The turbulent motion of fluids is chaotic by nature, populated by spinning vortices that cause powerful natural phenomena such as whirlpools and tornadoes. When this turbulence occurs in fluids in a channel, the interactions between these vortices form distinct structures, allowing researchers the opportunity to organize and categorize the chaos of turbulent fluid movement. A representation of these structures that comes from a two-dimensional analysis is presented in the top image, while a representation using the full three-dimensional data is presented below.