BAWiki - User contributions [en]

DISPLAY PERCENTILES

2021-06-16T09:11:46Z

Ak2azorn:

{{ProgramDescription
|name_de=DISPLAY_PERCENTILES
|name=display_percentiles
|version=October 2016
|version_descr=October 2016
|catchwords=
statistics 
visualization 
percentiles 
mean 
median 
[[MATLAB]] [[category:MATLAB stand-alone application]] 

|shortdescription=
'''ATTENTION: Application is still available, but will not be developed further. Please use predecessor [[NCPROFIL]] instead.''' 
The application '''display_percentiles''' is able to calculate and plot statistics from profile data, e.g. profiles contained in [[XTRDATA]]-output or profiles contained in [[NetCDF]]-files. It is possible to plot the mean, minima and maxima, the median and additionally the desired percentiles. 

[[File:mean_temperature.png|thumb|'''Picture ''Example of an image produced by display_percentiles'''''.]]

Advice for usage: 
Information concerning input in [[NetCDF]]-format: 
* the dataset needs a variable called Mesh1_prof_long_name which contains the names of the profiles
* the dataset needs a variable called Mesh1_prof_nodes which contains the node information
* the dataset needs a variable called Mesh1_prof_node_distance which contains the distance of the values along the profile (unit: m or km)
* the dataset needs a variable called nMesh1_data_time which contains the time information
* the program is only able to display variables that are time and space dependent (i.e. they need to contain the dimensions nMesh1_data_time, Mesh1_node_x, Mesh1_node_y and nMesh1_node)
* variables that have been calculated for different depth levels (i.e. that have a dimension nMesh1_layer_3d) cannot be displayed
Information concerning input in [[EXCEL.DAT|excel.dat]]-format (i.e. files that have been created using [[XTRDATA]]): 
* the program does accept both dot and comma as decimal separator
Further information: 
The program needs a steering file and the corresponding dictionary file. The dictionary file can be found here: /net/themis/system/akprog/dic/display_percentiles_dico.dat. However, if you have a file with the same name in your working directory the local file will be used. The name and the path of the steering file will be requested by the program during run time. 

|inputfiles=
# steering file (examples can be found here: $PROGHOME/examples/display_percentiles, filetype [[DISPLAY_PERCENTILES_STEER.DAT|display_percentiles_steer.dat]])
# profile-oriented data (possible input: output of [[XTRDATA]] formatted as [[EXCEL.DAT|excel.dat]], i.e. data of physical quantities along a profile respectively at one time step OR profile-oriented output of UnTRIM as [[DIRZ.BIN|BDF]] that got converted to [[CF-NETCDF.NC]] using [[DATACONVERT]])

|outputfiles=
# plot(s) of the desired statistical quantity along the profile kilometers (possible formats: *.pdf, *.png, *.eps, *.fig)
# excel chart containing the statistics shown in the plot (optional output)
# text file error.txt containing a report of the program dictionary_ui which is used to check the steering file

|methodology=
Depending on the user input in the steering file the program will calculate the mean, the maximum, the minimum or the median at every point of the profile. Additionally, two percentiles will be plotted (the user-given percentile and the calculated percentile 100 - user-given percentile). For the calculation of the statistics the following MATLAB-functions were used: 
* calculation of the percentiles: prctile
* calculation of the mean: nanmean (i.e. NaNs will not be considered)
* calculation of the median: nanmedian (i.e. NaNs will not be considered)
* calculation of the maximum: nanmax (i.e. NaNs will not be considered)
* calculation of the minimum: nanmin (i.e. NaNs will not be considered)

|preprocessor=[[XTRDATA]], [[DATACONVERT]]
|postprocessor=[[MATLABFIGVIEWER]]
|language=[[MATLAB]] (created with version R2015a), Fortran
|add_software= needs the MATLAB compiler runtime (usually installed under /usr/local/MATLAB/MATLAB_Runtime/v85 on Linux)
|contact_original=[mailto:tabea.brodhagen@baw.de T. Brodhagen], [mailto:anna.zorndt@baw.de A. Zorndt]
|contact_maintenance=[mailto:tabea.brodhagen@baw.de T. Brodhagen]
|documentation=
An example can be found here: $PROGHOME/examples/display_percentiles/. 
A description of the MATLAB-functions mentioned under "methodology" can be found here: http://de.mathworks.com/help/stats/descriptive-statistics.html . 
The fortran-module dictionary_ui which is used by this program to check the input in the steering file is documented here: %PROGHOME%\DHWW\diction\tool.htm .
}}

PLOTPROFILZEIT

2021-06-16T09:11:19Z

Ak2azorn:

{{ProgramDescription
|name_de=PLOTPROFILZEIT
|name=plotProfilZeit
|version=Juli 2018
|version_descr=Juli 2018
|catchwords=
Profile 
Aggregation 
Perzentile 
Hovmoeller 
ProfilZeit 
[[MATLAB]] [[Kategorie:MATLAB stand-alone application]]

|shortdescription=
The application '''plotProfilZeit''' can be used to display data on profiles and time. Data can also be based on profiles in terms of adjascent control volumes. 

