Image display control apparatus and method

1. An image display control apparatus including:

a first region obtaining unit adapted to obtain a part of a region of an image as a region of a first kind;

a second region obtaining unit adapted to obtain a part of a region of the image as a region of a second kind from the same image as the image from which the region of the first kind is obtained, the region of the second kind differs from the region of the first kind;

a determination unit adapted to determine a degree of overlapping between the region of the first kind and the region of the second kind which are obtained from the same image;

a selection unit adapted not to treat the region of the first kind and the region of the second kind as separately selected objects and to select only one of the regions, or both the regions at the same time, or a region including both the regions, when the determination unit determines that the degree of overlapping between the region of the first kind and the region of the second kind is greater than a defined value, and adapted to treat the region of the first kind and the region of the second kind as separately selected objects and to select each of the regions separately when the determination unit determines that the degree of overlapping between the region of the first kind and the region of the second kind is less than the defined value; and

a display control unit adapted to perform control to display the image while reflecting a selection result by the selection unit.

2. The image display control apparatus according to claim 1 , wherein the region of the first kind is a region extracted when the image is captured by an image pickup apparatus, and

wherein the region of the second kind is a region extracted at timing differing from the timing when the image is captured.

3. The image display control apparatus according to claim 2 , wherein the region of the first kind is one of regions subjected to focus adjustment, exposure control, white balance adjustment, and light control when the image is captured, regions in which a human face and a red eye are detected when the image is captured, and a region in which another particular object is detected by an image analysis when the image is captured.

4. The image display control apparatus according to claim 1 , wherein the region of the first kind is a region extracted at timing differing from the timing when the image is reproduced, and

wherein the region of the second kind is a region extracted when the image is reproduced by a reproducing apparatus.

5. The image display control apparatus according to claim 4 , wherein the region of the second kind is one of regions in which a human face and a red eye are detected when the image is reproduced, and a region in which another particular object is detected by an image analysis when the image is reproduced.

6. The image display control apparatus according to claim 1 , wherein the display control unit displays the region of the first kind and the region of the second kind in a separately recognizable manner.

7. The image display control apparatus according to claim 1 , wherein the display control unit performs control to display the region selected by the selection unit in a superimposed relation to the image.

8. The image display control apparatus according to claim 7 , wherein the display control unit performs control to display the region of the first kind and the region of the second kind, which are determined by the determination unit to have a high degree of overlapping, in a separately recognizable manner with respect to other frames having a low degree of overlapping.

9. The image display control apparatus according to claim 7 , wherein the selection unit selects a region including both of the region of the first kind and the region of the second kind, which are determined by the determination unit to have a high degree of overlapping, and

wherein the display control unit performs control to display one frame representing the region including both the regions.

10. The image display control apparatus according to claim 1 , wherein the selection unit selects a region including both of the region of the first kind and the region of the second kind, which are determined by the determination unit to have a high degree of overlapping, and

wherein the display control unit cuts out and displays the region including both the regions, which has been selected by the selection unit.

11. The image display control apparatus according to claim 1 , wherein the selection unit simultaneously selects both of the region of the first kind and the region of the second kind, which are determined by the determination unit to have a high degree of overlapping, and

wherein the display control unit simultaneously cuts out and displays both regions selected by the selection unit.

12. An image display method for displaying an image on a display device including:

obtaining a part of a region of an image as a region of a first kind;

obtaining a part of a region of an image as a region of a second kind from the same image as the image from which the region of the first kind is obtained, the region of the second kind differs from the obtained region of the first kind;

determining a degree of overlapping between the obtained region of the first kind and the obtained region of the second kind that are obtained from the same image;

selecting only one of the obtained regions, or both the regions at the same time, or a region including both the regions, when a determination result indicates that the degree of overlapping between the region of the first kind and the region of the second kind is greater than a defined value,

wherein the region of the first kind and the region of the second kind are not treated as separately selected objects;

selecting each of the regions separately when the determination result indicates that the degree of overlapping between the region of the first kind and the region of the second kind is less than the defined value,

wherein the region of the first kind and the region of the second kind are treated as separately selected objects; and

performing control to display the image while reflecting a result of the selection on the display device.

13. A non-transitory computer-readable recording medium recording a program which causes an apparatus to function as:

a first region obtaining unit adapted to obtain a part of a region of an image as a region of a first kind;

a second region obtaining unit adapted to obtain a part of a region of the image as a region of a second kind from the same image as the image from which the region of the first kind is obtained, the region of the second kind differs from the region of the first kind;

a determination unit adapted to determine a degree of overlapping between the region of the first kind and the region of the second kind which are obtained from the same image;

a selection unit adapted not to treat the region of the first kind and the region of the second kind as separately selected objects and to select only one of the regions, or both the regions at the same time, or a region including both the regions, when the determination unit determines that the degree of overlapping between the region of the first kind and the region of the second kind is greater than a defined value, and adapted to treat the region of the first kind and the region of the second kind as separately selected objects and to select each of the regions separately when the determination unit determines that the degree of overlapping between the region of the first kind and the region of the second kind is less than the defined value; and

a display control unit adapted to perform control to display the image while reflecting a selection result by the selection unit.