OPeNDAP Dataset Access Form


Action:

Data URL:


Global Attributes:


Variables:


s_rho: Array of 64 bit Reals [s_rho = 0..15]
s_rho:

s_w: Array of 64 bit Reals [s_w = 0..16]
s_w:

lon_rho: Array of 64 bit Reals [eta_rho = 0..335][xi_rho = 0..895]
eta_rho: xi_rho:

lat_rho: Array of 64 bit Reals [eta_rho = 0..335][xi_rho = 0..895]
eta_rho: xi_rho:

lon_u: Array of 64 bit Reals [eta_u = 0..335][xi_u = 0..894]
eta_u: xi_u:

lat_u: Array of 64 bit Reals [eta_u = 0..335][xi_u = 0..894]
eta_u: xi_u:

lon_v: Array of 64 bit Reals [eta_v = 0..334][xi_v = 0..895]
eta_v: xi_v:

lat_v: Array of 64 bit Reals [eta_v = 0..334][xi_v = 0..895]
eta_v: xi_v:

lon_psi: Array of 64 bit Reals [eta_psi = 0..334][xi_psi = 0..894]
eta_psi: xi_psi:

lat_psi: Array of 64 bit Reals [eta_psi = 0..334][xi_psi = 0..894]
eta_psi: xi_psi:

ocean_time: Array of 64 bit Reals [ocean_time = 0..11]
ocean_time:

Nbed: Array of 64 bit Reals [Nbed = 0..0]
Nbed:

time: Array of 64 bit Reals [time = 0..91961]
time:

time_run: Array of 64 bit Reals [time = 0..91961]
time:

time1: Array of 64 bit Reals [time1 = 0..99220]
time1:

time1_run: Array of 64 bit Reals [time1 = 0..99220]
time1:

ntimes: 32 bit Integer
ntimes

ndtfast: 32 bit Integer
ndtfast

dt: 64 bit Real
dt

dtfast: 64 bit Real
dtfast

dstart: 64 bit Real
dstart

shuffle: 32 bit Integer
shuffle

deflate: 32 bit Integer
deflate

deflate_level: 32 bit Integer
deflate_level

nHIS: 32 bit Integer
nHIS

ndefHIS: 32 bit Integer
ndefHIS

nRST: 32 bit Integer
nRST

Falpha: 64 bit Real
Falpha

Fbeta: 64 bit Real
Fbeta

Fgamma: 64 bit Real
Fgamma

nl_tnu2: Array of 64 bit Reals [tracer = 0..7]
tracer:

nl_visc2: 64 bit Real
nl_visc2

LuvSponge: 32 bit Integer
LuvSponge

LtracerSponge: Array of 32 bit Integers [tracer = 0..7]
tracer:

Akt_bak: Array of 64 bit Reals [tracer = 0..7]
tracer:

Akv_bak: 64 bit Real
Akv_bak

Akk_bak: 64 bit Real
Akk_bak

Akp_bak: 64 bit Real
Akp_bak

rdrg: 64 bit Real
rdrg

rdrg2: 64 bit Real
rdrg2

Zob: 64 bit Real
Zob

Zos: 64 bit Real
Zos

gls_p: 64 bit Real
gls_p

gls_m: 64 bit Real
gls_m

gls_n: 64 bit Real
gls_n

gls_cmu0: 64 bit Real
gls_cmu0

gls_c1: 64 bit Real
gls_c1

gls_c2: 64 bit Real
gls_c2

gls_c3m: 64 bit Real
gls_c3m

gls_c3p: 64 bit Real
gls_c3p

gls_sigk: 64 bit Real
gls_sigk

gls_sigp: 64 bit Real
gls_sigp

gls_Kmin: 64 bit Real
gls_Kmin

gls_Pmin: 64 bit Real
gls_Pmin

Charnok_alpha: 64 bit Real
Charnok_alpha

Zos_hsig_alpha: 64 bit Real
Zos_hsig_alpha

sz_alpha: 64 bit Real
sz_alpha

CrgBan_cw: 64 bit Real
CrgBan_cw

wec_alpha: 64 bit Real
wec_alpha

Znudg: 64 bit Real
Znudg

M2nudg: 64 bit Real
M2nudg

M3nudg: 64 bit Real
M3nudg

Tnudg: Array of 64 bit Reals [tracer = 0..7]
tracer:

