Particle Flow Initialization With Equal Spacing And Low Velocity Variance

The patent applies preliminary action by pre-calculating and storing particle distribution patterns and velocity distributions in a database before the actual optimization process. When optimizing initial conditions, the system queries the pre-prepared database for appropriate particle distributions and velocity settings based on the simulation scenario, rather than performing repetitive calculations from scratch. This significantly reduces optimization time while maintaining accuracy by leveraging pre-analyzed optimal configurations.

The patent uses copying by creating a database that stores copies of optimal particle distributions and velocity patterns derived from previous calculations or experimental data. Instead of repeatedly performing complex calculations, the system copies and applies appropriate pre-stored patterns to different simulation scenarios, adjusting parameters as needed. This approach maintains optimization accuracy while dramatically reducing the computational time required.

The patent reduces calculation complexity by performing complex particle distribution and velocity optimization calculations in advance, storing the results in a database. During actual use, the system simply queries and applies pre-calculated patterns rather than repeating the complex calculations, thereby maintaining optimization reliability while significantly reducing processing load and computational complexity.

The system implements self-service by automatically querying the database for appropriate particle distributions and velocity patterns based on simulation parameters, without requiring repeated complex calculations. The pre-stored database serves the system's own needs by providing ready-to-use optimal configurations, reducing both computational complexity and processing load while maintaining optimization quality.