1. A method of processing video data, the method comprising: determining a first perceived depth range for a first depth view component corresponding to a reference view component for a reference view; determining a second perceived depth range for a second depth view component corresponding to a current view component for a current view, wherein the current view is a different view from the reference view, and wherein the current view component is predicted relative to the reference view component; determining, from the reference view component, a predictive block for a portion of the current view component; adjusting depth values of the predictive block based on a difference between the first perceived depth range and the second perceived depth range, wherein the first perceived depth range is defined by the range of z near 0 to z far 0 where z near 0 represents a minimum perceived depth value for the first depth view component, and z far 0 represents a maximum perceived depth value for the first depth view component, and wherein the second perceived depth range is defined by the range of z near 1 to z far 1 where z near 1 represents a minimum perceived depth value for the second depth view component, and z far 1 represents a maximum perceived depth value for the second depth view component; scaling depth values of the predictive block; and coding the portion of the current view component based on the adjusted depth values of the predictive block.