FRQWF - Revision history

Ak3glang: working group POS

2022-09-06T09:34:39Z

working group POS

← Older revision		Revision as of 09:34, 6 September 2022
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	\|name=FRQWF		\|name=FRQWF
	\|version=6.x / March 2014		\|version=6.x / March 2014
	\|version_descr= ~~April 2014~~		\|version_descr=September 2022
	\|catchwords=		\|catchwords=
	postprocessor<br />		postprocessor<br />
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	\|language=Fortran95		\|language=Fortran95
	\|add_software=LAPACK, LaTeX, Adobe Acrobat Distiller		\|add_software=LAPACK, LaTeX, Adobe Acrobat Distiller
	\|contact_original=~~[mailto:ralf.fritzsch@baw.de~~ R. Fritzsch], ~~[mailto:guenther.lang@baw.de~~ G. Lang]		\|contact_original=R. Fritzsch, G. Lang
	\|contact_maintenance=[mailto:~~guntram.seiss@baw.de G. Seiß], [mailto:peter~~.~~schade~~@baw.de ~~P. Schade], [mailto:guenther.lang@baw.de G. Lang], [mailto:susanne.spohr@baw.de S. Spohr~~]		\|contact_maintenance=[mailto:pos.proghome@baw.de Working group POS]
	\|documentation=		\|documentation=
	$PROGHOME/examples/Frqwf/<br />		$PROGHOME/examples/Frqwf/<br />

imported>Seiss Guntram: Remarks about .tidken.dat and coordinate transformation, added keyword preprocessor

2014-04-10T07:23:00Z

Remarks about .tidken.dat and coordinate transformation, added keyword preprocessor

← Older revision		Revision as of 07:23, 10 April 2014
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	\|name_de=FRQWF		\|name_de=FRQWF
	\|name=FRQWF		\|name=FRQWF
	\|version=6.x / ~~September 2009~~		\|version=6.x / March 2014
	\|version_descr= ~~September 2009~~		\|version_descr= April 2014
	\|catchwords=		\|catchwords=
	postprocessor<br />		postprocessor<br />
			preprocessor <br />
	analysis of numerically calculated results (2D/3D and profile-data, extra points) and measurements (single timeseries)<br />		analysis of numerically calculated results (2D/3D and profile-data, extra points) and measurements (single timeseries)<br />
	tidal harmonic analysis<br />		tidal harmonic analysis<br />
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	Several features have been added to the processing of single stations. They are set in the optional datablock SINGLE which is located in a file of type [[FRQWF.DAT\|frqwf.dat]]. The names of the concerned output-files are automatically generated. The time zone can be set in that file, too. A PDF file can be created by copying the corresponding Postscript file to a watched Adobe Acrobat Distiller directory. Frqwf waits for the PDF for a certain time. If the PDF is not finished then, the program execution will end regularly and the user will have to move the PDF back into the working directory on his own.		Several features have been added to the processing of single stations. They are set in the optional datablock SINGLE which is located in a file of type [[FRQWF.DAT\|frqwf.dat]]. The names of the concerned output-files are automatically generated. The time zone can be set in that file, too. A PDF file can be created by copying the corresponding Postscript file to a watched Adobe Acrobat Distiller directory. Frqwf waits for the PDF for a certain time. If the PDF is not finished then, the program execution will end regularly and the user will have to move the PDF back into the working directory on his own.

			If the harmonic constants (extended file of type [[GEOPOS.DAT\|geopos.dat]]) be used to generate an astronomical tidal time series, usually the default set of tidal constituents is not enough. In this case, the user defined file .tidkenn.dat should necessarily provided in advance!

			During processing of files of type [[BOEWRT.DAT\|boewrt.dat]] it is recommended to set the environment variable BAWCRS to the desired EPSG code. Then the coordinates of the input file are optionally transformed "on the fly" and stored into the result files.

