/home/cholod/wd/peps/ROMS/romsagrif_r215/Roms_tools/Roms_Agrif/scalars.h File Reference

Go to the source code of this file.

Functions/Subroutines

!$Id they are placed into the
same cache line!despite their
mixed so that only one cachene
is being!invalidated and has
to be propagated accross the
cluster!Note that the real
values are placed first into
the common block!before the
integer variables This is done
to prevent the!possibility of
misallignment of the byte
objects in the case!when an
uneven number of byte integers
is placed before a byte 		!real (in the case when default real size is set to 8bytes).!Thought misallignment is not formally a violation of fortran!standard
!$Id they are placed into the
same cache line!despite their
mixed so that only one cachene
is being!invalidated and has
to be propagated accross the
cluster!Note that the real
values are placed first into
the common block!before the
integer variables This is done
to prevent the!possibility of
misallignment of the byte
objects in the case!when an
uneven number of byte integers
is placed before a byte it may
cause performance degradation
and or make compiler!issue a
warning 		message (Sun, DEC Alpha) or even crash(Alpha).!!time Time since initialization[seconds]
!dtfast Time step for (barotropic) mode[seconds]
!real tdays integer next_kstp
logical PREDICTOR_2D_STEP
common time_indices
&PREDICTOR_2D_STEP!Slowly
changing or are changing only
in!association with the I el
Physical 		size (m) of domain box in the XI-
!real tdays integer next_kstp
logical PREDICTOR_2D_STEP
common time_indices
&PREDICTOR_2D_STEP!Slowly
changing or are changing only
in!association with the I el
Physical ETA directions!Tcline 		Width (m) of surface or bottom boundary layer in which!higher vertical resolution is required during stretching.!theta_s S-coordinate surface control parameter
!real tdays integer next_kstp
logical PREDICTOR_2D_STEP
common time_indices
&PREDICTOR_2D_STEP!Slowly
changing or are changing only
in!association with the I el
Physical ETA
directions!Tcline!theta_b S
coordinate bottom control!hc S
coordinate at!vertical RHO
points!sc_w S coordinate
independent at!vertical W
points!Cs_r Set of S curves
used to stretch the vertical
coordinate!lines that follow
the topography at vertical RHO
points!Cs_w Set of S curves
used to stretch the vertical
coordinate!lines that follow
the topography at vertical W
points!rho0 Boussinesque
Approximation Mean density[kg/m^3]!R0
Background constant density
anomaly[kg/m^3] used in!linear
equation of state S0
Background 		temperature (Celsius) and salinity[PSU]!values used in analytical fields
!rdrg Linear bottom drag
coefficient!rdrg2 Quadratic
bottom drag
coefficient!Cdb_max Maximum
bottom drag coefficient
allowed!Cdb_min Minimum bottom
drag coefficient to avoid
the!law of the wall to extend
indefinitely!Zob Bottom 		roughness (m).!!gamma2 Slipperiness parameter
!rdrg Linear bottom drag
coefficient!rdrg2 Quadratic
bottom drag
coefficient!Cdb_max Maximum
bottom drag coefficient
allowed!Cdb_min Minimum bottom
drag coefficient to avoid
the!law of the wall to extend
indefinitely!Zob Bottom 		either (free-slip)!!ntstart Starting timestep in evolving the 3D primitive equations
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from 		file (ifdef also SEDIMENT)!the ripple var.is set in ana_bsedim(ifndef SEDIMENT)!real time_avg
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of 		Perestroika (which literally means! 'remodelling')

