RU2005125410A - METHOD FOR MANAGING PORTION OF ANIMATION DATA AND ITS ATTRIBUTIVE INFORMATION FOR USE IN AN INTERACTIVE DISK - Google Patents

Claims (90)

1. A method of managing animation data and corresponding control data for recording on a medium with enhanced navigation, comprising generating animation data containing the first image data in the form of a first MNG graphic file in a data portion format, wherein the first graphic file contains a first header part, a second end portion, first control data and a frame including additional data; and recording the first image file on an enhanced navigation medium. 2. The method according to claim 1, in which the frame, including additional data, contains a second graphic file. 3. The method according to claim 1, in which the frame, including additional data, contains a third graphic file. 4. The method according to claim 1, in which the frame, including additional data, contains at least a second graphic file or a third graphic file. 5. The method according to claim 4, in which the second image file contains the second image data and the second control data for controlling the reproduction of the animation data in the first image file. 6. The method according to claim 4, in which the third file contains the third image data and the third control data for controlling the reproduction of the animation data in the first graphic file. 7. The method according to claim 1, in which the medium with advanced navigation is an interactive universal digital disc I-DVD. 8. The method according to claim 4, in which at least the second graphic file or third graphic file contains fourth control information for controlling the reproduction of the first image data. 9. The method according to claim 1, in which the graphic file further comprises information about the completion action. 10. The method according to claim 1, in which the first graphic file further comprises information about the physical size of the pixel. 11. The method according to claim 1, in which the first graphic file further comprises information about the palette. 12. The method of claim 1, wherein the first image file further comprises transparency information. 13. The method according to claim 1, in which the first graphic file additionally contains at least either information about the completion action, or information about the physical size of the pixel, or information about the palette, or transparency information generated before the frame, including additional data . 14. The method according to claim 4, in which the frame, including additional data, contains a combination of at least a second graphic file or a third graphic file. 15. The method according to claim 4, in which the second graphic file contains at least either a second header information, or second image data, or second information about the end of the image. 16. The method according to clause 15, in which the second graphic PNG file further comprises at least either the second information about the physical size of the pixel, or the second standard RGB information, or the second gamma information, or the second critical color information, or second information about the palette, or second information about transparency. 17. The method according to clause 16, in which between the second header information and the second image data of the object is formed, at least either the second information about the physical size of the pixel, or the second standard RGB information, or the second gamma information, or the second critical information color, or the second information about the palette, or the second information about transparency. 18. The method according to 17, in which at least either the second information about the physical size of the pixel, or the second standard RGB information, or the second gamma information, or the second critical color information, or the second palette information, or the second transparency information is used to control the reproduction of the second image data. 19. The method according to claim 4, in which the third graphic file contains at least either a third header information, or third image data of the object, or third information about the end of the image. 20. The method according to claim 19, in which the third graphic file further comprises at least either third information about the physical size of the pixel, or third standard RGB information, or third gamma information, or third critical color information, or third information about the palette, or the third transparency information. 21. The method according to claim 20, in which between the third header information in JNG format and the third image data of the object, at least a third information about the physical size of the pixel, or a third standard RGB information, or a third gamma information, or a third critical color information, or third palette information, or third transparency information. 22. The method according to item 21, in which at least either the third information about the physical size of the pixel, or the third standard RGB information, or the third gamma information, or the third critical color information, or the third palette information, or the third transparency information is used to control the playback of third JPEG image data. 23. An enhanced navigation medium containing audiovisual (A / V) data; navigation data for controlling the reproduction of audiovisual (A / V) data through an advanced navigation player; and a structural configuration for arranging audiovisual (A / V) and control data, wherein the structural configuration comprises a data frame containing a first graphic file having animation information. 24. The enhanced navigation medium of claim 23, wherein the first image file contains a first portion of data; and at least a second portion of data or a third portion of data. 25. The enhanced navigation medium of claim 24, wherein the first piece of data comprises a first header frame identifier; first end frame identifier; and first control information. 26. An advanced navigation data structure for composing animation data for playback by an advanced navigation player, comprising: a first image file containing audiovisual (A / V) data; navigation data for controlling the reproduction of audiovisual (A / V) data through an advanced navigation player. 27. The data structure with extended navigation according to claim 26, wherein the audiovisual (A / V) data and navigation data are arranged in a first portion of data; and at least a second piece of data or a third piece of data. 28. The data structure with advanced navigation according to item 27, in which the first piece of data contains the first identifier of the header frame; first end frame identifier; and first control information. 29. The data structure with advanced navigation according to item 27, in which the second piece of data contains the second identifier of the header frame; second end frame identifier; and second control information. 