Abstract: Embodiments of the disclosed technology comprise a handheld display device with built-in accelerometer and, in some embodiments, compass. The display of a human figure is changed based on a change in viewpoint/orientation of the device. That is, upon detecting a change in viewpoint (e.g., viewing angle, tilt, roll, or pitch of the device), the image of the person changes. This may be used with a still picture of a person, such as for the sale of clothing, or in conjunction with moving images, such as for a sports or exercise instructional video.

Abstract: Embodiments of the disclosed technology comprise a handheld display device with built-in accelerometer and, in some embodiments, compass. The display of a human figure is changed based on a change in viewpoint/orientation of the device. That is, upon detecting a change in viewpoint (e.g., viewing angle, tilt, roll, or pitch of the device), the image of the person changes. This may be used with a still picture of a person, such as for the sale of clothing, or in conjunction with moving images, such as for a sports or exercise instructional video.

Abstract: Embodiments of the disclosed technology comprise a handheld display device with built-in accelerometer and, in some embodiments, compass. The display of a human figure is changed based on a change in viewpoint/orientation of the device. That is, upon detecting a change in viewpoint (e.g., viewing angle, tilt, roll, or pitch of the device), the image of the person changes. This may be used with a still picture of a person, such as for the sale of clothing, or in conjunction with moving images, such as for a sports or exercise instructional video.

Abstract: Embodiments of the disclosed technology comprise a handheld display device with built-in accelerometer and, in some embodiments, compass. The display of a human figure is changed based on a change in viewpoint/orientation of the device. That is, upon detecting a change in viewpoint (e.g., viewing angle, tilt, roll, or pitch of the device), the image of the person changes. This may be used with a still picture of a person, such as for the sale of clothing, or in conjunction with moving images, such as for a sports or exercise instructional video.

Abstract: Embodiments of the disclosed technology comprise a general method and device for designing a nearly unlimited range of return flow fluid dynamics systems. Additionally, it allows an improved method for designing GHX (ground heat exchange) field designs. An entire piping system can be developed from two components: a load circuit with multiple optional fittings, and a supply/return Pipe Pair with a multiple optional fittings on each pipe. These units can be linked together in the computer interface workspace, emblematic of a three dimensional GHX field design. As a designer links these components together, the piping system expands in size and complexity. Regardless of the complexity of the designed system, the embodiments of the disclosed technology determine the relationship between individual components, families of components and the overall GHX field. A diverse range of fluid dynamics results and an automatic sizing system is developed in embodiments of the disclosed technology.

Abstract: Embodiments of the disclosed technology comprise a handheld display device with built-in accelerometer and, in some embodiments, compass. The display of a human figure is changed based on a change in viewpoint/orientation of the device. That is, upon detecting a change in viewpoint (e.g., viewing angle, tilt, roll, or pitch of the device), the image of the person changes. This may be used with a still picture of a person, such as for the sale of clothing, or in conjunction with moving images, such as for a sports or exercise instructional video.

Abstract: Embodiments of the disclosed technology comprise devices and methods of displaying images on a display (e.g., viewing screen) and changing the image based on a position of an object. This may be done on an advertising display, such as on a vending machine, or to enable a viewer to “look around” an object on a two-dimensional screen by moving his head. The image displayed may appear to move with the person. A first image is exhibited on the display and a position of an object, such as a person within the view of a camera is detected. When the object moves, the display changes (e.g., a second image is displayed) corresponding to the second position of the object in the viewing plane.