remapping

LagrangianToEulerian

Fortran name is Lagrangian_to_Eulerian

__call__(tracers, pt, delp, delz, peln, u, v, w, cappa, q_con, q_cld, pkz, pk, pe, hs, ps, wsd, ak, bk, dp1, ptop, akap, zvir, last_step, consv_te, mdt)

Remap the deformed Lagrangian surfaces onto the reference, or "Eulerian", coordinate levels.

Parameters:

Name	Type	Description	Default
tracers	inout	Tracer species tracked across	required
pt	inout	D-grid potential temperature	required
delp	inout	Pressure Thickness	required
delz	in	Vertical thickness of atmosphere layers	required
peln	inout	Logarithm of interface pressure	required
u	inout	D-grid x-velocity	required
v	inout	D-grid y-velocity	required
w	inout	Vertical velocity	required
ua	inout	A-grid x-velocity	required
va	inout	A-grid y-velocity	required
cappa	inout	Power to raise pressure to	required
q_con	out	Total condensate mixing ratio	required
q_cld	out	Cloud fraction	required
pkz	in	Layer mean pressure raised to the power of Kappa	required
pk	out	Interface pressure raised to power of kappa, final acoustic value	required
pe	in	Pressure at layer edges	required
hs	in	Surface geopotential	required
te0_2d	unused	Atmosphere total energy in columns	required
ps	out	Surface pressure	required
wsd	in	Vertical velocity of the lowest level	required
omga	unused	Vertical pressure velocity	required
ak	in	Atmosphere hybrid a coordinate (Pa)	required
bk	in	Atmosphere hybrid b coordinate (dimensionless)	required
pfull	in	Pressure full levels	required
dp1	out	Pressure thickness before dyn_core (only written if do_sat_adjust=True)	required
ptop	in	The pressure level at the top of atmosphere	required
akap	in	Poisson constant (KAPPA)	required
zvir	in	Constant (Rv/Rd-1)	required
last_step	in	Flag for the last step of k-split remapping	required
consv_te	in	If True, conserve total energy	required
mdt	in)	Remap time step	required
bdt	in	Timestep	required

copy_from_below(a, b)

Parameters:

Name	Type	Description	Default
a	in		required
b	out		required

init_pe(pe, pe1, pe2, ptop)

Parameters:

Name	Type	Description	Default
pe	in		required
pe1	out		required
pe2	out		required
ptop	in		required

moist_cv_pt_pressure(qvapor, qliquid, qrain, qsnow, qice, qgraupel, q_con, pt, cappa, delp, delz, pe, pe2, ak, bk, dp2, ps, pn2, peln, r_vir)

Computes Eulerian reference pressures as targets for remapping.

Parameters:

Name	Type	Description	Default
qvapor	in		required
qliquid	in		required
qrain	in		required
qsnow	in		required
qice	in		required
qgraupel	in		required
q_con	out		required
pt	inout		required
cappa	out		required
delp	inout		required
delz	inout		required
pe	in		required
pe2	inout		required
ak	in		required
bk	in		required
dp2	out		required
ps	out		required
pn2	out		required
peln	in		required

pn2_pk_delp(dp2, delp, pe2, pn2, pk, akap)

Parameters:

Name	Type	Description	Default
dp2	in		required
delp	out		required
pe2	in		required
pn2	out		required
pk	out		required

pressures_mapu(pe, pe1, ak, bk, pe0, pe3)

Parameters:

Name	Type	Description	Default
pe	in		required
pe1	in		required
ak	in		required
bk	in		required
pe0	out		required
pe3	out		required

pressures_mapv(pe, ak, bk, pe0, pe3)

Parameters:

Name	Type	Description	Default
pe	in		required
ak	in		required
bk	in		required
pe0	out		required
pe3	out		required

undo_delz_adjust_and_copy_peln(delp, delz, peln, pe0, pn2)

Parameters:

Name	Type	Description	Default
delp	in		required
delz	inout		required
peln	inout		required
pe0	out		required
pn2	in		required

update_ua(pe2, ua)

Parameters:

Name	Type	Description	Default
pe2	in		required
ua	out		required