Tnudg_SSS: 64 bit Real
Tnudg_SSS

FSobc_in: Array of 64 bit Reals [boundary = 0..3]
boundary:

FSobc_out: Array of 64 bit Reals [boundary = 0..3]
boundary:

M2obc_in: Array of 64 bit Reals [boundary = 0..3]
boundary:

M2obc_out: Array of 64 bit Reals [boundary = 0..3]
boundary:

Tobc_in: Array of 64 bit Reals [boundary = 0..3][tracer = 0..7]
boundary: tracer:

Tobc_out: Array of 64 bit Reals [boundary = 0..3][tracer = 0..7]
boundary: tracer:

M3obc_in: Array of 64 bit Reals [boundary = 0..3]
boundary:

M3obc_out: Array of 64 bit Reals [boundary = 0..3]
boundary:

rho0: 64 bit Real
rho0

gamma2: 64 bit Real
gamma2

LuvSrc: 32 bit Integer
LuvSrc

LwSrc: 32 bit Integer
LwSrc

LtracerSrc: Array of 32 bit Integers [tracer = 0..7]
tracer:

LsshCLM: 32 bit Integer
LsshCLM

Lm2CLM: 32 bit Integer
Lm2CLM

Lm3CLM: 32 bit Integer
Lm3CLM

LtracerCLM: Array of 32 bit Integers [tracer = 0..7]
tracer:

LnudgeM2CLM: 32 bit Integer
LnudgeM2CLM

LnudgeM3CLM: 32 bit Integer
LnudgeM3CLM

LnudgeTCLM: Array of 32 bit Integers [tracer = 0..7]
tracer:

minlayer_thick: 64 bit Real
minlayer_thick

newlayer_thick: 64 bit Real
newlayer_thick

bedload_coeff: 64 bit Real
bedload_coeff

Sd50: Array of 64 bit Reals [NST = 0..5]
NST:

Srho: Array of 64 bit Reals [NST = 0..5]
NST:

Csed: Array of 64 bit Reals [NST = 0..5]
NST:

Wsed: Array of 64 bit Reals [NST = 0..5]
NST:

Erate: Array of 64 bit Reals [NST = 0..5]
NST:

tau_ce: Array of 64 bit Reals [NST = 0..5]
NST:

tau_cd: Array of 64 bit Reals [NST = 0..5]
NST:

poros: Array of 64 bit Reals [NST = 0..5]
NST:

spherical: 32 bit Integer
spherical

xl: 64 bit Real
xl

el: 64 bit Real
el

Vtransform: 32 bit Integer
Vtransform

Vstretching: 32 bit Integer
Vstretching

theta_s: 64 bit Real
theta_s

theta_b: 64 bit Real
theta_b

Tcline: 64 bit Real
Tcline

hc: 64 bit Real
hc

grid: 32 bit Integer
grid

Cs_r: Array of 64 bit Reals [s_rho = 0..15]
s_rho:

Cs_w: Array of 64 bit Reals [s_w = 0..16]
s_w:

h: Array of 64 bit Reals [eta_rho = 0..335][xi_rho = 0..895]
eta_rho: xi_rho:

f: Array of 64 bit Reals [eta_rho = 0..335][xi_rho = 0..895]
eta_rho: xi_rho:

pm: Array of 64 bit Reals [eta_rho = 0..335][xi_rho = 0..895]
eta_rho: xi_rho:

pn: Array of 64 bit Reals [eta_rho = 0..335][xi_rho = 0..895]
eta_rho: xi_rho:

angle: Array of 64 bit Reals [eta_rho = 0..335][xi_rho = 0..895]
eta_rho: xi_rho:

mask_rho: Array of 64 bit Reals [eta_rho = 0..335][xi_rho = 0..895]
eta_rho: xi_rho:

mask_u: Array of 64 bit Reals [eta_u = 0..335][xi_u = 0..894]
eta_u: xi_u:

mask_v: Array of 64 bit Reals [eta_v = 0..334][xi_v = 0..895]
eta_v: xi_v:

mask_psi: Array of 64 bit Reals [eta_psi = 0..334][xi_psi = 0..894]
eta_psi: xi_psi:

wetdry_mask_psi: Array of 32 bit Reals [time = 0..91961][eta_psi = 0..334][xi_psi = 0..894]
time: eta_psi: xi_psi:

wetdry_mask_rho: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

wetdry_mask_u: Array of 32 bit Reals [time = 0..91961][eta_u = 0..335][xi_u = 0..894]
time: eta_u: xi_u:

wetdry_mask_v: Array of 32 bit Reals [time = 0..91961][eta_v = 0..334][xi_v = 0..895]
time: eta_v: xi_v:

zeta: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

ubar: Array of 32 bit Reals [time1 = 0..99220][eta_u = 0..335][xi_u = 0..894]
time1: eta_u: xi_u:

vbar: Array of 32 bit Reals [time1 = 0..99220][eta_v = 0..334][xi_v = 0..895]
time1: eta_v: xi_v:

u: Array of 32 bit Reals [time1 = 0..99220][s_rho = 0..15][eta_u = 0..335][xi_u = 0..894]
time1: s_rho: eta_u: xi_u:

v: Array of 32 bit Reals [time1 = 0..99220][s_rho = 0..15][eta_v = 0..334][xi_v = 0..895]
time1: s_rho: eta_v: xi_v:

w: Array of 32 bit Reals [time1 = 0..99220][s_w = 0..16][eta_rho = 0..335][xi_rho = 0..895]
time1: s_w: eta_rho: xi_rho:

temp: Array of 32 bit Reals [time1 = 0..99220][s_rho = 0..15][eta_rho = 0..335][xi_rho = 0..895]
time1: s_rho: eta_rho: xi_rho:

salt: Array of 32 bit Reals [time1 = 0..99220][s_rho = 0..15][eta_rho = 0..335][xi_rho = 0..895]
time1: s_rho: eta_rho: xi_rho:

sand_01: Array of 32 bit Reals [time1 = 0..99220][s_rho = 0..15][eta_rho = 0..335][xi_rho = 0..895]
time1: s_rho: eta_rho: xi_rho:

sand_02: Array of 32 bit Reals [time1 = 0..99220][s_rho = 0..15][eta_rho = 0..335][xi_rho = 0..895]
time1: s_rho: eta_rho: xi_rho:

sand_03: Array of 32 bit Reals [time1 = 0..99220][s_rho = 0..15][eta_rho = 0..335][xi_rho = 0..895]
time1: s_rho: eta_rho: xi_rho:

sand_04: Array of 32 bit Reals [time1 = 0..99220][s_rho = 0..15][eta_rho = 0..335][xi_rho = 0..895]
time1: s_rho: eta_rho: xi_rho:

sand_05: Array of 32 bit Reals [time1 = 0..99220][s_rho = 0..15][eta_rho = 0..335][xi_rho = 0..895]
time1: s_rho: eta_rho: xi_rho:

sand_06: Array of 32 bit Reals [time1 = 0..99220][s_rho = 0..15][eta_rho = 0..335][xi_rho = 0..895]
time1: s_rho: eta_rho: xi_rho:

rho: Array of 32 bit Reals [time = 0..91961][s_rho = 0..15][eta_rho = 0..335][xi_rho = 0..895]
time: s_rho: eta_rho: xi_rho:

AKv: Array of 32 bit Reals [time = 0..91961][s_w = 0..16][eta_rho = 0..335][xi_rho = 0..895]
time: s_w: eta_rho: xi_rho:

AKt: Array of 32 bit Reals [time = 0..91961][s_w = 0..16][eta_rho = 0..335][xi_rho = 0..895]
time: s_w: eta_rho: xi_rho:

AKs: Array of 32 bit Reals [time = 0..91961][s_w = 0..16][eta_rho = 0..335][xi_rho = 0..895]
time: s_w: eta_rho: xi_rho:

Uwind: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

Vwind: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

shflux: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

ssflux: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

latent: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

sensible: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

lwrad: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

evaporation: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

rain: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

swrad: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

sustr: Array of 32 bit Reals [time1 = 0..99220][eta_u = 0..335][xi_u = 0..894]
time1: eta_u: xi_u:

svstr: Array of 32 bit Reals [time1 = 0..99220][eta_v = 0..334][xi_v = 0..895]
time1: eta_v: xi_v:

uWave: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

vWave: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

bustrc: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

bvstrc: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

bustrw: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

bvstrw: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

bstrcwmax: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

bedload_Usand_01: Array of 32 bit Reals [time1 = 0..99220][eta_u = 0..335][xi_u = 0..894]
time1: eta_u: xi_u:

bedload_Vsand_01: Array of 32 bit Reals [time1 = 0..99220][eta_v = 0..334][xi_v = 0..895]
time1: eta_v: xi_v:

bedload_Usand_02: Array of 32 bit Reals [time1 = 0..99220][eta_u = 0..335][xi_u = 0..894]
time1: eta_u: xi_u:

bedload_Vsand_02: Array of 32 bit Reals [time1 = 0..99220][eta_v = 0..334][xi_v = 0..895]
time1: eta_v: xi_v:

bedload_Usand_03: Array of 32 bit Reals [time1 = 0..99220][eta_u = 0..335][xi_u = 0..894]
time1: eta_u: xi_u:

bedload_Vsand_03: Array of 32 bit Reals [time1 = 0..99220][eta_v = 0..334][xi_v = 0..895]
time1: eta_v: xi_v:

bedload_Usand_04: Array of 32 bit Reals [time1 = 0..99220][eta_u = 0..335][xi_u = 0..894]
time1: eta_u: xi_u:

bedload_Vsand_04: Array of 32 bit Reals [time1 = 0..99220][eta_v = 0..334][xi_v = 0..895]
time1: eta_v: xi_v:

bedload_Usand_05: Array of 32 bit Reals [time1 = 0..99220][eta_u = 0..335][xi_u = 0..894]
time1: eta_u: xi_u:

bedload_Vsand_05: Array of 32 bit Reals [time1 = 0..99220][eta_v = 0..334][xi_v = 0..895]
time1: eta_v: xi_v:

bedload_Usand_06: Array of 32 bit Reals [time1 = 0..99220][eta_u = 0..335][xi_u = 0..894]
time1: eta_u: xi_u:

bedload_Vsand_06: Array of 32 bit Reals [time1 = 0..99220][eta_v = 0..334][xi_v = 0..895]
time1: eta_v: xi_v:

sandfrac_01: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

sandfrac_02: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

sandfrac_03: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

sandfrac_04: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

sandfrac_05: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

sandfrac_06: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

sandmass_01: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

sandmass_02: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

sandmass_03: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

sandmass_04: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

sandmass_05: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

sandmass_06: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

bed_thickness: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

bed_age: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

bed_porosity: Array of 32 bit Reals [time1 = 0..99220][Nbed = 0..0][eta_rho = 0..335][xi_rho = 0..895]
time1: Nbed: eta_rho: xi_rho:

grain_diameter: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

grain_density: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

settling_vel: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

erosion_stress: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

ripple_length: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

ripple_height: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

bed_wave_amp: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

Zo_def: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

Zo_app: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

active_layer_thickness: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

bed_inund_depth: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

dep_net: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

Hwave: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

Lwave: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

Lwavep: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

Dwave: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

Pwave_top: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

Pwave_bot: Array of 32 bit Reals [time1 = 0..99220][eta_rho = 0..335][xi_rho = 0..895]
time1: eta_rho: xi_rho:

