Construction and visualization of saturation isosurface cross section for displaced fluid in a porous medium
The paper proposes a method of construction and visualization of plane cross section of satura-tion level surface (isosurface) for viscous fluid displaced from a sample of a porous medium. Visualization of clipped polygonal isosurface model is carried out in real-time using a modified "Marching Cubes" method and modern graph-ics hardware capabilities. To implement the proposed algorithms, a software with an ergonomic user interface was developed.