asphinx.addnodesdocument)}( rawsourcechildren](docutils.nodessubstitution_definition)}(h.. |rel| replace:: 10.71h]h Text10.71}parenth sba attributes}(ids]classes]names]reladupnames]backrefs]utagnameh source lineKhh _documenthubh )}(h.. |date| replace:: |today| h]h2024 136}(hh)h(hh%Nh'Nubah}(h]h]h]dateah ]h"]uh$h h%h&h'Khhh(hubh target)}(h.. _intro_proc_setup:h]h}(h]h]h]h ]h"]refidintro-proc-setupuh$h8h'Khhh(hh%J/chandler/home/floyd/public_html/gg/docs/source/intro/proc/setup/index.rstubh section)}(hhh](h title)}(hSetuph]hSetup}(hhNh(hh%Nh'Nubah}(h]h]h]h ]h"]uh$hLhhIh(hh%hFh'Kubh compound)}(hhh]htoctree)}(hhh]h}(h]h]h]h ]h"]hintro/proc/setup/indexentries](Nintro/proc/setup/sh_gamitNintro/proc/setup/sh_glrede includefiles](hohqemaxdepthJcaptionNglobhidden includehiddennumberedK titlesonly rawentries]uh$hah%hFh'Khh^ubah}(h]h]toctree-wrapperah]h ]h"]uh$h\hhIh(hh%hFh'Nubh paragraph)}(hThe first step in running the scripts is to create a project directory (e.g. :file:`emed18/` or :file:`emed/2018/` for data from 2018 for the eastern Mediterranean) with two subdirectories: :file:`rinex/` and :file:`tables/`.h](hMThe first step in running the scripts is to create a project directory (e.g. }(hhh(hh%Nh'Nubh literal)}(h:file:`emed18/`h]hemed18/}(hhh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhhubh or }(hhh(hh%Nh'Nubh)}(h:file:`emed/2018/`h]h emed/2018/}(hhh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhhubhL for data from 2018 for the eastern Mediterranean) with two subdirectories: }(hhh(hh%Nh'Nubh)}(h:file:`rinex/`h]hrinex/}(hhh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhhubh and }(hhh(hh%Nh'Nubh)}(h:file:`tables/`h]htables/}(hhh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhhubh.}(hhh(hh%Nh'Nubeh}(h]h]h]h ]h"]uh$hh%hFh'K hhIh(hubh)}(hXCopy into the :file:`rinex/` directory all of the local RINEX files you plan to use in your processing. GAMIT will handle either RINEX 2 or RINEX 3 formats, but the RINEX 3 files must be renamed to the 10-character RINEX 2 naming scheme (lowercase :file:`{}{}{}.{}o` and :file:`brdc{}{}.{}n`; this happens automatically in :program:`sh_gamit`). RINEX files for IGS directories to be downloaded automatically during the processing are specified using entries in a control file (:file:`sites.defaults`) (see :numref:`intro_proc_control` and Section 6.3 of the `GAMIT Reference Manual `_).h](hCopy into the }(hhh(hh%Nh'Nubh)}(h:file:`rinex/`h]hrinex/}(hhh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhhubh directory all of the local RINEX files you plan to use in your processing. GAMIT will handle either RINEX 2 or RINEX 3 formats, but the RINEX 3 files must be renamed to the 10-character RINEX 2 naming scheme (lowercase }(hhh(hh%Nh'Nubh)}(h$:file:`{}{}{}.{}o`h](h emphasis)}(hh]h}(hjh(hh%Nh'Nubah}(h]h]h]h ]h"]uh$j hjubj )}(hh]h}(hjh(hh%Nh'Nubah}(h]h]h]h ]h"]uh$j hjubj )}(hh]h}(hj*h(hh%Nh'Nubah}(h]h]h]h ]h"]uh$j hjubh.}(hjh(hh%Nh'Nubj )}(hh]h}(hj<h(hh%Nh'Nubah}(h]h]h]h ]h"]uh$j hjubho}(hjh(hh%Nh'Nubeh}(h]h]fileah]h ]h"]rolefileuh$hhhubh and }(hhh(hh%Nh'Nubh)}(h :file:`brdc{}{}.{}n`h](hbrdc}(hj[h(hh%Nh'Nubj )}(hh]h}(hjch(hh%Nh'Nubah}(h]h]h]h ]h"]uh$j hj[ubj )}(hh]h}(hjqh(hh%Nh'Nubah}(h]h]h]h ]h"]uh$j hj[ubh.