Reliable and versatile photorealistic (high end image) library (graphics componants) for medical

Photorealistic (high end image) library (graphics componants) for medical

Are you in need for a photorealistic (high end image) library (graphics componants) for medical sector ?

As a key component in a VR application, 3D graphics engine is responsible for performing crucial tasks such as accessing input devices, managing resources, updating the components of the virtual environment, rendering the 3D scene and presenting the final result through display devices. As such, the Redway3d cross platform toolkit harnesses the power of both the CPU and the GPU in order to speed up display, zoom, and gravity operations for high-quality content. The scene graph API real time rendering capabilities allow the creation of stunning large model visualization and artistic presentations of high-level graphics design projects. Real time graphics also fit perfectly to architectural scenes with light variation and can be processed with biased and unbiased rendering including path tracing.

In the field of computer-generated high performance graphics, 3D advanced details include complex materials that are difficult to recreate realistically such as fur or hair. In order to achieve such designs, Bidirectional Reflectance Distribution Functions are used to show how the light is reflected at an opaque surface. In this regard, Redway3d REDsdk uses light propagation equations that can encompass a non-isotropic light re-emission model, thus achieving highly photorealistic materials. Caustics and dielectric can also be propagated by reflective and refractive materials for optimal realism in the creation of objects such as glass or jewellery.

Look no further, you've found the perfect photorealistic (high end image) library (graphics componants) for medical.

Some figures

1 team

dedicated to middleware integration

100 tutorials

available online to accelerate REDsdk learning curve

1000 +

Hardware configuration tested and certified

Trusted by

In a few days, we could repurpose our legacy materials and render them using the RED engine technology.

Jean-Claude Perraux - Team Leader Design Services Platform

For 2020, moving to REDsdk simply meant moving from the “nice” rendering delivered by our former solution to an image that could be mistaken for a true photo. We therefore started to research the real-time aspect of REDsdk and realized the substantial benefits of an all-in-one 2D/3D graphics engine.

Stéphan Dagenais - Platform Manager and 2020 Design R&D Manager

When you have been developing a software for decades, you have tons of specific users’ habits and it was key for us that REDsdk was flexible enough to enable us to implement our own rendering expertise and visualization modes.

Guillaume Boulet-Gercourt - CTO of Abvent

Today, BricsCAD still offers drafting, but also full 3D modeling, intelligent sheet metal design and BIM. BricsCAD uses many different software components, but REDsdk is really a key part of our current success.

Erik de Keyser - CEO of Bricsys

The integration process of REDsdk into our applications has in all cases gone smoothly and the REDWAY 3D engineers were always available to provide prompt and insightful help.

Bob Mayer - President of IMSI/Design

By using REDsdk, we could get the best of the current 2D/3D hardware performance while keeping all our TopSolid 2D & 3D graphics assets. It is a full bi-directional compatibility, TopSolid can call REDsdk and REDsdk can call TopSolid.

Jean-Luc Rolland - Missler Software CTO