Photographed image storage control unit, photographed image storage control method, photographed image storage control program, and storage medium stored with the photographed image storage control program

A photographed image storage control apparatus comprising:

• a movement quantity calculation means for calculating an image movement quantity between a new frame and a previous frame, each including image data in frame units comprising a dynamic image photographed by a photographing means, based on difference in image data between the frames,
• a storage control means for storing in a storage means either the image data of the new frame or image data of the previous frame as a time-lapse photographed image in the case where the image movement quantity calculated by the movement quantity calculation means has changed from being equal to or greater than a predetermined value to being less than the predetermined value, and
• a display control means,
• wherein the storage control means stores the time-lapse photographed image in the storage means in the case where the image movement quantity has changed from being equal to or greater than a predetermined value to being less than the predetermined value and the image movement quantity has been kept less than the predetermined value for at least a predetermined time, and
• the display control means displays on a display, elapsed time information indicating either the lapsed time since change in the image movement quantity to less than a predetermined value or the remaining time resulting from subtracting the lapsed time from the predetermined time while the image movement quantity is kept less than the predetermined value after the image movement quantity has changed from being equal to or greater than the predetermined value to being less than the predetermined value.

A photographed image storage control apparatus comprising:

• a movement quantity calculation means for calculating an image movement quantity between a new frame and a previous frame, each including image data in frame units comprising a dynamic image photographed by a photographing means, based on difference in image data between the frames,
• a storage control means for storing in a storage means either the image data of the new frame or image data of the previous frame as a time-lapse photographed image in the case where the image movement quantity calculated by the movement quantity calculation means has changed from being equal to or greater than a predetermined value to being less than the predetermined value,
• an image recognition determination means for analyzing image data photographed by the photographing means and determining whether the image data includes a predetermined image, and
• a display control means for displaying on a display, elapsed time information indicating either the lapsed time since the image movement quantity has changed to being less than the predetermined value or the remaining time resulting from subtracting the lapsed time from the predetermined time during either a time between when the image movement quantity has changed from being equal to or greater than the predetermined value to being less than the predetermined value and when the image recognition determination means has determined that the predetermined image is included or a time between when the image movement quantity has changed from being equal to or greater than the predetermined value to being less than the predetermined value and when the predetermined time has elapsed,
• wherein the storage control means stores the time-lapse photographed image in the storage means in the case where the image recognition determination means determines, during a predetermined time since the image movement quantity has changed from being equal to or greater than the predetermined value to being less than the predetermined value, that the predetermined image is included.

A photographed image storage control method, comprising:

• an input step of continuously receiving a plurality of image frames in response to an input by a user which initiates a time lapse photography mode, each image frame including image data in frame units comprising a dynamic image photographed by a photographing means at a predetermined interval;
• a movement quantity calculation step of calculating by a movement quantity calculation means an image movement quantity between a new frame and a previous frame among the plurality of received image frames based on a difference in image data between the new frame and the previous frame;
• and
• a storage control step of storing in a storage means by a storage control means either the image data of the new frame or image data of the previous frame as a first time-lapse photographed image in a time lapse set of images when the image movement quantity calculated by the movement quantity calculation means has changed from being equal to or greater than a predetermined value to being less than the predetermined value, wherein:
• the storage control means does not store in the storage means the image data as the first time-lapse photographed image if the image movement quantity remains less than the predetermined value,
• while operating in the time lapse photography mode and without requiring any further input by the user, the movement quantity calculation means calculates a subsequent image movement quantity between each pair of image frames received subsequent to the new frame by the input means, and
• the storage control means stores in the storage means image data of one image frame among the pair of image frames as a next time lapse photographed image in the time lapse series of images, whenever the subsequent image movement quantity calculated by the movement quantity calculation means changes from being equal to or greater than the predetermined value to being less than the predetermined value.

A non-transitory computer-readable storage medium having stored thereon a photographed image storage control program executable by a computer, wherein said photographed image storage control program causes the computer to function as:

• an input means for continuously receiving a plurality of image frames in response to an input by a user which initiates a time lapse photography mode, each image frame including image data in frame units comprising a dynamic image photographed by a photographing means at a predetermined interval;
• a movement quantity calculation means for calculating an image movement quantity between a new frame and a previous frame among the plurality of received image frames based on a difference in image data between the new frame and the previous frame;
• and
• a storage control means for storing in a storage means either the image data of the new frame or image data of the previous frame as a first time-lapse photographed image in a time lapse set of images when the image movement quantity calculated by the movement quantity calculation means has changed from being equal to or greater than a predetermined value to being less than the predetermined value, wherein:
• the storage control means does not store in the storage means the image data as the first time-lapse photographed image if the image movement quantity remains less than the predetermined value,
• while operating in the time lapse photography mode and without requiring any further input by the user, the movement quantity calculation means calculates a subsequent image movement quantity between each pair of image frames received subsequent to the new frame by the input means, and
• the storage control means stores in the storage means image data of one image frame among the pair of image frames as a next time lapse photographed image in the time lapse series of images, whenever the subsequent image movement quantity calculated by the movement quantity calculation means changes from being equal to or greater than the predetermined value to being less than the predetermined value.