Z-Fighting, also called stitching, is a phenomenon in 3D rendering that occurs when two or more primitives have similar or identical values in the Z buffer. It is particularly common in coplanar polygons where two faces occupy substantially the same space without either face being in front. Affected pixels are rendered with fragments of [...]
Foreground Alpha is a rendering mode that sets the Alpha (Opacity) pixel depending on whether the pixel is considered to be in the foreground or background of the scene (for example to create a 3D configurator). If you enable Foreground Alpha, when you save your image in PNG, EXR, or any other format that [...]
Subsurface Scattering simulates semi-transparent objects line a 3D configurator in which light rays penetrate, bounce around and then exit at a different location. Many organic and inorganic materials are not completely opaque directly on the surface, so light does not simply bounce off the top. Instead, some light penetrates deep into the surface of the [...]
At a basic level, the natural world can be modelled as the interplay of energy and matter (for example in form of a 3D configurator). This interaction can in turn be observed by the viewer through the visible appearance of the world. In this model of the natural world, the appearance of an object [...]
An InterFrame is a frame in a video compression stream that is expressed as one or more adjacent frames. Interframes are ideal to use in 3D configurator projects. The "Inter" part of the term refers to the use of InterFrame prediction. This type of prediction attempts to exploit the advantages of temporal redundancy between [...]
Classically, the concept of multiple resolution was closely associated with the study of wavelets. Wavelets are useful for describing mathematical objects such as functions (or signals) with different resolution levels. For example, an image can be described in different resolution levels. Understanding and characterizing the differences between images (or functions) at different resolution levels [...]
CAD is a computer technology that designs a product and documents the design process. CAD can facilitate the manufacturing process by transferring detailed diagrams of a product's materials, processes, tolerances and dimensions with specific conventions for each product. It can be used to create either two-dimensional or three-dimensional diagrams that, when rotated, can be [...]
Polygon and spline modeling are two of the most commonly used approaches to creating 3D objects like a 3D configurator. Both options are capable of creating high-quality three-dimensional models, but what are the differences between them? In the following article we would like to give you a better understanding of the process of developing [...]
Path Tracing is a rendering algorithm similar to raytracing in which rays are thrown from a virtual camera and tracked through a simulated scene for example for a 3D configurator. Path tracing uses random samples to gradually calculate a final image. The random sampling process makes it possible to represent some complex phenomena that [...]
3D configurator, surface determination (also known as Hidden Surface Removal (HSR), Occlusion Culling (OC), or Visible Surface Determination (VSD)) is the method used to determine which surfaces and parts of surfaces are not visible from a particular angle. A Hidden Surface Determination Algorithm is a solution to the visibility problem that was one of [...]
