Teamcenter Integration Refile Utility
	-u[ser]=<user> to specify Teamcenter user name
	-g[roup]=<group> to specify Teamcenter group name
	-p[assword] to specify Teamcenter password
	-pf=<filename> file to specify the Teamcenter password
	-i[nput_list]=<filename> list of specifications of parts to refile
	-f[older]=<foldername> name of folder listing parts to refile
	-k[eep_volume]=<yes|no> use original volume for refiled parts
	-h[elp] produces this message
	-d[rawings] =<repair|update> repair or update drawings
	-non[_masters]=<yes|no> automatically refile non-master parts
	-out[put_file]=<filename> file to write failure information to
	-log[_file]=<filename> file to write log information to
	-part=<part spec> specification of single part to refile
	-bypass=<yes|no> use bypass privilege if necessary
	-resume[_from]=line number of input list to start processing from
	-update_mod[_props]=<yes|no> update last modifying user/date on dataset
	-set_new_dataset_o[wner] sets the ownership of new datasets to be either that of the owning item-rev or multi-CAD jt dataset
	-refile_released=<yes|no> refile parts with release status
	-structure_sync=<no|from_teamcenter|from_ug> synchronize structures during refile
	-force_structure_sync=<yes|no> force synchronize structures during refile as requested by -structure_sync
	-transforms_source=<from_teamcenter|from_ug> source of transforms if different from -structure_sync argument
	-allow_null_transform used with -structure_sync=from_teamcenter and -transforms_source=from_teamcenter to allow transforms from Teamcenter to be null
	-sync_arrangements=<yes|no> synchronize arrangement data if consistent with other structure sync settings
	-read_mapped_attri[butes]=<yes|no> read mapped attributes if consistent with other structure sync settings
	-generate_trueshape=<yes|no> generate True Shape occupancy data without refiling parts
	-record_part_data=<yes|no> record part data (Bounding Box, Mass Properties) without refiling parts
	-record_altrep_notes=<yes|no> record AltRep occurrence notes without refiling parts
	-compression=<compress|uncompress> compresses|uncompresses the part(s) when refiling
	-y fully load assembly and refile components that are not at the current version of NX
	-force_refile used with the -y switch to force all components to be refiled
	-cleanu[p]=<yes|no> perform part cleanup before refiling
	-anon[ymize]=<yes|no> removes user and program version strings from part history
	-force_read_jt force to read from a JT dataset even if a master dataset exists
	-convert_mcs=<filename> convert mating conditions to assembly constraints and output report
	-mc_parts_only used in conjunction with convert_mcs to specify only convert parts which contain mating conditions
	-mc_dry_run used in conjunction with convert_mcs to do the mating condition conversion and generate the conversion report without saving any parts.
	-mc_dont_load_referenced_geometry used in conjunction with convert_mcs to not load geometry referenced by the mating conditions being converted. Note this will bypass constraint conversion checking.
	-regen_lw force all lightweight bodies in the specified part to be regenerated. By default the faceting parameters
       previously used to create each body will be used again.

	-regen_lw_use_def[_tol] used in conjunction with regen_lw to ignore the faceting parameters on the existing body
       and the default faceting parameters will be utilized.

	-remap_drawing_callouts=<attribute_name> remap the callout references in drawing to <attribute_name>
	-synchronize_callout_to_teamcenter=<normal|force_skip_one_level> update the Find No. in Teamcenter based on the CALLOUT value on the NX part occurrences

