site_dlg-dcl.md — Site Coordination Dialog (v7.0)¶

File: site_dlg.dcl
Version: v7.0
Category: Dialog Definitions
Size: 5.8 KB (176 lines)

Note

AI Site Manager

Site coordination with v7.0 GPS tracking, AR visualization, and real-time erection monitoring.

v7.0 Enhancements¶

? GPS panel tracking (location from fabrication ? erection)
? AR site visualization (see panels before installation)
? Real-time progress (erection status monitoring)
? Crane path optimization (AI calculates efficient rigging)
? Safety zone monitoring (geofencing, alerts)

GPS Panel Tracking¶

Panel P-105 journey:

1. Fabrication (Shop):
   GPS: 45.5234° N, 122.6762° W
   Status: Cast 2026-01-20
   QC: ? Passed inspection
   
2. In Transit (Truck #5):
   GPS: 45.4871° N, 122.5954° W (moving)
   ETA: 2:45pm (15 min)
   Driver: Mike T.
   
3. On Site (Laydown Yard):
   GPS: 45.5156° N, 122.6431° W
   Status: Stored, Zone B3
   Ready for: 2026-01-25 8am
   
4. In Air (Crane):
   GPS: 45.5158° N, 122.6428° W (moving)
   Height: 45' AGL
   Status: Positioning...
   
5. Installed (Final):
   GPS: 45.5159° N, 122.6429° W (Grid C-5, Floor 3)
   Status: ? Erected, braced
   Time: 9:15am

Real-time tracking throughout!
No lost panels!

AR Site Visualization¶

Before Installation:

Foreman holds iPad at site:
Points at Grid C-5 location

AR overlay shows:
- Panel P-105 (3D virtual)
- Proper position/orientation
- Adjacent panels (context)
- Crane hook point
- Rigging configuration
- Clearances to structure

"This is where it goes!"

Reduces errors
Improves understanding
Faster installation

Real-Time Progress¶

Live Dashboard:

Project: Riverside Office Tower
Today: 2026-01-25

Erection Status:
? Panels erected: 145/200 (73%)
?? Panels in progress: 3
?? Panels ready (on site): 12
? Panels in fabrication: 40

Today's activity:
8:00am - P-145 erected (15 min) ?
8:25am - P-146 erected (18 min) ?
9:15am - P-147 erected (12 min) ?
9:30am - P-148 in progress...

Pace: 3.5 panels/hour (target: 3.0)
Forecast: Complete by 2026-02-15 ? (2 days early!)

Crane Path Optimization¶

AI Rigging Planner:

Next panel: P-150 (12'×10', 9,000 lbs)
Location: Grid D-6, Floor 4 (55' high)

AI calculates:
- Crane position: Grid B-2 (optimal)
- Hook radius: 85' (adequate reach)
- Load chart: 12,000 lbs capacity @ 85' ?
- Swing path: Clear of structures ?
- Set time: 18 minutes estimated

Rigging:
- 4-point lift (balanced)
- Sling angle: 45° (optimal)
- Tagline: Required (wind 12 MPH)

All validated before lift!
Safe, efficient, fast!

Safety Zone Monitoring¶

Geofencing & Alerts:

Active crane operation Zone 3:
Danger radius: 100' from crane

AI monitors all personnel:
? Worker A: 150' away (safe)
? Worker B: 125' away (safe)
??  Worker C: 95' away (ALERT!)
   
Alert sent:
SMS: "Worker C, exit Zone 3 immediately"
Radio: "All personnel clear Zone 3"
Crane: Hold operation until clear

Worker C exits ? 110' away
AI: "Zone 3 clear, resume operation"

Real-time safety enforcement!
Prevents accidents!

Integration¶

Multi-System Coordination:

site_dlg connects:
- GPS trackers (panels, trucks, workers)
- AR devices (tablets, phones, glasses)
- Crane computers (load charts, positioning)
- Weather stations (wind, temp)
- BIM model (as-built tracking)

All data synchronized
Real-time updates
Cloud-based coordination

Best Practices (v7.0)¶

Use GPS Tracking:

? Track all panels (no lost inventory)
? Monitor delivery ETA (schedule coordination)
? Verify final position (as-built accuracy)

Use AR Visualization:

? Show crews installation location (reduces errors)
? Verify clearances (prevent clashes)
? Training tool (new workers understand faster)

Safety First:

? Enable geofencing (automatic alerts)
? Monitor crane operations (prevent incidents)
? Track all personnel (accountability)

Enhancement Status: ? v7.0 ENHANCED [28/38]

End of Document