SEDIMORPH.DAT - Revision history

imported>Fricke Benjamin: Block "Bed_Roughness" erweitert

2016-04-26T11:00:54Z

Block "Bed_Roughness" erweitert

← Older revision		Revision as of 11:00, 26 April 2016
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	:* Key '''"Dune_Roughness_Included"''': switch, whether '''dunes''' (if present) are (not) taken into account in the computation of the bottom roughness.		:* Key '''"Dune_Roughness_Included"''': switch, whether '''dunes''' (if present) are (not) taken into account in the computation of the bottom roughness.
	(optional) Key '''"Dune_Prediction"''': switch (true/false) for the '''prediction of dunes''';		(optional) Key '''"Dune_Prediction"''': switch (true/false) for the '''prediction of dunes''';
			:*(optional) Key '''"Ripple_Prediction"''': switch (true/false) for the '''prediction of ripples'''.
			:*(optional) Key '''"Lower_Ripple_Grain_Limit"''': Parameter for the prediction of ripples.
			:*(optional) Key '''"Upper_Ripple_Grain_Limit"''': Parameter for the prediction of ripples.
			:*(optional) Key '''"Ripple_Roughness_Constant"''': Parameter for the prediction of ripples.


	(optional) Block '''"Exchange_Layer"''' with steering data for the exchange layer definition:		(optional) Block '''"Exchange_Layer"''' with steering data for the exchange layer definition:
	:* Key '''"Exchange_Layer_Depth_Formula"''': choice of a '''exchange layer depth''' model (e.g. '''"5dmax_poly"''',''' "Borah"''', '''"~~new_Approach~~"'''). If this block is neglected '''"5dmax_global"''' is taken into account.		:* Key '''"Exchange_Layer_Depth_Formula"''': choice of a '''exchange layer depth''' model (e.g. '''"5dmax_poly"''',''' "Borah"''', '''"Malcherek"'''). If this block is neglected '''"5dmax_global"''' is taken into account.
	:*(optional) Key '''"Hiding_Law"''': choice of model for the modification of the transport rates of different sediment fractions according to their grain diameter ('''"NONE"''' (default), '''"Egiazaroff"''', '''"Ashida_Michiue"''', '''"Karim_Holly_Yang"''').		:*(optional) Key '''"Hiding_Law"''': choice of model for the modification of the transport rates of different sediment fractions according to their grain diameter ('''"NONE"''' (default), '''"Egiazaroff"''', '''"Ashida_Michiue"''', '''"Karim_Holly_Yang"''').
	:*(optional) Key '''"With_Dynamic_Layers"''': Activation of the dynamic bookkeeping layers.		:*(optional) Key '''"With_Dynamic_Layers"''': Activation of the dynamic bookkeeping layers.

imported>Fricke Benjamin at 10:48, 26 April 2016

2016-04-26T10:48:14Z

← Older revision		Revision as of 10:48, 26 April 2016
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	\|examplefile=please refer to $PROGHOME/examples/sedimorph/		\|examplefile=please refer to $PROGHOME/examples/sedimorph/

	for UnTRIM see also in directory $PROGHOME/examples/~~untrim~~/~~BSP_SediMorph_kurve/~~		for UnTRIM see also in directory $PROGHOME/examples/untrim2007/}}
	}}

imported>Fricke Benjamin at 10:46, 26 April 2016

2016-04-26T10:46:27Z

← Older revision		Revision as of 10:46, 26 April 2016
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	::* Key "'''Last_Time_of_MDS_Output'''": '''end time''' for the output of data;		::* Key "'''Last_Time_of_MDS_Output'''": '''end time''' for the output of data;
	::* Key "'''Time_Increment_of_MDS_Output'''": '''time interval''' between two successive times of data output.		::* Key "'''Time_Increment_of_MDS_Output'''": '''time interval''' between two successive times of data output.
	::* Key "'''Output_As_Sediment_Mass'''": '''switch''' (true/false) to trigger if the output of the sediment distribution is carried out as a percentaged value (false) or as available sediment mass in <~~math~~>kg/~~m^2~~</~~math~~> (true).		::* Key "'''Output_As_Sediment_Mass'''": '''switch''' (true/false) to trigger if the output of the sediment distribution is carried out as a percentaged value (false) or as available sediment mass in <i>kg/m²</i> (true).
	Notice: results will be eventually interpolated to the nodes of the computational grid.		Notice: results will be eventually interpolated to the nodes of the computational grid.

