Program Descriptions: Difference between revisions
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[../../Methoden/animake/cgm2pix-de.html CGMTOPIX] | [../../Methoden/animake/cgm2pix-de.html CGMTOPIX] | ||
| width="75%" valign="top" | CGM- | | width="75%" valign="top" | convert CGM-files into bitmap files (documentation available in German only). | ||
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[[CROSSPRO]] | [[CROSSPRO]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | calculation and output of cross-sectional profiles, lying orthographical to a defined longitudinal river fairway profile | ||
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[[DATACONVERT]] | [[DATACONVERT]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | Conversion of Delft3D computational grid as well as computational results | ||
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[[DATAUS]] | [[DATAUS]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | extraction of soundings of an interesting area from ASCII-files (x,y,z) of various formats | ||
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[[DEPRO2D]] | [[DEPRO2D]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | interactive definition of profiles | ||
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[[DIDAMERGE]] | [[DIDAMERGE]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | merging and thinning (in time) for synoptic data sets | ||
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[[DIDAMINTQ]] | [[DIDAMINTQ]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | integration and averaging for synoptic data sets along cross sections | ||
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[[DIDAMINTZ]] | [[DIDAMINTZ]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | calculation of depth integrated or averaged results for synoptic data sets | ||
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[[DIDARENAME]] | [[DIDARENAME]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | change of BDF file names | ||
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[[DIDASPLIT]] | [[DIDASPLIT]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | splitting of large data sets or bathymetries into subdomains | ||
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[[DREHE2D]] | [[DREHE2D]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | translation and rotation of coordinates which are stored in different file types | ||
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! colspan="3" | E | ! colspan="3" | E | ||
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[[EDITOR]] | [[EDITOR]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | interactive modification and generation of GKS graphics | ||
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[[ENERF]] | [[ENERF]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | calculation of synoptical quantities (e.g. energy flux) by using data results of numerical models | ||
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| width="5%" bgcolor="#00ff00" valign="top" | <font color="rgb(0, 0, 0)">Mes</font> | | width="5%" bgcolor="#00ff00" valign="top" | <font color="rgb(0, 0, 0)">Mes</font> | ||
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[[EVENTFILTER]] | [[EVENTFILTER]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | filter of high and low water events and evaluation of their mean values | ||
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[[EXCELENZ]] | [[EXCELENZ]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | conversion of time-series data for further analysis or graphical display | ||
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[[EXKNO]] | [[EXKNO]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | extraction of time-series from model output at specific locations | ||
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! colspan="3" | F | ! colspan="3" | F | ||
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[[F77_TO_F90]] | [[F77_TO_F90]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | rewrite FORTRAN77 source code to FORTRAN90 source code | ||
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| width="5%" bgcolor="#ffff00" valign="top" | <font color="rgb(0, 0, 0)">Son</font> | | width="5%" bgcolor="#ffff00" valign="top" | <font color="rgb(0, 0, 0)">Son</font> | ||
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[../scn/sc3-98a/node16.htm F90TREE] | [../scn/sc3-98a/node16.htm F90TREE] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | automatic computation of FORTRAN77 and Fortran90 source dependencies (up- and downwards) | ||
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[[FD2ADDTOPO]] | [[FD2ADDTOPO]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | creates an update grid for finite differences topography from echo soundings and updates a finite differences topography | ||
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[[FD2BASIS]] | [[FD2BASIS]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | creates a basic grid with correct land/water distribution (format FIDISOR/FIDIRB) by using digitized border lines | ||
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[[FD2DEL]] | [[FD2DEL]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | creates difference topography from FIDISOR grids / modifies a FIDISOR grid with a difference topography | ||
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[[FD2HYPSO]] | [[FD2HYPSO]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | calculation of a frequency distribution of depth values of a finite difference topograph | ||
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[[FD2KACHEL]] | [[FD2KACHEL]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | generation of a tile-bathymetry and tile-data for FIDISOR/FIDIRB result files | ||
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[[FD2MET]] | [[FD2MET]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | generation of meteorological boundary value files for finite difference methods | ||
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[[FD2MOD]] | [[FD2MOD]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | modify an area in a difference of two finite difference topographies | ||
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[[FD2RIBA]] | [[FD2RIBA]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | dredging fairways in finite difference topographies | ||
