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Convert enormous regular string to multi-line f-string. This is much …
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…shorter and will make list maintenance less of a hassle if changes are needed
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@mkavulich
mkavulich committed Aug 9, 2024
1 parent 684448d commit 6fe54a5
Showing 1 changed file with 175 additions and 205 deletions.
380 changes: 175 additions & 205 deletions scm/etc/scripts/dephy_converter.py
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Original file line number Diff line number Diff line change
Expand Up @@ -251,211 +251,181 @@ def __init__(self, name, missing_value, time, levels, soil_depth, lat, lon, slms
self._lh_flux_sfc = lh_flux_sfc

def __repr__(self):
return "Case_Data \n Globals: \n" \
" name:% s \n" \
" missing_value:% s \n" \
" Dimensions: \n" \
" time:% s \n" \
" levels: % s \n" \
" soil_depth: % s \n" \
" Scalars: \n" \
" lat: % s \n" \
" lon: % s \n" \
" area: % s \n" \
" slmsk: % s \n" \
" vegsrc: % s \n" \
" vegtyp: % s \n" \
" soiltyp: % s \n" \
" scolor: % s \n" \
" slopetyp: % s \n" \
" tsfco: % s \n" \
" vegfrac: % s \n" \
" shdmin: % s \n" \
" shdmax: % s \n" \
" canopy: % s \n" \
" hice: % s \n" \
" fice: % s \n" \
" tisfc: % s \n" \
" snowd: % s \n" \
" snoalb: % s \n" \
" tg3: % s \n" \
" uustar: % s \n" \
" alvsf: % s \n" \
" alnsf: % s \n" \
" alvwf: % s \n" \
" alnwf: % s \n" \
" facsf: % s \n" \
" facwf: % s \n" \
" weasd: % s \n" \
" f10m: % s \n" \
" t2m: % s \n" \
" q2m: % s \n" \
" ffmm: % s \n" \
" ffhh: % s \n" \
" tprcp: % s \n" \
" srflag: % s \n" \
" sncovr: % s \n" \
" tsfcl: % s \n" \
" zorl: % s \n" \
" zorll: % s \n" \
" zorli: % s \n" \
" zorlw: % s \n" \
" zorlwav: % s \n" \
" tvxy: % s \n" \
" tgxy: % s \n" \
" tahxy: % s \n" \
" canicexy: % s \n" \
" canliqxy: % s \n" \
" eahxy: % s \n" \
" cmxy: % s \n" \
" chxy: % s \n" \
" fwetxy: % s \n" \
" sneqvoxy: % s \n" \
" alboldxy: % s \n" \
" qsnowxy: % s \n" \
" wslakexy: % s \n" \
" taussxy: % s \n" \
" waxy: % s \n" \
" wtxy: % s \n" \
" zwtxy: % s \n" \
" xlaixy: % s \n" \
" xsaixy: % s \n" \
" lfmassxy: % s \n" \
" stmassxy: % s \n" \
" rtmassxy: % s \n" \
" woodxy: % s \n" \
" stblcpxy: % s \n" \
" fastcpxy: % s \n" \
" smcwtdxy: % s \n" \
" deeprechxy: % s \n" \
" rechxy: % s \n" \
" snowxy: % s \n" \
" wetness: % s \n" \
" clw_surf_land: % s \n" \
" clw_surf_ice: % s \n" \
" qwv_surf_land: % s \n" \
" qwv_surf_ice: % s \n" \
" tsnow_land: % s \n" \
" tsnow_ice: % s \n" \
" snowfallac_land: % s \n" \
" snowfallac_ice: % s \n" \
" sncovr_ice: % s \n" \
" sfalb_lnd: % s \n" \
" sfalb_lnd_bck: % s \n" \
" emis_ice: % s \n" \
" lai: % s \n" \
" stddev: % s \n" \
" convexity: % s \n" \
" oa1: % s \n" \
" oa2: % s \n" \
" oa3: % s \n" \
" oa4: % s \n" \
" ol1: % s \n" \
