A method for providing a dynamically configurable three-dimensional display for displaying 3D video images, utilizing a content receiver, the method comprising: utilizing the content receiver to generate three-dimensional content, the three-dimensional content comprising a first set of three-dimensional content comprising a first offset and a second set of three-dimensional content comprising a second offset different from the first offset, the first and second offsets resulting in first and second perceived depths of the respective first and second sets of three dimensional content when viewed on a display; utilizing the content receiver to transmit the three-dimensional content for display at a content display device such that the first set of three-dimensional content is perceived as being within a first three-dimensional region having an associated first perceived depth and the second set of three-dimensional content is perceived as being within a second three-dimensional region having an associated second perceived depth; receiving user command signals at the content receiver from a sensor device, wherein the user command signals include selections from the user of at least one of the first and second set of three-dimensional content, to modify the offset of at least one of the first set and the second set of three-dimensional content, wherein the user command signals are based on the user's movements, and wherein the first and second sets of three-dimensional content at least partially overlap one another; utilizing the content receiver to generate an interaction map based upon sensed user movements in three dimensions, the user movements sensed by the sensor device, the interaction map relating the user's three-dimensional movements to the user's perceived position of the transmitted three-dimensional content; utilizing the content receiver to transmit at least one of the sets of three-dimensional content to the content display device such that at least one of the offsets is modified based on the user's movements and the interaction map, and thereby changing the three-dimensional region in which one of the sets of three-dimensional content is perceived; wherein the interaction map is generated by: the user virtually touching a first reference image within the first three-dimensional region and a second reference image within the second three-dimensional region; sensing, with the sensor device, information relating to the body positions of the user, to determine the user's positions for mapping; and relating, utilizing the content receiver, the sensed information to an area in which the user perceives the position of the reference images to be. utilizing the content receiver to generate three-dimensional content, the three-dimensional content comprising a first set of three-dimensional content comprising a first offset and a second set of three-dimensional content comprising a second offset different from the first offset, the first and second offsets resulting in first and second perceived depths of the respective first and second sets of three dimensional content when viewed on a display; utilizing the content receiver to transmit the three-dimensional content for display at a content display device such that the first set of three-dimensional content is perceived as being within a first three-dimensional region having an associated first perceived depth and the second set of three-dimensional content is perceived as being within a second three-dimensional region having an associated second perceived depth; receiving user command signals at the content receiver from a sensor device, wherein the user command signals include selections from the user of at least one of the first and second set of three-dimensional content, to modify the offset of at least one of the first set and the second set of three-dimensional content, wherein the user command signals are based on the user's movements, and wherein the first and second sets of three-dimensional content at least partially overlap one another; utilizing the content receiver to generate an interaction map based upon sensed user movements in three dimensions, the user movements sensed by the sensor device, the interaction map relating the user's three-dimensional movements to the user's perceived position of the transmitted three-dimensional content; utilizing the content receiver to transmit at least one of the sets of three-dimensional content to the content display device such that at least one of the offsets is modified based on the user's movements and the interaction map, and thereby changing the three-dimensional region in which one of the sets of three-dimensional content is perceived; wherein the interaction map is generated by: the user virtually touching a first reference image within the first three-dimensional region and a second reference image within the second three-dimensional region; sensing, with the sensor device, information relating to the body positions of the user, to determine the user's positions for mapping; and relating, utilizing the content receiver, the sensed information to an area in which the user perceives the position of the reference images to be. the user virtually touching a first reference image within the first three-dimensional region and a second reference image within the second three-dimensional region; sensing, with the sensor device, information relating to the body positions of the user, to determine the user's positions for mapping; and relating, utilizing the content receiver, the sensed information to an area in which the user perceives the position of the reference images to be.