Warning: If you do not plan to use the good old [[XTRDATA]] Input format, please use the newly re-engineered programm [[NCPROFIL]] instead of plotProfilZeit. 

plotProfilZeit is the predecessor of [[DISPLAY_PERCENTILES]] und "DISPLAY_HOVMOLLER". Both had previously been developed to display data along a profile. However, both used the same data types and were different only in the way they presented the data. Therefore, to simplify application maintenance, both functionalities were incorporated into one application, plotProfilZeit. [[DISPLAY_PERCENTILES]] is still available, but will not be further developed. "DISPLAY_HOVMOLLER" not available anymore. 

Possible ways to display data: 
* Type = '''Hovmoeller''': Physical quantities, which are based on a profile and are dependant on time, can be displayed with a hovmoeller diagram. The spatial dimension is displayed along the x-axis and time is displayed along the y-axis. The physical value at each point is color-coded.
* Type = '''Percentiles''': The temporal variation of the values can also be displayed in this way. The spatial dimension is again displayed along the x-axis, but the physical value itself is displayed along the y-axis. The temporal average at each point is displayed as a solid line over the x-dimension. The temporal variation is displayed as a grey area in the background, which is the area between to chosen percentile values, default is 5 % and 95 %.
* Type = '''Allevents''': The temporal evolution is displayed by showing all available synoptic values as single lines along the profile. A color spectrum is used to show the temporal evolution, as long as not too many events are overlapping.
* Type = '''Multidata''': This allows no display of the temporal variation. Instead, values from different runs can be compared. Single values from different data sets are displayed in one diagram. The variables must not contain a time dimension, thus can either be averages of a tidal characteristic analysis or results of a long-term analysis. 

[[File:Mesh0 node skalare Stroemungsgeschwindigkeit 2d 1.png|400 px|Beispiel '''Hovmoeller''']]
[[File:CVSwmean Mesh2 face tide mean su sumen 2.png|400 px|Beispiel '''Percentiles''']]
[[File:TSM 2.png|400 px|Beispiel '''Allevents''']]
[[File:CVMesh2 exch hor adv ssc flux res sumen 1.png|400 px|Beispiel '''Multidata''']]

Input formats: 
* Input_Format = '''Xtrdata''': Output of [[XTRDATA]], available as single events along a profile, format being [[EXCEL.DAT|excel.dat]]
* Input_Format = '''CVMesh2''' for Netcdf analysis results fuer Netcdf as well as aggregated but not analysed simulation results
* Input_Format = '''Mesh1''' for Netcdf simulation output on profiles ([[DATACONVERT]] result of [[DIRZ.BIN|BDF]] profile file)
* Input_Format = '''Mesh0''' for Netcdf results on profiles (Profile output of UnTRIM2009)

Error handling:
In contrast to the prior version, this program does not yet include a check of the steering file by Fortran-Modul dictionary_ui. Therefore, wrong keywords can lead to uncontrolled crashes withou understandable error messages.

|inputfiles=
# Steering file (example in $PROGHOME/examples/plotProfilZeit, type [[plotProfilZeit_steer.dat]])
# [[UNTRIM]] results in above mentioned formats.

|outputfiles=
# Figures (*.pdf, *.png, *.eps or *.fig)
# Excel sheet (optional)

|methodology=
Visualization with [[MATLAB]]. 
Further, some statistic values are calculated by the program in case of Type = Percentiles. This used the following Matlab functions: 
* percentiles: prctile
* mean: nanmean (nan meaning that NaNs are not taken into account)
* median: nanmedian
* maximum: nanmax
* minimum: nanmin 

|preprocessor=[[XTRDATA]], [[DATACONVERT]], [[NCAGGREGATE]], [[NCANALYSE]], [[UNTRIM]]
|postprocessor=[[MATLABFIGVIEWER]]
|language=[[MATLAB]] (erstellt mit Version R2016b)
|add_software= Needs installation of MATLAB Compiler Runtime (under linux: /usr/local/MATLAB/MATLAB_Runtime/v85)
|contact_original=[mailto:anna.zorndt@baw.de A. Zorndt]
|contact_maintenance=[mailto:anna.zorndt@baw.de A. Zorndt]
|documentation=
Examples can be found unter $PROGHOME/examples/plotProfilZeit/. 
Descriptions of the method can be found here:
http://de.mathworks.com/help/stats/descriptive-statistics.html . 

Thanks to Tabea Brodhagen, Marissa Albers und Jens Jürges.

}}

NCPROFIL

2021-06-16T09:08:51Z

Ak2azorn: Created page with "{{ProgramDescription |name_de=NCPROFIL |name=ncprofil |version=Juni 2021 |version_descr=Juni 2021 |catchwords= Profile Aggregation Perzentile Hovmoeller<br /..."

