Sentence examples for be rendered from a from inspiring English sources

While some researchers insist the benefits of smiling can only be rendered from a geniune expression of happiness, others have found that a forced smile can still make you feel happy, even when your existing mood and surroundings suggest otherwise.

For real-time video-rate 4D OCT to display 3D volumetric images faster than 24 frames/second (fps), and each image to be rendered from a 3D volume composed of preferably more than 100 × 100 lateral A-scans, an OCT system faster than about a 240 kHz A-scan rate and 2.4 kHz B-scan frame rate is required.

The mesh can be rendered from any viewpoint, and the Delaunay condition ensures good quality reconstructions -- even with a sparse sampling.

These images are rendered from a light field consisting of a 16x16 array of 100x100 pixel images.

The artist's rhinoceros woodcut, circa 1516, was rendered from a sketch and a description of the animal that made its way to Nuremberg; Dürer never saw the animal itself.

A disocclusion appears to the right of the foreground object (see Fig. 4), when the virtual image is rendered from a camera positioned to the right of the original camera.

Dots (subtending approximately 0.14 deg each) were black against a grey background and were rendered from a three-quarter view (corresponding to the 125° reference orientation used in the CID).

An image is referred to a frame recorded in the coronal plane (inset of Fig. 1(b)) of the sciatic nerve as opposed to a transverse image (inset of Fig. 1(a)) which is rendered from a z-stack of multiple images recorded in the coronal plane.

Figure 9 was rendered from an actual confocal scan but the colors have been digitally enhanced to provide better contrast between the cell outline and the embedded tracker particles.

Using the depth information, 3D video content in the stereoscopic format (two temporally synchronized video streams, one for the right and another for the left eye) can be rendered from the 2D video stream, via a process known as depth image based rendering (DIBR) [2].

Surfaces can be rendered from the 3D data set using an isosurface algorithm (see Materials and Methods) that creates a digital surface corresponding to constant intensity values in the reconstructed data.