Ricoh INFOPRINT XT GLD0-0025-01 Benutzerhandbuch
not
have
to
start
at
the
same
column
location
as
the
second
keyword
of
another
entry.
You
might
want
to
use
a
specific
columnar
format,
for
readability,
as
you
make
entries.
After
you
create
the
manual
correlation
tables,
use
the
pdxtloadres
command
to
apply
the
updates.
Note:
If
Xerox
spacing
characters
in
fonts
cause
code
page
conflicts
after
you
manually
correlate
a
Xerox
font
to
an
AFP
font,
you
can
change
how
InfoPrint
XT
interprets
the
spacing
characters.
See
the
-b
command
option
in
Creating
manual
correlation
entries
for
single-byte
Xerox
fonts
To
make
manual
correlations
for
single-byte
fonts,
create
a
tab.mft
file
in
the
appropriate
metrics
directory.
In
the
table,
you
can
correlate
a
Xerox
font
to
an
AFP
coded
font,
to
an
AFP
character
set
and
code
page
pair,
or
to
an
AFP
page
segment.
The
syntax
for
single-byte
character
set
(SBCS)
font
entries
in
the
correlation
table
is:
F
XName
A2ETable
CFont
|
CSet
Cpage
|
PSeg
{Char
|
XChar}
[X=nn]
[Y=nn]
F
The
entry
is
an
SBCS
font.
XName
The
name
of
the
Xerox
font
in
uppercase,
without
the
.FNT
extension.
P0612C
is
an
example.
A2ETable
The
name
of
the
ASCII-to-EBCDIC
translation
table
that
InfoPrint
XT
uses.
Unless
instructed
otherwise
by
a
technical
support
representative,
this
value
is
X2AFP
.
CFont
The
name
of
the
AFP
coded
font
to
use
in
place
of
the
Xerox
font.
X0KY96
is
an
example.
CSet
CName
The
name
of
an
AFP
character
set
and
code
page
pair
to
use
in
place
of
the
Xerox
font.
C0H01030
T1H01030
is
an
example.
PSeg
{Char
|
XChar}
[X=
nn]
[Y=
nn]
PSeg
is
the
name
of
an
AFP
page
segment
to
use
in
place
of
one
character
in
the
Xerox
font.
You
can
use
these
methods
to
identify
the
character:
v
Char
specifies
the
literal
ASCII
character
in
the
font.
v
XChar
specifies
the
code
point
of
the
character
in
hexadecimal
notation.
If
you
have
access
to
a
Xerox
printer,
you
can
sample
the
font
to
determine
the
code
point.
These
are
examples
of
both
methods:
F
ABC
X2AFP
S1ABCA
A
F
ABC
X2AFP
S1ABC41
41
As
an
option,
you
can
also
adjust
the
positioning
of
the
character
that
the
page
segment
represents.
The
adjustments
that
you
make
are
relative
to
the
page
segment
when
you
look
at
it
in
the
portrait
orientation.
You
can
use
X=
nn
to
make
a
horizontal
adjustment.
nn
is
a
value
in
pels.
A
positive
value
moves
the
page
segment
to
the
right.
A
negative
value
moves
it
to
the
left.
Use
Y=
nn
to
make
a
vertical
adjustment.
A
positive
value
moves
the
page
segment
down
on
the
page.
A
negative
value
moves
it
up.
52
InfoPrint
XT
Guide
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