Label: Flumo Netlabel - FLM021 Format: 4x, File MP3, EP 320 kbps Country: Spain Genre: Electronic Style: Techno, Minimal
En este caso, el DS20 que sigue al DS10 se carga en la memoria intermedia de datos codificados 13 flecha hst2 en la figura Tribune Publishing. M ixotic presenta una compilacion de grandes tracks producidos por la escena de netlabels, mezclados por Frosty. En su Beach Beat remix de Rhythmical, podemos apreciar que su actual residencia en el Mochima Bar de Barcelona y el verano europeo han dejado su color en el remix. User interface and processing system for digital video, audio and ancillary data. In view of the advances in recording mediums and to achieve the above purpose, it is recorded in a recording medium according to the present invention a digital stream into which a video stream and a graphics stream are multiplexed.
El Ganador Prisionero. Retrieved from " https: Hidden categories: CS1 Spanish-language sources es Pages using infobox television with editor parameter Articles needing additional references from January All articles needing additional references All articles with dead external links Articles with dead external links from July Articles with permanently dead external links. Namespaces Article Talk.
Views Read Edit View history. Sword Art Online. Cosmic Journeys. The Charlotte Church Show. Campus Ladies. Press Your Luck. Beach Girls. The Miraculous Mellops. King David. All Over The Shop. Three Brothers. VOY Music. January 29, Retrieved March 29, Archived from the original on December 7, Archived from the original on March 2, Retrieved August 19, CS1 maint: Complete list of nominees and winners".
Tribune Publishing. August 5, La lista completa de nominados". People in Spanish. Time Inc. December 2, Retrieved December 2, Prometheus Global Media. December 30, Retrieved July 20, United for Colombia.
June 1, April 15, European Parliament. April 20, Colombian Air Force. Global Rhythm. July 17, December 25, May 25, NY Daily News. Even so, the initial interactive display can be formed upon completion of decoding of graphics objects for normal and selected states of each button. With this arrangement, the interactive screen initial may be filed even if the ODSs for the activated state have not yet been read and decoded.
As a result, the duration between the start of the reading of DS and completion of the presentation of the initial interactive display is shortened. Con referencia a la figura 21, se describe el orden de los ODSs que se representan en las figuras 16 y The ODSs are for animated presentation of the character image shown in Figure Similarly, the ODSs , , and are for animated presentation of other character images. Thus, setting the state group composed of the above ODSs button ODS , , , as the first button state group in the DS, the initial interactive display is ready for display even before you finish reading the DS.
Esto asegura que la pantalla interactiva compuesta de botones animados sea visualizada sin retardo. This ensures that the interactive display composed of animated buttons is displayed without delay. Then the order of ODSs when there are described multiple references from a plurality of button-state groups. With the multiple references, for example, it is commonly used a specific graphic object used to present a button in the normal state to make another button in the selected state.
In other words, the graphics object is shared, so that the number of ODSs can be reduced. Here, a problem arises as to which button state group belongs to an ODS with multiple references. Specifically, when one ODS is associated with a button in the normal state as well as another button in the selected state, determine whether the ODS belongs to the button state to the normal state or the group button state to state selected. In this case, the ODS is placed in the button state group that first appears.
Also, an ODS referenced by both groups selected state and the activated state is placed in the group of selected state. This concludes the description of the order of ODSs with multiple references.
Now, the order of ODSs within the button state group for the selected state is described. In the button state group for the selected state, which of the ODSs should be placed at the beginning it depends on whether a default selected button is determined. In this case, the ODS associated with the default selected button is placed at the beginning of the button-state group. Suppose paths previous playback correspond to Chapters 1, 2, and 3, a DS serving as a connection point is for presentation of buttons associated with Chapters 1, 2, and 3.
Ideally, when the interactive display is presented after reproduction of Chapter 1, Chapter 2 associated with the button should be selected as default. Similarly, after reproduction of Chapter 2, the button associated with Chapter 3 should be selected as default, and the button associated with Chapter 4 after reproduction of Chapter 3. In this case, no need to place a group of ODSs specific state of the start button because no specific button is selected as default.
This concludes the description of the order of ODSs. An epoch is a period of time in the playback time axis during which memory management is continuous. The time axis of AV Clip playback mentioned here is a time axis to define the decoding time and display time of individual images that constitute the video stream multiplexed in the AV Clip.
The decoding time and presentation time on the reproduction time axis are expressed with a time accuracy of 90 KHz. The PTS shows a time limit to complete decoding. The decoding of ODS can not be completed instantly, and takes some time. The PTS value shows the limit for when the decoding of ODS j needs to be completed and the resultant compressed graphic object does not have to be available in the object buffer of the reproduction apparatus time.
