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The results of TDKVF analyses may be visualized/displayed with the graphical postprocessors HVIEW2D (for 2D/3D-data) or LQ2PRO (for profile-data).
 
The results of TDKVF analyses may be visualized/displayed with the graphical postprocessors HVIEW2D (for 2D/3D-data) or LQ2PRO (for profile-data).
  
Within the period of data analysis the following tidal characteristic numbers of current are calculated (some numbers are optionally calculated):  
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Within the period of data analysis the following [[Tidal Characteristic Numbers of Current|tidal characteristic numbers of current]] are calculated (some numbers are optionally calculated):  
*Flood Current
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*[[Tidal Characteristic Numbers of Current#Flood Current|Flood Current]]
** Maximum Flood Current Velocity
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** [[Tidal Characteristic Numbers of Current#Maximum Flood Current Velocity|Maximum Flood Current Velocity]]
** Mean Flood Current Velocity
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** [[[[Tidal Characteristic Numbers of Current#Mean Flood Current Velocity|Mean Flood Current Velocity]]
** Flood Volume
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** [[Tidal Characteristic Numbers of Current#Flood Volume|Flood Volume]]
** Flood Current Duration
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** [[Tidal Characteristic Numbers of Current#Flood Current Duration|Flood Current Duration]]
** Slack Water Time of Flood Current
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** [[Tidal Characteristic Numbers of Current#Slack Water Time of Flood Current|Slack Water Time of Flood Current]]
** Slack Water Duration around Slack Water Time of Flood Current
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** [[Tidal Characteristic Numbers of Current#Slack Water Duration around Slack Water Time of Flood Current|Slack Water Duration around Slack Water Time of Flood Current]]
** Slack Water Dislocation of Flood Current
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** [[Tidal Characteristic Numbers of Current#Slack Water Dislocation of Flood Current|Slack Water Dislocation of Flood Current]]
** Differences of Time of Maximum Flood Current between Different Locations
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** [[Tidal Characteristic Numbers of Current#Differences of Time of Maximum Flood Current between Different Locations|Differences of Time of Maximum Flood Current between Different Locations]]
** Flood Path  
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** [[Tidal Characteristic Numbers of Current#Flood Path|Flood Path]]
  
* Ebb Current
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* [[Tidal Characteristic Numbers of Current#Ebb Current|Ebb Current]]
** Maximum Ebb Current Velocity
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** [[Tidal Characteristic Numbers of Current#Maximum Ebb Current Velocity|Maximum Ebb Current Velocity]]
** Mean Ebb Current Velocity
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** [[Tidal Characteristic Numbers of Current#Mean Ebb Current Velocity|Mean Ebb Current Velocity]]
** Ebb Volume
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** [[Tidal Characteristic Numbers of Current#Ebb Volume|Ebb Volume]]
** Ebb Current Duration
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** [[Tidal Characteristic Numbers of Current#Ebb Current Duration|Ebb Current Duration]]
** Slack Water Time of Ebb Current
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** [[Tidal Characteristic Numbers of Current#Slack Water Time of Ebb Current|Slack Water Time of Ebb Current]]
** Slack Water Duration around Slack Water Time of Ebb Current
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** [[Tidal Characteristic Numbers of Current#Slack Water Duration around Slack Water Time of Ebb Current|Slack Water Duration around Slack Water Time of Ebb Current]]
** Slack Water Dislocation of Ebb Current
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** [[Tidal Characteristic Numbers of Current#Slack Water Dislocation of Ebb Current|Slack Water Dislocation of Ebb Current]]
** Differences of Time of Maximum Ebb Current between Different Locations
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** [[Tidal Characteristic Numbers of Current#Differences of Time of Maximum Ebb Current between Different Locations|Differences of Time of Maximum Ebb Current between Different Locations]]
** Ebb Path  
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** [[Tidal Characteristic Numbers of Current#Ebb Path|Ebb Path]]
  
