Skip to content
GitLab
Menu
Projects
Groups
Snippets
Help
Help
Support
Community forum
Keyboard shortcuts
?
Submit feedback
Contribute to GitLab
Sign in / Register
Toggle navigation
Menu
Open sidebar
GNOME
GIMP
Commits
151c624b
Commit
151c624b
authored
Mar 03, 1999
by
Sven Neumann
Browse files
There were a few changes from Michael left, that I didn't knew of.
--Sven
parent
ca41c260
Changes
12
Hide whitespace changes
Inline
Side-by-side
ChangeLog
View file @
151c624b
Wed Mar 3 17:59:09 MET 1999 Sven Neumann <sven@gimp.org>
* gimprc.5.in
* gimprc.in
* libgimp/gimpunit.[ch]
* libgimp/gimpunitmenu.c : Seems that Michael had created some
more patches I didn't knew of.
This commit now should bring it all uptodate.
Wed Mar 3 15:39:01 MET 1999 Sven Neumann <sven@gimp.org>
* libgimp/gimpchainbutton.[ch]: that looks much better now
...
...
etc/gimprc.in
View file @
151c624b
...
...
@@ -155,16 +155,18 @@
# (dont-show-rulers)
# Default units
# Will be used for ruler & coordinate display
# The units can be one of:
# (inches centimeters points picas) plus those in your user units database
# This is the default unit of a new image. It will appear in the
# File/New dialog and will be the unit for coordinate display when
# dot-for-dot is off.
# The default units can be one of:
# (inches millimeters points picas) plus those in your user units database
# The default is inches
(default-units inches)
# Default Resolution units
# This is used to specify the resolution of a new image
# The units for the resolution can be one of:
# (inches
cent
imeters points picas) plus those in your user units database
# (inches
mill
imeters points picas) plus those in your user units database
# The default is inches
(default-resolution-units inches)
...
...
gimprc-1.2.5.in
View file @
151c624b
...
...
@@ -115,9 +115,11 @@ One of
.BR none ", " small ", " medium ", or " large ", "
or an INT. small is 32x32, medium is 64x64, and large is 128x128.
.TP
.I
RULER
UNIT
.I UNIT
One of
.BR pixels ", " inches ", or " centimeters "."
.BR inches ", " millimeters ", " picas ", or " points
or the identifier of one of the units you have defined in your user
units database.
.PP
.SH PROPERTIES
Valid properties and their types:
...
...
@@ -341,14 +343,26 @@ Set the default image size in the File/New dialog.
.I default-image-type IMAGETYPE
Set the default image type in the File/New dialog.
.TP
.I default-units UNIT
Set the default units for new images and for the File/New dialog.
This units will be used for coordinate display when not in dot-for-dot
mode. The default units can be one of inches , millimeters, points or
picas or the identifier of one of the units defined in your user units
database. The default is inches.
.TP
.I default-xresolution FLOAT
Set the default image width resolution in the File/New dialog.
Set the default horizontal resolution for new images and for the
File/New dialog. This value is always in dpi (dots per inch).
.TP
.I default-yresolution FLOAT
Set the default image height resolution in the File/New dialog.
.TP
.I default-resolution-units RULERUNIT
Set the units the default-resolution settings are in.
Set the default vertical resolution for new images and for the
File/New dialog. This value is always in dpi (dots per inch).
.TP
.I default-resolution-units UNIT
Set the units for the display of the default resolution in the
File/New dialog. The default resolution units can be one of inches,
millimeters, points or picas or the identifier of one of the units
defined in your user unit database. The default is inches.
.TP
.I monitor-xresolution FLOAT
Set the monitor's horizontal resolution, in dots per inch. If set to
...
...
gimprc.5.in
View file @
151c624b
...
...
@@ -115,9 +115,11 @@ One of
.BR none ", " small ", " medium ", or " large ", "
or an INT. small is 32x32, medium is 64x64, and large is 128x128.
.TP
.I
RULER
UNIT
.I UNIT
One of
.BR pixels ", " inches ", or " centimeters "."
.BR inches ", " millimeters ", " picas ", or " points
or the identifier of one of the units you have defined in your user
units database.
.PP
.SH PROPERTIES
Valid properties and their types:
...
...
@@ -341,14 +343,26 @@ Set the default image size in the File/New dialog.
.I default-image-type IMAGETYPE
Set the default image type in the File/New dialog.
.TP
.I default-units UNIT
Set the default units for new images and for the File/New dialog.
This units will be used for coordinate display when not in dot-for-dot
mode. The default units can be one of inches , millimeters, points or
picas or the identifier of one of the units defined in your user units
database. The default is inches.
.TP
.I default-xresolution FLOAT
Set the default image width resolution in the File/New dialog.
Set the default horizontal resolution for new images and for the
File/New dialog. This value is always in dpi (dots per inch).
.TP
.I default-yresolution FLOAT
Set the default image height resolution in the File/New dialog.
.TP
.I default-resolution-units RULERUNIT
Set the units the default-resolution settings are in.
Set the default vertical resolution for new images and for the
File/New dialog. This value is always in dpi (dots per inch).
.TP
.I default-resolution-units UNIT
Set the units for the display of the default resolution in the
File/New dialog. The default resolution units can be one of inches,
millimeters, points or picas or the identifier of one of the units
defined in your user unit database. The default is inches.
.TP
.I monitor-xresolution FLOAT
Set the monitor's horizontal resolution, in dots per inch. If set to
...
...
gimprc.in
View file @
151c624b
...
...
@@ -155,16 +155,18 @@
# (dont-show-rulers)
# Default units
# Will be used for ruler & coordinate display
# The units can be one of:
# (inches centimeters points picas) plus those in your user units database
# This is the default unit of a new image. It will appear in the
# File/New dialog and will be the unit for coordinate display when
# dot-for-dot is off.
# The default units can be one of:
# (inches millimeters points picas) plus those in your user units database
# The default is inches
(default-units inches)
# Default Resolution units
# This is used to specify the resolution of a new image
# The units for the resolution can be one of:
# (inches
cent
imeters points picas) plus those in your user units database
# (inches
mill
imeters points picas) plus those in your user units database
# The default is inches
(default-resolution-units inches)
...
...
libgimp/gimpunit.c
View file @
151c624b
...
...
@@ -36,15 +36,15 @@ typedef struct {
static
GimpUnitDef
gimp_unit_defs
[
UNIT_END
]
=
{
/* pseudo unit */
{
FALSE
,
0
.
0
,
0
,
"pixels"
,
"px"
,
"px"
,
N_
(
"pixel"
),
N_
(
"pixels"
)
},
{
FALSE
,
0
.
0
,
0
,
"pixels"
,
"px"
,
"px"
,
N_
(
"pixel"
),
N_
(
"pixels"
)
},
/* standard units */
{
FALSE
,
1
.
0
,
2
,
"inches"
,
"''"
,
"in"
,
N_
(
"inch"
),
N_
(
"inches"
)
},
{
FALSE
,
2
.
5
4
,
2
,
"
cent
imeters"
,
"
c
m"
,
"
c
m"
,
N_
(
"
cent
imeter"
),
N_
(
"
cent
imeters"
)
},
{
FALSE
,
1
.
0
,
2
,
"inches"
,
"''"
,
"in"
,
N_
(
"inch"
),
N_
(
"inches"
)
},
{
FALSE
,
25
.
4
,
1
,
"
mill
imeters"
,
"
m
m"
,
"
m
m"
,
N_
(
"
mill
imeter"
),
N_
(
"
mill
imeters"
)
},
/* professional units */
{
FALSE
,
72
.
0
,
0
,
"points"
,
"pt"
,
"pt"
,
N_
(
"point"
),
N_
(
"points"
)
},
{
FALSE
,
6
.
0
,
1
,
"picas"
,
"pc"
,
"pc"
,
N_
(
"pica"
),
N_
(
"picas"
)
},
{
FALSE
,
72
.
0
,
0
,
"points"
,
"pt"
,
"pt"
,
N_
(
"point"
),
N_
(
"points"
)
},
{
FALSE
,
6
.
0
,
1
,
"picas"
,
"pc"
,
"pc"
,
N_
(
"pica"
),
N_
(
"picas"
)
},
};
static
GSList
*
user_units
=
NULL
;
...