Variables

!$Id __pad35__
!$Id v
!$Id they are placed into the
same cache line!despite their
mixed 		type
!time_start Initialization time [seconds]
!tdays Time since initialization [days]
!dt Time step for primitive equations [seconds]
!real dt
!real dtfast
!real time_start
!real tdays integer iic
!real tdays integer kstp
!real tdays integer krhs
!real tdays integer knew
!real tdays integer next_kstp
logical PREDICTOR_2D_STEP
common time_indices 		tdays
!real tdays integer next_kstp
logical PREDICTOR_2D_STEP
common time_indices 		next_kstp
!real tdays integer next_kstp
logical PREDICTOR_2D_STEP
common time_indices
&PREDICTOR_2D_STEP!Slowly
changing 		variables
!real tdays integer next_kstp
logical PREDICTOR_2D_STEP
common time_indices
&PREDICTOR_2D_STEP!Slowly
changing or are changing only
in!association with the I 		!xl
!real tdays integer next_kstp
logical PREDICTOR_2D_STEP
common time_indices
&PREDICTOR_2D_STEP!Slowly
changing or are changing only
in!association with the I el
Physical ETA
directions!Tcline!theta_b S
coordinate bottom control 		parameter
!real tdays integer next_kstp
logical PREDICTOR_2D_STEP
common time_indices
&PREDICTOR_2D_STEP!Slowly
changing or are changing only
in!association with the I el
Physical ETA
directions!Tcline!theta_b S
coordinate bottom control!hc S
coordinate 		hc
!real tdays integer next_kstp
logical PREDICTOR_2D_STEP
common time_indices
&PREDICTOR_2D_STEP!Slowly
changing or are changing only
in!association with the I el
Physical ETA
directions!Tcline!theta_b S
coordinate bottom control!hc S
coordinate at!vertical RHO
points!sc_w S coordinate
independent 		variable
!real tdays integer next_kstp
logical PREDICTOR_2D_STEP
common time_indices
&PREDICTOR_2D_STEP!Slowly
changing or are changing only
in!association with the I el
Physical ETA
directions!Tcline!theta_b S
coordinate bottom control!hc S
coordinate at!vertical RHO
points!sc_w S coordinate
independent at!vertical W
points!Cs_r Set of S curves
used to stretch the vertical
coordinate!lines that follow
the topography at vertical RHO
points!Cs_w Set of S curves
used to stretch the vertical
coordinate!lines that follow
the topography at vertical W
points!rho0 Boussinesque
Approximation Mean density[kg/m^3]!R0
Background constant density
anomaly[kg/m^3] used in!linear
equation of state 		!T0
!Tcoef Thermal expansion
coefficient in linear 		EOS
 !usually
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from 		disk
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If 		TRUE
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If 		FALSE
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple 		height
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 		rdrg
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 		rdrg2
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 		Cdb_min
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 		Cdb_max
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob 		xl
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob 		el
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob 		visc2
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob 		visc4
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer 		numthreads
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer 		ntstart
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer 		ntimes
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer
ninfo 		ndtfast
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer
ninfo 		nfast
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer
ninfo 		nrrec
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer
ninfo 		nrst
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer
ninfo nwrt logical ldefhis
common scalars_main & 		time_avg
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer
ninfo nwrt logical ldefhis
common scalars_main 		rho0
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer
ninfo nwrt logical ldefhis
common scalars_main rdrg2 		Zob
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer
ninfo nwrt logical ldefhis
common scalars_main rdrg2
Cdb_max gamma2 ninfo nwrt
ldefhis!This following common
block contains a set of
globally accessable!variables
in order to allow information
exchange between
parallel!threads working on
different subdomains!Global
summation variables are
declared with byte
precision!to avoid
accumulation of roundoff 		errors
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer
ninfo nwrt logical ldefhis
common scalars_main rdrg2
Cdb_max gamma2 ninfo nwrt
ldefhis!This following common
block contains a set of
globally accessable!variables
in order to allow information
exchange between
parallel!threads working on
different subdomains!Global
summation variables are
declared with byte
precision!to avoid
accumulation of roundoff since
roundoff error!depends on the
order of 		summation
if not a restart run!ntimes
Number of timesteps for the
primitive equations in!the
current run!ndtfast Number of
timesteps for D equations
between each dt!nrst Number of
timesteps between storage of
restart fields!nwrt Number of
timesteps between writing of
fields into!history file!ninfo
Number of timesteps between
print of single
line!information to standard
output!nsta Number of
timesteps between storage of
station data!navg Number of
timesteps between storage of
time averaged!fields!ntsavg
Starting timestep for
accumulation of output
time!averaged fields!nrrec
Counter of restart time
records to read from!the last
is used as the initial
conditions!ldefhis Logical
switch used to create the
history file!If a new history
file is created If!data is
appended to an existing
history file!levsfrc Deepest
level to apply surface
momentum stress
as!bodyforce!levbfrc
Shallowest level to apply
bottom momentum stress
as!bodyforce!got_tini Logical
switch used at
initialisation!If the tracer
is present in the initial
file!If the tracer needs an
analytical value!got_inised
Logical switch used at
initialisation of sediments!If
the sediment var is in the
initial file!If the sed var
gets analytical value from
file!got_inibed Logical switch
used at initialisation of
ripple length!If the ripple
var is in the initial file!If
the ripple var is obtained
from rho0 Zob gamma2 integer
ninfo nwrt logical ldefhis
common scalars_main rdrg2
Cdb_max gamma2 ninfo nwrt
ldefhis!This following common
block contains a set of
globally accessable!variables
in order to allow information
exchange between
parallel!threads working on
different subdomains!Global
summation variables are
declared with byte
precision!to avoid
accumulation of roundoff since
roundoff error!depends on the
order of which is
undeterministic in!the case of
summation between the parallel 		threads
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the 		model
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring 		day
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american 		tourist
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an 		attorney
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in 		!Moscow
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of 		them
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his 		leg
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and 		!complaining
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The 		doctor
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to 		him
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of 		parity
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer 		tile_count
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer 		first_time
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i & 		may_day_flag
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real 		hmin
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real 		hmax
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real 		grdmin
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real 		grdmax
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real 		Cu_min
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real
Cu_max common communicators_r
Cu_max real *QUAD 		volume
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real
Cu_max common communicators_r
Cu_max real *QUAD 		avgke
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real
Cu_max common communicators_r
Cu_max real *QUAD 		avgpe
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real
Cu_max common communicators_r
Cu_max real *QUAD 		avgkp
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real
Cu_max common communicators_r
Cu_max real *QUAD bc_crss
common communicators_rq
bc_crss!The following common
block contains process
counters and model!timers
These are used to measure CPU
time consumed by
different!parallel threads
during the whole 		run
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real
Cu_max common communicators_r
Cu_max real *QUAD bc_crss
common communicators_rq
bc_crss!The following common
block contains process
counters and model!timers
These are used to measure CPU
time consumed by
different!parallel threads
during the whole as well as in
various!parallel 		regions
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real
Cu_max common communicators_r
Cu_max real *QUAD bc_crss
common communicators_rq
bc_crss!The following common
block contains process
counters and model!timers
These are used to measure CPU
time consumed by
different!parallel threads
during the whole as well as in
various!parallel if so is
needed These variables are
used purely!for diagnostic
performance measurements
purposes and do not affect!the
model results!real *CPU_time(0:31,
0:NPP) integer proc(0
Aceleration of 		gravity [m/s^2]
not doing so!would make
itimpossible to pass an ETALON
CHECK test if there is!a
feedback of these sums into
the dynamics of the such as!in
the case when global mass
conservation is enforced!One
sunny spring sometime in an
american who!happened to be an
was walking along a Moscow
street!Because it was the
period of so that a lot of
construction was going on in
dozens of holes and trenches
were open on the street
He!felt into one of broke his
ended up in a hospital and I
will sue em for their
negligence!The!who was
performing surgery on his leg
replied to it is guaranteed
that Byte objects are
aligned!in Byte boundaries and
Byte objects are aligned in
Byte!boundaries Removing or
introduction of variables with
violation!of as well as
changing the sequence of
variables in the!common block
may cause violation of
alignment!logical synchro_flag
common sync_flag synchro_flag
integer may_day_flag!This is a
shared variable among nested
grids integer bc_count common
communicators_i bc_count real
Cu_max common communicators_r
Cu_max real *QUAD bc_crss
common communicators_rq
bc_crss!The following common
block contains process
counters and model!timers
These are used to measure CPU
time consumed by
different!parallel threads
during the whole as well as in
various!parallel if so is
needed These variables are
used purely!for diagnostic
performance measurements
purposes and do not affect!the
model results!real *CPU_time(0:31,
0:NPP) integer proc(0
Aceleration of duration!of the
day in seconds and its 		inverse
Julian offset day real Eradius
Julian offset day real g
Julian offset day real day2sec
Julian offset day real sec2day
Julian offset day real jul_off
Julian offset day real & year2day