" ol2: % s \n" \
" ol3: % s \n" \
" ol4: % s \n" \
" theta_oro: % s \n" \
" gamma: % s \n" \
" sigma: % s \n" \
" elvmax: % s \n" \
" oro: % s \n" \
" oro_uf: % s \n" \
" landfrac: % s \n" \
" lakefrac: % s \n" \
" lakedepth: % s \n" \
" tref: % s \n" \
" z_c: % s \n" \
" c_0: % s \n" \
" c_d: % s \n" \
" w_0: % s \n" \
" w_d: % s \n" \
" xt: % s \n" \
" xs: % s \n" \
" xu: % s \n" \
" xv: % s \n" \
" xz: % s \n" \
" zm: % s \n" \
" xtts: % s \n" \
" xzts: % s \n" \
" d_conv: % s \n" \
" ifd: % s \n" \
" dt_cool: % s \n" \
" qrain: % s \n" \
" Initial: \n" \
" height: % s \n" \
" theta_il: % s \n" \
" t: % s \n" \
" qt: % s \n" \
" ql: % s \n" \
" qi: % s \n" \
" u: % s \n" \
" v: % s \n" \
" tke: %s \n" \
" ozone: %s \n" \
" stc: %s \n" \
" smc: %s \n" \
" slc: %s \n" \
" snicexy: % s \n" \
" snliqxy: % s \n" \
" tsnoxy: % s \n" \
" smoiseq: % s \n" \
" zsnsoxy: % s \n" \
" tiice: % s \n" \
" tslb: % s \n" \
" smois: % s \n" \
" sh2o: % s \n" \
" smfr: % s \n" \
" flfr: % s \n" \
" Forcing: \n" \
" p_surf: %s \n" \
" T_surf: %s \n" \
" w_ls (time avg): %s \n" \
" omega (time avg): %s \n" \
" u_g (time avg): %s \n" \
" v_g (time avg): %s \n" \
" u_nudge (time avg): %s \n" \
" v_nudge (time avg): %s \n" \
" T_nudge (time avg): %s \n" \
" thil_nudge (time avg): %s \n" \
" qt_nudge (time avg): %s \n" \
" dT_dt_rad (time avg): %s \n" \
" h_advec_thil (time avg): %s \n" \
" v_advec_thil (time avg): %s \n" \
" h_advec_qt (time avg): %s \n" \
" v_advec_qt (time avg): %s \n" \
" sh_flux_sfc: %s \n" \
" lh_flux_sfc: %s \n" \
% (self._name, self._missing_value, self._time, self._levels,
self._soil_depth, self._lat, self._lon, self._area, self._slmsk, self._vegsrc,
self._vegtyp, self._soiltyp, self._scolor,
self._slopetyp, self._tsfco, self._vegfrac, self._shdmin,
self._shdmax, self._canopy, self._hice, self._fice, self._tisfc, self._snowd, self._snoalb,
self._tg3, self._uustar, self._alvsf, self._alnsf, self._alvwf, self._alnwf, self._facsf, self._facwf,
self._weasd, self._f10m, self._t2m, self._q2m, self._ffmm, self._ffhh,
self._tprcp, self._srflag, self._sncovr, self._tsfcl, self._zorl, self._zorll, self._zorli, self._zorlw, self._zorlwav,
self._tvxy, self._tgxy, self._tahxy, self._canicexy, self._canliqxy, self._eahxy,
self._cmxy, self._chxy, self._fwetxy, self._sneqvoxy, self._alboldxy, self._qsnowxy, self._wslakexy, self._taussxy,
self._waxy, self._wtxy, self._zwtxy, self._xlaixy, self._xsaixy, self._lfmassxy, self._stmassxy, self._rtmassxy,
self._woodxy, self._stblcpxy, self._fastcpxy, self._smcwtdxy, self._deeprechxy, self._rechxy, self._snowxy,
self._wetness, self._clw_surf_land, self._clw_surf_ice, self._qwv_surf_land, self._qwv_surf_ice, self._tsnow_land, self._tsnow_ice,
self._snowfallac_land, self._snowfallac_ice, self._sncovr_ice, self._sfalb_lnd, self._sfalb_lnd_bck, self._emis_ice, self._lai,
