ANSYS SPEOS: Luminaire Demo Part 2 - How to Design a Light Module with Optical Part Design - Duration: 5:17. Ansys How To Videos 587 views.
Electronically correct the optical defects of your HUDs -induced by the windshield and mirrors- by pre-processing the projected images.With ANSYS SPEOS 2018, perform dedicated HUD optical system analysis, to easily and quickly generate data feeding the warping algorithm. BENEFIT FROM PIONEERING INNOVATION IN DIGITAL LIGHTINGANSYS OPTIS software is used by Texas Instrument since the creation of the Digital Light Processing (DLP) division in 1993. The objective was to create all digital optical devices that would enable light to be manipulated with accuracy and speed. Expert tool:Expertise inside: take advantage of the know-how that has been developed by pioneering industries.Productivity:ANSYS SPEOS 2018 enables you to adopt best practices developed by the field to save you time and effort. The reliability you gain will also strengthen your decision-making.Performance:ANSYS SPEOS 2018 is the optical software with most in-depth CAD integration. This is the solution of choice to invent the most innovative optomechanical technologies.Ease of use:The user experience is refined: in each workbench, you access only the functions and parameters that are contextually relevant. Save time and cost by accessing a library of DLP that are dedicated to HUD in automotive.
REVOLUTIONIZE HUD INTEGRATIONThe significant growth of HUD implementation and the upcoming arrival of augmented reality reveal new challenges, regarding development productivity and collaboration between engineers from automakers and the supply chain.In the concept phase, the constraints on the OEM’s side are to identify any packaging issues early, to reach the specifications. On the supplier’s side, in the Invitation For Bidding phase, the challenge is to win the deal while limiting the time and expert resources involved. “From 2020, an explosion of AR-HUDs will launch the function into most major luxury brands” according to IHS Automotive.One of the primary challenges for the manufacturers is to create optical systems based on several freeform mirrors, which improve the quality of the HUD to be able to project Augmented Reality information adequately.That is the purpose of the new 2018 'multi-freeform' feature in ANSYS SPEOS HUD Optical Design. Now, design multi-freeform mirror systems, taking advantage of the improvements of the optimizer. REACH THE PERCEIVED QUALITY TARGETSFor car manufacturers, HUDs today are a masterpiece to convey their brand image. More than satisfying ergonomic requirements, they have to reach their Perceived Quality targets.New in 2018, ANSYS OPTIS offers a reliable lifelike visual experience of a HUD system still in its virtual state. As soon as the design of the dashboard, pillars, and instrument panel are available, you can create a complete simulation of the driver’s perception to see how the virtual image will be perceived and this, very early in the process and without a physical prototype.You assess how the veiling glare, coming from the reflection of the sun on the dashboard and then on the windshield, can lower the Perceived Quality.
You evaluate how the background luminance will affect the legibility of information. Moreover, you can do all of this using different configurations in terms of exterior lighting conditions, materials, and driver size.Eye to eye with the drivers, you ensure very early in the development process that your HUD will reach the PQ targets.