A positioning apparatus capable of making a position of a pointer on a screen stand out and be prominent at appropriate timing for the user when the user uses a pointing device, such as a mouse. A color of an image within a first region on a screen and a color of an image within a second region, a size of which differs from the size of the first region, are alternately displayed by inverting the image data of the image within the region around a mouse cursor, during the simultaneous depression of a right button of the mouse and a shift key of a keyboard by the user. The use of a rectangular area as the first region in which the center of the area aligns to the coordinate values (M.sub.X, M.sub.Y) of the mouse cursor, and the coordinate values of a top right corner are represented by (M.sub.X +L.sub.1,M.sub.Y +L.sub.1) and the coordinate values of a bottom left corner are represented by (M.sub.X -L.sub.1 M.sub.Y -L.sub.1), and a rectangular area as the second region in which the center of the area aligns to the coordinate values (M.sub.X,M.sub.Y) of the mouse cursor, and the coordinate values of the top right corner are represented by (M.sub.X +L.sub.2,M.sub.Y +L.sub.2) and the coordinate values of a bottom left corner are represented by (M.sub.X -L.sub.2,M.sub.Y -L.sub.2), causes an amount of calculation for changing the color to be decreased, wherein the L1 and L2 are predetermined constant values.
The present invention aims at easy and efficient selection of bands present on a lane. A region 502 is set on a display of a lane 503 having a plurality of bands 504 to 508, based on an input cursor 501 of a pointing unit. The bands 506 to 508 within the region 502 are displayed to be in a selection candidate state. The size of the region 502 may be altered by an input of a predetermined key of a keyboard. Along with the size alteration of the region 502, bands to be displayed in the selection candidate state also change. By selecting with the mouse button, a band of interest is accurately selected from the bands in the selection candidate state.
A method, apparatus, and system are provided for accentuating a pointer. An idle time period associated with a pointer relating to a display is monitored. A determination is made whether a termination of the idle time period associated with the pointer has occurred based upon the monitoring. A representation of the pointer is modified in response to the termination of the idle time period associated with the pointer.
A display system includes: a display section; and a control section for controlling the display section, wherein the control section includes a cursor display section for displaying a cursor on the display section, and a cursor position indication image display section for displaying on the display section, based on a predetermined condition, a cursor position indication image which indicates a position of the cursor displayed by the cursor display section, and the cursor position indication image display section displays the cursor position indication image in the vicinity of the cursor displayed by the cursor display section.
The progress of transferring an electronic object from a sending handheld to a receiver is graphically represented as an gradually object sliding out of view on the display of the sender and gradually sliding into view on the display of the receiver. A gravity sensor in the handheld is used to determine the transmission's data rate. This visual feedback is an ergonomic feature for, e.g., electronic toys.
Embodiments of the present invention generally provide methods, systems, and articles of manufacture for locating a cursor displayed on one of a set of one or more monitors. According to some embodiments, in response to receiving specified user input, visual indication of the location of the cursor may be provided on one or more monitors not containing the cursor. Visual indication of the location of the cursor may also be provided on the monitoring containing the cursor. The specified user input may include any type of suitable user input, such as mouse movements, keystroke sequences (e.g., hot keys,) and/or audio input (e.g., voice commands). For some embodiments, parameters used for locating the cursor (e.g., the specified user input, sensitivity to mouse movements, etc.) may be specified by a user, for example, via a graphical user interface (GUI) screen.
