Information processing apparatus, information processing method, and information providing medium

Claim 2

An information processing apparatus comprising: a setting means for setting sound data to be reproduced and for setting a respective mesh parameter to a respective value for each of two or more distinct meshes; an image-sensing means for sensing an image of a subject, wherein each of said two or more distinct meshes corresponds to a respective portion of said sensed image; an extracting means for extracting respective predetermined feature data from each of said two or more distinct meshes within said sensed image; a comparison means for comparing the extracted feature data for a mesh to the value of the mesh parameter for that mesh for one or more of said two or more distinct meshes; and a reproducing means for reproducing said sound data according to the result of the one or more comparisons of said extracted feature data and said mesh parameters.

Claim 3

An information processing apparatus as claimed in claim 1 , further comprising: an object setting means for setting an object corresponding to said sound data; a motion parameter setting means for setting a motion parameter for controlling motion of said object; and a display control means for controlling displaying motion of said object according to said motion parameter and the result of the one or more comparisons of said extracted feature data and said mesh parameters.

Claim 4

An information processing apparatus as claimed in claim 2 , further comprising: a recording means for recording said sound data and said motion parameter.

Claim 5

An information processing apparatus as claimed in claim 1 , wherein: said extracted feature data is data associated with brightness; said setting means sets a respective brightness threshold as the value of the mesh parameter for each mesh; said comparing means compares the brightness data of the mesh with the brightness threshold for that mesh; and said reproducing means reproduces said sound data if the result of any of the one or more comparisons of said extracted feature data and said mesh parameters indicates that the brightness data for a mesh exceeds the brightness threshold for that mesh.

Claim 6

An information processing method comprising: setting sound data to be reproduced; for each of two or more distinct meshes, setting a respective mesh parameter to a respective value; image-sensing an image of a subject, wherein each of said two or more distinct meshes corresponds to a respective portion of said sensed image; extracting respective predetermined feature data from each of said two or more distinct meshes within said sensed image; for one or more of said two or more distinct meshes, comparing the extracted feature data for the mesh to the value of the mesh parameter for that mesh; and reproducing said sound data according to the result of the one or more comparisons of said extracted feature data and said mesh parameters.

Claim 7

An information processing method comprising: setting sound data to be reproduced; for each of two or more distinct meshes, setting a respective mesh parameter to a respective value; image-sensing an image of a subject, wherein each of said two or more distinct meshes corresponds to a respective portion of said sensed image; extracting respective predetermined feature data from each of said two or more distinct meshes within said sensed image; for one or more of said two or more distinct meshes, comparing the extracted feature data for the mesh to the value of the mesh parameter for that mesh; and reproducing said sound data according to the result of the one or more comparisons of said extracted feature data and said mesh parameters.

Claim 8

An information processing method as claimed in claim 5 , further comprising: setting an object corresponding to said sound data; setting a motion parameter for controlling motion of said object; and controlling displaying motion of said object according to said motion parameter and the result of the one or more comparisons of said extracted feature data and said mesh parameters.

Claim 9

An information processing method as claimed in claim 6 , further comprising: recording said sound data and said motion parameter.

Claim 10

An information processing method as claimed in claim 5 , wherein: said extracted feature data is data associated with brightness; the value of the mesh parameter for each mesh is a brightness threshold for the mesh; comparing the extracted feature data for a mesh to the value of the mesh parameter for that mesh includes comparing the brightness data of the mesh with the brightness threshold for that mesh; and reproducing said sound data includes reproducing said sound data if the result of any of the one or more comparisons of said extracted feature data and said mesh parameters indicates that the brightness data for a mesh exceeds the brightness threshold for that mesh.

Claim 11

An information providing medium for providing a program readable by a computer for making an information processing apparatus execute processing including: setting sound data to be reproduced; for each of two or more distinct meshes, setting a respective mesh parameter to a respective value; image-sensing an image of a subject, wherein each of said two or more distinct meshes corresponds to a respective portion of said sensed image; extracting respective predetermined feature data from each of said two or more distinct meshes within said sensed image; for one or more of said two or more distinct meshes, comparing the extracted feature data for the mesh to the value of the mesh parameter for that mesh; and reproducing said sound data set in the setting step according to the result of the one or more comparisons of said extracted feature data and said mesh parameters.