self._stddev, self._convexity, self._oa1, self._oa2, self._oa3, self._oa4, self._ol1, self._ol2, self._ol3, self._ol4,
self._theta_oro, self._gamma, self._sigma, self._elvmax, self._oro, self._oro_uf, self._landfrac, self._lakefrac, self._lakedepth,
self._tref, self._z_c, self._c_0, self._c_d, self._w_0, self._w_d, self._xt, self._xs, self._xu, self._xv, self._xz, self._zm,
self._xtts, self._xzts, self._d_conv, self._ifd, self._dt_cool, self._qrain,
self._height, self._theta_il, self._t,
self._qt, self._ql, self._qi, self._u, self._v,
self._tke, self._ozone, self._stc, self._smc, self._slc, self._snicexy, self._snliqxy, self._tsnoxy,
self._smoiseq, self._zsnsoxy, self._tiice, self._tslb, self._smois, self._sh2o, self._smfr, self._flfr,
self._p_surf, self._T_surf, np.mean(self._w_ls, axis=1),
np.mean(self._omega, axis=1), np.mean(self._u_g, axis=1),
np.mean(self._v_g, axis=1), np.mean(self._u_nudge, axis=1),
np.mean(self._v_nudge, axis=1), np.mean(self._T_nudge, axis=1),
np.mean(self._thil_nudge, axis=1),np.mean(self._qt_nudge, axis=1),
np.mean(self._dT_dt_rad, axis=1),
np.mean(self._h_advec_thil, axis=1),np.mean(self._v_advec_thil, axis=1),
np.mean(self._h_advec_qt, axis=1),np.mean(self._v_advec_qt, axis=1),
self._sh_flux_sfc, self._lh_flux_sfc)
return f"""Case_Data
Globals:
name: {self._name}
missing_value: {self._missing_value}
Dimensions:
time: {self._time}
levels: {self._levels}
soil_depth: {self._soil_depth}
Scalars:
lat: {self._lat}
lon: {self._lon}
area: {self._area}
slmsk: {self._slmsk}
vegsrc: {self._vegsrc}
vegtyp: {self._vegtyp}
soiltyp: {self._soiltyp}
scolor: {self._scolor}
slopetyp: {self._slopetyp}
tsfco: {self._tsfco}
vegfrac: {self._vegfrac}
shdmin: {self._shdmin}
shdmax: {self._shdmax}
canopy: {self._canopy}
hice: {self._hice}
fice: {self._fice}
tisfc: {self._tisfc}
snowd: {self._snowd}
snoalb: {self._snoalb}
tg3: {self._tg3}
uustar: {self._uustar}
alvsf: {self._alvsf}
alnsf: {self._alnsf}
alvwf: {self._alvwf}
alnwf: {self._alnwf}
facsf: {self._facsf}
facwf: {self._facwf}
weasd: {self._weasd}
f10m: {self._f10m}
t2m: {self._t2m}
q2m: {self._q2m}
ffmm: {self._ffmm}
ffhh: {self._ffhh}
tprcp: {self._tprcp}
srflag: {self._srflag}
sncovr: {self._sncovr}
tsfcl: {self._tsfcl}
zorl: {self._zorl}
zorll: {self._zorll}
zorli: {self._zorli}
zorlw: {self._zorlw}
zorlwav: {self._zorlwav}
tvxy: {self._tvxy}
tgxy: {self._tgxy}
tahxy: {self._tahxy}
canicexy: {self._canicexy}
canliqxy: {self._canliqxy}
eahxy: {self._eahxy}
cmxy: {self._cmxy}
chxy: {self._chxy}
fwetxy: {self._fwetxy}
sneqvoxy: {self._sneqvoxy}
alboldxy: {self._alboldxy}
qsnowxy: {self._qsnowxy}
wslakexy: {self._wslakexy}
taussxy: {self._taussxy}
waxy: {self._waxy}
wtxy: {self._wtxy}
zwtxy: {self._zwtxy}
xlaixy: {self._xlaixy}
xsaixy: {self._xsaixy}
lfmassxy: {self._lfmassxy}
stmassxy: {self._stmassxy}
rtmassxy: {self._rtmassxy}
