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Mesh Object
Recognition Engine MORE is a subsystem for integration in 3d graphics and CAD
applications. The system analyzes a 3d model and returns shape type,
orientation, dimension and other properties of the model parts. This
data can be used in a variety of ways, like post-editing, and
intelligent model base retrieval. It is the base for a new compression
method and for smart user interfaces. With MORE SDK, the engine can be
quickly integrated into any Windows program.
If you are developing a high end modeling system, a CAD system or
any other 3d graphics or model management application, integrating
MORE provides your application with geometric intelligence, grants a
competitive advantage and makes you well prepared for the future.
When
integrating the MORE engine, your application is enabled to perform
a geometric analysis on the model meshes and recover geometric
information which was lost when saving the model file as a list of
faces.
Build
Smart User Interfaces
Since your
application knows all about the geometry of the loaded model,
it can edit the objects on a high level, display axis sections,
automatically determine part dimensions, generate UV coordinates,
simplify interaction processes and many more.
Post
Optimize model objects
The MORE
engine makes the geometry of many mesh types fully transparent. Your
application has full control on the geometry of the objects and
can modify the number of stacks and slices in order to post-optimize
quality and size.
Intelligent Model Data Base Management
Use the MORE
analysis results for intelligent model management, browsing and
retrieval of 3d models. Model parts can be searched based on a given
geometric frame, and identical parts in large model bases can be
found quickly.
Essential Features
The MORE analysis data can be the base for
further evaluation, for a refined and customer specific object detection.
High shape recognition
reliability for all supported mesh types. Efficient methods were
developed and implemented to make the detection safe and insensitive
against numerical inaccuracy of the mesh points.
The analysis time for a model is
typically smaller than the loading time from hard disk. Special
attention was paid to the speed optimization of the system.
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