3D Geometric Constraint Solving for Assembly Constraints, Kinematic Simulation, 3D sketching and Part Shape Control

Integrating the D-Cubed 3D DCM (Dimensional Constraint Manager) component into your software application provides a geometric constraint solving capability that enables your end-users to:

• Position parts in assemblies using a wide range of driving dimensions and assembly constraints.
• Simulate the kinematic behavior of constrained assemblies and mechanisms.
• Control the shape of parts without relying on a design history, sometimes known as direct editing or direct modeling.
• Configure 3D sketches in support of 3D features, 3D pipe/wire routes and surface definition from freeform curves.

The 3D DCM provides the geometric constraint solving in many popular parametric modeling systems. See our list of application areas for more details. Our large customer base, with hundreds of thousands of end-users, drives investment in quality and functionality over the long-term.

Flexible licensing arrangements and a simple integration process enable your organization to add the 3D DCM to your applications quickly and economically. For a step-by-step description of how the 3D DCM is used in an application, view our product tour, or request your own demo application or technical overview.

3D DCM Capabilities:

• Genuinely three-dimensional, fully variational (non-sequential) geometric constraint solving.
  View Animation
• Extensive geometry support, including points, lines, circles, ellipses, spline curves, general parametric curves, planes, cylinders, spheres, cones, tori ,  spline surfaces, swept surfaces and general parametric surfaces.
  View the Cones and Tori Animation
• Wide range of driving dimensions and assembly constraints, including distance, angle, radius, equal radius, parallel, perpendicular, tangent, concentric and symmetry.
• Add various geometric constraints to freeform curves, including tangency, curvature, first and second derivatives.
  View Animation
• Receive comprehensive feedback about the status of the model.
• Manipulate assemblies, mechanisms, 3D sketches and parts interactively by dragging.
• Couple dimensions with linear and non-linear equations.
• Excellent performance, linear as a function of increasing model size in many cases
• Select and retain the desired solution from the wide range of possible solutions.
• Choose from several different solving modes.
• Based on unique solving techniques developed in-house.
• Complements 2D DCM-based applications with a familiar geometric constraint solving approach.
  2D DCM
• Expand 3D DCM with AEM based realistic motion simulation
  AEM