Information processing apparatus, display control method, and program
There is provided an information processing apparatus including a judgment unit for judging an anteroposterior relationship between a shot actual object and a virtual object for each part by use of depth information, and a display control unit for displaying a virtual image in which the virtual object is projected to be overlapped on a shot image in which the actual object is shot based on the anteroposterior relationship judged by the judgment unit.
1. An information processing apparatus comprising: circuitry configured to:
acquire actual object depth information of different portions of an actual object based on an actual distance of respective portions of the actual object from an object imaging device which acquires a shot image of the actual object;
determine virtual object depth information of different portions of a virtual object based on a virtual distance of respective portions of the virtual object from a virtual imaging device at a location corresponding to the object imaging device;
acquire pixels of a respective portion of the shot image, the acquired shot image pixels being a function of the actual distance to the corresponding portion of the actual object from the object imaging device;
acquire pixels of a respective portion of an image of the virtual object, the acquired virtual object image pixels being a function of the virtual distance to the corresponding portion of the virtual object from the virtual imaging device;
determine an anteroposterior relationship between the actual object within the shot image obtained by the object imaging device and the virtual object for each of the portions of the actual object and the corresponding portions of the virtual object by comparing values of the actual distance of a respective portion of the actual object and the virtual object distance of the corresponding portion of the virtual object from their respective object imaging device and virtual imaging device; and
control a display to display the pixels of the portions of the virtual object image pixels and not the shot image pixels of the corresponding portions of the shot image when the portions of the virtual object are determined to be located in front of the actual object or display the shot image pixels of the portions of the shot image and not the virtual object image pixels of the corresponding portions of the virtual image when the portions of the virtual object are determined to be located behind the actual object so that the objects are displayed in accordance with the determined anteroposterior relationship.
2. The information processing apparatus of claim 1 wherein the actual object is a part of body of a human.
3. The information processing apparatus of claim 2 wherein the actual object is a hand.
4. The information processing apparatus of claim 1 wherein the display is controlled on the basis of pixels of the actual object and pixels of the virtual object.
5. The information processing apparatus of claim 1 wherein the display is controlled to display the portions of the virtual object when the portions of the virtual object are determined to be closer to the virtual imaging device than the distance of the portions of the actual object from the object imaging device.
6. The information processing apparatus of claim 1 wherein the display is controlled to display the portions of the shot image when the portions of the actual object corresponding to the portions of the shot image are determined to be closer to the object imaging device than the distance of the portions of the virtual object from the virtual imaging device.
7. A display control method comprising the steps of:
acquiring actual object depth information of different portions of an actual object based on an actual distance of respective portions of the actual object from an object imaging device which acquires a shot image of the actual object;
determining virtual object depth information of different portions of a virtual object based on a virtual distance of respective portions of the virtual object from a virtual imaging device at a location corresponding to the object imaging device;
acquiring pixels of a respective portion of the shot image, the acquired shot image pixels being a function of the actual distance to the corresponding portion of the actual object from the object imaging device;
acquiring pixels of a respective portion of an image of the virtual object, the acquired virtual object image pixels being a function of the virtual distance to the corresponding portion of the virtual object from the virtual imaging device;
determining an anteroposterior relationship between the actual object within Hall the shot image obtained by the object imaging device and the virtual object for each of the portions of the actual object and the corresponding portions of the virtual object by comparing values of the actual distance of a respective portion of the actual object and the virtual object distance of the corresponding portion of the virtual object from their respective object imaging device and virtual imaging device; and
displaying the pixels of the portions of the virtual object image pixels and not the shot image pixels of the corresponding portions of the shot image when the portions of the virtual object are determined to be located in front of the actual object or displaying the shot image pixels of the portions of the shot image and not the virtual object image pixels of the corresponding portions of the virtual image when the portions of the virtual object are determined to be located behind the actual object so that the objects are displayed in accordance with the determined anteroposterior relationship.
8. A non-transitory computer readable medium on which is stored a program for causing a computer to control a display by:
acquiring actual object depth information of different portions of an actual object based on an actual distance of respective portions of the actual object from an object imaging device which acquires a shot image of the actual object;
determining virtual object depth information of different portions of a virtual object based on a virtual distance of respective portions of the virtual object from a virtual imaging device at a location corresponding to the object imaging device;
acquiring pixels of a respective portion of the shot image, the acquired shot image pixels being a function of the actual distance to the corresponding portion of the actual object from the object imaging device;
acquiring pixels of a respective portion of an image of the virtual object, the acquired virtual object image pixels being a function of the virtual distance to the corresponding portion of the virtual object from the virtual imaging device;
determining an anteroposterior relationship between the actual object within flail the shot image obtained by the object imaging device and the virtual object for each of the portions of the actual object and the corresponding portions of the virtual object by comparing values of the actual distance of a respective portion of the actual object and the virtual object distance of the corresponding portion of the virtual object from their respective object imaging device and virtual imaging device; and
displaying the pixels of the portions of the virtual object image pixels and not the shot image pixels of the corresponding portions of the shot image when the portions of the virtual object are determined to be located in front of the actual object or displaying the shot image pixels of the portions of the shot image and not the virtual object image pixels of the corresponding portions of the virtual image when the portions of the virtual object are determined to be located behind the actual object so that the objects are displayed in accordance with the determined anteroposterior relationship.