Adding New Volumes to G 4 geometry Baseline
Adding New Volumes to G 4 geometry Baseline Alexander Sharmazanashvili, GCCEC
Requirements for Adding New Volumes � Development of G 4 geometry Baseline is multidirectional activity � Requirements for Adding: � Missing parts in G 4 � Detectors updates � CATIA � We tolls should be used for this activity know CATIA well � We now how to integrate in CATIA both “as built” geometry and G 4 � We can use power of this tool itself
Models Anatomy � “As-built” geometry and G 4 using different sources Smar. Tea m ST � ST As-Built Blue Print G 4 / XML models in many of cases describing just outer envelops � ST models don’t have descriptions of materials
ST Outer Envelops ST Model Reproduced Model in CATIA Using Manufacturing Drawings for Reproduction
ST vs G 4 Comparison and Reproduction ST Model ST G 4 Volume CATIA Comparison Identification of Missing Parts Models Reproduction in CATIA XML
Simplification and XML coding Detailed Simplified Volume: ~4418 cm 3 Volume: ~4485 cm 3 CATIA Simplification XML Coding
Loop for XML Overlaps Checking XML ATHENA VP 1 . iv CATIA Crosscheck Simplified Model . WRL
New Volumes Adding Life Cycle ST Model G 4 Volume XML ST CATIA Comparison Identification of Missing Parts Models Reproduction in CATIA Simplification in CATIA Crosscheck Nok Ok Update G 4 with new XML Coding ATHENA VP 1
Consideration Services and Supports � For the moment detector components are well described in G 4
Consideration of Supports � Feets and Rails
Consideration of Supports � Access Structures
Consideration of Services � Barrel Services
Consideration of Services � Racks, Cable Trays
Consideration of Services � Extended Calorimeter Services
Consideration of Services � Gas Services
Consideration of Services � Services of Muon Spectrometer
Consideration of Services � Cooling
- Slides: 17