A continuous tone image is an image where each pixel has an infinite number of colors. This is in contrast to a bitmap image, which has a limited number of colors per pixel. The term is usually used in the context of printing and scanning, as these are the two processes where continuous tones are most important.
When an image is printed, each pixel is made up of a series of tiny dots. The number of dots per inch (DPI) determines the resolution of the image. The more dots per inch, the higher the resolution and the more detail that can be captured. The smallest dots are called screen dots, and they are used to create the image on the paper.
When an image is scanned, the scanner captures the image as a series of pixels. The number of pixels per inch (PPI) determines the resolution of the scan. The more pixels per inch, the higher the resolution and the more detail that can be captured.
The term “continuous tone” is used to describe an image that has an infinite number of colors. This is in contrast to a bitmap image, which has a limited number of colors per pixel. The term is usually used in the context of printing and scanning, as these are the two processes where continuous tones are most important.
When an image is printed, each pixel is made up of a series of tiny dots. The number of dots per inch (DPI) determines the resolution of the image. The more dots per inch, the higher the resolution and the more detail that can be captured. The smallest dots are called screen dots, and they are used to create the image on the paper.
When an image is scanned, the scanner captures the image as a series of pixels. The number of pixels per inch (PPI) determines the resolution of the scan. The more pixels per inch, the higher the resolution and the more detail that can be captured.
The term “continuous tone” is used to describe an image that has an infinite number of colors. This is in contrast to a bitmap image, which has a limited number of colors per pixel. The term is usually used in the context of printing and scanning, as these are the two processes where continuous tones are most important.
When an image is scanned, the scanner captures the image as a series of pixels. The number of pixels per inch (PPI) determines the resolution of the scan.