True Color - A 24-bit color depth. See bit depth for more information.
TWAIN - A standardized interface that allows software to communicate with scanners and digital cameras.
True color
Color that has a depth of 24-bits and 16.7 million colors.
True Color
Color with a depth of 24-bits and 16.7 million colors.
TTL ...
32-bit color (true color) contains billions of colors; suitable only for high-end use.
24-bit color (true color) contains 16.7 million colors.
16-bit color (high color) has 32,000 colors; the accepted standard for Macintosh.
Fluorescent lights have no true color temperature, but a value of approximate color temperature has been worked out.
By exchanging the right and left views, and the opposite eye converged to the shifted images, it is possible to obtain a true color 3-D effect with some effort, without glasses or a viewer.
You should be using 24 or 32 bit color (also called 'true color') to see photographs in JPEG file format at their best.
Therefore, it was desired to show the true color of the trees. The problem was a combination of a predominance of yellow in the image, a heavily overcast sky, and a very late afternoon shot.
Because one need not be concerned with true color balance, but only with achieving pleasing results, it is possible to falsify colors in the initial exposure.
The end result is a photo that has more of the true colors that I remember. The sky is more detailed, the rock colors are vibrant and the surrounding greenery is more crisp. While the overall change is not that drastic, that was never the intent.
icons inside exe files; Support for transparency (alpha channel); Batch processing for import, export and extract; Multiple language support; More than 40 effects + custom filter; Resolutions up to 256×256; Data types: 2, 16, 256, True Color, ...
Although a monitor may be able to display 'true color' (16,000,000 colors), millions of these colors are outside of the spectrum available to printers.
Color depth is also referred to as pixel-depth, bit-depth or true color. Ultimately, the color depth determines the richness of, or the degree to which, a color appears on a photograph. Color depth works by attributing a single color to each pixel.
Digital cameras use specialized demosaicing algorithms to convert this mosaic into an equally sized mosaic of true colors. The key is that each colored pixel can be used more than once.
From the announcement, it does seem as if they have added some long requested features including improved batch processing and true color management.
Almost all newer systems include a video card and a monitor that can display what's called 24- bit true color. It's sometimes called true color because these systems display 16 million colors, about the number the human eye can discern.
Often, by keeping the whites, grays and blacks neutral, the areas of true color will pop more vibrantly. For example, a blue sky will have a more brilliant blue if the clouds are neutral.
The error in that measurement is the noise that you see in the image, so instead of getting the true color of that pixel, you're getting something else; and the more samples you have, the more accurate the reading will be.
The color balance assumes that under normal conditions, a white object should made to look white, then the other colors will be accurately become their true colors.
Auto White Balance
The camera automatically sets white balance to match the true color of the subject.
Auto Focus
The camera focuses automatically.
The same effects are created by the camera settings, with the exception of the interpretation of true colors, and only the recording of the image takes place in a different manner.
Each pixel's designated number of bits in a picture and how many colors those bits create. At 24 bits per pixel, True Color can deliver 16 million colors.
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The number of bits assigned to each pixel in the image and the number of colors that can be created from those bits. True Color uses 24 bits per pixel to render 16 million colors.
Color saturation: ...
I worked the sales floor at a Ritz Camera Center for about 8 months and found that the in-house one hour service was next to none for true color and dust-free prints! ...
When all three primary colors are combined at each pixel, this allows for as many as 28*3 or 16,777,216 different colors, or "true color." This is referred to as 24 bits per pixel since each pixel is composed of three 8-bit color channels.
It also offers Full HD video (1080p as opposed to 720p), but its true colors are betrayed by a lower price-point, a smaller sensor (1/2.3" as opposed to 1/1.6" or 1/1.7"), and the inability to record RAW files.
Bayer Pattern - Filter Array with most common colors of the three most popular colors: Red Green and Blue. Filters of the above colors can be applied on selected part of an image to calculate the true color of all pixels in this area.
COLOR NEGATIVE - Refers to film designed to produce a reverse color image that requires subsequent printing onto photo-sensitive material (generally paper used in making photographic prints) in order to view the true colors as a positive image.
But if we aim our cameras toward the sun, we’re likely to produce a high-contrast image that may distort the true colors of the stained glass. For better results, turn your camera toward an area of stained glass where the light is more uniform.
VGA systems display 640 by 480, or about 300,000 pixels. In contrast, SVGA systems display 800 by 600, or 480,000 pixels. True Color systems use 24 bits per pixel, allowing them to display more than 16 million different colors.
To achieve a good "gamma calibration" of your monitor, please follow the steps outlined below. You should also have a system capable of producting 16-bit (high color) or 24-bit (true color) color depth.
Digital images are often described by the number of bits used to represent each pixel. i.e. a 1-bit image is monochrome; an 8-bit image supports 256 colors or grayscales; while 24 or 32-bit supports true color.
light source in degrees Kelvin or can 'photograph" a white surface that is being lit by your primary light source. In that case, the camera would read the color of the light and figure out on its own what adjustments to make to bring back true color ...
they are not able to determine what color the pixel is in reality. It is for this reason that digital zoom does not produce as crisp or clear an image as optical zoom, which has true color values for all of the pixels.
True Color uses 24 bits per pixel to render 16 million colors. Color Space Describes the mode used to represent color such as RGB, CMYK, or Lab. Each space has its own unique limitations.
 See also: Color, Image, Camera, Digital, Digital camera
  
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