Справочник Пользователя для Konica Minolta micropress release 6
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Configure Device (TIFF)
To produce TIFF (Tag Image File Format) files, select the TIFF output device. You can
import TIFF files into most desktop publishing applications. The RIP produces TIFF files
compatible with TIFF 5.0 (Classes B (bitmap), G (gray scale) and R (RGB color)), and
TIFF 6.0, CMYK color separations.
import TIFF files into most desktop publishing applications. The RIP produces TIFF files
compatible with TIFF 5.0 (Classes B (bitmap), G (gray scale) and R (RGB color)), and
TIFF 6.0, CMYK color separations.
• Folder—Choose the folder in which to place output TIFF files.
• Path includes resolution—If checked, TIFF files are placed in a subfolder named for
• Path includes resolution—If checked, TIFF files are placed in a subfolder named for
the job’s resolution.
• Stem—Specify the fixed stem of the output filename (filename prefix). E.g., stem "Job"
produces filename of Job00.tif. If job has multiple pages, the names become Job00.tif,
Job01.tif, Job02.tif, ... If any of these files exist, the lowest numbered file that does not
clash is created.
Job01.tif, Job02.tif, ... If any of these files exist, the lowest numbered file that does not
clash is created.
• Use jobname as stem—Uses job name as a variable stem for the filename. The
filename is then based on the page number of the job, the job name, the color of the
separation, a number, and the suffix. E.g., when separating a color job called job.ps,
names would be 1jobpsC00.tif, 1jobpsM00.tif, 1jobpsY00.tif, and 1jobpsK00.tif. A reprint
would be named 2jobpsC00.tif, 2jobpsM00.tif, 2jobpsY00.tif, and 2jobpsK00.tif. If
combined length of these character strings exceeds the maximum filename length for
NT or if the 8.3 filename limit is imposed, the RIP truncates the stem.
separation, a number, and the suffix. E.g., when separating a color job called job.ps,
names would be 1jobpsC00.tif, 1jobpsM00.tif, 1jobpsY00.tif, and 1jobpsK00.tif. A reprint
would be named 2jobpsC00.tif, 2jobpsM00.tif, 2jobpsY00.tif, and 2jobpsK00.tif. If
combined length of these character strings exceeds the maximum filename length for
NT or if the 8.3 filename limit is imposed, the RIP truncates the stem.
• Use 8.3 Filenames—Specifies a maximum length of 8-character names with 3-
character extensions. Necessary to move TIFF files to PCs running older versions of
MS-DOS or Windows.
MS-DOS or Windows.
• Del page num prefix—Removes page numbers from the start of the filename. Only
relevant if you select Use jobname as stem.
• Use jobname unchanged—Keeps jobname as is.
• Suffix—Specifies the suffix of the filename (i.e., file extension).
• Suffix—Specifies the suffix of the filename (i.e., file extension).
• Tiff format—Chooses format for the file.
– Multiple strips: Writes TIFF files in multiple strips, using either:
o Planar Configuration 1 (pixel interleaved) which writes all data for one pixel (e.g.,
Red, Green, Blue) before going on to the next pixel
o Planar Configuration 2 (band interleaved) which writes some of the data for a
number of pixels, followed by some more data for the same pixels, and so on
– Single strip: Writes TIFF files in a single strip using Planar Configuration 1 (pixel
interleaved)
• Reverse bit order—Reverses the order of bits in a byte in the raster data of a halftoned
TIFF file (monochrome), so if the byte was 11010001 it becomes 10001011.
• Pad to 32 bit alignment—Forces each line of TIFF file to end on a multiple of 32 bits.
This is an efficiency setting that can speed-up file reading in some applications.
• Byte ordering—Specifies Macintosh or IBM PC byte ordering; sets byte ordering to be
compatible with Intel (IBM PC) machines , or Motorola (Macintosh) machines. This is
the order of bytes in a word, needed by the TIFF reader to correctly interpret the TIFF
header. Most TIFF readers read both header types.
the order of bytes in a word, needed by the TIFF reader to correctly interpret the TIFF
header. Most TIFF readers read both header types.
• Compression—Specifies compression format used: None, CCITT Huffman, CCITT
Group 3, CCITT Group 4, LZW, Packbits.
Anti-aliasing
Choose a level of anti-aliasing to visually smooth boundaries (most useful at low or
medium resolutions). None is the fastest option but provides no anti-aliasing. Higher
numbers provide more smoothing but take more time.
medium resolutions). None is the fastest option but provides no anti-aliasing. Higher
numbers provide more smoothing but take more time.
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Definition