Camera enabling panning and moving picture editing program product
A camera with which a moving picture can be taken by panning the camera, includes: a detection unit that detects actual camera panning speed characteristics; a calculation unit that calculates a speed characteristics difference between the actual panning speed characteristics and reference panning speed characteristics set in advance; and a correction unit that executes correction so as to adjust panning speed characteristics of a moving picture to be obtained closer to the reference panning speed characteristics based upon the speed characteristics difference having been calculated.
1. A camera with which a moving picture can be taken by panning the camera, comprising:
a detection unit that detects actual camera panning speed characteristics;
a calculation unit that calculates a speed characteristics difference between the actual panning speed characteristics and reference panning speed characteristics; and
a correction unit that executes correction so as to adjust panning speed characteristics of a moving picture to be obtained closer to the reference panning speed characteristics based upon the speed characteristics difference having been calculated, wherein
the correction unit comprises a cropping unit that crops a part of each frame of the moving picture to create a new frame, and executes a correction so as to adjust panning speed characteristics of a moving picture to be obtained closer to the reference panning speed characteristics by altering a position at which the picture is to be cropped by the cropping unit based on the speed characteristics difference calculated by the calculating unit.
2. The camera according to claim 1 , further comprising:
a determining unit that determines the reference panning speed characteristics.
3. The camera according to claim 1 , wherein:
the detection unit further comprises an extraction unit that extracts a target point within the moving picture and detects the actual panning speed characteristics based upon an extent of a displacement occurring within the moving picture with regard to the target point extracted by the extraction unit.
4. The camera according to claim 3 , wherein:
a position of the target point is calculated based upon a distance from an end of an image-capturing plane.
5. The camera according to claim 1 , wherein:
the cropping position is adjusted by altering a read-out position from which a picture is read out from an image-capturing element.
6. The camera according to claim 1 , wherein:
the reference panning speed characteristics are set as characteristics that demonstrate a specific change over time.
7. The camera according to claim 1 , further comprising:
an image-capturing unit that takes the moving picture, wherein:
the correction unit further comprises a cropping unit that crops a part of the moving picture; and
the image-capturing unit captures a wider range of a picture than a range of the moving picture cropped by the cropping unit.
8. A camera that can take a moving picture by panning the camera, comprising:
a detection unit that detects actual camera panning speed characteristics;
a calculation unit that calculates a speed characteristics difference between the actual panning speed characteristics and reference panning speed characteristics; and
a correction unit that executes correction so as to adjust panning speed characteristics of a moving picture to be obtained closer to the reference panning speed characteristics based on the speed characteristics difference calculated by the calculation unit, wherein;
the detection unit further detects an actual panning direction along which the camera is actually moved;
the calculation unit further calculates a direction difference between a reference panning direction and the actual panning direction detected by the detection unit; and
the correction unit executes the correction based upon the direction difference and the speed characteristics difference so as to adjust panning speed characteristics of a moving picture to be obtained along the panning direction closer to the reference panning speed characteristics along the reference panning direction.
9. The camera according to claim 8 , further comprising:
a direction determining unit that determines the reference panning direction.
10. A camera that can take a moving picture by panning the camera, comprising:
a detection unit that detects actual camera panning speed characteristics;
a calculation unit that calculates a speed characteristics difference between the actual panning speed characteristics and reference panning speed characteristics; and
a correction unit that executes correction so as to adjust panning speed characteristics of a moving picture to be obtained closer to the reference panning speed characteristics based on the speed characteristics difference calculated by the calculation unit, wherein;
the calculation unit calculates an offset extent to which the moving picture becomes offset along a direction perpendicular to the panning direction; and
the correction unit corrects an offset of the moving picture along the direction perpendicular to the panning direction based upon the calculated offset extent.
11. A storage medium storing a computer-readable computer program used to edit a moving picture taken by panning a camera, with the program comprising:
detection processing for obtaining the moving picture and detecting actual camera panning speed characteristics based upon the moving picture;
calculation processing for calculating a speed characteristics difference between the actual panning speed characteristics and reference panning speed characteristics; and
correction processing for executing correction by cropping a part of each frame of the moving picture to create a new frame based upon the calculated speed characteristics difference so as to adjust panning speed characteristics of the obtained moving picture to be obtained closer to the reference panning speed characteristics.
12. An picture editing method through which a moving picture taken by panning a camera is edited, comprising:
obtaining the moving picture taken by panning the camera;
calculating a speed characteristics difference between actual camera panning speed characteristics and reference panning speed characteristics based upon the moving picture having been obtained; and
correcting panning speed characteristics of the obtained moving picture by cropping a part of each frame of the moving picture to create a new frame based upon the calculated speed characteristics difference so as to adjust the panning speed characteristics of the obtained moving picture closer to the reference panning speed characteristics.
13. A camera that can take a moving picture by panning the camera, comprising:
a detection unit that detects actual camera panning speed characteristics and an actual panning direction along which the camera is actually moved;
a calculation unit that calculates an offset extent to which the moving picture becomes offset along a panning direction and an offset extent to which the moving picture becomes offset along a direction perpendicular to the reference panning direction based upon the reference panning direction, the actual camera panning speed characteristics and the actual panning direction; and
a correction unit that executes correction so as to adjust panning speed characteristics along a panning direction of a moving picture to be obtained closer to the reference panning speed characteristics along the reference panning direction and corrects an offset of the moving picture along a direction perpendicular to the panning direction, based upon calculation results by the calculation unit.