There are two methods for capturing grayscale images from an RGB camera. The first is to simply capture from the green signal (source 2 in the 'Video Control' dialog box). The green signal contains the majority of the grayscale information of a color image. The second method is to use Image's 'Capture Color' command. After the three color slices are captured, choose the 'RGB to 8 Bit Color' command with the existing palette option selected.

Images from LuckyPix are meant to be as versatile as possible for you. When an RGB image is converted to CMYK, several parameters must be taken into consideration, including paper stock, four-color film output device, layout software programs used, types of inks used, and special effects intended by you, the designer. Therefore, we give you the control in deciding exactly how your images are converted to CMYK.

Aperture Images images are meant to be as versatile as possible for the end user. When an RGB image is converted to CMYK, several parameters must be taken into consideration, including paper stock, four-color film output device, layout software programs used, types of inks used, and special effects intended by you, the designer. We don't want to make these decisions for you. We would rather you have the control in deciding exactly how your images are converted to CMYK.

Ira Block Photography images are meant to be as versatile as possible for the end user. When an RGB image is converted to CMYK, several parameters must be taken into consideration, including paper stock, four-color film output device, layout software programs used, types of inks used, and special effects intended by you, the designer. We don't want to make these decisions for you. We would rather you have the control in deciding exactly how your images are converted to CMYK.

Aurora Photos images are meant to be as versatile as possible for the end user. When an RGB image is converted to CMYK, several parameters must be taken into consideration, including paper stock, four-color film output device, layout software programs used, types of inks used, and special effects intended by you, the designer. We don't want to make these decisions for you. We would rather you have the control in deciding exactly how your images are converted to CMYK.

IPNSTOCK.com images are meant to be as versatile as possible for the end user. When an RGB image is converted to CMYK, several parameters must be taken into consideration, including paper stock, four-color film output device, layout software programs used, types of inks used, and special effects intended by you, the designer. We don't want to make these decisions for you. We would rather you have the control in deciding exactly how your images are converted to CMYK.

CGIBACKGROUNDS.COM images are meant to be as versatile as possible for the end user. When an RGB image is converted to CMYK, several parameters must be taken into consideration, including paper stock, four-color film output device, layout software programs used, types of inks used, and special effects intended by you, the designer. We don't want to make these decisions for you. We would rather you have the control in deciding exactly how your images are converted to CMYK.

Full-color images in RGB, (Red, Green, Blue) color mode are optimized for display on a computer monitor. When RGB images are submitted for separations, they will output only to the black plate. For correct separations, images should be submitted in CMYK (Cyan, Magenta, Yellow, Black) mode. It's also important to create and edit your images in CMYK mode, as many of the colors reproducible by RBG can't be rendered in CMYK.

RGB and CMYK are acronyms for different methods of displaying color. RGB stands for Red, Green, and Blue, while CMYK stands for Cyan, Magenta, Yellow, and Black. (K is used for Black instead of B to avoid confusion with Blue.)

RGB refers to the primary colors of light, Red, Green and Blue, that are used in monitors, television screens, digital cameras and scanners. CMYK refers to the primary colors of pigment: Cyan, Magenta, Yellow, and Black. These are the inks used on the press in "4-color process printing", commonly referred to as "full color printing". The combination of RGB light creates white, while the combination of CMYK inks creates black.

RGB image can contain more colours than a CMYK image. When you convert to CMYK some colours maybe lost. This is why Loupe Images supply in RGB format.

Briefly, CMYK and RGB are modes of color combination used to create an image file. Printers generally use Cyan, Magenta, Yellow, and blacK ink to make images. This is why your 300dpi versions of images (that may be selected and plotted for use in the exhibition) need to be in CMYK mode. Web pages, viewed on the computer, display images created by a combination of Red, Green, and Blue light.

For all CD-ROM and DVD products and litho printed paper parts - use CMYK. For short run inkjet and digital print paper parts artwork can be supplied as RGB or CMYK.

CMYK printing, also known as 'Process Printing,' is an industry standard method of printing in full color. CMYK stands for the four colors used in Process Printing. C= Cyan ink, M= Magenta ink, Y= Yellow ink, and K= 'Key,' which is the description printers use for Black ink. CMYK is the most economical method of printing full color in the highest quality. RGB stands for the 3 colors used on computer monitors. R= Red, G= Green and B= Blue.

We print using CMYK techniques so if you dont supply us with CMYK images we have to convert them to CMYK, this results in a colour shift, and your prints will appear slightly duller. If you are unsure how to create CMYK files, use our Download Templates as a guide.

Most computers give you the option of creating files in one of two color spaces: CMYK or RGB. CMYK stands for the four colors used for four-color process printing (cyan, magenta, yellow and black). RGB is the color space typically used on computer monitors and stands for red (R), green (G) and blue (B). RGB are the primary colors of light. Because CMYK is expressly designed for the four-color printing process, you must create your documents in this color space rather than RGB.

We suggest that photos are left as RGB format which is how your camera will have saved them. We can however take either RGB or CMYK so it is not a problem either way. RGB can 'sometimes' offer a wider range of colour, or brighter colours. Please note if you ever send work to us for any other printing services such as exhibition panels, business cards, greetings cards or leaflets etc we will insist on CMYK. So if you think you may ever want any of these it makes sense to use CMYk for everything.

Answer: RGB is typically used by computer monitors, televisions, and digital cameras. A computer monitor uses very small bands of red, green, and blue light to generate color. CMYK is used for printing. Because physical prints such as magazines, posters, and buttons can't generate light like a computer monitor, it has to use reflected light.