Intelligent simulation algorithm matching method for three-dimensional dynamic fluid

Abstract

The invention relates to an intelligent simulation algorithm matching method for three-dimensional dynamic fluid. The intelligent simulation algorithm matching method includes: building fluid simulation algorithm libraries comprising an algorithm equation library, a fluid material library, a three-dimensional flow field library and a target fluid describing language; intelligently matching fluid simulation algorithms: setting the target fluid describing language, finding the describing language corresponding to given conditions from the algorithm equation library by a system according to input condition information and utilizing an algorithm equation mapped by the describing language as a matched simulation algorithm equation of a target fluid; rebuilding a three-dimensional dynamic fluid model in real time, drawing three-dimensional fluid, proving simulation effect of the fluid and analyzing accuracy and effectiveness of the algorithms and parameters; controlling parameter and algorithm reconstitution; establishing an intelligent learning mechanism of the fluid simulation algorithms, storing the intelligent learning mechanism into the algorithm library together with the reconstitution algorithms and parameters passing effect proving, and setting up a matching relation between the intelligent learning mechanism and the keyed-in conditional information describing the fluid to be as a matching algorithm alternative item in future similar occasions, so that the system can complete the optimum screening configuration through intelligent learning.

Description

technical field [0001] The invention relates to the technical field of three-dimensional fluid dynamic simulation simulation, and relates to a method for intelligently matching three-dimensional dynamic fluid simulation algorithms. Background technique [0002] Three-dimensional dynamic fluid simulation is one of the important research directions in the field of computer graphics at present. It is a hotspot and difficulty in the development of computer reproduction of real natural phenomena. It has been widely used in ocean simulation, desert evolution, weather forecast, environmental analysis, and digital movies. , games and other fields. Fluid is a general term for liquids and gases. It usually does not exist in nature in a fixed shape and a stable flow state. Due to the particularity of its molecular structure and the instability of external forces, its motion law and overall shape are uncertain. , Changes without rules. The 3D fluid dynamic simulation is used to truly ...

AI Technical Summary

Problems solved by technology

[0008] The present invention proposes an intelligent matching fluid simulation algorithm to solve the deficiencies of the existing fluid simulation technology so as to realize the real-time reconstruction and intelligent matching of the fluid, and accurately and efficiently simulate the state of the dynamic fluid in each time and space to assist Do a good job in contingency, alarm and other contingency plans

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