to 3600 secondsPS
 |
All the settings about the PS control commands are listed with short descriptions. Default settings are marked with a dagger (
). |
Job Timeout
If the time specified in this item has elapsed since a job process was started, the machine automatically finishes the job and receives the next job.
If you do not want to specify the timeout, specify "0 seconds."
If you do not want to specify the timeout, specify "0 seconds."
|
0
to 3600 seconds |
(
) 
<PS> 
<Job Timeout> Use the numeric keys to enter the setting value Print PS Errors
Specifies whether an error page should be printed when a PostScript error is occurring.
|
Off
On
|
() <PS> <Print PS Errors> <Off> or <On> Halftones
You can select the printing method to reproduce halftones (the intermediate range between the lighter and darker areas of an image). Halftones can be specified for each image data type in a single document.
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Text
Resolution
Gradation
High Resolution
Graphics
Resolution
Gradation
High Resolution
Image
Resolution
Gradation
High Resolution
|
() <PS> <Halftones> Select the image data type Select the method to reproduce halftones 
Image data type
Select the image data type for which the settings are changed. Select <Text> for characters, <Graphics> for lines and figures, or <Image> for images such as photos.
<Resolution>
Prints gradation and lines with a smooth finish. This print mode is suitable for printing figures and charts with gradation.
<Gradation>
Prints vivid images with a tonal contrast effect. This print mode is suitable for printing image data such as photos.
<High Resolution>
Performs fine printing by sharply reproducing the edges of characters. This print mode is suitable for printing data of characters and thin lines with a clear finish.
Grayscale Conversion
You can select the method to convert color print data to black-and-white data.
|
sRGB
NTSC
Uniform RGB
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() <PS> <Grayscale Conversion> Select the conversion method 
<sRGB>
Color data is converted to black-and-white data to generate color-conscious smooth gradation.
<NTSC>
Color data is converted to black-and-white data to generate appearances equivalent to television pictures (NTSC).
<Uniform RGB>
Color data is converted to black-and-white data to equalize all RGB levels based on the brightness only.