Function Documentation

! $Id they are placed into the same cache line ! despite their mixed so that only one cachene is being ! invalidated and has to be propagated accross the cluster ! Note that the real values are placed first into the common block ! before the integer variables This is done to prevent the ! possibility of misallignment of the byte objects in the case ! when an uneven number of byte integers is placed before a byte !real ( in the case when default real size is set to  8bytes  ) 

Type Constraints

! rdrg Linear bottom drag coefficient ! rdrg2 Quadratic bottom drag coefficient ! Cdb_max Maximum bottom drag coefficient allowed ! Cdb_min Minimum bottom drag coefficient to avoid the ! law of the wall to extend indefinitely ! Zob Bottom either ( free-  slip  ) 

if not a restart run ! ntimes Number of timesteps for the primitive equations in ! the current run ! ndtfast Number of timesteps for D equations between each dt ! nrst Number of timesteps between storage of restart fields ! nwrt Number of timesteps between writing of fields into ! history file ! ninfo Number of timesteps between print of single line ! information to standard output ! nsta Number of timesteps between storage of station data ! navg Number of timesteps between storage of time averaged ! fields ! ntsavg Starting timestep for accumulation of output time ! averaged fields ! nrrec Counter of restart time records to read from ! the last is used as the initial conditions ! ldefhis Logical switch used to create the history file ! If a new history file is created If ! data is appended to an existing history file ! levsfrc Deepest level to apply surface momentum stress as ! bodyforce ! levbfrc Shallowest level to apply bottom momentum stress as ! bodyforce ! got_tini Logical switch used at initialisation ! If the tracer is present in the initial file ! If the tracer needs an analytical value ! got_inised Logical switch used at initialisation of sediments ! If the sediment var is in the initial file ! If the sed var gets analytical value from file ! got_inibed Logical switch used at initialisation of ripple length ! If the ripple var is in the initial file ! If the ripple var is obtained from file ( ifdef also  SEDIMENT  ) 

Type Constraints

! dtfast Time step for ( barotropic   ) 

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! $Id they are placed into the same cache line ! despite their mixed so that only one cachene is being ! invalidated and has to be propagated accross the cluster ! Note that the real values are placed first into the common block ! before the integer variables This is done to prevent the ! possibility of misallignment of the byte objects in the case ! when an uneven number of byte integers is placed before a byte it may cause performance degradation and or make compiler ! issue a warning message ( Sun  ,
DEC  Alpha 
)

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of Perestroika ( which literally means! 'remodelling'   ) 

Type Constraints

! rdrg Linear bottom drag coefficient ! rdrg2 Quadratic bottom drag coefficient ! Cdb_max Maximum bottom drag coefficient allowed ! Cdb_min Minimum bottom drag coefficient to avoid the ! law of the wall to extend indefinitely ! Zob Bottom roughness ( m   ) 

! real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices & PREDICTOR_2D_STEP ! Slowly changing or are changing only in ! association with the I el Physical size ( m   ) 

Type Constraints

Here is the caller graph for this function:

! real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices & PREDICTOR_2D_STEP ! Slowly changing or are changing only in ! association with the I el Physical ETA directions ! Tcline ! theta_b S coordinate bottom control ! hc S coordinate at ! vertical RHO points ! sc_w S coordinate independent at ! vertical W points ! Cs_r Set of S curves used to stretch the vertical coordinate ! lines that follow the topography at vertical RHO points ! Cs_w Set of S curves used to stretch the vertical coordinate ! lines that follow the topography at vertical W points ! rho0 Boussinesque Approximation Mean density [kg/m^3] ! R0 Background constant density anomaly [kg/m^3] used in ! linear equation of state S0 Background temperature ( Celsius   ) 

Type Constraints

! real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices & PREDICTOR_2D_STEP ! Slowly changing or are changing only in ! association with the I el Physical ETA directions ! Tcline Width ( m   ) 

Variable Documentation

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He ! felt into one of broke his ended up in a hospital and !complaining

Definition at line 326 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in !Moscow

Definition at line 326 of file scalars.h.

! real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices & PREDICTOR_2D_STEP ! Slowly changing or are changing only in ! association with the I el Physical ETA directions ! Tcline ! theta_b S coordinate bottom control ! hc S coordinate at ! vertical RHO points ! sc_w S coordinate independent at ! vertical W points ! Cs_r Set of S curves used to stretch the vertical coordinate ! lines that follow the topography at vertical RHO points ! Cs_w Set of S curves used to stretch the vertical coordinate ! lines that follow the topography at vertical W points ! rho0 Boussinesque Approximation Mean density [kg/m^3] ! R0 Background constant density anomaly [kg/m^3] used in ! linear equation of state !T0

Definition at line 58 of file scalars.h.

