What are the characteristics of KeyShot software? Analysis of key function characteristics

KeyShot is an independent real-time rendering application, which can quickly and easily create magical rendering and animation effects. Based on LuxRender, it can produce real 3D rendering without complicated settings, and it is one of the best, simplest and most realistic software in the whole network. Moreover, many friends are also very upset about the study of Keyshot, because they can't find the course systematics, and the graphic tutorial of online learning is not comprehensive. Therefore, we provide you with the teaching advantages of video courses. A set of "keyshot Rendering Zero Foundation to Proficiency Tutorial" takes you to get the function introduction and case operation of Keyshot software ~Keyshot Rendering Zero Foundation to Proficiency Tutorial: a set of basic introductory courses, * * * 6 1 section, with 33,900 learned users! Learning this course can help you solve these problems: material editing, rendering realistic renderings, fixed material balls, node material logic, ambient light use, animation design! Eight modules, from shallow to deep, gradually take you to master the world of Keyshot rendering! Analysis of key function characteristics;

Rendering: Real-time rendering for fast visual CPU rendering: Real-time ray tracing uses available physical and virtual CPU cores, and linearly expands as more cores are added. GPU rendering: Switch to GPU mode with one button and use available NVIDIARTX graphics card for real-time ray tracing. Denoising: Deep learning denoising, rendering the output in real-time view, can get smoother results in a shorter time. Scientific accuracy: scientific materials representing IOR, dispersion and underground scattering characteristics. Global illumination: Indirect light reflects between three-dimensional geometries and allows other geometries to be illuminated under transparent materials. Focused caustics: Show how the light is affected by your material, and you can see the real caustics immediately when you touch the switch. HDRI lighting: quickly illuminate your scene. Drag and drop the KeyShotHDRI environment into the scene and adjust it as needed. Physical lighting: Add areas, points, ie or spotlights by applying light materials to model geometry. Material library: more than 700 kinds of materials are preset, from architecture, cloth, glass and precious stones to liquid, metal, plastic and wood. Texture library: access bump texture, color, displacement, IES lighting configuration file, OpenVDB, roughness, labels, etc. Environment Library: More than 60 high-resolution HDRI environments or create your own environment by editing with KeyShotPro. Color Library: Enhance your materials in KeyShot by using industry standard color libraries from Pantone and RAL. 3D model library: use various models with materials and textures to quickly add background and details to the scene. Content: KeyShot includes content, such as Axalta paint, mold technical texture, S? Rensen leather and Poliigon texture. KeyShot Cloud: Search * * * Enjoy the KeyShot resources, including materials, HDRI, rebounds, and download them to KeyShot. Favorites: Collect your favorite materials, colors, environments and textures for other scenes. Procedural textures: 2D and 3D procedural textures, from cloth, grid and scratches to wood, gradient, camouflage and occlusion. Profile: Use dynamic profile to show the internal working principle of the design, set the content to be excluded and add animation. Scattering medium: Add particles with density texture and smoke supported by VDB to scatter or create interesting materials. Real cloth TM: A new material type, which can create and visualize realistic woven materials. Cartoon coloring: create non-photorealistic rendering suitable for technical documents, patent drawings, etc. Interactive scene tree: Parts, lights, cameras and animations are all concentrated in one place, with real-time search, filtering and grouping functions. Interactive Labels: Use their own material definitions or position labels on objects adopted from the properties of the base material. Dynamic texture mapping: Map the texture through concave and convex, color, specular reflection and opaque channels to get a real appearance. Material template: the patented technology sets the template, which automatically assigns the material to the imported model when importing KeyShot. Round edges: Use simple sliders to turn sharp edges on imported models into beautiful small round edges and rounded corners. Pattern: Create 100 or 1 0,000 independent model instances without affecting file size, memory or speed. Image Style: Use tone mapping, curves, color adjustment or layers to create multiple image styles. After real-time viewing or adjustment. Unlimited resolution: Unlimited real-time and rendered output resolution, preset common size and custom resolution creation. Camera control: Use different modes and controls of real-time applications to simulate real camera behavior to capture new images. Move the lens: Use the move lens to adjust your vertical edge or click Auto Adjust. Roaming mode: Set your eye height and turn on ground/collision detection to move in your scene. Import program: KeyShot widely supports the direct import of more than 20 native and neutral 3D file types. Plug-ins: direct connection between 3D modeling software and KeyShot, including LiveLinking. Real-time link: By selecting the KeyShot plug-in, you can update your geometry changes in KeyShot without losing your work. Network Rendering: (Additional) Use your computer network to render your project in a short time. Studio: Use any combination of camera, environment, model group and materials to build your own personal studio. Model Set: Set different variants of the model in the scene to show different model configurations or create color studies. NURBS rendering: KeyShot supports the import and rendering of NURBS data, thus obtaining quality and zero-surface subdivision. Geometry Editor: Auxiliary OpenGL viewport, which allows camera path movement and geometry editing of imported models. Displacement: The displacement geometry shader allows you to create 3D textures to enhance realism. Bubbles: Bubbles can be added and configured to create content ranging from bubbles to hisses. Flakes: Add various flakes (square or spherical) in or around the material. Fluffy: random hair-like growth is added from the surface of the material to control the length and density. Multiple materials: Create multiple variants of your materials for quick color comparison or advanced color system creation. Configurator: Use your materials, models and camera variations to create unlimited configurations. Stereoscopic view: Set stereoscopic 3D view to view or work in 3D space using VR viewer or HMD. Perspective Matching: An interactive perspective matching tool that allows you to align the objects in the scene with the shooting objects. HDRI editor: lighting preset and HDRI control, with the ability to blur, highlight and enhance or create HDRI. Sun and sky: interactively generate the sun and sky with date, time and location, or place the sun where you need it in HDRI. Material mapping: Use KeyShot's node-based editor to create advanced materials, and layer and animate materials and textures. Scripting: Provide more in-depth functions through Python scripting console, and release the functions of KeyShot. Real-time area rendering: Select and concentrate your computer power to render a small area of the scene and view the results in real time. Rendering channels: for more post-processing control, KeyShot includes rendering channels, such as clown, depth and normal channels. Rendering queue: store the scenes prepared all day, and batch them when they are ready. 3D export: export the scene to the format of OBJ, FBX, GLTF or STL for other software, online viewing or 3D printing. Animation: Rich interactive animation Create, control and play part and camera animation: A patented animation system that uses real-time setting and playing your animation to create part and camera animation. Camera path animation: Create camera path animation by selecting an existing view or dynamically creating a path in real time. Panoramic animation: Take the camera itself as the rotation axis, and create personal rotation animation by clicking. Curve Gradient: Use a custom control curve to switch between two colors, a series of colors, or change the opacity of a material for a specific duration. Scaling animation: Scaling camera animation allows the camera's field of vision to change dynamically to obtain more dramatic animation. Free animation: depth of field animation allows dynamic change of camera focal length and aperture value. Camera switching events: Set camera switching events in a single scene to quickly switch between multiple camera animations. Motion blur: Create real-time motion blur through quick settings to provide realism when displaying moving parts. Ok, that's about "what are the characteristics of KeyShot software?" The related content of "KeyShot Functional Characteristic Analysis" has been shared, and I hope it will be helpful for you to master keyshot learning ~ If you can't learn the graphic tutorial completely, then I still suggest learning by video operation. Professional system learning can quickly learn the use of keyshot software ~ Click the link: