Wave CardFormat1

In this format, the first line must have the card 'CMS_WAVE_STD' as the first thing on line 1. The value for the card must be the integer value 1. Remaining cards can come in any order, but must follow some rules depending on the card (which is shown beginning with a '!' and is the last item on most lines). Column One shows example values.

CMS-Wave Options File - Format 1

Column 1	Column 2	Description	Other Information
CMS_WAVE_STD	1		Only row with Card first and value second.
-1	!iprpp	Wave propagation type
0	!cur	Current Interaction
1	!ibreak	Wave Breaking output option
0	!irs	Radiation stress and runup options
0 If n > 0, next line consists of 'n' pairs of values for 'i' and 'j'.	!kout	Number of special wave output locations	Output spectrum in *.obs and parameters in 'selhts.out'
0	!ibnd	Nesting option
0	!iwet	Wetting and drying options
4	!ibf	Bottom friction option	Constant or variable bottom friction using Darcy Weisbach (c_f) or Mannings (n)
0	!iark	Forward reflection option
0	!iarkr	Backward reflection option
2	!iwvbk	Option for the primary wave breaking formula
0	!nonln	Nonlinear wave-wave interaction
0	!igrav	Infragravity waves option
0	!irunup	Runup option
0	!imud	Mud dissipation option	The kinematic viscosity is specified in mud.dat in units of $m^{2}/sec$
0	!iwnd	Spatially variable wind field option	Winds are specified in 'wind.dat' in units of $m/sec$.
3.000	!akap	Diffraction intensity coefficient
0.000	!bf	Constant bottom friction coefficient	Typical value is 0.005 for c_f and 0.025 for Mannings n
0.500	!ark	Constant forward reflection coefficient	0.0 <= [value] <= 1.0
0.300	!arkr	Constant backward reflection coefficient	0.0 <= [value] <= 1.0
0	!isolv	Matrix solver for CMS-Wave
1	!ixmdf	XMDF output options
4	!iproc	Number of threads for parallel computing	Optimum number is approximately = # rows / 300 (only for isolv == 0)
0	!iview	Half- or Full-plane options
0	!iroll	0 - disable Roller 1,2,3,4 - enabled with increasing effectiveness	Valid in the surf zone in cells with resolution <= 10m
0 If n > 0, next line consists of 'n' pairs of values for 'i' and 'j'. ​	!inest	Nesting cell identification

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