METHODS AND APPARATUS FOR CREATION, DISTRIBUTION AND PRESENTATION OF POLYMORPHIC MEDIA

• US 20090297121A1
• Filed: 05/28/2009
• Published: 12/03/2009
• Est. Priority Date: 09/20/2006
• Status: Abandoned Application

• Current Assignee: Qmorphic Corporation
• Original Assignee: Qmorphic Corporation
• Inventors: Ingrosso, Claudio, Abram, David Anthony Shaw
• Application Number:
  US12/474,043
• Publication Number:
  US 20090297121A1
• Time in Patent Office: Days
• US Class Current: 386/282
• CPC Class Codes: H04N 5/85 on discs or drums
• CPC Class Codes: H04N 5/913 for scrambling ; for copy protection
• CPC Class Codes: H04N 9/8205 involving the multiplexing of an additional signal and the colour video signal

Abstract

An apparatus is described for polymorphic presentation to pre-recorded motion picture content. The recorded content (DVD DISC) comprises individual segments ((1,0) (2,0) etc,}, and the apparatus comprises sequencing means (SEQ GEN etc) for defining a presentation sequence (Xp) of a subset of the segments and for causing the segments to be presented in accordance with the defined presentation sequence. The sequencing means is operable to generate said sequence by selecting and adding segments to a sequence already partly defined, using (i) randomised values and (ii) predetermined rules specifying compatibility between the segments already included in the sequence and segments which are candidates for adding to the sequence. Editing and content capture apparatuses are disclosed, in which a matrix presentation is used to organise content segments. Recorded segments can be grouped in X, Y etc. dimensions and sequences made by varying ‘character’ parameters (Y etc.) as well as timeline position (X).

Claims

1-61. -61. (canceled)

62. An editing apparatus for multimedia content including video data segments, the apparatus comprising:

a user interface, visibly displayed on a display, for providing a matrix structure of at least two dimensions, in which one or more segments can be assigned to a given location in the matrix structure.

63. An apparatus as claimed in claim 62 wherein segments may be assigned to a location in the matrix structure by a drag-and-drop action using a pointing device and a display item representative of the content in a source location.

64. An apparatus as claimed in claim 62 operable such that a segment at a matrix location is itself a composite of plural sub-segments, the apparatus being operable to open and make editing changes within the segment at a given matrix location.

65. An apparatus as claimed in claim 64 operable to display a sub-structure comprising a multi-dimensional matrix of said sub-segments within a segment of the matrix structure.

66. An apparatus as claimed in claim 62 wherein the matrix structure has more than two dimensions, the user interface presenting selected two-dimensional views according to a pair of dimensions selected by the operator out of said more than two dimensions.

67. An apparatus as claimed in claim 66 wherein the user interface provides controls for selecting a value in a third dimension to be represented in said two-dimensional view.

68. An apparatus as claimed in claim 62 operable such that one of said dimensions represents a presentation time sequence.

69. An apparatus as claimed in claim 62 operable to display representations of selected segments in a presentation sequence separate from the matrix structure, and to permit segments from the array to be selected and placed at a desired location in the presentation sequence.

70. An apparatus as claimed in claim 62 further including a sequence generator for automatically generating presentation sequence definitions using a succession of co-ordinate sets to reference, in a presentation order, selected segments by their locations in the matrix structure.

71. An apparatus as claimed in claim 70 wherein the sequence generator is operable to restrict the permutations of segments included in a sequence definition, by reference to compatibility rules associated with one or more matrix locations.

72. An apparatus as claimed in claim 70 wherein the sequence generator is operable to influence the selection of segments to be included in the sequence definition, by reference to preference values indicated by the operator.

73. An apparatus as claimed in claim 72 wherein the sequence generator is responsive to preference expressed in terms of one of said matrix dimensions.

74. An apparatus as claimed in claim 71 wherein the sequence generator includes a randomizer for use in determining a selection, taking account of any such restrictions and/or preference values expressed.

75. An apparatus as claimed in claim 70, including a reproducing mechanism for reproducing the selected segments in the presentation order as a continuous presentation, for immediate viewing or in a recorded format.

76. An apparatus as claimed in claim 70 including a storage mechanism for storing a plurality of alternative sequence definitions on a storage medium, together with content necessary to reproduce at a later time any segment referenced in said sequence definitions.

77. An apparatus as claimed in claim 62 wherein the matrix structure is defined by metadata in one or more AAF format files.

78. An apparatus for organizing multimedia content during its creation, the apparatus comprising:

a user interface, visibly displayed on a display, providing a matrix structure of at least two dimensions;

a communication interface to a video recording apparatus,

wherein a segment can be assigned to a given location in the matrix structure at the time of recording.

79. An apparatus as claimed in claim 78 operable such that an operator can select a matrix location using a pointing device prior to initiating capture of a segment of video recording.

80. An apparatus as claimed in claim 78, operable to permit a plurality of takes to be associated with a given matrix location.

81. An apparatus as claimed in claim 80 operable to present said takes for selection of a preferred take at each matrix location.

82. An apparatus as claimed in claim 78 operable to present the user interface so as to highlight automatically matrix locations for which content is still to be captured.

83. An apparatus as claimed in claim 78 operable to define a matrix structure having more than two dimensions, the user interface being operable to present selected two-dimensional views according to a pair of dimensions selected by the user.

84. An apparatus as claimed in claim 83 wherein said user interface provides controls for selecting the points in a third dimension be represented in said two-dimensional view.

85. An apparatus as claimed in claim 78 operable such that a segment at a matrix location is itself a composite of plural sub-segments, the apparatus being operable to open and make editing changes within the segment at a given matrix location.

86. An apparatus as claimed in claim 85 operable to display representations of said sub-segments in a sub-structure comprising a multi-dimensional matrix within a single matrix location of the matrix structure.

87. An apparatus as claimed in claim 86 operable to open and make editing changes within the segment at a given matrix location, then close and hide the sub-structure of the segment.

88. An apparatus as claimed in claim 78 operable to store compatibility rules between segments associated with specific matrix locations prior to capture of the content forming those segments, said rules being suitable to indicate permutations permitted or preferred in subsequent polymorphic presentation of the segments.

89. An apparatus as claimed in claim 88 operable to provide for editing of said rules before and after capture.

90. A method for editing multimedia content including video data segments, the method comprising:

providing on a display of an editing apparatus a user interface that provides a matrix structure of at least two dimensions, in which one or more segments can be assigned to a given location in the matrix structure.

91. A method for organizing multimedia content during its creation comprising:

providing on a display of an editing apparatus a user interface that provides a matrix structure of at least two dimensions; and

providing a communication interface to a video recording apparatus;

wherein a segment can be assigned to a given location in the matrix structure at the time of recording.