Abstract:
A recording apparatus, a recording method, a program for the recording method, a recording medium for recording the program of the recording method, a replaying apparatus, a replaying method, a program for the replaying method, and a recording medium for recording the program of the replaying method are provided to improve random accessibility when a representative image is replayed from the recording medium and detect mismatch between a moving picture file and the representative image simply, easily, and accurately by searching a head of an image to be replayed by using the representative image. A memory controller(22) records a moving picture in a recording medium as a moving picture file. A compression/decompression unit(24) generates a representative image representing a certain group of a frame image configuring the moving picture. A CPU(41) records the representative image in the recording medium as a representative image file. The CPU writes the representative image file by a file structure having a representative image receiving unit and a control information receiving unit. The representative image receiving unit receives the representative image. The control information receiving unit hierarchically receives control information for controlling the replay of the representative image according to a kind of the control information. Information indicating that the information received in the control information receiving unit is control information for controlling the representative image is received in the first layer of the control information receiving unit. Information indicating an update date of the moving picture file is received in the second layer which is lower than the first layer. The control information for controlling the replay of one representative image by the minimum replay unit is received in the third layer which is lower than the second layer.
Abstract:
Un aparato de generación de información que comprende: un medio (10) de captura de imágenes que captura una imagen en movimiento para generar así datos de imagen en movimiento consistentes en al menos una imagen unitaria, un medio (50) de adquisición de información de posición que adquiere información de posición indicativa de una posición donde se ha capturado la imagen en movimiento, un medio (21) de codificación de imagen en movimiento que codifica los datos de imagen en movimiento, y un medio (2150) de generación de tiempo de sistema que genera un tiempo de sistema, caracterizado porque comprende un medio (2140) de multiplexación que lleva a cabo una multiplexación añadiendo el tiempo de sistema común a al menos una imagen unitaria de los datos de imagen en movimiento y la correspondiente información de posición a cada imagen unitaria respectiva y la exactamente una información de posición correlacionada para así correlacionar la al menos una imagen unitaria y la correspondiente información de posición.
Abstract:
Information created in a local device and recorded in a recording medium and information received from outside and recorded in the recording medium are both classified according to the creation date/time information without losi ng the advantage of classification. Each of the image data files recorded in th e recording medium is added with an original recording file flag indicating whether the data is picked up in the local device and pickup date/time information if the data is picked up in the local device or acquisition date/time information if the data is received from outside. In the classification processing, the original recording file flag is checked (step S1), the acquisition date/time is used if the data has been acquired from outside (step S2) or the pickup date/time is used if the data has been picke d up (step S3), classification processing is performed (step S4), and the resu lt is displayed (step S5).
Abstract:
A top menu is configured to provide information about chapters contained in a recording medium when it is finalized. From an optical disk as a recording medium, a title retrieval section 310 reads title information about each title of motion picture data recorded on the optical disk. A chapter retrieval section 320 reads chapter information about each chapter in the corresponding title based on the title information obtained in this manner. Based on the chapter information obtained in this manner, a representative picture selection section 340 selects a representative picture in each chapter. A menu generation section 350 generates the top menu including a display area to reproduce chapters based on the chapter information obtained by the chapter retrieval section 320.
Abstract:
Time varying images 712 before coded are rearranged in a coding stage into unitary images 722 having the sequence of time stamps DTS 725. A GPS or the like provides position information indicative of the position whereat the respective unitary image of a motion image has been captured. The unitary image and the position information are correlated to one another by setting common time stamps PTS (724 and 723) thereon. When decoding each of blocks of coded and multiplexed data 731 to 735, the position information corresponding to the unitary image is specified. Thereby, the unitary image of the coded motion image and the corresponding position information are correlated to one another, whereby a trajectory of the motion image can be displayed on a map in accordance with the position information.
Abstract:
When finalizing a recording medium, information on each chapter contained in the recording medium is reflected in a top menu. A title search section (310 ) reads out title information on each title of moving picture data recorded on an optical disc from the optical disc as a recording medium. According to th e title information thus obtained, a chapter search section (320) reads out th e chapter information on each chapter in each title. According to the chapter information thus obtained, a representative image selection section (340) selects a representative image in each chapter. According to the chapter information obtained by the chapter search section (320), a menu creation section (350) creates a top menu containing a display area for reproducing each chapter.
Abstract:
Time varying images 712 before coded are rearranged in a coding stage into unitary images 722 having the sequence of time stamps DTS 725. A GPS or the like provides position information indicative of the position whereat the respective unitary image of a motion image has been captured. The unitary image and the position information are correlated to one another by setting common time stamps PTS (724 and 723) thereon. When decoding each of blocks of coded and multiplexed data 731 to 735, the position information corresponding to the unitary image is specified. Thereby, the unitary image of the coded motion image and the corresponding position information are correlated to one another, whereby a trajectory of the motion image can be displayed on a map in accordance with the position information.
Abstract:
Unencoded motion pictures (712) are exchanged in order during process of encoding, insulting in encoded motion pictures (722) having time stamps (DTS725). Each unit picture of the motion pictures is provided, by GPS or th e like, with respective positional information indicative of the position wher e that unit picture was picked up. Each unit picture is associated with the respective positional information by providing them with a respective common time stamp (PTS724, PTS723). In this way, each positional information associated with the respective unit picture is determined during decoding of the encoded multiplexed data (731 to 735). In this way, each unit picture of the encoded motion pictures is associated with its respective positional information, and the trail of the motion pictures can be displayed, based on that positional information, on a map.
Abstract:
Disclosed herein is a picture display controlling apparatus capable of improving the user's ease of operation upon selecting picture data on a small-size screen of digital cameras or the like. Picture data items held in a data holding unit (310) are sorted into picture groups. The location of the picture data item most recently displayed from any of the picture groups is held as a picture resume pointer in a resume pointer holding unit (320). With an operation input accepted from the user by an operation inputting device (340), a display controlling unit (390) causes a displaying unit (350) to display the picture designated by the operation input while effecting transition from the current display status retained in a status holding unit (330). If the operation input designates transition from a first picture group to a second picture group, the location of the picture data item currently displayed from the first picture group is placed into the resume pointer holding unit (320), and the location of the picture data item to be displayed anew from the second picture group is retrieved from the resume pointer holding unit (320).