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ocean_avg.ncの中身

最終更新：2011年05月02日 14:41

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ocean_avg.ncの中身

NetCDF-3 Classic ocean_avg.nc {

dimensions:

xi_rho = 199 ;
xi_u = 198 ;
xi_v = 199 ;
xi_psi = 198 ;
eta_rho = 149 ;
eta_u = 149 ;
eta_v = 148 ;
eta_psi = 148 ;
s_rho = 21 ;
s_w = 22 ;
tracer = 2 ;
boundary = 4 ;
ocean_time = UNLIMITED ; (9 currently)

variables:

// Preference 'PRESERVE_FVD':  false,
// dimensions consistent with ncBrowse, not with native MATLAB netcdf package.
int32 ntimes([]), shape = [1]
	ntimes:long_name = "number of long time-steps" 
int32 ndtfast([]), shape = [1]
	ndtfast:long_name = "number of short time-steps" 
double dt([]), shape = [1]
	dt:long_name = "size of long time-steps" 
	dt:units = "second" 
double dtfast([]), shape = [1]
	dtfast:long_name = "size of short time-steps" 
	dtfast:units = "second" 
double dstart([]), shape = [1]
	dstart:long_name = "time stamp assigned to model initilization" 
	dstart:units = "days since 0001-01-01 00:00:00" 
	dstart:calendar = "julian" 
int32 nHIS([]), shape = [1]
	nHIS:long_name = "number of time-steps between history records" 
int32 ndefHIS([]), shape = [1]
	ndefHIS:long_name = "number of time-steps between the creation of history files" 
int32 nRST([]), shape = [1]
	nRST:long_name = "number of time-steps between restart records" 
	nRST:cycle = "only latest two records are maintained" 
int32 ntsAVG([]), shape = [1]
	ntsAVG:long_name = "starting time-step for accumulation of time-averaged fields" 
int32 nAVG([]), shape = [1]
	nAVG:long_name = "number of time-steps between time-averaged records" 
int32 ndefAVG([]), shape = [1]
	ndefAVG:long_name = "number of time-steps between the creation of average files" 
int32 ntsDIA([]), shape = [1]
	ntsDIA:long_name = "starting time-step for accumulation of diagnostic fields" 
int32 nDIA([]), shape = [1]
	nDIA:long_name = "number of time-steps between diagnostic records" 
int32 ndefDIA([]), shape = [1]
	ndefDIA:long_name = "number of time-steps between the creation of diagnostic files" 
double Falpha([]), shape = [1]
	Falpha:long_name = "Power-law shape barotropic filter parameter" 
double Fbeta([]), shape = [1]
	Fbeta:long_name = "Power-law shape barotropic filter parameter" 
double Fgamma([]), shape = [1]
	Fgamma:long_name = "Power-law shape barotropic filter parameter" 
double nl_tnu2(tracer), shape = [2]
	nl_tnu2:long_name = "nonlinear model Laplacian mixing coefficient for tracers" 
	nl_tnu2:units = "meter2 second-1" 
double nl_visc2([]), shape = [1]
	nl_visc2:long_name = "nonlinear model Laplacian mixing coefficient for momentum" 
	nl_visc2:units = "meter2 second-1" 
double Akt_bak(tracer), shape = [2]
	Akt_bak:long_name = "background vertical mixing coefficient for tracers" 
	Akt_bak:units = "meter2 second-1" 
double Akv_bak([]), shape = [1]
	Akv_bak:long_name = "background vertical mixing coefficient for momentum" 
	Akv_bak:units = "meter2 second-1" 
double Akk_bak([]), shape = [1]
	Akk_bak:long_name = "background vertical mixing coefficient for turbulent energy" 
	Akk_bak:units = "meter2 second-1" 
double Akp_bak([]), shape = [1]
	Akp_bak:long_name = "background vertical mixing coefficient for length scale" 
	Akp_bak:units = "meter2 second-1" 
