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This session will cover key concepts in synchronous technology: mastering edits using Live Rules, and how to design using a combination of ordered and synchronous features. Live Rules, lets you make edits to imported models, models with few or no constraints, or changes outside the creation steps but achieve predictable results. Best practices in how to manage settings preserving conditions such as geometric or symmetry will be covered. Users will also learn how to use the advanced options for managing multiple face sets found by Live Rules. Best practices in designing with both ordered and synchronous features will be given so new users can better leverage this technology for optimizing edit performance and managing a design process.
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© Siemens AG 2011. All Rights Reserved.
Getting the Most out of Synchronous
Technology
© Siemens AG 2011. All Rights Reserved.
Siemens PLM SoftwarePage 2
Solid Edge. Design better.
Doug Stainbrook
Background:
I am the team leader for the Solid Edge Field Support Team. This group is
the technical resource for supporting Solid Edge pre-sales activities around
the world. Before coming to the Solid Edge team, I spent about 10 years as a
designer for various industries. In 1999, I was hired as
a Solid Edge Application Engineer in Philadelphia, PA.
In 2000, I came to Huntsville, AL, to the home of
Solid Edge to work in the Field Support group.
Areas of Expertise:
Synchronous and ordered part
and sheet metal modeling
Personal interests:
Photography, art, high-speed engraving, and
website design
© Siemens AG 2011. All Rights Reserved.
Siemens PLM SoftwarePage 3
Solid Edge. Design better.
Executive Summary
Today’s Topics:
In this Solid Edge session, we will first take another look at the steering
wheel functions and Live Rules, what each of them does, and how to make
them work in your favor. Next we will compare editing models in the
synchronous and ordered environments. We will also discuss when, why,
and how you would move ordered features to synchronous.
Key Takeaways:
A greater understanding of the steering wheel, Live Rules, and the
advantages of synchronous over ordered editing.
© Siemens AG 2011. All Rights Reserved.
Siemens PLM SoftwarePage 4
Solid Edge. Design better.
The steering wheel is the primary tool used to
manipulate and edit 3D model geometry directly in
synchronous technology.
Selecting faces and/or features automatically exposes
the steering wheel for editing the selected geometry.
There are 8 elements of the steering wheel.
Steering Wheel
ORIGIN
BEARING KNOB
© Siemens AG 2011. All Rights Reserved.
Siemens PLM SoftwarePage 5
Solid Edge. Design better.
Steering Wheel elements defined:
Origin
Primary Axis
Torus
Secondary Axis
Tool Plane
Primary Bearing
Secondary Bearing
Bearing Knobs
Steering Wheel Elements
ORIGIN
BEARING KNOB
© Siemens AG 2011. All Rights Reserved.
Siemens PLM SoftwarePage 6
Solid Edge. Design better.
The steering wheel displays differently depending on the geometry that is selected.
It presents the appropriate edit tools for that selection.
Steering Wheel
2D Steering Wheel
3D Steering Wheel
3D Face Tool
Cylinder Tool
© Siemens AG 2011. All Rights Reserved.
Siemens PLM SoftwarePage 7
Solid Edge. Design better.
Live Rules
Live Rules is the proprietary relationship recognition functionality that is a
major component of synchronous modeling.
When elements are selected for Move or Rotate, Solid Edge automatically
locates and maintains specific relationships found within the model.
Maintain Concentric Faces
Maintain Tangent Faces
Maintain Coplanar FacesMaintain Symmetry
about Base Planes
Local Symmetry
Same Radius if Possible
Keep Orthogonal to Base if Possible
Lock to Base Reference
Maintain Parallel Faces
Tangent Touching
Maintain Perpendicular Faces
Maintain Coplanar Axis
Custom Axis
Consider Reference Planes
Consider Sketch Planes
Consider Coordinate Systems
© Siemens AG 2011. All Rights Reserved.
Siemens PLM SoftwarePage 8
Solid Edge. Design better.
Live Rules – what do the colors mean?
White background = Disabled Live Rule
Pale Orange background = Enabled Live Rule
After a Move or Rotation is started:
Green background = Found and Maintained Live Rule
Red Outline = Found but Disabled Live Rule
Live Rules
© Siemens AG 2011. All Rights Reserved.
Siemens PLM SoftwarePage 9
Solid Edge. Design better.
Demonstration
DEMO
© Siemens AG 2011. All Rights Reserved.
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Solid Edge. Design better.
We have an Ordered design of a fuel tank for a lawn mower.
We need to make several changes to the design.
Comparing Ordered vs. Synchronous modeling
© Siemens AG 2011. All Rights Reserved.
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Solid Edge. Design better.
Ordered models require interrogation to know what features to modify.
Comparing Ordered vs. Synchronous modeling
© Siemens AG 2011. All Rights Reserved.
Siemens PLM SoftwarePage 12
Solid Edge. Design better.
Ordered models require rolling back the feature tree to make edits to the model.
High risk of affecting downstream features!
DEMO 2
Comparing Ordered vs. Synchronous modeling
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Same model with features moved to synchronous
Edits are localized
No rolling back the model
No re-computing features
DEMO 3
Comparing Ordered vs. Synchronous modeling
© Siemens AG 2011. All Rights Reserved.
Siemens PLM SoftwarePage 14
Solid Edge. Design better.
Design changes are required to the bike steering yoke
When to move ordered features to synchronous
© Siemens AG 2011. All Rights Reserved.
Siemens PLM SoftwarePage 15
Solid Edge. Design better.
Ordered models require understanding of how they were created to know how
to edit them.
Profiles of ordered features require strict relationships to edit predictably.
DEMO 4
When to move ordered features to synchronous
© Siemens AG 2011. All Rights Reserved.
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Solid Edge. Design better.
Moving a few key features to synchronous can greatly improve productivity.
Edits can be made in a fraction of the time and will be more reliable.
DEMO 5
When to move ordered features to synchronous