!usually

Definition at line 87 of file scalars.h.

! real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices & PREDICTOR_2D_STEP ! Slowly changing or are changing only in ! association with the I !xl

Definition at line 28 of file scalars.h.

! $Id __pad35__

Definition at line 2 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an attorney

Definition at line 319 of file scalars.h.

not doing so would make itimpossible to pass an ETALON CHECK test if there is a feedback of these sums into the dynamics of the such as in the case when global mass conservation is enforced One sunny spring sometime in an american who happened to be an was walking along a Moscow street Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He felt into one of broke his ended up in a hospital and I will sue em for their negligence The who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned in Byte boundaries and Byte objects are aligned in Byte boundaries Removing or introduction of variables with violation of as well as changing the sequence of variables in the common block may cause violation of alignment logical synchro_flag common sync_flag synchro_flag integer may_day_flag This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r Cu_max real *QUAD bc_crss common communicators_rq avgke

Definition at line 326 of file scalars.h.

not doing so would make itimpossible to pass an ETALON CHECK test if there is a feedback of these sums into the dynamics of the such as in the case when global mass conservation is enforced One sunny spring sometime in an american who happened to be an was walking along a Moscow street Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He felt into one of broke his ended up in a hospital and I will sue em for their negligence The who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned in Byte boundaries and Byte objects are aligned in Byte boundaries Removing or introduction of variables with violation of as well as changing the sequence of variables in the common block may cause violation of alignment logical synchro_flag common sync_flag synchro_flag integer may_day_flag This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r Cu_max real *QUAD bc_crss common communicators_rq avgkp

Definition at line 326 of file scalars.h.

not doing so would make itimpossible to pass an ETALON CHECK test if there is a feedback of these sums into the dynamics of the such as in the case when global mass conservation is enforced One sunny spring sometime in an american who happened to be an was walking along a Moscow street Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He felt into one of broke his ended up in a hospital and I will sue em for their negligence The who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned in Byte boundaries and Byte objects are aligned in Byte boundaries Removing or introduction of variables with violation of as well as changing the sequence of variables in the common block may cause violation of alignment logical synchro_flag common sync_flag synchro_flag integer may_day_flag This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r Cu_max real *QUAD bc_crss common communicators_rq avgpe

Definition at line 326 of file scalars.h.

if not a restart run ! ntimes Number of timesteps for the primitive equations in ! the current run ! ndtfast Number of timesteps for D equations between each dt ! nrst Number of timesteps between storage of restart fields ! nwrt Number of timesteps between writing of fields into ! history file ! ninfo Number of timesteps between print of single line ! information to standard output ! nsta Number of timesteps between storage of station data ! navg Number of timesteps between storage of time averaged ! fields ! ntsavg Starting timestep for accumulation of output time ! averaged fields ! nrrec Counter of restart time records to read from ! the last is used as the initial conditions ! ldefhis Logical switch used to create the history file ! If a new history file is created If ! data is appended to an existing history file ! levsfrc Deepest level to apply surface momentum stress as ! bodyforce ! levbfrc Shallowest level to apply bottom momentum stress as ! bodyforce ! got_tini Logical switch used at initialisation ! If the tracer is present in the initial file ! If the tracer needs an analytical value ! got_inised Logical switch used at initialisation of sediments ! If the sediment var is in the initial file ! If the sed var gets analytical value from file ! got_inibed Logical switch used at initialisation of ripple length ! If the ripple var is in the initial file ! If the ripple var is obtained from rho0 Cdb_max

Definition at line 126 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_min

Definition at line 126 of file scalars.h.

not doing so would make itimpossible to pass an ETALON CHECK test if there is a feedback of these sums into the dynamics of the such as in the case when global mass conservation is enforced One sunny spring sometime in an american who happened to be an was walking along a Moscow street Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He felt into one of broke his ended up in a hospital and I will sue em for their negligence The who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned in Byte boundaries and Byte objects are aligned in Byte boundaries Removing or introduction of variables with violation of as well as changing the sequence of variables in the common block may cause violation of alignment logical synchro_flag common sync_flag synchro_flag integer may_day_flag This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r Cu_min

Definition at line 326 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring day

Definition at line 319 of file scalars.h.

Julian offset day real day2sec

Definition at line 410 of file scalars.h.

if not a restart run ! ntimes Number of timesteps for the primitive equations in ! the current run ! ndtfast Number of timesteps for D equations between each dt ! nrst Number of timesteps between storage of restart fields ! nwrt Number of timesteps between writing of fields into ! history file ! ninfo Number of timesteps between print of single line ! information to standard output ! nsta Number of timesteps between storage of station data ! navg Number of timesteps between storage of time averaged ! fields ! ntsavg Starting timestep for accumulation of output time ! averaged fields ! nrrec Counter of restart time records to read from disk

Definition at line 87 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He ! felt into one of broke his ended up in a hospital and I will sue em for their negligence ! The doctor

Definition at line 326 of file scalars.h.

real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices dt

Definition at line 28 of file scalars.h.

real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices dtfast

Definition at line 28 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max el

Definition at line 126 of file scalars.h.

Scoef Saline contraction coefficient in linear EOS

Definition at line 74 of file scalars.h.

! dt Time step for primitive equations[seconds]

Definition at line 25 of file scalars.h.