double rdrg([]), shape = [1]
	rdrg:long_name = "linear drag coefficient" 
	rdrg:units = "meter second-1" 
double rdrg2([]), shape = [1]
	rdrg2:long_name = "quadratic drag coefficient" 
double Zob([]), shape = [1]
	Zob:long_name = "bottom roughness" 
	Zob:units = "meter" 
double Zos([]), shape = [1]
	Zos:long_name = "surface roughness" 
	Zos:units = "meter" 
double gls_p([]), shape = [1]
	gls_p:long_name = "stability exponent" 
double gls_m([]), shape = [1]
	gls_m:long_name = "turbulent kinetic energy exponent" 
double gls_n([]), shape = [1]
	gls_n:long_name = "turbulent length scale exponent" 
double gls_cmu0([]), shape = [1]
	gls_cmu0:long_name = "stability coefficient" 
double gls_c1([]), shape = [1]
	gls_c1:long_name = "shear production coefficient" 
double gls_c2([]), shape = [1]
	gls_c2:long_name = "dissipation coefficient" 
double gls_c3m([]), shape = [1]
	gls_c3m:long_name = "buoyancy production coefficient (minus)" 
double gls_c3p([]), shape = [1]
	gls_c3p:long_name = "buoyancy production coefficient (plus)" 
double gls_sigk([]), shape = [1]
	gls_sigk:long_name = "constant Schmidt number for TKE" 
double gls_sigp([]), shape = [1]
	gls_sigp:long_name = "constant Schmidt number for PSI" 
double gls_Kmin([]), shape = [1]
	gls_Kmin:long_name = "minimum value of specific turbulent kinetic energy" 
double gls_Pmin([]), shape = [1]
	gls_Pmin:long_name = "minimum Value of dissipation" 
double Charnok_alpha([]), shape = [1]
	Charnok_alpha:long_name = "Charnok factor for surface roughness" 
double Zos_hsig_alpha([]), shape = [1]
	Zos_hsig_alpha:long_name = "wave amplitude factor for surface roughness" 
double sz_alpha([]), shape = [1]
	sz_alpha:long_name = "surface flux from wave dissipation" 
double CrgBan_cw([]), shape = [1]
	CrgBan_cw:long_name = "surface flux due to Craig and Banner wave breaking" 
double wec_alpha([]), shape = [1]
	wec_alpha:long_name = "coefficient for roller/breaking wave dissipation" 
double Znudg([]), shape = [1]
	Znudg:long_name = "free-surface nudging/relaxation inverse time scale" 
	Znudg:units = "day-1" 
double M2nudg([]), shape = [1]
	M2nudg:long_name = "2D momentum nudging/relaxation inverse time scale" 
	M2nudg:units = "day-1" 
double M3nudg([]), shape = [1]
	M3nudg:long_name = "3D momentum nudging/relaxation inverse time scale" 
	M3nudg:units = "day-1" 
double Tnudg(tracer), shape = [2]
	Tnudg:long_name = "Tracers nudging/relaxation inverse time scale" 
	Tnudg:units = "day-1" 
double rho0([]), shape = [1]
	rho0:long_name = "mean density used in Boussinesq approximation" 
	rho0:units = "kilogram meter-3" 
double gamma2([]), shape = [1]
	gamma2:long_name = "slipperiness parameter" 
char spherical([]), shape = [1]
	spherical:long_name = "grid type logical switch" 
	spherical:flag_values = "T, F" 
	spherical:flag_meanings = "spherical Cartesian" 
double xl([]), shape = [1]
	xl:long_name = "domain length in the XI-direction" 
	xl:units = "meter" 
double el([]), shape = [1]
	el:long_name = "domain length in the ETA-direction" 
	el:units = "meter" 
int32 Vtransform([]), shape = [1]
	Vtransform:long_name = "vertical terrain-following transformation equation" 
int32 Vstretching([]), shape = [1]
	Vstretching:long_name = "vertical terrain-following stretching function" 
