Visualize wind field on Cesium

基于Cesium，解析GFS数据实现Windy粒子效果，在RaymanNg的3D-Wind-Field基础上修改

Bayesian PINN codes to solve 2D/3D Navier Stokes for wind fields

Reconstructs the 3D velocity field along the rotor plane of a wind turbine using sensor data from the blades. Combines Transformers and PINNs for physics-aware, flow inverse reconstruction.

HYPER: A PINN approach to reconstruct 3D wind fields from meteor measurements

Super resolving wind field with a 3D convolutional GAN

A custom 3D wind field simulator for Gazebo using the PX4-Autopilot SITL simulator for aerial vehicles.

This code for article "Communications to Circulations: 3D Wind Field Retrieval and Real-Time Prediction Using 5G GNSS Signals and Deep Learning"

This repository contains Blender Addon to simulate the movement of 3D projectiles with constant air resistance, jumps and constant wind fields in python script with an interface written in Portuguese.

Generates required data for predicting local wind fields in 3D

Convert real wind field in 3D spherical coordinate to 2D cartesian coordinate

Deep learning model for predicting 3D wind speed fields in urban environments from building layout masks.

Uses PyGame or Turtle to simulate a 3d Snow Storm in a window. Can choose number of flakes, wind and depth of field

The microburst is a special meteorological condition that affects the flight heavily. It threats to the aircraft seriously during takeoff and landing. A real-time visually simulation method of the microburst was presented to generate vivid 3D wind field for the flight simulation software or game. It may be used to improve pilots' ability to deal with unexpected microburst situation. The presented method used a circle’s tangent model as a simplified mathematical approximation of the microburst. The simulated wind field was visualized by the common particle system overlapped a polygon trailing component. Experimental simulation scenes on the Unity engine show that the proposed method is easy to program and achieves real-time frame rate on a common PC.

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Simulating a model rocket flight through a 3D wind field.

3D Simulation of Wheat Strands Dynamics with Frictional Contact in Wind-Driven Fields

3D Wind field generator (static + gusts), as part of MSc thesis in Aerospace Engineering

GPU-accelerated Gymnasium environment for drone-based gas source localization in 3D turbulent wind fields, built on NVIDIA Warp

Wind Field Simulation – C#, OpenGL Developed a real-time 3D simulation of a wind turbine field, including lighting, shadows, reflections, and interactive controls. Designed graphical UI buttons for user interaction and implemented advanced rendering techniques.

A simplified discrete grid environment inspired by balloon navigation. The environment consists of a 3D grid with a spatially smooth stochastic wind field. Actors experience passive horizontal drift according to local wind distributions and controllable vertical movement.

This repository provides Jupyter notebooks for analyzing Helios 2 mission data to understand solar wind plasma physics, its radial evolution, and the magnetic field's Parker spiral configuration. It features notebooks for extracting plasma moments from 1D velocity distribution functions and exploring 3D solar wind and magnetic field data.

Investigate the wake vortex characteristics of a finite wing model by using a seven-hole probe in a wind tunnel to measure the 3D velocity field and analyze boundary layer parameters through MATLAB processing.

Requirements for this project were to create an interactive particle system program that consists of systems in which particles move independently, move under influence of a vector field, and that are linked together. The initial plan was to create a natural scene that presents trees and leaves falling off by wind effect, and a flock of birds flying around, where the leaves coming off the tree would the system mocing under influence of a 3D vector field with an aging process.