Abstract: A jig substrate (200) is used in a teaching method for conveyance mechanisms (12a, 12b, 150) and comprises first cameras (202) and second cameras (204). The first cameras (202) capture first image data for detecting the positions of forks (120, 151) of the conveyance mechanisms (12a, 12b, 150). The second cameras (204) capture second image data for detecting the positions of tables (130, 140) on which substrates are placed.

Abstract: A play time recording device, a play time recording method, a program, and an information storage medium are provided which enable a user to record a play time in a game according to settings without performing an explicit operation. A data obtaining section (56) obtains setting data in which an event serving as timing of starting or ending measurement of a play time in a game to be played is set. A detecting section (64) detects an occurrence of the event set in the setting data during play of the game. A time recording section (66) records time data indicating a time between timing of the occurrence of the event and predetermined timing.

Abstract: A game system (information processing system (1)) includes: a communication section configured to be communicably connected to a network; an execution section configured to execute a game application; a display section configured to display an execution screen of a game based on the game application; an information acquisition section configured to acquire, from the network, information corresponding to the state of progress on the game; and a display control block configured to cause the display section to display a related picture including at least either text information or a play picture each related to the state of progress on the game, on the basis of the acquired information.

Abstract: Provided are a video processing device, a video processing method, and a program that allow for identification of a portion showing playing details at the time of occurrence of an event from a video showing game playing details on the basis of an event log. A tag data acquisition section (56) acquires logs of events that took place in a game. A material video acquisition section (58) acquires a video showing playing details of the game. An identification section (60) identifies a portion, in the video, showing the game playing details at the times of occurrence of the events represented by the logs.

Abstract: A game device (information processing device (4)) includes a communication unit communicable with a portable terminal (2), an executing unit that executes a game application, a rendering unit that renders a game screen of a game based on the game application, and a switching unit that switches an operating state. The game device is configured to be usable in an independent use form in which the executing unit executes the game application and the rendering unit renders the game screen to cause the game to progress and a task processing form in which the executing unit processes a partial task of a game application executed in the portable terminal (2) and transmits a processing result of the partial task to the portable terminal (2). The switching unit carries out switching to any of the independent use form and the task processing form to cause the game device to operate.

Abstract: Provided are an information processing device, an information processing method, a program, an information storage medium, an information processing system, and a management device for allowing a user to request capture of a desired play image. A request section transmits capture condition data representing a condition for capturing a play image that indicates details of a game in progress. A confirmation process execution section performs a confirmation process for capture of the play image appropriate to the condition represented by the capture condition data.

Abstract: There are provided a capture notification system, a capture notification method, a program, an information storage medium, and an information processing device for allowing a user executing a program to become aware of another user capturing an image indicating content of execution of the program. A capture request receiving section receives a capture request of an image indicating content of execution of a program from a capture requesting user requesting capture of the image. A notifying section notifies a capture object user that the image is to be captured in response to the receipt of the capture request.

Abstract: An information processing device includes an operation acquisition unit (361) configured to acquire an input value in accordance with an inputting operation from an operation apparatus, an operation correction unit (369) configured to correct a rotation angle corresponding to the acquired input value on the basis of a correction value retained in advance, and a processing unit (application execution unit (36B)) configured to rotate a point of view of rendering in a virtual space in accordance with the corrected rotation angle. Consequently, the rotation angle of the point of view can be corrected to a rotation angle favorable to a user.

Abstract: Provided are a video processing device, a video processing method, and a program that allow for identification of a portion showing playing details at the time of occurrence of an event from a video showing game playing details on the basis of an event log. A tag data acquisition section (56) acquires logs of events that took place in a game. A material video acquisition section (58) acquires a video showing playing details of the game. An identification section (60) identifies a portion, in the video, showing the game playing details at the times of occurrence of the events represented by the logs.

Abstract: A game device (information processing device (4)) includes a communication unit communicable with a portable terminal (2), an executing unit that executes a game application, a rendering unit that renders a game screen of a game based on the game application, and a switching unit that switches an operating state. The game device is configured to be usable in an independent use form in which the executing unit executes the game application and the rendering unit renders the game screen to cause the game to progress and a task processing form in which the executing unit processes a partial task of a game application executed in the portable terminal (2) and transmits a processing result of the partial task to the portable terminal (2). The switching unit carries out switching to any of the independent use form and the task processing form to cause the game device to operate.

Abstract: An information processing device includes an operation acquisition unit (361) configured to acquire an input value in accordance with an inputting operation from an operation apparatus, an operation correction unit (369) configured to correct a rotation angle corresponding to the acquired input value on the basis of a correction value retained in advance, and a processing unit (application execution unit (36B)) configured to rotate a point of view of rendering in a virtual space in accordance with the corrected rotation angle. Consequently, the rotation angle of the point of view can be corrected to a rotation angle favorable to a user.