Julian offset day real Eradius

Definition at line 410 of file scalars.h.

if not a restart run ! ntimes Number of timesteps for the primitive equations in ! the current run ! ndtfast Number of timesteps for D equations between each dt ! nrst Number of timesteps between storage of restart fields ! nwrt Number of timesteps between writing of fields into ! history file ! ninfo Number of timesteps between print of single line ! information to standard output ! nsta Number of timesteps between storage of station data ! navg Number of timesteps between storage of time averaged ! fields ! ntsavg Starting timestep for accumulation of output time ! averaged fields ! nrrec Counter of restart time records to read from ! the last is used as the initial conditions ! ldefhis Logical switch used to create the history file ! If a new history file is created If ! data is appended to an existing history file ! levsfrc Deepest level to apply surface momentum stress as ! bodyforce ! levbfrc Shallowest level to apply bottom momentum stress as ! bodyforce ! got_tini Logical switch used at initialisation ! If the tracer is present in the initial file ! If the tracer needs an analytical value ! got_inised Logical switch used at initialisation of sediments ! If the sediment var is in the initial file ! If the sed var gets analytical value from file ! got_inibed Logical switch used at initialisation of ripple length ! If the ripple var is in the initial file ! If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max gamma2 ninfo nwrt ldefhis ! This following common block contains a set of globally accessable ! variables in order to allow information exchange between parallel ! threads working on different subdomains ! Global summation variables are declared with byte precision ! to avoid accumulation of roundoff errors

Definition at line 126 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If FALSE

Definition at line 87 of file scalars.h.

not doing so would make itimpossible to pass an ETALON CHECK test if there is a feedback of these sums into the dynamics of the such as in the case when global mass conservation is enforced One sunny spring sometime in an american who happened to be an was walking along a Moscow street Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He felt into one of broke his ended up in a hospital and I will sue em for their negligence The who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned in Byte boundaries and Byte objects are aligned in Byte boundaries Removing or introduction of variables with violation of as well as changing the sequence of variables in the common block may cause violation of alignment logical synchro_flag common sync_flag synchro_flag integer may_day_flag This is a shared variable among nested grids integer bc_count common communicators_i first_time

Definition at line 326 of file scalars.h.

Julian offset day real g

Definition at line 410 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He ! felt into one of broke his ended up in a hospital and I will sue em for their negligence ! The ! who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned ! in Byte boundaries and Byte objects are aligned in Byte ! boundaries Removing or introduction of variables with violation ! of as well as changing the sequence of variables in the ! common block may cause violation of alignment ! logical synchro_flag common sync_flag synchro_flag integer may_day_flag ! This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r Cu_max real* QUAD bc_crss common communicators_rq bc_crss ! The following common block contains process counters and model ! timers These are used to measure CPU time consumed by different ! parallel threads during the whole as well as in various ! parallel if so is needed These variables are used purely ! for diagnostic performance measurements purposes and do not affect ! the model results ! real* CPU_time (0:31,0:NPP) integer proc(0 Aceleration of gravity[m/s^2]

Definition at line 383 of file scalars.h.

not doing so would make itimpossible to pass an ETALON CHECK test if there is a feedback of these sums into the dynamics of the such as in the case when global mass conservation is enforced One sunny spring sometime in an american who happened to be an was walking along a Moscow street Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He felt into one of broke his ended up in a hospital and I will sue em for their negligence The who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned in Byte boundaries and Byte objects are aligned in Byte boundaries Removing or introduction of variables with violation of as well as changing the sequence of variables in the common block may cause violation of alignment logical synchro_flag common sync_flag synchro_flag integer may_day_flag This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r grdmax

Definition at line 326 of file scalars.h.

not doing so would make itimpossible to pass an ETALON CHECK test if there is a feedback of these sums into the dynamics of the such as in the case when global mass conservation is enforced One sunny spring sometime in an american who happened to be an was walking along a Moscow street Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He felt into one of broke his ended up in a hospital and I will sue em for their negligence The who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned in Byte boundaries and Byte objects are aligned in Byte boundaries Removing or introduction of variables with violation of as well as changing the sequence of variables in the common block may cause violation of alignment logical synchro_flag common sync_flag synchro_flag integer may_day_flag This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r grdmin

Definition at line 326 of file scalars.h.

! real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices & PREDICTOR_2D_STEP ! Slowly changing or are changing only in ! association with the I el Physical ETA directions ! Tcline ! theta_b S coordinate bottom control ! hc S coordinate hc

Initial value:

min(hmin,Tcline).
!
! sc_r     S-coordinate independent variable

Definition at line 58 of file scalars.h.

if not a restart run ! ntimes Number of timesteps for the primitive equations in ! the current run ! ndtfast Number of timesteps for D equations between each dt ! nrst Number of timesteps between storage of restart fields ! nwrt Number of timesteps between writing of fields into ! history file ! ninfo Number of timesteps between print of single line ! information to standard output ! nsta Number of timesteps between storage of station data ! navg Number of timesteps between storage of time averaged ! fields ! ntsavg Starting timestep for accumulation of output time ! averaged fields ! nrrec Counter of restart time records to read from ! the last is used as the initial conditions ! ldefhis Logical switch used to create the history file ! If a new history file is created If ! data is appended to an existing history file ! levsfrc Deepest level to apply surface momentum stress as ! bodyforce ! levbfrc Shallowest level to apply bottom momentum stress as ! bodyforce ! got_tini Logical switch used at initialisation ! If the tracer is present in the initial file ! If the tracer needs an analytical value ! got_inised Logical switch used at initialisation of sediments ! If the sediment var is in the initial file ! If the sed var gets analytical value from file ! got_inibed Logical switch used at initialisation of ripple height

Definition at line 87 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He ! felt into one of broke his ended up in a hospital and I will sue em for their negligence ! The ! who was performing surgery on his leg replied to him

Definition at line 326 of file scalars.h.

