Fujitsu Corporation

Koji Demizu

Masayuki Kidera

Naoyuki Nozaki

Wataru Nishiyama

Hidekatsu Sasaki

Hiroyuki Tanaka

Akira Ueda

Atsushi Yamaguchi

Hiroyuki Furuya

Yuichi Arita

Tsutomu Ishii

Kai Nojima

Hiromi Fukino

Hirooki Hayashi

An information processing apparatus: calculates, for each part at a first time point, a first priority determination value for a first priority based on a first shortest distance between a first viewpoint and the parts and a first projection distance between a first screen center at the first time point and the parts; calculates, for each part at a second time point, a second priority determination value for a second priority based on a second shortest distance between the first viewpoint and the parts and a second projection distance between a second screen center at the second time point and the parts; calculates a third priority determination value by replacing the first view point with viewpoint candidates; selects a new first viewpoint among the first viewpoint and the viewpoint candidates; and reproduces an image of the parts at the first time point as viewed from the new viewpoint.

Information processing apparatus, design support method, and non-transitory computer-readable recording medium for recording design support program

An apparatus includes a memory; and a processor coupled to the memory and configured to: specify a shape type of an opening including a series of planes detected from planes of a plurality of second virtual rectangular parallelepipeds obtained by dividing a first virtual rectangular parallelepiped internally containing a virtual object in a simulated space based on a first shape of a first line obtained by projecting the series of planes from a direction based on a specific plane of the first virtual rectangular parallelepiped onto a projection plane which is perpendicular to the direction and located at a position more distant from the specific plane than the series of planes, calculate a resonance frequency of a wave leaking through the opening, based on the specified shape type of the opening; and present the calculated resonance frequency on a display.

Resonance frequency check method and resonance frequency check apparatus

There is provided a determining apparatus which includes a first extractor configured to extract space inside an electronic device from a model indicating the electronic device, the electronic device including a plurality of audio output apparatus and a plurality of ribs, a second extractor configured to extract the plurality of ribs from the model, a divider configured to divide the space into a plurality of chambers, the plurality of chambers being partitioned by the plurality of ribs, and a determining unit configured to determine respective rear chambers to each of the plurality of audio output apparatus so that the rear chambers satisfies a certain parameter, the rear chambers being formed by combination of one or more chambers determined by the determining unit.

Determining apparatus, program, and method

An operability verification apparatus includes a work plane generation section that generates a work plane on a virtual space where a three-dimensional model of an equipment to be verified is disposed; a plane display section where a two-dimensional image on a work plane generated in the work plane generation section of the three-dimensional model is displayed on the display screen; and a mark display update section in which a mark representative of the pointing device is displayed on the display screen, and upon receipt of the notification of direction of movement and migration length of the pointing device, the mark on the display screen is moved in the direction of the movement corresponding to the direction of the movement of the pointing device by only a migration length in which a ratio of a real size of the equipment to a display size of the two-dimensional image on the display screen is considered.

Operability verification apparatus, operability verification method, and computer-readable storage medium storing operability verification program

The equipment operability evaluation apparatus calculates the operating posture of a human body model based on the physique information about a human body model in a physique management table, the operation information in an operation management table, and the target information in a target management table, arranges an equipment model and the human body model taking the calculated operating posture in a three-dimensional virtual space, displays a view image of a three-dimensional virtual space from the point of view of the human body model, and determines the visibility about the target operation area of the equipment model displayed on the view image and the readability of a character string.

Apparatus and method for evaluating equipment operability

When an input unit of the equipment operability evaluating apparatus selects the human body type of the human body model and a scenario, the posture calculation unit calculates an appropriate operating posture of the human body model having the physique of the selected human body type for each of the supposed operations set by the supposed operation setting unit, and the simulation unit arranges an equipment model and a human body model having the calculated operating posture in the three-dimensional virtual space, and displays the view image as an image of the three-dimensional virtual space viewed from the point of view of the human body model. The operation recording unit records the operation result of the equipment model on the view image, and the operability evaluation unit evaluates the operability of the equipment based on the recorded operation result.

Apparatus and method for evaluating equipment operability, and equipment operability evaluating program

There is disclosed an apparatus for supporting an evaluation of equipment operability in which simulation equipment models of design object equipment or layout object equipment are arranged in a simulation space together with simulation body-shaped models patterned after humans who may operate the equipment, and the body-shaped models are moved within the simulation space so that an evaluation of operability of the layout object equipment is supported. A reference position of a body-shaped model to be arranged in the simulation space is defined in accordance with a basic posture of the body-shaped model. When the present model is changed to a body-shaped model which is different in the body form, the body-shaped model after an alteration is arranged in the simulation space so that the reference position coincides with the reference position before the alteration.

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Atsugi, Japan

Koji Demizu