Abstract: The present invention includes vibrating a second presentation visual object with respect to a first presentation visual object so as to include a vibration component of a specific control frequency, the second presentation visual object being in contact with or in proximity to the first presentation visual object, and making an apparent force appear to be applied from the second presentation visual object to the first presentation visual object.

Abstract: A pseudo force sense is implemented without changing the movement trajectory or size of a cursor. A pseudo force sense presentation device for this purpose includes a cursor detection unit, a cursor update unit, and a video display unit. The cursor detection unit detects position information of a cursor as an image displayed on the video display unit for a user to operate a device. The cursor update unit continuously changes and updates the image of the cursor on the basis of the position information. The video display unit presents the cursor whose image has been updated to the user according to the position information.

Abstract: A visual object is visually changed by a magnitude of visual change of the visual object according to a manipulation based on a motion of a body part on the basis of manipulation information indicating the manipulation and information indicating a relationship between the magnitude of visual change and a manipulation amount based on the manipulation, and information for presenting the visually changed visual object is output. Here, this relationship is defined at least according to an index representing a degree of a pseudo haptic sense to be presented.

Abstract: The present invention includes vibrating a second presentation visual object with respect to a first presentation visual object so as to include a vibration component of a specific control frequency, the second presentation visual object being in contact with or in proximity to the first presentation visual object, and making an apparent force appear to be applied from the second presentation visual object to the first presentation visual object.

Abstract: A softness impression control device receives designation information for designating a softness impression for a presented visual target, and obtains and outputs a deformation speed index corresponding to a softness impression index indicating a softness impression designated by the designation information using information representing a correspondence between a deformation speed index indicating a deformation speed of a visual target and a softness impression index indicating a softness impression given by the visual target deforming at the deformation speed. By presenting the presented visual target deforming at the deformation speed indicated by the output deformation speed index, it is possible to cause a designated softness impression to be given.

Abstract: A pseudo-haptic sensation presentation device receives first designation information that designates a specific user interface used for presenting a pseudo-haptic sensation, obtains, by using correspondence information indicating a correspondence between a plurality of pieces of registered user interface information indicating a plurality of different registered user interfaces and a plurality of pieces of conformity information for specifying visual information that is presented from the registered user interfaces in order to present the pseudo-haptic sensation, specific conformity information that is conformity information corresponding to the registered user interface information indicating the specific user interface designated by the first designation information, and, based on the specific conformity information, obtains output information indicating visual information that is presented from the specific user interface.