Theorem CADverter for STEP AP242 Steve Bee Product Manager www.theorem.com AFNeT Standardization Day 2016 - Paris

AFNeT Standardization Day 2016 - Paris Product presentation Company Products Capability AFNeT Standardization Day 2016 - Paris

AFNeT Standardization Day 2016 - Paris Theorem Solutions Theorem Solutions is a world leader in the field of Engineering Data Services and Solutions. This leadership position stems from the quality of our technology and the people in the company. Quality comes not only from the skills and commitment of our staff, but also from the vigorous industrial use of our technology & services by world leading customers. We are proud that the vast majority of the world's leading Automotive, Aerospace, Defense, Power Generation and Transportation companies and their Supply chains use our products and services daily. Working closely with our customers, to both fully understand their requirements and feed their input into our development processes has significantly contributed to our technology and industry knowledge. Theorem Solutions is an independent UK headquartered company incorporated in 1990, with sales and support offices in the UK and USA. We were originally involved in the AeroSTEP project for the 777 allowing Boeing and Engine Suppliers to support Digital Pre-assembly. We are members of PDES and have participated in activities run by both CAX-IF and ProStep AFNeT Standardization Day 2016 - Paris March 23, 2016

AFNeT Standardization Day 2016 - Paris Aerospace Customers AFNeT Standardization Day 2016 - Paris March 23, 2016

AFNeT Standardization Day 2016 - Paris Theorem Products There are 5 core Theorem brands which consist of: CADverter Direct translation of 3D data to or from an alternate CAD, Visualization or Standards Based format Multi-CAD Interactive integration of non-native 3D data formats into the native CAD system Visualize 3D Direct translation of 3D data for the purpose of Visualization and DMU. Publish 3D The creation and publication of documents enriched with 3D content Process Automation Applications to automate any Data Exchange and collaboration processes AFNeT Standardization Day 2016 - Paris March 23, 2016

AFNeT Standardization Day 2016 - Paris STEP Legacy Products A number of our STEP based products are now considered to be “Legacy Products” Not targeted for migration to new technology (new STEP AP242 development) On-going maintenance & support is available for current level of functionality No planned enhancements, including changes to Recommended Practices, without specific customer funding Legacy Products CADDS <> STEP AP203 & AP214 CADDS to STEP AP210 CATIA V4 <> STEP AP203 & AP214 CATIA V4 to STEP AP209 IDEAS MS <> STEP AP203 & AP214 STEP to Rolls-Royce SC03 AFNeT Standardization Day 2016 - Paris March 23, 2016

AFNeT Standardization Day 2016 - Paris NX  STEP Main Features User selectable AP203, AP214 or AP242 format input/output Supports BREP & Tessellated geometry with Rendered & Semantic PMI with integrated Validation Properties Theorem Unified Interface with integrated viewer Supports NX 8.5, NX 9.0 & NX 10.0 AFNeT Standardization Day 2016 - Paris March 23, 2016

AFNeT Standardization Day 2016 - Paris JT  STEP Main Features User selectable AP203, AP214 or AP242 format input/output Supports BREP & Tessellated geometry with Rendered & Semantic PMI with integrated Validation Properties Theorem Unified Interface with integrated viewer Supports JT up to 10.1 including ISO ed1 (JT 9.5 format) AFNeT Standardization Day 2016 - Paris March 23, 2016

AFNeT Standardization Day 2016 - Paris STEP AP242 BOM + JT Main Features STEP AP242 BOM XML assembly structure + subordinate JT files Reformats JT assembly structure to/from STEP AP242 BOM XML Integrated with CATIA V5 – JT CADverter to pre/post process JT assembly structure Supports JT up to 10.1 including ISO ed1 (JT 9.5 format) JT Assembly JT External Ref Files STEP BOM XML Assembly AFNeT Standardization Day 2016 - Paris March 23, 2016

Summary CAD Functionality list (1/2) for Cadverter STEP AP242  implemented  partially In progress  not implemented Type of information Implemented Roadmap CAD assembly structure (one file referencing 3D geometry files) implemented Q4/2015 CAD assembly structure (Nested assemblies ref. 3D geometry files not implemented   Assembly with associated geometry to the assembly nodes 3D exact geometry Basic 3D tessellated geometry Advanced 3D tessellated geometry with curved triangles (AP242 Ed2 CD*) 3D scan data (AP242 Ed2 CD*) Additive manufacturing part and build information (AP242 Ed2 DIS*) Part level: 3D PMI graphic presentation (A: polyline, B: Tessellated) Part level: 3D PMI semantic representation Part level: 3D PMI semantic representation assoc. with graphic presentation Assembly with 3D PMI graphic presentation material properties Composite design based on implicit surface Composite design based on 3D tessellated geometry  Q4/2015 Multi representation of alternative shapes Kinematic Machining form feature 3D parametric model Construction History Electrical Wire Harness (AP242 e2 CD*) If in progress provide roadmap date AFNeT Standardization Days 2016 - Paris March 23, 2016

Summary CAD Functionaliy list (2/2) for Cadverter STEP AP242  implemented  partially In progress  not implemented STEP Implementation formats Status BO model XML implemented ISO 10303-21 Compressed file Additionnal functionnalities Geometric Validation Properties Annotation Validation Properties Assembly Validation Properties Saved view Validation Properties User defined attributes Validation Properties Color Styling Invisibility not implemented Detailled conversion report AFNeT Standardization Days 2016 - Paris March 23, 2016