Konica Minolta AccurioPress C2070/2070P IC-314 User Guide - Page 180

Color text sharpening, Text smoothing, Resolution, Screening, Image halftone screen, Dot 2, Line 1,

Page 180 highlights

170 Parameter Screening Chapter 8-Production workflows Option Screening Image halftone screen Description Color text sharpening-Reduces the toner on the edge of color text objects to reduce the blur. Text smoothing- Smooths jagged edges of solid text and graphics. Note: This option is not available when the resolution (selected in the Resolution tab) is set to 1200 dpi. Converts images, graphics and text into information that can be printed (halftone dots). The human eye smooths out this information, which seems visually consistent with the original picture. Thus, the more lines per inch, the more natural the image appears. Screening is achieved by printing dots in numerous shapes or lines in an evenly spaced pattern. The distance between the screen dots or lines determines the quality of the image. Printers can work with constant amounts of toner and still produce a wide range of colors when you use screening. The darker the color, the larger the dot. To print an image on a digital printer or press, the Creo server needs to digitally approximate the grayscale values with different distributions of pixels. This process is commonly referred to as halftoning. Digital halftoning begins by sampling the original image at the same number of dots per inch as the printer and constructing digital halftone cells. Provides the following options: Note: If you select the Dot 2, Line 1 or Line 2 options for a job that will be printed, make sure that you also select Permission in the Image Quality Setting screen on the printer's touch panel. ● Dot 1-Applies a high dot-type screen ● Dot 2-Applies a medium dot-type screen ● Line 1-Applies a high line-type screen ● Line 2-Applies a medium line-type screen ● Stochastic-Stochastic screening differs from conventional halftone screening in that high ink density results in more dots, not bigger dots. Low ink density produces fewer dots, not smaller dots. As stochastic screening involves millions of minuscule dots, many more than are used for conventional halftone screening.

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Parameter
Option
Description
Color text sharpening
—Reduces the toner on the
edge of color text objects to reduce the blur.
Text smoothing
— Smooths jagged edges of solid
text and graphics.
Note:
This option is not available when the resolution
(selected in the
Resolution
tab) is set to 1200 dpi.
Screening
Screening
Converts images, graphics and text into information
that can be printed (halftone dots). The human eye
smooths out
this information, which seems visually
consistent with the original picture. Thus, the more
lines per inch, the more natural the image appears.
Screening is achieved by printing dots in numerous
shapes or lines in an evenly spaced pattern. The
distance between the screen dots or lines determines
the quality of the image. Printers can work with
constant amounts of toner and still produce a wide
range of colors when you use screening. The darker
the color, the larger the dot.
To print an image on a digital printer or press, the
Creo server needs to digitally approximate the
grayscale values with different distributions of pixels.
This process is commonly referred to as halftoning.
Digital halftoning begins by sampling the original
image at the same number of dots per inch as the
printer and constructing digital halftone cells.
Image halftone screen
Provides the following options:
Note:
If you select the
Dot 2
,
Line 1
or
Line 2
options for a job that will be printed, make sure that
you also select
Permission
in the Image Quality
Setting screen on the printer's touch panel.
Dot 1
—Applies a high dot-type screen
Dot 2
—Applies a medium dot-type screen
Line 1
—Applies a high line-type screen
Line 2
—Applies a medium line-type screen
Stochastic
—Stochastic screening differs from
conventional halftone screening in that high ink
density results in more dots, not bigger dots. Low
ink density produces fewer dots, not smaller dots.
As stochastic screening involves millions of
minuscule dots, many more than are used for
conventional halftone screening.
170
Chapter 8—Production workflows