}(hj[h(hh%Nh'Nubj )}(hh]h}(hjh(hh%Nh'Nubah}(h]h]h]h ]h"]uh$j hj[ubhn}(hj[h(hh%Nh'Nubeh}(h]h]fileah]h ]h"]rolefileuh$hhhubh ; this happens automatically in }(hhh(hh%Nh'Nubhliteral_strong)}(h:program:`sh_gamit`h]hsh_gamit}(hjh(hh%Nh'Nubah}(h]h]programah]h ]h"]uh$jhhubh). RINEX files for IGS directories to be downloaded automatically during the processing are specified using entries in a control file (}(hhh(hh%Nh'Nubh)}(h:file:`sites.defaults`h]hsites.defaults}(hjh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhhubh) (see }(hhh(hh%Nh'Nubh pending_xref)}(h:numref:`intro_proc_control`h]h)}(hjh]hintro_proc_control}(hjh(hh%Nh'Nubah}(h]h](xrefstd std-numrefeh]h ]h"]uh$hhjubah}(h]h]h]h ]h"]refdochl refdomainjreftypenumref refexplicitrefwarn reftargetintro_proc_controluh$jh%hFh'Khhubh and Section 6.3 of the }(hhh(hh%Nh'Nubh reference)}(hG`GAMIT Reference Manual `_h]hGAMIT Reference Manual}(hjh(hh%Nh'Nubah}(h]h]h]h ]h"]nameGAMIT Reference Manualrefuri+http://geoweb.mit.edu/gg/docs/GAMIT_Ref.pdfuh$jhhubh9)}(h. h]h}(h]gamit-reference-manualah]h]gamit reference manualah ]h"]refurijuh$h8 referencedKhhubh).}(hhh(hh%Nh'Nubeh}(h]h]h]h ]h"]uh$hh%hFh'KhhIh(hubh)}(hXThen run :program:`sh_setup` to link or copy into the project :file:`tables/` directory the appropriate control and data files. All of the required templates and tables reside in :file:`~/gg/tables/`, where :file:`~/gg/` is a required alias pointing to the highest level of the GAMIT/GLOBK installation. Executing :program:`sh_setup` will invoke :program:`sh_links.tables` to *link* the standard data tables described in :numref:`intro_proc_flow`) and will *copy* the eight control and data files listed below:h](h Then run }(hj h(hh%Nh'Nubj)}(h:program:`sh_setup`h]hsh_setup}(hj(h(hh%Nh'Nubah}(h]h]jah]h ]h"]uh$jhj ubh" to link or copy into the project }(hj h(hh%Nh'Nubh)}(h:file:`tables/`h]htables/}(hj:h(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhj ubhf directory the appropriate control and data files. All of the required templates and tables reside in }(hj h(hh%Nh'Nubh)}(h:file:`~/gg/tables/`h]h ~/gg/tables/}(hjOh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhj ubh, where }(hj h(hh%Nh'Nubh)}(h :file:`~/gg/`h]h~/gg/}(hjdh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhj ubh^ is a required alias pointing to the highest level of the GAMIT/GLOBK installation. Executing }(hj h(hh%Nh'Nubj)}(h:program:`sh_setup`h]hsh_setup}(hjyh(hh%Nh'Nubah}(h]h]jah]h ]h"]uh$jhj ubh will invoke }(hj h(hh%Nh'Nubj)}(h:program:`sh_links.tables`h]hsh_links.tables}(hjh(hh%Nh'Nubah}(h]h]jah]h ]h"]uh$jhj ubh to }(hj h(hh%Nh'Nubj )}(h*link*h]hlink}(hjh(hh%Nh'Nubah}(h]h]h]h ]h"]uh$j hj ubh' the standard data tables described in }(hj h(hh%Nh'Nubj)}(h:numref:`intro_proc_flow`h]h)}(hjh]hintro_proc_flow}(hjh(hh%Nh'Nubah}(h]h](jstd std-numrefeh]h ]h"]uh$hhjubah}(h]h]h]h ]h"]refdochl refdomainjreftypenumref refexplicitrefwarnjintro_proc_flowuh$jh%hFh'Khj ubh ) and will }(hj h(hh%Nh'Nubj )}(h*copy*h]hcopy}(hjh(hh%Nh'Nubah}(h]h]h]h ]h"]uh$j hj ubh/ the eight control and data files listed below:}(hj h(hh%Nh'Nubeh}(h]h]h]h ]h"]uh$hh%hFh'KhhIh(hubh definition_list)}(hhh](h definition_list_item)}(hX :file:`process.defaults` Edit this file to specify your computation environment, sources for internal and external data and orbit files, start time and sampling interval, instructions for archiving the results, and an email address to receive a summary of the run. h](h term)}(h:file:`process.defaults`h]h)}(hjh]hprocess.defaults}(hjh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubah}(h]h]h]h ]h"]uh$jh%hFh'Khjubh definition)}(hhh]h)}(hEdit this file to specify your computation environment, sources for internal and external data and orbit files, start time and sampling interval, instructions for archiving the results, and an email address to receive a summary of the run.h]hEdit this file to specify your computation environment, sources for internal and external data and orbit files, start time and sampling interval, instructions for archiving the results, and an email address to receive a summary of the run.}(hjh(hh%Nh'Nubah}(h]h]h]h ]h"]uh$hh%hFh'Khjubah}(h]h]h]h ]h"]uh$jhjubeh}(h]h]h]h ]h"]uh$jh%hFh'Khjubj)}(h:file:`sites.defaults` Edit this file to specify which local and IGS stations are to be used and how station meta-data are to be handled. h](j)}(h:file:`sites.defaults`h]h)}(hj7h]hsites.defaults}(hj9h(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhj5ubah}(h]h]h]h ]h"]uh$jh%hFh'Khj1ubj)}(hhh]h)}(hrEdit this file to specify which local and IGS stations are to be used and how station meta-data are to be handled.h]hrEdit this file to specify which local and IGS stations are to be used and how station meta-data are to be handled.}(hjRh(hh%Nh'Nubah}(h]h]h]h ]h"]uh$hh%hFh'KhjOubah}(h]h]h]h ]h"]uh$jhj1ubeh}(h]h]h]h ]h"]uh$jh%hFh'Khjh(hubj)}(hX|:file:`station.info` This file contains the receiver and antenna type and height of instrument (HI) values as a function of time for all occupations of the stations you will use. Although it can be generated during processing by :program:`sh_gamit`, the best approach is usually to construct the file prior to processing using the tools described in :numref:`intro_proc_example`. h](j)}(h:file:`station.info`h]h)}(hjrh]h station.info}(hjth(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjpubah}(h]h]h]h ]h"]uh$jh%hFh'K hjlubj)}(hhh]h)}(hXfThis file contains the receiver and antenna type and height of instrument (HI) values as a function of time for all occupations of the stations you will use. Although it can be generated during processing by :program:`sh_gamit`, the best approach is usually to construct the file prior to processing using the tools described in :numref:`intro_proc_example`.h](hThis file contains the receiver and antenna type and height of instrument (HI) values as a function of time for all occupations of the stations you will use. Although it can be generated during processing by }(hjh(hh%Nh'Nubj)}(h:program:`sh_gamit`h]hsh_gamit}(hjh(hh%Nh'Nubah}(h]h]jah]h ]h"]uh$jhjubhf, the best approach is usually to construct the file prior to processing using the tools described in }(hjh(hh%Nh'Nubj)}(h:numref:`intro_proc_example`h]h)}(hjh]hintro_proc_example}(hjh(hh%Nh'Nubah}(h]h](jstd std-numrefeh]h ]h"]uh$hhjubah}(h]h]h]h ]h"]refdochl refdomainjreftypenumref refexplicitrefwarnjintro_proc_exampleuh$jh%hFh'Khjubh.}(hjh(hh%Nh'Nubeh}(h]h]h]h ]h"]uh$hh%hFh'Khjubah}(h]h]h]h ]h"]uh$jhjlubeh}(h]h]h]h ]h"]uh$jh%hFh'K hjh(hubj)}(hX?Coordinate files :program:`sh_gamit` maintains in the experiment :file:`tables/` directory two files of *a priori* coordinates. The file ending in :file:`.apr` (set as :content:`aprf = igb14_comb.apr` in the current :file:`~/gg/tables/process.defaults` template) contains the Cartesian coordinates (position and velocity) of stations you wish to have unchanged throughout the processing. The L-file (:file:`lfile.`), which can contain either Cartesian position and velocity (default, same as :file:`.apr` file) or spherical position (GAMIT old-style, use the :option:`-oldfmt_lfile` option in :program:`sh_setup`), is updated after each day is processed if the adjustments exceed a specified value (0.3 m by default). If you have good coordinates for stations not in the :file:`.apr` file, you should append these to the :file:`.apr` file if you want them to be unchanged. For any station that does not have coordinates in :file:`lfile.`, :program:`sh_gamit` will attempt to calculate coordinates via a pseudorange solution, or (if :content:`use_rxc = Y` in :file:`process.defaults`) use the coordinates in the RINEX header. When GAMIT runs, these coordinates will be updated in the project :file:`tables/lfile.` from the phase solution so that for successive days on which the same station is observed, the accurate coordinates will be used. h](j)}(hCoordinate filesh]hCoordinate files}(hjh(hh%Nh'Nubah}(h]h]h]h ]h"]uh$jh%hFh'K(hjubj)}(hhh]h)}(hX-:program:`sh_gamit` maintains in the experiment :file:`tables/` directory two files of *a priori* coordinates. The file ending in :file:`.apr` (set as :content:`aprf = igb14_comb.apr` in the current :file:`~/gg/tables/process.defaults` template) contains the Cartesian coordinates (position and velocity) of stations you wish to have unchanged throughout the processing. The L-file (:file:`lfile.`), which can contain either Cartesian position and velocity (default, same as :file:`.apr` file) or spherical position (GAMIT old-style, use the :option:`-oldfmt_lfile` option in :program:`sh_setup`), is updated after each day is processed if the adjustments exceed a specified value (0.3 m by default). If you have good coordinates for stations not in the :file:`.apr` file, you should append these to the :file:`.apr` file if you want them to be unchanged. For any station that does not have coordinates in :file:`lfile.`, :program:`sh_gamit` will attempt to calculate coordinates via a pseudorange solution, or (if :content:`use_rxc = Y` in :file:`process.defaults`) use the coordinates in the RINEX header. When GAMIT runs, these coordinates will be updated in the project :file:`tables/lfile.` from the phase solution so that for successive days on which the same station is observed, the accurate coordinates will be used.h](j)}(h:program:`sh_gamit`h]hsh_gamit}(hjh(hh%Nh'Nubah}(h]h]jah]h ]h"]uh$jhjubh maintains in the experiment }(hjh(hh%Nh'Nubh)}(h:file:`tables/`h]htables/}(hjh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubh directory two files of }(hjh(hh%Nh'Nubj )}(h *a priori*h]ha priori}(hjh(hh%Nh'Nubah}(h]h]h]h ]h"]uh$j hjubh! coordinates. The file ending in }(hjh(hh%Nh'Nubh)}(h :file:`.apr`h]h.apr}(hj/h(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubh (set as }(hjh(hh%Nh'Nubh)}(h :content:`aprf = igb14_comb.apr`h]haprf = igb14_comb.apr}(hjDh(hh%Nh'Nubah}(h]h](code highlightcontenttexteh]h ]h"]languagejRuh$hhjubh in the current }(hjh(hh%Nh'Nubh)}(h$:file:`~/gg/tables/process.defaults`h]h~/gg/tables/process.defaults}(hj[h(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubh template) contains the Cartesian coordinates (position and velocity) of stations you wish to have unchanged throughout the processing. The L-file (}(hjh(hh%Nh'Nubh)}(h:file:`lfile.