The PTS within the ICS is set to the value obtained by adding 1 the PTS value of the ODS whose decoding time is latest among all ODSs needed for the initial display of the DS n , 2 the time taken to clear the graphics plane, and 3 the time it takes to transfer the decoded graphics object to the graphics plane.
Thus, the initial interactive display is not available for presentation until you are ready to present each button in the normal state and the selected state.
If not, it has to meet the following formula. La figura 22 ilustra un ejemplo de dicho control. In this example, the buttons are to be displayed in synchronism with the display time of image PY1 video stream. To this end, the PTS within the ICS needs to be set to the value corresponding to the display point of picture data py1. The decoding of ODSs constituting the initial interactive display of DS n must be finished before the time calculated by subtracting from the time shown by the PTS in ICS, the duration plane clear cd1 and duration object transfer td1.
Thus, the PTS of the ODS whose decoding time is latest needs to be set to corresponding to a point of time marked in the figure with a black star value.
The illustrated example in Figure 22 is a simplified case in that only one ODS is used for overlay with the video data. Suppose that it takes the duration dd1 in decoding S-ODSsfirst, which is the ODS of which decoding time is latest among all the ODSs needed for presentation of the initial interactive display. In addition to presentation of the initial interactive display, the graphics plane must be cleared and decoded graphics objects must be transferred. In addition to the presentation of the initial interactive display, the screen should be cleaned and decoded graphics objects must be transferred.
This concludes the description on the timing control defined by the ICS. Note that the synchronous control by the PTS of ICS includes not only present a button at a specific point on the axis of playing time, but also make available a drop-down menu to display for a specific time period on the time axis of reproduction. The drop-down menu is displayed by pressing a menu key on the remote controller Like the ODSs used for presentation of buttons, ODDS for presentation drop-down menu are decoded and the decoded objects are presented in the graph plane.
A presentation unless the graphics plane is finished, there can be no response to a menu call from users. In order to allow the synchronous display drop-down menu, the PTS of the ICS shows the time that the pop screen is available. This concludes the description of the recording medium according to the first embodiment of the present invention.
Then a reproducing apparatus described in the first embodiment of the present invention. The reproduction apparatus according to the present invention is produced industrially based on the internal structure. The reproduction apparatus is roughly made up of three parts that are a system LSI, a drive device, and a microcomputer system. The reproduction apparatus can be manufactured by mounting these parts on a cabinet and substrate of the apparatus.
The system LSI is an integrated circuit including various processing units for achieving the functions of the playback apparatus. The reproduction apparatus manufactured in the above manner comprises a BD drive 1 a track buffer 2, a PID filter 3, transport buffers 4a, 4b, and 4c, a peripheral circuit 4d, a video decoder 5, a flat video 6, an audio decoder 7, a graphics plane 8, a CLUT unit 9, an adder 10 and a graphics decoder 12, a buffer encoded data 13, a peripheral circuit 13a, a graphics processor current 14, an object buffer 15, a composition buffer 16, a graphics controller 17, a UO controller 18, a group of records player 19, and a controller La memoria intermedia de pista 2 es una memoria FIFO.
The track buffer 2 is a FIFO memory. No se requiere ninguna memoria intermedia dentro del filtro PID 3. Consiguientemente, los paquetes TS que entran en el filtro PID 3 se escriben en las memorias intermedias de transporte 4a, 4b, y 4c sin retardo.
Accordingly is required, the TS packets entering the PID filter 3 are written to the transport buffers 4a, 4b, and 4c without delay. The peripheral circuit 4d has a wired logic for converting TS packets read from the transport buffers 4a, 4b, and 4c into functional segments. Los segmentos funcionales se guardan entonces en la memoria intermedia de datos codificados The functional segments are then stored in the coded data buffer The video decoder 5 decodes TS packets output from the PID filter 3 to obtain uncompressed pictures, and writes the images obtained on the plane Video 6.
The video plane 6 is a plane memory for video data. The audio decoder 7 decodes TS of packets outputted from the PID filter 3, and sends uncompressed audio data.
The adder 10 then performs addition of corresponding pixels in graphics tablets and no resulting image data in uncompressed video plane 6 to send a composite image. The graphics decoder 12 decodes a graphics stream to obtain uncompressed graphics, and displays the uncompressed graphics on the graphics plane 8 as graphics objects. As a result of decoding the graphics stream, subtitles and menus appear on the screen.
This graphics decoder 12 comprises the coded data buffer 13, the peripheral circuit 13a, the stream graphics processor 14, the object buffer 15, the composition buffer 16, and the graphics controller La memoria intermedia de datos codificados 13 se usa para almacenar segmentos funcionales conjuntamente con sus DTSs y PTSs.
