SimuWorks is for large-scale scientific computation, complex system dynamic characteristics of modeling research, process simulation training, system optimization design and debugging, fault diagnosis and expert systems, etc., to provide a common, integrated, full-process support, based on the microcomputer environment of the development and operation of the support platform. The software adopts dynamic memory machine code generation technology, distributed real-time database technology and object-oriented graphical modeling method, which is at the domestic leading level in the simulation field. It is mainly used in energy, electric power, chemical industry, aerospace, national defense and military, economy and other research fields, both for scientific research in research institutes and for actual engineering projects.
I. Composition of SimuWorks
SimuWorks platform products mainly include
1, simulation support platform SimuEngine (early version of Vcs3, SE2000)
2, graphical modeling tools SimuBuilder (early version of THAms. FigAms), including the module, the module, the module, the module, the module, the module, and the module, FigAms), including Module Explorer SimuManager
3, Module Resource Library SimuLib (including: control, electrical, thermal, flow network, power grid)
4, Embedded Real-Time Operating System Simulation Platform SimuERT
5, simulation of real-time graphical system SimuMMI
II, SimuWorks main features
1, the use of dynamic memory machine code generation technology, combined with a distributed real-time database for the microcomputer environment, distributed computing and real-time simulation of complex systems, provides an efficient underlying support platform;
2, the use of object-oriented graphical modeling methods for different areas of simulation of scientific research and engineering practice, provides a common modeling development environment for scientific research and engineering practice in different fields.
3. SimuWorks integrates various functions required for system simulation, forming a complete pipeline from development, debugging, validation, operation, analysis and other processes, and creating a new concept of "system simulation pipeline development factory", which greatly improves the development efficiency of the simulation project;
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4, large-scale real-time simulation system, ordinary commercial database can not meet the real-time requirements, SimuWorks SimuEngine simulation engine provides a high-speed network of real-time database, you can realize the distributed computing of multiple models, dynamic data display and online data modification, to meet the needs of large-scale real-time simulation system development and operation;
● With the simulation support of SimuEngine, using SimuBuilder to debug the simulation system built until the formation of a stable final product;
VR-Platform ( VR-Platform (English spelled Virtual Reality Platform, referred to as VR-Platform or VRP) is a virtual reality simulation platform. The simulation software is highly applicable, easy to operate, powerful, highly visualized, and WYSIWYG.
VR-Platform virtual reality simulation platform all the operations are in a way that artists can understand, without the need for programmers to participate. If the operator needs to have a good foundation of 3DMAX modeling and rendering, as long as the VR-PLATFORM platform a little learning and research can quickly produce their own virtual reality scenes.
VRP virtual reality simulation platform, after years of research and development and exploration, has been in the VRP engine as the core of the foundation, derived from nine related three-dimensional product software platform. Among them, VRP-BUILDER virtual reality editor and VRPIE3D Internet platform software have become the most widely used VR and WEB3D production tools in China, occupying the leading position in the same industry in China for three consecutive years, and the number of users is always in the first place.
The product system of VR-Platform contains nine major products: VRP-BUILDER virtual reality editor, VRPIE3D Internet platform, VRP-DIGICITY digital city platform, VRP-PHYSICS physical simulation system, VRP-INDUSIM industrial simulation platform, VRP-TRAVEL virtual tourism platform, VRP-INDUSIM industrial simulation platform, and VRP-TRAVEL virtual tourism platform. TRAVEL virtual tour platform, VRP-MUSEUM virtual exhibition hall, VRP-SDK system development kit, VRP-MYSTORY story editor.
VR-Platform virtual reality simulation platform can be widely used in urban planning, interior design, industrial simulation, monument restoration, bridge and road design, real estate sales, tourism and teaching, water conservancy and electricity, geological disasters and many other fields, to provide practical solutions for them. Infolytica was founded in 1978 by Dr. Peter Silvester, Dr. Peter M. K. Kennedy and Dr. Peter M. Kennedy. Infolytica was founded in 1978 by Dr. Peter Silvester, Dr. Ernest M. Freeman, and Dr. David A. Lowther (current president), and is the world's first commercial electromagnetic field analysis software company, headquartered in Montreal, Canada. Haiji Technology is the exclusive agent of Infolytica software in China. Infolytica, as the founder and leader of many new electromagnetic software technologies, has been committed to technical research and development in the field of electromagnetic field finite element analysis, and is dedicated to providing complete solutions for electromagnetic design engineers. Infolytica software has become the software of choice for low-frequency electromagnetic analysis for designers all over the world, providing solutions to complex magnetic, electric, and thermal field problems for industries such as aviation, aerospace, automotive, durable appliances, electric power, medical equipment, electronics, and scientific research and education, etc. Infolytica's product line includes MagNet, ElecNet, ThermNet, OptiNet, MotorSolve, etc., which enable 2D and 3D finite element analysis. The Infolytica product line includes MagNet, ElecNet, ThermNet, OptiNet, MotorSolve, and other software that makes it easy to perform independent and coupled analyses of 2D and 3D electric, magnetic, and thermal fields in a single interface.