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OPTICS

Publishdate:2025-11-27 Views:19

Optical, virtual reality simulation

 

Ansys SPEOS: Physics-based optical, human vision simulation

Ansys SPEOS is a tool for optical system simulation and vision simulation, enabling structural design, optical design, optical performance simulation, analysis and optimization of products in the same platform; it's a rare professional software that can simulate real-world scenarios based on the visual characteristics of human eyes and the real physical properties of objects.

Ansys SPEOS software is certified by CIE standards and embedded with ISO and CIE international standards, providing solutions for human-machine ergonomics system simulation and analysis, lighting fixture design analysis and optimization, optical imaging system simulation and analysis, and product appearance visualization and simulation for aviation, aerospace, automobile, rail transport, lighting, electronics, white goods, etc.

 

 

Ansys VRXPERIENCE: A virtual reality and modular platform

Ansys VRXPERIENCE is a virtual reality and modular platform software that offers various rendering modes (physical, non-physical, hybrid) to enable customers to evaluate the perceived quality and appearance of products, test the ergonomic performance of products and perform virtual assemblies in 1:1 life-size virtual scenes. It supports various VR displays (HMD, power wall, CAVE) and works with external Leap motion and ART devices for motion capture. Besides, Ansys VRXPERIENCE and Ansys SPEOS data are compatible with each other to form a tool chain.

 

Ansys VRXPERIENCE HMI ▏ Virtual reality, human-machine interaction simulation

Ansys VRXPERIENCE HMI enables virtual interaction with buttons, control switches and touchscreens in a virtual environment, evaluates the rationality and accessibility of cockpit layout, and analyzes the posture comfort; analyzes the safety of cockpit layout and its impact on user's attention and perception through virtual experience; and allows for a dynamic driving experience.

 

Ansys VRXPERIENCE MRO ▏Virtual assembly simulation

Ansys VRXPERIENCE MRO is designed to validate design integrity from a styling, engineering, manufacturing and marketing perspective in a virtual environment; to validate accessibility between mannequins, tools and components; to validate ergonomic safety, posture and visibility; and to validate manufacturing processes from a spatial, workflow and ergonomic perspective.

 

Ansys VRXPERIENCE Perceived Quality ▏ Perceptual quality, visual simulation

Ansys VRXPERIENCE PQ primarily fulfills the tasks of assessing the perceived quality of products in a virtual environment; immersive experience of external and internal lighting; fast and effective conceptual lighting design using accurate lighting patterns by creating real-time lighting of external scenes; and real-time visual simulation to evaluate different reflection problems and make quick corrections to the data.

 

 

Ansys VRXPERIENCE AV Solutions: An autonomous driving solution

Ansys VRXPERIENCE AV Solutions, a core platform for Ansys autonomous driving, provides physics-based 3D scene modeling, optics-based camera and LIDAR simulation, electromagnetics-based millimeter wave radar simulation, optics-based high-precision headlamp simulation and analysis, ray-tracing-based graphics algorithms, real-time massively parallel computing, and open platform interfaces.

The solution can seamlessly integrate with Ansys semantic-based scenario and traffic flow modeling tool, assembly characteristic-based vehicle dynamics model, and model-based high-safety control system modeling tool, thus achieving real-time closed-loop simulation of multiple sensors, multiple traffic objects, multiple scenarios, and multiple environments, and enabling test verification of thousands of scenarios within tens of seconds, satisfying product-level test verification and confirmation of safety requirements, covering more edge scenarios, accelerating the development of autonomous driving products, and improving their safety.

 

 

Ansys VRXPERIENCE Sound Dimension: A sound design, analysis, synthesis and sound quality solution

Ansys VRXPERIENCE Sound Dimension offers a new sound experience for the design and development of different products.

 

ENTERPRISE ▏ Automobile cockpit sound environment design, experience and debugging

With the order synthesis design software, the solution enhances the in-vehicle engine sound experience for traditional internal combustion engine vehicle design, from fast debugging in real vehicles to final mass production implementation; in new energy vehicles, the solution enables users to experience and commission multidimensional cockpit electronic sound element designs online or offline.

 

PREMIUM ▏ Sound perception research and acoustic scene control

With its subjective sound evaluation system, the solution provides reliable and accurate feedback on product sound characteristics; based on the 3D audio rendering technology, it creates and configures acoustic environments for virtual reality platforms and provides an interactive sound experience for driving simulators.

 

PRO ▏ Sound playback, analysis and editing

The sound characteristics of a product are played back, analyzed and decomposed according to test results or simulation calculations; the target sound of product is designed and defined based on efficient sound editing features.