{{ProgramDescription
|name_de=NCPROFIL
|name=ncprofil
|version=Juni 2021
|version_descr=Juni 2021
|catchwords=
Profile 
Aggregation 
Perzentile 
Hovmoeller 
plotProfilZeit 
[[MATLAB]] [[Kategorie:MATLAB stand-alone application]]

|shortdescription=
The application '''ncprofil''' can be used to display data on profiles and time. Data can also be based on profiles in terms of adjascent control volumes. 

ncprofil is the predecessor of [[PLOTPROFILZEIT]], which is still available but will not be further developed. The difference is a re-engineering and adaptation to the new standards for Matlab-Proghome Tools. In a next step, the netcdf reading routine will be updated. In the re-engineering, the old input format [[XTRDATA]] was not included. 

Possible ways to display data: 
* Type = '''Hovmoeller''': Physical quantities, which are based on a profile and are dependant on time, can be displayed with a hovmoeller diagram. The spatial dimension is displayed along the x-axis and time is displayed along the y-axis. The physical value at each point is color-coded.
* Type = '''Percentiles''': The temporal variation of the values can also be displayed in this way. The spatial dimension is again displayed along the x-axis, but the physical value itself is displayed along the y-axis. The temporal average at each point is displayed as a solid line over the x-dimension. The temporal variation is displayed as a grey area in the background, which is the area between to chosen percentile values, default is 5 % and 95 %.
* Type = '''Prognose''': From the percentiles, predictive values can be calculated, according to the procedure applied in the Weser Estuary. For this, each percentile is rounded up by a rounding parameter (i. e. 1 cm for water level). Then, along river stretches of i. e. 5 km, the maximum rounded value is found and this is interpreted as the predicitve value for this area. Beside the display of the percentiles (see above), this predictive value is shown as a red line. The x-axis is the spatial dimension, while the y-axis shows the physical quantity.
* Type = '''Allevents''': The temporal evolution is displayed by showing all available synoptic values as single lines along the profile. A color spectrum is used to show the temporal evolution, as long as not too many events are overlapping.
* Type = '''Multidata''': This allows no display of the temporal variation. Instead, values from different runs can be compared. Single values from different data sets are displayed in one diagram. The variables must not contain a time dimension, thus can either be averages of a tidal characteristic analysis or results of a long-term analysis. 

[[File:Mesh0 node skalare Stroemungsgeschwindigkeit 2d 1.png|400 px|Beispiel '''Hovmoeller''']]
[[File:CVSwmean Mesh2 face tide mean su sumen 2.png|400 px|Beispiel '''Percentiles''']]
[[File:TSM 2.png|400 px|Beispiel '''Allevents''']]
[[File:CVMesh2 exch hor adv ssc flux res sumen 1.png|400 px|Beispiel '''Multidata''']]

Input formats: 
* Input_Format = '''CVMesh2''' for Netcdf analysis results fuer Netcdf as well as aggregated but not analysed simulation results
* Input_Format = '''Mesh1''' for Netcdf simulation output on profiles ([[DATACONVERT]] result of [[DIRZ.BIN|BDF]] profile file)
* Input_Format = '''Mesh0''' for Netcdf results on profiles (Profile output of UnTRIM2009)

|inputfiles=
# Steering file (example in $PROGHOME/examples/ncprofil, type [[ncprofil_steer.dat]])
# [[UNTRIM]] results in above mentioned formats.

|outputfiles=
# Figures (*.pdf, *.png, *.eps or *.fig)
# Excel sheet (optional)

|methodology=
Visualization with [[MATLAB]]. 
Further, some statistic values are calculated by the program in case of Type = Percentiles. This used the following Matlab functions: 
* percentiles: prctile
* mean: nanmean (nan meaning that NaNs are not taken into account)
* median: nanmedian
* maximum: nanmax
* minimum: nanmin 

|preprocessor=[[NCAGGREGATE]], [[NCANALYSE]], [[UNTRIM]]
|postprocessor=[[MATLABFIGVIEWER]]
|language=[[MATLAB]] (erstellt mit Version R2016b)
|add_software= Needs installation of MATLAB Compiler Runtime (under linux: /usr/local/MATLAB/MATLAB_Runtime/v85)
|contact_original=[mailto:anna.zorndt@baw.de A. Zorndt]
|contact_maintenance=[mailto:ulrike.schiller@baw.de U. Schiller]
|documentation=
Examples can be found unter $PROGHOME/examples/plotProfilZeit/. 
Descriptions of the method can be found here:
http://de.mathworks.com/help/stats/descriptive-statistics.html . 

Thanks to Ulrike Schiller for your help in updating the program.