...
@@ -53,10 +53,10 @@ static gint number_of_user_units = 0;
/* private functions */
GimpUnitDef
*
static
GimpUnitDef
*
gimp_unit_get_user_unit
(
GUnit
unit
)
{
return
g_slist_nth_data
(
user_units
,
unit
-
UNIT_END
+
1
);
return
g_slist_nth_data
(
user_units
,
unit
-
UNIT_END
);
}
...
...
@@ -76,24 +76,27 @@ gimp_unit_get_number_of_built_in_units (void)
GUnit
gimp_unit_new
(
void
)
gimp_unit_new
(
gchar
*
identifier
,
gfloat
factor
,
gint
digits
,
gchar
*
symbol
,
gchar
*
abbreviation
,
gchar
*
singular
,
gchar
*
plural
)
{
GimpUnitDef
*
user_unit
;
user_unit
=
g_malloc
(
sizeof
(
GimpUnitDef
));
user_unit
->
delete_on_exit
=
TRUE
;
user_unit
->
factor
=
1
.
0
;
user_unit
->
digits
=
2
;
user_unit
->
identifier
=
NULL
;
user_unit
->
symbol
=
NULL
;
user_unit
->
abbreviation
=
NULL
;
user_unit
->
singular
=
NULL
;
user_unit
->
plural
=
NULL
;
if
(
user_units
==
NULL
)
user_units
=
g_slist_alloc
();
g_slist_append
(
user_units
,
user_unit
);
user_unit
->
factor
=
factor
;
user_unit
->
digits
=
digits
;
user_unit
->
identifier
=
g_strdup
(
identifier
);
user_unit
->
symbol
=
g_strdup
(
symbol
);
user_unit
->
abbreviation
=
g_strdup
(
abbreviation
);
user_unit
->
singular
=
g_strdup
(
singular
);
user_unit
->
plural
=
g_strdup
(
plural
);
user_units
=
g_slist_append
(
user_units
,
user_unit
);
number_of_user_units
++
;
return
UNIT_END
+
number_of_user_units
-
1
;
...
...
@@ -136,16 +139,6 @@ gimp_unit_get_factor (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
factor
;
}
void
gimp_unit_set_factor
(
GUnit
unit
,
gfloat
factor
)
{
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
gimp_unit_get_user_unit
(
unit
)
->
factor
=
factor
;
}
gint
gimp_unit_get_digits
(
GUnit
unit
)
...
...
@@ -160,16 +153,6 @@ gimp_unit_get_digits (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
digits
;
}
void
gimp_unit_set_digits
(
GUnit
unit
,
gint
digits
)
{
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
gimp_unit_get_user_unit
(
unit
)
->
digits
=
digits
;
}
const
gchar
*
gimp_unit_get_identifier
(
GUnit
unit
)
...
...
@@ -184,21 +167,6 @@ gimp_unit_get_identifier (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
identifier
;
}
void
gimp_unit_set_identifier
(
GUnit
unit
,
gchar
*
identifier
)
{
GimpUnitDef
*
user_unit
;
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
user_unit
=
gimp_unit_get_user_unit
(
unit
);
if
(
user_unit
->
identifier
)
g_free
(
user_unit
->
identifier
);
user_unit
->
identifier
=
g_strdup
(
identifier
);
}
const
gchar
*
gimp_unit_get_symbol
(
GUnit
unit
)
...
...
@@ -213,21 +181,6 @@ gimp_unit_get_symbol (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
symbol
;
}
void
gimp_unit_set_symbol
(
GUnit
unit
,
gchar
*
symbol
)
{
GimpUnitDef
*
user_unit
;
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
user_unit
=
gimp_unit_get_user_unit
(
unit
);
if
(
user_unit
->
symbol
)
g_free
(
user_unit
->
symbol
);
user_unit
->
symbol
=
g_strdup
(
symbol
);
}
const
gchar
*
gimp_unit_get_abbreviation
(
GUnit
unit
)
...
...
