if (frame->rect.r == 0)
/*Translators: first param is numeric value of width, second is numeric*/
/*value of height and third is unit. Example:*/
- /*"60 mm × 22.5 mm (width / height)"*/
+ /*"60 × 22.5 mm (width / height)"*/
dims = g_strdup_printf (_("%s × %s %s (width × height)"),
s1, s2, lgl_units_get_name (units));
else
/*Translators: first param is numeric value of width, second is numeric*/
/*value of height, third is numeric value of round and fourth is unit. */
/*Example:*/
- /*"50 mm × 30 / 1.5 mm (width × height / round)"*/
+ /*"50 × 30 / 1.5 mm (width × height / round)"*/
dims = g_strdup_printf (_("%s × %s / %s %s (width × height / round)"),
s1, s2, s3, lgl_units_get_name (units));
break;
}
/*Translators: first param is numeric value of width, second is numeric*/
/*value of height and third is unit. Example:*/
- /*"60 mm × 22.5 mm (width / height)"*/
+ /*"60 × 22.5 mm (width / height)"*/
dims = g_strdup_printf (_("%s × %s %s (width × height)"),
s1, s2, lgl_units_get_name (units));
break;
s2 = g_strdup_printf ("%.5g", 2*frame->cd.r2*units_per_point);
}
/*Translators: first param is numeric value of diameter, second is numeric*/
- /*value of whole and third is unit. Example:*/
- /*"120.5 mm / 30 mm (diameter / hole)"*/
+ /*value of hole and third is unit. Example:*/
+ /*"120.5 / 30 mm (diameter / hole)"*/
dims = g_strdup_printf (_("%s / %s %s (diameter / hole)"),
s1, s2, lgl_units_get_name (units));
break;