}}

Program Descriptions

2021-06-16T08:56:34Z

Ak2azorn:

__NOAUTOLINKS__
__NOAUTOLINKTARGET__
[[de:Programmkennblätter]]
{| width="80%"
| align="left" | At the BAW-DH there exists a comprehensive collection of software which has been mostly developed by the staff of the BAW-DH. The software was developed to assist engineers in solving practical problems. This page gives you a list in alphabetical order of the most important programs in use. For every listed program a short description of its functionality is available. More than that, you will also find information on closely related programs (fore-runners and after-runners). In addition to this an [[overview]] of required and optional input-files is given together with an enumerated list of the output-files generated by the program. 

The majority of the programs are written in Fortran (FORTRAN77, Fortran90, Fortran95, Fortran 2003). For details about the Fortran programming language see e. g.
[https://software.intel.com/en-us/node/525392 ''Intel Language Reference'']
|-
|
{| width="80%" cellpadding="5"
|- bgcolor="#d3d3d3"
! colspan="3" | explanation of colour codes
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| colspan="2" width="95%" valign="top" |
'''preparation and analysis of measured data''' ''responsible''<nowiki>: </nowiki>[mailto:benjamin.fricke@baw.de B. Fricke] and [mailto:peter.schade@baw.de P. Schade]
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| colspan="2" width="95%" valign="top" |
'''preprocessing for numerical methods''' ''responsible''<nowiki>: </nowiki>[mailto:jens.juerges@baw.de J. Jürges] and [mailto:guntram.seiss@baw.de G. Seiß]
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| colspan="2" width="95%" valign="top" |
'''numerical simulation''' ''responsible''<nowiki>: </nowiki>[mailto:anton.rosenhagen@baw.de A. Rosenhagen], [mailto:elisabeth.rudolph@baw.de E. Rudolph], [mailto:aissa.sehili@baw.de A. Sehili] and [mailto:holger.weilbeer@baw.de H. Weilbeer]
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| colspan="2" width="95%" valign="top" |
'''postprocessing for numerical models and data analysis''' ''responsible''<nowiki>: </nowiki>[mailto:guenther.lang@baw.de G. Lang], [mailto:susanne.spohr@baw.de S. Spohr], [mailto:marie.naulin@baw.de M. Naulin] and [mailto:anna.zorndt@baw.de A. Zorndt]
|- valign="top"
| width="5%" bgcolor="#ffff00" valign="top" | Son
| colspan="2" width="95%" valign="top" | '''others''' ''responsible''<nowiki>: individuals which are responsible for program maintenance.</nowiki>
|- bgcolor="#d3d3d3"
! colspan="3" | Advice to Users
|- valign="top"
| colspan="3" | users of the programs who detect errors or deficiencies should contact one of the above mentioned responsibles in dependence on the group to which the application program belongs.
|- bgcolor="#d3d3d3"
! colspan="3" | A
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[ABDF]]
| width="75%" valign="top" | analysis of data stored in direct access data files (BDF)
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[ADCP2BDF]]
| width="75%" valign="top" | conversion of ADCP workhorse data to BDF data format
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[ADCP2PROFILE]]
| width="75%" valign="top" | conversion of ADCP profile data to BDF data format
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[ANALTEL2D]]
| width="75%" valign="top" | interactive modification of a file of type ''selafin''
|- bgcolor="#d3d3d3"
! colspan="3" | B
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[BATCHPLOT]]
| width="75%" valign="top" | post processor for batch oriented visualisation of data
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[BFABSENK]]
| width="75%" valign="top" | computing of height changes inside groyne areas
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[BOERND]]
| width="75%" valign="top" | generation of boundary time-series (preparatory stage)
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[BSH2BAW]]
| width="75%" valign="top" | conversion of meteorological data into the ''mkwswawrt'' format
|- bgcolor="#d3d3d3"
! colspan="3" | C
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[CREATE_SIMPLE_UNTRIM2_GRID|create_simple_untrim2_grid]]
| width="75%" valign="top" | create simple grid for [[UNTRIM2]]
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[CROSSPRO]]
| width="75%" valign="top" | calculation and output of cross-sectional profiles, lying orthographical to a defined longitudinal river fairway profile
|- bgcolor="#d3d3d3"
! colspan="3" | D
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[DATA2GEOM]]
| width="75%" valign="top" | Conversion of BSH ASCII files to geom files
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[DATACONVERT]]
| width="75%" valign="top" | Conversion of Delft3D computational grid as well as computational results
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[DATAUS]]
| width="75%" valign="top" | extraction of soundings of an interesting area from ASCII-files (x,y,z) of various formats
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[DAVIT]]
| width="75%" valign="top" | interaktive visualisation and exploration of modelling results
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[DEPRO2D]]
| width="75%" valign="top" | interactive definition of profiles
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[DIDAMERGE]]
| width="75%" valign="top" | merging and thinning (in time) for synoptic data sets
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[DIDAMINTQ]]
| width="75%" valign="top" | integration and averaging for synoptic data sets along cross sections
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[DIDAMINTZ]]
| width="75%" valign="top" | calculation of depth integrated or averaged results for synoptic data sets
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[DIDARENAME]]
| width="75%" valign="top" | change of BDF file names
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[DIDASPLIT]]