not doing so would make itimpossible to pass an ETALON CHECK test if there is a feedback of these sums into the dynamics of the such as in the case when global mass conservation is enforced One sunny spring sometime in an american who happened to be an was walking along a Moscow street Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He felt into one of broke his ended up in a hospital and I will sue em for their negligence The who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned in Byte boundaries and Byte objects are aligned in Byte boundaries Removing or introduction of variables with violation of as well as changing the sequence of variables in the common block may cause violation of alignment logical synchro_flag common sync_flag synchro_flag integer may_day_flag This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r hmax

Definition at line 326 of file scalars.h.

not doing so would make itimpossible to pass an ETALON CHECK test if there is a feedback of these sums into the dynamics of the such as in the case when global mass conservation is enforced One sunny spring sometime in an american who happened to be an was walking along a Moscow street Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He felt into one of broke his ended up in a hospital and I will sue em for their negligence The who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned in Byte boundaries and Byte objects are aligned in Byte boundaries Removing or introduction of variables with violation of as well as changing the sequence of variables in the common block may cause violation of alignment logical synchro_flag common sync_flag synchro_flag integer may_day_flag This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r & hmin

Definition at line 326 of file scalars.h.

real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices & iic

Definition at line 28 of file scalars.h.

! tdays Time since initialization[days]

Definition at line 24 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He ! felt into one of broke his ended up in a hospital and I will sue em for their negligence ! The ! who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned ! in Byte boundaries and Byte objects are aligned in Byte ! boundaries Removing or introduction of variables with violation ! of as well as changing the sequence of variables in the ! common block may cause violation of alignment ! logical synchro_flag common sync_flag synchro_flag integer may_day_flag ! This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r Cu_max real* QUAD bc_crss common communicators_rq bc_crss ! The following common block contains process counters and model ! timers These are used to measure CPU time consumed by different ! parallel threads during the whole as well as in various ! parallel if so is needed These variables are used purely ! for diagnostic performance measurements purposes and do not affect ! the model results ! real* CPU_time (0:31,0:NPP) integer proc(0 Aceleration of duration ! of the day in seconds and its inverse

Definition at line 383 of file scalars.h.

Julian offset day real jul_off

Definition at line 410 of file scalars.h.

real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices knew

Definition at line 28 of file scalars.h.

real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices krhs

Definition at line 28 of file scalars.h.

real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices kstp

Definition at line 28 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He ! felt into one of broke his leg

Definition at line 326 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He ! felt into one of broke his ended up in a hospital and I will sue em for their negligence ! The ! who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned ! in Byte boundaries and Byte objects are aligned in Byte ! boundaries Removing or introduction of variables with violation ! of as well as changing the sequence of variables in the ! common block may cause violation of alignment ! logical synchro_flag common sync_flag synchro_flag integer may_day_flag ! This is a shared variable among nested grids integer bc_count common communicators_i& may_day_flag

Definition at line 326 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the model

Definition at line 319 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max gamma2 ninfo ndtfast

Definition at line 126 of file scalars.h.

! real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices next_kstp

Definition at line 28 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max gamma2 ninfo nfast

Definition at line 126 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max gamma2 ninfo nrrec

Definition at line 126 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max gamma2 ninfo nrst

Definition at line 126 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max gamma2 ntimes

Definition at line 126 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max gamma2 ntstart

Definition at line 126 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max gamma2 numthreads

Definition at line 126 of file scalars.h.

real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices &PREDICTOR_2D_STEP Slowly changing or are changing only in association with the I el Physical ETA directions Tcline theta_b S coordinate bottom control hc S coordinate parameter

Definition at line 57 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He ! felt into one of broke his ended up in a hospital and I will sue em for their negligence ! The ! who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned ! in Byte boundaries and Byte objects are aligned in Byte ! boundaries Removing or introduction of variables with violation ! of parity

Definition at line 326 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg

Definition at line 126 of file scalars.h.

if not a restart run ! ntimes Number of timesteps for the primitive equations in ! the current run ! ndtfast Number of timesteps for D equations between each dt ! nrst Number of timesteps between storage of restart fields ! nwrt Number of timesteps between writing of fields into ! history file ! ninfo Number of timesteps between print of single line ! information to standard output ! nsta Number of timesteps between storage of station data ! navg Number of timesteps between storage of time averaged ! fields ! ntsavg Starting timestep for accumulation of output time ! averaged fields ! nrrec Counter of restart time records to read from ! the last is used as the initial conditions ! ldefhis Logical switch used to create the history file ! If a new history file is created If ! data is appended to an existing history file ! levsfrc Deepest level to apply surface momentum stress as ! bodyforce ! levbfrc Shallowest level to apply bottom momentum stress as ! bodyforce ! got_tini Logical switch used at initialisation ! If the tracer is present in the initial file ! If the tracer needs an analytical value ! got_inised Logical switch used at initialisation of sediments ! If the sediment var is in the initial file ! If the sed var gets analytical value from file ! got_inibed Logical switch used at initialisation of ripple length ! If the ripple var is in the initial file ! If the ripple var is obtained from rho0 rdrg2

Definition at line 126 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He ! felt into one of broke his ended up in a hospital and I will sue em for their negligence ! The ! who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned ! in Byte boundaries and Byte objects are aligned in Byte ! boundaries Removing or introduction of variables with violation ! of as well as changing the sequence of variables in the ! common block may cause violation of alignment ! logical synchro_flag common sync_flag synchro_flag integer may_day_flag ! This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r Cu_max real* QUAD bc_crss common communicators_rq bc_crss ! The following common block contains process counters and model ! timers These are used to measure CPU time consumed by different ! parallel threads during the whole as well as in various ! parallel regions

Definition at line 326 of file scalars.h.

