Simulation object visual development environment implementation method based on port encapsulation

Abstract

A simulation object visual development environment implementation method based on port encapsulation includes the steps: (1) configuring simulation object description file contents; (2) setting up a resource management module of a simulation computational model, automatically traversing resource files of the simulation computational model, importing the simulation computational model into a simulation computational model management module, and loading primitives of the simulation computational model onto a resource management panel of the simulation computational model; (3) setting up a simulation object function assembly primitive panel, and loading initiative primitives, event primitives, event dispatch primitives, event cancel primitives and input / output port primitives onto the simulation object function assembly primitive panel; (4) setting up a simulation object visual assembly module on the basis of port encapsulation to sequentially implement sub-modules forming the simulation object visual assembly module; (5) setting up an automatic simulation object prescription file generation module. The simulation object visual development environment implementation method based on port encapsulation has the advantages of simplicity and convenience in operation, supportiveness to independent development of simulation objects, improvement of simulation object development efficiency, improvement of reusability of the simulation objects and the like.

Description

Technical field [0001] The present invention mainly relates to the technical field of modeling and simulation, and specifically refers to a method for implementing a visual development environment of a simulation object based on port packaging. Background technique [0002] Since developed countries such as Europe and the United States began to study parallel discrete event simulation technology in the 1990s, a number of parallel discrete event simulation operation support environments have been introduced, such as SPEEDES, Parsec, YH-SUPE, etc. These parallel discrete event simulation support environments are widely used in complex system simulation applications such as large-scale ecological environment simulation, computational system biology simulation, national and national defense strategy research, crisis prediction and warning, and disposal decision-making. They are the research of complex systems and complexity issues. Provides important scientific experimental methods a...

AI Technical Summary

Problems solved by technology

[0010] (1) It cannot meet the requirement of visually assembling simulation calculation models into simulation objects;

[0011] (2) It cannot meet the needs of distributed and independent development of simulation objects;

[0012] (3) It cannot meet the requirements of zero-modification reuse of simulation objects in different simulation applications

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