| width="75%" valign="top" | splitting of large data sets or bathymetries into subdomains
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[DISPLAY_CONTROL_VOLUMES|display_control_volumes]]
| width="75%" valign="top" | tabular representation of spatially and temporally aggregated fluxes
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[DISPLAY_PERCENTILES|display_percentiles]]
| width="75%" valign="top" | visualization of statistics calculated with profile data
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[DREHE2D]]
| width="75%" valign="top" | translation and rotation of coordinates which are stored in different file types
|- bgcolor="#d3d3d3"
! colspan="3" | E
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[EDITOR]]
| width="75%" valign="top" | interactive modification and generation of GKS graphics
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[ENERF]]
| width="75%" valign="top" | calculation of synoptical quantities (e.g. energy flux) by using data results of numerical models
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[EVENTFILTER]]
| width="75%" valign="top" | filter of high and low water events and evaluation of their mean values
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[EXCELENZ]]
| width="75%" valign="top" | conversion of time-series data for further analysis or graphical display
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[EXKNO]]
| width="75%" valign="top" | extraction of time-series from model output at specific locations
|- bgcolor="#d3d3d3"
! colspan="3" | F
|- valign="top"
| width="5%" bgcolor="#ffff00" valign="top" | Son
| width="20%" valign="top" |
[[F77_TO_F90]]
| width="75%" valign="top" | rewrite FORTRAN77 source code to FORTRAN90 source code
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FD2ADDTOPO]]
| width="75%" valign="top" | creates an update grid for finite differences topography from echo soundings and updates a finite differences topography
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FD2BASIS]]
| width="75%" valign="top" | creates a basic grid with correct land/water distribution (format FIDISOR/FIDIRB) by using digitized border lines
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FD2DEL]]
| width="75%" valign="top" | creates difference topography from FIDISOR grids / modifies a FIDISOR grid with a difference topography
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FD2HYPSO]]
| width="75%" valign="top" | calculation of a frequency distribution of depth values of a finite difference topograph
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FD2KACHEL]]
| width="75%" valign="top" | generation of a tile-bathymetry and tile-data for FIDISOR/FIDIRB result files
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FD2MET]]
| width="75%" valign="top" | generation of meteorological boundary value files for finite difference methods
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FD2MOD]]
| width="75%" valign="top" | modify an area in a difference of two finite difference topographies
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FD2RIBA]]
| width="75%" valign="top" | dredging fairways in finite difference topographies
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FD2SPUELER]]
| width="75%" valign="top" | filling of fairways in finite difference topographies
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FD2TRIM]]
| width="75%" valign="top" | conversion of a FIDIRB-bathymetry into an equivalent TRIM-grid
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FDGITTER05]]
| width="75%" valign="top" | graphical preprocessor for finite difference grids
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FDGLUE]]
| width="75%" valign="top" | glues two meshes into a new finite difference grid
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[FFT]]
| width="75%" valign="top" | fast fourier transformation of time series
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FILELIST_TO_GEOM]]
| width="75%" valign="top" | rewrite coordinates of many files containing a single location into one file
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[FRQ2ZEITR]]
| width="75%" valign="top" | calculation of time series of the waterlevel from information about the frequencies, phases and amplitudes of the tidal harmonic constituents
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[FRQTIE]]
| width="75%" valign="top" | link result data of the program ''FRQWF'' to create new relationships
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[FRQWF]]
| width="75%" valign="top" | tidal harmonic analysis of water level
|- bgcolor="#d3d3d3"
! colspan="3" | G
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[GEOMFD2]]
| width="75%" valign="top" | generation of FD model bathymetry (FIDISOR/FIDIRB) and calendar-matrix
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[GEOTRANSFORMER]]
| width="75%" valign="top" | transformation of coordinates between different coordinate systems for different BAW file types.
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[GETDATA]]
| width="75%" valign="top" | Conversion of Delft3D computational results into netCDF files
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
| width="75%" valign="top" |
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[GRIDCONVERT]]
| width="75%" valign="top" | Converts computational grids for different mathematical methods
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| rowspan="3" width="20%" valign="top" |
[[GVIEW2D]]
| rowspan="3" width="75%" valign="top" | Graphical representation of time-dependent physical quantities at a given position (so called geo position)
|- valign="bottom"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
|- valign="bottom"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
|- bgcolor="#d3d3d3"
! colspan="3" | H
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[HSV]]
| width="75%" valign="top" | computation of settling velocities with a steering file ([[SV.DAT|sv.dat]]) of the SV package (SV=Settling Velocity)