`h]hlfile.}(hjph(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubhN), which can contain either Cartesian position and velocity (default, same as }(hjh(hh%Nh'Nubh)}(h :file:`.apr`h]h.apr}(hjh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubh7 file) or spherical position (GAMIT old-style, use the }(hjh(hh%Nh'Nubj)}(h:option:`-oldfmt_lfile`h]h)}(hjh]h -oldfmt_lfile}(hjh(hh%Nh'Nubah}(h]h](jstd std-optioneh]h ]h"]uh$hhjubah}(h]h]h]h ]h"]refdochl refdomainjreftypeoption refexplicitrefwarn std:programNj -oldfmt_lfileuh$jh%hFh'K#hjubh option in }(hjh(hh%Nh'Nubj)}(h:program:`sh_setup`h]hsh_setup}(hjh(hh%Nh'Nubah}(h]h]jah]h ]h"]uh$jhjubh), is updated after each day is processed if the adjustments exceed a specified value (0.3 m by default). If you have good coordinates for stations not in the }(hjh(hh%Nh'Nubh)}(h :file:`.apr`h]h.apr}(hjh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubh& file, you should append these to the }(hjh(hh%Nh'Nubh)}(h :file:`.apr`h]h.apr}(hjh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubhZ file if you want them to be unchanged. For any station that does not have coordinates in }(hjh(hh%Nh'Nubh)}(h:file:`lfile.`h]hlfile.}(hjh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubh, }(hjh(hh%Nh'Nubj)}(h:program:`sh_gamit`h]hsh_gamit}(hjh(hh%Nh'Nubah}(h]h]jah]h ]h"]uh$jhjubhJ will attempt to calculate coordinates via a pseudorange solution, or (if }(hjh(hh%Nh'Nubh)}(h:content:`use_rxc = Y`h]h use_rxc = Y}(hj"h(hh%Nh'Nubah}(h]h](jOjPjQjReh]h ]h"]languagejRuh$hhjubh in }(hjh(hh%Nh'Nubh)}(h:file:`process.defaults`h]hprocess.defaults}(hj5h(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubhm) use the coordinates in the RINEX header. When GAMIT runs, these coordinates will be updated in the project }(hjh(hh%Nh'Nubh)}(h:file:`tables/lfile.`h]h tables/lfile.}(hjJh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubh from the phase solution so that for successive days on which the same station is observed, the accurate coordinates will be used.}(hjh(hh%Nh'Nubeh}(h]h]h]h ]h"]uh$hh%hFh'K#hjubah}(h]h]h]h ]h"]uh$jhjubeh}(h]h]h]h ]h"]uh$jh%hFh'K(hjh(hubj)}(h:file:`sestbl.` and :file:`sittbl.` Edit these files to set the appropriate options for your analysis. Make sure that any station for which you specify tight constraints in :file:`sittbl.` has accurate coordinates in the :file:`.apr` file. h](j)}(h#:file:`sestbl.` and :file:`sittbl.`h](h)}(h:file:`sestbl.`h]hsestbl.}(hjyh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjuubh and }(hjuh(hh%Nh'Nubh)}(h:file:`sittbl.`h]hsittbl.}(hjh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjuubeh}(h]h]h]h ]h"]uh$jh%hFh'K,hjqubj)}(hhh]h)}(hEdit these files to set the appropriate options for your analysis. Make sure that any station for which you specify tight constraints in :file:`sittbl.