Abstract: An information processing device includes: an obtainer that obtains a ranking score assigned to each of a plurality of items of target broadcast content; a preference outputter that outputs preference information based on a viewing history of one or more items of broadcast content viewed by a user, the preference information being related to a preference of the user for each of the one or more items of broadcast content; an evaluator that assigns a preference score to each of the plurality of items of target broadcast content; and an order outputter that outputs order information based on the ranking score and the preference score, the order information being related to an order of the plurality of items of target broadcast content arranged according to the preference of the user.

Abstract: A remote control system includes a main body apparatus and a remote controller. A motion sensor included in the remote controller detects an amount of change in posture of the remote controller. A user interface creator included in the main body apparatus creates a user interface image including a pointer. The user interface creator: determines virtual coordinates of the pointer based on the amount of change in posture; when the virtual coordinates of the pointer are present in a movable region, displays the pointer at a position of the virtual coordinates; when the virtual coordinates of the pointer are present outside the movable region, displays the pointer at a position in the movable region closest to the virtual coordinates; and when the virtual coordinates of the pointer have reached a boundary of a clip region, limits the virtual coordinates of the pointer within the clip region.

Abstract: A user interface creator included in a recording and playback apparatus creates a plurality of selection screens for selecting, by a user, a desired program from among a plurality of recorded programs. The selection screens arrange and display a plurality of pieces of program information classified by different classification methods each other. When a predetermined user command is received during playback of a program, the user interface creator creates a user interface image that is for selecting, by the user, program information and that is displayed so as to be partially superimposed on video of the program being played back. The user interface image displays pieces of program information classified using a classification method that conforms to a classification method for the selection screen used when the program being played back is selected.

Abstract: A remote control system includes a main body apparatus and a remote controller. A motion sensor included in the remote controller detects an amount of change in posture of the remote controller. A user interface creator included in the main body apparatus creates a user interface image including a pointer. The user interface creator: determines virtual coordinates of the pointer based on the amount of change in posture; when the virtual coordinates of the pointer are present in a movable region, displays the pointer at a position of the virtual coordinates; when the virtual coordinates of the pointer are present outside the movable region, displays the pointer at a position in the movable region closest to the virtual coordinates; and when the virtual coordinates of the pointer have reached a boundary of a clip region, limits the virtual coordinates of the pointer within the clip region.

Abstract: A user interface creator included in a recording and playback apparatus creates a plurality of selection screens for selecting, by a user, a desired program from among a plurality of recorded programs. The selection screens arrange and display a plurality of pieces of program information classified by different classification methods each other. When a predetermined user command is received during playback of a program, the user interface creator creates a user interface image that is for selecting, by the user, program information and that is displayed around video of the program being played back. The user interface image displays a region representing program information or a classification type classified using a classification method that conforms to a classification method for the selection screen used when the program being played back is selected.

Abstract: A video output device outputs a plurality of video streams with use of shutter glasses, and dynamically switches between different videos such that in the case where a plurality of viewers are viewing a video output by the video output device, only a viewer who is operating a remote control can view a video stream different from a video stream other viewers are viewing. Operation signals instructing to start or terminate an operation mode are received. In an operation mode, time-sharing output of a first video stream and a second video stream is performed, and synchronizing signals each in synchronization with a time-sharing timing are transmitted. In a normal mode, images that are each generated based on any of images constituting the first video stream are output, and images constituting the second video stream are not output.

Abstract: A playback device for updating a character string in synchronization with a moving image displays a gradation character using an available index in a color lookup table. The playback device includes a pre-analysis unit that pre-analyzes character-string display instruction information in a text subtitle stream, thereby recognizing in advance the available index in the color lookup table and displaying the gradation character using the available index.

Abstract: A display device of the present invention displays a first image stored in first memory and a second image stored in second memory, by overlaying the first image on the second image. Once a display size/position of the first image is acquired, a first image generation unit is controlled to start generating the first image complying with the acquired display size/position. Until generation of the first image is completed, (i) a second image generation unit is controlled to generate an opaque second image that is opaque and large enough in size to cover the first image being generated, and (ii) the opaque second image is displayed. Upon completion of generation of the first image, (i) the second image generation unit is controlled to generate a partially transparent second image including a transparent part to be positioned over the first image, and (ii) the partially transparent second image is displayed.

Abstract: A recording device records contents in a plurality of recording media. While the recording device records a content in a recording medium, if a free space of the recording medium runs out, an unrecorded part of the content needs to be recorded in another recording medium. In order to play back all parts of the content, all recording media in which all the parts of the content have been separately recorded are necessary. Particularly, if an internal recording medium included in the recording device has a small space and accordingly a sufficient space is secured by connecting an external removable recording medium to the recording device after the recording has started, parts of the content are separately recorded in the internal recording medium and the external recording medium.

Abstract: A depth selector 18 selects a depth selecting position indicating a position along a depth axis Z, based on a depth selection command to be inputted by a user. A display judger 19 judges whether each of real objects RO is located on a forward side or on a rearward side with respect to the depth selecting position Zs in a depth space, and extracts real objects RO located on the reward side, as real objects RO to be displayed, in each of which a tag T1 is displayed. A drawing section 22 determines, on a display screen, a display position of each of the real objects RO to be displayed which have been extracted by the display judger 19 to draw the tags T1 at the determined display positions.