	LaTeX has to be installed in order to run the UNIX-script generating Postscript successfully. Because on SGI systems LaTeX is not available, the UNIX-Script remains in the working directory and the user can start the process on another machine.		LaTeX has to be installed in order to run the UNIX-script generating Postscript successfully. Because on SGI systems LaTeX is not available, the UNIX-Script remains in the working directory and the user can start the process on another machine.
	\|preprocessor=		\|preprocessor=
	[[DIDARENAME]], [[DIDASPLIT]], [[EXKNO]], [[FFT]], [[MESKOR]], [[TSCALC]], [[ZEITR]], [[ZEITRIO]]		[[DIDARENAME]], [[DIDASPLIT]], [[EXKNO]], [[FFT]], [[GVIEW2D]], [[MESKOR]], [[TSCALC]], [[ZEITR]], [[ZEITRIO]]
	\|postprocessor=		\|postprocessor=
	[[ABDF]], [[DIDARENAME]], [[DIDASPLIT]], [[FRQTIE]], [[GVIEW2D]], [[HVIEW2D]], [[VVIEW2D]], [[LQ2PRO]], [[XTRDATA]], [[FRQ2ZEITR]]		[[ABDF]], [[DIDARENAME]], [[DIDASPLIT]], [[FRQTIE]], [[GVIEW2D]], [[HVIEW2D]], [[VVIEW2D]], [[LQ2PRO]], [[XTRDATA]], [[FRQ2ZEITR]]
	\|language=~~Fortran90~~		\|language=Fortran95
	\|add_software=LAPACK, LaTeX, Adobe Acrobat Distiller		\|add_software=LAPACK, LaTeX, Adobe Acrobat Distiller
	\|contact_original=[mailto:ralf.fritzsch@baw.de R. Fritzsch], [mailto:guenther.lang@baw.de G. Lang]		\|contact_original=[mailto:ralf.fritzsch@baw.de R. Fritzsch], [mailto:guenther.lang@baw.de G. Lang]

imported>Seiss Guntram: added TSCALC as preprocessor

2013-10-11T14:03:45Z

added TSCALC as preprocessor

← Older revision		Revision as of 14:03, 11 October 2013
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	LaTeX has to be installed in order to run the UNIX-script generating Postscript successfully. Because on SGI systems LaTeX is not available, the UNIX-Script remains in the working directory and the user can start the process on another machine.		LaTeX has to be installed in order to run the UNIX-script generating Postscript successfully. Because on SGI systems LaTeX is not available, the UNIX-Script remains in the working directory and the user can start the process on another machine.
	\|preprocessor=		\|preprocessor=
	[[DIDARENAME]], [[DIDASPLIT]], [[EXKNO]], [[FFT]], [[MESKOR]], [[ZEITR]], [[ZEITRIO]]		[[DIDARENAME]], [[DIDASPLIT]], [[EXKNO]], [[FFT]], [[MESKOR]], [[TSCALC]], [[ZEITR]], [[ZEITRIO]]
	\|postprocessor=		\|postprocessor=
	[[ABDF]], [[DIDARENAME]], [[DIDASPLIT]], [[FRQTIE]], [[GVIEW2D]], [[HVIEW2D]], [[VVIEW2D]], [[LQ2PRO]], [[XTRDATA]], [[FRQ2ZEITR]]		[[ABDF]], [[DIDARENAME]], [[DIDASPLIT]], [[FRQTIE]], [[GVIEW2D]], [[HVIEW2D]], [[VVIEW2D]], [[LQ2PRO]], [[XTRDATA]], [[FRQ2ZEITR]]

imported>BAWiki 1 at 10:40, 16 June 2010

2010-06-16T10:40:00Z

← Older revision		Revision as of 10:40, 16 June 2010
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	* fortnightly: [[Harmonic Analysis of Water Level#Short Tide Glossary\|Mf]]		* fortnightly: [[Harmonic Analysis of Water Level#Short Tide Glossary\|Mf]]
	* daily: [[Harmonic Analysis of Water Level#Short Tide Glossary\|Q1]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|O1]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|P1]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|K1]], MP1 and SO1		* daily: [[Harmonic Analysis of Water Level#Short Tide Glossary\|Q1]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|O1]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|P1]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|K1]], MP1 and SO1
	* semidiurnal: [[N2]], [[M2]], [[L2]], [[S2]], [[K2]], MNS2, 2MS2, MSN2 and 2SM2		* semidiurnal: [[Harmonic Analysis of Water Level#Short Tide Glossary\|N2]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|M2]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|L2]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|S2]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|K2]], MNS2, 2MS2, MSN2 and 2SM2
	* terdiurnal: MO3 and MK3		* terdiurnal: MO3 and MK3
	* quarterdiurnal: MN4, M4, MS4, MK 4and S4		* quarterdiurnal: MN4, M4, MS4, MK 4and S4