` has accurate coordinates in the :file:`.apr` file.h](hEdit these files to set the appropriate options for your analysis. Make sure that any station for which you specify tight constraints in }(hjh(hh%Nh'Nubh)}(h:file:`sittbl.`h]hsittbl.}(hjh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubh! has accurate coordinates in the }(hjh(hh%Nh'Nubh)}(h :file:`.apr`h]h.apr}(hjh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubh file.}(hjh(hh%Nh'Nubeh}(h]h]h]h ]h"]uh$hh%hFh'K+hjubah}(h]h]h]h ]h"]uh$jhjqubeh}(h]h]h]h ]h"]uh$jh%hFh'K,hjh(hubj)}(h:file:`autcln.cmd` Controls for cleaning the data in program :program:`autcln`. This file will usually not require editing unless you encounter unusual data during the processing. h](j)}(h:file:`autcln.cmd`h]h)}(hjh]h autcln.cmd}(hjh(hh%Nh'Nubah}(h]h]fileah]h ]h"]rolefileuh$hhjubah}(h]h]h]h ]h"]uh$jh%hFh'K0hjubj)}(hhh]h)}(hControls for cleaning the data in program :program:`autcln`. This file will usually not require editing unless you encounter unusual data during the processing.h](h*Controls for cleaning the data in program }(hj h(hh%Nh'Nubj)}(h:program:`autcln`h]hautcln}(hjh(hh%Nh'Nubah}(h]h]jah]h ]h"]uh$jhj ubhe. This file will usually not require editing unless you encounter unusual data during the processing.}(hj h(hh%Nh'Nubeh}(h]h]h]h ]h"]uh$hh%hFh'K/hj ubah}(h]h]h]h ]h"]uh$jhjubeh}(h]h]h]h ]h"]uh$jh%hFh'K0hjh(hubeh}(h]h]h]h ]h"]uh$jhhIh(hh%hFh'Nubeh}(h](setuphEeh]h](setupintro_proc_setupeh ]h"]uh$hGhhh(hh%hFh'Kexpect_referenced_by_name}jEh:sexpect_referenced_by_id}hEh:subeh}(h]h]h]h ]h"]sourcehFtranslation_progress}(totalK translatedKuuh$hcurrent_sourceN current_lineNsettingsdocutils.frontendValues)}(outputNhLN generatorN datestampN source_linkN source_urlN toc_backlinksentryfootnote_backlinksK sectnum_xformKstrip_commentsNstrip_elements_with_classesN strip_classesN report_levelK halt_levelKexit_status_levelKdebugNwarning_streamN tracebackinput_encoding utf-8-siginput_encoding_error_handlerstrictoutput_encodingutf-8output_encoding_error_handlerjterror_encodingutf-8error_encoding_error_handlerbackslashreplace language_codeenrecord_dependenciesNconfigN id_prefixhauto_id_prefixid dump_settingsNdump_internalsNdump_transformsNdump_pseudo_xmlNexpose_internalsNstrict_visitorN_disable_configN_sourcehF _destinationN _config_files]file_insertion_enabled raw_enabledKline_length_limitM'pep_referencesN pep_base_urlhttps://peps.python.org/pep_file_url_templatepep-%04drfc_referencesN rfc_base_url&https://datatracker.ietf.org/doc/html/ tab_widthKtrim_footnote_reference_spacesyntax_highlightlong smart_quotessmartquotes_locales]character_level_inline_markupdoctitle_xform docinfo_xformKsectsubtitle_xform image_loadinglinkembed_stylesheetcloak_email_addressessection_self_linkenvNubreporterNindirect_targets]substitution_defs}(hh h5h)usubstitution_names}(relhdateh5urefnames}refids}hE]h:asnameids}(jEhEjDjAjju nametypes}(jEjDjuh}(hEhIjAhIjju footnote_refs} citation_refs} autofootnotes]autofootnote_refs]symbol_footnotes]symbol_footnote_refs] footnotes] citations]autofootnote_startKsymbol_footnote_startK id_counter collectionsCounter}Rparse_messages]transform_messages]h system_message)}(hhh]h)}(hhh]h6Hyperlink target "intro-proc-setup" is not referenced.}hjsbah}(h]h]h]h ]h"]uh$hhjubah}(h]h]h]h ]h"]levelKtypeINFOsourcehFlineKuh$juba transformerN include_log] decorationNh(hub.