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Overview of SpatialAnalyzer

Overview of SpatialAnalyzer. Overview of SA. Metrology Architecture Instruments – CAD – Analysis – Traceable! Object Oriented Open Architecture Easy to Use Graphical Environment Visualize  Communicate Common User Interface Interfaces to +50 different instruments

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Overview of SpatialAnalyzer

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  1. Overview of SpatialAnalyzer

  2. Overview of SA • Metrology Architecture • Instruments – CAD – Analysis – Traceable! • Object Oriented Open Architecture • Easy to Use Graphical Environment • Visualize Communicate • Common User Interface • Interfaces to +50 different instruments • Multiple On-Line instruments (simultaneously) • Advanced Analysis Technology • Bundle different instruments and stations • Relationship Optimization • Rigorously - Tested Optimization Engine

  3. Overview of SA • Direct Model Controlled Assembly Automation • Direct CAD Import (CATIA V4 & V5, UG, ProE) • Closed-loop assembly with the design features • Real-Time 6D control of assembly process • ISO Combined Uncertainty and Analysis • Graphics  Visualize 3D Uncertainty Clouds • Combine Measurement Technologies • Programmable Measurement Process Scripting • Integrated Custom Reporting • Collections  Manage Large Scale Jobs

  4. 13:22:06 13:22:06 SA’s Distributed Computing Architecture SpatialAnalyzer Interfaces Instruments TCP/IP Port j NetBEUI Port XX TCP/IP Port 1 TCP/IP Port 2 TCP/IP Port 3 TCP/IP Port m TCP/IP Port k TCP/IP Port n TCP/IP Port X Network Sessions Remote Monitor SA TCP/IP Port m TCP/IP Port o RS-232 ComX TCP/IP Port X

  5. Distributed Computing Architecture • SA is Object Oriented • Encapsulates unique instrument capabilities • Inheritance between interfaces  Common UI • Cooperative Environment between Instruments • Communication Architecture • TCP/IP from SA to Instrument Interfaces • Instrument Interface to Instrument in RS-232, TCP/IP, NetBEUI, etc. • Direct interface to Aux Instrumentation (e.g., Level, Alignment Lasers, Thickness etc.) • Remote Monitoring: TCP/IP from SA0 to SA1, … SAn

  6. Auxiliary Instrumentation Integrated Metrology Technologies • Laser Trackers • Laser Radar – Targetless • Laser Scanners • PCMM’s • Digital Videogrammetry • Optical Triangulation • Local GPS • Theodolite Networks • Auxiliary Instrumentation • e.g., Levels, Alignment Lasers, Thickness, Environmental + more

  7. Classic Optimization Points to Points Points to Surface Relationships + NonLinear Constraints Point to Point Points to Objects Groups to Objects Frame to Frame Object to Object … Etc. ERS Relationships Optimize with SA

  8. Build Direct from CAD Model • Multiple Watch Windows • Watch to CAD Features • Multiple Stations On-line • Synchronized Build Updates • Integrated 3D & 6D Updates • MP Script support for Build

  9. SA  Solutions • Inspection Automation! • Direct to CAD Feature – GD&T • ISO Combined Uncertainty Analysis • Traceable Measurements  all raw data is archived • Building • Direct to CAD Features  Relationship Optimization • Multiple Instruments and Stations • 3D – 6D Real-Time Control • Analysis • Simulation Pre-Planning • Machine Control • Robot and Metrology Integration • Reverse Engineering • Surface Creation

  10. Templates and Measurement Plans • SA Template Files • CAD Model and Setup • Instruments Location and Settings • MP  Script of Measurement Process • Load Template • Start Instrument Interface • Data Collection  Drive Instrument • Auto-Alignment to CAD • Feature Detection  Extraction • Feature Analysis • Generate Report • Save and Archive Inspection

  11. Integrated Reporting • Reporting: Graphics, Tables, Results • OfficeXP Word and Excel docs • Custom Reports with MP • SPC Charting • HTML • AVI Movies • ODBC

  12. SpatialAnalyzer

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