Adept Scientific is now supplying new releases of Maplesoft core products – MapleSim, the high-performance, multi-domain modelling and simulation tool, and Maple, the technical computing software for engineers, mathematicians and scientists. These products are based on Maplesoft’s core technologies, which include an advanced symbolic computation engine and innovative physical modelling techniques. Together, they provide cutting-edge tools for design, modelling and high-performance simulation that can lower costs and reduce product cycle time by weeks and months.
MapleSim 2 combines an intuitive physical modelling environment with powerful symbolic techniques to drastically reduce the time and effort required to create highly efficient models. The new release introduces extraordinary 3-D visualisation and animation tools which easily transform multibody models into realistic animations, providing greater insight into the system behaviour. It also provides tools for managing results from multiple simulations, simplifying a notoriously tedious and confusing task.
At the core of MapleSim lies Maple, the technical computing software that contains a highly advanced symbolic computation engine, powerful numeric solvers and an intuitive technical document interface. Enhancements to Maple automatically benefit MapleSim users, as well as the many engineers who use Maple directly.
Maple 13 provides enhanced tools that support every stage of the solution development process, completely new 3-D plotting facilities and leading-edge solvers that push the frontiers of technical computation. It offers a convenient starting point for engineering calculations with the Maple Portal for Engineers, point-and-click access to powerful control systems analysis tools and expanded CAD connectivity that adds NX to the list of supported CAD systems. New plotting facilities include extensive annotation tools and fly-through animations, making 3-D plots more meaningful and easier to interpret.
Maple 13’s leading-edge solvers expand the problem-solving abilities of engineers. They include revolutionary techniques for finding solutions to differential equations that are beyond the scope of standard methods.