ジェーエフピー Product Lineup

"ViViD" is a virtual environment simulator capable of reproducing diverse conditions. By recreating various environments and scenario-based testing conditions, it allows for the repeated execution of tests that are difficult to validate in the real world. Based on the high-end game engine Unreal Engine 4, it can output high-definition visuals (images) and, through customization for each user, enables the addition of courses and vehicles, interface compatibility, and integration of existing sensor models. [Examples of Verification Environment Construction] ■ Real locations (highways), rain (urban areas), snow (ruts) ■ Sensor models (Lidar, millimeter-wave radar, SLAM) ■ Image sensor models (stereo cameras, depth cameras) ■ Other sensor models (thermal cameras, near-infrared cameras, sonar) *For more details, please download the PDF or feel free to contact us.

• Development support tools (ICE, emulators, debuggers, etc.)

The software requirements specification is a collection of sentences that consist of the requirements that the program should fulfill. The sentences include explanations of the requirements, but ultimately, what needs to be realized is expressed in conditional imperative sentences of the form "if ~, then ~; otherwise, ~" and in unconditional imperative sentences of the form " ~." The "~" represents a sentence that consists of one subject and one predicate, or one object and one imperative predicate (unit sentence). The terms "if" and the negation "otherwise" will be referred to as unit sentence conjunctions. Thus, the specification can be described using unit sentences and unit sentence conjunctions.

• Development support tools (ICE, emulators, debuggers, etc.)

The "3D Texture Shader" is a group of SOFTIMAGE|3D® plugin modules that creates unique volume data called 3D textures from various objects and performs volume shading, making it possible to reduce aliasing that occurs in animations of scenes using complex-shaped objects.

• Image Processing Software

"Seasonal Gardens" supports smooth business negotiations by easily creating garden designs on-site and conveying a concrete three-dimensional image of a nature-rich garden to clients, aiding in the presentation of park and garden designs and consultations.

• Image Processing Software

"Digital Landscape" is realized through a uniquely developed natural landscape generation simulation feature, providing realistic shape data for trees, forests, grasslands, and terrain, as well as seasonal color expressions such as the autumn foliage of trees and forests, offered as a SOFTIMAGE|3D® plugin module.

• Image Processing Software

At XPL Technology, we reproduce realistic trees in the browser by exchanging only data compressed to 1/100 to 1/10000 over the internet, through the open XML-based plant modeling and surface reproduction algorithm data derived from JFP's unique growth simulation (*1), and by decompressing it into polygons.

• Image Processing Software

This product is provided as a set of library API and database, and can be easily integrated by referring to the accompanying Software Development Kit (SDK) which includes source code for sample programs demonstrating the use of the library API. Functions are provided to create not only static natural expressions but also dynamic natural expressions. ● Weather Representation: Fog, rain, and snowfall can be expressed using a particle-based system. Additionally, to represent wind, real-time animations can depict the swaying of tree branches and the movement of grass and flowers. The engine also contains regional precipitation probability tables, allowing it to determine weather state transitions autonomously. (Reference: Tree Branch Swaying Movie (3MB)) ● Biological Representation: Birds and insects can be made to appear within a specified space and can fly with realism according to their species. ● Time Representation: Sunlight source simulation (scene mode only).

• Image Processing Software