@@ -256,21 +209,6 @@ gimp_unit_get_singular (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
singular
;
}
void
gimp_unit_set_singular
(
GUnit
unit
,
gchar
*
singular
)
{
GimpUnitDef
*
user_unit
;
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
user_unit
=
gimp_unit_get_user_unit
(
unit
);
if
(
user_unit
->
singular
)
g_free
(
user_unit
->
singular
);
user_unit
->
symbol
=
g_strdup
(
singular
);
}
const
gchar
*
gimp_unit_get_plural
(
GUnit
unit
)
...
...
@@ -284,18 +222,3 @@ gimp_unit_get_plural (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
plural
;
}
void
gimp_unit_set_plural
(
GUnit
unit
,
gchar
*
plural
)
{
GimpUnitDef
*
user_unit
;
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
user_unit
=
gimp_unit_get_user_unit
(
unit
);
if
(
user_unit
->
plural
)
g_free
(
user_unit
->
plural
);
user_unit
->
symbol
=
g_strdup
(
plural
);
}
libgimp/gimpunit.h
View file @
151c624b
...
...
@@ -39,72 +39,65 @@ typedef enum
{
UNIT_PIXEL
=
0
,
UNIT_INCH
=
1
,
UNIT_
C
M
=
2
,
UNIT_
M
M
=
2
,
UNIT_POINT
=
3
,
UNIT_PICA
=
4
,
UNIT_END
/* never use UNIT_END but gimp_unit_get_number_of_units() instead */
}
GUnit
;
gint
gimp_unit_get_number_of_units
(
void
);
gint
gimp_unit_get_number_of_units
(
void
);
gint
gimp_unit_get_number_of_built_in_units
(
void
);
/* create a new, empty user unit and returns it's ID
/* Create a new user unit and returns it's ID.
*
* Note that a new unit is always created with it's deletion flag
* set to TRUE. You will have to set it to FALSE after creation to make
* the unit definition persistant.
*/
GUnit
gimp_unit_new
(
void
);
/* the following functions fall back to inch (not pixel, as pixel is not
* a 'real' unit) if the value passed is out of range
GUnit
gimp_unit_new
(
gchar
*
identifier
,
gfloat
factor
,
gint
digits
,
gchar
*
symbol
,
gchar
*
abbreviation
,
gchar
*
singular
,
gchar
*
plural
);
/* The following functions fall back to inch (not pixel, as pixel is not
* a 'real' unit) if the value passed is out of range.
*
*
t
rying to change built-in units will be ignored
*
T
rying to change
the deletion flag of
built-in units will be ignored
.
*/
/*
i
f the deletion flag for a unit is TRUE on GIMP exit, this unit
* will not be saved in the user units database
/*
I
f the deletion flag for a unit is TRUE on GIMP exit, this unit
* will not be saved in the user units database
.
*/
guint
gimp_unit_get_deletion_flag
(
GUnit
unit
);
void
gimp_unit_set_deletion_flag
(
GUnit
unit
,
guint
deletion_flag
);
/* the meaning of 'factor' is:
/* This one is an untranslated string for gimprc */
const
gchar
*
gimp_unit_get_identifier
(
GUnit
unit
);
/* The meaning of 'factor' is:
* distance_in_units == ( factor * distance_in_inches )
*
*
r
eturns 0 for unit == UNIT_PIXEL as we don't have resolution info here
*
R
eturns 0 for unit == UNIT_PIXEL as we don't have resolution info here
*/
gfloat
gimp_unit_get_factor
(
GUnit
unit
);
void
gimp_unit_set_factor
(
GUnit
unit
,
gfloat
factor
);
/*
t
he following function gives a hint how many digits a spinbutton
/*
T
he following function gives a hint how many digits a spinbutton
* should provide to get approximately the accuracy of an inch-spinbutton
* with two digits.
*
*
r
eturns 0 for unit == UNIT_PIXEL as we don't have resolution info here
*
R
eturns 0 for unit == UNIT_PIXEL as we don't have resolution info here
.