Abstract: A game system (information processing system (1)) includes: a communication section configured to be communicably connected to a network; an execution section configured to execute a game application; a display section configured to display an execution screen of a game based on the game application; an information acquisition section configured to acquire, from the network, information corresponding to the state of progress on the game; and a display control block configured to cause the display section to display a related picture including at least either text information or a play picture each related to the state of progress on the game, on the basis of the acquired information.

Abstract: A play time recording device, a play time recording method, a program, and an information storage medium are provided which enable a user to record a play time in a game according to settings without performing an explicit operation. A data obtaining section (56) obtains setting data in which an event serving as timing of starting or ending measurement of a play time in a game to be played is set. A detecting section (64) detects an occurrence of the event set in the setting data during play of the game. A time recording section (66) records time data indicating a time between timing of the occurrence of the event and predetermined timing.

Abstract: Provided are an information processing device, an information processing method, a program, an information storage medium, an information processing system, and a management device for allowing a user to request capture of a desired play image. A request section transmits capture condition data representing a condition for capturing a play image that indicates details of a game in progress. A confirmation process execution section performs a confirmation process for capture of the play image appropriate to the condition represented by the capture condition data.

Abstract: There are provided a capture notification system, a capture notification method, a program, an information storage medium, and an information processing device for allowing a user executing a program to become aware of another user capturing an image indicating content of execution of the program. A capture request receiving section (38) receives a capture request of an image indicating content of execution of a program from a capture requesting user requesting capture of the image. A notifying section (40) notifies a capture object user that the image is to be captured in response to the receipt of the capture request.

Abstract: In an interference electron microscope, a first electron biprism is disposed between an acceleration tube and an illumination-lens system, a mask is disposed between the acceleration tube and the first electron biprism, and the first electron biprism is arranged in a shadow that the mask forms. Current densities of first and second electron beams on a parabolic surface of an objective lens system where a sample is positioned are controlled by a control system by an optical action of the illumination-lens system, the mask is imaged on the parabolic surface of the objective lens system, and an electro-optical length between the first electron biprism and the parabolic surface of the objective lens where the sample is positioned is controlled without generating Fresnel fringes on a sample surface from the mask and the first electron biprism.

Abstract: An electron beam device includes a first electron biprism between an acceleration tube and irradiation lens systems, and an electron biprism in the image forming lens system. The first electron biprism splits the electron beam into first and second electron beams, radiated to differently positioned first and second regions on an objective plane of an objective lens system having a specimen perpendicular to an optical axis. The first and second electron beams are superposed on the observation plane by the electron biprism of the image forming lens system. The superposed region is observed or recorded. Optical action of the irradiation lens system controls each current density of the first and second electron beams on the objective plane having the specimen, and distance on electron optics between the first electron biprism and the objective plane of the objective lens system having the specimen.

Abstract: In an interference electron microscope, a first electron biprism is disposed between an acceleration tube and an illumination-lens system, a mask is disposed between the acceleration tube and the first electron biprism, and the first electron biprism is arranged in a shadow that the mask forms. Current densities of first and second electron beams on a parabolic surface of an objective lens system where a sample is positioned are controlled by a control system by an optical action of the illumination-lens system, the mask is imaged on the parabolic surface of the objective lens system, and an electro-optical length between the first electron biprism and the parabolic surface of the objective lens where the sample is positioned is controlled without generating Fresnel fringes on a sample surface from the mask and the first electron biprism.

Abstract: An electron beam device includes a first electron biprism between an acceleration tube and irradiation lens systems, and an electron biprism in the image forming lens system. The first electron biprism splits the electron beam into first and second electron beams, radiated to differently positioned first and second regions on objective plane of an objective lens system having a specimen perpendicular to an optical axis. The first and second electron beams are superposed on the observation plane by the electron biprism of the image forming lens system. The superposed region of those electron beams is observed or recorded. Optical action of the irradiation lens system controls each current density of the first and second electron beams on the objective plane of the objective lens system having the specimen, and distance on electron optics between the first electron biprism and the objective plane of the objective lens system having the specimen.

Abstract: A behavior table storage unit stores correspondence between a predetermined action of an object and a condition for operation of an input device. A condition determination unit determines whether control information of the input device meets the condition for operation stored in the behavior table storage unit. An object control unit causes, when the condition for operation is determined to be met, the object to perform an action mapped to the condition for operation. The behavior table storage unit stores a condition for operation requiring that the input device be moved by a predetermined amount within a predetermined period of time, and the condition determination unit measures time elapsed since the start of movement of the input device and determines, when the input device is moved by the predetermined amount within the predetermined period of time, that the condition for operation is met.