Abstract: A calculation method, an image-capturing method, and an image-capturing apparatus are provided which can easily calculate a shear amount produced by a predetermined optical element arranged on an optical path of an interference optical system. A calculation method according to the present disclosure is a calculation method of calculating a shear amount produced by a predetermined optical element which is arranged on an optical path of an image-capturing optical system.

Abstract: According to one aspect of the present disclosure, an information processing device includes a selector, a controller, and a communicator. The selector selects a plurality of first information terminals to be used for first material data from among a plurality of information terminals each having a display screen and an indicator light. The controller generates first flashing control information to flash the indicator lights of the first information terminals in a first flashing pattern. The communicator transmits the first material data and the first flashing control information to each of the selected first information terminals.

Abstract: An image processing device projects a projection image onto a projection plane. Then, the image processing device captures the projection plane. Then, the image processing device specifies a process performed on the projection image. Then, the image processing device changes, based on the specified process, a start trigger of the start of the process or a height threshold of an indicating member included in a captured image from the projection plane, the height threshold indicating a threshold which is used for judgement of a touch operation in which the indicating member comes into contact with the projection image of a release operation in which the indicating member is away from the projection image.

Abstract: A projection apparatus includes a memory and one or more processors programmed to execute a process. The process includes acquiring color information of an object from a captured image of the object placed on a placement surface, projecting projection information stored in association with information included in a range specified for the object on the placement surface, detecting whether the projection information is superimposed on the object, and changing, upon detection of the projection information being superimposed on the object, a color of the superimposed projection information to a color differing from a color of the object, based on color information of the projection information that is stored in association with the projection information and the color information of the acquired object.

Abstract: An input/output device includes a projection unit that projects projected images on a projection surface and an imaging unit that captures the projection surface. In switching an execution between the projection unit and the imaging unit, in a case where an indicator is included in captured images captured by the imaging unit, the input/output device suppresses projection of the projected images by the projection unit and prioritizes imaging by the imaging unit. In switching an execution between the projection unit and the imaging unit, in a case where an indicator is not included in captured images captured by the imaging unit, the input/output device suppresses imaging by the imaging unit and executes projection by the projection unit.

Abstract: Provided are an analysis apparatus and an analysis method which are capable of recognizing a local state change of an internal structure of a secondary battery. The analysis apparatus includes: an observation cell that houses a secondary battery; a charging and discharging controller that controls charging and discharging of the secondary battery; an image pickup device that captures color images of the secondary battery at a predetermined time interval; and a charging and discharging data detection unit that acquires charging and discharging data on the secondary battery during charging and discharging. Color image signals output from the image pickup device and charging and discharging data signals output from the charging and discharging data detection unit are supplied to a signal processing device. The signal processing device outputs a unit that temporally links time-series color image signals and time-series charging and discharging data signals, and designated analysis data.

Abstract: A display control method includes receiving a drag operation performed on a window displayed on a display screen; displaying a plurality of arrangement icons on the display screen at preset areas on the display screen, the arrangement icons corresponding to at least one of a plurality of divided display areas, the divided display areas being at least one set of non-overlapping portions of the display screen, the at least one set of non-overlapping portions of the display screen covering the entire display screen; and when a drop position of the drag operation is within one of the preset areas on the display screen, displaying the window at a size and location corresponding to the at least one of the plurality of divided display areas represented by an arrangement icon displayed at the one of the preset areas.

Abstract: A display control method includes: receiving a drag operation on a first window displayed on a display screen, the display screen displaying the first window, a second window, and a third window; and when the drag operation releases the first window on one of a plurality of determination lines, rearranging the first window, the second window, and the third window in a preset display area according to a layout corresponding to the one of the plurality of determination lines, the layout automatically determining a size and a location of the first window so as to display the first window in the preset display area in a non-overlapping manner with respect to the second window and the third window.

Abstract: An information processing device includes a memory, and a processor coupled to the memory and configured to detect an instruction operation of drawing a trajectory of a position specified on a display screen so as to form the trajectory in a given shape, and change an execution priority of at least one program among a plurality of programs being executed when the instruction operation is detected.

Abstract: Provided are an analysis apparatus and an analysis method which are capable of recognizing a local state change of an internal structure of a secondary battery. The analysis apparatus includes: an observation cell that houses a secondary battery; a charging and discharging controller that controls charging and discharging of the secondary battery; an image pickup device that captures color images of the secondary battery at a predetermined time interval; and a charging and discharging data detection unit that acquires charging and discharging data on the secondary battery during charging and discharging. Color image signals output from the image pickup device and charging and discharging data signals output from the charging and discharging data detection unit are supplied to a signal processing device. The signal processing device outputs a unit that temporally links time-series color image signals and time-series charging and discharging data signals, and designated analysis data.

Abstract: An information processing device includes a memory, and a processor coupled to the memory and configured to detect an instruction operation of drawing a trajectory of a position specified on a display screen so as to form the trajectory in a given shape, and change an execution priority of at least one program among a plurality of programs being executed when the instruction operation is detected.

