Lines Matching full:resolution

131 #define IF_TSRESOL	9	/* interface's time stamp resolution */
201 	uint64_t tsresol;		/* time stamp resolution */
227 	uint64_t user_tsresol;		/* time stamp resolution requested by the user */
522 				 * Resolution is negative power of 2.
528 					 * Resolution is too high; 2^-{res}
532 					    "Interface Description Block if_tsresol option resolution 2^-%u is too high",
540 				 * Resolution is negative power of 10.
544 					 * Resolution is too high; 2^-{res}
552 					    "Interface Description Block if_tsresol option resolution 10^-%u is too high",
704 	 * Set the default time stamp resolution and offset.
706 	tsresol = 1000000;	/* microsecond resolution */
727 		 * The resolution is the resolution the user wants,
733 		 * The resolution is greater than what the user wants,
747 		 * The resolution is less than what the user wants,
903 		    "unknown time stamp resolution %u", precision);
991 	 * Save the time stamp resolution the user requested.
1343 			 * length, or resolution as the first interface
1382 	 * with the fractions being in units of the file-supplied resolution.
1388 	 * Convert the fractions from units of the file-supplied resolution
1389 	 * to units of the user-requested resolution.
1395 		 * The interface resolution is what the user wants,
1402 		 * The interface resolution is less than what the user
1404 		 * the resolution the user requested by multiplying by
1405 		 * the quotient of the user-requested resolution and the
1406 		 * file-supplied resolution.
1409 		 * requested resolution is greater than the file-supplied
1410 		 * resolution, so the quotient in question is an integer.
1419 		 * The interface resolution is less than what the user
1421 		 * the resolution the user requested by multiplying by
1422 		 * the quotient of the user-requested resolution and the
1423 		 * file-supplied resolution.
1425 		 * The file-supplied resolution is a power of 2, so the
1428 		 * user-requested resolution and divide by the file-
1429 		 * supplied resolution.
1432 		 * given that we know that the file-supplied resolution
1443 		 * The interface resolution is greater than what the user
1445 		 * the resolution the user requested by multiplying by
1446 		 * the quotient of the user-requested resolution and the
1447 		 * file-supplied resolution.
1450 		 * requested resolution is less than the file-supplied
1451 		 * resolution, so the quotient in question isn't an
1463 		 * The interface resolution is greater than what the user
1465 		 * resolution the user requested by multiplying by the
1466 		 * quotient of the user-requested resolution and the
1467 		 * file-supplied resolution.  We do that by multiplying
1468 		 * by the user-requested resolution and dividing by the
1469 		 * file-supplied resolution, as the quotient might not
1472 		 * The file-supplied resolution is a power of 2, so the
1476 		 * resolution and divide by the file-supplied resolution.
1479 		 * given that we know that the file-supplied resolution