Intermec 4400 User Manual page 125

6
C o d e 3 9
NugFont
Designing Labels and Using Commands
HelvC
00000000100000000
00000001110000000
00000010111000000
00000100111100000
00001000111110000
00010000111111000
00100000111111100
01000000111111110
00100000100000100
00010000100001000
00001000100010000
00000100100100000
00000010101000000
00000001110000000
00000000100000000
If you look closely at the bitmap file above, you can see that it is the outline of a
diamond with a line down the middle, and the upper right corner blacked in.
You can create your own graphic by drawing it on graph paper and then
converting each of the squares to either a one or a zero, and typing it into a text
file column by column. When you send the file to the printer, a character in the
file represents either a dot or a blank when the image is printed. (The zeros are
blanks and the ones are dots.)
To download a one bit per byte user-defined image to the printer, you must
use the correct protocol characters and define the bitmap as a user-defined
image. The 4400 printer must also be operating in 8636/46 emulation mode.
The following example is the same bitmap shown above, but it now includes
the commands needed to download it to the printer. The ones and zeros are
now listed one vertical column at a time. The graphic is given the number G3,
the name DIAM, the dimensions 15 rows by 15 columns, and each column is
assigned a number between u0 and u14 (it looks as if the rows are assigned
numbers, but they become the columns as explained below).
<STX><ESC>c<ETX>
<STX><ESC>P<ETX>
<STX>G3,diam;x15;y15;<ETX>
<STX>u0,000000010000000;<ETX>
<STX>u1,000000101000000;<ETX>
<STX>u2,000001000100000;<ETX>
<STX>u3,000010000010000;<ETX>
<STX>u4,000100000001000;<ETX>
<STX>u5,001000000000100;<ETX>
<STX>u6,010000000000010;<ETX>
<STX>u7,111111111111111;<ETX>
<STX>u8,011111110000010;<ETX>
<STX>u9,001111110000100;<ETX>
<STX>u10,000111110001000;<ETX>
<STX>u11,000011110010000;<ETX>
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