Print hex-density 24-bit graphics
I
I I<FS> “Z” nl n2
I
28 90 nl n2
SIIC 5Anl n2
ml m2 m3 ml m2m3 ml m2 m3 I
Prints24-bit dot graphics at 360 dots per inch horizontally. The graphics image is
48dots highand nl +n2 x256 dotswide. Maximum widthis 8inches (2880 dots).
Inthe dataml, m2,m3 ...each threebytes represent48 vertical dots.In the leftmost
position,the most significant bitof ml is thetop and second dot; the least signifi-
cant bitof mZ isthe 15thand 16th dotfrom the top; the most significant bitof m2
isthe 17thand 18th dot;the least significantbit ofm2 isthe31st and32nd dotfrom
thetop; themost significantbit ofm3is the33rd and34th dotfromthe top;the least
significantbit ofm3is thebottom twodots. The rest of data is similar.The number
ofdata bytesmustbe 3x(n] +n2 x256).Dots beyondtheright marginare ignored.
At theend of dot graphics printing, the printer returns automatically to character
mode.
Print hex-density 48-bit graphics
<ESC> “l” “*” nl n2 2nl n2 IB 7C 2A nl n2
ml m2 m3 ml m2 m3 ml m2m3
Prints48-bit dot graphics at 360 dots per inch horizontally. The graphics image is
48dots highand nl +n2 x256dots wide.Maximum width is 8inches(2880 dots).
In thedata ml, m2, m3... eachsix bytes represent 48 vertical dots. In the leftmost
position,the most significant bitof ml is thetop dot; theleast significantbit of mZ
istheeighth dot fromthe top;themost significant bitofm2 istheninth dot;theleast
significantbit of m2 is the sixteenth dot from the top, and so on. The rest of data
issimilar. The number of data bytes must be 6 x (rd +n2 x256).Dotsbeyond the
right margin are ignored. At the end of dot graphics printing, the printer returns
automatically to character mode.
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