Claim 12

An information providing medium for providing a program readable by a computer for making an information processing apparatus execute processing including: setting sound data to be reproduced; for each of two or more distinct meshes, setting a respective mesh parameter to a respective value; image-sensing an image of a subject, wherein each of said two or more distinct meshes corresponds to a respective portion of said sensed image; extracting respective predetermined feature data from each of said two or more distinct meshes within said sensed image; for one or more of said two or more distinct meshes, comparing the extracted feature data for the mesh to the value of the mesh parameter for that mesh; and reproducing said sound data set in the setting step according to the result of the one or more comparisons of said extracted feature data and said mesh parameters.

Claim 13

An information providing medium as claimed in claim 9 , said processing further including: setting an object corresponding to said sound data; setting a motion parameter for controlling motion of said object; and controlling displaying motion of said object according to said motion parameter and the result of the one or more comparisons of said extracted feature data and said mesh parameters.

Claim 14

An information providing medium as claimed in claim 10 , said processing further including: recording said sound data and said motion parameter.

Claim 15

An information providing medium as claimed in claim 9 , wherein: said extracted feature data is data associated with brightness; the value of the mesh parameter for each mesh is a brightness threshold for the mesh; comparing the extracted feature data for a mesh to the value of the mesh parameter for that mesh includes comparing the brightness data of the mesh with the brightness threshold for that mesh; and reproducing said sound data includes reproducing said sound data if the result of any of the one or more comparisons of said extracted feature data and said mesh parameters indicates that the brightness data for a mesh exceeds the brightness threshold for that mesh.

Claim 16

An information processing apparatus as claimed in claim 1 , further comprising: a pointer parameter setting means for setting a pointer parameter for controlling motion of a pointer; a pointer control means for evaluating one or more motion vectors in said sensed image and determining the fastest motion vector among said one or more motion vectors; and a display control means for controlling displaying motion of said pointer based on said determined fastest motion vector and said pointer parameter.

Claim 17

An information processing apparatus as claimed in claim 1 , wherein: said setting means sets sound data from two or more sound files and sets a respective set of mesh parameters for each of said sound files; and said comparison means compares, for one or more meshes for each of said sound files, the extracted feature data for a mesh to the value of the mesh parameter for that mesh.

Claim 18

An information processing apparatus as claimed in claim 1 , wherein: at least two of said mesh parameters have different values.

Claim 19

An information processing apparatus as claimed in claim 2 , wherein: said reproducing means reproduces said sound data such that the reproduction of sound data is independent of the position of said object.

Claim 20

An information processing method as claimed in claim 5 , further comprising: setting a pointer parameter for controlling motion of a pointer; evaluating one or more motion vectors in said sensed image; determining the fastest motion vector among said one or more motion vectors; and controlling displaying motion of said pointer based on said determined fastest motion vector and said pointer parameter.

Claim 21

An information processing method as claimed in claim 5 , wherein: setting sound data includes setting sound data from two or more sound files; setting respective mesh parameters includes setting a respective set of mesh parameters for each of said sound files; and comparing extracted feature data to values of mesh parameters for one or more of said two or more distinct meshes includes comparing, for one or more meshes for each of said sound files, the extracted feature data for a mesh to the value of the mesh parameter for that mesh.

Claim 22

An information processing method as claimed in claim 5 , wherein: at least two of said mesh parameters have different values.

Claim 23

An information processing method as claimed in claim 6 , wherein: in reproducing said sound data, the reproduction of sound data is independent of the position of said object.

Claim 24

An information providing medium as claimed in claim 9 , said processing further including: setting a pointer parameter for controlling motion of a pointer; evaluating one or more motion vectors in said sensed image; determining the fastest motion vector among said one or more motion vectors; and controlling displaying motion of said pointer based on said determined fastest motion vector and said pointer parameter.

Claim 25

An information providing medium as claimed in claim 9 , wherein: setting sound data includes setting sound data from two or more sound files; setting respective mesh parameters includes setting a respective set of mesh parameters for each of said sound files; and comparing extracted feature data to values of mesh parameters for one or more of said two or more distinct meshes includes comparing, for one or more meshes for each of said sound files, the extracted feature data for a mesh to the value of the mesh parameter for that mesh.

Claim 26

An information providing medium as claimed in claim 9 , wherein: at least two of said mesh parameters have different values.

Claim 27

An information providing medium as claimed in claim 10 , wherein: in reproducing said sound data, the reproduction of sound data is independent of the position of said object.