Cognitive Solutions A776 All in One Printer User Manual


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Chapter 5: Programming commands 79
A776-PG00001 C 12/09 A776 (B780) Programming Guide
f = 4 link logo print before cut
Prints a logo after the skip distance of “s” before a logo and “p” past a logo and performs a knife cut (1F 03 16 04 s p).
Immediately before executing a knife-cut command, if s > 0, execute the following:
• skip(feedpaper)“s” dot rows (15 s command)
• stopbackgroundmerging(1D9B1command).Savepreviousbackgroundmergingvalue,sologoprintsin
the clear
• setcenteredjustication(1B611command),savingthepreviousjustication
• ifalogoatindexF3hiscurrentlydened,printthelogobysendingprintdownloadedbitimage,normalsize
(1D 2F 0 command), without changing the value of current logo.
• resetjusticationtopreviousvalue(1B61[previousvalue])
• skip(feedpaper)“p” dot rows (15 p command) a minimum value of 90h, to ensure knife cut occurs after the
logo
• restorebackgroundmergesuspension(1D9B[previousvalue])
Related information
This command is utilized in the CognitiveTPG LogoEZ
®
utility. The utility can be used to pre-congure new printers with
a default colorization set-up without requiring any application changes. The default set-up was designed to provide a
general level of colorization features that would not aect the printer operation. You can expand beyond the default
features of the utility by modifying the application at the host. However, do not attempt to
modify the settings within the utility.
LogoEZ
®
utility default settings:
f = 1: s = 1H
a = 30H
f = 2: s = 32H
r = 19H
f = 3: s = 1H
r = 7H
t = 1H
f = 4: s = 30H
a = A0H
Set LogoEZ
®
attribute mapping (ColorPOS
®
)
ASCII US ETX ETB a m s
Hexadecimal 1F 03 17 a m s
Decimal 31 03 23 a m s
Values: a = attribute map selector a , m, s = 0, 0, 0 turn o attribute mapping (all 3 bytes required)
a = 1 selects rst attribute mapping denition (of two available)
a = 2 selects second attribute mapping denition
a = 1 or 2, if m = 0 mapping 1 or 2, respectively, is turned o
A word (2 bytes) is used to identify the attribute mapping, with “m” bits 0 – 6 identifying which original attributes
should be mapped:
Continued . . .
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