bits per pixel การใช้

• It also increases the perceived colour depth over 24 bits per pixel.
• With 8 bits per pixel, you can show 256 possible colors.
• The LCD was brighter and the color depth is 24 bits per pixel.
• Y2 UV files can be encoded in 12, 16 or 24 bits per pixel.
• Does the number of bits per pixel fit the number of colors in the image?
• Both algorithms, though, can achieve a 2-bits per pixel compression ratio.
• It processed imagery in 12 bits per color channel ( or 48 bits per pixel ).
• This issue arose due to the use of 6-bit per pixel Twisted nematic LCD screens.
• Let's assume that we have a camera sensor transmitting 8 bits per pixel clock ( PCLK ).
• For instance, when using graphical combinatorial operations on pixels, VGA controllers will use 1 bit per pixel.
• When an image is less than 8 bits per pixel, each line is padded to the next byte boundary.
• Modern PCs tend to use around 24 bits per pixel, to show millions of possible colors at each pixel.
• Four bits per pixels looks like crap so once you head down that path, you really need at least eight.
• For RGBa ( i . e . with the alpha channel / transparency ) these will be 32 bit per pixel.
• Graphics cards that support 16 bits per pixel provide 65536 distinct colors, or 5 & ndash; 6 bits per channel.
• :: JPEG XR also supports 16-bit per component ( 64-bit per pixel ) integer CMYK color model.
• The initial ( and least memory-hungry ) approach used 16 extra bits per pixel, in a 4 ?4 grid.
• For a RGB images 8 bits per channel ( well most colour formats without transparency ) these will be 24 bit per pixel.
• The number of distinct colors a pixel can represent depends on the number of " bits per pixel " ( bpp ).
• Deep color supports 30 / 36 / 48 bits per pixel across three QuickDraw and Adobe Photoshop plugins to support editing 30-bit images.