*/
gint
gimp_unit_get_digits
(
GUnit
unit
);
void
gimp_unit_set_digits
(
GUnit
unit
,
gint
digits
);
/* this one is an untranslated string for gimprc */
const
gchar
*
gimp_unit_get_identifier
(
GUnit
unit
);
void
gimp_unit_set_identifier
(
GUnit
unit
,
gchar
*
identifier
);
const
gchar
*
gimp_unit_get_symbol
(
GUnit
unit
);
void
gimp_unit_set_symbol
(
GUnit
unit
,
gchar
*
symbol
);
const
gchar
*
gimp_unit_get_abbreviation
(
GUnit
unit
);
void
gimp_unit_set_abbreviation
(
GUnit
unit
,
gchar
*
abbreviation
);
const
gchar
*
gimp_unit_get_singular
(
GUnit
unit
);
void
gimp_unit_set_singular
(
GUnit
unit
,
gchar
*
singular
);
const
gchar
*
gimp_unit_get_plural
(
GUnit
unit
);
void
gimp_unit_set_plural
(
GUnit
unit
,
gchar
*
plural
);
#ifdef __cplusplus
}
...
...
libgimp/gimpunit_pdb.c
View file @
151c624b
...
...
@@ -36,15 +36,15 @@ typedef struct {
static
GimpUnitDef
gimp_unit_defs
[
UNIT_END
]
=
{
/* pseudo unit */
{
FALSE
,
0
.
0
,
0
,
"pixels"
,
"px"
,
"px"
,
N_
(
"pixel"
),
N_
(
"pixels"
)
},
{
FALSE
,
0
.
0
,
0
,
"pixels"
,
"px"
,
"px"
,
N_
(
"pixel"
),
N_
(
"pixels"
)
},
/* standard units */
{
FALSE
,
1
.
0
,
2
,
"inches"
,
"''"
,
"in"
,
N_
(
"inch"
),
N_
(
"inches"
)
},
{
FALSE
,
2
.
5
4
,
2
,
"
cent
imeters"
,
"
c
m"
,
"
c
m"
,
N_
(
"
cent
imeter"
),
N_
(
"
cent
imeters"
)
},
{
FALSE
,
1
.
0
,
2
,
"inches"
,
"''"
,
"in"
,
N_
(
"inch"
),
N_
(
"inches"
)
},
{
FALSE
,
25
.
4
,
1
,
"
mill
imeters"
,
"
m
m"
,
"
m
m"
,
N_
(
"
mill
imeter"
),
N_
(
"
mill
imeters"
)
},
/* professional units */
{
FALSE
,
72
.
0
,
0
,
"points"
,
"pt"
,
"pt"
,
N_
(
"point"
),
N_
(
"points"
)
},
{
FALSE
,
6
.
0
,
1
,
"picas"
,
"pc"
,
"pc"
,
N_
(
"pica"
),
N_
(
"picas"
)
},
{
FALSE
,
72
.
0
,
0
,
"points"
,
"pt"
,
"pt"
,
N_
(
"point"
),
N_
(
"points"
)
},
{
FALSE
,
6
.
0
,
1
,
"picas"
,
"pc"
,
"pc"
,
N_
(
"pica"
),
N_
(
"picas"
)
},
};
static
GSList
*
user_units
=
NULL
;
...
...
@@ -53,10 +53,10 @@ static gint number_of_user_units = 0;
/* private functions */
GimpUnitDef
*
static
GimpUnitDef
*
gimp_unit_get_user_unit
(
GUnit
unit
)
{
return
g_slist_nth_data
(
user_units
,
unit
-
UNIT_END
+
1
);
return
g_slist_nth_data
(
user_units
,
unit
-
UNIT_END
);
}
...
...
@@ -76,24 +76,27 @@ gimp_unit_get_number_of_built_in_units (void)
GUnit
gimp_unit_new
(
void
)
gimp_unit_new
(
gchar
*
identifier
,
gfloat
factor
,
gint
digits
,
gchar
*
symbol
,
gchar
*
abbreviation
,
gchar
*
singular
,
gchar
*
plural
)
{
GimpUnitDef
*
user_unit
;
user_unit
=
g_malloc
(
sizeof
(
GimpUnitDef
));
user_unit
->
delete_on_exit
=
TRUE
;
user_unit
->
factor
=
1
.