imported>BAWiki 1 at 10:39, 16 June 2010

2010-06-16T10:39:29Z

← Older revision		Revision as of 10:39, 16 June 2010
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	For default, within the period of data analysis the following tidal harmonic constituents can be calculated by means of a [[Harmonic Analysis of Water Level#Tidal Harmonic Analysis\|Tidal Harmonic Analysis]] (some numbers are optionally calculated):		For default, within the period of data analysis the following tidal harmonic constituents can be calculated by means of a [[Harmonic Analysis of Water Level#Tidal Harmonic Analysis\|Tidal Harmonic Analysis]] (some numbers are optionally calculated):

	* semiannual: Ssa		* semiannual: [[Harmonic Analysis of Water Level#Short Tide Glossary\|Ssa]]
	* monthly: Mm		* monthly: [[Harmonic Analysis of Water Level#Short Tide Glossary\|Mm]]
	* fortnightly: Mf		* fortnightly: [[Harmonic Analysis of Water Level#Short Tide Glossary\|Mf]]
	* daily: Q1, O1, P1, K1, MP1 and SO1		* daily: [[Harmonic Analysis of Water Level#Short Tide Glossary\|Q1]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|O1]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|P1]], [[Harmonic Analysis of Water Level#Short Tide Glossary\|K1]], MP1 and SO1
	* semidiurnal: N2, M2, L2, S2, K2, MNS2, 2MS2, MSN2 and 2SM2		* semidiurnal: [[N2]], [[M2]], [[L2]], [[S2]], [[K2]], MNS2, 2MS2, MSN2 and 2SM2
	* terdiurnal: MO3 and MK3		* terdiurnal: MO3 and MK3
	* quarterdiurnal: MN4, M4, MS4, MK 4and S4		* quarterdiurnal: MN4, M4, MS4, MK 4and S4

imported>BAWiki 1 at 10:43, 15 June 2010

2010-06-15T10:43:48Z

← Older revision		Revision as of 10:43, 15 June 2010
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	The program FRQWF is a postprocessor for different numerical models (e.g. TRIM-2D, TRIM-3D, TELEMAC-2D, UNTRIM2007, etc.) and field measurments. FRQWF automatically computes so called harmonic constants for different (selected) tidal harmonic constituents. Various main as well as shallow water constituents (compound tides and overtides) can be analysed. The data must be given as time-series (in universal direct access data format or results at extra points or single time series). The results of FRQWF analyses may be visualised/displayed with the graphical postprocessors HVIEW2D (for 2D/3D-data) or LQ2PRO (for profile-data).		The program FRQWF is a postprocessor for different numerical models (e.g. TRIM-2D, TRIM-3D, TELEMAC-2D, UNTRIM2007, etc.) and field measurments. FRQWF automatically computes so called harmonic constants for different (selected) tidal harmonic constituents. Various main as well as shallow water constituents (compound tides and overtides) can be analysed. The data must be given as time-series (in universal direct access data format or results at extra points or single time series). The results of FRQWF analyses may be visualised/displayed with the graphical postprocessors HVIEW2D (for 2D/3D-data) or LQ2PRO (for profile-data).

	For default, within the period of data analysis the following tidal harmonic constituents can be calculated by means of a [[Harmonic Analysis of Water Level\|Tidal Harmonic Analysis]] (some numbers are optionally calculated):		For default, within the period of data analysis the following tidal harmonic constituents can be calculated by means of a [[Harmonic Analysis of Water Level#Tidal Harmonic Analysis\|Tidal Harmonic Analysis]] (some numbers are optionally calculated):