Abstract: To aim to provide a video output device that is capable of output a plurality of video streams with use of shutter glasses, and is capable of dynamically switching between different videos such that in the case where a plurality of viewers are viewing a video output by the video output device, only a viewer who is operating a remote control can view a video stream different from a video stream other viewers are viewing. Operation signals each instructing to start or terminate an operation mode are received. In an operation mode, time-sharing output of a first video stream and a second video stream is performed, and synchronizing signals each in synchronization with a time-sharing timing are transmitted. In a normal mode, images that are each generated based on any of images constituting the first video stream are output, and images constituting the second video stream are not output.

Abstract: Since a editing character string is managed by an input server, an application device cannot know whether scrolling is necessary. Accordingly, there has been a problem that it is impossible to properly realize a scroll function. Accordingly, a receiving unit receives an instruction from a user operation or an application device, and a character string editing unit edits a character string according to the instruction received. Further, an output management unit manages output, and a state notifying unit notifies a change of the internal state to the application device. When a output area does not have enough empty space to display an editing character, the state notifying unit instructs the application device to shift the confirmed character string. The application device, upon receiving the instruction, scrolls the confirmed character string upward.

Abstract: A playback device for updating a character string in synchronization with a moving image displays a gradation character using an available index in a color lookup table. The playback device includes a pre-analysis unit that pre-analyzes character-string display instruction information in a text subtitle stream, thereby recognizing in advance the available index in the color lookup table and displaying the gradation character using the available index.

Abstract: A display device of the present invention displays a first image stored in first memory and a second image stored in second memory, by overlaying the first image on the second image. Once a display size/position of the first image is acquired, a first image generation unit is controlled to start generating the first image complying with the acquired display size/position. Until generation of the first image is completed, (i) a second image generation unit is controlled to generate an opaque second image that is opaque and large enough in size to cover the first image being generated, and (ii) the opaque second image is displayed. Upon completion of generation of the first image, (i) the second image generation unit is controlled to generate a partially transparent second image including a transparent part to be positioned over the first image, and (ii) the partially transparent second image is displayed.

Abstract: A recording device records contents in a plurality of recording media. While the recording device records a content in a recording medium, if a free space of the recording medium runs out, an unrecorded part of the content needs to be recorded in another recording medium. In order to play back all parts of the content, all recording media in which all the parts of the content have been separately recorded are necessary. Particularly, if an internal recording medium included in the recording device has a small space and accordingly a sufficient space is secured by connecting an external removable recording medium to the recording device after the recording has started, parts of the content are separately recorded in the internal recording medium and the external recording medium.

Abstract: Since a editing character string is managed by an input server, an application device cannot know whether scroll is necessary. Accordingly, there has been a problem that it is impossible to realize the scroll function. A receiving unit (221) receives an instruction from a user operation or an application device (210). A character string editing unit (223) edits a character string according to the instruction received. An output management unit (224) manages output. A state notifying unit (225) notifies a change of the internal state to the application device (210). When the output area (243) does not have enough empty space to display an editing character, the state notifying unit (225) instructs the application device (210) to shift the confirmed character string. The application device (210), upon receiving the instruction, scrolls the confirmed character string upward.

Abstract: A character sequence drawing apparatus which stores font data and font processing functions for executing processes for using the font data. The font processing functions are, for example a rasterizer initialization function, a glyph-by-glyph pattern obtaining function, a glyph-by-glyph font metrics information obtaining function, and a common font metrics information obtaining function. The character sequence drawing apparatus receives, from an application program (AP), a piece of font access information that includes addresses of font data and a group of types of font processing functions, assigns a font ID to the piece of font access information, stores the font ID with correspondence to the piece of font access information, and sends the font ID to the AP. After this, the AP can issue a request to execute a drawing-related process (e.g., obtaining a character sequence width, obtaining height of a font, or drawing a character sequence) to the character sequence drawing apparatus, specifying a font ID.

Abstract: A program reception apparatus is provided. A first receiving unit receives a program sent via a first transmission path to a receiver group made up of a plurality of program reception apparatuses. A second receiving unit receives a program sent via a second transmission path different with the first transmission path to a part of the receiver group. A controlling unit controls so that one of the first and second receiving unit receives a program at one time. When the program received under the control of the controlling unit is accompanied with switch information for specifying a program to be received by the other receiving unit, an extracting unit extracts the switch information. When the switch information is extracted by the extracting unit, a switching unit switches reception to the program specified by the switch information.

Abstract: A character sequence drawing apparatus which stores font data and font processing functions for executing processes for using the font data. The font processing functions are, for example a rasterizer initialization function, a glyph-by-glyph pattern obtaining function, a glyph-by-glyph font metrics information obtaining function, and a common font metrics information obtaining function. The character sequence drawing apparatus receives, from an application program (AP), a piece of font access information that includes addresses of font data and a group of types of font processing functions, assigns a font ID to the piece of font access information, stores the font ID with correspondence to the piece of font access information, and sends the font ID to the AP. After this, the AP can issue a request to execute a drawing-related process (e.g., obtaining a character sequence width, obtaining height of a font, or drawing a character sequence) to the character sequence drawing apparatus, specifying a font ID.