Abstract: An optical device includes a metal reflective layer substantially made of a metal material, a first light transmissive layer disposed on the metal reflective layer, an optical multilayer reflective film disposed on the first light transmissive layer and including a plurality of sublayers stacked on each other and having different refractive indexes, and a wavelength converting layer disposed on the optical multilayer reflective film and containing a fluorescent material capable of absorbing incident excitation light and generating fluorescent light having a lower energy. The wavelength converting layer is capable of generating mixed light containing the excitation light and the fluorescent light in response to irradiation with the excitation light.

Abstract: A print control server that controls printing via an SNS includes a display controller that causes, when a printer registration request is received from an account of a user of the SNS, an SNS server that manages the SNS to display, on a terminal device operated by the user, an input screen on which an e-mail address that uniquely identifies a printer is entered, an acquisition unit that acquires the e-mail address entered on the input screen, and a registration unit that refers to a database which specifies, in advance, a correspondence relationship with an e-mail address with respect to a plurality of printers and that registers, when the e-mail address acquired by the acquisition unit matches any e-mail address specified in the database, the account in association with the printer identified by the e-mail address acquired by the acquisition unit.

Abstract: A print control server that controls printing through an SNS includes a registration section configured to register, in association with each other, a first account that is an account of a user of the SNS and print setting information including designation information of a printer to be used for printing. The registration section issues a first password when accepting a designation of the first account and a designation of a second account that is an account of a user of the SNS and that is to be a share destination of a print setting, notifies the first account of the first password through the SNS, and registers, when a password posted on the SNS by the second account coincides with the first password, the print setting information registered in association with the first account also in association with the second account.

Abstract: A print control server includes a print controller that acquires a print instruction entered by a user belonging to a group chat in a chat system provided by a social networking service (SNS) and causes a printer to execute printing in accordance with the print instruction, a history acquirer that acquires a print history, based on the print instruction, of the printer, and a notifier that notifies the print history in a chat form to an administrator of the group chat via the chat system.

Abstract: A print control server includes a detector that detects a print instruction or a setting instruction entered by the user in the chat system provided by the SNS, a print controller that executes printing using a printer in accordance with the print instruction or configures a setting relating to the printer in accordance with the setting instruction, and a manager that associates identification information of the user with a privilege of the user in the chat system and stores the identification information and the privilege of the user. The print controller references the information stored by the manager to identify the privilege associated with the identification information of the user who has entered the print instruction or the setting instruction, and limits, based on the identified privilege, the printing to be executed in accordance with the print instruction or the setting to be configured in accordance with the setting instruction.

Abstract: A print control server that controls printing through an SNS includes a registration section configured to register, in association with each other, a first account that is an account of a user of a first SNS and print setting information including designation information of a printer to be used for printing. The registration section accepts a designation of the first account and a designation of a second account that is an account of a user of a second SNS and that is to be a share destination of a print setting, and registers the print setting information associated with the first account also in association with the second account.

Abstract: A print control server includes a print controller that acquires a print instruction entered by a user belonging to a group chat in a chat system provided by a social networking service (SNS) and causes a printer to execute printing in accordance with the print instruction, a history acquirer that acquires a print history, based on the print instruction, of the printer, and a notifier that notifies the print history in a chat form to an administrator of the group chat via the chat system.

Abstract: A print control server includes a detector that detects a print instruction or a setting instruction entered by the user in the chat system provided by the SNS, a print controller that executes printing using a printer in accordance with the print instruction or configures a setting relating to the printer in accordance with the setting instruction, and a manager that associates identification information of the user with a privilege of the user in the chat system and stores the identification information and the privilege of the user. The print controller references the information stored by the manager to identify the privilege associated with the identification information of the user who has entered the print instruction or the setting instruction, and limits, based on the identified privilege, the printing to be executed in accordance with the print instruction or the setting to be configured in accordance with the setting instruction.

Abstract: A print control server that controls printing through an SNS includes a registration section configured to register, in association with each other, a first account that is an account of a user of a first SNS and print setting information including designation information of a printer to be used for printing. The registration section accepts a designation of the first account and a designation of a second account that is an account of a user of a second SNS and that is to be a share destination of a print setting, and registers the print setting information associated with the first account also in association with the second account.

Abstract: A print control server that controls printing through an SNS includes a registration section configured to register, in association with each other, a first account that is an account of a user of the SNS and print setting information including designation information of a printer to be used for printing. The registration section issues a first password when accepting a designation of the first account and a designation of a second account that is an account of a user of the SNS and that is to be a share destination of a print setting, notifies the first account of the first password through the SNS, and registers, when a password posted on the SNS by the second account coincides with the first password, the print setting information registered in association with the first account also in association with the second account.

