Abstract:
PROBLEM TO BE SOLVED: To synthesize images with simple operation by using photographs continuously photographed and create a photograph a photographer intends. SOLUTION: An image processor is provided with: a display image for displaying a first image included in a group of images continuously photographed; a friction position detection part for detecting a friction position on the display image rubbed against by a user; and an image synthesizing part for synthesizing a pixel area of the first image corresponding to the friction position with a pixel area of a second image included in the group of pixels. The image synthesizing part switches the second image synthesized into the first image so that a difference in time for photography between the first image and the second image may become larger as an amount of friction rubbed against by the user becomes larger. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide an information display terminal which has excellent visibility and operability and can provide an operation environment in which an intuitive operation is possible. SOLUTION: The information display terminal 110, which displays an object of a graphical user interface on a display screen 114, has a first operation information acquisition section 132 which acquires first operation information which contains positional information on a display screen through a touch detection face 112 formed overlapping on a display screen, second operation information acquisition section 134 which acquires second operation information which contains the positional information on the display screen through a touch detection face 122 formed on a face opposite to the display screen, and a display control part 142 which controls the display of the object on the display screen, based on the first operation information and the second operation information which has been acquired. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To easily and rapidly notify a user whether operation of drag and drop is possible or not. SOLUTION: In this information processor, a decision part 51 decides whether or not an icon is indicated by a pointer in a state that a prescribed condition is satisfied. When it is decided that the icon is indicated by the pointer in the state that the condition is satisfied, a movement source movement destination specification part 52 specifies a movement source shown by the icon indicated by the pointer and a movement destination shown by an object on a screen of a drag and drop destination, to which the icon of the movement source is dragged and dropped. A display control part 53 controls display of an animation dragged and dropped to the object of the movement destination with the icon of the movement source. The information processor can be applied to a personal computer. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide an electronic device capable of improving the quality of operation explanation by allowing a user to surely recognize that an image in a display screen in an animation representing the movement of the electronic device for purpose of operation explanation is equivalent to a photographed image. SOLUTION: If zoom buttons 6a, 6b are pressed in a help display mode, a help display processing program 33 fetches three-dimensional model data 32 of a digital camera from a ROM 24, and creates a three-dimensional animation using this model data 32 and the image data actually fetched via a lens portion 2. This three-dimensional animation is provided with movements of expanding/retracting the lens portion 102 of the three-dimensional model 71 and movements of pasting image data 74 inputted through the lens portion 2 onto the inside of a liquid crystal monitor 105 of the three-dimensional model 71 and expanding/retracting this image data 74 so as to correlate the data 74 with each of the movement of the lens portion 102 of the three-dimensional model 71. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To determine the value of contents while reflecting user's evaluation. SOLUTION: A contents provider server 12 distributes contents data to a user terminal 13, which transmits evaluation as to the contents as evaluation data to the contents provider server 12. The contents provider server 12 accumulates those evaluation data and transmits finally accumulated evaluation data to a platform server 11. The platform server 11 determines the value of the contents by multiplying the total of use charges gathered from respective user terminals 13 by the rates of evaluation data by contents to the total of evaluation data sent from all contents providers. This invention is applicable to a system which distributes contents. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To allow delivering advertisement information optimum to each individ ual user. SOLUTION: In an advertisement delivery system as an embodiment of the invention, an advertisement delivery server 801 transmits advertisement mails informing predetermined information to a PDA 1-1 and 1-2 (hereafter called PDA 1 as a summary). In the mails, a script and data (data become necessity for executing the script) come with the script are included. And when the mails are opened at the PDA 1, for example, advertisement information corresponding to stored information on user's schedule is chosen to display.
Abstract:
PROBLEM TO BE SOLVED: To interrupt the current execution of an application and then to let another device resume the execution of the application. SOLUTION: A first PDA, in a step S901, produces data indicating the state of the execution of a script, in a step S902, attaches the script and data (including the data indicating the state of the execution of the produced script) to e-mail and transmits it, and terminates the execution of the script in a step S903. A second PDA, in a step S911, works with the opening operation of the received e-mail to extract the script and the data from the e-mail, and resumes, in a step S912, the execution from the state of the script just before the interruption depending on the data indicating the state of the execution of the script included in the extracted data.
Abstract:
PROBLEM TO BE SOLVED: To easily recognize the position of another user sharing a three- dimensional virtual reality space by overlapping it on a three-dimensional virtual reality space picture so as to display it based on update data transferred from a sharing server terminal. SOLUTION: A browser obtains a peripheral information table transmitted from a bureau and recognizes the position of a virtual reality space where another user exists from the sharing space coordinate. Then, the position of the other user is reflected on a radar map 203 from the position where the user exists and the recognized position. It is overlapped with the virtual reality space picture so as to display it on a main window. Since the radar map 203 is overlaid on the main window where the virtual reality space is displayed, the user can view the radar map 203 almost not moving the eyes, and the user can easily recognize the position of the other user.
Abstract:
PURPOSE: To provide a layout device which arranges visually recognizable information on characters, figures, photographs, images, etc., in a specific area automatically and properly. CONSTITUTION: An element analysis part 410 extracts the connection relation among independent graphic elements, explaining the whole without depending upon a specific part, of information consisting of elements inputted to a display device 400. An element size determination part 420 determines sizes to which those independent graphic elements are arranged, and an independent graphic element arrangement part 43 properly arrange the independent graphic elements in a specific arrangement area according to the extracted connection relation. In the remaining area after the independent graphic elements are arranged, a deformable element arrangement part 440 properly arrange document elements of the information and graphic elements regarding the document. Through those processes, plural layout candidates are obtained and a layout selection part 450 selects the best layout of them, so that the information is displayed at a display part 460 with the selected layout.