0
;
user_unit
->
digits
=
2
;
user_unit
->
identifier
=
NULL
;
user_unit
->
symbol
=
NULL
;
user_unit
->
abbreviation
=
NULL
;
user_unit
->
singular
=
NULL
;
user_unit
->
plural
=
NULL
;
if
(
user_units
==
NULL
)
user_units
=
g_slist_alloc
();
g_slist_append
(
user_units
,
user_unit
);
user_unit
->
factor
=
factor
;
user_unit
->
digits
=
digits
;
user_unit
->
identifier
=
g_strdup
(
identifier
);
user_unit
->
symbol
=
g_strdup
(
symbol
);
user_unit
->
abbreviation
=
g_strdup
(
abbreviation
);
user_unit
->
singular
=
g_strdup
(
singular
);
user_unit
->
plural
=
g_strdup
(
plural
);
user_units
=
g_slist_append
(
user_units
,
user_unit
);
number_of_user_units
++
;
return
UNIT_END
+
number_of_user_units
-
1
;
...
...
@@ -136,16 +139,6 @@ gimp_unit_get_factor (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
factor
;
}
void
gimp_unit_set_factor
(
GUnit
unit
,
gfloat
factor
)
{
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
gimp_unit_get_user_unit
(
unit
)
->
factor
=
factor
;
}
gint
gimp_unit_get_digits
(
GUnit
unit
)
...
...
@@ -160,16 +153,6 @@ gimp_unit_get_digits (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
digits
;
}
void
gimp_unit_set_digits
(
GUnit
unit
,
gint
digits
)
{
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
gimp_unit_get_user_unit
(
unit
)
->
digits
=
digits
;
}
const
gchar
*
gimp_unit_get_identifier
(
GUnit
unit
)
...
...
@@ -184,21 +167,6 @@ gimp_unit_get_identifier (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
identifier
;
}
void
gimp_unit_set_identifier
(
GUnit
unit
,
gchar
*
identifier
)
{
GimpUnitDef
*
user_unit
;
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
user_unit
=
gimp_unit_get_user_unit
(
unit
);
if
(
user_unit
->
identifier
)
g_free
(
user_unit
->
identifier
);
user_unit
->
identifier
=
g_strdup
(
identifier
);
}
const
gchar
*
gimp_unit_get_symbol
(
GUnit
unit
)
...
...
@@ -213,21 +181,6 @@ gimp_unit_get_symbol (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
symbol
;
}
void
gimp_unit_set_symbol
(
GUnit
unit
,
gchar
*
symbol
)
{
GimpUnitDef
*
user_unit
;
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
user_unit
=
gimp_unit_get_user_unit
(
unit
);
if
(
user_unit
->
symbol
)
g_free
(
user_unit
->
symbol
);
user_unit
->
symbol
=
g_strdup
(
symbol
);
}
const
gchar
*
gimp_unit_get_abbreviation
(
GUnit
unit
)
...
...
@@ -256,21 +209,6 @@ gimp_unit_get_singular (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
singular
;
}
void
gimp_unit_set_singular
(
GUnit
unit
,
gchar
*
singular
)
{
GimpUnitDef
*
user_unit
;
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
user_unit
=
gimp_unit_get_user_unit
(
unit
);
if
(
user_unit
->
singular
)
g_free
(
user_unit
->
singular
);
user_unit
->
symbol
=
g_strdup
(
singular
);
}
const
gchar
*
gimp_unit_get_plural
(
GUnit
unit
)
...
...
@@ -284,18 +222,3 @@ gimp_unit_get_plural (GUnit unit)
return
gimp_unit_get_user_unit
(
unit
)
->
plural
;
}
void
gimp_unit_set_plural
(
GUnit
unit
,
gchar
*
plural
)
{
GimpUnitDef
*
user_unit
;
g_return_if_fail
(
(
unit
>=
UNIT_END
)
&&
(
unit
<
(
UNIT_END
+
number_of_user_units
)));
user_unit
=
gimp_unit_get_user_unit
(
unit
);
if
(
user_unit
->
plural
)
g_free
(
user_unit
->
plural
);
user_unit
->
symbol
=
g_strdup
(
plural
);
}
libgimp/gimpunitcache.c