Uwave_rms: Array of 32 bit Reals [time = 0..91961][eta_rho = 0..335][xi_rho = 0..895]
time: eta_rho: xi_rho:

time_offset: Array of 64 bit Reals [time = 0..91961]
time:

time1_offset: Array of 64 bit Reals [time1 = 0..99220]
time1:


For questions or comments about this dataset, contact the administrator of this server [Support] at: support@my.group

For questions or comments about the OPeNDAP service bundled with the TDS, email THREDDS support at: support-thredds@unidata.ucar.edu


DDS:

Dataset {
    Float64 s_rho[s_rho = 16];
    Float64 s_w[s_w = 17];
    Float64 lon_rho[eta_rho = 336][xi_rho = 896];
    Float64 lat_rho[eta_rho = 336][xi_rho = 896];
    Float64 lon_u[eta_u = 336][xi_u = 895];
    Float64 lat_u[eta_u = 336][xi_u = 895];
    Float64 lon_v[eta_v = 335][xi_v = 896];
    Float64 lat_v[eta_v = 335][xi_v = 896];
    Float64 lon_psi[eta_psi = 335][xi_psi = 895];
    Float64 lat_psi[eta_psi = 335][xi_psi = 895];
    Float64 ocean_time[ocean_time = 12];
    Float64 Nbed[Nbed = 1];
    Float64 time[time = 91962];
    Float64 time_run[time = 91962];
    Float64 time1[time1 = 99221];
    Float64 time1_run[time1 = 99221];
    Int32 ntimes;
    Int32 ndtfast;
    Float64 dt;
    Float64 dtfast;
    Float64 dstart;
    Int32 shuffle;
    Int32 deflate;
    Int32 deflate_level;
    Int32 nHIS;
    Int32 ndefHIS;
    Int32 nRST;
    Float64 Falpha;
    Float64 Fbeta;
    Float64 Fgamma;
    Float64 nl_tnu2[tracer = 8];
    Float64 nl_visc2;
    Int32 LuvSponge;
    Int32 LtracerSponge[tracer = 8];
    Float64 Akt_bak[tracer = 8];
    Float64 Akv_bak;
    Float64 Akk_bak;
    Float64 Akp_bak;
    Float64 rdrg;
    Float64 rdrg2;
    Float64 Zob;
    Float64 Zos;
    Float64 gls_p;
    Float64 gls_m;
    Float64 gls_n;
    Float64 gls_cmu0;
    Float64 gls_c1;
    Float64 gls_c2;
    Float64 gls_c3m;
    Float64 gls_c3p;
    Float64 gls_sigk;
    Float64 gls_sigp;
    Float64 gls_Kmin;
    Float64 gls_Pmin;
    Float64 Charnok_alpha;
    Float64 Zos_hsig_alpha;
    Float64 sz_alpha;
    Float64 CrgBan_cw;
    Float64 wec_alpha;
    Float64 Znudg;
    Float64 M2nudg;
    Float64 M3nudg;
    Float64 Tnudg[tracer = 8];
    Float64 Tnudg_SSS;
    Float64 FSobc_in[boundary = 4];
    Float64 FSobc_out[boundary = 4];
    Float64 M2obc_in[boundary = 4];
    Float64 M2obc_out[boundary = 4];
    Float64 Tobc_in[boundary = 4][tracer = 8];
    Float64 Tobc_out[boundary = 4][tracer = 8];
    Float64 M3obc_in[boundary = 4];
    Float64 M3obc_out[boundary = 4];
    Float64 rho0;
    Float64 gamma2;
    Int32 LuvSrc;
    Int32 LwSrc;
    Int32 LtracerSrc[tracer = 8];
    Int32 LsshCLM;
    Int32 Lm2CLM;
    Int32 Lm3CLM;
    Int32 LtracerCLM[tracer = 8];
    Int32 LnudgeM2CLM;
    Int32 LnudgeM3CLM;
    Int32 LnudgeTCLM[tracer = 8];
    Float64 minlayer_thick;
    Float64 newlayer_thick;
    Float64 bedload_coeff;
    Float64 Sd50[NST = 6];
    Float64 Srho[NST = 6];
    Float64 Csed[NST = 6];
    Float64 Wsed[NST = 6];
    Float64 Erate[NST = 6];
    Float64 tau_ce[NST = 6];
    Float64 tau_cd[NST = 6];
    Float64 poros[NST = 6];
    Int32 spherical;
    Float64 xl;
    Float64 el;
    Int32 Vtransform;
    Int32 Vstretching;
    Float64 theta_s;
    Float64 theta_b;
    Float64 Tcline;