30. The data structure with advanced navigation according to item 27, in which the third piece of data contains the third identifier of the header frame; third end frame identifier; and third control information. 31. A method for managing animation data and corresponding control data for recording on a medium with enhanced navigation includes generating animation data containing audiovisual (A / V) image data in the form of an MNG file (Multimedia Network Graphics) in a data portion format wherein the MNG file contains a header part in the MNG format, an end part in the MNG format, control data in the MNG format, and a frame including additional data; and writing the MNG file to an enhanced navigation medium. 32. The method according to p, in which the frame, including additional data, contains a PNG file (Portable Network Graphics - portable network graphics). 33. The method according to p, in which the frame, including additional data, contains a JNG file (JPEG Network Graphics - network graphics in JPEG format). 34. The method of claim 31, wherein the frame including the additional data comprises at least a PNG file (portable network graphics) or a JNG file (network graphics in JPEG format). 35. The method according to clause 34, in which the PNG file contains image data in PNG format and control data in PNG format to control the playback of animation data in an MNG file. 36. The method according to clause 34, in which the JNG file contains image data in the JNG format and control data in the JNG format to control the playback of animation data in the MNG file. 37. The method according to p, in which the medium with advanced navigation is an interactive universal digital disc (I-DVD). 38. The method according to clause 34, in which at least the PNG file or JNG file contains the fourth control information for controlling the playback of the first audiovisual (A / V) image data. 39. The method according to p, in which the MNG file further comprises information about the completion action. 40. The method according to p, in which the MNG file additionally contains information about the physical size of the pixel. 41. The method according to p, in which the MNG file further comprises information about the palette. 42. The method of claim 31, wherein the MNG file further comprises transparency information. 43. The method according to p. 31, the MNG file additionally contains at least either information about the completion action, or information about the physical size of the pixel, or information about the palette, or transparency information generated before the frame including the additional data. 44. The method according to clause 34, in which the frame, including additional data, contains a collection of at least a PNG file or JNG file. 45. The method according to clause 34, wherein the PNG file contains at least either header information in PNG format, or image data of an object in PNG format, or second information about the end of the image. 46. The method according to item 45, in which the PNG file further comprises at least either the second information about the physical size of the pixel, or the second standard RGB information, or the second gamma information, or the second critical color information, or the second information about the palette, or the second information about transparency. 47. The method according to item 46, in which between the header information in PNG format and image data of an object in PNG format, at least either the second information about the physical size of the pixel, or the second standard RGB information, or the second gamma information, or second critical color information, or second palette information, or second transparency information. 48. The method according to clause 47, in which at least either the second information about the physical size of the pixel, or the second standard RGB information, or the second gamma information, or the second critical color information, or the second palette information, or the second transparency information is used to control the playback of object image data in PNG format. 49. The method according to clause 34, in which the JNG file contains at least either header information in the JNG format, or image data of the object in JPEG format, or third information about the end of the image. 50. The method of claim 49, wherein the JNG file further comprises at least either third physical pixel size information, or third standard RGB information, or third gamma information, or third critical color information, or third information about the palette, or the third transparency information. 51. The method according to item 50, in which between the header information in JNG format and image data of an object in JPEG format, at least either a third information about a physical pixel size, or a third standard RGB information, or a third gamma information, or third critical color information, or third palette information, or third transparency information. 52. The method according to 51, in which at least either the third information about the physical size of the pixel, or the third standard RGB information, or the third gamma information, or the third critical color information, or the third palette information, or the third transparency information is used to control the playback of object image data in JPEG format. 53. Media with advanced navigation containing audiovisual (A / V) data; navigation data for controlling the reproduction of audiovisual (A / V) data through an advanced navigation player; and a structural configuration for arranging audiovisual (A / V) and control data, wherein the structural configuration comprises a data frame containing an MNG file (multimedia network graphics) having animation information. 54. A medium with enhanced navigation according to claim 53, wherein the MNG file contains a portion of data in the MNG format; and at least a portion of data in PNG format (portable network graphics) or a portion of data in JNG format (network graphics in JPEG format). 55. The enhanced navigation medium of claim 54, wherein the portion of the data in the MNG format comprises an identifier of an MNG header frame; end frame identifier MNG; and control information in the MNG format. 56. An advanced navigation data structure for composing animation data for playback by an advanced navigation player, comprising: a first image file containing audiovisual (A / V) data; navigation data for controlling the reproduction of audiovisual (A / V) data through an advanced navigation player. 57. The data structure with extended navigation according to claim 56, wherein the audiovisual (A / V) data and navigation data are arranged in a first graphic data format; and at least in a second graphic data format or in a third graphic data format. 58. The data structure with extended navigation according to clause 57, in which the first graphic data format contains a first header frame identifier; first end frame identifier; and first control information. 