Abstract: A print control server that controls printing via an SNS includes a display controller that causes, when a printer registration request is received from an account of a user of the SNS, an SNS server that manages the SNS to display, on a terminal device operated by the user, an input screen on which an e-mail address that uniquely identifies a printer is entered, an acquisition unit that acquires the e-mail address entered on the input screen, and a registration unit that refers to a database which specifies, in advance, a correspondence relationship with an e-mail address with respect to a plurality of printers and that registers, when the e-mail address acquired by the acquisition unit matches any e-mail address specified in the database, the account in association with the printer identified by the e-mail address acquired by the acquisition unit.

Abstract: A drawing apparatus is for drawing a three-dimensional model including a plurality of nodes present in a three-dimensional space, by using a plurality of viewpoints. The drawing apparatus includes a memory configured to store drawing information including a correspondence relationship between the plurality of nodes and the plurality of viewpoints, and drawing parameters relevant to the plurality of viewpoints; and a CPU configured to transform the three-dimensional model into an image, by a plurality of polygons constituting the three-dimensional model, by using the drawing information. The CPU changes the drawing information in response to a position or a state of a predetermined one or a plurality of the nodes satisfying a predetermined condition, and calculates drawing positions of vertices of the plurality of polygons, by using the viewpoints corresponding to the nodes to which the vertices belong, based on the changed drawing information.

Abstract: A method of controlling a model by a computer, includes accepting an instruction of changing a pose or a movement of a standard model for which control data for joint angles is attached; determining a pose or a movement of the standard model based on the instruction and the control data for joint angles; and determining a pose or a movement of a target model to be controlled where parts of the standard model and parts of the target model being in correspondence with each other, such that the pose or the movement of the target model follows the pose or the movement of the determined standard model based on the correspondence of the parts of the standard model and the parts of the target model.

Abstract: An object correcting method includes disposing multiple sample objects at different positions on a display screen, the sample objects having respective attributes characteristic thereof; obtaining the position of a point on the display screen specified by a user; changing the attribute of a target object by calculating an interpolated value of the attributes of the sample objects based on the positions at which the sample objects are disposed and the position of the point and replacing the value of at least one of the parameters of the attribute of the target object with the calculated interpolated value; and correcting the target object based on the changed attribute thereof.

Abstract: A drawing apparatus is for drawing a three-dimensional model including a plurality of nodes present in a three-dimensional space, by using a plurality of viewpoints. The drawing apparatus includes a memory configured to store drawing information including a correspondence relationship between the plurality of nodes and the plurality of viewpoints, and drawing parameters relevant to the plurality of viewpoints; and a CPU configured to transform the three-dimensional model into an image, by a plurality of polygons constituting the three-dimensional model, by using the drawing information. The CPU changes the drawing information in response to a position or a state of a predetermined one or a plurality of the nodes satisfying a predetermined condition, and calculates drawing positions of vertices of the plurality of polygons, by using the viewpoints corresponding to the nodes to which the vertices belong, based on the changed drawing information.

Abstract: An object correcting method includes disposing multiple sample objects at different positions on a display screen, the sample objects having respective attributes characteristic thereof; obtaining the position of a point on the display screen specified by a user; changing the attribute of a target object by calculating an interpolated value of the attributes of the sample objects based on the positions at which the sample objects are disposed and the position of the point and replacing the value of at least one of the parameters of the attribute of the target object with the calculated interpolated value; and correcting the target object based on the changed attribute thereof.

Abstract: A method and computer program are provided for implementing a method for cartoonish picturization by generation from three-dimensional object data. The placement of the three-dimensional object, the view point, and the position of an illumination light source are set. The direction in which the three-dimensional object exists is obtained as mask information, the colors indicating the object are obtained as color information, the distance between the object outer surfaces and the view point is object as distance information, and normal vectors of the outer surfaces are obtained as normal vector information.

Abstract: The present invention relates to obtaining vector data for a hand-drawn curve having coordinate values input from a pointing device and a thickness and/or density in accordance with pen pressure values. In order to reduce the amount of data input from the pointing device and obtain vector data therefor in real time, the coordinate data and pen pressure data are extracted independently of each other so as to reduce the amount of data stored in a memory and used for plotting or display.

Abstract: In order to reduce the amount of data input from a pointing device for a hand-drawn curve and obtain vector data therefor in real time, the extraction of coordinate data and that of pen pressure data are carried out independently of each other so as to reduce the amount of data stored in a memory and used for plotting or display.

Abstract: A method and computer program are provided for implementing a method for cartoonish picturization by generation from three-dimensional object data. The placement of the three-dimensional object, the view point, and the position of an illumination light source are set. The direction in which the three-dimensional object exists is obtained as mask information, the colors indicating the object are obtained as color information, the distance between the object outer surfaces and the view point is object as distance information, and normal vectors of the outer surfaces are obtained as normal vector information.