Imaging device and imaging device control method capable of taking pictures rapidly with an intuitive operation

1. A control method for an imaging device, the control method comprising:

photoelectrically converting a subject image to generate image data;

performing, on a touch panel display of the imaging device, live view display of the subject image based on the image data;

determining, using hand shake status and range determination of a touched region of the touch panel display, whether or not a main body of the imaging device is being held firmly such that the imaging device is horizontally and vertically fixed without hand shake; and

responsive to a determination that the main body of the imaging device is not being held firmly such that the imaging device is horizontally and vertically fixed without hand shake, permitting a shooting control only responsive to user operation of a release button, and otherwise, responsive to a determination that the main body of the imaging device is being held firmly such that the imaging device is horizontally and vertically fixed without hand shake,

determining whether or not a region of the touch panel display has been designated via a user trace operation that corresponds to a touch by the user on the surface of the touch panel display, and

responsive to a determination that a region of the touch panel display has not been designated via a user trace operation that corresponds to a touch by the user on the surface of the touch panel display, permitting a shooting control to capture an entire area of the live view display of the subject image via a further user touch operation on the touch panel display such that image data corresponding to the entire area of the live view display of the subject image is stored, and otherwise, responsive to a determination that a region of the touch panel display has been designated via a user trace operation that corresponds to a touch by the user on the surface of the touch panel display, permitting a shooting control to capture only the region of the touch panel display designated via the user trace operation such that only image data corresponding to the designated region is stored and a zoomed image of the designated region is displayed on the touch panel display.

2. The control method of claim 1 , further comprising:

determining an orientation of the imaging device; and

switching a display image displayed on the touch panel display based on the determined orientation of the imaging device, and touched states detected by the touch panel display.

3. The control method of claim 1 , wherein:

an act of determining an orientation includes detecting inclination from a horizontal state of an optical axis of a photographing optical system constituting the imaging device, and wherein the determination of an orientation is performed in accordance with inclination from a horizontal state detected.

4. The control method of claim 1 , wherein:

responsive to a determination by the touch panel display that an upper part of the touch panel display has been designated, storing an image of the upper part as a taken image.

5. The control method of claim 1 , further comprising:

displaying a mark for movie shooting and a mark for still image shooting on the touch panel display; and

performing shooting control in accordance with either of the marks being touched.

6. The control method of claim 1 , further comprising:

responsive to a portrait orientation being determined, displaying a movie shooting mark, and commencing shooting of a movie responsive to a determination that the movie shooting mark is touched.

7. The control method of claim 6 , further comprising:

responsive to the commencement of the shooting of a movie, displaying at least one of a mark indicating the movie shooting mode, and a mark indicating termination of movie shooting mode.

8. An imaging device comprising:

an imaging sensor configured to photoelectrically convert a subject image to generate image data;

a touch panel display configured to provide a live view display of the subject image based on the image data; and

a processor configured to

(1) determine, using hand shake status and range determination of a touched region of the touch panel display, whether or not a main body of the imaging device is being held firmly such that the imaging device is horizontally and vertically fixed without hand shake, and

(2) perform control of the imaging device, including responsive to a determination that a main body of the imaging device is not being held firmly such that the imaging device is horizontally and vertically fixed without hand shake, permitting a shooting control only responsive to user operation of a release button, and otherwise, responsive to a determination that the main body of the imaging device is being held firmly such that the imaging device is horizontally and vertically fixed without hand shake,

determining whether or not a region of the touch panel display has been designated via a user trace operation that corresponds to a touch by the user on the surface of the touch panel display, and

responsive to a determination that a region of the touch panel display has not been designated via a user trace operation that corresponds to a touch by the user on the surface of the touch panel display, permitting a shooting control to capture an entire area of the live view display of the subject image via a further user touch operation on the touch panel display such that image data corresponding to the entire area of the live view display of the subject image is stored, and otherwise, responsive to a determination that a region of the touch panel display has been designated via a user trace operation that corresponds to a touch by the user on the surface of the touch panel display, permitting a shooting control to capture only the region of the touch panel display designated via the user trace operation such that only image data corresponding to the designated region is stored and a zoomed image of the designated region is displayed on the touch panel display.