    Float64 hc;
    Int32 grid;
    Float64 Cs_r[s_rho = 16];
    Float64 Cs_w[s_w = 17];
    Float64 h[eta_rho = 336][xi_rho = 896];
    Float64 f[eta_rho = 336][xi_rho = 896];
    Float64 pm[eta_rho = 336][xi_rho = 896];
    Float64 pn[eta_rho = 336][xi_rho = 896];
    Float64 angle[eta_rho = 336][xi_rho = 896];
    Float64 mask_rho[eta_rho = 336][xi_rho = 896];
    Float64 mask_u[eta_u = 336][xi_u = 895];
    Float64 mask_v[eta_v = 335][xi_v = 896];
    Float64 mask_psi[eta_psi = 335][xi_psi = 895];
    Float32 wetdry_mask_psi[time = 91962][eta_psi = 335][xi_psi = 895];
    Float32 wetdry_mask_rho[time = 91962][eta_rho = 336][xi_rho = 896];
    Float32 wetdry_mask_u[time = 91962][eta_u = 336][xi_u = 895];
    Float32 wetdry_mask_v[time = 91962][eta_v = 335][xi_v = 896];
    Float32 zeta[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 ubar[time1 = 99221][eta_u = 336][xi_u = 895];
    Float32 vbar[time1 = 99221][eta_v = 335][xi_v = 896];
    Float32 u[time1 = 99221][s_rho = 16][eta_u = 336][xi_u = 895];
    Float32 v[time1 = 99221][s_rho = 16][eta_v = 335][xi_v = 896];
    Float32 w[time1 = 99221][s_w = 17][eta_rho = 336][xi_rho = 896];
    Float32 temp[time1 = 99221][s_rho = 16][eta_rho = 336][xi_rho = 896];
    Float32 salt[time1 = 99221][s_rho = 16][eta_rho = 336][xi_rho = 896];
    Float32 sand_01[time1 = 99221][s_rho = 16][eta_rho = 336][xi_rho = 896];
    Float32 sand_02[time1 = 99221][s_rho = 16][eta_rho = 336][xi_rho = 896];
    Float32 sand_03[time1 = 99221][s_rho = 16][eta_rho = 336][xi_rho = 896];
    Float32 sand_04[time1 = 99221][s_rho = 16][eta_rho = 336][xi_rho = 896];
    Float32 sand_05[time1 = 99221][s_rho = 16][eta_rho = 336][xi_rho = 896];
    Float32 sand_06[time1 = 99221][s_rho = 16][eta_rho = 336][xi_rho = 896];
    Float32 rho[time = 91962][s_rho = 16][eta_rho = 336][xi_rho = 896];
    Float32 AKv[time = 91962][s_w = 17][eta_rho = 336][xi_rho = 896];
    Float32 AKt[time = 91962][s_w = 17][eta_rho = 336][xi_rho = 896];
    Float32 AKs[time = 91962][s_w = 17][eta_rho = 336][xi_rho = 896];
    Float32 Uwind[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 Vwind[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 shflux[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 ssflux[time = 91962][eta_rho = 336][xi_rho = 896];
    Float32 latent[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 sensible[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 lwrad[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 evaporation[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 rain[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 swrad[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 sustr[time1 = 99221][eta_u = 336][xi_u = 895];
    Float32 svstr[time1 = 99221][eta_v = 335][xi_v = 896];
    Float32 uWave[time = 91962][eta_rho = 336][xi_rho = 896];
    Float32 vWave[time = 91962][eta_rho = 336][xi_rho = 896];
    Float32 bustrc[time = 91962][eta_rho = 336][xi_rho = 896];
    Float32 bvstrc[time = 91962][eta_rho = 336][xi_rho = 896];
    Float32 bustrw[time = 91962][eta_rho = 336][xi_rho = 896];
    Float32 bvstrw[time = 91962][eta_rho = 336][xi_rho = 896];
