1. A computer-implemented method to compensate for a perceived false depth of an object resulting from stereoscopic time division multiplexing when the object moves along an axis of ocular separation, the computer-implemented method comprising: determining a screen space velocity of an object moving along the axis of ocular separation in a sequence of images; obtaining a depth offset associated with the velocity of the object from a table of depth offsets and corresponding velocities, wherein the depth offset is a difference between an intended depth of the object and a perceived false depth of the object; and modifying a location of the object based on the depth offset by operation of one or more computer processors and so that a corresponding, modified perceived depth of the object is equivalent to the intended depth of the object, thereby compensating for the perceived false depth of the object resulting from stereoscopic time division multiplexing when the object moves along the axis of ocular separation.