double theta_s([]), shape = [1]
	theta_s:long_name = "S-coordinate surface control parameter" 
double theta_b([]), shape = [1]
	theta_b:long_name = "S-coordinate bottom control parameter" 
double Tcline([]), shape = [1]
	Tcline:long_name = "S-coordinate surface/bottom layer width" 
	Tcline:units = "meter" 
double hc([]), shape = [1]
	hc:long_name = "S-coordinate parameter, critical depth" 
	hc:units = "meter" 
double s_rho(s_rho), shape = [21]
	s_rho:long_name = "S-coordinate at RHO-points" 
	s_rho:valid_min = -1 
	s_rho:valid_max = 0 
	s_rho:positive = "up" 
	s_rho:standard_name = "ocean_s_coordinate_g1" 
	s_rho:formula_terms = "s: s_rho C: Cs_r eta: zeta depth: h depth_c: hc" 
	s_rho:field = "s_rho, scalar" 
double s_w(s_w), shape = [22]
	s_w:long_name = "S-coordinate at W-points" 
	s_w:valid_min = -1 
	s_w:valid_max = 0 
	s_w:positive = "up" 
	s_w:standard_name = "ocean_s_coordinate_g1" 
	s_w:formula_terms = "s: s_w C: Cs_w eta: zeta depth: h depth_c: hc" 
	s_w:field = "s_w, scalar" 
double Cs_r(s_rho), shape = [21]
	Cs_r:long_name = "S-coordinate stretching curves at RHO-points" 
	Cs_r:valid_min = -1 
	Cs_r:valid_max = 0 
	Cs_r:field = "Cs_r, scalar" 
double Cs_w(s_w), shape = [22]
	Cs_w:long_name = "S-coordinate stretching curves at W-points" 
	Cs_w:valid_min = -1 
	Cs_w:valid_max = 0 
	Cs_w:field = "Cs_w, scalar" 
double h(eta_rho,xi_rho), shape = [149 199]
	h:long_name = "bathymetry at RHO-points" 
	h:units = "meter" 
	h:coordinates = "x_rho y_rho" 
	h:field = "bath, scalar" 
double f(eta_rho,xi_rho), shape = [149 199]
	f:long_name = "Coriolis parameter at RHO-points" 
	f:units = "second-1" 
	f:coordinates = "x_rho y_rho" 
	f:field = "coriolis, scalar" 
double pm(eta_rho,xi_rho), shape = [149 199]
	pm:long_name = "curvilinear coordinate metric in XI" 
	pm:units = "meter-1" 
	pm:coordinates = "x_rho y_rho" 
	pm:field = "pm, scalar" 
double pn(eta_rho,xi_rho), shape = [149 199]
	pn:long_name = "curvilinear coordinate metric in ETA" 
	pn:units = "meter-1" 
	pn:coordinates = "x_rho y_rho" 
	pn:field = "pn, scalar" 
double x_rho(eta_rho,xi_rho), shape = [149 199]
	x_rho:long_name = "x-locations of RHO-points" 
	x_rho:units = "meter" 
	x_rho:field = "x_rho, scalar" 
double y_rho(eta_rho,xi_rho), shape = [149 199]
	y_rho:long_name = "y-locations of RHO-points" 
	y_rho:units = "meter" 
	y_rho:field = "y_rho, scalar" 
double x_u(eta_u,xi_u), shape = [149 198]
	x_u:long_name = "x-locations of U-points" 
	x_u:units = "meter" 
	x_u:field = "x_u, scalar" 
double y_u(eta_u,xi_u), shape = [149 198]
	y_u:long_name = "y-locations of U-points" 
	y_u:units = "meter" 
	y_u:field = "y_u, scalar" 
double x_v(eta_v,xi_v), shape = [148 199]
	x_v:long_name = "x-locations of V-points" 
	x_v:units = "meter" 
	x_v:field = "x_v, scalar" 
double y_v(eta_v,xi_v), shape = [148 199]
	y_v:long_name = "y-locations of V-points" 
	y_v:units = "meter" 
	y_v:field = "y_v, scalar" 
double x_psi(eta_psi,xi_psi), shape = [148 198]
	x_psi:long_name = "x-locations of PSI-points" 
	x_psi:units = "meter" 
	x_psi:field = "x_psi, scalar" 
double y_psi(eta_psi,xi_psi), shape = [148 198]
	y_psi:long_name = "y-locations of PSI-points" 
	y_psi:units = "meter" 
	y_psi:field = "y_psi, scalar" 
double mask_rho(eta_rho,xi_rho), shape = [149 199]