    Float32 bstrcwmax[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 bedload_Usand_01[time1 = 99221][eta_u = 336][xi_u = 895];
    Float32 bedload_Vsand_01[time1 = 99221][eta_v = 335][xi_v = 896];
    Float32 bedload_Usand_02[time1 = 99221][eta_u = 336][xi_u = 895];
    Float32 bedload_Vsand_02[time1 = 99221][eta_v = 335][xi_v = 896];
    Float32 bedload_Usand_03[time1 = 99221][eta_u = 336][xi_u = 895];
    Float32 bedload_Vsand_03[time1 = 99221][eta_v = 335][xi_v = 896];
    Float32 bedload_Usand_04[time1 = 99221][eta_u = 336][xi_u = 895];
    Float32 bedload_Vsand_04[time1 = 99221][eta_v = 335][xi_v = 896];
    Float32 bedload_Usand_05[time1 = 99221][eta_u = 336][xi_u = 895];
    Float32 bedload_Vsand_05[time1 = 99221][eta_v = 335][xi_v = 896];
    Float32 bedload_Usand_06[time1 = 99221][eta_u = 336][xi_u = 895];
    Float32 bedload_Vsand_06[time1 = 99221][eta_v = 335][xi_v = 896];
    Float32 sandfrac_01[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 sandfrac_02[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 sandfrac_03[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 sandfrac_04[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 sandfrac_05[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 sandfrac_06[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 sandmass_01[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 sandmass_02[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 sandmass_03[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 sandmass_04[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 sandmass_05[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 sandmass_06[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 bed_thickness[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 bed_age[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 bed_porosity[time1 = 99221][Nbed = 1][eta_rho = 336][xi_rho = 896];
    Float32 grain_diameter[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 grain_density[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 settling_vel[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 erosion_stress[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 ripple_length[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 ripple_height[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 bed_wave_amp[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 Zo_def[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 Zo_app[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 active_layer_thickness[time = 91962][eta_rho = 336][xi_rho = 896];
    Float32 bed_inund_depth[time = 91962][eta_rho = 336][xi_rho = 896];
    Float32 dep_net[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 Hwave[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 Lwave[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 Lwavep[time = 91962][eta_rho = 336][xi_rho = 896];
    Float32 Dwave[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 Pwave_top[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 Pwave_bot[time1 = 99221][eta_rho = 336][xi_rho = 896];
    Float32 Uwave_rms[time = 91962][eta_rho = 336][xi_rho = 896];
    Float64 time_offset[time = 91962];
    Float64 time1_offset[time1 = 99221];
} coawst_4/use/fmrc/coawst_4_use_best.ncd;