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[HVIEW2D]]
| width="75%" valign="top" |two-dimensional graphical representation of CFD-data
|- bgcolor="#d3d3d3"
! colspan="3" | I
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[IGEL2D]]
| width="75%" valign="top" | interactive calculation of a borderline enclosing bearing data
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[INSEL2IPDS|insel2ipds]]
| width="75%" valign="top" | read several insel.dat and create one ipds file
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[INSPECT_CONTROL_VOLUMES|inspect_control_volumes]]
| width="75%" valign="top" | time series visualization of aggregated transport quantities
|- valign="top"
| width="5%" bgcolor="#ffff00" valign="top" | Son
| width="20%" valign="top" |
[[IO_VOLUME]]
| width="75%" valign="top" | converting data into the volume model for visualisation software profiles
|- bgcolor="#d3d3d3"
! colspan="3" | J
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[JANET]]
| width="75%" valign="top" | Interactive mesh generation and optimization tool
|- bgcolor="#d3d3d3"
! colspan="3" | K
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[KACHEL2D]]
| width="75%" valign="top" | extraction of part grids out of a finite element model grid
|- bgcolor="#d3d3d3"
! colspan="3" | L
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[LQ2PRO]]
| width="75%" valign="top" | visualization of data along longitudinal and/or cross-sectional profiles
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[LZKAF]]
| width="75%" valign="top" | calculation of long-term characteristic numbers of atmosphere
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[LZKMF]]
| width="75%" valign="top" | calculation of tide-independent characteristic numbers of morphodynamics
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[LZKSF]]
| width="75%" valign="top" | calculation of tide-independent characteristic numbers of salinity, temperature, suspended load, tracer load, bed load transport or eff. bed shear stress action
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[LZKVF]]
| width="75%" valign="top" | calculation of tide-independent characteristic numbers of current velocity
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[LZKWF]]
| width="75%" valign="top" | calculation of tide-independent characteristic numbers of water level
|- bgcolor="#d3d3d3"
! colspan="3" | M
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[MEDIANGLAETTUNG]]
| width="75%" valign="top" | smoothing of topographical information
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[MESKOR]]
| width="75%" valign="top" | correction of time-series data
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[METDIDA]]
| width="75%" valign="top" | conversion of meteorological data into the BAW-DH direct access format
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[MKRDAT]]
| width="75%" valign="top" | Generation of soil identification numbers for TRIM-2D
|- bgcolor="#d3d3d3"
! colspan="3" | N
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[NCAGGREGATE]]
| width="75%" valign="top" | aggregation for control volumes of data stored in (BAW) [[NetCDF|CF NetCDF]] files.
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[NCANALYSE]]
| width="75%" valign="top" | analysis program for data stored in (BAW) [[NetCDF|CF NetCDF]] files.
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[NCAUTO]]
| width="75%" valign="top" | classification of variables and extreme value analysis for (BAW) [[NetCDF|CF NetCDF]] files.
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[NCCHUNKIE]]
| width="75%" valign="top" | create chunked [[NetCDF|CF NetCDF]] files.
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[NCCUTOUT]]
| width="75%" valign="top" | cut out [[NetCDF|UGRID CF NetCDF]] files.
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[NCDELTA]]
| width="75%" valign="top" | program to compute differences for data stored in (BAW) [[NetCDF|CF NetCDF]] files.
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[NCDVAR]]
| width="75%" valign="top" | deletion of selected variables and dates from (BAW) [[NetCDF|CF NetCDF]] files.
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[NCPLOT]]
| width="75%" valign="top" | plot program for visualisation of data stored in (BAW) [[NetCDF|CF NetCDF]] files.
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[NCPROFIL]]
| width="75%" valign="top" | plot program for visualisation of data stored in (BAW) [[NetCDF|CF NetCDF]] files on profiles.
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[NC2TABLE]]
| width="75%" valign="top" | data extraction program for data stored in (BAW) [[NetCDF|CF NetCDF]] files
|- bgcolor="#d3d3d3"
! colspan="3" | O
|- bgcolor="#d3d3d3"
! colspan="3" | P
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[PARTRACE]]
| width="75%" valign="top" | particle tracking within a two-dimensional depth-averaged velocity field
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[POLWIND]]
| width="75%" valign="top" | extraction of polygons out of an overall area
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[PLOTPROFILZEIT]]
| width="75%" valign="top" | Display (aggregated) profile data over time
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[POLYUMFORM]]
| width="75%" valign="top" | conversion of structure information files from several formats to a common BAW format
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[PGCALC]]
| width="75%" valign="top" | calculation of further physical quantities by using the results of a simulation
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[PREHYDRO]]
| width="75%" valign="top" | Processing of seaside boundary data for the BAW operational Model using BSHcmod data
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[PREMETEO]]
| width="75%" valign="top" | Mapping of the processed DWD atmospheric forcing on the Untrim estuary Grid