	* semiannual: Ssa		* semiannual: Ssa

imported>BAWiki 1 at 10:29, 15 June 2010

2010-06-15T10:29:06Z

← Older revision		Revision as of 10:29, 15 June 2010
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	* The amplitude ratio (Ai : A(M2)) of each partial tide i and the M2-tide can be evaluated as well as the phase difference between tide i and the M2-tide.		* The amplitude ratio (Ai : A(M2)) of each partial tide i and the M2-tide can be evaluated as well as the phase difference between tide i and the M2-tide.
	* The errors of the analysis are evaluated and stored to the ASCII-version of [[FRQSINGLE.DAT ~~(ASCII)~~ and FRQSINGLE.TEX ~~(LaTeX))~~\|frqsingle.dat/tex]]. They give information about the quality of the analysis.		* The errors of the analysis are evaluated and stored to the ASCII-version of [[FRQSINGLE.DAT and FRQSINGLE.TEX\|frqsingle.dat/tex]]. They give information about the quality of the analysis.

	In addition also the highest and lowest water levels are determined for the period of data analysis. Minimum bathyemtry is also computed in case input data were generated for an alternative bathymetry.		In addition also the highest and lowest water levels are determined for the period of data analysis. Minimum bathyemtry is also computed in case input data were generated for an alternative bathymetry.
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	# results of tidal harmonic analysis (files of type [[DIRZ.BIN.R\|dirz.bin.r]], [[DIRZ.BIN.I\|dirz.bin.i]], and [[DIRZ.BIN\|dirz.bin]])		# results of tidal harmonic analysis (files of type [[DIRZ.BIN.R\|dirz.bin.r]], [[DIRZ.BIN.I\|dirz.bin.i]], and [[DIRZ.BIN\|dirz.bin]])
	# file containing results of single stations (type [[GEOPOS.DAT\|geopos.dat]])		# file containing results of single stations (type [[GEOPOS.DAT\|geopos.dat]])
	# file containing a table with results of a single station (type [[FRQSINGLE.DAT ~~(ASCII)~~ and FRQSINGLE.TEX ~~(LaTeX))~~\|frqsingle.dat/tex]])		# file containing a table with results of a single station (type [[FRQSINGLE.DAT and FRQSINGLE.TEX\|frqsingle.dat/tex]])
	# a LaTeX-file "Partialtiden.???.tex' containing a table of content and a reference to the file(s) of type [[FRQSINGLE.DAT ~~(ASCII)~~ and FRQSINGLE.TEX ~~(LaTeX))~~\|frqsingle.dat/tex]])		# a LaTeX-file "Partialtiden.???.tex' containing a table of content and a reference to the file(s) of type [[FRQSINGLE.DAT and FRQSINGLE.TEX\|frqsingle.dat/tex]])
	# a Postscript file "Partialtiden.???.ps" (example) containing a table of content and the results of single stations		# a Postscript file "Partialtiden.???.ps" (example) containing a table of content and the results of single stations
	# a PDF file "Partialtiden.???.pdf" [http://www.baw.de/downloads/wasserbau/mathematische_verfahren/programmkennbl_de/pdf/Partialtiden_001.pdf Partialtiden_001.pdf] containing a table of content and the results of single stations		# a PDF file "Partialtiden.???.pdf" [http://www.baw.de/downloads/wasserbau/mathematische_verfahren/programmkennbl_de/pdf/Partialtiden_001.pdf Partialtiden_001.pdf] containing a table of content and the results of single stations

imported>BAWiki 1 at 10:28, 15 June 2010

2010-06-15T10:28:02Z

← Older revision		Revision as of 10:28, 15 June 2010
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	The program FRQWF is a postprocessor for different numerical models (e.g. TRIM-2D, TRIM-3D, TELEMAC-2D, UNTRIM2007, etc.) and field measurments. FRQWF automatically computes so called harmonic constants for different (selected) tidal harmonic constituents. Various main as well as shallow water constituents (compound tides and overtides) can be analysed. The data must be given as time-series (in universal direct access data format or results at extra points or single time series). The results of FRQWF analyses may be visualised/displayed with the graphical postprocessors HVIEW2D (for 2D/3D-data) or LQ2PRO (for profile-data).		The program FRQWF is a postprocessor for different numerical models (e.g. TRIM-2D, TRIM-3D, TELEMAC-2D, UNTRIM2007, etc.) and field measurments. FRQWF automatically computes so called harmonic constants for different (selected) tidal harmonic constituents. Various main as well as shallow water constituents (compound tides and overtides) can be analysed. The data must be given as time-series (in universal direct access data format or results at extra points or single time series). The results of FRQWF analyses may be visualised/displayed with the graphical postprocessors HVIEW2D (for 2D/3D-data) or LQ2PRO (for profile-data).