imported>Fricke Benjamin: generelle Überarbeitung an mehreren Stellen

2016-04-26T10:45:22Z

generelle Überarbeitung an mehreren Stellen

imported>Schade Peter: transportat korrigiert

2016-03-04T11:50:47Z

transportat korrigiert

← Older revision		Revision as of 11:50, 4 March 2016
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	::* '''effective bed shear stress''' and		::* '''effective bed shear stress''' and
	::* '''critical bed shear stress''';		::* '''critical bed shear stress''';
	:* Key "'''Output_of_Integral_Mass_Fluxes'''" to trigger the output of the subsequent balance variables		:* Key "'''Output_of_Integral_Mass_Fluxes'''" to trigger the output of the subsequent balance variables:
	::* '''horizontal bedload transport at edges''' integrated along the edge ~~and~~		::* '''horizontal bedload transport at edges''' integrated along the edge;
	::* '''sediment mass at faces 2d''' integrated above a face and along the z axis ~~and~~		::* '''sediment mass at faces 2d''' integrated above a face and along the z axis;
	::* '''sediment exchange at the bottom at faces''' integrated above a face; unequal to zero for fractions of suspended matter;		::* '''sediment exchange at the bottom at faces''' integrated above a face; unequal to zero for fractions of suspended matter;
	::* '''divergence of sediment ~~transportat~~ at faces''' integrated above a face; unequal to zero for bedload fractions;		::* '''divergence of sediment transport at faces''' integrated above a face; unequal to zero for bedload fractions;
	<br />		<br />

imported>Schade Peter at 15:34, 3 March 2016

2016-03-03T15:34:32Z

← Older revision		Revision as of 15:34, 3 March 2016
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	::* '''time dependent ripple height''' and		::* '''time dependent ripple height''' and
	::* '''time dependent ripple wave number''' (if available);		::* '''time dependent ripple wave number''' (if available);
	:* Key "'''Output_of_Dunes'''" ~~(true/false)~~ to trigger the output of the variables		:* Key "'''Output_of_Dunes'''" to trigger the output of the variables
	::* '''dune height''',		::* '''dune height''',
	::* '''dune wave number''',		::* '''dune wave number''',

imported>Schade Peter: + Block NetCDF_Data_Output for Lib sedimorph V. 6.*

2016-03-03T15:32:58Z

+ Block NetCDF_Data_Output for Lib sedimorph V. 6.*

@@ Line 3: / Line 3: @@
 |filetype=sedimorph.dat
 |version=1.x
-|version_descr=December 2010
+|version_descr=March 2016
 |significance=general input data for the computational morphodynamic module SediMorph, which can be used together with different simulation methods (e.g. Telemac or UNTRIM).
 |filecontents=
@@ Line 17: / Line 17: @@
 (optional) Block "'''Morphological_Data_Output'''" with steering data concerning the output of '''morphologically relevant data sets''':
 * Key "'''Output_Morphological_DataSet_2D'''": filetype [[DIRZ.BIN.R|dirz.bin.r]], [[DIRZ.BIN.I|dirz.bin.i]] and [[DIRZ.BIN|dirz.bin]] for output of '''two-dimensional data''' :
-:* water level
+::* water level
 ::* current velocity
 ::* time dependent bathymetry
@@ Line 58: / Line 58: @@
 :* Key '''"Time_Increment_of_Restart_Output": time interval''' between two successive times of restart data output.
 Notice: a '''"Output_Restart_File"''' can be re-used in any later simulation as a '''"Input_Restart_File"''', as far as the computational grid is identical.<br />
 Block '''"Bed_Roughness"''' with steering data to compute the '''effective bottom roughness''':
 :* Key '''"Ripple_Roughness_Included"''': switch, whether '''ripples''' (if present) are (not) taken into account in the computation of the bottom roughness;

imported>Fricke Benjamin: speedup_factor and mass_output added

2011-07-13T11:46:34Z

speedup_factor and mass_output added

← Older revision		Revision as of 11:46, 13 July 2011
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	* Key "'''Readjust_Initial_Bathymetry'''": '''switch''' (true/false) to readjust the initial bathymetry in situations when data from an earlier SediMorph simulation shall be used;		* Key "'''Readjust_Initial_Bathymetry'''": '''switch''' (true/false) to readjust the initial bathymetry in situations when data from an earlier SediMorph simulation shall be used;
	* Key "'''Vertical_Structure_File'''": filetype [[VERTICAL.DAT\|vertical.dat]] with description of the vertical structure for simulation of a two- or three-dimensional sediment distribution.		* Key "'''Vertical_Structure_File'''": filetype [[VERTICAL.DAT\|vertical.dat]] with description of the vertical structure for simulation of a two- or three-dimensional sediment distribution.
			*(optional) Key "'''Morphological_Speedup_Factor'''": Factor for the acceleration of the bed evolution.
	Notice: "'''Input_Morphological_Dataset_ASC'''" and "'''Input_Restart_File"+"Restart_Time"+"Readjust_Initial_Bathymetry'''" must not be prescribed at the same time.<br />		Notice: "'''Input_Morphological_Dataset_ASC'''" and "'''Input_Restart_File"+"Restart_Time"+"Readjust_Initial_Bathymetry'''" must not be prescribed at the same time.<br />
	(optional) Block "'''Morphological_Data_Output'''" with steering data concerning the output of '''morphologically relevant data sets''':		(optional) Block "'''Morphological_Data_Output'''" with steering data concerning the output of '''morphologically relevant data sets''':
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	::* rigid layer roughness		::* rigid layer roughness
	::* porosity in the exchange layer		::* porosity in the exchange layer
	::* sediment fraction in the exchange layer		::* sediment fraction in the exchange layer (percentaged or as mass)
	::* particle diameter d_m in the exchange layer		::* particle diameter d_m in the exchange layer
	::* [opt.] ripple height		::* [opt.] ripple height
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	* Key "'''Output_Morphological_DataSet_3D'''": (optional) filetype dirz.bin.R, dirz.bin.I and dirz.bin for output of '''three-dimensional data''':		* Key "'''Output_Morphological_DataSet_3D'''": (optional) filetype dirz.bin.R, dirz.bin.I and dirz.bin for output of '''three-dimensional data''':
	::* porosity		::* porosity
	::* sediment fraction		::* sediment fraction (percentaged or as mass)
	::* particle diameter d_m		::* particle diameter d_m
	::* Key "'''First_Time_of_MDS_Output'''": '''start time''' for the output of data;		::* Key "'''First_Time_of_MDS_Output'''": '''start time''' for the output of data;
	::* Key "'''Last_Time_of_MDS_Output'''": '''end time''' for the output of data;		::* Key "'''Last_Time_of_MDS_Output'''": '''end time''' for the output of data;
	::* Key "'''Time_Increment_of_MDS_Output'''": '''time interval''' between two successive times of data output.		::* Key "'''Time_Increment_of_MDS_Output'''": '''time interval''' between two successive times of data output.
			::* Key "'''Output_As_Sediment_Mass'''": '''switch''' (true/false) to trigger if the output of the sediment distribution is carried out as a percentaged value (false) or as available sediment mass in <math>kg/m^2</math> (true).
	Notice: results will be eventually interpolated to the nodes of the computational grid.		Notice: results will be eventually interpolated to the nodes of the computational grid.
	(optional) Block "'''Sediment_Transport_Output'''" with steering data for the '''output of sediment transport data at the bottom:'''		(optional) Block "'''Sediment_Transport_Output'''" with steering data for the '''output of sediment transport data at the bottom:'''

imported>Lang Guenther: link UNTRIM2

2010-12-16T12:52:14Z

link UNTRIM2

← Older revision		Revision as of 12:52, 16 December 2010
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	\|filetype=sedimorph.dat		\|filetype=sedimorph.dat
	\|version=1.x		\|version=1.x
	\|version_descr=~~August 2007~~		\|version_descr=December 2010
	\|significance=general input data for the computational morphodynamic module SediMorph, which can be used together with different simulation methods (e.g. Telemac or UNTRIM).		\|significance=general input data for the computational morphodynamic module SediMorph, which can be used together with different simulation methods (e.g. Telemac or UNTRIM).
	\|filecontents=		\|filecontents=
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	'''Notice:''' dictionary-file '''sedimorph_dico.dat''', normally present in directory '''$PROGHOME/dic/''', will be automatically read by the application program in addition to the user-specified input file.		'''Notice:''' dictionary-file '''sedimorph_dico.dat''', normally present in directory '''$PROGHOME/dic/''', will be automatically read by the application program in addition to the user-specified input file.
	\|nutzerprogramme=		\|nutzerprogramme=
	[[TELEMAC-2D]], [[UNS]], [[UNTRIM]], [[UNTRIM2007]]		[[TELEMAC-2D]], [[UNS]], [[UNTRIM]], [[UNTRIM2]], [[UNTRIM2007]]
	\|language=Fortran90		\|language=Fortran90
	\|fileform=FORMATTED		\|fileform=FORMATTED

imported>BAWiki 3 at 15:02, 1 June 2010

2010-06-01T15:02:36Z

← Older revision		Revision as of 15:02, 1 June 2010
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	Notice: "'''Input_Morphological_Dataset_ASC'''" and "'''Input_Restart_File"+"Restart_Time"+"Readjust_Initial_Bathymetry'''" must not be prescribed at the same time.<br />		Notice: "'''Input_Morphological_Dataset_ASC'''" and "'''Input_Restart_File"+"Restart_Time"+"Readjust_Initial_Bathymetry'''" must not be prescribed at the same time.<br />
	(optional) Block "'''Morphological_Data_Output'''" with steering data concerning the output of '''morphologically relevant data sets''':		(optional) Block "'''Morphological_Data_Output'''" with steering data concerning the output of '''morphologically relevant data sets''':
	* Key "'''Output_Morphological_DataSet_2D'''": filetype [[DIRZ.BIN.R\|dirz.bin.r]], [[DIRZ.BIN.I\|dirz.bin.i]] ~~und~~ [[DIRZ.BIN\|dirz.bin]] for output of '''two-dimensional data''' :		* Key "'''Output_Morphological_DataSet_2D'''": filetype [[DIRZ.BIN.R\|dirz.bin.r]], [[DIRZ.BIN.I\|dirz.bin.i]] and [[DIRZ.BIN\|dirz.bin]] for output of '''two-dimensional data''' :
	:* water level		:* water level
	::* current velocity		::* current velocity
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	Notice: results will be eventually interpolated to the nodes of the computational grid.		Notice: results will be eventually interpolated to the nodes of the computational grid.
	(optional) Block "'''Sediment_Transport_Output'''" with steering data for the '''output of sediment transport data at the bottom:'''		(optional) Block "'''Sediment_Transport_Output'''" with steering data for the '''output of sediment transport data at the bottom:'''
	:* Key "'''Sediment_Transport_Results_File'''": filetype [[DIRZ.BIN.R\|dirz.bin.r]], [[DIRZ.BIN.I\|dirz.bin.i]] ~~und~~ [[DIRZ.BIN\|dirz.bin]] for the output of all '''sediment transport data''';		:* Key "'''Sediment_Transport_Results_File'''": filetype [[DIRZ.BIN.R\|dirz.bin.r]], [[DIRZ.BIN.I\|dirz.bin.i]] and [[DIRZ.BIN\|dirz.bin]] for the output of all '''sediment transport data''';
	:* Key "'''First_Time_of_STR_Output'''": '''start time''' for the output of data;		:* Key "'''First_Time_of_STR_Output'''": '''start time''' for the output of data;
	:* Key "'''Last_Time_of_STR_Output"''': '''end time''' for the output of data;		:* Key "'''Last_Time_of_STR_Output"''': '''end time''' for the output of data;

← Older revision		Revision as of 10:45, 26 April 2016
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	* Key "'''Readjust_Initial_Bathymetry'''": '''switch''' (true/false) to readjust the initial bathymetry in situations when data from an earlier SediMorph simulation shall be used;		* Key "'''Readjust_Initial_Bathymetry'''": '''switch''' (true/false) to readjust the initial bathymetry in situations when data from an earlier SediMorph simulation shall be used;
	* Key "'''Vertical_Structure_File'''": filetype [[VERTICAL.DAT\|vertical.dat]] with description of the vertical structure for simulation of a two- or three-dimensional sediment distribution.		* Key "'''Vertical_Structure_File'''": filetype [[VERTICAL.DAT\|vertical.dat]] with description of the vertical structure for simulation of a two- or three-dimensional sediment distribution.
	*(optional) Key "'''Morphological_Speedup_Factor'''": Factor for the acceleration of the bed evolution.		*(optional) Key "'''Morphological_Speedup_Factor'''": Factor for the acceleration of the bed evolution (This key is outdated and can only be used for versions up to untrim2007_2015_07_15.xe).
	Notice: "'''Input_Morphological_Dataset_ASC'''" and "'''Input_Restart_File"+"Restart_Time"+"Readjust_Initial_Bathymetry'''" must not be prescribed at the same time.<br />		Notice: "'''Input_Morphological_Dataset_ASC'''" and "'''Input_Restart_File"+"Restart_Time"+"Readjust_Initial_Bathymetry'''" must not be prescribed at the same time.<br />


			(optional) Block "'''Simplified_3D_Structure'''" for the '''Inititalisisation of a 3D sediment distribution:'''
			:* Key "'''Global_Sediment_Fraction'''": fraction name and share.
			:* Key "'''Minimal_Thickness_for_Regional_Sediment_Probes'''": minimal vertical validity range for the sediment distribution specified in the IPDS-file.


	(optional) Block "'''Morphological_Data_Output'''" with steering data concerning the output of '''morphologically relevant data sets''':		(optional) Block "'''Morphological_Data_Output'''" with steering data concerning the output of '''morphologically relevant data sets''':
	* Key "'''Output_Morphological_DataSet_2D'''": filetype [[DIRZ.BIN.R\|dirz.bin.r]], [[DIRZ.BIN.I\|dirz.bin.i]] and [[DIRZ.BIN\|dirz.bin]] for output of '''two-dimensional data''' :		* Key "'''Output_Morphological_DataSet_2D'''": filetype [[DIRZ.BIN.R\|dirz.bin.r]], [[DIRZ.BIN.I\|dirz.bin.i]] and [[DIRZ.BIN\|dirz.bin]] for output of '''two-dimensional data''' :
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	::* Key "'''Output_As_Sediment_Mass'''": '''switch''' (true/false) to trigger if the output of the sediment distribution is carried out as a percentaged value (false) or as available sediment mass in <math>kg/m^2</math> (true).		::* Key "'''Output_As_Sediment_Mass'''": '''switch''' (true/false) to trigger if the output of the sediment distribution is carried out as a percentaged value (false) or as available sediment mass in <math>kg/m^2</math> (true).
	Notice: results will be eventually interpolated to the nodes of the computational grid.		Notice: results will be eventually interpolated to the nodes of the computational grid.


	(optional) Block "'''Sediment_Transport_Output'''" with steering data for the '''output of sediment transport data at the bottom:'''		(optional) Block "'''Sediment_Transport_Output'''" with steering data for the '''output of sediment transport data at the bottom:'''
	:* Key "'''Sediment_Transport_Results_File'''": filetype [[DIRZ.BIN.R\|dirz.bin.r]], [[DIRZ.BIN.I\|dirz.bin.i]] and [[DIRZ.BIN\|dirz.bin]] for the output of all '''sediment transport data''';		:* Key "'''Sediment_Transport_Results_File'''": filetype [[DIRZ.BIN.R\|dirz.bin.r]], [[DIRZ.BIN.I\|dirz.bin.i]] and [[DIRZ.BIN\|dirz.bin]] for the output of all '''sediment transport data''';
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	:* Key '''"Time_Increment_of_Restart_Output": time interval''' between two successive times of restart data output.		:* Key '''"Time_Increment_of_Restart_Output": time interval''' between two successive times of restart data output.
	Notice: a '''"Output_Restart_File"''' can be re-used in any later simulation as a '''"Input_Restart_File"''', as far as the computational grid is identical.<br />		Notice: a '''"Output_Restart_File"''' can be re-used in any later simulation as a '''"Input_Restart_File"''', as far as the computational grid is identical.<br />


	(optional) Block "'''NetCDF_Data_Output'''" with steering data for the '''output of morphological and sediment transport data''' in a UGRID CF NetCDF file, necessary for post processing with [[NCANALYSE]] and [[NCAGGREGATE]]:		(optional) Block "'''NetCDF_Data_Output'''" with steering data for the '''output of morphological and sediment transport data''' in a UGRID CF NetCDF file, necessary for post processing with [[NCANALYSE]] and [[NCAGGREGATE]]:
	:* Key "'''Output_NetCDF_DataSet'''": filetype [[CF-NETCDF.NC\|CF-NETCDF.NC]] for the output of all data;		:* Key "'''Output_NetCDF_DataSet'''": filetype [[CF-NETCDF.NC\|CF-NETCDF.NC]] for the output of all data;
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	:* Key '''"Dune_Roughness_Included"''': switch, whether '''dunes''' (if present) are (not) taken into account in the computation of the bottom roughness.		:* Key '''"Dune_Roughness_Included"''': switch, whether '''dunes''' (if present) are (not) taken into account in the computation of the bottom roughness.
	(optional) Key '''"Dune_Prediction"''': switch (true/false) for the '''prediction of dunes''';		(optional) Key '''"Dune_Prediction"''': switch (true/false) for the '''prediction of dunes''';


	(optional) Block '''"Exchange_Layer"''' with steering data for the exchange layer definition:		(optional) Block '''"Exchange_Layer"''' with steering data for the exchange layer definition:
	:* Key '''"Exchange_Layer_Depth_Formula"''': choice of a '''exchange layer depth''' model (e.g. '''"5dmax_poly"''',''' "Borah"''', '''"new_Approach"'''). If this block is neglected '''"5dmax_global"''' is taken into account. ~~This approach~~ is ~~fixed in older versions~~.		:* Key '''"Exchange_Layer_Depth_Formula"''': choice of a '''exchange layer depth''' model (e.g. '''"5dmax_poly"''',''' "Borah"''', '''"new_Approach"'''). If this block is neglected '''"5dmax_global"''' is taken into account.
			:*(optional) Key '''"Hiding_Law"''': choice of model for the modification of the transport rates of different sediment fractions according to their grain diameter ('''"NONE"''' (default), '''"Egiazaroff"''', '''"Ashida_Michiue"''', '''"Karim_Holly_Yang"''').
			:*(optional) Key '''"With_Dynamic_Layers"''': Activation of the dynamic bookkeeping layers.
			:*(optional) Key '''"Max_Number_Of_Dynamic_Layers"''': Maximal number of dynamic bookkeeping layers. Required if '''"With_Dynamic_Layers"''' is activated.
			:*(optional) Key '''"Max_Depth_Of_Dynamic_Layer"''': Maximal thickness of a bookkeeping layer. Required if '''"With_Dynamic_Layers"''' is activated.


	Block '''"Bed_Load_Transport"''' with steering data for the '''parametrization of bed load transport near the bottom:'''		Block '''"Bed_Load_Transport"''' with steering data for the '''parametrization of bed load transport near the bottom:'''
	:* Key '''"Transport_Formula"''': choice of a '''transport formula''' (e.g. '''"Bagnold"''', '''"van_Rijn"''', '''"Meyer_Peter_Mueller"''' or '''"Hunziker"''').		:* Key '''"Transport_Formula"''': choice of a '''transport formula''' (e.g. '''"Bagnold"''', '''"van_Rijn"''', '''"Meyer_Peter_Mueller"''' or '''"Hunziker"''').
			:*(optional) Key '''"Upwind_Scheme"''': choice of a Upwind formula (1 = edge_velocity_based (default), 2 = bed celerity based).
			:*(optional) Key '''"Morphological_Speedup_Factor_BL'''": Factor for the internal scaling of the bed load fluxes.


	Block '''"Suspended_Load_Transport"''' with steering data for the '''parametrization of the erodibility:'''		Block '''"Suspended_Load_Transport"''' with steering data for the '''parametrization of the erodibility:'''
	:* Key '''"Erosion_Flux_Model"''': Choose of "linear" or "quadratic" dependence from the bottom shear stress.		:* Key '''"Erosion_Flux_Model"''': Choose of "linear" or "quadratic" dependence from the bottom shear stress.
	:* Key '''"Erosion_Flux_Constant"''': '''Constant value''' according to the "Erosion_Flux_Model".		:* Key '''"Erosion_Flux_Constant"''': '''Constant value''' according to the "Erosion_Flux_Model".
			:*(optional) Key '''"Morphological_Speedup_Factor_SL'''": Factor for the internal scaling of the erosion and deposition fluxes.


	(optional) Block "'''Porosity'''" with steering data for the '''porosity''': If "Erosion_Flux_Model" = "linear" and "Porosity_Prediction" = "true" the "Erosion_Flux_Constant" will be ignored and internaly calculated as a function of the porosity.		(optional) Block "'''Porosity'''" with steering data for the '''porosity''': If "Erosion_Flux_Model" = "linear" and "Porosity_Prediction" = "true" the "Erosion_Flux_Constant" will be ignored and internaly calculated as a function of the porosity.
	:* Key "'''Porosity_Prediction'''": switch (true/false) for the '''prediction of porosity''';		:* Key "'''Porosity_Prediction'''": switch (true/false) for the '''prediction of porosity''';


	Block "'''Sediment_Class'''" with relevant informations concerning the '''sediment classes''' used during computation:		Block "'''Sediment_Class'''" with relevant informations concerning the '''sediment classes''' used during computation:
	:* Key "'''Sediment_Class_Name'''": '''name of a sediment class to be used''';		:* Key "'''Sediment_Class_Name'''": '''name of a sediment class to be used''';
	:* Key "'''Transport_Mode'''": '''type of sediment transport''' (e.g. '''"No_Transport"''', '''"Bed_Load"''' or '''"Suspension"''').		:* Key "'''Transport_Mode'''": '''type of sediment transport''' (e.g. '''"No_Transport"''', '''"Bed_Load"''' or '''"Suspension"''').
	:* Key '''"Critical_Shear_Stress_for_Erosion"''': '''critical shear stress for erosion''' (e.g. '''"User_Defined"''' plus value, or '''"Shields"''' - according to Shields diagram).		:* Key '''"Critical_Shear_Stress_for_Erosion"''': '''critical shear stress for erosion''' (e.g. '''"User_Defined"''' plus value, or '''"Shields"''' - according to Shields diagram).
	~~:* (optional) Key '''"Settling_Velocity"''': choice of a '''settling velocity formula ("Stokes", "Dietrich", "Malcherek"''' or '''"Manning"''').~~
	Notice: all classes to be used must be defined inside the '''"Sediment_Classification_File"''' before (see above).		Notice: all classes to be used must be defined inside the '''"Sediment_Classification_File"''' before (see above).
	'''Notice:''' dictionary-file '''sedimorph_dico.dat''', normally present in directory '''$PROGHOME/dic/''', will be automatically read by the application program in addition to the user-specified input file.		'''Notice:''' dictionary-file '''sedimorph_dico.dat''', normally present in directory '''$PROGHOME/dic/''', will be automatically read by the application program in addition to the user-specified input file.