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| width="20%" valign="top" |
[[PROPTEL]]
| width="75%" valign="top" | The BAW Operational Tide Model
|- bgcolor="#d3d3d3"
! colspan="3" | Q
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[QUICKPLOT|quickplot]]
| width="75%" valign="top" | data visualization (filetype [[CF-NETCDF.NC|cf-netcdf.nc]])
|- bgcolor="#d3d3d3"
! colspan="3" | R
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[ROSE]]
| width="75%" valign="top" | analysis and graphical display of a direction dependent relative frequency of occurrence for a vector time series
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[RSMERGE]]
| width="75%" valign="top" | adjustment of UNTRIM restart data to a different grid
|- bgcolor="#d3d3d3"
! colspan="3" | S
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[SYNGRID]]
| width="75%" valign="top" | generation of artificial bearing data
|- bgcolor="#d3d3d3"
! colspan="3" | T
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TAYLORDIAGRAM]]
| width="75%" valign="top" | creates a figure of type Talyor-Diagram
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TC2BAGGER]]
| width="75%" valign="top" | dredger-program for two-dimensional finite element grids
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TC2GEOM]]
| width="75%" valign="top" | conversion of a finite element topography into a finite difference topography
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TC2TR2]]
| width="75%" valign="top" | conversion of a TICAD topography into a ''TRIM'' topography
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TDKLF]]
| width="75%" valign="top" | computation of the tidal characteristic numbers of bed load transport or eff. bed shear stress action
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TDKSF]]
| width="75%" valign="top" | computation of the tidal characteristic numbers of salinity, suspended sediment concentration, tracer concentration and temperature
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[TDKTIE]]
| width="75%" valign="top" | linking ''TIDKEN'' results
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TDKVF]]
| width="75%" valign="top" | computation of the tidal characteristic numbers of current
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TDKWF]]
| width="75%" valign="top" | computation of the tidal characteristic numbers of water level and morphodynamics
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| width="20%" valign="top" |
[[TELEMAC-2D]]
| width="75%" valign="top" | two-dimensional finite element numerical model
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[TEO]]
| width="75%" valign="top" | extraction of bearing data points from a KUEDAT bearing file
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[TEOAX]]
| width="75%" valign="top" | extraction of bearing axes from a KUEDAT bearing file
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TICLQ2]]
| width="75%" valign="top" | extraction of bathymetry along longitudinal/cross-sectional profiles
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TICTRI]]
| width="75%" valign="top" | grid conversion into TRIGRID-format
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[TIDKEN]]
| width="75%" valign="top" | computation of tidal characteristc numbers for individual time series
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[TIMESHIFT]]
| width="75%" valign="top" | correction of profile data in time
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TM2DIDA]]
| width="75%" valign="top" | data conversion of the ''TELEMAC-2D''-results
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TM2RND]]
| width="75%" valign="top" | generation of boundary values for ''TELEMAC-2D''
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TOPVF]]
| width="75%" valign="top" | calculation of 2D/3D-areas and volumes of finite element meshes
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TOUTR]]
| width="75%" valign="top" | conversion of a grid file of any type to a grid file for the numerical model ''UNTRIM''
|- valign="top"
| width="5%" bgcolor="#ffff00" valign="top" | Son
| width="20%" valign="top" |
[[TR2APP]]
| width="75%" valign="top" | analysis of ''TRIM-2D''-results
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TR2ASCII]]
| width="75%" valign="top" | data conversion of the ''TRIM-2D''-results into ASCII format
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TR2DIDA]]
| width="75%" valign="top" | data conversion of the TRIM-2D-results
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TR2FIDI]]
| width="75%" valign="top" | conversion of a TRIM-bathymetry into a FIDISOR/FIDIRB bathymetry
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TR2GEOM]]
| width="75%" valign="top" | conversion of a TRIM-bathymetry into an equivalent finite element grid
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TR2ISSUSKONVERT]]
| width="75%" valign="top" | Support of ship handling simulators with 2D current data from hydronumeric simulations (TRIM2D/UNTRIM/TELEMAC)
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TR2KACHEL]]
| width="75%" valign="top" | generation of a tile-bathymetry and tile-data for TRIM-2D result files
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TR2LQ2]]
| width="75%" valign="top" | extraction of bathymetry along longitudinal/cross-sectional profiles from a TRIM bathymetry
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TR2MODATE]]
| width="75%" valign="top" | modification of date and time in a TRIM-2D results file
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TR2REFRESH]]
| width="75%" valign="top" | update a TRIM bathymetry
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TR2RND]]
| width="75%" valign="top" | generation of boundary value files for ''TRIM-2D''
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TR2VOR]]
| width="75%" valign="top" | generation of an optimized bathymetry as well as some index arrays for TRIM-2D
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TR3DIDA]]