	For default, within the period of data analysis the following tidal harmonic constituents can be calculated by means of a Tidal Harmonic Analysis (some numbers are optionally calculated):		For default, within the period of data analysis the following tidal harmonic constituents can be calculated by means of a [[Harmonic Analysis of Water Level\|Tidal Harmonic Analysis]] (some numbers are optionally calculated):

	* semiannual: Ssa		* semiannual: Ssa

imported>BAWiki 1 at 09:56, 26 May 2010

2010-05-26T09:56:09Z

← Older revision		Revision as of 09:56, 26 May 2010
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	# or '''list of files''' of one of the types boewrt.dat, knoerg.bin . (file of type [[DATEILISTE.DAT\|dateiliste.dat]])		# or '''list of files''' of one of the types boewrt.dat, knoerg.bin . (file of type [[DATEILISTE.DAT\|dateiliste.dat]])
	# '''grid file''' and/or '''specific locations''' (in dependence on the computed data to be analysed):		# '''grid file''' and/or '''specific locations''' (in dependence on the computed data to be analysed):
	#* 2D grid file (filetype [[GITTER05.DAT ~~und~~ GITTER05.BIN\|gitter05.dat/bin]] or [[UNTRIM_GRID.DAT\|untrim_grid.dat]])		#* 2D grid file (filetype [[GITTER05.DAT and GITTER05.BIN\|gitter05.dat/bin]] or [[UNTRIM_GRID.DAT\|untrim_grid.dat]])
	#* 1D profile data (filetype [[PROFIL05.BIN\|profil05.bin]])		#* 1D profile data (filetype [[PROFIL05.BIN\|profil05.bin]])
	#* specific locations (filetype [[LOCATION_GRID.DAT\|location_grid.dat]])		#* specific locations (filetype [[LOCATION_GRID.DAT\|location_grid.dat]])

imported>BAWiki 1 at 07:37, 20 May 2010

2010-05-20T07:37:35Z

← Older revision		Revision as of 07:37, 20 May 2010
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	# local phases of the constituent (component by component) adjusted to 01.01.yyyy 00:00 UTC.		# local phases of the constituent (component by component) adjusted to 01.01.yyyy 00:00 UTC.

	A transformation to the constituent ellipse parameters is done for better understanding of the characteristics of the constituents.		A transformation to the [[constituent ellipse]] parameters is done for better understanding of the characteristics of the constituents.

	Inside the LaTeX-tables and the automatically generated PDF-document (see below) the analysis is transformed to constituent ellipse parameters:		Inside the LaTeX-tables and the automatically generated PDF-document (see below) the analysis is transformed to constituent ellipse parameters:

← Older revision		Revision as of 09:56, 26 May 2010
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	# or '''list of files''' of one of the types boewrt.dat, knoerg.bin . (file of type [[DATEILISTE.DAT\|dateiliste.dat]])		# or '''list of files''' of one of the types boewrt.dat, knoerg.bin . (file of type [[DATEILISTE.DAT\|dateiliste.dat]])
	# '''grid file''' and/or '''specific locations''' (in dependence on the computed data to be analysed):		# '''grid file''' and/or '''specific locations''' (in dependence on the computed data to be analysed):
	#* 2D grid file (filetype [[GITTER05.DAT ~~und~~ GITTER05.BIN\|gitter05.dat/bin]] or [[UNTRIM_GRID.DAT\|untrim_grid.dat]])		#* 2D grid file (filetype [[GITTER05.DAT and GITTER05.BIN\|gitter05.dat/bin]] or [[UNTRIM_GRID.DAT\|untrim_grid.dat]])
	#* 1D profile data (filetype [[PROFIL05.BIN\|profil05.bin]])		#* 1D profile data (filetype [[PROFIL05.BIN\|profil05.bin]])
	#* specific locations (filetype [[LOCATION_GRID.DAT\|location_grid.dat]])		#* specific locations (filetype [[LOCATION_GRID.DAT\|location_grid.dat]])