	mask_rho:long_name = "mask on RHO-points" 
	mask_rho:flag_values = 0 1 
	mask_rho:flag_meanings = "land water" 
	mask_rho:coordinates = "x_rho y_rho" 
double mask_u(eta_u,xi_u), shape = [149 198]
	mask_u:long_name = "mask on U-points" 
	mask_u:flag_values = 0 1 
	mask_u:flag_meanings = "land water" 
	mask_u:coordinates = "x_u y_u" 
double mask_v(eta_v,xi_v), shape = [148 199]
	mask_v:long_name = "mask on V-points" 
	mask_v:flag_values = 0 1 
	mask_v:flag_meanings = "land water" 
	mask_v:coordinates = "x_v y_v" 
double mask_psi(eta_psi,xi_psi), shape = [148 198]
	mask_psi:long_name = "mask on psi-points" 
	mask_psi:flag_values = 0 1 
	mask_psi:flag_meanings = "land water" 
	mask_psi:coordinates = "x_psi y_psi" 
double ocean_time(ocean_time), shape = [9]
	ocean_time:long_name = "averaged time since initialization" 
	ocean_time:units = "seconds since 0001-01-01 00:00:00" 
	ocean_time:calendar = "julian" 
	ocean_time:field = "time, scalar, series" 
single zeta(ocean_time,eta_rho,xi_rho), shape = [9 149 199]
	zeta:long_name = "time-averaged free-surface" 
	zeta:units = "meter" 
	zeta:time = "ocean_time" 
	zeta:coordinates = "x_rho y_rho ocean_time" 
	zeta:field = "free-surface, scalar, series" 
	zeta:_FillValue = 9999999933815812500000000000000000000.000000 f
single ubar(ocean_time,eta_u,xi_u), shape = [9 149 198]
	ubar:long_name = "time-averaged vertically integrated u-momentum component" 
	ubar:units = "meter second-1" 
	ubar:time = "ocean_time" 
	ubar:coordinates = "x_u y_u ocean_time" 
	ubar:field = "ubar-velocity, scalar, series" 
	ubar:_FillValue = 9999999933815812500000000000000000000.000000 f
single vbar(ocean_time,eta_v,xi_v), shape = [9 148 199]
	vbar:long_name = "time-averaged vertically integrated v-momentum component" 
	vbar:units = "meter second-1" 
	vbar:time = "ocean_time" 
	vbar:coordinates = "x_v y_v ocean_time" 
	vbar:field = "vbar-velocity, scalar, series" 
	vbar:_FillValue = 9999999933815812500000000000000000000.000000 f
single u(ocean_time,s_rho,eta_u,xi_u), shape = [9 21 149 198]
	u:long_name = "time-averaged u-momentum component" 
	u:units = "meter second-1" 
	u:time = "ocean_time" 
	u:coordinates = "x_u y_u s_rho ocean_time" 
	u:field = "u-velocity, scalar, series" 
	u:_FillValue = 9999999933815812500000000000000000000.000000 f
single v(ocean_time,s_rho,eta_v,xi_v), shape = [9 21 148 199]
	v:long_name = "time-averaged v-momentum component" 
	v:units = "meter second-1" 
	v:time = "ocean_time" 
	v:coordinates = "x_v y_v s_rho ocean_time" 
	v:field = "v-velocity, scalar, series" 
	v:_FillValue = 9999999933815812500000000000000000000.000000 f
single w(ocean_time,s_w,eta_rho,xi_rho), shape = [9 22 149 199]
	w:long_name = "time-averaged vertical momentum component" 
	w:units = "meter second-1" 
	w:time = "ocean_time" 
	w:coordinates = "x_rho y_rho s_w ocean_time" 
	w:field = "w-velocity, scalar, series" 
	w:_FillValue = 9999999933815812500000000000000000000.000000 f
single temp(ocean_time,s_rho,eta_rho,xi_rho), shape = [9 21 149 199]
	temp:long_name = "time-averaged potential temperature" 
	temp:units = "Celsius" 
	temp:time = "ocean_time" 
	temp:coordinates = "x_rho y_rho s_rho ocean_time" 
	temp:field = "temperature, scalar, series" 
	temp:_FillValue = 9999999933815812500000000000000000000.000000 f

