3D Automation Charles Evans

Transcription

1 3D Automation Charles Evans August 2008 Hilton Opera Hotel Hanoi, Vietnam

2 The value of Automation Value Knowledge Based Engineering Workflow Automation Automated deliverables Design Automation Specification- & Rules Based Design System Architecture Capabilities We didn t undertake a 10yr, $150M project just to have a slicker CAD GUI. We did it to accelerate the entire industry Gerhard Sallinger

3 Design Automation Allows quick placement of multiple objects No higher level intelligence Smart 3D solutions only: Do not require proprietary macro languages Added value by inherent relationships & rules

4 Design Automation Practical Customer Examples... Placement of Control Station Creation of Heat Recovery Steam Generator based on initial design software calculations via an XML output Modularization of pipe racks including automatic field weld placement based on volumes Automated placement of pipe shoes on a pipe rack Placement of fuel channels based on a predefined pattern Importing Line List Data such as pressures & temperatures from an external system

5 Specification- and Rule Driven Design Rules defined in reference data Automated part selection, placement & orientation Automatic re-compute when changes occur Ensures design according to standards & best-practices Smart 3D solutions are based on this concept across all engineering disciplines...

6 Specification and Rule Driven Design Examples of Rules created using 3D API Complex Naming Rules KKS Numbering system Interference Checking Customized rules can eliminate large number of false clashes Example; pipe 50mm or smaller passing through grating is a false clash Wall Thickness Calculations Cable Tray Fill Calculations

7 Automated Drawing Production Drawings are graphical reports Fully annotated & ready to use Automatic detection of which drawings are affected by model changes SmartPlant 3D Examples Document Equipments with Trim Piping Pipe Support Drawings

8 Workflow Automation Example of how a customer implemented round trip workflow for pipe stress analysis Custom Command to place logical supports Custom Command to import loads Custom Library for pipe support design

9 Advanced Automation Capabilities Example of Advanced Automation Capability Ad-hoc Rule Checking Rule checking works like interactive IFC, checking rule violations when user is not actively working Rules for checking location, offset, distance between objects can be added by external programs User can implement their own Rules using VB. Rules only contain logic which interprets the Rule Data to determine if rule is violated. User selects appropriate rule for a given modeling situation.

10 Knowledge-Based Engineering Taking rules-based design to a new level Enabled by the underlying data model & software architecture Higher level rules with nested assemblies

11 Automation Benefits Offered by 3D API SmartPlant 3D offers complete framework for creating custom commands & standalone applications Provides same level of functionality available to Intergraph Developers Supporting functionality; Common Services Frees up programmer to focus on command & not worry about data integrity, change propagation & management, query & persist data User Interface Easy to use ribbon bar with Smart step support Standard controls for Unit Of Measure conversion & display, access to user preferences, custom menus August 27,

12 Getting Started Today with Automation Skill set is different than past, strong programming background is required. However most customers seem to have VB or.net expertise Start with Programming I and II classes ( TSMP4001, TSMP4002) Automation training & consulting is available on request Several Customers are using automation today Automation helps SmartPlant 3D on new projects Customer Training Classes to be offered through end of the year Automation Class in Japan August 2008 Automation Class in Canada September 2008 Contacts in HSV for all automation related questions; Prasad Mantraratnam Vivek Mokashi August 27,

13 Future of SmartPlant 3D Automation.NET based API is being developed Available now; Simple custom commands & standalone programs Query objects & modify data Manipulation of Work Break Down objects Naming Rules Upcoming enhancements in V2008 Create Equipments, Piping Objects Simplified Symbol Definitions for Equipment, Route Applications Enhanced custom command support Beyond V2008 Create Structure objects Formal Rollout starting V2008 release Enhanced API Documentation delivered with Product Scheduled Training Classes starting in August 2008 August 27,

14 Integrating the Engineering Enterprise

15 3D Automation Charles Evans August 2008 Hilton Opera Hotel Hanoi, Vietnam