Mathematica Features

Ability to modify 3D primitives (parametric editing tools, free-form editing tools, symmetrical editing process, etc.)

Ability to access basic drawing tools (line, circle, polygons, etc.)

Ability to access basic editing tools (erase, trim, extend, undo, etc.) This feature was mentioned in 10 Mathematica reviews.

Ability to access rendering tools (lighting tools, texture mapping, custom material creation, etc.)

Ability to conduct computational fluid dynamics and thermal analysis

Ability to conduct finite element analysis test

Ability to conduct kinematics and dynamic analysis of mechanisms

As reported in 12 Mathematica reviews. Ability to model discrete event simulation such as analyzing event-driven system models and optimizing performance characteristics such as latency, throughput, and packet loss.

Ability to model continous event simulation This feature was mentioned in 12 Mathematica reviews.

Ability to conduct mechanical event simulation This feature was mentioned in 11 Mathematica reviews.

Ability to model a manufacturing processes like casting, molding and die press forming

Ability to integrate with CAD and PLM software 12 reviewers of Mathematica have provided feedback on this feature.

Based on 10 Mathematica reviews. Ability to support a sufficient number of hardware developers (by default or through the use of custom drivers).

Support for custom interfaces designed around specific design tasks, by default (out of the box) or through user customization. This feature was mentioned in 11 Mathematica reviews.

Support for multiple user interface customizations. Can store and recall interfaces as required by a specific user without closing the application and without the need for scripting knowledge.

Names of basic commands are clear and easy to understand. On-cursor documentation, such as tool tips and pop-up descriptions, provide clarification of icons and other user interface elements. 12 reviewers of Mathematica have provided feedback on this feature.