Abstract: A similarity analyzing device includes: an image acquisition section which acquires picked-up images with which image pick-up dates and/or times are associated; and an image registration section which registers a face image showing a picked-up face and with which an image pick-up date and/or time is associated. The device further includes: a degree of similarity calculation section which detects a face in each of picked-up images acquired by the image acquisition section and calculates the degree of similarity between the detected face and the face in the face image registered in the image registration section; and a degree of similarity reduction section in which the larger the difference between the image pick-up date and/or time associated with the picked-up image and that associated with the face image is, the more the degree of similarity of the face calculated by the degree of similarity calculation section is reduced.

Abstract: A similarity analyzing device includes: an image acquisition section which acquires picked-up images with which image pick-up dates and/or times are associated; and an image registration section which registers a face image showing a picked-up face and with which an image pick-up date and/or time is associated. The device further includes: a degree of similarity calculation section which detects a face in each of picked-up images acquired by the image acquisition section and calculates the degree of similarity between the detected face and the face in the face image registered in the image registration section; and a degree of similarity reduction section in which the larger the difference between the image pick-up date and/or time associated with the picked-up image and that associated with the face image is, the more the degree of similarity of the face calculated by the degree of similarity calculation section is reduced.

Abstract: A similarity analyzing device includes: an image acquisition section which acquires picked-up images with which image pick-up dates and/or times are associated; and an image registration section which registers a face image showing a picked-up face and with which an image pick-up date and/or time is associated. The device further includes: a degree of similarity calculation section which detects a face in each of picked-up images acquired by the image acquisition section and calculates the degree of similarity between the detected face and the face in the face image registered in the image registration section; and a degree of similarity reduction section in which the larger the difference between the image pick-up date and/or time associated with the picked-up image and that associated with the face image is, the more the degree of similarity of the face calculated by the degree of similarity calculation section is reduced.

Abstract: A light source section outputs optical flux having two types of wavelength, which are a short wavelength and a long wavelength, while the intensity is made variable. The output from the first light intensity detecting section in irradiating the optical flux having a short wavelength is compared with the output from the first light intensity detecting section in irradiating the optical flux having a long wavelength. A disappearance level near a point where the detected signal from the internal subject disappears is calculated. The first intensity of optical flux having a long wavelength is set to level higher than the disappearance level. Based on the output from the first light intensity detecting section obtained by the optical flux having a long wavelength of the first intensity, a subject inside the body to be detected is measured.

Abstract: A display device which displays a list of data, including a date and time acquisition section which acquires the date and time associated with a piece of the data. The display device further includes: a three-dimensional display section which displays a three-dimensional space having axes respectively indicating the three kinds of time units, and arranges an icon indicating the piece of the data at a position corresponding to the date and time; and a two-dimensional display section which displays a two-dimensional space having axes indicating two kinds of time units including a first unit, which is the longest, among the three kinds of time units, and arranges a mark indicating that the data with which the date and time is associated exists at the position of the date and time acquired by the date and time acquisition section.

Abstract: A light source section outputs optical flux having two types of wavelength, which are a short wavelength and a long wavelength, while the intensity is made variable. The optical flux is made incident to a detected surface of a body to be detected at a predetermined incident angle simultaneously or alternatively. Based on a type of optical flux outputted from the light source section and an output from a first light intensity detecting section, at least the intensity of the optical flux having a long wavelength outputted from the light source section is adjusted. The output from the first light intensity detecting section in irradiating the optical flux having a short wavelength is compared with the output from the first light intensity detecting section in irradiating the optical flux having a long wavelength.

Abstract: There is disclosed an information processing apparatus, information processing apparatus control program, and information processing apparatus control method which improve system-recoverability.

Abstract: An apparatus for identifying a type of a peripheral connected to an information processing apparatus includes a peripheral-information reading unit that reads information relating to the peripheral from the information processing apparatus using at least one of systems whose application order is predetermined; a peripheral-information storing unit that stores in advance specification information of a peripheral to be connected to the information processing apparatus; and a peripheral-type identifying unit that collates the information read by the peripheral-information reading unit with the specification information stored in the peripheral-information storing unit to identify the type of the peripheral connected to the information processing apparatus.

Abstract: A similarity analyzing device includes: an image acquisition section which acquires picked-up images with which image pick-up dates and/or times are associated; and an image registration section which registers a face image showing a picked-up face and with which an image pick-up date and/or time is associated. The device further includes: a degree of similarity calculation section which detects a face in each of picked-up images acquired by the image acquisition section and calculates the degree of similarity between the detected face and the face in the face image registered in the image registration section; and a degree of similarity reduction section in which the larger the difference between the image pick-up date and/or time associated with the picked-up image and that associated with the face image is, the more the degree of similarity of the face calculated by the degree of similarity calculation section is reduced.