Solidthinking inspire gauge optimization
* Advanced Rate Specification for Flexible Joints: There are now additional options for specifying Motion Rates (global, basic, and advanced) in the Property Editor for flexible joints.
#SOLIDTHINKING INSPIRE GAUGE OPTIMIZATION PATCH#
* Improved Patch Tool: You can now patch between line geometry, as well as edges from solid geometry. * Improved Displacement Constraints: Displacement constraints can now be applied to points, lines, and faces.
Start the drag on the part to select only top-level features start the drag off the part to select all features through the part. * Box Selection of Features: For loads and mesh controls, box selection can now be used to select only the toplevel features or faces on a part or across multiple parts. This is useful for presentations, debugging, and other situations when you need to communicate how loads are developing in your mechanisms.Īdditional features and enhancements include: Click the Run label on the Motion ribbon and select Force Explorer to open a window that provides options for tailoring the appearance of the vectors for joints, motors, actuators, springs, and motion contacts. Visualization of forces and torques is now available using the new force explorer. The contacts may be defined with friction and individualized for detailed review of contact forces in Descriptions. Convenient options like By Material, By Rigid Group, and At Free Joints are helpful for creating contact pairs with minimal effort in a variety of applications.
You can now create 3D motion contacts between parts or sets of parts using the Contacts tool on the Motion ribbon. The following features and enhancements were added for Inspire version 2018.2:
The resulting shapes are polymeshes you can export to other computer-aided design tools as a source of inspiration for your designs. has released an updated Inspire 2018.2, is a concept design tool that uses topology, topography, lattice, and gauge optimization to produce structural shapes in response to loads.