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MAPLESOFT
MapleSim 4 and Maple 14
Maplesoft™ announced the simultaneous release of MapleSim™ 4, the high-performance, physical modeling and simulation tool, and Maple™ 14, the technical computing software for engineers, mathematicians, and scientists. MapleSim 4 introduces a new 3-D construction feature and a flexible probe management tool whereas Maple 14 includes new control system design tools, linearization tools, and new solvers.
MapleSim 4 introduces a new 3-D construction feature, which saves engineers significant time when developing multibody models. MapleSim provides instant, realistic feedback of multibody systems by dynamically rendering the model as it is built. In addition, the 3-D construction environment lets engineers add and manipulate multibody components directly in the 3-D workspace. Other new features include flexible probe management tools, including an easy way to add new probes to previous simulation results without having to rerun the simulation; a new semi-stiff solver that provides good results for stiff systems without the overhead formulation costs of a true stiff solver, and new and enhanced analysis tools, including tools for working with multibody equations.
Unlike other physical modeling tools, MapleSim is built on a foundation of symbolic computation technology which efficiently manages all of the complex mathematics involved in the development of engineering system models.
Maple 14 contains increased depth and breadth of math for engineering applications, including new control system design tools, linearization tools, and new solvers that allow engineers to apply advanced techniques to control design problems. Enhanced performance means solutions can be found even faster, and larger problems can be tackled. New tools and resources improve the work environment, including expanded connectivity with MATLAB® through the integration of the Maple Toolbox for MATLAB® directly into Maple 14, and improved search capabilities for the help system.
Sim 4 mainscreen.jpeg: MapleSim is a drag-and-drop physical modeling tool that applies advanced symbolic computation techniques to produce high-performance simulation models of multi-domain systems.
MapleSim4_3D image.jpeg: MapleSim 4 includes a new 3-D construction environment for creating and visualizing multibody models, such as this detailed automobile suspension and breaking system.
Unlike other physical modeling tools, MapleSim is built on a foundation of symbolic computation technology which efficiently manages all of the complex mathematics involved in the development of engineering system models.
Maple 14 contains increased depth and breadth of math for engineering applications, including new control system design tools, linearization tools, and new solvers that allow engineers to apply advanced techniques to control design problems. Enhanced performance means solutions can be found even faster, and larger problems can be tackled. New tools and resources improve the work environment, including expanded connectivity with MATLAB® through the integration of the Maple Toolbox for MATLAB® directly into Maple 14, and improved search capabilities for the help system.
Sim 4 mainscreen.jpeg: MapleSim is a drag-and-drop physical modeling tool that applies advanced symbolic computation techniques to produce high-performance simulation models of multi-domain systems.
MapleSim4_3D image.jpeg: MapleSim 4 includes a new 3-D construction environment for creating and visualizing multibody models, such as this detailed automobile suspension and breaking system.
