xstr = gl_str_util_fraction_to_string (frame->rect.w*units_per_point);
ystr = gl_str_util_fraction_to_string (frame->rect.h*units_per_point);
- string = g_strdup_printf (_("%s x %s %s"),
+ string = g_strdup_printf ("%s × %s %s",
xstr, ystr, units_string);
g_free (xstr);
g_free (ystr);
} else {
- string = g_strdup_printf (_("%.5g x %.5g %s"),
+ string = g_strdup_printf ("%.5g × %.5g %s",
frame->rect.w*units_per_point,
frame->rect.h*units_per_point,
units_string);
gchar *dstr;
dstr = gl_str_util_fraction_to_string (2.0*frame->round.r*units_per_point);
- string = g_strdup_printf (_("%s %s diameter"),
- dstr, units_string);
+ string = g_strdup_printf ("%s %s %s",
+ dstr, units_string,
+ _("diameter"));
g_free (dstr);
} else {
- string = g_strdup_printf (_("%.5g %s diameter"),
+ string = g_strdup_printf ("%.5g %s %s",
2.0*frame->round.r*units_per_point,
- units_string);
+ units_string,
+ _("diameter"));
}
break;
case LGL_TEMPLATE_FRAME_SHAPE_CD:
gchar *dstr;
dstr = gl_str_util_fraction_to_string (2.0*frame->cd.r1*units_per_point);
- string = g_strdup_printf (_("%s %s diameter"),
- dstr, units_string);
+ string = g_strdup_printf ("%s %s %s",
+ dstr, units_string,
+ _("diameter"));
g_free (dstr);
} else {
- string = g_strdup_printf (_("%.5g %s diameter"),
+ string = g_strdup_printf ("%.5g %s %s",
2.0*frame->cd.r1*units_per_point,
- units_string);
+ units_string,
+ _("diameter"));
}
break;
default: