mr proper

output/test/parameters.txt

-!
-!		   _______________________
-!		  |                       |
-!		  |	WIM PARAMETERS    |
-!		  |_______________________|
-!______________________________________________________________________________
-! WAVES PARAMETERS:
-!
-! Tm		-> Peak period					[s]
-! Hs		-> Significant wave height			[m]
-! disp		-> Allowing wave dispersion
-!		   0: Wave dispersion is not allowed, 
-!		      group speed is the same at all spectrum 
-!		      frequency (cg=max[cg(w)])
-!		   1: Wave dispersion is allowed
-!------------------------------------------------------------------------------
-&waves_parameters
-
-Tm	=8
-Hs	=1
-disp	=0
-
-/
-!______________________________________________________________________________
-! MODEL PARAMETERS:
-!
-! nbin		-> Number of grid bin
-! dx		-> Spatial resolution				[m]
-! Cfl		-> Courant–Friedrichs–Lewy condition (0<Cfl<1)
-!		   Only in the case where disp=0. The CFL condition
-!		   is needed to calculate the time step.
-! name_sim	-> name of the output file
-! root		-> destination folder for the output file
-!------------------------------------------------------------------------------
-&model_parameter
-
-nbin	=100
-dx	=5000
-Cfl	=1
-name_sim ='test'
-root	= 'output/'
-
-/
-!______________________________________________________________________________
-! SPECTRUM PARAMETERS:
-!
-! init_spec	-> method to build the wave spectrum
-!	   	   2: Swell
-!		   1: JONSWAP spectrum
-!		   0: Bretschneider spectrum
-! nfreq		-> number of frequency bin
-! Tmin		-> Minimum period 				[s]
-! Tmax		-> Maximum period				[s]
-! alpha_s	-> parameter for jonswap spectrum (init_spec=1)
-! beta_s	-> parameter for jonswap spectrum (init_spec=1)
-! gamma_s	-> parameter for jonswap spectrum (init_spec=1)
-! swell_T	-> swell period (init_spec=2)
-! swell_Hs	-> swell significant height (init_spec=2)
-!------------------------------------------------------------------------------
-&spectrum_parameters
-
-init_spec =0
-nfreq	=800
-Tmin	=2.5
-Tmax	=20
-alpha_s =0.2044
-beta_s	=1.2500
-gamma_s	=3.3
-swell_T =19
-swell_Hs=0.09
-
-/
-!______________________________________________________________________________
-! ICE PARAMETERS
-!
-! X_ice		-> Distance of the ice edge			[m]
-! c_cice	-> Ice concentration 
-! ice_thick	-> method for compute the ice thickness
-!		   0: constant thickness 
-!		   1: thickness is a function of distance
-!		      from ice edge
-! hice		-> Ice thickness (if ice_thick=0)		[m]
-! hmax		-> Maximum ice thickness (if ice_thick=1)	[m]
-! Xh		-> distance where h=hmax/2 (if ice_thicl=1)	[m]
-!------------------------------------------------------------------------------
-&ice_parameters
-X_ice	=50000
-cice	=1
-ice_thick =0
-hice	=3
-hmax	=3
-Xh	=200000
-strain_crit =3e-5
-P_c 	    =0.55
-
-/
-!________________________________________________________________________________
-! FSD PARAMETERS
-
-! FSD_sheme     -> method for compute <D>
-!                  0: dumont et al (2011)
-!                  1: power law
-!
-! minfloe	-> minimum size floe to build the floe size categories [m]
-! maxfloe	-> maximum size floe to build the floe size categories [m]
-! nbcat		-> number of floe size categories
-!--------------------------------------------------------------------------------
-&fsd_parameters
-FSD_scheme	=1
-minfloe		=5
-maxfloe		=400
-nbcat		=60
-
-/
-!_________________________________________________________________________________
-! IDT PARAMETERS
-
-!IDT_scheme	-> compute the ice thickness distribution	
-			0: no distribution
-			1: distribution (rayleigh)
-
-!mu_IDT		-> parameter for the distribution
-!mincat_h	-> minimum ice thickness category
-!maxcat_h	-> maximum ice thickness category
-!nbcat_h	-> number of ice thickness categories
-!---------------------------------------------------------------------------------
-&idt_parameters
-IDT_scheme	=1
-mu_IDT		=0.5
-mincat_h	=0.1
-maxcat_h	=10
-nbcat_h		=50
-/
-!________________________________________________________________________________
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