Line Thermal Printer DEP-50
80
yL
and
yH
denote the vertical size of the
NV
bit image as
(yL + yH
×
256)
×
8 dots.
Total amount of data defining the bit image is
(xL + xH
×
256)
×
(yL + yH
×
256)
×
8 bytes.
[Details]
The maximum printable size of the NV bit image is 384
×
512 dots. This
corresponds to (xL + xH
×
256) < 48 and (yL + yH
×
256) < 64.
The exceeding data is read but discarded.
The order of the data is from top to bottom and then from left to right,
(yL + yH
×
256) bytes in each vertical column of dots.
The printer will become busy before each writing cycle in the NV
memory. Any data sent while the printer is busy may not be
processed and therefore could be lost.
xL = xH = yL = yH = 0 clears the downloaded bit image.
If
switch 5
is
ON
:
[Code]
[1Ch] + [71h] + n + xL + xH + yL + yH + D1 + D2 + … + Dk
[Range]
{0 <= n <= FFh}
{0 <= xL <= FFh}
{0 <= xH <= FFh}
{0 <= yL <= FFh}
{0 <= yH <= FFh}
{0 <= D <= FFh}
[Outline]
This command defines the specified NV (non volatile) bit image. The
bit image is stored into the flash.
n
is ignored – the printer supports only one bit image.
xL
and
xH
denote the horizontal size of the
NV
bit image as
(xL + xH
×
256)
×
8 dots.
yL
and
yH
denote the vertical size of the
NV
bit image as
(yL + yH
×
256) dots.
Total amount of data defining the bit image is
(xL + xH
×
256)
×
(yL + yH
×
256) bytes.
[Details]
The maximum printable size of the NV bit image is 384
×
512 dots.
This corresponds to (xL + xH
×
256) < 48 and (yL + yH
×
256) < 512.
The exceeding data is read but discarded.
The order of the data is from left to right and then from top to bottom,
(xL + xH
×
256) bytes in each horizontal row of dots.
The printer will become busy before each writing cycle in the
NV
memory. Any data sent while the printer is busy may not be
processed and therefore could be lost.
xL = xH = yL = yH = 0 clears the downloaded bit image.