When the points move, they carry the triangles with them. Mathematicians certainly weren't thinking about computer graphics in the 1890s. They were studying abstract questions about two ...

In computer graphics, rasterization is the process of projecting 3D shapes onto the 2D plane displayed on your screen. The 3D shapes, made up of folded triangles called a mesh, appear smoother and ...

But for more complex shapes, triangles are better -- what ... These can be found on graphics cards inside of your computer, along with RAM reserved for graphics. This is where all the meshes ...

The typical primitives in 3D graphics are lines and triangles. The type of properties provided per vertex include x-y-z coordinates, RGB values, translucency, texture, reflectivity and other ...

calculate the area of a parallelogram or triangle, and generate an orthonormal basis Describe and implement basic image order algorithms such as ray tracing Specify and utilize linear transformations ...

Dell is an unusual candidate for a computer-graphics revolutionary. He's an autodidact who's never been to a university and who ran a supermarket chain for about eight years. But he claims to have ...

Ray tracing has always been the "holy grail" of computer graphics, says Jason Ronald ... and represents 3D shapes in triangles and polygons. The one nearest the viewer determines the pixel.

Computer graphics and geometry processing research ... they describe an algorithm that solves different nonlinear parabolic PDEs on triangle meshes by splitting them into three simpler equations ...

High performance computing specialist Silicon Graphics has created a concept computer called Molecule using mostly off-the-shelf consumer electronics components that packs in 10,000 cores into a ...