Image pickup apparatus, method of controlling image pickup apparatus, image pickup apparatus system, and image pickup control program stored in storage medium of image pickup apparatus

1. An image pickup apparatus comprising:

an image pickup section that operates in accordance an image pickup parameter;

a display section that displays an image signal output from the image pickup section;

a rotational operation member that receives manual user rotational input;

a controller that (1) sets a range over which the image pickup parameter can be adjusted via the rotational operation member, and (2) changes the image pickup parameter, within the set range, responsive to manual user rotational input received by the rotational operation member, wherein the range is set based on either (A) at least one user input, or (B) long and short measured distances; and

a display control section that displays on the display section, a ring shaped icon that is associated with the image pickup parameter and visually indicates an effect of a change of the image pickup parameter in accordance with the manual user rotational input received by the rotational operation member,

wherein the display control section further displays on the display section and adjacent to the ring shaped icon, (1) a first window displaying a first representation of the image signal corresponding to a telephoto side of the range, and (2) a second window displaying a second representation of the image signal corresponding to a wide-angle side of the range.

2. The image pickup apparatus according to claim 1 , wherein the image pickup parameter corresponds to a position on the display section displaying an object on which to focus.

3. The image pickup apparatus according to claim 2 , further comprising:

a touch panel disposed on a display surface of the display section, wherein

the position on the display section is equivalent to a position of a touch operation on the touch panel.

4. The image pickup apparatus according to claim 2 , further comprising:

a distance distribution determination section that calculates a distance distribution of respective objects positioned within the image signal output from the image pickup section, wherein

the position on the display section is equivalent to an object position associated with the distance distribution, and the distance distribution includes both the long measured distance and the short measured distance.

5. The image pickup apparatus according to claim 1 , wherein the display control section displays at least one of (A) a rotation direction of a rotational operation corresponding to the manual user rotational input received or (B) a rotation position of the rotational operation corresponding to the manual user rotational input received.

6. The image pickup apparatus of claim 1 wherein the image pickup parameter is a position in an optical axis direction of a lens group.

7. A method of controlling an image pickup apparatus, comprising the steps of:

obtaining an image signal by an image pickup section operating in accordance with an image pickup parameter;

displaying the image signal output from the image pickup section, by a display section;

setting a range over which the image pickup parameter can be adjusted via a rotational operation member, wherein the range is set based on either (A) at least one user input, or (B) long and short measured distances;

changing the image pickup parameter, within the set range, in accordance with a manual user rotational operation of the rotational operation member;

displaying, on the display section, a ring shaped icon that is associated with the image pickup parameter and visually indicates an effect of a change to the image pickup parameter in accordance with the manual user rotational operation of the rotational operation member; and

displaying, on the display section and adjacent to the ring shaped icon, (1) a first window displaying a first representation of the image signal corresponding to a telephoto side of the range, and (2) a second window displaying a second representation of the image signal corresponding to a wide-angle side of the range.

8. The method of claim 7 wherein the image pickup parameter is a position in an optical axis direction of a lens group.

9. A non-transitory computer-readable storage medium storing an image pickup control program of an image pickup apparatus which, when executed by the image pickup apparatus, performs a method comprising:

obtaining an image signal by an image pickup section operating in accordance with an image pickup parameter;

displaying the image signal output from the image pickup section, by a display section;

setting a range over which the image pickup parameter can be adjusted via a rotational operation member, wherein the range is set based on either (A) at least one user input, or (B) long and short measured distances;

changing the image pickup parameter, within the set range, in accordance with a manual user rotational operation of the rotational operation member;

displaying, on the display section, a ring shaped icon that is associated with the image pickup parameter and visually indicates an effect of a change to the image pickup parameter in accordance with the manual user rotational operation of the rotational operation member; and

displaying, on the display section and adjacent to the ring shaped icon, (1) a first window displaying a first representation of the image signal corresponding to a telephoto side of the range, and (2) a second window displaying a second representation of the image signal corresponding to a wide-angle side of the range.

10. The non-transitory computer-readable storage medium of claim 9 , wherein the image pickup parameter is a position in an optical axis direction of a lens group.

11. An apparatus comprising:

an image pickup system including an image pickup optical system and an image pickup device, and operating in accordance with an image pickup parameter;

a user operation section receiving manual user rotational input;

a controller that (1) sets a range over which the image pickup parameter can be adjusted via the rotational operation member, and (2) changes the image pickup parameter, within the set range, responsive to manual user rotational input received by the user operation section, wherein the range is set based on either (A) at least one user input, or (B) long and short measured distances; and

a display control section that generates a ring shaped icon that is associated with the image pickup parameter, and visually indicates the changes to the image pickup parameter by the controller responsive to the manual user rotational input received by the user operation section; and

a display section displaying the ring shaped icon superimposed on an image derived from signals output by the image pickup device,

wherein the display control section further displays on the display section and adjacent to the ring shaped icon, (1) a first window displaying a first representation of the image signal corresponding to a telephoto side of the range, and (2) a second window displaying a second representation of the image signal corresponding to a wide-angle side of the range.

12. The apparatus of claim 11 wherein the controller sets the range over which the image pickup parameter can be adjusted via the rotational operation member, based on the at least one user input, and

wherein the image pickup parameter associated with the ring shaped icon is a fine zoom adjustment for the image pickup optical system.

13. The apparatus of claim 11 wherein the controller sets the range over which the image pickup parameter can be adjusted via the rotational operation member, based on the long and short measured distances, and

wherein the image pickup parameter associated with the ring shaped icon is a focus guide for defining an object, within the image, on which to focus.

14. The apparatus of claim 11 wherein the image pickup parameter is a position in an optical axis direction of a lens group.