* Tidal Cycle
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* [[Tidal Characteristic Numbers of Current#Tidal Cycle|Tidal Cycle]]
** Residual Current
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** [[Tidal Characteristic Numbers of Current#Residual Current|Residual Current]]
** Eulerian Residual Path
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** [[Tidal Characteristic Numbers of Current#Eulerian Residual Path|Eulerian Residual Path]]
** Residual Flow
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** [[Tidal Characteristic Numbers of Current#Residual Flow|Residual Flow]]
** Tide Volume
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** [[Tidal Characteristic Numbers of Current#Tide Volume|Tide Volume]]
** Ratio Flood Current Duration : Ebb Current Duration
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** [[Tidal Characteristic Numbers of Current#Ratio Flood Current Duration : Ebb Current Duration|Ratio Flood Current Duration : Ebb Current Duration]]
** Ratio Max. Flood Current Velocity : Max. Ebb Current Velocity
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** [[Tidal Characteristic Numbers of Current#Ratio Max. Flood Current Velocity : Max. Ebb Current Velocity|Ratio Max. Flood Current Velocity : Max. Ebb Current Velocity]]
** Ratio Mean Flood Current Velocity : Mean Ebb Current Velocity
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** [[Tidal Characteristic Numbers of Current#Ratio Mean Flood Current Velocity : Mean Ebb Current Velocity|Ratio Mean Flood Current Velocity : Mean Ebb Current Velocity]]
** Ratio Flood Path : Ebb Path
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** [[Tidal Characteristic Numbers of Current#Ratio Flood Path : Ebb Path|Ratio Flood Path : Ebb Path]]
** Ratio Flood Volume : Ebb Volume  
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** [[Tidal Characteristic Numbers of Current#Ratio Flood Volume : Ebb Volume|Ratio Flood Volume : Ebb Volume]]
  
 
For each characteristic number of current the following values are being calculated for the period of data analysis:
 
For each characteristic number of current the following values are being calculated for the period of data analysis:

Revision as of 10:56, 15 June 2010

{{ProgramDescription |name_de=TDKVF |name=TDKVF |version=9.x / July 2009 |version_descr=July 2009 |catchwords=postprocessor
analysis of numerically calculated results (2D/3D, profile-data as well as data at specific locations)
tidal characteristic numbers of current
estuaries
static (alternative) bathymetry
universal direct access data format for 2D/3D-data
universal direct access data format for profile-data
universal direct access format for data at specific locations |shortdescription= The program TDKVF is a postprocessor for different numerical models (e.g. TRIM-2D, TRIM-3D, TELEMAC-2D, UNTRIM, UnTRIM2007 etc.). TDKVF automatically computes the tidal characteristic numbers of current for a given set of results (universal direct access data format). Data analyses can only be performed for static (constant in time) bathymetry. Bathymetry data must be either present in the grid file or given as alternative bathymetry in the data file containing also the computational results for water level. The results of TDKVF analyses may be visualized/displayed with the graphical postprocessors HVIEW2D (for 2D/3D-data) or LQ2PRO (for profile-data).

Within the period of data analysis the following tidal characteristic numbers of current are calculated (some numbers are optionally calculated):

For each characteristic number of current the following values are being calculated for the period of data analysis:

  1. Characteristic value for each tide within the period of data analysis
  2. Mean value for the period of data analysis
  3. Maximum value for the period of data analysis
  4. Minimum value for the period of data analysis

|inputfiles=

  1. general input data (filetype tdkvf.dat)
  2. synoptic data which shall be analysed (files of type dirz.bin.r, dirz.bin.iand dirz.bin)
  3. grid for 2D/3D-data (filetype gitter05.dat/bin or filetype untrim_grid.dat) or profile-topography for profile-data (filetype profil05.bin) or system file for specific locations (filetype location_grid.dat)

|outputfiles=

  1. results of data analyses (files of type dirz.bin.r, dirz.bin.iand dirz.bin)
  2. informative printer file (filetype Tdkvf.sdr)
  3. (optional) trace of program execution (filetype Tdkvf.trc)

|methodology= At first some extreme events (HW and LW) for the water level are determined for a network of reference locations for each tidal cycle. This ensures the phase-correct ordering of the events for all nodes of the computational grid respectively profile-topography. This first step is followed by a calculation of the times of slack water (ebb slack and flood slack). Thereafter the tidal characteristic numbers for the current are calculated at all nodal points, using the formerly calculated results at the reference locations. To obtain a more precise calculation of the times and values for all tidal characteristic numbers of water level a spline interpolation is used to interpolate between equidistant time series data at each nodal point. Drying and wetting of tidal flats is taken into account by the algorithm. |preprocessor=DIDARENAME, DIDASPLIT, ZEITR |postprocessor=ABDF, DIDARENAME, DIDASPLIT, GVIEW2D, HVIEW2D, LQ2PRO, VTDK, VVIEW2D, XTRDATA |language=Fortran90 |add_software=- |contact_original=G. Lang |contact_maintenance=G. Lang, S. Spohr |documentation=please refer to $PROGHOME/examples/Tdkvf/ }}