Los segmentos funcionales se obtienen quitando una cabecera de paquete TS y una cabecera de paquete PES de cada paquete TS almacenado en las memorias intermedias de transporte 4a, 4b, y 4c, y disponiendo las cargas en secuencia.
The functional segments are obtained by removing a TS packet header and PES packet header from each TS packet stored in the transport buffers 4a, 4b, and 4c, and arranging the payloads in sequence. The peripheral circuit 13a has a wired logic for transferring data from the coded data buffer 13 to the stream graphics processor 14, as well as from the coded data buffer 13 to the composition buffer In more detail, when the current time reaches the DTS of an ODS, the peripheral circuit 13a transfers the ODS from the coded data buffer 13 to the stream graphics processor The stream graphics processor 14 decodes an ODS to obtain uncompressed graphics having index colors, and transfers the uncompressed graphics to the object buffer 15 as a graphics object.
The decoding rate Rd of the graphics object decoding mentioned above is equal to the output rate of the stream graphics processor The object buffer 15 stores graphics objects decoded by the stream graphics processor The graphics controller 17 decodes an ICS stored in the composition buffer 16, and performs control based on a decoding result in the specified by the PTS attached to ICS time.
The UO controller 18 detects a user operation made on the remote controller and the front panel of reproduction apparatus, and outputs information showing the detected user operation hereinafter referred to as UO User Operations to the controller The player register group 19 is a group of registers provided within the controller 20, and includes 32 player status registers and 32 general purpose registers.
The expression "PSR x " shows the value of the xth player status register. PSR 0: Reservado PSR 0: PSR 1: PSR 2: Number of current subtitle graphics to decode. PSR 3: Angle Number set by the user. PSR 4: Title number that is the Current Reproduction Target.
PSR 5: PSR 6: PL is the number Current Reproduction Target. PSR 7: PlayItem number that is the current target reproduction. PSR 8: PSR 9: Navigation timer count. PSR PSR 11 - Reservado PSR 11 - Nivel parental puesto por el usuario PSR Language code for audio.
Language code for subtitle. Language code for menu description. PSR 19 - Reservado PSR 19 - That is, when the reproduction apparatus displays a new image, the PSR 8 is updated in order to keep the value corresponding to the start time display ie, the presentation time of the newly displayed image.
With reference to PRS 8 , the current reproduction point is known. The controller 20 performs integral control through the bi-directional data exchanges with the graphics decoder The data sent from the controller 20 to the graphics decoder 12 are received by the UO OUs controller Data sent from the graphics decoder 12 to controller 20 button commands are included in an ICS.
The components of reproduction apparatus having the above structure perform processing in tube. Figure 26 is a time chart showing decoding of ODSs. The second level shows durations of the ODSs decoding by the stream graphics processor The first level shows durations of processing it performed by the graphics controller Therefore, reading ODS1 is completed, at the latest, immediately before the decode duration dp1 of the ODS1 to the coded data buffer The above processing is performed in the single tube stream graphics processor In the case where a default selected button is specified, all the graphics objects necessary for presentation of the initial interactive display is available in the object buffer 15 upon completion of decoding all the ODSs for the normal state and the first ODS for the selected state.
In the figure, at the time shown by the PTS13, all graphics objects necessary for presentation of the initial interactive display are available. At the first level, the duration cd1 is needed for the graphics controller 17 clean the graphics plane 8, and the duration td1 is needed to display the graphics on the object buffer 15 to the graphics plane 8.
That is, graphs are obtained uncompressed constituting an interactive display on the graphics plane 8 at the end of time calculated by adding to the PTS13 value of the ODS duration plane clear duration cd1 and filing td1 of the decoded graphics objects. Como resultado, se produce una imagen compuesta. The CLUT unit 9 performs color conversion on the uncompressed graphics, and the adder 10 overlies graphics in a uncompressed picture stored with the video plane 6.
As a result, a composite image is produced. With the above arrangement, the initial interactive display is presented without waiting for completion of the decoding of the ODSs belonging to the button state group for the selected state and the activated state.
Thus, compared with the case where the initial interactive display is presented only after decoding all ODSs within the DS, the presentation is earlier in the duration hy1 shown in FIG. The same applies to the drawings with like reference numerals. In the graphics decoder 12, the stream graphics processor 14 continues decoding while the graphics controller 17 is clearing or submitting the graphics plane 8 the decode durations of ODS n , ODS 1, ODS n shown in the second level.
Since the decoding of the remaining ODSs continues even while the graphics controller 17 is clearing or submitting the graphics plane 8, the decoding of the remaining ODSs ends before otherwise. As a result of such pipeline processing, presentation of the initial interactive display and updates to the display can be performed quickly.
The example in Figure 26 concerns the case where a default selected button is specified. Figure 27 is a time chart showing the pipeline processing performed by the reproduction apparatus in the case where no selected button is not specified by default.