if not a restart run ! ntimes Number of timesteps for the primitive equations in ! the current run ! ndtfast Number of timesteps for D equations between each dt ! nrst Number of timesteps between storage of restart fields ! nwrt Number of timesteps between writing of fields into ! history file ! ninfo Number of timesteps between print of single line ! information to standard output ! nsta Number of timesteps between storage of station data ! navg Number of timesteps between storage of time averaged ! fields ! ntsavg Starting timestep for accumulation of output time ! averaged fields ! nrrec Counter of restart time records to read from ! the last is used as the initial conditions ! ldefhis Logical switch used to create the history file ! If a new history file is created If ! data is appended to an existing history file ! levsfrc Deepest level to apply surface momentum stress as ! bodyforce ! levbfrc Shallowest level to apply bottom momentum stress as ! bodyforce ! got_tini Logical switch used at initialisation ! If the tracer is present in the initial file ! If the tracer needs an analytical value ! got_inised Logical switch used at initialisation of sediments ! If the sediment var is in the initial file ! If the sed var gets analytical value from file ! got_inibed Logical switch used at initialisation of ripple length ! If the ripple var is in the initial file ! If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rho0

Definition at line 126 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He ! felt into one of broke his ended up in a hospital and I will sue em for their negligence ! The ! who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned ! in Byte boundaries and Byte objects are aligned in Byte ! boundaries Removing or introduction of variables with violation ! of as well as changing the sequence of variables in the ! common block may cause violation of alignment ! logical synchro_flag common sync_flag synchro_flag integer may_day_flag ! This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r Cu_max real* QUAD bc_crss common communicators_rq bc_crss ! The following common block contains process counters and model ! timers These are used to measure CPU time consumed by different ! parallel threads during the whole run

Definition at line 326 of file scalars.h.

Julian offset day real sec2day

Definition at line 410 of file scalars.h.

if not a restart run ! ntimes Number of timesteps for the primitive equations in ! the current run ! ndtfast Number of timesteps for D equations between each dt ! nrst Number of timesteps between storage of restart fields ! nwrt Number of timesteps between writing of fields into ! history file ! ninfo Number of timesteps between print of single line ! information to standard output ! nsta Number of timesteps between storage of station data ! navg Number of timesteps between storage of time averaged ! fields ! ntsavg Starting timestep for accumulation of output time ! averaged fields ! nrrec Counter of restart time records to read from ! the last is used as the initial conditions ! ldefhis Logical switch used to create the history file ! If a new history file is created If ! data is appended to an existing history file ! levsfrc Deepest level to apply surface momentum stress as ! bodyforce ! levbfrc Shallowest level to apply bottom momentum stress as ! bodyforce ! got_tini Logical switch used at initialisation ! If the tracer is present in the initial file ! If the tracer needs an analytical value ! got_inised Logical switch used at initialisation of sediments ! If the sediment var is in the initial file ! If the sed var gets analytical value from file ! got_inibed Logical switch used at initialisation of ripple length ! If the ripple var is in the initial file ! If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max gamma2 ninfo nwrt ldefhis ! This following common block contains a set of globally accessable ! variables in order to allow information exchange between parallel ! threads working on different subdomains ! Global summation variables are declared with byte precision ! to avoid accumulation of roundoff since roundoff error ! depends on the order of summation

Definition at line 126 of file scalars.h.

! real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices tdays

Definition at line 28 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american who ! happened to be an was walking along a Moscow street ! Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He ! felt into one of them

Definition at line 326 of file scalars.h.

if not a restart run ! ntimes Number of timesteps for the primitive equations in ! the current run ! ndtfast Number of timesteps for D equations between each dt ! nrst Number of timesteps between storage of restart fields ! nwrt Number of timesteps between writing of fields into ! history file ! ninfo Number of timesteps between print of single line ! information to standard output ! nsta Number of timesteps between storage of station data ! navg Number of timesteps between storage of time averaged ! fields ! ntsavg Starting timestep for accumulation of output time ! averaged fields ! nrrec Counter of restart time records to read from ! the last is used as the initial conditions ! ldefhis Logical switch used to create the history file ! If a new history file is created If ! data is appended to an existing history file ! levsfrc Deepest level to apply surface momentum stress as ! bodyforce ! levbfrc Shallowest level to apply bottom momentum stress as ! bodyforce ! got_tini Logical switch used at initialisation ! If the tracer is present in the initial file ! If the tracer needs an analytical value ! got_inised Logical switch used at initialisation of sediments ! If the sediment var is in the initial file ! If the sed var gets analytical value from file ! got_inibed Logical switch used at initialisation of ripple length ! If the ripple var is in the initial file ! If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max gamma2 ninfo nwrt ldefhis ! This following common block contains a set of globally accessable ! variables in order to allow information exchange between parallel ! threads working on different subdomains ! Global summation variables are declared with byte precision ! to avoid accumulation of roundoff since roundoff error ! depends on the order of which is undeterministic in ! the case of summation between the parallel threads

Definition at line 126 of file scalars.h.

not doing so would make itimpossible to pass an ETALON CHECK test if there is a feedback of these sums into the dynamics of the such as in the case when global mass conservation is enforced One sunny spring sometime in an american who happened to be an was walking along a Moscow street Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He felt into one of broke his ended up in a hospital and I will sue em for their negligence The who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned in Byte boundaries and Byte objects are aligned in Byte boundaries Removing or introduction of variables with violation of as well as changing the sequence of variables in the common block may cause violation of alignment logical synchro_flag common sync_flag synchro_flag integer may_day_flag This is a shared variable among nested grids integer bc_count common communicators_i tile_count

Definition at line 326 of file scalars.h.

real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices time (  ) 