	:file = "ocean_avg.nc" 
	:format = "netCDF-3 classic file" 
	:Conventions = "CF-1.0" 
	:type = "ROMS/TOMS averages file" 
	:title = "Idealized Coastal shelf" 
	:rst_file = "ocean_rst.nc" 
	:avg_file = "ocean_avg.nc" 
	:dia_file = "ocean_dia.nc" 
	:grd_file = "Projects/JOE_TCs/joe_tc_grd.nc" 
	:ini_file = "Projects/JOE_TCs/joe_tc_ocean_init.nc" 
	:script_file = "Projects/JOE_TCs/ocean_joe_tc.in" 
	:svn_url = "https://www.myroms.org/svn/omlab/branches/jcwarner" 
	:svn_rev = "" 
	:code_dir = "/home2/tracey/src/COAWST/3.0-pgi-mpich2" 
	:header_dir = "/home2/tracey/src/COAWST/3.0-pgi-mpich2/Projects/JOE_TCs" 
	:header_file = "joe_tc.h" 
	:os = "[[Linux]]" 
	:cpu = "x86_64" 
	:compiler_system = "pgi" 
	:compiler_command = "/opt/mpich2-pgi/bin/mpif90" 
	:compiler_flags = " -fastsse -Mipa=fast -tp k8-64 -Mfree" 
	:tiling = "001x001" 
	:history = "ROMS/TOMS, Version 3.4, Friday - April 22, 2011 -  3:34:15 PM" 
	:ana_file = "ROMS/Functionals/ana_btflux.h, ROMS/Functionals/ana_stflux.h" 
	:CPP_options = "JOE_TC, ATM_PRESS, ANA_BSFLUX, ANA_BTFLUX, ANA_SSFLUX, ASSUMED_SHAPE, ATM2OCN_FLUXE AVERAGES, COARE_TAYLOR_YELLAND, DIAGNOSTICS_TS, DIAGNOSTICS_UV, DJ_GRADPS, DOUBLE_PRECISION, EASTERN_WALL, GLS_MIXING, KANTHA_CLAYSON, MASKING, MCT_LIB, MIX_GEO_TS, MIX_S_UV, MPI, WEC_VF, NONLINEAR, NONLIN_EOS, NORTHERN_WALL, N2S2_HORAVG, POWER_LAW, PROFILE, K_GSCHEME, !RST_SINGLE, SALINITY, SOLVE3D, SOUTHERN_WALL, SPLINES, SSW_BBL, SSW_CALC_ZNOT, SWAN_COUPLING, TS_U3HADVECTION, TS_C4VADVECTION, TS_DIF2, UV_ADV, UV_COR, UV_U3HADVECTION, UV_C4VADVECTION, UV_VIS2, VAR_RHO_2D, WAVES_OCEAN, WESTERN_WALL, WRF_COUPLING, EAST_M2SCLOSED - DEFAULT -, WEST_M2SCLOSED - DEFAULT -, NORTH_M2SCLOSED - DEFAULT -, SOUTH_M2SCLOSED - DEFAULT -, EAST_M3SCLOSED - DEFAULT -, WEST_M3SCLOSED - DEFAULT -, NORTH_M3SCLOSED - DEFAULT -, SOUTH_M3SCLOSED - DEFAULT -"

}

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