Posture control system
Disclosed herein is a posture control system containing a posture control unit that changes a direction of a user's body and a display unit mounted on a user's head. The posture control system includes: a posture data acquiring unit configured to acquire posture data indicating the direction of the user's body; a motion sensor data acquiring unit configured to acquire motion sensor data indicating a direction of a user's face in a real space which is detected by a motion sensor; a camera image data acquiring unit configured to acquire camera image data indicating the face direction with reference to the direction of the user's body which is specified based on a camera image; and a face direction specifying unit configured to specify the direction of the user's face based on the posture data, the motion sensor data, and the camera image data.
1. A posture control system containing a posture control unit that changes a direction of a user's body and a display unit to be mounted on a user's head, the posture control system comprising:
a posture data acquiring unit configured to acquire posture data indicating the direction of the user's body which varies by the posture control unit;
a motion sensor data acquiring unit configured to acquire motion sensor data indicating a direction of a user's face in a real space which is detected by a motion sensor built in the display unit;
a camera image data acquiring unit configured to acquire camera image data indicating the face direction with reference to the direction of the user's body which is specified based on a camera image taken by a camera which changes in shooting direction as the direction of the user's body changes; and
a face direction specifying unit configured to specify the direction of the user's face based on the posture data, the motion sensor data, and the camera image data.
2. The posture control system according to claim 1 , wherein the camera is mounted on a position of the posture control unit at which the user's head can be photographed.
3. The posture control system according to claim 1 , wherein the face direction specifying unit calculates the direction of the user's face in the real space based on the posture data and the camera image data and specifies based on results of the calculation and the motion sensor data, the direction of the user's face in the real space.
4. The posture control system according to claim 1 , wherein the face direction specifying unit calculates the direction of the user's face with reference to the direction of the user's body based on the posture data and the motion sensor data and specifies the direction of the user's face with reference to the direction of the user's body based on results of the calculation and the camera image data.
5. The posture control system according to claim 1 , further comprising:
a display controlling unit configured to draw an image in a space which depicts states seen inside a virtual space in a direction corresponding to the direction of the user's face which has been specified by the face direction specifying unit, and allow the display unit to display the drawn image.
6. An information processing apparatus to be connected to a posture control unit that changes a direction of a user's body and to a display unit mounted on a user's head, the information processing apparatus comprising:
a posture data acquiring unit configured to acquire posture data indicating the direction of the user's body which varies by the posture control unit;
a motion sensor data acquiring unit configured to acquire motion sensor data indicating a direction of a user's face in a real space which is detected by a motion sensor built in the display unit;
a camera image data acquiring unit configured to acquire camera image data indicating the face direction with reference to the direction of the user's body which is specified based on a camera image taken by a camera which changes in shooting direction as the direction of the user's body changes; and
a face direction specifying unit configured to specify the direction of the user's face based on the posture data, the motion sensor data, and the camera image data.
7. An information processing method comprising:
acquiring posture data indicating a direction of a user's body which varies by a posture control unit that changes the direction of the user's body;
acquiring motion sensor data indicating a direction of a user's face in a real space which is detected by a motion sensor built in a display unit to be mounted on a user's head;
acquiring camera image data indicating the face direction with reference to the direction of the user's body which is specified based on a camera image taken by a camera which changes in shooting direction as the direction of the user's body changes; and
specifying the direction of the user's face based on the posture data, the motion sensor data, and the camera image data.
8. A non-transitory computer readable medium having stored thereon a program for a computer connected to a posture control unit to change a direction of a user's body and a display unit mounted on a user's head, the program comprising:
by a posture data acquiring unit, acquiring posture data indicating the direction of the user's body which varies by the posture control unit;
by a motion sensor data acquiring unit, acquiring motion sensor data indicating a direction of a user's face in a real space which is detected by a motion sensor built in the display unit;
by a camera image data acquiring unit, acquiring camera image data indicating the face direction with reference to the direction of the user's body which is specified based on a camera image taken by a camera which changes in shooting direction as the direction of the user's body changes; and
by a face direction specifying unit, specifying the direction of the user's face based on the posture data, the motion sensor data, and the camera image data.