woodxy: {self._woodxy}
stblcpxy: {self._stblcpxy}
fastcpxy: {self._fastcpxy}
smcwtdxy: {self._smcwtdxy}
deeprechxy: {self._deeprechxy}
rechxy: {self._rechxy}
snowxy: {self._snowxy}
wetness: {self._wetness}
clw_surf_land: {self._clw_surf_land}
clw_surf_ice: {self._clw_surf_ice}
qwv_surf_land: {self._qwv_surf_land}
qwv_surf_ice: {self._qwv_surf_ice}
tsnow_land: {self._tsnow_land}
tsnow_ice: {self._tsnow_ice}
snowfallac_land: {self._snowfallac_land}
snowfallac_ice: {self._snowfallac_ice}
sncovr_ice: {self._sncovr_ice}
sfalb_lnd: {self._sfalb_lnd}
sfalb_lnd_bck: {self._sfalb_lnd_bck}
emis_ice: {self._emis_ice}
lai: {self._lai}
stddev: {self._stddev}
convexity: {self._convexity}
oa1: {self._oa1}
oa2: {self._oa2}
oa3: {self._oa3}
oa4: {self._oa4}
ol1: {self._ol1}
ol2: {self._ol2}
ol3: {self._ol3}
ol4: {self._ol4}
theta_oro: {self._theta_oro}
gamma: {self._gamma}
sigma: {self._sigma}
elvmax: {self._elvmax}
oro: {self._oro}
oro_uf: {self._oro_uf}
landfrac: {self._landfrac}
lakefrac: {self._lakefrac}
lakedepth: {self._lakedepth}
tref: {self._tref}
z_c: {self._z_c}
c_0: {self._c_0}
c_d: {self._c_d}
w_0: {self._w_0}
w_d: {self._w_d}
xt: {self._xt}
xs: {self._xs}
xu: {self._xu}
xv: {self._xv}
xz: {self._xz}
zm: {self._zm}
xtts: {self._xtts}
xzts: {self._xzts}
d_conv: {self._d_conv}
ifd: {self._ifd}
dt_cool: {self._dt_cool}
qrain: {self._qrain}
Initial:
height: {self._height}
theta_il: {self._theta_il}
t: {self._t}
qt: {self._qt}
ql: {self._ql}
qi: {self._qi}
u: {self._u}
v: {self._v}
tke: {self._tke}
ozone: {self._ozone}
stc: {self._stc}
smc: {self._smc}
slc: {self._slc}
snicexy: {self._snicexy}
snliqxy: {self._snliqxy}
tsnoxy: {self._tsnoxy}
smoiseq: {self._smoiseq}
zsnsoxy: {self._zsnsoxy}
tiice: {self._tiice}
tslb: {self._tslb}
smois: {self._smois}
sh2o: {self._sh2o}
smfr: {self._smfr}
flfr: {self._flfr}
Forcing:
p_surf: {self._p_surf}
T_surf: {self._T_surf}
w_ls (time avg): {np.mean(self._w_ls, axis=1)}
omega (time avg): {np.mean(self._omega, axis=1)}
u_g (time avg): {np.mean(self._u_g, axis=1)}
v_g (time avg): {np.mean(self._v_g, axis=1)}
u_nudge (time avg): {np.mean(self._u_nudge, axis=1)}
v_nudge (time avg): {np.mean(self._v_nudge, axis=1)}
T_nudge (time avg): {np.mean(self._T_nudge, axis=1)}
thil_nudge (time avg): {np.mean(self._thil_nudge, axis=1)}
qt_nudge (time avg): {np.mean(self._qt_nudge, axis=1)}
dT_dt_rad (time avg): {np.mean(self._dT_dt_rad, axis=1)}
h_advec_thil (time avg): {np.mean(self._h_advec_thil, axis=1)}
v_advec_thil (time avg): {np.mean(self._v_advec_thil, axis=1)}
h_advec_qt (time avg): {np.mean(self._h_advec_qt, axis=1)}
v_advec_qt (time avg): {np.mean(self._v_advec_qt, axis=1)}
sh_flux_sfc: {self._sh_flux_sfc}
lh_flux_sfc: {self._lh_flux_sfc}"""

def get_case_nml(case_name):
"""Returns case configuration Fortran namelist"""
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