Input apparatus and method
An entertainment system includes a two-handed controller comprising corresponding controls in each of opposing halves of the controller, a first of the corresponding controls in each half providing input in at least two dimensions and a second of the corresponding controls in each half providing input in at least one dimension; and an entertainment device comprising a receiver adapted to receive control input signals from the two-handed controller, and adapted to operate in a first mode where the received control input signals from the controller are interpreted according to an asymmetric control assignment, and to operate in a second mode where control input signals from the first and second controls for a respective half of the controller are used to control the position of a respective virtual limb in three dimensions within a virtual environment provided by the entertainment device.
1. An entertainment system ( 1 ) comprising
a two-handed controller ( 43 ) comprising corresponding controls in each of opposing halves of the controller, a first of the corresponding controls ( 433 L,R) in each half providing input in at least two dimensions and a second of the corresponding controls ( 434 L,R) in each half providing input in at least one dimension; and
an entertainment device ( 10 ) comprising
a receiver ( 33 , 34 , 35 ) adapted to receive control input signals from the two-handed controller, and, in response to the same received control input signals the entertainment device is adapted to operate in either of a first mode and a second mode, wherein:
in the first mode, the same received control input signals from the controller are interpreted according to an asymmetric control assignment in which the first control in one of the opposing halves of the controller and the first control in the other one of the opposing halves of the controller provide different functions, and the second control in the one of the opposing halves of the controller and the second control in the other one of the opposing halves of the controller provide different functions, and
in the second mode, the same received control input signals from the controller are interpreted according to a control assignment where control input signals from the first and second controls for the one of the opposing halves of the controller are used to control a position of a first respective virtual limb in three dimensions within a virtual environment provided by the entertainment device, and the received control input signals from the first and second controls for the other one of the opposing halves of the controller are used to control the position of a second respective virtual limb in three dimensions.
2. An entertainment system according to claim 1 in which the first of the corresponding controls in each half is one selected from the list consisting of
i. a joystick in the respective half of the controller; and
ii. a respective part of a touch sensitive panel that occupies part of each opposing half of the controller.
3. An entertainment system according to claim 1 in which the second of the corresponding controls in each half is a pressure sensitive trigger button in a respective half of the controller.
4. An entertainment system according to claim 1 , in which the second of the corresponding controls in each half is motion detector.
5. An entertainment system according to claim 4 in which motion of the controller detected by the motion detector is translated to motion in a depth axis for both limbs to an equal extent.
6. An entertainment system according to claim 4 in which motion of the controller detected by the motion detector is translated to motion in a depth axis for the limb whose position is currently or was most recently controlled.
7. An entertainment system according to claim 1 , in which the second of the corresponding controls in each half is a light on the controller, operable to be detected in analysis by the entertainment device of a video image capturing an image of the controller to detect motion of the light.
8. An entertainment system according to claim 7 in which motion of the light detected by the entertainment device is translated to motion in a depth axis for both limbs to an equal extent.
9. An entertainment system according to claim 7 in which motion of the light detected by the entertainment device is translated to motion in a depth axis for the limb whose position is currently or was most recently controlled.
10. An input method performed by an entertainment system, comprising
providing a two-handed controller of the entertainment system, the two-handed controller comprising corresponding controls in each of opposing halves of the controller, a first of the corresponding controls in each half providing input in at least two dimensions and a second of the corresponding controls in each half providing input in at least one dimension; and
receiving, at an entertainment device of the entertainment system, control input signals from the two-handed controller and, in response to the same received control input signals, the entertainment device is adapted to operate in either of a first mode and a second mode, wherein:
in the first mode, the same received control input signals from the controller are interpreted according to an asymmetric control assignment in which the first control in one of the opposing halves of the controller and the first control in the other one of the opposing halves of the controller provide different functions, and the second control in the one of the opposing halves of the controller and the second control in the other one of the opposing halves of the controller provide different functions, and
in the second mode, the same received control input signals from the controller are interpreted according to a control assignment where control input signals from the first and second controls for the one of the opposing halves of the controller are used to control a position of a first respective virtual limb in three dimensions within a virtual environment provided by the entertainment device, and the received control input signals from the first and second controls for the other one of the opposing halves of the controller are used to control the position of a second respective virtual limb in three dimensions.
11. An input method according to claim 10 , in which the first of the corresponding controls in each half is one selected from the list consisting of
i. a joystick in the respective half of the controller; and
ii. a respective part of a touch sensitive panel that occupies part of each opposing half of the controller.
12. An input method according to claim 10 , in which the second of the corresponding controls in each half is a pressure sensitive trigger button in a respective half of the controller.
13. An input method according to claim 10 , in which the second of the corresponding controls in each half is an accelerometer.
14. An input method according to claim 10 , in which the second of the corresponding controls in each half is a light on the controller, operable to be detected in analysis by the entertainment device of a video image capturing an image of the controller to detect motion of the light.
15. A non-transitory, computer readable storage medium containing a computer program, which when executed by a computer, causes the computer to execute an input method, by carrying out actions, comprising:
providing a two-handed controller comprising corresponding controls in each of opposing halves of the controller, a first of the corresponding controls in each half providing input in at least two dimensions and a second of the corresponding controls in each half providing input in at least one dimension; and
receiving, at an entertainment device of the entertainment system, control input signals from the two-handed controller and, in response to the same received control input signals, the entertainment device is adapted to operate in either of a first mode and a second mode, wherein:
in the first mode, the same received control input signals from the controller are interpreted according to an asymmetric control assignment in which the first control in one of the opposing halves of the controller and the first control in the other one of the opposing halves of the controller provide different functions, and the second control in the one of the opposing halves of the controller and the second control in the other one of the opposing halves of the controller provide different functions, and
in the second mode, the same received control input signals from the controller are interpreted according to a control assignment where control input signals from the first and second controls for the one of the opposing halves of the controller are used to control a position of a first respective virtual limb in three dimensions within a virtual environment provided by the entertainment device, and the received control input signals from the first and second controls for the other one of the opposing halves of the controller are used to control the position of a second respective virtual limb in three dimensions.