Definition at line 23 of file scalars.h.

if not a restart run ! ntimes Number of timesteps for the primitive equations in ! the current run ! ndtfast Number of timesteps for D equations between each dt ! nrst Number of timesteps between storage of restart fields ! nwrt Number of timesteps between writing of fields into ! history file ! ninfo Number of timesteps between print of single line ! information to standard output ! nsta Number of timesteps between storage of station data ! navg Number of timesteps between storage of time averaged ! fields ! ntsavg Starting timestep for accumulation of output time ! averaged fields ! nrrec Counter of restart time records to read from ! the last is used as the initial conditions ! ldefhis Logical switch used to create the history file ! If a new history file is created If ! data is appended to an existing history file ! levsfrc Deepest level to apply surface momentum stress as ! bodyforce ! levbfrc Shallowest level to apply bottom momentum stress as ! bodyforce ! got_tini Logical switch used at initialisation ! If the tracer is present in the initial file ! If the tracer needs an analytical value ! got_inised Logical switch used at initialisation of sediments ! If the sediment var is in the initial file ! If the sed var gets analytical value from file ! got_inibed Logical switch used at initialisation of ripple length ! If the ripple var is in the initial file ! If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main& time_avg

Definition at line 126 of file scalars.h.

real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices time_start

Definition at line 28 of file scalars.h.

not doing so ! would make itimpossible to pass an ETALON CHECK test if there is ! a feedback of these sums into the dynamics of the such as ! in the case when global mass conservation is enforced ! One sunny spring sometime in an american tourist

Definition at line 319 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If TRUE

Definition at line 87 of file scalars.h.

! $Id they are placed into the same cache line ! despite their mixed type

Definition at line 2 of file scalars.h.

! $Id v

Definition at line 2 of file scalars.h.

! real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices & PREDICTOR_2D_STEP ! Slowly changing or are changing only in ! association with the I el Physical ETA directions ! Tcline ! theta_b S coordinate bottom control ! hc S coordinate at ! vertical RHO points ! sc_w S coordinate independent variable

Definition at line 58 of file scalars.h.

! real tdays integer next_kstp logical PREDICTOR_2D_STEP common time_indices & PREDICTOR_2D_STEP ! Slowly changing variables

Definition at line 28 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max visc2

Definition at line 126 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max visc4

Definition at line 126 of file scalars.h.

not doing so would make itimpossible to pass an ETALON CHECK test if there is a feedback of these sums into the dynamics of the such as in the case when global mass conservation is enforced One sunny spring sometime in an american who happened to be an was walking along a Moscow street Because it was the period of so that a lot of construction was going on in dozens of holes and trenches were open on the street He felt into one of broke his ended up in a hospital and I will sue em for their negligence The who was performing surgery on his leg replied to it is guaranteed that Byte objects are aligned in Byte boundaries and Byte objects are aligned in Byte boundaries Removing or introduction of variables with violation of as well as changing the sequence of variables in the common block may cause violation of alignment logical synchro_flag common sync_flag synchro_flag integer may_day_flag This is a shared variable among nested grids integer bc_count common communicators_i bc_count real Cu_max common communicators_r Cu_max real *QUAD bc_crss common communicators_rq & volume

Definition at line 326 of file scalars.h.

if not a restart run ntimes Number of timesteps for the primitive equations in the current run ndtfast Number of timesteps for D equations between each dt nrst Number of timesteps between storage of restart fields nwrt Number of timesteps between writing of fields into history file ninfo Number of timesteps between print of single line information to standard output nsta Number of timesteps between storage of station data navg Number of timesteps between storage of time averaged fields ntsavg Starting timestep for accumulation of output time averaged fields nrrec Counter of restart time records to read from the last is used as the initial conditions ldefhis Logical switch used to create the history file If a new history file is created If data is appended to an existing history file levsfrc Deepest level to apply surface momentum stress as bodyforce levbfrc Shallowest level to apply bottom momentum stress as bodyforce got_tini Logical switch used at initialisation If the tracer is present in the initial file If the tracer needs an analytical value got_inised Logical switch used at initialisation of sediments If the sediment var is in the initial file If the sed var gets analytical value from file got_inibed Logical switch used at initialisation of ripple length If the ripple var is in the initial file If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Cdb_max xl

Definition at line 126 of file scalars.h.

Julian offset day real & year2day

Definition at line 410 of file scalars.h.

if not a restart run ! ntimes Number of timesteps for the primitive equations in ! the current run ! ndtfast Number of timesteps for D equations between each dt ! nrst Number of timesteps between storage of restart fields ! nwrt Number of timesteps between writing of fields into ! history file ! ninfo Number of timesteps between print of single line ! information to standard output ! nsta Number of timesteps between storage of station data ! navg Number of timesteps between storage of time averaged ! fields ! ntsavg Starting timestep for accumulation of output time ! averaged fields ! nrrec Counter of restart time records to read from ! the last is used as the initial conditions ! ldefhis Logical switch used to create the history file ! If a new history file is created If ! data is appended to an existing history file ! levsfrc Deepest level to apply surface momentum stress as ! bodyforce ! levbfrc Shallowest level to apply bottom momentum stress as ! bodyforce ! got_tini Logical switch used at initialisation ! If the tracer is present in the initial file ! If the tracer needs an analytical value ! got_inised Logical switch used at initialisation of sediments ! If the sediment var is in the initial file ! If the sed var gets analytical value from file ! got_inibed Logical switch used at initialisation of ripple length ! If the ripple var is in the initial file ! If the ripple var is obtained from rho0 Zob gamma2 integer ninfo nwrt logical ldefhis common scalars_main rdrg2 Zob

Definition at line 126 of file scalars.h.

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