| width="75%" valign="top" | data conversion of the ''TRIM-3D''-results
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TR3KACHEL]]
| width="75%" valign="top" | extraction of bathymetry, index-arrays and results out of a ''TRIM-3D''-overall-area
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TR3MODATE]]
| width="75%" valign="top" | modification of date and time in a ''TRIM-3D'' results file
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TRASSE]]
| width="75%" valign="top" | generation of data for a fairway finite element grid
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TRGITTER05]]
| width="75%" valign="top" | graphical preprocessor for a finite difference TRIM-2D grid
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| width="20%" valign="top" |
[[TRIM-2D]]
| width="75%" valign="top" | two-dimensional finite difference model ''TRIM-2D''
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| width="20%" valign="top" |
[[TRIM-3D]]
| width="75%" valign="top" | three-dimensional finite difference model ''TRIM-3D''
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TRIMKACH]]
| width="75%" valign="top" | generation of general input files and extraction of data by ''TR2KACHEL'' or ''TR3KACHEL''
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[TRVZR]]
| width="75%" valign="top" | analysator of area result files of the numerical methods ''TRIM-2D'' or ''TRIM-3D''
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[TSCALC]]
| width="75%" valign="top" | mathematical operations on time series data
|- bgcolor="#d3d3d3"
! colspan="3" | U
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[UNK]]
| width="75%" valign="top" | spectral wave model with non-linear dissipation
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[UNS]]
| width="75%" valign="top" | postprocessor with SediMorph functionality independent of a coupled hn model
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| width="20%" valign="top" |
[[UNTRIM]]
| width="75%" valign="top" | finite difference/volume model (2D/3D) for unstructured grids UNTRIM
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| width="20%" valign="top" |
[[UNTRIM2]]
| width="75%" valign="top" | finite difference/volume model (2D/3D) for unstructured grids ''UNTRIM2'',
with sub grid technology for precise representation of bathymetry
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| width="20%" valign="top" |
[[UNTRIM2007]]
| width="75%" valign="top" | finite difference/volume model (2D/3D) for unstructured grids with static or dynamic bathymetry
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| width="20%" valign="top" |
[[UNTRIM2007MONITOR]]
| width="75%" valign="top" | extraction of time series data out of an ''UnTRIM2007'' message file
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| width="20%" valign="top" |
[[UNTRIMMONITOR]]
| width="75%" valign="top" | The program is used for the graphical visualization of information from the UnTRIM-Message-file
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[UPDA2D]]
| width="75%" valign="top" | update a model bathymetry and alignment of edges of elements along structures
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| width="20%" valign="top" |
[[UPLAY]]
| width="75%" valign="top" | gui around ''UNTRIM2'' and ''NCPLOT'' to change grid depths, to let compute the hydrodynamic effect and to look at the computational results
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[UTRPRE]]
| width="75%" valign="top" | rounding UnTRIM2007 depths in order to get identical number of computational points
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[UTRRND]]
| width="75%" valign="top" | generation of boundary time series data from measured or computed data
|- bgcolor="#d3d3d3"
! colspan="3" | V
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[VOLUMETH]]
| width="75%" valign="top" | calculation of area distribution and volume sum function of a region inside an FE mesh
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[VOLUMETHAUTO]]
| width="75%" valign="top" | daemon for the programm ''VOLUMETH''
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[VTDK]]
| width="75%" valign="top" | calculation of differences between tidal characteristic numbers
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[VVIEW2D]]
| width="75%" valign="top" | two-dimensional graphical representation of CFD-data for vertical sections
|- bgcolor="#d3d3d3"
! colspan="3" | W
|- valign="top"
| width="5%" bgcolor="#0000ff" valign="top" | Sim
| width="20%" valign="top" |
[[WARM]]
| width="75%" valign="top" | mathematical wave model
|- valign="top"
| width="5%" bgcolor="#ffff00" valign="top" | Son
| width="20%" valign="top" |
[[WESPE]]
| width="75%" valign="top" | computation of one-dimensional wave spectra (JONSWAP and TMA)
|- bgcolor="#d3d3d3"
! colspan="3" | X
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[XTRDATA]]
| width="75%" valign="top" | extraction of ASCII-data from binary direct access files
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[XTRLQ2]]
| width="75%" valign="top" | extraction of binary data for longitudinal and/or cross-sectional profiles
|- bgcolor="#d3d3d3"
! colspan="3" | Y
|- bgcolor="#d3d3d3"
! colspan="3" | Z
|- valign="top"
| width="5%" bgcolor="#ffa500" valign="top" | Pos
| width="20%" valign="top" |
[[ZEITR]]
| width="75%" valign="top" | conversion of synoptic data sets into equivalent time-series data
|- valign="top"
| width="5%" bgcolor="#ff0000" valign="top" | Pre
| width="20%" valign="top" |
[[ZEITRIO]]
| width="75%" valign="top" | reading, formatting and writing of time series of different formats
|- valign="top"
| width="5%" bgcolor="#00ff00" valign="top" | Mes
| width="20%" valign="top" |
[[ZWISCHENPUNKTE]]
| width="75%" valign="top" | generated topographical information

|}
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back to [[BAW-Software Documentation]]
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[[Overview]]