Abstract:
When rendering a graphic according to the locus of an input position, it is determined whether a region which has been preset for the graphic to be rendered, and has the start position of the continuous input as a reference overlaps a region preset for an already rendered graphic by a predetermined amount or more. If it is determined that the regions do not overlap each other by the predetermined amount or more, a graphic is rendered according to the locus of the input position. Alternatively, if it is determined that the regions overlap each other by the predetermined amount or more, control is switched to remove the already rendered graphic according to the locus of the input position.
Abstract:
When rendering a graphic according to the locus of an input position, it is determined whether a region which has been preset for the graphic to be rendered, and has the start position of the continuous input as a reference overlaps a region preset for an already rendered graphic by a predetermined amount or more. If it is determined that the regions do not overlap each other by the predetermined amount or more, a graphic is rendered according to the locus of the input position. Alternatively, if it is determined that the regions overlap each other by the predetermined amount or more, control is switched to remove the already rendered graphic according to the locus of the input position.
Abstract:
An image pickup apparatus capable of deleting a video effect superimposed on a moving image, in timing desired by a user. A system controller of a video camera as the image pickup apparatus performs control such that a moving image taken by an image pickup section and a title superimposed on the moving image are recorded together in a storage medium. When a specific shooting condition has changed during taking of the moving image by the image pickup section, the system controller performs control to inhibit recording of the display item in the storage medium.
Abstract:
This invention has as its object to allow information recording by maximally utilizing the size of a storage medium while maintaining compatibility to an electronic device which can handle only a storage medium initialized by the first file system to some extent. To this end, on a storage medium, two storage areas, i.e., a partition A initialized by the FAT16 file system to be accessed by a normal digital still camera, and a partition B initialized by the FAT32 file system that allows a still larger address space, are assured. A main image sensed by a camera unit is stored in the partition B, and a thumbnail image as its derivative information is stored in the partition A. Even when this memory card is attached to the conventional digital still camera, the thumbnail image can be browsed. Also, information indicating correspondence between the main image and corresponding thumbnail image is stored in the partition B as management information. As a result, even when a thumbnail image is detected by the conventional digital still camera, whether the main image is to be deleted or the deleted thumbnail image is to be restored can be selected based on the correspondence with the main image.
Abstract:
A recording apparatus including a mounting portion configured to allow a rewritable recording medium and an unrewritable recording medium to be mounted thereon includes a determination unit configured to determine a file name with a number for recording a file on a recording medium mounted on the mounting portion, and a recording control unit configured to record, on the recording medium mounted on the mounting portion, the file using the file name determined by the determination unit, wherein the determination unit changes a file name determination method when the recording medium mounted on the mounting portion is replaced such that the rewritable recording medium and the unrewritable recording medium are replaced with each other.
Abstract:
A reproducing apparatus includes a recording medium mounting detection unit configured to detect that a detachable recording medium is mounted, and a file analysis unit configured to analyze a file recorded in the recording medium. When the recording medium mounting detection unit detects that the recording medium is mounted, representative information that represents recorded content on the recording medium (a representative image and/or a representative title) is acquired from the recording medium and displayed on a display unit prior to file analysis by the file analysis unit.
Abstract:
This invention has as its object to allow information recording by maximally utilizing the size of a storage medium while maintaining compatibility to an electronic device which can handle only a storage medium initialized by the first file system to some extent. To this end, on a storage medium, two storage areas, i.e., a partition A initialized by the FAT16 file system to be accessed by a normal digital still camera, and a partition B initialized by the FAT32 file system that allows a still larger address space, are assured. A main image sensed by a camera unit is stored in the partition B, and a thumbnail image as its derivative information is stored in the partition A. Even when this memory card is attached to the conventional digital still camera, the thumbnail image can be browsed. Also, information indicating correspondence between the main image and corresponding thumbnail image is stored in the partition B as management information. As a result, even when a thumbnail image is detected by the conventional digital still camera, whether the main image is to be deleted or the deleted thumbnail image is to be restored can be selected based on the correspondence with the main image.
Abstract:
An image pickup apparatus capable of deleting a video effect superimposed on a moving image, in timing desired by a user. A system controller of a video camera as the image pickup apparatus performs control such that a moving image taken by an image pickup section and a title superimposed on the moving image are recorded together in a storage medium. When a specific shooting condition has changed during taking of the moving image by the image pickup section, the system controller performs control to inhibit recording of the display item in the storage medium.
Abstract:
A reproducing apparatus includes a recording medium mounting detection unit configured to detect that a detachable recording medium is mounted, and a file analysis unit configured to analyze a file recorded in the recording medium. When the recording medium mounting detection unit detects that the recording medium is mounted, representative information that represents recorded content on the recording medium (a representative image and/or a representative title) is acquired from the recording medium and displayed on a display unit prior to file analysis by the file analysis unit.
Abstract:
An image processing apparatus includes a recording/reproducing unit that records data on a first recording medium and reproduces recorded data from the first recording medium; a recording unit that records data on a second recording medium; and a controller, when print designation information of the first image data cannot be recorded on the first recording medium, the print designation information indicates print processing of image data, controls the recording/reproducing unit and the recording unit to read the first image data from the first recording medium and record the first image data and print designation information of the first image data on the second recording medium.