Camera apparatus, control method thereof and program

A camera apparatus, which performs a preliminary light emission before a main light emission for a photograph, comprising:

• a photoelectric conversion part which output a photoelectric conversion data which corresponds to an incident luminous flux through a photograph lens;
• a preliminary light emission part which performs at least twice preliminary light emission of a first light emission which corresponds to the normal photographic region and a second preliminary light emission which corresponds to a close-up shot;
• a data acquisition part which acquires a photoelectric conversion data corresponding to the first preliminary light emission and the second preliminary light emission, respectively;
• a judgment part which judges whether it is a close-up shot or not based on the data obtained by the data acquisition part;
• and
• a setting part which sets a light emission condition of the main light emission based on a judgment result of the judgment part.

A method of controlling a camera apparatus, which performs a preliminary light emission before a main light emission for a photograph, comprising:

• outputting a photoelectric conversion data which corresponds to an incident luminous flux through a photograph lens;
• performing at least twice preliminary light emission of a first light emission which corresponds to the normal photographic region and a second preliminary light emission which corresponds to a close-up shot;
• acquiring a photoelectric conversion data corresponding to the first preliminary light emission and the second preliminary light emission, respectively;
• judging whether it is a close-up shot or not based on the acquired data;
• and
• setting a light emission condition of the main light emission based on the judgment result.

A program for controlling a camera apparatus, which performs a preliminary light emission before a main light emission for a photograph, comprising:

• outputting a photoelectric conversion data which corresponds to an incident luminous flux through a photograph lens;
• performing at least twice preliminary light emission of a first light emission which corresponds to the normal photographic region and a second preliminary light emission which corresponds to a close-up shot;
• acquiring a photoelectric conversion data corresponding to the first preliminary light emission and the second preliminary light emission, respectively;
• judging whether it is a close-up shot or not based on the acquired data;
• and
• setting a light emission condition of the main light emission based on the judgment result.