USER MANUAL SWAN Cycle III version 40.72A

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78 Chapter 4 LAY-OUT [idla] unstructured grids. Some MATLAB scripts are provided with the SWAN source code that can be used to plot wave parameters as maps in a quick manner. with this option the user can prescribe the lay-out of the output to file with the value of [idla]. see command READINP (options are: [idla]=1, 3, 4). Option 4 is recommended for postprocessing by MATLAB, however, in case of a generated binary MATLAB file option 3 is recommended. Default: [idla] = 1. ONLY MEANT FOR STRUCTURED GRIDS. For definitions of the output quantities, see Appendix A. Note that the wave parameters in the output of SWAN are computed from the wave spectrum over the prognostic part of the spectrum with the diagnostic tail added. Their value may therefore deviate slightly from values computed by the user from the output spectrum of SWAN which does not contain the diagnostic tail. HSIGN HSWELL DIR PDIR TDIR TM01 RTM01 RTP TPS PER RPER TMM10 RTMM10 TM02 FSPR DSPR significant wave height (in m). swell wave height (in m). mean wave direction (Cartesian or Nautical convention, see command SET). For Cartesian convention: relative to x−axis of the problem coordinate system (counterclockwise); possible exception: in the case of output with BLOCK command in combination with command FRAME, see command QUANTITY. peak wave direction in degrees. For Cartesian convention: relative to x−axis of the problem coordinate system (counterclockwise); possible exception: in the case of output with BLOCK command in combination with command FRAME, see command QUANTITY. direction of energy transport in degrees. For Cartesian convention: relative to x−axis of the problem coordinate system (counterclockwise); possible exception: in the case of output with BLOCK command in combination with command FRAME, see command QUANTITY. mean absolute wave period (in s). mean relative wave period (in s). peak period (in s) of the variance density spectrum (relative frequency spectrum). ’smoothed’ peak period (in s). mean absolute wave period (in s). mean relative wave period (in s). mean absolute wave period (in s). mean relative wave period (in s). mean absolute zero-crossing period (in s). the normalized width of the frequency spectrum. directional spreading of the waves (in degrees).
Description of commands 79 QP DEPTH WATLEV BOTLEV VEL FRCOEF WIND PROPAGAT PROPXY PROPTHETA PROPSIGMA GENERAT GENWIND REDIST REDQUAD REDTRIAD DISSIP DISBOT DISSURF DISWCAP RADSTR QB TRANSP peakedness of the wave spectrum (dimensionless). water depth (in m) (not the bottom level!). water level (in m). Output is in both active and non-active points. Note: exception value for water levels must be given! (See command INPGRID WLEVEL EXCEPTION). bottom level (in m). Output is in both active and non-active points. Note: exception value for bottom levels must be given! (See command INPGRID BOTTOM EXCEPTION). current velocity (vector; in m/s). friction coefficient (equal to [cfw] or [kn] in command FRICTION). wind velocity (vector; in m/s). total energy propagation (in W/m 2 or m 2 /s, depending on command SET). energy propagation in geographic space (in W/m 2 or m 2 /s, depending on command SET). energy propagation in theta space (in W/m 2 or m 2 /s, depending on command SET). energy propagation in sigma space (in W/m 2 or m 2 /s, depending on command SET). total energy generation (in W/m 2 or m 2 /s, depending on command SET). energy generation due to wind (in W/m 2 or m 2 /s, depending on command SET). total energy redistribution (in W/m 2 or m 2 /s, depending on command SET). energy redistribution due to quadruplets (in W/m 2 or m 2 /s, depending on command SET). energy redistribution due to triads (in W/m 2 or m 2 /s, depending on command SET). total energy dissipation (in W/m 2 or m 2 /s, depending on command SET). energy dissipation due to bottom friction (in W/m 2 or m 2 /s, depending on command SET). energy dissipation due to surf breaking (in W/m 2 or m 2 /s, depending on command SET). energy dissipation due to whitecapping (in W/m 2 or m 2 /s, depending on command SET). radiation stress (in W/m 2 or m 2 /s, depending on command SET). fraction of breaking waves due to depth-induced breaking. transport of energy (vector; in W/m or m 3 /s, depending on command SET).
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SWAN USER MANUAL SWAN Cycle III ver
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Contents 1 Introduction 1 2 General
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TABLE . . . . . . . . . . . . . . .
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Chapter 1 Introduction The informat
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Chapter 2 General definitions and r
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General definitions and remarks 5 r
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General definitions and remarks 7 I
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which SWAN performs the computation
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General definitions and remarks 11
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Chapter 3 Input and output files 3.
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Chapter 4 Description of commands 4
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(h) Commands to write or plot outpu
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Description of commands 25 ’name
Page 35 and 36: Description of commands 27 Default:
Page 37 and 38: Description of commands 29 mesh. Th
Page 39 and 40: ⎛ ∆f = ⎝−1 + Description of
Page 41 and 42: Description of commands 33 • Easy
Page 43 and 44: Description of commands 35 grids ca
Page 45 and 46: Description of commands 37 y ′
Page 47 and 48: Description of commands 39 [fac]
Page 49 and 50: Description of commands 41 ’(10X,
Page 51 and 52: Description of commands 43 | | East
Page 53 and 54: Description of commands 45 CONSTANT
Page 55 and 56: Description of commands 47 points o
Page 57 and 58: Description of commands 49 CRAY WKS
Page 59 and 60: Description of commands 51 This com
Page 61 and 62: Description of commands 53 | JANSse
Page 63 and 64: Description of commands 55 [Csh3] c
Page 65 and 66: Description of commands 57 [ursell]
Page 67 and 68: Description of commands 59 [slope]
Page 69 and 70: Description of commands 61 [cgmod]
Page 71 and 72: Description of commands 63 < > [lim
Page 73 and 74: Description of commands 65 SIGIMPL
Page 75 and 76: Description of commands 67 ’sname
Page 77 and 78: Description of commands 69 (see bel
Page 79 and 80: Description of commands 71 [alpn] d
Page 81 and 82: Description of commands 73 ‘long
Page 83 and 84: | HSign | | | | HSWEll | | | | DIR
Page 85: Description of commands 77 | WLENgt
Page 89 and 90: Description of commands 81 [tbegblk
Page 91 and 92: Description of commands 83 OUTput [
Page 93 and 94: Description of commands 85 If SWAN
Page 95 and 96: Description of commands 87 ACCUR MX
Page 97 and 98: Appendix A Definitions of variables
Page 99 and 100: Definitions of variables 91 RPER co
Page 101 and 102: Definitions of variables 93 WLEN Th
Page 103 and 104: Appendix B Command syntax B.1 Comma
Page 105 and 106: Repetitions of keywords and/or othe
Page 107 and 108: Required data and optional data Com
Page 109 and 110: Appendix C File swan.edt Below the
Page 111 and 112: File swan.edt 103 ! | -> DEFault !
Page 113 and 114: File swan.edt 105 ! FRAME ’sname
Page 115 and 116: Appendix D Spectrum files, input an
Page 117 and 118: 0.3892E-03 192.0 15.2 0.8007E-03 24
Page 119 and 120: Spectrum files, input and output 11
Page 121 and 122: Spectrum files, input and output 11
Page 123 and 124: Bibliography [1] SWAN - Implementat
Page 125: 117 longitude, 8, 27, 49, 50, 85, 1
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USER MANUAL SWAN Cycle III version 40.72A

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