Examples of using Each pixel in English and their translations into Russian
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Colloquial
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Official
Each pixel has it's own address.
This means that each pixel represents 1 bit.
Each pixel is checked once.
This has the effect of simply making each pixel bigger.
Each pixel can be black or white.
In resolution modes, each pixel is addressable as either on or off.
Each pixel encodes color and transparency information.
For example, LCDs typically divide each pixel vertically into three subpixels.
Each pixel that makes up the portrait is transformed by T.
Full-screen mode Opera browser allows you to fully use each pixel of the phone screen.
In cluster each pixel contains from the 3 and more LEDs.
To a computer, an image is really just a grid of numbers that represent how dark each pixel is.
Each pixel on that sensor is represented by a P-doped mos capacitor.
This is referred to as 24 bits per pixel since each pixel is composed of three 8-bit color channels.
Each pixel contains a series of numbers which describe its color or intensity.
A fragment shader's job is to compute a color for each pixel of the primitive currently being drawn.
Each pixel of the array records an interferogram from the corresponding field of view.
Thin-film transistors deliver the required voltage that controls light transmission in each pixel.
The luminance value for each pixel is a sum of the true signal and of course the noise.
Each pixel on the image plane therefore corresponds to a shaft of light from the original scene.
There is an infrared optical sensor in each pixel which allows for fixing more than 50 touches at the same time.
Each pixel is made up of triads, with the number of these triads determining the native resolution.
The local parameters are computed for each pixel independently while taking its neighboring pixels into account.
Each pixel of this chip matrix evaluates its distance to the object.
Only sensors which capture all three colors at each pixel location could achieve the ideal image shown at the bottom such as Foveon-type sensors.
Each pixel in an image has a color which has been produced by some combination of the primary colors red, green, and blue RGB.
If the photographed scene is static,the signal acquired for each pixel is constant for each photo taken at the same exposure settings, while the noise is random.
Label each pixel with the most probable component with a maximum a posteriori probability(MAP) estimate.
On a real computer display, each pixel is actually composed of separate red, green, and blue subpixels.
For each pixel it calls our fragment shader with the interpolated value for that pixel. .