In this case, all the graphics objects necessary for presentation of the initial screen are available upon completion of decoding all the ODSs for the normal state and the selected state, and loading the resulting objects to the graphics plane 8. Thus, compared with the case where interactive display is presented only after all the ODSs within the DS they are decoded, the presentation duration hy2 shown in the figure is expected.
This concludes the description of the internal structure of the playback apparatus. Next, the implementation of controller 20 and the graphics decoder The controller 20 may be implemented by a general purpose CPU executing a program of the steps shown in Figures 28 and The following describes operations described performed by controller 20 with reference to figures 28 and After decoding a command including a LinkPL function, the controller 20 it operates as shown in Figure En este diagrama de flujo, el PlayItem y la unidad de acceso a procesar se indican con PI y y unidad de acceso v , respectivamente.
As shown in the flowchart, the reproduction apparatus reads PL. Access Unit specified by the resulting address is designated as an Access Unit v step S5. Access Unit specified by the resulting address is designated as an Access Unit w step S7. If the result of step S11 is "YES", the processing of this flowchart ends. In a step S10, loading a segment buffer function in the encoded data 13 simultaneously with the reading of Access Units. La figura 29 es un diagrama de flujo de las operaciones llevadas a cabo para cargar segmentos funcionales.
In this flowchart, after the ignore flag is initialized to 0 step S20 , steps S21 a loop of S24 and S27 to S35 for a segment K S25 and S26 is performed. In step S28, it is determined whether the immediately preceding DS is stored in the coded data buffer The immediately preceding DS is not stored in the coded data buffer 13 is performed if a skip operation.
In this case, the presentation has to start a DS of point of purchase, so that the processing go to step S30 S Moreover, in the case where the immediately preceding DS is stored in the buffer encoded data 13 step S YES , the ignore flag is set to "1" step S29 , and processing goes to step S If set to "1" step S YES , the button command of the button information is loaded to the coded data buffer 13 while other data is ignored step S With the ignore flag set to "1", the result of step S22 is "NO", so that all functional segments belonging to an Acquisition Point DS are ignored.
El arte de tapa fue tomado de lens-flare. N uevo mix de Op3n, esta vez a cargo de Sr. EL mix incluye cinco tracks unreleased de su propia cosecha. Click - untitled…………………………… unpublished 02 - Sr. Click - untitled…………………………… unpublished 03 - Sr. Click - Inampli……………………………. Click - untitled…………………………… unpublished 05 - Sr. Click - inoQuo……………………………..
Click - La Joya……………………………. Click Transgressive mix … inoQuo 09 - Sr. Click - Un dia de furia…………………….. Click - Lo Ho Ho…………………………… miga 11 - Sr. Click - untitled…………………………… unpublished 12 - Sr. Click - Summer……………………………..
Click - Toyl………………………………. Click - untitled…………………………… unpublished 17 - Sr. Click - Basica-mente……………………….. M ixotic presenta una compilacion de grandes tracks producidos por la escena de netlabels, mezclados por Frosty. Ideal para las pistas, a veces progessive, a veces minimal, siempre bueno para los gritos de alegria. Ruhrschnellweg es el nombre de la ruta principal que une alguno de las ciudades principales del area y es usada para ir a clubs como el Planet de Bochum, una ciudad alemana en el estado Renania del Norte-Westfalia.
Ydanneg - Kromizm [Electronic Youth Vol. Dupont - Simpleton 02 [Rohformat, rf] Nick Zero - 2 Steps Back [rest, rest] Ronny Pries - Part I [Rohformat, rf] Pasquale Maassen - fahrgestell [Zimmer Records, Zimmer] Sead Redzic - faith [Zimmer Records, Zimmer] D -Soul es el hacedor del net label Tropic.
Manuel nos trae dos tracks de un elegante Deep House. En su Beach Beat remix de Rhythmical, podemos apreciar que su actual residencia en el Mochima Bar de Barcelona y el verano europeo han dejado su color en el remix. Mas Info: Walker , siempre escuchaba. Stroll [swm] DJ: Kudu Estilo: Esperemos que asi sea.
Por ser el primero, viene sin arte de tapa. Asi lo dejamos. U n nuevo mix de la casa hace su aparicion y esta vez es a cargo de Juan Deminicis. Tracklist
Forlorn - Ruins (8) - Incidents (Vinyl, LP, Album), Say You Love Me - Dancers Image - Fleetwood Mac Songbook (Vinyl, LP), ORahillys Grave - Denis Murphy Julia Clifford - The Star Above The Garter (Vinyl, LP), Directions - Carole King - Fantasy (8-Track Cartridge, Album), Broken Wings (Pierre Hiver M. Hammers Trip To U.K. Mix) - Various - Trance Voices (CD)