Application Example

Introducing Examples; Real-time VR Applications developed with Virtools

Virtools’ prepares various game-bred development techniques and know-hows, which customers can use easily.
With such techniques and know-hows, customers can create applications to run with high-quality images, in real-time, and interactively

[Features]

Imports 3D shape data designed with CATIA , the industry standard 3D CAD application for automobiles
Creates lifelike materials using Vertex&Pixel shader, an expression technique developed for games.
To express /grains of clothes, leathers, automobile dashboards, and, a specular reflection of automobile body surface, etc."
Has achieved a complete synchronous running with PC-clustering consisting of multiple Windows PCs, and also with a cube type Cave (polyhedron screen).
Capable to synchronize the images to the motions of a browsing personnel using camera-tracking VR sensor.
Capable to create a virtual pointer beam in a virtual space with detecting hand motions of browsing personnel.
Executes a collision judgment of the object pointed with virtual beam, and Moves a selected object interactively.

[Features]

Helps to create concrete ideas of near future city designs by reproducing such designs in 3D interactive spaces.
Uses a large-scaled spherical screen panel consisting of nine sub-panels in order to display a full-scaled city space in ultra-high resolution,
Uses 2 projectors per sub-panel for stereo-display (to display left eye image and right eye’s separately), therefore totally 18 projectors for a whole system.
Consists of 19 Windows PCs (1 PC per projector (18) + 1 Host PC) , then executes synchronized processing of images by software via LAN.
Gives a person an immersive reality by having him/her standing right in front of the large-scaled spherical screen panel .
Executes a distortion-correction by software to display an optimized image for the spherical screen panel, also processes images to look seamless between sub-panels.
Allows to change conditions interactively with preparing concrete ideas created by designer.

[Features]

Creates 3D data from aircraft cabin space being designed and executes automatic sheet-arrangement according to the database information.
Allows to change seat layout freely by drag & drop while the meeting with customer,
Prepares options for material types and equipments and reproduces those selected instantaneously.
Reproduces materials in lifelike way using Vertex&Pixel shader that is the expression technique for game.
Instantaneously reproduces daytime and/or nighttime status changing a lighting condition in aircraft cabin.
Prepares 3D measuring tools which allows user to select two points in 3D space arbitrarily, and automatically measures the distance between those two points.

[Features]

Reproduces "General housing conditions" as a living environment for infant, also reproduces an infant with several different physiques according to his/her growth.
Has recorded infant’s general motions as motion patterns using motion capture data.
Generates the motion patterns for Infant’s risky motions by by physical calculation simulation.
Morphes basic data in real time, and reproduces basic data in real time with automatically interpolating among motions.
Reproduces infant’s high-risk behaviors and accidents contingent to conditions of the spaces. Allows to move viewing angle arbitrarily.

[Features]

Reproduces the space of a nuclear power plant importing the data designed by 3D CAD(Auto CAD).
Allows to share a space via LAN using the function of a network fighting game.
Has electrically connected WindowsPC and a real crane operation console, preparing the interface software developed by SDK.
Reproduces the crane’s behaviors according to operator’s operation by executing physical arithmetic processing of such motions in real time.
Reproduces lifelike arm and hand signals looking the same as those in the real site using imported motion capture data.

[Features]

Imports and reproduces conceptual package shapes designed by 3D-CAD / CG modeling tool.)
Reproduces materials in lifelike way using Vertex&Pixel shader that is the expression technique for game.
Allows user to edit and to visually check the condition of printed labels, colors, and lightings.
Acquires vertex information of the polygon data therefore allows user to modify the form in real time.
Allows user to place a designed virtual product model in a virtual store space to check the visibility of the such products instantaneously.

[Features]

Imports 3D shape data designed three dimensions CAD.
Allow user to specify the position information with 6 servo-axis haptic-device to control the object of user’s action.
Executes a collision judgment in real time using the virtual model’s shape information.
Locks the action by controlling the 6 servo-axis via operation module if a collision is judged
Has realized a synchronized operation on a wall-formed Cave (polyhedron screen) with PC clustering.
Displays in 3D stereo by time-dividing method (giving left eye image and right eye image alternately) and a LCD shutter glasses.

[Features]

Generates a contiguous images on 3 screens in real time, which are controlled by one WindowsPC.
Using SDK, connects and controls IO devices for Windows PCs and their drivers
Morphes motion basic data in real time, and reproduces such motions in real time with automatically interpolating among motions.
Using Game expression technique, reproduces more natural-looking space environments meteorological conditions and daytime/nighttime.

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The technological knowhow developed in the game industry is used in a variety of industrial fields.