59. The data structure with extended navigation according to clause 57, in which the second graphic data format contains a second header frame identifier; second end frame identifier; and second control information. 60. The data structure with advanced navigation according to clause 57, in which the third graphic data format contains a third header frame identifier; third end frame identifier; and third control information. 61. A data structure for managing animation data and corresponding control data for recording on an enhanced navigation medium, containing animation data containing first image data in the form of a first image file in a data portion format, where the first image file contains a first header part, a second end part , first control data and a frame including additional data. 62. The data structure according to claim 61, wherein the frame including the additional data comprises a second graphic file. 63. The data structure according to claim 61, wherein the frame including the additional data comprises a third graphic file. 64. The data structure according to claim 61, wherein the frame including the additional data comprises at least a second graphic file or a third graphic file. 65. The data structure according to item 64, in which the second image file contains the second image data and the second control data to control the playback of animation data in the first image file. 66. The data structure according to item 64, in which the third file contains the third image data and the third control data to control the playback of animation data in the first graphic file. 67. The data structure of claim 61, wherein the enhanced navigation medium is an interactive universal digital disc (I-DVD). 68. The data structure according to item 64, in which at least the second graphic file or third graphic file contains the fourth control information for controlling the playback of the first audiovisual (A / V) data. 69. The data structure of claim 61, wherein the first graphic file further comprises information about the completion action. 70. The data structure of claim 61, wherein the first image file further comprises information on a physical pixel size. 71. The data structure according to claim 61, wherein the first image file further comprises palette information. 72. The data structure of claim 61, wherein the first image file further comprises transparency information. 73. The data structure according to claim 61, wherein the first graphic file further comprises at least either information about the completion action, or information about the physical size of the pixel, or information about the palette, or transparency information generated before the frame including an additional information. 74. The data structure according to claim 64, wherein the frame including the additional information comprises a collection of at least a second graphic file or a third graphic file. 75. The data structure according to item 64, in which the second graphic file contains at least either a second header information, or second image data of the object, or second information about the end of the image. 76. The data structure according to claim 75, wherein the second image file further comprises at least either second information about a physical pixel size, or second standard information, or second gamma information, or second critical color information, or second information about the palette, or the second information about transparency. 77. The data structure according to claim 76, wherein between the second header information and the second image data of the object, at least either second information about a physical pixel size, or second standard information, or second gamma information, or second critical information is generated color, or the second information about the palette, or the second information about transparency. 78. The data structure according to item 77, in which at least either the second information about the physical size of the pixel, or the second standard RGB information, or the second gamma information, or the second critical color information, or the second palette information, or second transparency information is used to control the reproduction of the second object image data. 79. The data structure according to item 64, in which the third graphic file contains at least either a third header information, or third image data, or a third information about the end of the image. 80. The data structure according to claim 79, in which the third graphic file further comprises at least either a third information about a physical pixel size, or a third standard RGB information, or a third gamma information, or a third critical color information, or a third palette information, or third transparency information. 81. The data structure of claim 80, wherein between the third header information and the third image data of the object, at least a third information about a physical pixel size, or a third standard RGB information, or a third gamma information, or a third information about critical color, or third information about the palette, or third information about transparency. 82. The data structure of claim 81, wherein at least either the third information on the physical size of the pixel, or the third standard RGB information, or the third gamma information, or the third critical color information, or the third palette information, or third transparency information is used to control the reproduction of third object image data. 83. Media with advanced navigation containing audiovisual (A / V) data; navigation data for controlling the reproduction of audiovisual (A / V) data through an advanced navigation player; and a structural configuration for arranging audiovisual (A / V) and control data, wherein the structural configuration comprises a data frame containing an MNG file (multimedia network graphics) having animation information. 84. The enhanced navigation medium of claim 83, wherein the MNG file contains chunks of data in the MNG format; and at least either a portion of data in PNG format (portable network graphics) or a portion of data in JNG format (network graphics in JPEG format). 85. The enhanced navigation medium of claim 84, wherein the MNG format chunks of data comprise an MNG header frame identifier; end frame identifier MNG; and control information in the MNG format. 86. The method according to claim 1, in which the first image file is a file in the format of MNG (multimedia network graphics). 87. The method according to claim 2, in which the second image file is a file in PNG format (portable network graphics). 88. The method according to claim 3, in which the third image file is a file in the JNG format (network graphics in JPEG format). 89. The method according to claim 4, in which the first graphic file is a MNG file, the second graphic file is a PNG file, and the third graphic file is a JNG file. 90. The data structure of claim 64, wherein the first image file is an MNG file, the second image file is a PNG file, and the third image file is a JNG file.