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[[FD2SPUELER]] | [[FD2SPUELER]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | filling of fairways in finite difference topographies | ||
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[[FD2TRIM]] | [[FD2TRIM]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | conversion of a FIDIRB-bathymetry into an equivalent TRIM-grid | ||
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[[FDGITTER05]] | [[FDGITTER05]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | graphical preprocessor for finite difference grids | ||
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[[FDGLUE]] | [[FDGLUE]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | glues two meshes into a new finite difference grid | ||
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[[FFT]] | [[FFT]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | fast fourier transformation of time series | ||
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[[FRQ2ZEITR]] | [[FRQ2ZEITR]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | calculation of time series of the waterlevel from information about the frequencies, phases and amplitudes of the tidal harmonic constituents | ||
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[[FRQTIE]] | [[FRQTIE]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | link result data of the program FRQWF to create new relationships | ||
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[[FRQWF]] | [[FRQWF]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | tidal harmonic analysis of water level | ||
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! colspan="3" | G | ! colspan="3" | G | ||
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[[GEOMFD2]] | [[GEOMFD2]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | generation of FD model bathymetry (FIDISOR/FIDIRB) and calendar-matrix | ||
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[[GEOTRANSFORMER]] | [[GEOTRANSFORMER]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | transformation of coordinates between different coordinate systems for different BAW file types. | ||
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[[GETDATA]] | [[GETDATA]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | Conversion of Delft3D computational results into netCDF files | ||
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[[GRIDCONVERT]] | [[GRIDCONVERT]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | Converts computational grids for different mathematical methods | ||
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[[GVIEW2D]] | [[GVIEW2D]] | ||
| rowspan="3" width="75%" valign="top" | | | rowspan="3" width="75%" valign="top" | Graphical representation of time-dependent physical quantities at a given position (so called geo position) | ||
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[[KACHEL2D]] | [[KACHEL2D]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | extraction of part grids out of a finite element model grid | ||
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! colspan="3" | L | ! colspan="3" | L | ||
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[[LQ2PRO]] | [[LQ2PRO]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | visualization of data along longitudinal and/or cross-sectional profiles | ||
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[[LZKAF]] | [[LZKAF]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | calculation of long-term characteristic numbers of atmosphere | ||
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[[LZKMF]] | [[LZKMF]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | calculation of tide-independent characteristic numbers of morphodynamics | ||
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[[LZKSF]] | [[LZKSF]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | calculation of tide-independent characteristic numbers of salinity, temperature, suspended load or eff. bed shear stress action | ||
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[[LZKVF]] | [[LZKVF]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | calculation of tide-independent characteristic numbers of current velocity | ||
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[[LZKWF]] | [[LZKWF]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | calculation of tide-independent characteristic numbers of water level | ||
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! colspan="3" | M | ! colspan="3" | M | ||
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[[PARTRACE]] | [[PARTRACE]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | particle tracking within a two-dimensional depth-averaged velocity field | ||
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[[PARTRACE-3D]] | [[PARTRACE-3D]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | particle tracking within a three-dimensional velocity field | ||
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| width="5%" bgcolor="#00ff00" valign="top" | <font color="rgb(0, 0, 0)">Mes</font> | | width="5%" bgcolor="#00ff00" valign="top" | <font color="rgb(0, 0, 0)">Mes</font> | ||
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[[POLWIND]] | [[POLWIND]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | extraction of polygons out of an overall area | ||
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[[POLYUMFORM]] | [[POLYUMFORM]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | conversion of structure information files from several formats to a common BAW format | ||
|- valign="top" | |- valign="top" | ||
| width="5%" bgcolor="#ffa500" valign="top" | <font color="rgb(0, 0, 0)">Pos</font> | | width="5%" bgcolor="#ffa500" valign="top" | <font color="rgb(0, 0, 0)">Pos</font> | ||
| width="20%" valign="top" | | | width="20%" valign="top" | | ||
[[PGCALC]] | [[PGCALC]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | calculation of further physical quantities by using the results of a simulation | ||
|- bgcolor="#d3d3d3" | |- bgcolor="#d3d3d3" | ||
! colspan="3" | Q | ! colspan="3" | Q | ||
Line 433: | Line 433: | ||
| width="20%" valign="top" | | | width="20%" valign="top" | | ||
[[SYNGRID]] | [[SYNGRID]] | ||
| width="75%" valign="top" | | | width="75%" valign="top" | generation of artificial bearing data | ||
|- bgcolor="#d3d3d3" | |- bgcolor="#d3d3d3" | ||
! colspan="3" | T | ! colspan="3" | T |
Revision as of 12:58, 21 May 2010
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. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
back to BAW-Software Documentation |