Coding Adventure - Simulating Smoke

Learn to implement a grid-based fluid simulation for creating realistic smoke effects through this comprehensive coding tutorial. Explore the fundamental Navier-Stokes equations that govern fluid motion and understand key concepts like divergence and pressure solving. Master the Gauss-Seidel iteration method for numerical computation and discover how to handle solid cells within your simulation grid. Dive into velocity interpolation techniques and examine two approaches to advection: mathematical derivatives and the more practical Semi-Lagrangian method. Implement optimization techniques including Successive Over-Relaxation and parallel pressure solving to improve performance. Study advanced fluid dynamics phenomena such as vortex shedding and learn to visualize fluid speed and create smoke maps for enhanced visual effects. Experiment with temperature effects on fluid behavior and apply your knowledge through various smoke simulation experiments. Access detailed fluid simulation notes and source code to support your learning, with chapters covering everything from basic theory to final implementation and testing.