>The incompressible Euler equations model a fluid as a two-valued field. This means that at every point in space, the field has two values, density and velocity
I don't get it. If the fluid is incompressible, how can density have a value at every point in space? Isn't it just a constant?
I don't get it. If the fluid is incompressible, how can density have a value at every point in space? Isn't it just a constant?