 

Optical, virtual reality simulation

 

Ansys SPEOS: Physics-based optical, human vision simulation

Ansys SPEOS is a tool for optical system simulation and vision simulation, enabling structural design, optical design, optical performance simulation, analysis and optimization of products in the same platform; it's a rare professional software that can simulate real-world scenarios based on the visual characteristics of human eyes and the real physical properties of objects.

Ansys SPEOS software is certified by CIE standards and embedded with ISO and CIE international standards, providing solutions for human-machine ergonomics system simulation and analysis, lighting fixture design analysis and optimization, optical imaging system simulation and analysis, and product appearance visualization and simulation for aviation, aerospace, automobile, rail transport, lighting, electronics, white goods, etc.

 

 

Ansys VRXPERIENCE: A virtual reality and modular platform

Ansys VRXPERIENCE is a virtual reality and modular platform software that offers various rendering modes (physical, non-physical, hybrid) to enable customers to evaluate the perceived quality and appearance of products, test the ergonomic performance of products and perform virtual assemblies in 1:1 life-size virtual scenes. It supports various VR displays (HMD, power wall, CAVE) and works with external Leap motion and ART devices for motion capture. Besides, Ansys VRXPERIENCE and Ansys SPEOS data are compatible with each other to form a tool chain.

 

Ansys VRXPERIENCE HMI ▏ Virtual reality, human-machine interaction simulation

Ansys VRXPERIENCE HMI enables virtual interaction with buttons, control switches and touchscreens in a virtual environment, evaluates the rationality and accessibility of cockpit layout, and analyzes the posture comfort; analyzes the safety of cockpit layout and its impact on user's attention and perception through virtual experience; and allows for a dynamic driving experience.

 

Ansys VRXPERIENCE MRO ▏Virtual assembly simulation

Ansys VRXPERIENCE MRO is designed to validate design integrity from a styling, engineering, manufacturing and marketing perspective in a virtual environment; to validate accessibility between mannequins, tools and components; to validate ergonomic safety, posture and visibility; and to validate manufacturing processes from a spatial, workflow and ergonomic perspective.

 

Ansys VRXPERIENCE Perceived Quality ▏ Perceptual quality, visual simulation

Ansys VRXPERIENCE PQ primarily fulfills the tasks of assessing the perceived quality of products in a virtual environment; immersive experience of external and internal lighting; fast and effective conceptual lighting design using accurate lighting patterns by creating real-time lighting of external scenes; and real-time visual simulation to evaluate different reflection problems and make quick corrections to the data.

 

 

Ansys VRXPERIENCE AV Solutions: An autonomous driving solution

Ansys VRXPERIENCE AV Solutions, a core platform for Ansys autonomous driving, provides physics-based 3D scene modeling, optics-based camera and LIDAR simulation, electromagnetics-based millimeter wave radar simulation, optics-based high-precision headlamp simulation and analysis, ray-tracing-based graphics algorithms, real-time massively parallel computing, and open platform interfaces.

The solution can seamlessly integrate with Ansys semantic-based scenario and traffic flow modeling tool, assembly characteristic-based vehicle dynamics model, and model-based high-safety control system modeling tool, thus achieving real-time closed-loop simulation of multiple sensors, multiple traffic objects, multiple scenarios, and multiple environments, and enabling test verification of thousands of scenarios within tens of seconds, satisfying product-level test verification and confirmation of safety requirements, covering more edge scenarios, accelerating the development of autonomous driving products, and improving their safety.

 

 

Ansys VRXPERIENCE Sound Dimension: A sound design, analysis, synthesis and sound quality solution

Ansys VRXPERIENCE Sound Dimension offers a new sound experience for the design and development of different products.

 

ENTERPRISE ▏ Automobile cockpit sound environment design, experience and debugging

With the order synthesis design software, the solution enhances the in-vehicle engine sound experience for traditional internal combustion engine vehicle design, from fast debugging in real vehicles to final mass production implementation; in new energy vehicles, the solution enables users to experience and commission multidimensional cockpit electronic sound element designs online or offline.

 

PREMIUM ▏ Sound perception research and acoustic scene control

With its subjective sound evaluation system, the solution provides reliable and accurate feedback on product sound characteristics; based on the 3D audio rendering technology, it creates and configures acoustic environments for virtual reality platforms and provides an interactive sound experience for driving simulators.

 

PRO ▏ Sound playback, analysis and editing

The sound characteristics of a product are played back, analyzed and decomposed according to test results or simulation calculations; the target sound of product is designed and defined based on efficient sound editing features.