes and notify designers of updates. Test new catalog entries in a sandbox project before production rollout.

Model structural steel using profile sections (I-beams, channels, angles) from standard catalogs (AISC, Eurocode). Define joints automatically at member intersections. Use the Fitting tool for copes, notches, and end preparations. Generate material lists with cut lengths and mark numbers for fabrication.

Use the Marine module for hull structure, outfitting, and compartment layout. Define hull form from lines plans or import from NAPA/Maxsurf. Route pipes and cable trays with marine-specific clearance rules accounting for ship motion. Track weight and center of gravity per zone for stability analysis.

Route cables by defining from/to equipment connections and selecting cable types from the catalog. E3D finds optimal routes through designated cable tray segments. Check fill ratios (max 40% for power, 50% for control) and bend radii. Generate cable pull schedules with route lengths and drum assignments.

Design HVAC ductwork by selecting duct profiles (rectangular, circular, oval) and routing through designated service corridors. Auto-insert fittings (elbows, tees, reducers) per routing spec. Run pressure drop calculations using integrated sizing tools. Coordinate with structural openings via clash detection.

Define connection joints (bolted, welded) between steel members using standard detail libraries. Specify plate geometry (gussets, stiffeners, base plates) with hole patterns from the connections catalog. Generate workshop drawings with weld symbols and bolt callouts. Export to CNC for automated plate cutting.

E3D supports multi-user concurrent access via database claims. Claim elements before editing to prevent conflicts. Use the 'Claimed By' query to see who owns which areas. Release claims promptly after completing edits. Database administrators can force-release stale claims during coordination meetings.

Generate piping isometrics automatically from the 3D model using the Isodraft module. Configure isometric style (long-form, short-form) and BOM format per project. Include weld numbers, spool breaks, and erection sequence data. Regenerate after model changes—track revision clouds on updated isometrics.